Subject,Object,Rel,Count
3-D Nanostructures,Carbon,DSC-CHM,37
3-D Nanostructures,Film,DSC-DSC,36
3-D Nanostructures,Films,DSC-DSC,30
3-D Nanostructures,Layers,DSC-DSC,40
3-D Nanostructures,Morphology,DSC-PRO,36
3-D Nanostructures,Nanoparticles,DSC-DSC,49
3-D Nanostructures,Nanostructure,DSC-DSC,35
3-D Nanostructures,Nanostructures,DSC-DSC,116
3-D Nanostructures,Nanowires,DSC-DSC,38
3-D Nanostructures,SEM,DSC-CMT,66
3-D Nanostructures,Si,DSC-CHM,31
3-D Nanostructures,Structure,DSC-PRO,34
3-D Nanostructures,Substrate,DSC-DSC,60
3-D Nanostructures,Surface,DSC-DSC,48
3-D Nanostructures,TEM,DSC-CMT,48
3-D Nanostructures,Three Dimensional,DSC-DSC,47
3-DOF,3-Dof,CHM-APL,49
3-Dimensional,2-Dimensional,DSC-DSC,93
3-Dimensional,2D,DSC-DSC,44
3-Dimensional,3-D,DSC-DSC,63
3-Dimensional,3D,CMT-CMT,32
3-Dimensional,3D,DSC-DSC,184
3-Dimensional,Au,DSC-CHM,32
3-Dimensional,Bulk,DSC-DSC,33
3-Dimensional,Carbon,DSC-CHM,115
3-Dimensional,Catalyst,DSC-APL,43
3-Dimensional,Coatings,DSC-APL,36
3-Dimensional,Composite,DSC-DSC,68
3-Dimensional,Compositions,DSC-PRO,36
3-Dimensional,Crystal,DSC-DSC,37
3-Dimensional,Crystal Structure,DSC-PRO,32
3-Dimensional,Cu,DSC-CHM,30
3-Dimensional,Density,DSC-PRO,30
3-Dimensional,Electrode,DSC-APL,74
3-Dimensional,Electrodes,DSC-APL,44
3-Dimensional,Film,DSC-DSC,59
3-Dimensional,Films,DSC-DSC,52
3-Dimensional,Graphene,DSC-CHM,47
3-Dimensional,Hydrogen,DSC-CHM,66
3-Dimensional,Layers,DSC-DSC,115
3-Dimensional,Lithium,DSC-CHM,36
3-Dimensional,Metals,DSC-PRO,34
3-Dimensional,Microstructure,DSC-PRO,34
3-Dimensional,Morphology,DSC-PRO,47
3-Dimensional,Nanoparticles,DSC-DSC,76
3-Dimensional,Nanostructures,DSC-DSC,31
3-Dimensional,Nanotube,DSC-DSC,38
3-Dimensional,Nitrogen,DSC-CHM,35
3-Dimensional,Oxygen,DSC-CHM,50
3-Dimensional,Particles,DSC-DSC,55
3-Dimensional,Porosity,DSC-PRO,33
3-Dimensional,Porous,DSC-DSC,68
3-Dimensional,SEM,DSC-CMT,68
3-Dimensional,Scaffolds,DSC-DSC,34
3-Dimensional,Scanning Electron Microscopy,DSC-CMT,33
3-Dimensional,Sheets,DSC-DSC,31
3-Dimensional,Si,DSC-CHM,35
3-Dimensional,Silicon,DSC-CHM,32
3-Dimensional,Stability,DSC-PRO,46
3-Dimensional,Structure,DSC-PRO,141
3-Dimensional,Structures,DSC-PRO,38
3-Dimensional,Substrate,DSC-DSC,101
3-Dimensional,Surface,DSC-DSC,127
3-Dimensional,Surface Area,DSC-PRO,39
3-Dimensional,Surfaces,DSC-DSC,46
3-Dimensional,TEM,DSC-CMT,48
3-Dimensional,Thin Films,DSC-DSC,40
3-Dimensional,TiO2,DSC-CHM,34
3-Dimensional,X-Ray Diffraction,DSC-CMT,30
3-Dimensional,XRD,DSC-CMT,39
3-Dof,3-DOF,APL-CHM,49
3-Electrode,Ag,APL-CHM,30
3-Electrode,CV,APL-CMT,51
3-Electrode,Carbon,APL-CHM,49
3-Electrode,Cell,APL-APL,46
3-Electrode,Cells,APL-APL,30
3-Electrode,Cyclic Voltammogram,APL-CMT,38
3-Electrode,Electrode,APL-APL,104
3-Electrode,Electrodes,APL-APL,79
3-Electrode,Electrolyte,APL-APL,62
3-Electrode,Li,APL-CHM,31
3-Electrode,Nyquist Plot,APL-CMT,33
3-Electrode,Pt,APL-CHM,38
3-Electrode,Reference Electrode,APL-APL,44
3-Electrode,SEM,APL-CMT,64
3-Electrode,Surface,APL-DSC,39
3-Electrode,TEM,APL-CMT,31
3-Electrode,Working Electrodes,APL-APL,30
3-Electrode,XRD,APL-CMT,32
3-Glycidoxypropyltrimethoxysilane,Coatings,CHM-APL,51
3-Glycidoxypropyltrimethoxysilane,Epoxy,CHM-CHM,36
3-Glycidoxypropyltrimethoxysilane,FTIR,CHM-CMT,32
3-Glycidoxypropyltrimethoxysilane,Film,CHM-DSC,31
3-Glycidoxypropyltrimethoxysilane,Films,CHM-DSC,42
3-Glycidoxypropyltrimethoxysilane,GPTMS,CHM-CHM,86
3-Glycidoxypropyltrimethoxysilane,SEM,CHM-CMT,34
3-Glycidoxypropyltrimethoxysilane,Silane,CHM-CHM,32
3-Glycidoxypropyltrimethoxysilane,Silica,CHM-CHM,61
3-Glycidoxypropyltrimethoxysilane,Sol-Gel,CHM-SMT,89
3-Glycidoxypropyltrimethoxysilane,Surface,CHM-DSC,43
3-Glycidoxypropyltrimethoxysilane,TEOS,CHM-CHM,32
3-Glycidoxypropyltrimethoxysilane,Tetraethoxysilane,CHM-CHM,31
3-HP,3-Hydroxypropionic Acid,CHM-CHM,35
3-HP,Glycerol,CHM-CHM,32
3-HPA,3-Hydroxypropionaldehyde,CHM-CHM,32
3-HPA,Glycerol,CHM-CHM,43
3-Hexylthiophene,Film,CHM-DSC,39
3-Hexylthiophene,Films,CHM-DSC,34
3-Hexylthiophene,P3HT,CHM-CHM,59
3-Hexylthiophene,PCBM,CHM-CHM,48
3-Hexylthiophene,Poly(3-Hexylthiophene),CHM-CHM,34
3-Hexylthiophene,Power Conversion Efficiency,CHM-PRO,55
3-Hexylthiophene,Solar Cell,CHM-APL,42
3-Hexylthiophene,Substrate,CHM-DSC,30
3-Hexylthiophene,Thiophene,CHM-CHM,41
3-Hexyne,Alkyne,CHM-CHM,47
3-Hydroxy-3-Methylglutaryl,Coenzyme A,CHM-CHM,32
3-Hydroxybutyrate,3-Hydroxyvalerate,CHM-CHM,35
3-Hydroxybutyrate,3HB,CHM-CHM,31
3-Hydroxybutyrate,Glucose,CHM-CHM,31
3-Hydroxybutyrate,Lactate,CHM-CHM,30
3-Hydroxybutyrate,PHA,CHM-CHM,45
3-Hydroxybutyrate,Polyhydroxyalkanoate,CHM-CHM,35
3-Hydroxyflavone,3HF,CHM-CHM,30
3-Hydroxypropionaldehyde,3-HPA,CHM-CHM,32
3-Hydroxypropionaldehyde,Glycerol,CHM-CHM,46
3-Hydroxypropionic Acid,3-HP,CHM-CHM,35
3-Hydroxypropionic Acid,Glycerol,CHM-CHM,32
3-Hydroxyvalerate,3-Hydroxybutyrate,CHM-CHM,35
3-Hydroxyvalerate,PHA,CHM-CHM,32
3-Hydroxyvalerate,Polyhydroxyalkanoate,CHM-CHM,30
3-Kinase,Akt,PRO-PRO,37
3-Kinase,Phosphatidylinositol,PRO-CHM,67
3-Kinase,Phosphoinositide,CMT-CHM,40
3-Kinase,Phosphoinositide,PRO-CHM,46
3-Layer,2-Layer,DSC-DSC,33
3-Layer,Carbon,DSC-CHM,30
3-Layer,Film,DSC-DSC,55
3-Layer,Films,DSC-DSC,41
3-Layer,Layers,DSC-DSC,119
3-Layer,Monolayers,DSC-DSC,30
3-Layer,Multilayer,DSC-DSC,35
3-Layer,SEM,DSC-CMT,57
3-Layer,Structure,DSC-PRO,36
3-Layer,Substrate,DSC-DSC,67
3-Layer,Surface,DSC-DSC,65
3-Layer,TEM,DSC-CMT,30
3-Layered,Layers,DSC-DSC,37
3-MA,3-Methyladenine,CHM-CHM,71
3-MA,Apoptosis,CHM-PRO,58
3-MA,Autophagy,CHM-PRO,179
3-MA,Autophagy,CHM-SMT,42
3-MA,Bafilomycin A1,CHM-CHM,36
3-MA,Cell Viability,CHM-PRO,80
3-MA,Cells,CHM-DSC,127
3-MA,Confocal Microscopy,CHM-CMT,32
3-MA,Cytotoxicity,CHM-PRO,35
3-MA,DAPI,CHM-CHM,37
3-MA,Flow Cytometry,CHM-CMT,69
3-MA,Immunoblotting,CHM-CMT,30
3-MA,MTT,CHM-CHM,47
3-MA,MTT Assay,CHM-CMT,38
3-MA,NAC,CHM-CHM,35
3-MA,Rapamycin,CHM-CHM,45
3-MA,TEM,CHM-CMT,46
3-MA,Viability,CHM-PRO,30
3-MA,Western Blots,CHM-CMT,79
3-MA,Western Blotting,CHM-CMT,62
3-MPA,3-Mercaptopropionic Acid,CHM-CHM,43
3-MPA,Surface,CHM-DSC,36
3-MPA,TEM,CHM-CMT,43
3-Mercaptopropionic Acid,3-MPA,CHM-CHM,43
3-Mercaptopropionic Acid,Ag,CHM-CHM,39
3-Mercaptopropionic Acid,Au,CHM-CHM,83
3-Mercaptopropionic Acid,CdS,CHM-CHM,61
3-Mercaptopropionic Acid,CdSe,CHM-CHM,63
3-Mercaptopropionic Acid,CdTe,CHM-CHM,76
3-Mercaptopropionic Acid,Compositions,CHM-PRO,33
3-Mercaptopropionic Acid,Core,CHM-DSC,41
3-Mercaptopropionic Acid,Cyclic Voltammetry,CHM-CMT,48
3-Mercaptopropionic Acid,Cysteines,CHM-CHM,35
3-Mercaptopropionic Acid,Detection Limit,CHM-PRO,55
3-Mercaptopropionic Acid,Electrode,CHM-APL,89
3-Mercaptopropionic Acid,Electrodes,CHM-APL,45
3-Mercaptopropionic Acid,Film,CHM-DSC,44
3-Mercaptopropionic Acid,Hydrogen,CHM-CHM,42
3-Mercaptopropionic Acid,Hydroxyl,CHM-CHM,30
3-Mercaptopropionic Acid,Layers,CHM-DSC,56
3-Mercaptopropionic Acid,MPA,CHM-CHM,299
3-Mercaptopropionic Acid,Monolayers,CHM-DSC,123
3-Mercaptopropionic Acid,NPS,CHM-DSC,40
3-Mercaptopropionic Acid,Nanocrystals,CHM-DSC,56
3-Mercaptopropionic Acid,Nanoparticle,CHM-DSC,38
3-Mercaptopropionic Acid,Nanoparticles,CHM-DSC,119
3-Mercaptopropionic Acid,Optical Properties,CHM-PRO,35
3-Mercaptopropionic Acid,Oxygen,CHM-CHM,40
3-Mercaptopropionic Acid,Photo Luminescence,CHM-CMT,67
3-Mercaptopropionic Acid,QD,CHM-DSC,50
3-Mercaptopropionic Acid,QDS,CHM-DSC,160
3-Mercaptopropionic Acid,Quantum Dots,CHM-DSC,148
3-Mercaptopropionic Acid,SAM,CHM-DSC,60
3-Mercaptopropionic Acid,SAMS,CHM-DSC,45
3-Mercaptopropionic Acid,SEM,CHM-CMT,37
3-Mercaptopropionic Acid,Self Assembled,CHM-SMT,60
3-Mercaptopropionic Acid,Semiconductor,CHM-PRO,33
3-Mercaptopropionic Acid,Sensitivity,CHM-PRO,41
3-Mercaptopropionic Acid,Sensor,CHM-APL,30
3-Mercaptopropionic Acid,Shell,CHM-DSC,50
3-Mercaptopropionic Acid,Stability,CHM-PRO,53
3-Mercaptopropionic Acid,Structure,CHM-PRO,57
3-Mercaptopropionic Acid,Substrate,CHM-DSC,65
3-Mercaptopropionic Acid,Surface,CHM-DSC,191
3-Mercaptopropionic Acid,Surfaces,CHM-DSC,52
3-Mercaptopropionic Acid,TEM,CHM-CMT,79
3-Mercaptopropionic Acid,Thiols,CHM-CHM,115
3-Mercaptopropionic Acid,TiO2,CHM-CHM,42
3-Mercaptopropionic Acid,Transmission Electron Microscopy,CHM-CMT,47
3-Mercaptopropionic Acid,Water Soluble,CHM-PRO,44
3-Mercaptopropionic Acid,X-Ray Diffraction,CHM-CMT,43
3-Mercaptopropionic Acid,X-Ray Photoelectron Spectroscopy,CHM-CMT,34
3-Mercaptopropionic Acid,XPS,CHM-CMT,42
3-Mercaptopropionic Acid,XRD,CHM-CMT,43
3-Mercaptopropionic Acid,ZnS,CHM-CHM,73
3-Mercaptopropyltrimethoxysilane,Catalyst,CHM-APL,34
3-Mercaptopropyltrimethoxysilane,Layers,CHM-DSC,37
3-Mercaptopropyltrimethoxysilane,MPTMS,CHM-CHM,84
3-Mercaptopropyltrimethoxysilane,Mesoporous,CHM-DSC,57
3-Mercaptopropyltrimethoxysilane,Nanoparticles,CHM-DSC,79
3-Mercaptopropyltrimethoxysilane,Particles,CHM-DSC,40
3-Mercaptopropyltrimethoxysilane,SEM,CHM-CMT,40
3-Mercaptopropyltrimethoxysilane,Scanning Electron Microscopy,CHM-CMT,33
3-Mercaptopropyltrimethoxysilane,Silane,CHM-CHM,31
3-Mercaptopropyltrimethoxysilane,Silica,CHM-CHM,103
3-Mercaptopropyltrimethoxysilane,Sol-Gel,CHM-SMT,42
3-Mercaptopropyltrimethoxysilane,Structure,CHM-PRO,34
3-Mercaptopropyltrimethoxysilane,Substrate,CHM-DSC,38
3-Mercaptopropyltrimethoxysilane,Surface,CHM-DSC,116
3-Mercaptopropyltrimethoxysilane,TEM,CHM-CMT,49
3-Mercaptopropyltrimethoxysilane,TEOS,CHM-CHM,49
3-Mercaptopropyltrimethoxysilane,Thiols,CHM-CHM,84
3-Mercaptopropyltrimethoxysilane,X-Ray Diffraction,CHM-CMT,34
3-Mercaptopropyltrimethoxysilane,X-Ray Photoelectron Spectroscopy,CHM-CMT,32
3-Mercaptopropyltrimethoxysilane,XPS,CHM-CMT,33
3-Mercaptopropyltrimethoxysilane,XRD,CHM-CMT,32
3-Mercaptopyrvuate,H2S,CHM-CHM,37
3-Methacryloxypropyltrimethoxysilane,Surface,CHM-DSC,37
3-Methoxypropionitrile,Acetonitrile,CHM-CHM,33
3-Methoxypropionitrile,DSSCS,CHM-APL,31
3-Methoxypropionitrile,Dye-Sensitized Solar Cells,CHM-APL,44
3-Methoxypropionitrile,Electrolyte,CHM-APL,96
3-Methoxypropionitrile,TiO2,CHM-CHM,53
3-Methoxytyramine,Dopamine,CHM-CHM,36
3-Methyl,2-Methyl,CHM-CHM,35
3-Methyl-1-Butanol,1-Butanol,CHM-CHM,31
3-Methyl-1-Butanol,2-Methyl-1-Butanol,CHM-CHM,47
3-Methyl-1-Butanol,2-Methyl-1-Propanol,CHM-CHM,41
3-Methyl-1-Butanol,Alcohols,CHM-CHM,52
3-Methyl-1-Butanol,Ethanol,CHM-CHM,34
3-Methyladenine,3-MA,CHM-CHM,71
3-Methyladenine,Apoptosis,CHM-PRO,31
3-Methyladenine,Autophagy,CHM-PRO,111
3-Methyladenine,Cells,CHM-DSC,45
3-Methyladenine,Rapamycin,CHM-CHM,40
3-Methyladenine,Western Blots,CHM-CMT,30
3-Methylcatechol,Catechols,CHM-CHM,43
3-Methylindole,Indole,CHM-CHM,45
3-Methylpentane,"2,2-Dimethylbutane",CHM-CHM,74
3-Methylpentane,"2,3-Dimethylbutane",CHM-CHM,57
3-Methylpentane,2-Methylpentane,CHM-CHM,121
3-Methylpentane,3MP,CHM-CHM,46
3-Methylpentane,Alkane,CHM-CHM,57
3-Methylpentane,Benzenes,CHM-CHM,50
3-Methylpentane,Carbon,CHM-CHM,33
3-Methylpentane,Catalyst,CHM-APL,70
3-Methylpentane,Cyclohexane,CHM-CHM,54
3-Methylpentane,Hexane,CHM-CHM,84
3-Methylpentane,Hydrocarbon,CHM-CHM,49
3-Methylpentane,Hydrogen,CHM-CHM,53
3-Methylpentane,Methylcyclohexane,CHM-CHM,31
3-Methylpentane,Methylcyclopentane,CHM-CHM,42
3-Methylpentane,N-Heptane,CHM-CHM,30
3-Methylpentane,N-Hexane,CHM-CHM,114
3-Methylpentane,Pt,CHM-CHM,35
3-Methylpentane,Surface,CHM-DSC,33
3-Methylpentane,Toluene,CHM-CHM,43
3-Methylpentane,Zeolites,CHM-CHM,53
3-Methylpyridine,4-Methylpyridine,CHM-CHM,31
3-Methylpyridine,Pyridine,CHM-CHM,47
3-Methylthiophene,Electrodes,CHM-APL,30
3-Methylthiophene,Films,CHM-DSC,32
3-NP,2-NP,CHM-CHM,55
3-NP,4-NP,CHM-CHM,59
3-NP,TEM,CHM-CMT,31
3-Nitrophenol,2-Nitrophenol,CHM-CHM,50
3-Nitrophenol,4-Nitrophenol,CHM-CHM,57
3-Nitrostyrene,Catalyst,CHM-APL,35
3-Nitrostyrene,Hydrogenation,CHM-APL,34
3-Nitrotyrosine,Nitric Oxide,CHM-CHM,31
3-Nitrotyrosine,Peroxynitrite,CHM-CHM,50
3-Nitrotyrosine,Superoxide,CHM-CHM,32
3-Nitrotyrosine,Tyrosine,CHM-CHM,65
3-OH,Hydrogen,CHM-CHM,44
3-Pentanol,2-Pentanol,CHM-CHM,32
3-Pentanol,Alcohols,CHM-CHM,35
3-Pentanone,2-Pentanone,CHM-CHM,31
3-Pentanone,Acetone,CHM-CHM,68
3-Pentanone,Catalyst,CHM-APL,31
3-Pentanone,Ketone,CHM-CHM,53
3-Pentanone,Toluene,CHM-CHM,34
3-Phosphate Dehydrogenase,Glyceraldehyde 3-Phosphate,CMT-CHM,56
3-Phosphate Dehydrogenase,Glyceraldehyde 3-Phosphate,PRO-CHM,37
3-Phosphoglycerate,2-Phosphoglycerate,CHM-CHM,32
3-Phosphoglycerate,ATP,CHM-CHM,39
3-Phosphoglycerate,Acetyl-CoA,CHM-CHM,30
3-Phosphoglycerate,Carbon,CHM-CHM,38
3-Phosphoglycerate,DHAP,CHM-CHM,39
3-Phosphoglycerate,Dihydroxyacetone Phosphate,CHM-CHM,35
3-Phosphoglycerate,Erythrose 4-Phosphate,CHM-CHM,30
3-Phosphoglycerate,Fructose 6-Phosphate,CHM-CHM,56
3-Phosphoglycerate,Glucose,CHM-CHM,57
3-Phosphoglycerate,Glucose-6-Phosphate,CHM-CHM,63
3-Phosphoglycerate,Glyceraldehyde 3-Phosphate,CHM-CHM,58
3-Phosphoglycerate,Malate,CHM-CHM,36
3-Phosphoglycerate,Phosphoenolpyruvate,CHM-CHM,60
3-Phosphoglycerate,Pyruvate,CHM-CHM,60
3-Phosphoglycerate,Ribulose-5-Phosphate,CHM-CHM,42
3-Phosphoglycerate,Sedoheptulose-7-Phosphate,CHM-CHM,30
3-Picoline,Catalyst,CHM-APL,53
3-Picoline,Pyridine,CHM-CHM,48
3-Pyridyl,4-Pyridyl,CHM-CHM,38
3-Weighted,EXAFS,PRO-CMT,34
3-Weighted,K,PRO-CMT,32
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyl Tetrazolium Bromide",MTT,CHM-CHM,32
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyl Tetrazolium Bromide",MTT,CMT-CHM,32
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyl Tetrazolium Bromide",Mtt,CHM-CMT,32
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyl Tetrazolium Bromide",Mtt,CMT-CMT,36
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Biocompatibility,CHM-PRO,48
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Biocompatibility,CMT-PRO,43
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Cell Viability,CHM-PRO,82
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Cell Viability,CMT-PRO,73
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Cells,CHM-DSC,39
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Cells,CMT-DSC,30
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Cytotoxicity,CHM-PRO,118
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Cytotoxicity,CMT-PRO,111
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Flow Cytometry,CHM-CMT,43
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Flow Cytometry,CMT-CMT,39
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",MTT,CHM-CHM,254
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",MTT,CMT-CHM,249
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",MTT Assay,CHM-CMT,35
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",MTT Assay,CMT-CMT,34
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Morphology,CHM-PRO,34
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Morphology,CMT-PRO,30
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Mtt,CHM-CMT,253
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Mtt,CMT-CMT,256
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Nanoparticles,CHM-DSC,60
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Nanoparticles,CMT-DSC,54
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",SEM,CHM-CMT,34
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",SEM,CMT-CMT,34
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Surface,CHM-DSC,43
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Surface,CMT-DSC,39
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",TEM,CHM-CMT,33
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",TEM,CMT-CMT,33
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Transmission Electron Microscopy,CHM-CMT,34
"3-[4,5-Dimethylthiazol-2-yl]-2,5-Diphenyltetrazolium Bromide",Transmission Electron Microscopy,CMT-CMT,32
3.0 MPa,CO2,CHM-CHM,31
3.0 MPa,Catalyst,CHM-APL,53
3.0 MPa,H2,CHM-CHM,44
3.0 MPa,XRD,CHM-CMT,36
3/2Z,Hydrogen,CHM-CHM,34
30 MPa,20MPa,CHM-CHM,43
30 MPa,40 MPa,CHM-CHM,36
30 MPa,50 MPa,CHM-CHM,30
30 MPa,CO2,CHM-CHM,46
30 MPa,Density,CHM-PRO,32
30 MPa,SEM,CHM-CMT,39
30 MPa,XRD,CHM-CMT,31
30-Bus,Ieee,CMT-APL,39
300 MPa,200MPa,CHM-CHM,51
300 MPa,Alloy,CHM-DSC,51
300 MPa,Alloys,CHM-DSC,30
300 MPa,Fracture Surface,CHM-PRO,33
300 MPa,Grain Size,CHM-PRO,32
300 MPa,Microstructure,CHM-PRO,71
300 MPa,Particles,CHM-DSC,30
300 MPa,SEM,CHM-CMT,65
300 MPa,Stress,CHM-PRO,47
300 MPa,Surface,CHM-DSC,52
300 MPa,TEM,CHM-CMT,34
300MHz,1H,CHM-CHM,74
300MHz,1H NMR,CHM-CMT,74
300MHz,CDCl3,CHM-CHM,62
300MHz 1H,1H NMR,CHM-CMT,37
300h,Aged,CHM-SMT,38
300h,Aging,CHM-SMT,41
300h,Al,CHM-CHM,50
300h,Alloy,CHM-DSC,65
300h,Alloys,CHM-DSC,43
300h,Annealing,CHM-SMT,31
300h,Catalyst,CHM-APL,34
300h,Coated,CHM-SMT,40
300h,Coatings,CHM-APL,69
300h,Cr,CHM-CHM,37
300h,EDS,CHM-CMT,41
300h,Fe,CHM-CHM,32
300h,Interface,CHM-DSC,45
300h,Layers,CHM-DSC,65
300h,Microstructure,CHM-PRO,54
300h,Morphology,CHM-PRO,33
300h,Ni,CHM-CHM,53
300h,Oxidation,CHM-SMT,64
300h,Oxides,CHM-CHM,35
300h,Oxygen,CHM-CHM,40
300h,Particles,CHM-DSC,31
300h,SEM,CHM-CMT,121
300h,Substrate,CHM-DSC,33
300h,Surface,CHM-DSC,107
300h,TEM,CHM-CMT,55
300h,X-Ray Diffraction,CHM-CMT,32
300h,XRD,CHM-CMT,101
304,Austenitic,SPL-SPL,77
31,21,PRO-PRO,46
31,K,PRO-PRO,34
316L,Microstructure,CHM-PRO,37
316L,SEM,CHM-CMT,74
316L,Surface,CHM-DSC,47
316L,XRD,CHM-CMT,32
316LVM,Surface,CHM-DSC,31
31P,119Sn,CMT-CHM,46
31P,13C,CMT-CHM,408
31P,13C,CMT-CMT,267
31P,13C NMR,CMT-CMT,103
31P,15N,CMT-CHM,51
31P,195Pt,CMT-CHM,46
31P,19F,CMT-CHM,89
31P,19F,CMT-CMT,42
31P,19F NMR,CMT-CMT,33
31P,1H,CMT-CHM,671
31P,1H,CMT-CMT,435
31P,1H,PRO-CHM,34
31P,1H NMR,CMT-CMT,129
31P,27Al,CMT-CHM,108
31P,27Al,CMT-CMT,89
31P,29Si,CMT-CHM,66
31P,29Si,CMT-CMT,69
31P,2D,CMT-CMT,47
31P,31P MAS-NMR,CMT-CMT,72
31P,31P NMR,CMT-CMT,166
31P,31P {1H},CMT-CHM,30
31P,77Se,CMT-CHM,49
31P,Al,CMT-CHM,90
31P,Aluminophosphate,CMT-CHM,32
31P,Aluminum,CMT-CHM,47
31P,Amines,CMT-CHM,32
31P,Amorphous,CMT-DSC,36
31P,Angles,CMT-PRO,60
31P,Bond Length,CMT-PRO,56
31P,Br,CMT-CHM,44
31P,Bulk,CMT-DSC,31
31P,CDCl3,CMT-CHM,33
31P,CH2Cl2,CMT-CHM,45
31P,CPMAS NMR,CMT-CMT,33
31P,Calcined,CMT-SMT,30
31P,Carbon,CMT-CHM,64
31P,Catalyst,CMT-APL,104
31P,Chemical Shift,CMT-PRO,117
31P,Cl,CMT-CHM,65
31P,Cluster,CMT-DSC,30
31P,Compositions,CMT-PRO,100
31P,Crystal,CMT-DSC,73
31P,Crystal Structure,CMT-PRO,77
31P,Crystalline,CMT-DSC,63
31P,DFT,CMT-CMT,47
31P,Elemental Analysis,CMT-CMT,161
31P,FT-IR,CMT-CMT,59
31P,FTIR,CMT-CMT,62
31P,Glass,CMT-DSC,80
31P,Glass Transition Temperature,CMT-PRO,37
31P,Glasses,CMT-DSC,85
31P,H2O,CMT-CHM,40
31P,Heating,CMT-SMT,32
31P,Hexagonal,CMT-SPL,30
31P,Hydrogen,CMT-CHM,147
31P,IR Spectroscopy,CMT-CMT,36
31P,Ir,CMT-CMT,173
31P,MAS NMR,CMT-CMT,61
31P,MAS-NMR,CMT-CMT,42
31P,Mas,CMT-CMT,45
31P,Mass Spectrometry,CMT-CMT,46
31P,Mesoporous,CMT-DSC,30
31P,Methanol,CMT-CHM,54
31P,Molecular Structure,CMT-PRO,97
31P,Monoclinic,CMT-SPL,42
31P,Multinuclear,CMT-CMT,49
31P,N2,CMT-CHM,45
31P,NMR,CMT-CMT,391
31P,NMR,PRO-CMT,41
31P,NMR Spectroscopy,CMT-CMT,66
31P,Nitrogen,CMT-CHM,62
31P,O,CMT-CHM,51
31P,Oxidation,CMT-SMT,31
31P,Oxygen,CMT-CHM,77
31P,PPh3,CMT-CHM,45
31P,Pd,CMT-CHM,37
31P,Phosphate,CMT-CHM,129
31P,Phosphine,CMT-CHM,65
31P,Phosphorus,CMT-CHM,211
31P,Powder,CMT-DSC,37
31P,Pt,CMT-CHM,45
31P,Raman,CMT-CMT,51
31P,Rcub,CMT-CMT,66
31P,SEM,CMT-CMT,83
31P,Se,CMT-CHM,35
31P,Si,CMT-CHM,44
31P,SiO2,CMT-CHM,32
31P,Silica,CMT-CHM,44
31P,Single Crystal,CMT-DSC,88
31P,Single Crystal X-Ray Diffraction,CMT-CMT,34
31P,Sodium,CMT-CHM,31
31P,Solid State NMR,CMT-CMT,74
31P,Stability,CMT-PRO,32
31P,Structural,CMT-PRO,31
31P,Structure,CMT-PRO,165
31P,Structures,CMT-PRO,59
31P,Sulfur,CMT-CHM,35
31P,Surface,CMT-DSC,80
31P,TEM,CMT-CMT,53
31P,THF,CMT-CHM,38
31P,Tga,CMT-CMT,45
31P,UV Vis,CMT-CMT,37
31P,X-Ray Crystal Structure,CMT-CMT,32
31P,X-Ray Crystallography,CMT-CMT,97
31P,X-Ray Diffraction,CMT-CMT,174
31P,X-ray Structure,CMT-CMT,34
31P,XPS,CMT-CMT,32
31P,XRD,CMT-CMT,113
31P CP-MAS NMR,13C,CMT-CHM,36
31P CP-MAS NMR,Catalyst,CMT-APL,39
31P CP-MAS NMR,TEM,CMT-CMT,32
31P CP-MAS NMR,XRD,CMT-CMT,32
31P Chemical Shift,1H,PRO-CHM,40
31P Chemical Shift,31P NMR,PRO-CMT,40
31P Chemical Shift,Chemical Shift,PRO-PRO,54
31P Chemical Shift,NMR,PRO-CMT,37
31P MAS-NMR,13C,CMT-CHM,139
31P MAS-NMR,13C,CMT-CMT,32
31P MAS-NMR,13C CP MAS NMR,CMT-CMT,88
31P MAS-NMR,13C MAS NMR,CMT-CMT,54
31P MAS-NMR,19F,CMT-CHM,31
31P MAS-NMR,19F MAS NMR,CMT-CMT,31
31P MAS-NMR,1H,CMT-CHM,137
31P MAS-NMR,1H,CMT-CMT,31
31P MAS-NMR,1H MAS,CMT-CHM,55
31P MAS-NMR,1H MAS NMR,CMT-CMT,101
31P MAS-NMR,27Al,CMT-CHM,119
31P MAS-NMR,27Al,CMT-CMT,73
31P MAS-NMR,27Al MAS NMR,CMT-CMT,81
31P MAS-NMR,27Al MAS-NMR,CMT-CMT,146
31P MAS-NMR,29Si,CMT-CHM,56
31P MAS-NMR,29Si,CMT-CMT,58
31P MAS-NMR,29Si MAS NMR,CMT-CMT,111
31P MAS-NMR,29Si MAS-NMR,CMT-CMT,67
31P MAS-NMR,31P,CMT-CMT,72
31P MAS-NMR,31P NMR,CMT-CMT,114
31P MAS-NMR,Acidic Sites,CMT-PRO,30
31P MAS-NMR,Acidity,CMT-PRO,61
31P MAS-NMR,Activity,CMT-PRO,56
31P MAS-NMR,Al,CMT-CHM,145
31P MAS-NMR,Al2O3,CMT-CHM,51
31P MAS-NMR,AlPO4,CMT-CHM,35
31P MAS-NMR,Alumina,CMT-CHM,30
31P MAS-NMR,Aluminophosphate,CMT-CHM,53
31P MAS-NMR,Aluminum,CMT-CHM,70
31P MAS-NMR,Ammonia,CMT-CHM,39
31P MAS-NMR,Amorphous,CMT-DSC,82
31P MAS-NMR,Arrhenius Plot,CMT-CMT,45
31P MAS-NMR,As Prepared,CMT-DSC,38
31P MAS-NMR,As-Synthesized,CMT-DSC,87
31P MAS-NMR,Bulk,CMT-DSC,55
31P MAS-NMR,Ca,CMT-CHM,62
31P MAS-NMR,CaO,CMT-CHM,36
31P MAS-NMR,Calcination,CMT-SMT,100
31P MAS-NMR,Calcined,CMT-SMT,160
31P MAS-NMR,Calcium,CMT-CHM,32
31P MAS-NMR,Carbon,CMT-CHM,59
31P MAS-NMR,Catalyst,CMT-APL,309
31P MAS-NMR,Catalytic Activity,CMT-PRO,81
31P MAS-NMR,Catalytic Performance,CMT-PRO,53
31P MAS-NMR,Chemical Shift,CMT-PRO,120
31P MAS-NMR,Cluster,CMT-DSC,30
31P MAS-NMR,Composite,CMT-DSC,88
31P MAS-NMR,Compositions,CMT-PRO,217
31P MAS-NMR,Conductivity,CMT-PRO,61
31P MAS-NMR,Crystal,CMT-DSC,72
31P MAS-NMR,Crystal Structure,CMT-PRO,63
31P MAS-NMR,Crystalline,CMT-DSC,122
31P MAS-NMR,Cu,CMT-CHM,30
31P MAS-NMR,DSC,CMT-CMT,67
31P MAS-NMR,DTA,CMT-CMT,105
31P MAS-NMR,Density,CMT-PRO,64
31P MAS-NMR,Doped,CMT-DSC,34
31P MAS-NMR,Dried,CMT-SMT,34
31P MAS-NMR,EDX,CMT-CMT,35
31P MAS-NMR,Elemental Analysis,CMT-CMT,35
31P MAS-NMR,Ethanol,CMT-CHM,51
31P MAS-NMR,FT-IR,CMT-CMT,181
31P MAS-NMR,FTIR,CMT-CMT,230
31P MAS-NMR,Glass,CMT-DSC,246
31P MAS-NMR,Glass Ceramics,CMT-DSC,37
31P MAS-NMR,Glass Transition Temperature,CMT-PRO,88
31P MAS-NMR,Glasses,CMT-DSC,288
31P MAS-NMR,H2,CMT-CHM,35
31P MAS-NMR,H2O,CMT-CHM,60
31P MAS-NMR,H2O2,CMT-CHM,47
31P MAS-NMR,H3PO4,CMT-CHM,66
31P MAS-NMR,H3PW12O40,CMT-CHM,30
31P MAS-NMR,HRTEM,CMT-CMT,37
31P MAS-NMR,Heat Treated,CMT-SMT,38
31P MAS-NMR,Heat Treatment,CMT-SMT,45
31P MAS-NMR,Heated,CMT-SMT,46
31P MAS-NMR,Heating,CMT-SMT,88
31P MAS-NMR,Hexagonal,CMT-SPL,45
31P MAS-NMR,Hydrogen,CMT-CHM,88
31P MAS-NMR,Hydrothermal Treatment,CMT-SMT,33
31P MAS-NMR,Hydroxyl,CMT-CHM,35
31P MAS-NMR,ICP,CMT-CMT,30
31P MAS-NMR,IR,CMT-CMT,59
31P MAS-NMR,Infrared,CMT-CMT,46
31P MAS-NMR,Ir,CMT-CMT,70
31P MAS-NMR,Isotropic Chemical Shift,CMT-PRO,41
31P MAS-NMR,Layered,CMT-DSC,39
31P MAS-NMR,Layers,CMT-DSC,73
31P MAS-NMR,Lewis Acids,CMT-CHM,37
31P MAS-NMR,Li,CMT-CHM,45
31P MAS-NMR,Lithium,CMT-CHM,35
31P MAS-NMR,MAS NMR,CMT-CMT,124
31P MAS-NMR,MAS-NMR,CMT-CMT,49
31P MAS-NMR,Mesoporous,CMT-DSC,96
31P MAS-NMR,Methanol,CMT-CHM,53
31P MAS-NMR,Mg,CMT-CHM,37
31P MAS-NMR,Molar Volume,CMT-PRO,38
31P MAS-NMR,Molecular Sieve,CMT-APL,32
31P MAS-NMR,N2,CMT-CHM,218
31P MAS-NMR,N2 Adsorption,CMT-CMT,31
31P MAS-NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,75
31P MAS-NMR,NH3,CMT-CHM,97
31P MAS-NMR,NH3TPD,CMT-CMT,78
31P MAS-NMR,NMR,CMT-CMT,157
31P MAS-NMR,Na,CMT-CHM,53
31P MAS-NMR,Nitrogen,CMT-CHM,136
31P MAS-NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,42
31P MAS-NMR,O,CMT-CHM,94
31P MAS-NMR,O2,CMT-CHM,35
31P MAS-NMR,OH,CMT-CHM,36
31P MAS-NMR,Oxidation,CMT-APL,32
31P MAS-NMR,Oxygen,CMT-CHM,143
31P MAS-NMR,P2O5,CMT-CHM,88
31P MAS-NMR,PO4,CMT-CHM,64
31P MAS-NMR,PXRD,CMT-CMT,31
31P MAS-NMR,Particles,CMT-DSC,44
31P MAS-NMR,Phosphate,CMT-CHM,187
31P MAS-NMR,Phosphoric Acid,CMT-CHM,31
31P MAS-NMR,Phosphorus,CMT-CHM,169
31P MAS-NMR,Pore Size Distribution,CMT-PRO,104
31P MAS-NMR,Powder,CMT-DSC,123
31P MAS-NMR,Powder XRD,CMT-CMT,51
31P MAS-NMR,Powders,CMT-DSC,38
31P MAS-NMR,Pyridine,CMT-CHM,85
31P MAS-NMR,Raman,CMT-CMT,214
31P MAS-NMR,Rietveld Refinement,CMT-CMT,47
31P MAS-NMR,SBA-15,CMT-CHM,42
31P MAS-NMR,SEM,CMT-CMT,342
31P MAS-NMR,Scanning Electron Micrograph,CMT-CMT,32
31P MAS-NMR,Si,CMT-CHM,120
31P MAS-NMR,SiO2,CMT-CHM,85
31P MAS-NMR,Silica,CMT-CHM,89
31P MAS-NMR,Silicate,CMT-CHM,30
31P MAS-NMR,Silicon,CMT-CHM,39
31P MAS-NMR,Single Crystal,CMT-DSC,35
31P MAS-NMR,Sodium,CMT-CHM,38
31P MAS-NMR,Sol-Gel,CMT-SMT,41
31P MAS-NMR,Stability,CMT-PRO,31
31P MAS-NMR,Structure,CMT-PRO,201
31P MAS-NMR,Structures,CMT-PRO,39
31P MAS-NMR,Sulfur,CMT-CHM,35
31P MAS-NMR,Surface,CMT-DSC,131
31P MAS-NMR,Surface Area,CMT-PRO,51
31P MAS-NMR,TEM,CMT-CMT,263
31P MAS-NMR,TG,CMT-CMT,72
31P MAS-NMR,TG,CMT-PRO,38
31P MAS-NMR,TGA,CMT-CMT,48
31P MAS-NMR,TMP,CMT-CHM,34
31P MAS-NMR,TMPO,CMT-CHM,54
31P MAS-NMR,Tga,CMT-CMT,71
31P MAS-NMR,Thermal Analysis,CMT-CMT,39
31P MAS-NMR,Thermogravimetric Analysis,CMT-CMT,31
31P MAS-NMR,Ti,CMT-CHM,51
31P MAS-NMR,TiO2,CMT-CHM,63
31P MAS-NMR,Toluene,CMT-CHM,33
31P MAS-NMR,UV Vis,CMT-CMT,37
31P MAS-NMR,X-Ray Diffraction,CMT-CMT,191
31P MAS-NMR,X-Ray Powder Diffraction,CMT-CMT,37
31P MAS-NMR,XPS,CMT-CMT,104
31P MAS-NMR,XRD,CMT-CMT,577
31P MAS-NMR,Zeolites,CMT-CHM,85
31P MAS-NMR,Zn,CMT-CHM,32
31P MAS-NMR,ZnO,CMT-CHM,33
31P MAS-NMR,Zr,CMT-CHM,34
31P MAS-NMR,ZrO2,CMT-CHM,36
31P NMR,13C,CMT-CHM,710
31P NMR,13C,CMT-CMT,403
31P NMR,13C NMR,CMT-CMT,386
31P NMR,15N,CMT-CHM,36
31P NMR,183W,CMT-CHM,47
31P NMR,19F,CMT-CHM,125
31P NMR,19F,CMT-CMT,58
31P NMR,19F NMR,CMT-CMT,66
31P NMR,1H,CMT-CHM,1698
31P NMR,1H,CMT-CMT,675
31P NMR,1H NMR,CMT-CMT,1005
31P NMR,25C,CMT-CHM,46
31P NMR,27Al,CMT-CHM,40
31P NMR,27Al NMR,CMT-CMT,41
31P NMR,29Si,CMT-CHM,44
31P NMR,29Si,CMT-CMT,39
31P NMR,29Si NMR,CMT-CMT,53
31P NMR,2D,CMT-CMT,61
31P NMR,2H,CMT-CHM,30
31P NMR,2H NMR,CMT-CMT,31
31P NMR,31P,CMT-CMT,166
31P NMR,31P Chemical Shift,CMT-PRO,40
31P NMR,31P MAS-NMR,CMT-CMT,114
31P NMR,31P NMR Spectroscopy,CMT-CMT,75
31P NMR,31P {1H},CMT-CHM,85
31P NMR,31P{1H}-NMR,CMT-CMT,66
31P NMR,ADP,CMT-CHM,43
31P NMR,AFM,CMT-CMT,61
31P NMR,AMP,CMT-CHM,35
31P NMR,ATP,CMT-CHM,89
31P NMR,Absorbance,CMT-PRO,42
31P NMR,Absorption,CMT-CMT,35
31P NMR,Absorption Spectrum,CMT-CMT,42
31P NMR,Acetate,CMT-CHM,36
31P NMR,Acetone,CMT-CHM,87
31P NMR,Acetonitrile,CMT-CHM,150
31P NMR,Activity,CMT-PRO,64
31P NMR,Ag,CMT-CHM,91
31P NMR,Al,CMT-CHM,85
31P NMR,Alcohols,CMT-CHM,70
31P NMR,Aldehyde,CMT-CHM,49
31P NMR,Alkene,CMT-CHM,50
31P NMR,Alkyls,CMT-CHM,66
31P NMR,Alkyne,CMT-CHM,46
31P NMR,Aluminum,CMT-CHM,32
31P NMR,Amides,CMT-CHM,43
31P NMR,Amines,CMT-CHM,82
31P NMR,Amino,CMT-CHM,37
31P NMR,Amino Acid,CMT-CHM,53
31P NMR,Ammonium,CMT-CHM,34
31P NMR,Amorphous,CMT-DSC,51
31P NMR,Angles,CMT-PRO,334
31P NMR,Arrhenius Plot,CMT-CMT,37
31P NMR,Aryl,CMT-CHM,37
31P NMR,As-Synthesized,CMT-DSC,34
31P NMR,Au,CMT-CHM,47
31P NMR,B3LYP,CMT-CMT,53
31P NMR,Benzenes,CMT-CHM,60
31P NMR,Bilayer,CMT-DSC,52
31P NMR,Bilayers,CMT-DSC,33
31P NMR,Blue Line,CMT-CHM,40
31P NMR,Bond Angles,CMT-PRO,86
31P NMR,Bond Distance,CMT-PRO,83
31P NMR,Bond Length,CMT-PRO,356
31P NMR,Br,CMT-CHM,108
31P NMR,Bulk,CMT-DSC,56
31P NMR,C6D6,CMT-CHM,58
31P NMR,CD2Cl2,CMT-CHM,135
31P NMR,CD3CN,CMT-CHM,68
31P NMR,CD3OD,CMT-CHM,39
31P NMR,CDCl3,CMT-CHM,331
31P NMR,CH2,CMT-CHM,30
31P NMR,CH2Cl2,CMT-CHM,232
31P NMR,CH3,CMT-CHM,42
31P NMR,CH3CN,CMT-CHM,129
31P NMR,CHCl3,CMT-CHM,68
31P NMR,CO,CMT-CHM,166
31P NMR,CO2,CMT-CHM,75
31P NMR,CV,CMT-CMT,35
31P NMR,Ca,CMT-CHM,42
31P NMR,Ca2+,CMT-CHM,40
31P NMR,Calcination,CMT-SMT,33
31P NMR,Calcined,CMT-SMT,48
31P NMR,Calcium,CMT-CHM,31
31P NMR,Carbohydrate,CMT-CHM,31
31P NMR,Carbon,CMT-CHM,223
31P NMR,Carbons,CMT-CHM,35
31P NMR,Carbonyls,CMT-CHM,98
31P NMR,Carboxyl,CMT-CHM,34
31P NMR,Carboxylic Acid,CMT-CHM,49
31P NMR,Catalyst,CMT-APL,436
31P NMR,Catalytic,CMT-APL,33
31P NMR,Catalytic Activity,CMT-PRO,94
31P NMR,Catalytic Performance,CMT-PRO,41
31P NMR,Cell Viability,CMT-PRO,31
31P NMR,Cells,CMT-DSC,52
31P NMR,Charges,CMT-PRO,30
31P NMR,Chemical Composition,CMT-PRO,33
31P NMR,Chemical Shift,CMT-PRO,471
31P NMR,Chemical Structures,CMT-PRO,164
31P NMR,Chlorides,CMT-CHM,83
31P NMR,Chloroform,CMT-CHM,52
31P NMR,Cholesterol,CMT-CHM,32
31P NMR,Cl,CMT-CHM,184
31P NMR,Cluster,CMT-DSC,118
31P NMR,Co,CMT-CHM,49
31P NMR,Coatings,CMT-APL,31
31P NMR,Cobalt,CMT-CHM,39
31P NMR,Composite,CMT-DSC,93
31P NMR,Compositions,CMT-PRO,194
31P NMR,Conductivity,CMT-PRO,47
31P NMR,Cone Calorimetry Test,CMT-CMT,36
31P NMR,Copolymer,CMT-DSC,52
31P NMR,Copper,CMT-CHM,64
31P NMR,Coupling Constant,CMT-PRO,51
31P NMR,Crystal,CMT-DSC,169
31P NMR,Crystal,CMT-PRO,35
31P NMR,Crystal Structure,CMT-PRO,225
31P NMR,Crystalline,CMT-DSC,99
31P NMR,Cu,CMT-CHM,69
31P NMR,Cu2+,CMT-CHM,31
31P NMR,Cyclic Voltammetry,CMT-CMT,74
31P NMR,Cyclic Voltammogram,CMT-CMT,116
31P NMR,Cyclotriphosphazene,CMT-CHM,46
31P NMR,Cytotoxicity,CMT-PRO,37
31P NMR,D2O,CMT-CHM,301
31P NMR,DFT,CMT-CMT,133
31P NMR,DFT Calculations,CMT-CMT,65
31P NMR,DLS,CMT-CMT,61
31P NMR,DMA,CMT-CHM,33
31P NMR,DMF,CMT-CHM,120
31P NMR,DMPC,CMT-CHM,60
31P NMR,DMSO,CMT-CHM,106
31P NMR,DMSO-D6,CMT-CHM,60
31P NMR,DOPO,CMT-CHM,34
31P NMR,DPPC,CMT-CHM,30
31P NMR,DPPE,CMT-CHM,63
31P NMR,DSC,CMT-CMT,215
31P NMR,DTA,CMT-CMT,36
31P NMR,DTG,CMT-CHM,82
31P NMR,DTG,CMT-CMT,38
31P NMR,Dendrimers,CMT-DSC,33
31P NMR,Density Functional Theory,CMT-CMT,44
31P NMR,Diamonds,CMT-CHM,45
31P NMR,Dichloromethane,CMT-CHM,76
31P NMR,Differential Scanning Calorimetry,CMT-CMT,46
31P NMR,Diphosphines,CMT-CHM,53
31P NMR,Displacement Ellipsoid,CMT-CMT,44
31P NMR,Doped,CMT-DSC,35
31P NMR,Dtg,CMT-CMT,73
31P NMR,EDS,CMT-CMT,35
31P NMR,EDTA,CMT-CHM,32
31P NMR,EDX,CMT-CMT,43
31P NMR,ESI MS,CMT-CMT,98
31P NMR,Electrode,CMT-APL,59
31P NMR,Electrolyte,CMT-APL,48
31P NMR,Elemental Analysis,CMT-CMT,348
31P NMR,Ellipsoids,CMT-CMT,31
31P NMR,Emission Spectra,CMT-CMT,44
31P NMR,Epoxy,CMT-CHM,41
31P NMR,Epr,CMT-CMT,45
31P NMR,Esters,CMT-CHM,60
31P NMR,Et3N,CMT-CHM,51
31P NMR,Ethanol,CMT-CHM,99
31P NMR,Ethers,CMT-CHM,41
31P NMR,Ethylene,CMT-CHM,32
31P NMR,F,CMT-CHM,49
31P NMR,FT-IR,CMT-CMT,314
31P NMR,FTIR,CMT-CMT,427
31P NMR,Fe,CMT-CHM,82
31P NMR,Ferrocenes,CMT-CHM,30
31P NMR,Film,CMT-DSC,62
31P NMR,Films,CMT-DSC,62
31P NMR,Flame Retardancy,CMT-PRO,40
31P NMR,Flame Retardants,CMT-APL,40
31P NMR,Fluorescence,CMT-CMT,63
31P NMR,Fluorescence,CMT-PRO,32
31P NMR,Fluorescence Emission,CMT-CMT,30
31P NMR,Fluorescence Intensity,CMT-PRO,32
31P NMR,Fourier Transform Infrared,CMT-CMT,33
31P NMR,Fourier Transform Infrared Spectroscopy,CMT-CMT,31
31P NMR,G,CMT-PRO,49
31P NMR,GPC,CMT-CMT,111
31P NMR,Gel Permeation Chromatography,CMT-CMT,33
31P NMR,Glass,CMT-DSC,79
31P NMR,Glass Transition Temperature,CMT-PRO,61
31P NMR,Glasses,CMT-DSC,90
31P NMR,Glassy,CMT-DSC,42
31P NMR,Glassy Carbon,CMT-CHM,35
31P NMR,Glucose,CMT-CHM,40
31P NMR,Guaiacyl,CMT-CHM,48
31P NMR,H+,CMT-CHM,34
31P NMR,H2,CMT-CHM,123
31P NMR,H2O,CMT-CHM,255
31P NMR,H2O2,CMT-CHM,98
31P NMR,H2SO4,CMT-CHM,41
31P NMR,H3PO4,CMT-CHM,125
31P NMR,HCl,CMT-CHM,113
31P NMR,HEPES,CMT-CHM,36
31P NMR,HRTEM,CMT-CMT,54
31P NMR,Halides,CMT-CHM,48
31P NMR,Heat Release Rate,CMT-PRO,30
31P NMR,Heating,CMT-SMT,127
31P NMR,Hexagonal,CMT-SPL,38
31P NMR,Hexane,CMT-CHM,34
31P NMR,Homo,CMT-PRO,40
31P NMR,Hplc,CMT-CMT,36
31P NMR,Hsqc,CMT-CMT,45
31P NMR,Hydride,CMT-CHM,69
31P NMR,Hydrocarbon,CMT-CHM,33
31P NMR,Hydroformylation,CMT-APL,41
31P NMR,Hydrogen,CMT-CHM,621
31P NMR,Hydrogen Peroxide,CMT-CHM,38
31P NMR,Hydrogenation,CMT-APL,50
31P NMR,Hydrogenation,CMT-SMT,54
31P NMR,Hydrolysis,CMT-SMT,166
31P NMR,Hydrophobic,CMT-PRO,30
31P NMR,Hydroxyl,CMT-CHM,150
31P NMR,IR,CMT-CMT,41
31P NMR,IR Spectroscopy,CMT-CMT,56
31P NMR,Imidazole,CMT-CHM,31
31P NMR,Infrared,CMT-CMT,36
31P NMR,Inter Atomic Distance,CMT-PRO,36
31P NMR,Ir,CMT-CHM,40
31P NMR,Ir,CMT-CMT,424
31P NMR,Iron,CMT-CHM,37
31P NMR,Irradiation,CMT-SMT,34
31P NMR,K,CMT-PRO,52
31P NMR,K2CO3,CMT-CHM,38
31P NMR,KCl,CMT-CHM,35
31P NMR,Keggin,CMT-SPL,54
31P NMR,Lamellar,CMT-DSC,32
31P NMR,Lanthanides,CMT-CHM,43
31P NMR,Layers,CMT-DSC,78
31P NMR,Lewis Acids,CMT-CHM,44
31P NMR,Li,CMT-CHM,71
31P NMR,LiCl,CMT-CHM,30
31P NMR,Liposome,CMT-DSC,36
31P NMR,Lithium,CMT-CHM,55
31P NMR,Loi,CMT-CMT,42
31P NMR,Loi,CMT-PRO,49
31P NMR,MS,CMT-CMT,81
31P NMR,Mass Spectrometry,CMT-CMT,72
31P NMR,Me,CMT-CHM,39
31P NMR,MeCN,CMT-CHM,60
31P NMR,MeOH,CMT-CHM,117
31P NMR,Mechanical Property,CMT-PRO,45
31P NMR,Membrane,CMT-DSC,98
31P NMR,Mesoporous,CMT-DSC,52
31P NMR,Metals,CMT-PRO,38
31P NMR,Methanol,CMT-CHM,143
31P NMR,Methoxyl,CMT-CHM,33
31P NMR,Methyl,CMT-CHM,82
31P NMR,Methylenes,CMT-CHM,33
31P NMR,Mg,CMT-CHM,30
31P NMR,Mg2+,CMT-CHM,35
31P NMR,Mn,CMT-CHM,61
31P NMR,Mn,CMT-PRO,31
31P NMR,Mo,CMT-CHM,68
31P NMR,Molecular Structure,CMT-PRO,432
31P NMR,Molecular Weight,CMT-PRO,126
31P NMR,Molecular Weight Distribution,CMT-PRO,46
31P NMR,Monoclinic,CMT-SPL,58
31P NMR,Morphology,CMT-PRO,59
31P NMR,N2,CMT-CHM,173
31P NMR,NEt3,CMT-CHM,32
31P NMR,NH,CMT-CHM,32
31P NMR,NH3,CMT-CHM,52
31P NMR,NMR,CMT-CMT,609
31P NMR,NMR Spectroscopy,CMT-CMT,76
31P NMR,Na,CMT-CHM,62
31P NMR,Na+,CMT-CHM,43
31P NMR,NaCl,CMT-CHM,78
31P NMR,NaOH,CMT-CHM,87
31P NMR,Nanoparticles,CMT-DSC,87
31P NMR,Ni,CMT-CHM,62
31P NMR,Nickel,CMT-CHM,32
31P NMR,Nitrogen,CMT-CHM,255
31P NMR,Nuclear Magnetic Resonance,CMT-CMT,37
31P NMR,O,CMT-CHM,186
31P NMR,O2,CMT-CHM,69
31P NMR,OH,CMT-CHM,82
31P NMR,ORTEP,CMT-CMT,40
31P NMR,ORTEP Drawing,CMT-CMT,35
31P NMR,ORTEP Plot,CMT-CMT,39
31P NMR,Olefins,CMT-CHM,46
31P NMR,Orthophosphate,CMT-CHM,53
31P NMR,Oxidation,CMT-APL,52
31P NMR,Oxidation,CMT-SMT,110
31P NMR,Oxygen,CMT-CHM,315
31P NMR,P,CMT-PRO,51
31P NMR,P2O5,CMT-CHM,30
31P NMR,PF6,CMT-CHM,37
31P NMR,PO4,CMT-CHM,71
31P NMR,POMs,CMT-CHM,41
31P NMR,PPh3,CMT-CHM,146
31P NMR,PXRD,CMT-CMT,31
31P NMR,Palladium,CMT-CHM,89
31P NMR,Paramagnetic,CMT-PRO,30
31P NMR,Particles,CMT-DSC,81
31P NMR,Pd,CMT-CHM,139
31P NMR,Pd (II),CMT-CHM,36
31P NMR,Pdi,CMT-PRO,33
31P NMR,Phenol,CMT-CHM,68
31P NMR,Phenolics,CMT-CHM,59
31P NMR,Phenyls,CMT-CHM,94
31P NMR,Phosphanes,CMT-CHM,42
31P NMR,Phosphate,CMT-CHM,374
31P NMR,Phosphine,CMT-CHM,193
31P NMR,Phosphine Oxide,CMT-CHM,46
31P NMR,Phosphines,CMT-CHM,67
31P NMR,Phosphite,CMT-CHM,39
31P NMR,Phosphonate,CMT-CHM,85
31P NMR,Phosphonic Acid,CMT-CHM,31
31P NMR,Phosphonium,CMT-CHM,47
31P NMR,Phosphoric Acid,CMT-CHM,57
31P NMR,Phosphorous,CMT-CHM,50
31P NMR,Phosphorus,CMT-CHM,527
31P NMR,Platinum,CMT-CHM,61
31P NMR,Polymers,CMT-DSC,44
31P NMR,Polyoxometalates,CMT-CHM,53
31P NMR,Polyphosphate,CMT-CHM,31
31P NMR,Pore Size Distribution,CMT-PRO,36
31P NMR,Potentiometric Titration,CMT-CMT,30
31P NMR,Powder,CMT-DSC,91
31P NMR,Protonic Conductivity,CMT-PRO,31
31P NMR,Pt,CMT-CHM,122
31P NMR,Pt (II),CMT-CHM,36
31P NMR,Pyridine,CMT-CHM,128
31P NMR,Pyrolysis,CMT-SMT,79
31P NMR,Pyrophosphate,CMT-CHM,44
31P NMR,Raman,CMT-CMT,156
31P NMR,Rate Constant,CMT-PRO,64
31P NMR,Reaction Mechanism,CMT-PRO,33
31P NMR,Reductions,CMT-SMT,39
31P NMR,Rh,CMT-CHM,37
31P NMR,Rhodium,CMT-CHM,63
31P NMR,Ru,CMT-CHM,90
31P NMR,Ruthenium,CMT-CHM,44
31P NMR,SEC,CMT-CMT,48
31P NMR,SEM,CMT-CMT,384
31P NMR,Scanning Electron Microscopy,CMT-CMT,49
31P NMR,Se,CMT-CHM,53
31P NMR,Selenium,CMT-CHM,34
31P NMR,Si,CMT-CHM,98
31P NMR,SiO2,CMT-CHM,47
31P NMR,Silica,CMT-CHM,85
31P NMR,Silicon,CMT-CHM,48
31P NMR,Silver,CMT-CHM,48
31P NMR,Single Crystal,CMT-CMT,40
31P NMR,Single Crystal,CMT-DSC,154
31P NMR,Single Crystal X-Ray Diffraction,CMT-CMT,55
31P NMR,Size Distribution,CMT-PRO,37
31P NMR,Sodium,CMT-CHM,65
31P NMR,Solid,CMT-DSC,72
31P NMR,Solid,CMT-PRO,38
31P NMR,Solid State,CMT-CMT,33
31P NMR,Solid State NMR,CMT-CMT,37
31P NMR,Solid State Structure,CMT-PRO,31
31P NMR,Solution,CMT-DSC,42
31P NMR,Stability,CMT-PRO,124
31P NMR,Storage Modulus,CMT-PRO,32
31P NMR,Structural,CMT-PRO,66
31P NMR,Structural Parameter,CMT-PRO,41
31P NMR,Structure,CMT-PRO,484
31P NMR,Structure Refinement,CMT-CMT,65
31P NMR,Structures,CMT-PRO,169
31P NMR,Styrene,CMT-CHM,64
31P NMR,Substrate,CMT-DSC,52
31P NMR,Sugar,CMT-CHM,35
31P NMR,Sulfur,CMT-CHM,98
31P NMR,Surface,CMT-DSC,196
31P NMR,Surfaces,CMT-DSC,58
31P NMR,Syringyl,CMT-CHM,30
31P NMR,TEM,CMT-CMT,265
31P NMR,TG,CMT-CMT,101
31P NMR,TG,CMT-PRO,34
31P NMR,TGA,CMT-CMT,76
31P NMR,THF,CMT-CHM,251
31P NMR,Tetrahydrofuran,CMT-CHM,38
31P NMR,Tga,CMT-CMT,254
31P NMR,Thermal,CMT-PRO,51
31P NMR,Thermal Ellipsoids,CMT-CMT,68
31P NMR,Thermal Ellipsoids,CMT-PRO,51
31P NMR,Thermal Properties,CMT-PRO,45
31P NMR,Thermal Stability,CMT-PRO,71
31P NMR,Thermogravimetric Analysis,CMT-CMT,96
31P NMR,Thiols,CMT-CHM,30
31P NMR,Ti,CMT-CHM,50
31P NMR,TiO2,CMT-CHM,33
31P NMR,Toluene,CMT-CHM,185
31P NMR,Torsional Angle,CMT-PRO,31
31P NMR,Transition Metal,CMT-CHM,46
31P NMR,Transmission Electron Microscopy,CMT-CMT,35
31P NMR,Triclinic,CMT-SPL,42
31P NMR,Triphenylphosphine,CMT-CHM,48
31P NMR,UV / Vis,CMT-CMT,41
31P NMR,UV Vis,CMT-CMT,154
31P NMR,UV Vis Absorption,CMT-CMT,49
31P NMR,UV Vis Spectroscopy,CMT-CMT,54
31P NMR,UV Visible,CMT-CMT,30
31P NMR,Vesicle,CMT-DSC,43
31P NMR,Viscosity,CMT-PRO,36
31P NMR,Water Soluble,CMT-PRO,50
31P NMR,X Ray,CMT-CMT,78
31P NMR,X Ray Analysis,CMT-CMT,38
31P NMR,X-Ray Crystal Structure,CMT-CMT,77
31P NMR,X-Ray Crystallography,CMT-CMT,203
31P NMR,X-Ray Diffraction,CMT-CMT,325
31P NMR,X-ray Structure,CMT-CMT,74
31P NMR,XPS,CMT-CMT,162
31P NMR,XRD,CMT-CMT,299
31P NMR,Zeolites,CMT-CHM,37
31P NMR,Zinc,CMT-CHM,30
31P NMR,Zn,CMT-CHM,61
31P NMR,Zn(II),CMT-CHM,31
31P NMR,Zn2+,CMT-CHM,35
31P NMR,Zr,CMT-CHM,33
31P NMR,pKa,CMT-PRO,38
31P NMR Spectroscopy,13C,CMT-CHM,51
31P NMR Spectroscopy,13C,CMT-CMT,41
31P NMR Spectroscopy,1H,CMT-CHM,142
31P NMR Spectroscopy,1H,CMT-CMT,109
31P NMR Spectroscopy,31P NMR,CMT-CMT,75
31P NMR Spectroscopy,Elemental Analysis,CMT-CMT,69
31P NMR Spectroscopy,Hydrogen,CMT-CHM,35
31P NMR Spectroscopy,Ir,CMT-CMT,54
31P NMR Spectroscopy,Mass Spectrometry,CMT-CMT,31
31P NMR Spectroscopy,Molecular Structure,CMT-PRO,30
31P NMR Spectroscopy,NMR,CMT-CMT,33
31P NMR Spectroscopy,Phosphorus,CMT-CHM,44
31P NMR Spectroscopy,Structure,CMT-PRO,44
31P NMR Spectroscopy,X-Ray Crystallography,CMT-CMT,60
31P NMR Spectroscopy,X-Ray Diffraction,CMT-CMT,39
31P Nuclear Magnetic Resonance,NMR,CMT-CMT,63
31P {1H},13C,CHM-CHM,53
31P {1H},13C{1H},CHM-CHM,121
31P {1H},13C{1H},CHM-CMT,68
31P {1H},13C{1H} NMR,CHM-CMT,44
31P {1H},1H,CHM-CHM,446
31P {1H},1H,CHM-CMT,163
31P {1H},1H NMR,CHM-CMT,201
31P {1H},31P,CHM-CMT,30
31P {1H},31P NMR,CHM-CMT,85
31P {1H},31P{1H} NMR,CHM-CMT,66
31P {1H},31P{1H} NMR Spectroscopy,CHM-CMT,56
31P {1H},31P{1H}-NMR,CHM-CMT,802
31P {1H},Angles,CHM-PRO,338
31P {1H},Bond Angles,CHM-PRO,64
31P {1H},Bond Distance,CHM-PRO,77
31P {1H},Bond Length,CHM-PRO,336
31P {1H},Br,CHM-CHM,50
31P {1H},C6D6,CHM-CHM,51
31P {1H},CD2Cl2,CHM-CHM,133
31P {1H},CDCl3,CHM-CHM,157
31P {1H},CH2Cl2,CHM-CHM,150
31P {1H},CH3CN,CHM-CHM,30
31P {1H},CO,CHM-CHM,79
31P {1H},Carbon,CHM-CHM,63
31P {1H},Catalyst,CHM-APL,77
31P {1H},Chemical Shift,CHM-PRO,85
31P {1H},Cl,CHM-CHM,103
31P {1H},Cluster,CHM-DSC,38
31P {1H},Coupling Constant,CHM-PRO,37
31P {1H},Crystal,CHM-DSC,91
31P {1H},Crystal Structure,CHM-PRO,103
31P {1H},Cyclic Voltammogram,CHM-CMT,34
31P {1H},D2O,CHM-CHM,45
31P {1H},DFT,CHM-CMT,59
31P {1H},DFT Calculations,CHM-CMT,30
31P {1H},DMSO,CHM-CHM,32
31P {1H},Dichloromethane,CHM-CHM,35
31P {1H},Displacement Ellipsoid,CHM-CMT,34
31P {1H},Elemental Analysis,CHM-CMT,103
31P {1H},Ellipsoids,CHM-CMT,36
31P {1H},H2,CHM-CHM,63
31P {1H},H2O,CHM-CHM,44
31P {1H},Hydride,CHM-CHM,64
31P {1H},Hydrogen,CHM-CHM,402
31P {1H},Hydrogenation,CHM-APL,31
31P {1H},Ir,CHM-CMT,151
31P {1H},MeOH,CHM-CHM,50
31P {1H},Methanol,CHM-CHM,32
31P {1H},Molecular Structure,CHM-PRO,292
31P {1H},N2,CHM-CHM,30
31P {1H},NMR,CHM-CMT,131
31P {1H},NMR Spectroscopy,CHM-CMT,32
31P {1H},Nitrogen,CHM-CHM,35
31P {1H},O,CHM-CHM,46
31P {1H},ORTEP,CHM-CMT,58
31P {1H},ORTEP Diagram,CHM-CMT,31
31P {1H},ORTEP Drawing,CHM-CMT,30
31P {1H},Oxygen,CHM-CHM,36
31P {1H},PPh3,CHM-CHM,84
31P {1H},Pd,CHM-CHM,77
31P {1H},Phenyls,CHM-CHM,74
31P {1H},Phosphine,CHM-CHM,72
31P {1H},Phosphorus,CHM-CHM,110
31P {1H},Pt,CHM-CHM,71
31P {1H},Pyridine,CHM-CHM,31
31P {1H},Rhodium,CHM-CHM,38
31P {1H},Ru,CHM-CHM,53
31P {1H},Ruthenium,CHM-CHM,32
31P {1H},Single Crystal,CHM-DSC,55
31P {1H},Structure,CHM-PRO,113
31P {1H},Structure Refinement,CHM-CMT,58
31P {1H},Structures,CHM-PRO,60
31P {1H},THF,CHM-CHM,93
31P {1H},Thermal,CHM-PRO,44
31P {1H},Thermal Ellipsoids,CHM-CMT,97
31P {1H},Thermal Ellipsoids,CHM-PRO,58
31P {1H},Toluene,CHM-CHM,87
31P {1H},Transition Metal,CHM-CHM,34
31P {1H},X-Ray Crystal Structure,CHM-CMT,33
31P {1H},X-Ray Crystallography,CHM-CMT,71
31P {1H},X-Ray Diffraction,CHM-CMT,84
31P-NMR,13C,CMT-CHM,35
31P-NMR,1H,CMT-CHM,92
31P-NMR,1H-NMR,CMT-CMT,65
31P-NMR,Catalyst,CMT-APL,33
31P-NMR,FT-IR,CMT-CMT,32
31P-NMR,FTIR,CMT-CMT,42
31P-NMR,Hydrogen,CMT-CHM,32
31P-NMR,NMR,CMT-CMT,69
31P-NMR,Phosphate,CMT-CHM,30
31P-NMR,Phosphorus,CMT-CHM,41
31P-NMR,SEM,CMT-CMT,34
31P{1H} NMR,1H,CMT-CHM,32
31P{1H} NMR,31P {1H},CMT-CHM,66
31P{1H} NMR Spectroscopy,31P {1H},CMT-CHM,56
31P{1H}-NMR,13C,CMT-CHM,34
31P{1H}-NMR,13C{1H},CMT-CHM,62
31P{1H}-NMR,13C{1H},CMT-CMT,33
31P{1H}-NMR,13C{1H} NMR,CMT-CMT,31
31P{1H}-NMR,1H,CMT-CHM,301
31P{1H}-NMR,1H,CMT-CMT,91
31P{1H}-NMR,1H NMR,CMT-CMT,169
31P{1H}-NMR,31P NMR,CMT-CMT,66
31P{1H}-NMR,31P {1H},CMT-CHM,802
31P{1H}-NMR,Angles,CMT-PRO,327
31P{1H}-NMR,Bond Angles,CMT-PRO,52
31P{1H}-NMR,Bond Distance,CMT-PRO,69
31P{1H}-NMR,Bond Length,CMT-PRO,315
31P{1H}-NMR,Br,CMT-CHM,37
31P{1H}-NMR,C6D6,CMT-CHM,47
31P{1H}-NMR,CD2Cl2,CMT-CHM,133
31P{1H}-NMR,CDCl3,CMT-CHM,134
31P{1H}-NMR,CH2Cl2,CMT-CHM,126
31P{1H}-NMR,CO,CMT-CHM,64
31P{1H}-NMR,Carbon,CMT-CHM,55
31P{1H}-NMR,Catalyst,CMT-APL,54
31P{1H}-NMR,Chemical Shift,CMT-PRO,66
31P{1H}-NMR,Cl,CMT-CHM,80
31P{1H}-NMR,Cluster,CMT-DSC,31
31P{1H}-NMR,Coupling Constant,CMT-PRO,36
31P{1H}-NMR,Crystal,CMT-DSC,70
31P{1H}-NMR,Crystal Structure,CMT-PRO,76
31P{1H}-NMR,D2O,CMT-CHM,32
31P{1H}-NMR,DFT,CMT-CMT,50
31P{1H}-NMR,Displacement Ellipsoid,CMT-CMT,31
31P{1H}-NMR,Elemental Analysis,CMT-CMT,61
31P{1H}-NMR,Ellipsoids,CMT-CMT,32
31P{1H}-NMR,H2,CMT-CHM,56
31P{1H}-NMR,H2O,CMT-CHM,36
31P{1H}-NMR,Hydride,CMT-CHM,58
31P{1H}-NMR,Hydrogen,CMT-CHM,356
31P{1H}-NMR,Ir,CMT-CMT,102
31P{1H}-NMR,MeOH,CMT-CHM,41
31P{1H}-NMR,Molecular Structure,CMT-PRO,278
31P{1H}-NMR,NMR,CMT-CMT,79
31P{1H}-NMR,ORTEP,CMT-CMT,56
31P{1H}-NMR,ORTEP Diagram,CMT-CMT,31
31P{1H}-NMR,ORTEP Drawing,CMT-CMT,32
31P{1H}-NMR,PPh3,CMT-CHM,67
31P{1H}-NMR,Pd,CMT-CHM,54
31P{1H}-NMR,Phenyls,CMT-CHM,69
31P{1H}-NMR,Phosphine,CMT-CHM,57
31P{1H}-NMR,Phosphorus,CMT-CHM,93
31P{1H}-NMR,Pt,CMT-CHM,61
31P{1H}-NMR,Rhodium,CMT-CHM,31
31P{1H}-NMR,Ru,CMT-CHM,46
31P{1H}-NMR,Single Crystal,CMT-DSC,37
31P{1H}-NMR,Structure,CMT-PRO,91
31P{1H}-NMR,Structure Refinement,CMT-CMT,55
31P{1H}-NMR,Structures,CMT-PRO,40
31P{1H}-NMR,THF,CMT-CHM,91
31P{1H}-NMR,Thermal,CMT-PRO,41
31P{1H}-NMR,Thermal Ellipsoids,CMT-CMT,95
31P{1H}-NMR,Thermal Ellipsoids,CMT-PRO,56
31P{1H}-NMR,Toluene,CMT-CHM,72
31P{1H}-NMR,X-Ray Crystallography,CMT-CMT,41
31P{1H}-NMR,X-Ray Diffraction,CMT-CMT,63
34C,Cooling,CHM-SMT,31
34C,Heating,CHM-SMT,38
34C,SEM,CHM-CMT,31
34S,Sulfur,PRO-CHM,30
350 MPa,Alloy,CHM-DSC,32
350 MPa,Microstructure,CHM-PRO,35
35Cl,1H,CHM-CHM,45
35Cl,37Cl,CHM-CHM,129
35Cl,Chlorides,CHM-CHM,42
35Cl,Chlorines,CHM-CHM,96
35Cl,Cl,CHM-CHM,128
35Cl,Hydrogen,CHM-CHM,38
35Cl,NMR,CHM-CMT,63
35Cl,NaCl,CHM-CHM,30
36Cl,Cl,CHM-CHM,74
37C,13C,CHM-CHM,35
37C,13C NMR,CHM-CMT,34
37C,1H,CHM-CHM,485
37C,1H NMR,CHM-CMT,412
37C,1H NMRD,CHM-CMT,32
37C,1H-NMR,CHM-CMT,66
37C,250M,CHM-CHM,33
37C,25C,CHM-CHM,218
37C,3D,CHM-CMT,36
37C,3D,CHM-DSC,58
37C,4t1,CHM-APL,32
37C,AFM,CHM-CMT,276
37C,ATP,CHM-CHM,92
37C,Absorbance,CHM-PRO,185
37C,Absorption,CHM-CMT,101
37C,Absorption,CHM-PRO,64
37C,Absorption Spectrum,CHM-CMT,150
37C,Acetate,CHM-CHM,58
37C,Acetic Acid,CHM-CHM,35
37C,Acetone,CHM-CHM,66
37C,Acetonitrile,CHM-CHM,79
37C,Activity,CHM-PRO,31
37C,Adhesions,CHM-PRO,33
37C,Ag,CHM-CHM,75
37C,Ag+,CHM-CHM,37
37C,Agarose Gel Electrophoresis,CHM-CMT,50
37C,Alanine,CHM-CHM,30
37C,Aldehyde,CHM-CHM,37
37C,Alkyne,CHM-CHM,30
37C,Amides,CHM-CHM,63
37C,Amines,CHM-CHM,71
37C,Amino,CHM-CHM,54
37C,Amino Acid,CHM-CHM,151
37C,Amphiphilic,CHM-PRO,79
37C,Analysis,CHM-CMT,55
37C,Angles,CHM-PRO,42
37C,Annexin,CHM-CMT,31
37C,Anti-Tumor Activity,CHM-PRO,46
37C,Anti-Tumor Efficacy,CHM-PRO,41
37C,Arg,CHM-CHM,33
37C,Arrhenius Plot,CHM-CMT,31
37C,As Prepared,CHM-DSC,53
37C,As-Synthesized,CHM-DSC,30
37C,Ascorbic Acid,CHM-CHM,41
37C,Asp,CHM-CHM,33
37C,Au,CHM-CHM,131
37C,Azides,CHM-CHM,33
37C,BODIPY,CHM-CHM,41
37C,Bar,CHM-DSC,64
37C,Bars,CHM-DSC,204
37C,Beads,CHM-DSC,30
37C,Bilayer,CHM-DSC,68
37C,Bilayers,CHM-DSC,46
37C,Biocompatibility,CHM-PRO,37
37C,Biodistribution,CHM-PRO,139
37C,Biotin,CHM-CHM,53
37C,Block Copolymer,CHM-DSC,55
37C,Blue Line,CHM-CHM,108
37C,Body Weight,CHM-PRO,178
37C,Bond Length,CHM-PRO,49
37C,Bone,CHM-DSC,32
37C,Br,CHM-CHM,44
37C,Breast Cancer,CHM-APL,50
37C,Bright Field,CHM-CMT,44
37C,Bright Field Image,CHM-CMT,123
37C,Bright Field Images,CHM-CMT,118
37C,Brightfield,CHM-CMT,104
37C,Bulk,CHM-DSC,55
37C,C,CHM-CHM,44
37C,CCK-8 Assay,CHM-CMT,55
37C,CDCl3,CHM-CHM,101
37C,CH2Cl2,CHM-CHM,109
37C,CH3CN,CHM-CHM,78
37C,CLSM,CHM-CMT,359
37C,CMC,CHM-PRO,48
37C,CO,CHM-CHM,51
37C,CO2,CHM-CHM,152
37C,COOH,CHM-CHM,38
37C,CPT,CHM-CHM,38
37C,CTAB,CHM-CHM,42
37C,Ca,CHM-CHM,54
37C,Ca2+,CHM-CHM,112
37C,CaCl2,CHM-CHM,59
37C,Calcein,CHM-CHM,38
37C,Calcein AM,CHM-CHM,67
37C,Calcium,CHM-CHM,56
37C,Calibration Curve,CHM-CMT,34
37C,Cancer,CHM-APL,62
37C,Cancer Cell,CHM-APL,35
37C,Capsule,CHM-DSC,30
37C,Carbon,CHM-CHM,145
37C,Cd2+,CHM-CHM,40
37C,Cell,CHM-APL,59
37C,Cell,CHM-DSC,143
37C,Cell,CHM-PRO,87
37C,Cell Cycle,CHM-PRO,34
37C,Cell Proliferation,CHM-PRO,36
37C,Cell Viabilities,CHM-PRO,65
37C,Cell Viability,CHM-PRO,578
37C,Cells,CHM-APL,143
37C,Cells,CHM-DSC,894
37C,Cellular Uptake,CHM-PRO,202
37C,Centrifugation,CHM-SMT,63
37C,Chemical Composition,CHM-PRO,42
37C,Chemical Shift,CHM-PRO,46
37C,Chemical Structures,CHM-PRO,412
37C,Chloroform,CHM-CHM,30
37C,Chlorpromazine,CHM-CHM,32
37C,Cholesterol,CHM-CHM,48
37C,Circular Dichroism,CHM-CMT,31
37C,Cisplatin,CHM-CHM,84
37C,Citrates,CHM-CHM,34
37C,Cl,CHM-CHM,58
37C,Cluster,CHM-DSC,46
37C,Co2+,CHM-CHM,32
37C,Coated,CHM-DSC,64
37C,Coated,CHM-SMT,188
37C,Coatings,CHM-APL,95
37C,Coatings,CHM-SMT,46
37C,Colloidal Stability,CHM-PRO,32
37C,Color,CHM-PRO,60
37C,Composite,CHM-DSC,84
37C,Compositions,CHM-PRO,176
37C,Confocal,CHM-CMT,43
37C,Confocal Fluorescence,CHM-CMT,107
37C,Confocal Fluorescence Images,CHM-CMT,51
37C,Confocal Fluorescence Microscopy,CHM-CMT,41
37C,Confocal Image,CHM-CMT,146
37C,Confocal Laser Scanning Microscopy,CHM-CMT,101
37C,Confocal Microscope,CHM-CMT,38
37C,Confocal Microscopy,CHM-CMT,239
37C,Contact Angle,CHM-PRO,38
37C,Cooling,CHM-SMT,97
37C,Copolymer,CHM-DSC,158
37C,Copper,CHM-CHM,68
37C,Core,CHM-DSC,44
37C,Core Shell,CHM-DSC,32
37C,Cross-Linking,CHM-SMT,48
37C,Crosslinked,CHM-SMT,38
37C,CryoTEM,CHM-CMT,68
37C,Crystal,CHM-DSC,94
37C,Crystal Structure,CHM-PRO,59
37C,Crystalline,CHM-DSC,33
37C,Cu,CHM-CHM,59
37C,Cu2+,CHM-CHM,108
37C,Curcumin,CHM-CHM,33
37C,Curves,CHM-CMT,92
37C,Cy5,CHM-CHM,32
37C,Cyclic Voltammogram,CHM-CMT,54
37C,Cys,CHM-CHM,133
37C,Cysteines,CHM-CHM,88
37C,Cytotoxicity,CHM-PRO,472
37C,D2O,CHM-CHM,194
37C,DAPI,CHM-CHM,377
37C,DCF,CHM-CHM,46
37C,DCFH-DA,CHM-CHM,47
37C,DH,CHM-PRO,32
37C,DIC,CHM-CMT,87
37C,DLS,CHM-CMT,470
37C,DMA,CHM-CHM,31
37C,DMAP,CHM-CHM,55
37C,DMEM,CHM-CHM,115
37C,DMF,CHM-CHM,189
37C,DMPC,CHM-CHM,31
37C,DMSO,CHM-CHM,363
37C,DMSO-D6,CHM-CHM,56
37C,DNA,CHM-PRO,68
37C,DOPC,CHM-CHM,30
37C,DOX,CHM-CHM,376
37C,DPPC,CHM-CHM,66
37C,DSC,CHM-CMT,140
37C,DTT,CHM-CHM,79
37C,Dendrimers,CHM-DSC,34
37C,Density,CHM-PRO,39
37C,Deviation,CHM-CMT,43
37C,Deviation,CHM-PRO,38
37C,Dialysis,CHM-SMT,39
37C,Diamonds,CHM-CHM,103
37C,Diblock Copolymer,CHM-DSC,38
37C,Differential Interference Contrast,CHM-CMT,54
37C,Diffusion Coefficient,CHM-PRO,32
37C,Digestion,CHM-SMT,31
37C,Dispersion,CHM-DSC,35
37C,Disulfide,CHM-CHM,60
37C,Doped,CHM-DSC,44
37C,Dox,CHM-CHM,63
37C,Doxorubicin,CHM-CHM,72
37C,Dried,CHM-SMT,39
37C,Droplets,CHM-DSC,31
37C,Drug Delivery,CHM-APL,34
37C,Drug Release,CHM-PRO,44
37C,Drug Release Profile,CHM-PRO,35
37C,Dynamic Light Scattering,CHM-CMT,148
37C,E Staining,CHM-CMT,38
37C,EDS,CHM-CMT,87
37C,EDTA,CHM-CHM,83
37C,EDX,CHM-CMT,70
37C,ELISA,CHM-CMT,56
37C,ESI MS,CHM-CMT,43
37C,Elastic Modulus,CHM-PRO,36
37C,Electrode,CHM-APL,71
37C,Electrodes,CHM-APL,54
37C,Emission Intensity,CHM-PRO,79
37C,Emission Spectra,CHM-CMT,161
37C,Emissions,CHM-CMT,46
37C,Encapsulation Efficiency,CHM-PRO,45
37C,Eosin,CHM-CHM,63
37C,Epr,CHM-CMT,43
37C,Esters,CHM-CHM,39
37C,Et3N,CHM-CHM,56
37C,Ethanol,CHM-CHM,122
37C,F,CHM-CHM,112
37C,F,CHM-PRO,79
37C,FAM,CHM-CHM,32
37C,FESEM,CHM-CMT,33
37C,FITC,CHM-CHM,284
37C,FT-IR,CHM-CMT,227
37C,FTIR,CHM-CMT,326
37C,Facs,CHM-CMT,35
37C,Fe,CHM-CHM,97
37C,Fe2+,CHM-CHM,43
37C,Fe3+,CHM-CHM,74
37C,Fe3O4,CHM-CHM,77
37C,Fiber,CHM-DSC,45
37C,Fibers,CHM-DSC,66
37C,Fibrils,CHM-DSC,61
37C,Film,CHM-DSC,152
37C,Films,CHM-DSC,147
37C,Flow Cytometric Analysis,CHM-CMT,68
37C,Flow Cytometry,CHM-CMT,454
37C,Fluorescein,CHM-CHM,78
37C,Fluorescence,CHM-CMT,687
37C,Fluorescence,CHM-PRO,320
37C,Fluorescence Emission,CHM-CMT,171
37C,Fluorescence Emission Spectra,CHM-CMT,45
37C,Fluorescence Image,CHM-CMT,389
37C,Fluorescence Imaging,CHM-CMT,144
37C,Fluorescence Intensity,CHM-CMT,50
37C,Fluorescence Intensity,CHM-PRO,673
37C,Fluorescence Intensity Ratio,CHM-PRO,34
37C,Fluorescence Microscope,CHM-CMT,71
37C,Fluorescence Microscopy,CHM-CMT,213
37C,Fluorescence Response,CHM-PRO,167
37C,Fluorescence Spectra,CHM-CMT,217
37C,Fluorescent,CHM-CMT,49
37C,Fluorescent,CHM-PRO,103
37C,Fluorescent Image,CHM-CMT,101
37C,Fluorescent Intensity,CHM-PRO,48
37C,Fluorescent Microscopy,CHM-CMT,44
37C,Folates,CHM-CHM,31
37C,Folic Acid,CHM-CHM,36
37C,Freeze-Dried,CHM-SMT,40
37C,G,CHM-PRO,119
37C,GPC,CHM-CMT,98
37C,GSH,CHM-CHM,307
37C,Gd,CHM-CHM,68
37C,Gd3+,CHM-CHM,33
37C,Gel,CHM-DSC,65
37C,Gel Electrophoresis,CHM-CMT,46
37C,Gels,CHM-DSC,76
37C,Gene Expression,CHM-PRO,34
37C,Glu,CHM-CHM,47
37C,Glucose,CHM-CHM,184
37C,Glutathione,CHM-CHM,63
37C,Gly,CHM-CHM,40
37C,Glycerol,CHM-CHM,32
37C,Glycine,CHM-CHM,36
37C,Graphene Oxide,CHM-CHM,30
37C,H & E Staining,CHM-CMT,56
37C,H&E,CHM-CMT,43
37C,H&E Stained,CHM-CMT,31
37C,H2,CHM-CHM,63
37C,H2O,CHM-CHM,228
37C,H2O2,CHM-CHM,254
37C,H2S,CHM-CHM,55
37C,HCl,CHM-CHM,178
37C,HEPES,CHM-CHM,174
37C,HRTEM,CHM-CMT,142
37C,Haematoxylin,CHM-CHM,63
37C,Haematoxylin Eosin,CHM-CMT,32
37C,Heated,CHM-SMT,62
37C,Heating,CHM-SMT,140
37C,Hela,CHM-APL,33
37C,Hg2+,CHM-CHM,49
37C,High Resolution TEM,CHM-CMT,40
37C,Histological Analysis,CHM-CMT,33
37C,Hoechst 33258,CHM-CHM,37
37C,Hoechst33342,CHM-CHM,122
37C,Hollow,CHM-DSC,30
37C,Hplc,CHM-CMT,179
37C,Hydrodynamic Diameter,CHM-PRO,152
37C,Hydrodynamic Size,CHM-PRO,52
37C,Hydrogel,CHM-DSC,298
37C,Hydrogen,CHM-CHM,188
37C,Hydrolysis,CHM-SMT,96
37C,Hydrophilic,CHM-PRO,82
37C,Hydrophobic,CHM-PRO,104
37C,Hydroxyl,CHM-CHM,51
37C,IC50,CHM-PRO,114
37C,ICG,CHM-CHM,34
37C,ICP,CHM-CMT,42
37C,ICP-MS,CHM-CMT,52
37C,ImageJ,CHM-CMT,69
37C,Imaging,CHM-APL,33
37C,Imidazole,CHM-CHM,36
37C,Immunofluorescence,CHM-CMT,42
37C,Immunofluorescence Staining,CHM-CMT,31
37C,Intensity,CHM-PRO,64
37C,Interface,CHM-DSC,64
37C,Ir,CHM-CMT,48
37C,Iron,CHM-CHM,65
37C,Iron Oxide,CHM-CHM,35
37C,Irradiated,CHM-SMT,119
37C,Irradiation,CHM-SMT,224
37C,K,CHM-PRO,65
37C,K+,CHM-CHM,80
37C,K2CO3,CHM-CHM,60
37C,KCl,CHM-CHM,78
37C,Kidneys,CHM-APL,32
37C,Kidneys,CHM-PRO,44
37C,Kinetic Parameters,CHM-PRO,60
37C,LCST,CHM-PRO,50
37C,Laser Irradiation,CHM-SMT,78
37C,Layers,CHM-DSC,167
37C,Leu,CHM-CHM,30
37C,Light Irradiation,CHM-SMT,42
37C,Linear Fitting,CHM-CMT,30
37C,Liposome,CHM-DSC,128
37C,Liver,CHM-APL,70
37C,Liver,CHM-DSC,49
37C,Loss Modulus,CHM-PRO,60
37C,Lung,CHM-PRO,33
37C,Lys,CHM-CHM,59
37C,Lysines,CHM-CHM,47
37C,M,CHM-PRO,33
37C,MCF-7,CHM-APL,44
37C,MFI,CHM-PRO,48
37C,MRI,CHM-CMT,42
37C,MS,CHM-CMT,48
37C,MTS Assay,CHM-CMT,33
37C,MTT,CHM-CHM,396
37C,MTT Assay,CHM-CMT,305
37C,Macrophages,CHM-APL,37
37C,Magenta,CHM-CHM,58
37C,Magnetics,CHM-PRO,58
37C,MeCN,CHM-CHM,39
37C,MeOH,CHM-CHM,124
37C,Mean,CHM-PRO,33
37C,Mean S.D.,CHM-CMT,30
37C,MeanStandard Deviation,CHM-PRO,75
37C,Mechanical Property,CHM-PRO,66
37C,Membrane,CHM-DSC,190
37C,Mesoporous,CHM-DSC,36
37C,Methanol,CHM-CHM,95
37C,Mg,CHM-CHM,33
37C,Mg2+,CHM-CHM,96
37C,MgCl2,CHM-CHM,66
37C,Mice,CHM-APL,142
37C,Micelle,CHM-DSC,78
37C,Micelles,CHM-DSC,244
37C,Microgels,CHM-DSC,43
37C,Microscopy,CHM-CMT,40
37C,Microspheres,CHM-DSC,43
37C,Microstructure,CHM-PRO,31
37C,Mn,CHM-CHM,63
37C,Mn2+,CHM-CHM,52
37C,Molecular Structure,CHM-PRO,113
37C,Molecular Weight,CHM-PRO,137
37C,Monolayers,CHM-DSC,86
37C,Morphologies,CHM-PRO,57
37C,Morphology,CHM-PRO,252
37C,Mtt,CHM-CMT,49
37C,Multilayer,CHM-DSC,32
37C,N2,CHM-CHM,88
37C,NAC,CHM-CHM,36
37C,NADH,CHM-CHM,39
37C,NCS,CHM-DSC,33
37C,NEM,CHM-CHM,38
37C,NH2,CHM-CHM,46
37C,NIR Irradiation,CHM-SMT,43
37C,NMR,CHM-CMT,96
37C,NO,CHM-CHM,103
37C,NO2,CHM-CHM,38
37C,NPS,CHM-DSC,304
37C,Na+,CHM-CHM,71
37C,NaBH4,CHM-CHM,36
37C,NaCl,CHM-CHM,342
37C,NaHCO3,CHM-CHM,35
37C,NaN3,CHM-CHM,60
37C,NaOH,CHM-CHM,93
37C,Nanocarrier,CHM-APL,42
37C,Nanocarrier,CHM-DSC,33
37C,Nanocomposite,CHM-DSC,71
37C,Nanofiber,CHM-DSC,44
37C,Nanogel,CHM-DSC,63
37C,Nanomaterial,CHM-DSC,32
37C,Nanoparticle,CHM-DSC,184
37C,Nanoparticles,CHM-DSC,560
37C,Nanorods,CHM-DSC,42
37C,Nanostructures,CHM-DSC,43
37C,Nanotube,CHM-DSC,32
37C,Ni2+,CHM-CHM,36
37C,Nile Red,CHM-CHM,44
37C,Nitrogen,CHM-CHM,144
37C,Nmrd,CHM-CMT,41
37C,Normalized,CHM-CMT,30
37C,O,CHM-CHM,87
37C,O2,CHM-CHM,95
37C,OH,CHM-CHM,47
37C,Of Chemistry,CHM-CMT,60
37C,One Way ANOVA,CHM-CMT,65
37C,Optical Density,CHM-PRO,33
37C,Optical Image,CHM-CMT,82
37C,Optical Micrograph,CHM-CMT,33
37C,Optical Microscopy,CHM-CMT,58
37C,Oxidation,CHM-SMT,58
37C,Oxidize,CHM-SMT,32
37C,Oxygen,CHM-CHM,175
37C,PAA,CHM-CHM,47
37C,PCL,CHM-CHM,67
37C,PDT,CHM-APL,35
37C,PEG,CHM-CHM,272
37C,PEI,CHM-CHM,73
37C,PEO,CHM-CHM,33
37C,PLGA,CHM-CHM,65
37C,PLLA,CHM-CHM,35
37C,PMA,CHM-CHM,49
37C,PMMA,CHM-CHM,31
37C,PNIPAAm,CHM-CHM,42
37C,PNIPAM,CHM-CHM,50
37C,POPC,CHM-CHM,33
37C,PTX,CHM-CHM,69
37C,PVA,CHM-CHM,35
37C,Paclitaxel,CHM-CHM,32
37C,Particle,CHM-DSC,64
37C,Particle Size,CHM-PRO,164
37C,Particle Size Distribution,CHM-PRO,100
37C,Particles,CHM-DSC,270
37C,Pb2+,CHM-CHM,34
37C,Pd,CHM-CHM,32
37C,Pdi,CHM-PRO,91
37C,Phalloidin,CHM-CHM,45
37C,Pharmacokinetic Parameters,CHM-PRO,31
37C,Phase Contrast,CHM-CMT,37
37C,Phase Diagram,CHM-PRO,34
37C,Phe,CHM-CHM,33
37C,Phosphate,CHM-CHM,404
37C,Photo Luminescence,CHM-CMT,44
37C,Photophysical Properties,CHM-PRO,31
37C,Physicochemical Properties,CHM-PRO,32
37C,Platinum,CHM-CHM,44
37C,Poly(Acrylamide),CHM-CHM,39
37C,Polydispersity Index,CHM-PRO,56
37C,Polymers,CHM-DSC,53
37C,Polystyrene,CHM-CHM,56
37C,Pore Size Distribution,CHM-PRO,46
37C,Pore Sizes,CHM-PRO,43
37C,Porosity,CHM-PRO,34
37C,Porous,CHM-DSC,63
37C,Potential,CHM-PRO,36
37C,Powder,CHM-DSC,72
37C,Prodrugs,CHM-APL,34
37C,Profile,CHM-PRO,31
37C,Propidium Iodide,CHM-CHM,48
37C,Pt,CHM-CHM,84
37C,Pyrene,CHM-CHM,71
37C,Pyridine,CHM-CHM,54
37C,QDS,CHM-DSC,46
37C,R1,CHM-PRO,32
37C,R2,CHM-PRO,49
37C,RBCs,CHM-DSC,31
37C,Raman,CHM-CMT,85
37C,Rate Constant,CHM-PRO,52
37C,Reductions,CHM-SMT,34
37C,Relaxivity,CHM-PRO,36
37C,Release,CHM-PRO,35
37C,Release Kinetics,CHM-PRO,36
37C,Release Profile,CHM-PRO,80
37C,Response,CHM-PRO,36
37C,Rhodamine,CHM-CHM,56
37C,Rhodamine B,CHM-CHM,59
37C,SAED,CHM-CMT,43
37C,SAXS,CHM-CMT,51
37C,SDS PAGE,CHM-CMT,39
37C,SDS-Page,CHM-CMT,94
37C,SEC,CHM-CMT,33
37C,SEM,CHM-CMT,770
37C,Scaffold,CHM-DSC,52
37C,Scaffolds,CHM-DSC,59
37C,Scanning Electron Micrograph,CHM-CMT,42
37C,Scanning Electron Microscopy,CHM-CMT,56
37C,Secondary Structures,CHM-PRO,38
37C,Self Assembly,CHM-SMT,67
37C,Sensor,CHM-APL,54
37C,Sheet,CHM-DSC,32
37C,Sheets,CHM-DSC,34
37C,Shell,CHM-DSC,66
37C,Si,CHM-CHM,80
37C,SiO2,CHM-CHM,84
37C,Silica,CHM-CHM,126
37C,Silicon,CHM-CHM,71
37C,Silver,CHM-CHM,47
37C,Size,CHM-PRO,69
37C,Size Distribution,CHM-PRO,314
37C,Skin,CHM-DSC,32
37C,Society,CHM-CMT,84
37C,Sodium Phosphate,CHM-CHM,41
37C,Solution,CHM-DSC,43
37C,Sphere,CHM-DSC,45
37C,Spleens,CHM-PRO,38
37C,Stability,CHM-PRO,244
37C,Standard Deviation,CHM-PRO,40
37C,Storage Modulus,CHM-PRO,91
37C,Structure,CHM-PRO,264
37C,Structures,CHM-PRO,73
37C,Student's T-Test,CHM-CMT,49
37C,Substrate,CHM-DSC,211
37C,Sucrose,CHM-CHM,30
37C,Sugar,CHM-CHM,35
37C,Surface,CHM-DSC,479
37C,Surface,CHM-PRO,32
37C,Surfaces,CHM-DSC,182
37C,Survival Rate,CHM-PRO,46
37C,Suspension,CHM-DSC,51
37C,Swelling Ratio,CHM-PRO,49
37C,T,CHM-PRO,39
37C,T1,CHM-PRO,34
37C,TEM,CHM-CMT,1331
37C,TFA,CHM-CHM,80
37C,THF,CHM-CHM,153
37C,Tga,CHM-CMT,133
37C,ThT,CHM-CHM,54
37C,Thermo-Responsive,CHM-PRO,44
37C,Thermodynamic Parameters,CHM-PRO,41
37C,Thiols,CHM-CHM,99
37C,Ti,CHM-CHM,30
37C,Tissue,CHM-DSC,34
37C,Tm,CHM-PRO,38
37C,Toluene,CHM-CHM,52
37C,Toxicity,CHM-PRO,34
37C,Transmission Electron Microscopy,CHM-CMT,91
37C,Triblock Copolymer,CHM-DSC,36
37C,Tris,CHM-CHM,87
37C,Tris Buffer,CHM-CHM,55
37C,Tris-HCl,CHM-CHM,78
37C,Triton X-100,CHM-CHM,37
37C,Trypan Blue,CHM-CHM,35
37C,Tumor,CHM-APL,62
37C,Tumor,CHM-DSC,123
37C,Tumor Growth Curve,CHM-PRO,51
37C,Tumor Sections,CHM-DSC,37
37C,Tumor Volume,CHM-PRO,133
37C,Tumor Weight,CHM-PRO,53
37C,Tumours,CHM-APL,229
37C,Tumours,CHM-DSC,133
37C,Tumours,CHM-PRO,48
37C,Turbidity,CHM-PRO,42
37C,Tyr,CHM-CHM,38
37C,UV Irradiation,CHM-SMT,52
37C,UV Transmittance,CHM-PRO,31
37C,UV Vis,CHM-CMT,140
37C,UV Vis Absorption,CHM-CMT,178
37C,UV Visible Absorption,CHM-CMT,34
37C,UV-VIS Absorption,CHM-CMT,33
37C,UV-VIS Spectral,CHM-CMT,87
37C,Uncoated,CHM-DSC,39
37C,Uptake,CHM-PRO,61
37C,Uranyl Acetate,CHM-CHM,32
37C,Urea,CHM-CHM,67
37C,V-FITC,CHM-CHM,40
37C,Vesicle,CHM-DSC,98
37C,Viability,CHM-PRO,155
37C,Viscosity,CHM-PRO,54
37C,Wafers,CHM-DSC,37
37C,Water Contact Angle,CHM-PRO,43
37C,Water Soluble,CHM-PRO,37
37C,Weight,CHM-PRO,35
37C,Western Blots,CHM-CMT,146
37C,Western Blotting,CHM-CMT,58
37C,X-Ray Diffraction,CHM-CMT,68
37C,XPS,CHM-CMT,162
37C,XRD,CHM-CMT,279
37C,Xenografts,CHM-APL,41
37C,Young’s Modulus,CHM-PRO,39
37C,Zeta Potential,CHM-PRO,322
37C,Zn,CHM-CHM,39
37C,Zn2+,CHM-CHM,100
37C,ZnCl2,CHM-CHM,34
37C,pH,CHM-PRO,42
37Cl,35Cl,CHM-CHM,129
37Cl,Chlorines,CHM-CHM,70
37Cl,Cl,CHM-CHM,55
39-Bus,Power Systems,APL-APL,43
3A,Hydrogen,DSC-CHM,43
3Al2O3*2SiO2,Mullite,CHM-CHM,71
3Al2O3·2SiO2,Mullite,CHM-CHM,49
3C-SiC,AFM,CHM-CMT,74
3C-SiC,Al,CHM-CHM,40
3C-SiC,AlN,CHM-CHM,33
3C-SiC,Amorphous,CHM-DSC,42
3C-SiC,Annealed,CHM-SMT,35
3C-SiC,Annealing,CHM-SMT,52
3C-SiC,Atomic Force Microscopy,CHM-CMT,33
3C-SiC,Buffer Layer,CHM-DSC,33
3C-SiC,Bulk,CHM-DSC,62
3C-SiC,CVD,CHM-SMT,46
3C-SiC,Carbon,CHM-CHM,108
3C-SiC,Chemical Vapour Deposition,CHM-SMT,34
3C-SiC,Crystal,CHM-DSC,55
3C-SiC,Crystalline,CHM-DSC,37
3C-SiC,Cubic,CHM-SPL,136
3C-SiC,Defect,CHM-PRO,33
3C-SiC,Diamonds,CHM-CHM,34
3C-SiC,Doped,CHM-DSC,56
3C-SiC,Epilayer,CHM-DSC,48
3C-SiC,Film,CHM-DSC,152
3C-SiC,Films,CHM-DSC,160
3C-SiC,GaN,CHM-CHM,42
3C-SiC,Graphite,CHM-CHM,40
3C-SiC,H2,CHM-CHM,43
3C-SiC,HRTEM,CHM-CMT,56
3C-SiC,Hexagonal,CHM-SPL,57
3C-SiC,Hydrogen,CHM-CHM,55
3C-SiC,Interface,CHM-DSC,115
3C-SiC,Layers,CHM-DSC,184
3C-SiC,Microstructure,CHM-PRO,46
3C-SiC,Morphology,CHM-PRO,46
3C-SiC,Nanowires,CHM-DSC,60
3C-SiC,Ni,CHM-CHM,30
3C-SiC,Nitrogen,CHM-CHM,35
3C-SiC,Photo Luminescence,CHM-CMT,49
3C-SiC,Polycrystalline,CHM-DSC,46
3C-SiC,Polytypes,CHM-PRO,35
3C-SiC,Raman,CHM-CMT,72
3C-SiC,SAED,CHM-CMT,35
3C-SiC,SEM,CHM-CMT,96
3C-SiC,Si,CHM-CHM,355
3C-SiC,Si (111),CHM-CHM,50
3C-SiC,Si(100),CHM-CHM,40
3C-SiC,SiC,CHM-CHM,391
3C-SiC,SiO2,CHM-CHM,45
3C-SiC,Silicon,CHM-CHM,125
3C-SiC,Silicon Carbide,CHM-CHM,121
3C-SiC,Single Crystal,CHM-DSC,34
3C-SiC,Single Crystalline,CHM-DSC,39
3C-SiC,Stacking Fault,CHM-PRO,59
3C-SiC,Structure,CHM-PRO,51
3C-SiC,Substrate,CHM-DSC,292
3C-SiC,Surface,CHM-DSC,174
3C-SiC,Surface Morphology,CHM-PRO,36
3C-SiC,Surfaces,CHM-DSC,46
3C-SiC,TEM,CHM-CMT,101
3C-SiC,Thin Films,CHM-DSC,83
3C-SiC,Transmission Electron Microscopy,CHM-CMT,44
3C-SiC,Wafers,CHM-DSC,46
3C-SiC,X-Ray Diffraction,CHM-CMT,87
3C-SiC,XRD,CHM-CMT,109
3Co1,3Mn1,CHM-CHM,1050
3Co1,Al,CHM-CHM,74
3Co1,Al2O3,CHM-CHM,39
3Co1,Aluminum,CHM-CHM,37
3Co1,Amorphous,CHM-DSC,33
3Co1,Annealed,CHM-SMT,33
3Co1,Annealing,CHM-SMT,32
3Co1,Anode,CHM-APL,188
3Co1,Anodes,CHM-APL,55
3Co1,As Prepared,CHM-DSC,95
3Co1,Batteries,CHM-APL,57
3Co1,Battery,CHM-APL,100
3Co1,Bulk,CHM-DSC,54
3Co1,CV,CHM-CMT,104
3Co1,Calcination,CHM-SMT,69
3Co1,Calcined,CHM-SMT,52
3Co1,Capacity,CHM-PRO,270
3Co1,Capacity Loss,CHM-PRO,31
3Co1,Capacity Retention,CHM-PRO,264
3Co1,Carbon,CHM-CHM,154
3Co1,Carbonates,CHM-CHM,59
3Co1,Cathode,CHM-APL,597
3Co1,Cathodes,CHM-APL,191
3Co1,Cell,CHM-APL,270
3Co1,Cells,CHM-APL,277
3Co1,Charge Discharge Curve,CHM-CMT,87
3Co1,Charge Discharge Curve,CHM-PRO,91
3Co1,Charge Discharge Profile,CHM-PRO,58
3Co1,Charge Discharge Test,CHM-CMT,33
3Co1,Charge Transfer Resistance,CHM-PRO,72
3Co1,Charges,CHM-CMT,42
3Co1,Charges,CHM-PRO,148
3Co1,Co,CHM-CHM,197
3Co1,Co-precipitation Method,CHM-SMT,39
3Co1,Coated,CHM-SMT,143
3Co1,Coatings,CHM-APL,135
3Co1,Coatings,CHM-SMT,60
3Co1,Cobalt,CHM-CHM,31
3Co1,Coin Cell,CHM-APL,40
3Co1,Composite,CHM-DSC,171
3Co1,Compositions,CHM-PRO,104
3Co1,Conductive,CHM-PRO,35
3Co1,Conductivity,CHM-PRO,48
3Co1,Coulombic Efficiency,CHM-PRO,146
3Co1,Crystal Structure,CHM-PRO,99
3Co1,Cu,CHM-CHM,31
3Co1,Current Collector,CHM-APL,37
3Co1,Cycle Life,CHM-PRO,48
3Co1,Cycle Performance,CHM-PRO,117
3Co1,Cycleability,CHM-PRO,48
3Co1,Cyclic Performance,CHM-PRO,50
3Co1,Cyclic Voltammetry,CHM-CMT,88
3Co1,Cyclic Voltammogram,CHM-CMT,88
3Co1,Cycling Performance,CHM-PRO,240
3Co1,Cycling Stability,CHM-PRO,94
3Co1,DMC,CHM-CHM,37
3Co1,DSC,CHM-CMT,65
3Co1,Delithiated,CHM-SMT,40
3Co1,Delithiation,CHM-SMT,32
3Co1,Differential Scanning Calorimetry,CHM-CMT,30
3Co1,Discharge,CHM-PRO,53
3Co1,Discharge,CHM-SMT,32
3Co1,Discharge Capacity,CHM-PRO,370
3Co1,Discharge Curves,CHM-CMT,58
3Co1,Discharge Curves,CHM-PRO,107
3Co1,Discharge Profile,CHM-PRO,51
3Co1,Doped,CHM-DSC,52
3Co1,EDS,CHM-CMT,52
3Co1,EDX,CHM-CMT,30
3Co1,EIS,CHM-CMT,33
3Co1,Eis,CHM-CMT,118
3Co1,Electrochemical Behavior,CHM-PRO,30
3Co1,Electrochemical Impedance Spectroscopy,CHM-CMT,108
3Co1,Electrochemical Performance,CHM-PRO,275
3Co1,Electrochemical Properties,CHM-PRO,146
3Co1,Electrochemical Society,CHM-CMT,34
3Co1,Electrode,CHM-APL,406
3Co1,Electrodes,CHM-APL,287
3Co1,Electrolyte,CHM-APL,356
3Co1,Energy Density,CHM-PRO,80
3Co1,Equivalent Circuits,CHM-CMT,58
3Co1,Ethylene Carbonate,CHM-CHM,38
3Co1,FESEM,CHM-CMT,36
3Co1,Fe,CHM-CHM,42
3Co1,Film,CHM-DSC,75
3Co1,Full Cell,CHM-APL,78
3Co1,Graphene,CHM-CHM,34
3Co1,Graphite,CHM-CHM,216
3Co1,HRTEM,CHM-CMT,100
3Co1,Half Cell,CHM-APL,95
3Co1,Heat Treatment,CHM-SMT,46
3Co1,Heating,CHM-SMT,34
3Co1,Hexagonal,CHM-SPL,56
3Co1,Hydroxide,CHM-CHM,41
3Co1,Impedance,CHM-PRO,88
3Co1,Interface,CHM-DSC,76
3Co1,Ionic Conductivity,CHM-PRO,55
3Co1,LIB,CHM-APL,47
3Co1,LIBs,CHM-APL,91
3Co1,LTO,CHM-CHM,31
3Co1,Lattice Parameter,CHM-PRO,75
3Co1,Layered,CHM-DSC,276
3Co1,Layers,CHM-DSC,172
3Co1,Li,CHM-CHM,551
3Co1,Li+,CHM-CHM,33
3Co1,Li-Ion Battery,CHM-APL,97
3Co1,Li-Ion Cell,CHM-APL,32
3Co1,Li2MnO3,CHM-CHM,60
3Co1,Li4Ti5O12,CHM-CHM,47
3Co1,LiCoO2,CHM-CHM,128
3Co1,LiFePO4,CHM-CHM,100
3Co1,LiMn2O4,CHM-CHM,71
3Co1,LiNi1,CHM-CHM,667
3Co1,LiPF6,CHM-CHM,133
3Co1,Lithiated,CHM-SMT,33
3Co1,Lithium,CHM-CHM,568
3Co1,Lithium Ion Battery,CHM-APL,179
3Co1,Lithium-Ion Batteries,CHM-APL,76
3Co1,Lithium-Ion Cells,CHM-APL,43
3Co1,Manganese,CHM-CHM,37
3Co1,Microstructure,CHM-PRO,37
3Co1,Mn,CHM-CHM,209
3Co1,MnO2,CHM-CHM,34
3Co1,Monoclinic,CHM-SPL,31
3Co1,Morphologies,CHM-PRO,34
3Co1,Morphology,CHM-PRO,121
3Co1,Na,CHM-CHM,36
3Co1,NaFeO2,CHM-CHM,30
3Co1,Nanoparticles,CHM-DSC,62
3Co1,Nanosheets,CHM-DSC,33
3Co1,Negative Electrode,CHM-APL,60
3Co1,Ni,CHM-CHM,204
3Co1,Ni2+,CHM-CHM,32
3Co1,Nickel,CHM-CHM,53
3Co1,Nyquist Plot,CHM-CMT,81
3Co1,O,CHM-CHM,61
3Co1,O2,CHM-CHM,39
3Co1,Of Chemistry,CHM-CMT,44
3Co1,Olivines,CHM-CHM,31
3Co1,Olivines,CHM-SPL,31
3Co1,Oxidation,CHM-SMT,35
3Co1,Oxides,CHM-CHM,64
3Co1,Oxygen,CHM-CHM,100
3Co1,PVDF,CHM-CHM,31
3Co1,Particle,CHM-DSC,88
3Co1,Particle Size,CHM-PRO,48
3Co1,Particle Size Distribution,CHM-PRO,31
3Co1,Particles,CHM-DSC,202
3Co1,Porous,CHM-DSC,60
3Co1,Positive Electrode,CHM-APL,98
3Co1,Pouch Cells,CHM-APL,67
3Co1,Powder,CHM-DSC,113
3Co1,Powders,CHM-DSC,111
3Co1,Raman,CHM-CMT,57
3Co1,Rate Capabilities,CHM-PRO,46
3Co1,Rate Capability,CHM-PRO,249
3Co1,Rate Performance,CHM-PRO,126
3Co1,Resistance,CHM-PRO,30
3Co1,Reversible Capacity,CHM-PRO,61
3Co1,Rietveld Refinement,CHM-CMT,61
3Co1,SAED,CHM-CMT,37
3Co1,SEM,CHM-CMT,429
3Co1,Safety,CHM-PRO,47
3Co1,Scanning Electron Microscope,CHM-CMT,33
3Co1,Scanning Electron Microscopy,CHM-CMT,103
3Co1,Sei,CHM-APL,51
3Co1,Separator,CHM-APL,49
3Co1,Si,CHM-CHM,44
3Co1,Society,CHM-CMT,51
3Co1,Sodium,CHM-CHM,35
3Co1,Sol-Gel,CHM-SMT,48
3Co1,Solid Electrolyte,CHM-APL,35
3Co1,Solid Electrolyte Interphase,CHM-APL,33
3Co1,Solid Solution,CHM-DSC,37
3Co1,Specific Capacity,CHM-PRO,95
3Co1,Spinels,CHM-SPL,95
3Co1,Stability,CHM-PRO,44
3Co1,Structural,CHM-PRO,68
3Co1,Structural Stability,CHM-PRO,31
3Co1,Structure,CHM-PRO,219
3Co1,Structures,CHM-PRO,30
3Co1,Surface,CHM-DSC,223
3Co1,TEM,CHM-CMT,215
3Co1,Thermal Stability,CHM-PRO,91
3Co1,Transition Metal,CHM-CHM,124
3Co1,Transmission Electron Microscopy,CHM-CMT,53
3Co1,Vinylene Carbonate,CHM-CHM,31
3Co1,Voltage Profile,CHM-PRO,53
3Co1,Voltages,CHM-PRO,90
3Co1,X-Ray Diffraction,CHM-CMT,239
3Co1,X-Ray Photoelectron Spectroscopy,CHM-CMT,63
3Co1,XPS,CHM-CMT,156
3Co1,XRD,CHM-CMT,425
3C–SiC,6H–SiC,CHM-CHM,30
3C–SiC,Film,CHM-DSC,36
3C–SiC,Layers,CHM-DSC,49
3C–SiC,Si,CHM-CHM,78
3C–SiC,SiC,CHM-CHM,101
3C–SiC,Silicon,CHM-CHM,30
3C–SiC,Substrate,CHM-DSC,56
3C–SiC,Surface,CHM-DSC,38
3C–SiC,TEM,CHM-CMT,30
3D,1 + Z,DSC-CHM,85
3D,"1,10-Phenantroline",DSC-CHM,87
3D,"1,2,4-Triazole",DSC-CHM,36
3D,"1,2-Bis(4-Pyridyl)Ethylene",DSC-CHM,75
3D,"1,3,5-Benzenetricarboxylic Acid",DSC-CHM,43
3D,"1,3-Bis(4-Pyridyl)propane",DSC-CHM,56
3D,"1,4-Dioxane",DSC-CHM,36
3D,1-CPE,DSC-CHM,82
3D,1-D,DSC-DSC,57
3D,13C,CMT-CHM,112
3D,13C,DSC-CHM,130
3D,13C,DSC-CMT,33
3D,13C NMR,CMT-CMT,44
3D,13C NMR,DSC-CMT,70
3D,15N,CMT-CHM,78
3D,180C,CMT-CHM,38
3D,180C,DSC-CHM,92
3D,1D,APL-DSC,36
3D,1D,CMT-CMT,138
3D,1D,CMT-DSC,179
3D,1D,DSC-CMT,109
3D,1D,DSC-DSC,3682
3D,1D,DSC-PRO,62
3D,1D,PRO-DSC,445
3D,1D,PRO-PRO,41
3D,1D Chains,CMT-DSC,31
3D,1D Chains,DSC-DSC,1073
3D,1D Chains,PRO-DSC,168
3D,1D Double Chain,DSC-DSC,68
3D,1D Helical Chain,DSC-DSC,79
3D,1D Ladder,DSC-DSC,53
3D,1D Nanorods,DSC-DSC,31
3D,1D Nanostructure,DSC-DSC,34
3D,1D Polymer,DSC-DSC,57
3D,1D Ribbon,DSC-DSC,30
3D,1H,CMT-CHM,238
3D,1H,CMT-CMT,30
3D,1H,DSC-CHM,349
3D,1H,DSC-CMT,47
3D,1H,PRO-CHM,45
3D,1H NMR,CMT-CMT,140
3D,1H NMR,DSC-CMT,245
3D,1T,DSC-SPL,59
3D,1s XPS,CMT-CMT,59
3D,"2,2'-Bipyridine",DSC-CHM,50
3D,"2,Y,Z",DSC-CHM,56
3D,"2,Z",DSC-CHM,99
3D,"2,y + 1,z",DSC-CHM,41
3D,2-CPE,DSC-CHM,44
3D,2-D,DSC-DSC,84
3D,2-Dimensional,DSC-DSC,43
3D,25C,CMT-CHM,45
3D,25C,DSC-CHM,48
3D,2D,APL-DSC,170
3D,2D,CMT-CMT,1557
3D,2D,CMT-DSC,942
3D,2D,CMT-PRO,86
3D,2D,DSC-APL,56
3D,2D,DSC-CMT,697
3D,2D,DSC-DSC,11384
3D,2D,DSC-PRO,352
3D,2D,DSC-SPL,31
3D,2D,PRO-CMT,117
3D,2D,PRO-DSC,891
3D,2D,PRO-PRO,237
3D,2D,SMT-DSC,90
3D,2D,SPL-DSC,116
3D,2D AFM,CMT-CMT,39
3D,2D Array,DSC-DSC,42
3D,2D Bilayer,DSC-DSC,31
3D,2D Film,DSC-DSC,45
3D,2D Grid,DSC-DSC,38
3D,2D Images,CMT-CMT,54
3D,2D Images,DSC-CMT,39
3D,2D Layer,DSC-DSC,1441
3D,2D Layer,PRO-DSC,230
3D,2D Layer Structure,DSC-PRO,58
3D,2D Layered,DSC-DSC,235
3D,2D Model,CMT-CMT,33
3D,2D Model,DSC-CMT,51
3D,2D Monolayers,DSC-DSC,72
3D,2D Nanosheet,DSC-DSC,72
3D,2D Net,DSC-DSC,36
3D,2D Network,DSC-DSC,34
3D,2D Sheet,DSC-DSC,491
3D,2D Sheet,PRO-DSC,69
3D,2D Simulation,CMT-CMT,41
3D,2D Simulation,DSC-CMT,59
3D,2D-3D,DSC-DSC,36
3D,2D3D,DSC-DSC,60
3D,2H,DSC-CHM,34
3D,2H,DSC-SPL,48
3D,2PXPS,CMT-CMT,64
3D,2PXPS,DSC-CMT,38
3D,2p,CMT-CMT,705
3D,2p,DSC-CMT,188
3D,2p,PRO-CMT,42
3D,3,CMT-PRO,55
3D,3,DSC-DSC,172
3D,3,DSC-PRO,65
3D,3-D,DSC-DSC,154
3D,3-D Nanostructure,DSC-DSC,122
3D,3-D Nanostructures,DSC-DSC,109
3D,3-Dimensional,CMT-CMT,32
3D,3-Dimensional,DSC-DSC,184
3D,37C,CMT-CHM,36
3D,37C,DSC-CHM,58
3D,3D AFM,CMT-CMT,70
3D,3D AFM,DSC-CMT,33
3D,3D Analysis,CMT-CMT,30
3D,3D Analysis,DSC-CMT,35
3D,3D Bioprinting,DSC-SMT,70
3D,3D Cell Culture,DSC-APL,63
3D,3D Composite,DSC-DSC,38
3D,3D Crystal,DSC-DSC,51
3D,3D Electrode,DSC-APL,66
3D,3D Flower-Like,DSC-DSC,79
3D,3D Framework Structure,DSC-PRO,38
3D,3D Hierarchical,DSC-DSC,176
3D,3D Hierarchical Porous,DSC-DSC,55
3D,3D Hydrogels,DSC-DSC,79
3D,3D Image,CMT-CMT,272
3D,3D Image,DSC-CMT,139
3D,3D Imaging,CMT-CMT,58
3D,3D Imaging,DSC-CMT,36
3D,3D Macroporous,DSC-DSC,99
3D,3D Mesoporous,DSC-DSC,48
3D,3D Microstructures,DSC-DSC,74
3D,3D Microstructures,DSC-PRO,35
3D,3D Modeling,CMT-CMT,39
3D,3D Modeling,DSC-CMT,45
3D,3D Models,CMT-CMT,268
3D,3D Models,DSC-CMT,410
3D,3D Morphology,DSC-PRO,46
3D,3D Nanoporous,DSC-DSC,49
3D,3D Net,DSC-DSC,48
3D,3D Network,DSC-DSC,181
3D,3D Network Structure,DSC-PRO,36
3D,3D Plots,CMT-CMT,90
3D,3D Porous,DSC-DSC,824
3D,3D Porous,PRO-DSC,53
3D,3D Printed,APL-SMT,42
3D,3D Printed,CMT-SMT,44
3D,3D Printed,DSC-DSC,240
3D,3D Printed,DSC-SMT,444
3D,3D Printed,SMT-DSC,102
3D,3D Printed,SMT-SMT,166
3D,3D Printer,DSC-SMT,54
3D,3D Printing,APL-SMT,61
3D,3D Printing,CMT-SMT,41
3D,3D Printing,DSC-APL,85
3D,3D Printing,DSC-SMT,467
3D,3D Printing,SMT-APL,45
3D,3D Printing,SMT-SMT,189
3D,3D Reconstruction,CMT-CMT,217
3D,3D Reconstruction,DSC-CMT,247
3D,3D Reconstruction,PRO-CMT,62
3D,3D Rendering,CMT-CMT,71
3D,3D Rendering,DSC-CMT,60
3D,3D Representation,CMT-CMT,37
3D,3D Scaffolds,DSC-DSC,316
3D,3D Simulation,CMT-CMT,83
3D,3D Simulation,DSC-CMT,132
3D,3D Simulations,CMT-CMT,42
3D,3D Simulations,DSC-CMT,58
3D,3D Spheroids,DSC-DSC,68
3D,3D Structure,CMT-PRO,63
3D,3D Structure,DSC-PRO,365
3D,3D Structure,PRO-PRO,164
3D,3D Structures,DSC-DSC,57
3D,3D Structures,DSC-PRO,45
3D,3D Structures,PRO-PRO,38
3D,3D Substrate,DSC-DSC,42
3D,3D Supramolecular Structure,DSC-PRO,41
3D,3D Surfaces,DSC-DSC,73
3D,3D Visualization,CMT-CMT,59
3D,3D XPS,CMT-CMT,54
3D,3DG,DSC-DSC,36
3D,3DOM,DSC-DSC,47
3D,"4,4'-Bipyridine",DSC-CHM,114
3D,4-NP,DSC-CHM,41
3D,4-Nitrophenol,DSC-CHM,47
3D,44-SQL,DSC-SPL,36
3D,4D,DSC-DSC,47
3D,A-Fe2O3,DSC-CHM,45
3D,AC Susceptibility,DSC-PRO,43
3D,AFM,CMT-APL,35
3D,AFM,CMT-CMT,1582
3D,AFM,DSC-APL,34
3D,AFM,DSC-CMT,1518
3D,AFM,PRO-CMT,123
3D,AFM Topography,CMT-CMT,88
3D,AFM Topography,DSC-CMT,59
3D,ALP,DSC-PRO,49
3D,ALP Activity,DSC-PRO,83
3D,AM,DSC-SMT,152
3D,ANOVA,CMT-CMT,47
3D,ANOVA,DSC-CMT,56
3D,APTES,DSC-CHM,33
3D,ASCS,DSC-APL,53
3D,ATP,CMT-CHM,35
3D,ATP,DSC-CHM,84
3D,ATR,DSC-CMT,33
3D,ATR-FT-IR,CMT-CMT,38
3D,ATR-FT-IR,DSC-CMT,44
3D,Ab Initio Calculations,DSC-CMT,46
3D,Abaqus,CMT-CMT,33
3D,Abaqus,DSC-CMT,34
3D,Ablation,DSC-SMT,43
3D,Absorbance,CMT-PRO,150
3D,Absorbance,DSC-CMT,47
3D,Absorbance,DSC-PRO,193
3D,Absorbance Spectrum,CMT-CMT,37
3D,Absorbance Spectrum,DSC-CMT,49
3D,Absorbent,DSC-APL,41
3D,Absorber,CMT-APL,38
3D,Absorber,DSC-APL,106
3D,Absorbers,DSC-APL,56
3D,Absorption,CMT-CMT,105
3D,Absorption,CMT-PRO,126
3D,Absorption,DSC-CMT,207
3D,Absorption,DSC-PRO,283
3D,Absorption,PRO-PRO,31
3D,Absorption Bands,CMT-PRO,31
3D,Absorption Bands,DSC-PRO,45
3D,Absorption Capacity,DSC-PRO,40
3D,Absorption Coefficient,CMT-PRO,35
3D,Absorption Coefficient,DSC-PRO,80
3D,Absorption Edge,DSC-PRO,34
3D,Absorption Peak,DSC-PRO,43
3D,Absorption Spectrum,CMT-CMT,204
3D,Absorption Spectrum,DSC-CMT,467
3D,Absorption Spectrum,DSC-PRO,31
3D,Absorption Spectrum,PRO-CMT,48
3D,Abstract,DSC-CHM,70
3D,Abstract,DSC-PRO,35
3D,Abstract,DSC-SPL,160
3D,Accessible Surface Area,DSC-PRO,30
3D,Accuracy,CMT-PRO,36
3D,Accuracy,DSC-PRO,54
3D,Acetate,DSC-CHM,115
3D,Acetic Acid,CMT-CHM,33
3D,Acetic Acid,DSC-CHM,67
3D,Acetone,CMT-CHM,91
3D,Acetone,DSC-CHM,316
3D,Acetone,PRO-CHM,38
3D,Acetonitrile,CMT-CHM,66
3D,Acetonitrile,DSC-CHM,246
3D,Acetylene,DSC-CHM,51
3D,Achiral,DSC-PRO,32
3D,Acoustic,DSC-PRO,42
3D,Acrylate,DSC-CHM,68
3D,Acrylic,DSC-CHM,40
3D,Acrylic Acid,DSC-CHM,40
3D,Actin Cytoskeleton,DSC-PRO,31
3D,Action Potential,DSC-PRO,34
3D,Activated,DSC-SMT,31
3D,Activation,DSC-SMT,50
3D,Activation Energies,DSC-PRO,47
3D,Activation Energy,CMT-PRO,54
3D,Activation Energy,DSC-PRO,152
3D,Active,DSC-PRO,121
3D,Active Layer,DSC-APL,77
3D,Active Sites,DSC-PRO,267
3D,Active Surface Area,DSC-PRO,60
3D,Activities,DSC-PRO,49
3D,Activity,CMT-PRO,73
3D,Activity,DSC-PRO,537
3D,Activity,PRO-PRO,51
3D,Actuator,DSC-APL,144
3D,Adamantane,DSC-CHM,52
3D,Adamantanoid,DSC-CHM,39
3D,Additive,DSC-SMT,31
3D,Additive Manufacturing,DSC-APL,91
3D,Additive Manufacturing,DSC-SMT,165
3D,Additive Manufacturing,SMT-SMT,41
3D,Adenine,DSC-CHM,36
3D,Adhesions,CMT-PRO,65
3D,Adhesions,DSC-PRO,249
3D,Adhesive,DSC-APL,53
3D,Adhesive,DSC-PRO,65
3D,Adipogenic,DSC-PRO,31
3D,Adsorbent,DSC-APL,201
3D,Adsorption,DSC-APL,52
3D,Adsorption,DSC-CMT,81
3D,Adsorption,DSC-PRO,85
3D,Adsorption Behavior,DSC-PRO,33
3D,Adsorption Capability,DSC-PRO,32
3D,Adsorption Capacity,DSC-PRO,243
3D,Adsorption Desorption Isotherms,DSC-CMT,33
3D,Adsorption Energy,CMT-PRO,42
3D,Adsorption Energy,DSC-PRO,101
3D,Adsorption Isotherm,CMT-CMT,34
3D,Adsorption Isotherm,DSC-CMT,156
3D,Adsorption Isotherm,DSC-PRO,82
3D,Adsorption Kinetics,DSC-PRO,62
3D,Adsorption Performance,DSC-PRO,42
3D,Adsorption Properties,DSC-PRO,55
3D,Adsorption Rate,DSC-PRO,31
3D,Adsorption Selectivity,DSC-PRO,64
3D,Aerogel,CMT-DSC,30
3D,Aerogel,DSC-DSC,594
3D,Aerogels,DSC-DSC,373
3D,Aerospace,DSC-APL,61
3D,Ag,APL-CHM,49
3D,Ag,CMT-CHM,683
3D,Ag,DSC-CHM,1468
3D,Ag,PRO-CHM,134
3D,Ag(I),DSC-CHM,172
3D,Ag+,CMT-CHM,44
3D,Ag+,DSC-CHM,110
3D,Ag2,DSC-CHM,33
3D,AgCl,CMT-CHM,120
3D,AgCl,DSC-CHM,249
3D,AgI,DSC-CHM,75
3D,AgNO3,CMT-CHM,52
3D,AgNO3,DSC-CHM,99
3D,Aged,CMT-SMT,56
3D,Aged,DSC-SMT,80
3D,Agglomerate,DSC-DSC,56
3D,Aggregate,DSC-DSC,46
3D,Aggregates,DSC-DSC,56
3D,Aging,CMT-SMT,62
3D,Aging,DSC-SMT,124
3D,Air Battery,DSC-APL,58
3D,Air Cathode,DSC-APL,56
3D,Air Electrode,DSC-APL,50
3D,Airfoils,DSC-APL,47
3D,Al,CMT-CHM,354
3D,Al,DSC-CHM,786
3D,Al,PRO-CHM,108
3D,Al2O3,CMT-CHM,172
3D,Al2O3,DSC-CHM,376
3D,Al2O3,PRO-CHM,30
3D,Al3+,DSC-CHM,64
3D,AlN,DSC-CHM,52
3D,Alamar Blue,DSC-CHM,61
3D,Alcian Blue,DSC-CHM,42
3D,Alcohols,CMT-CHM,55
3D,Alcohols,DSC-CHM,144
3D,Ald,CMT-SMT,38
3D,Ald,DSC-SMT,166
3D,Aldehyde,DSC-CHM,131
3D,Alexa,DSC-CHM,30
3D,Alizarin Red,DSC-CHM,51
3D,Alizarin Red S,DSC-CHM,43
3D,Alizarin Red S Staining,DSC-CMT,51
3D,Alkali Metal,DSC-CHM,30
3D,Alkaline Electrolyte,DSC-APL,47
3D,Alkaline Phosphatase,DSC-PRO,48
3D,Alkaline Phosphatase Activity,DSC-PRO,35
3D,Alkane,DSC-CHM,43
3D,Alkene,DSC-CHM,51
3D,Alkyls,CMT-CHM,38
3D,Alkyls,DSC-CHM,144
3D,Alkyne,DSC-CHM,60
3D,Allotropes,DSC-PRO,32
3D,Alloy,CMT-DSC,276
3D,Alloy,DSC-DSC,541
3D,Alloy,PRO-DSC,84
3D,Alloy Nanoparticles,DSC-DSC,32
3D,Alloyed,DSC-DSC,31
3D,Alloying,DSC-SMT,54
3D,Alloys,CMT-DSC,113
3D,Alloys,DSC-DSC,246
3D,Alloys,PRO-DSC,47
3D,Alumina,CMT-CHM,83
3D,Alumina,DSC-CHM,282
3D,Aluminosilicate,DSC-CHM,40
3D,Aluminum,CMT-CHM,240
3D,Aluminum,DSC-CHM,451
3D,Aluminum,PRO-CHM,46
3D,Aluminum Oxide,DSC-CHM,70
3D,Amides,CMT-CHM,74
3D,Amides,DSC-CHM,136
3D,Amines,CMT-CHM,75
3D,Amines,DSC-CHM,301
3D,Amines,PRO-CHM,30
3D,Amino,CMT-CHM,37
3D,Amino,DSC-CHM,141
3D,Amino Acid,CMT-CHM,134
3D,Amino Acid,DSC-CHM,185
3D,Amino Acid,PRO-CHM,83
3D,Ammonia,CMT-CHM,41
3D,Ammonia,DSC-CHM,190
3D,Ammonium,DSC-CHM,82
3D,Amorphous,CMT-DSC,167
3D,Amorphous,DSC-DSC,728
3D,Amorphous,PRO-DSC,63
3D,Amperometric Response,DSC-PRO,100
3D,Amphiphilic,CMT-PRO,36
3D,Amphiphilic,DSC-PRO,148
3D,Amplitude,CMT-PRO,40
3D,Amplitude,DSC-PRO,30
3D,Analysis,CMT-CMT,104
3D,Analysis,DSC-APL,31
3D,Analysis,DSC-CMT,174
3D,Anatase,CMT-SPL,49
3D,Anatase,DSC-SPL,239
3D,And Stick,DSC-CMT,37
3D,Angiogenesis,DSC-PRO,31
3D,Angles,CMT-PRO,97
3D,Angles,DSC-PRO,596
3D,Angles,PRO-PRO,89
3D,Anilines,DSC-CHM,119
3D,Anisotropic,DSC-PRO,59
3D,Anisotropy,CMT-PRO,69
3D,Anisotropy,DSC-PRO,164
3D,Anisotropy,PRO-PRO,33
3D,Annealed,CMT-SMT,285
3D,Annealed,DSC-SMT,425
3D,Annealed,PRO-SMT,36
3D,Annealing,CMT-SMT,333
3D,Annealing,DSC-SMT,793
3D,Annealing,PRO-SMT,57
3D,Anode,APL-APL,65
3D,Anode,CMT-APL,216
3D,Anode,DSC-APL,1866
3D,Anode,PRO-APL,72
3D,Anodes,CMT-APL,59
3D,Anodes,DSC-APL,586
3D,Anodic,CMT-PRO,35
3D,Anodic,DSC-PRO,134
3D,Anodic Electrode,DSC-APL,32
3D,Anodic Peak Current,DSC-PRO,38
3D,Anodization,DSC-SMT,81
3D,Anodized,DSC-SMT,52
3D,Antennae,CMT-APL,33
3D,Antennae,DSC-APL,75
3D,Antennas,DSC-APL,46
3D,Anthracene,DSC-CHM,41
3D,Anti-Cancer,DSC-APL,47
3D,Antibacterial,DSC-PRO,32
3D,Antibacterial Activity,DSC-PRO,57
3D,Anticancer Drugs,DSC-APL,35
3D,Antiferromagnetic,DSC-PRO,79
3D,Antiferromagnetic,PRO-PRO,62
3D,Antiferromagnetic Behavior,DSC-PRO,33
3D,Antiferromagnetic Coupling,DSC-PRO,118
3D,Antiferromagnetic Interaction,DSC-PRO,217
3D,Antiferromagnetic Interaction,PRO-PRO,36
3D,Antimony,DSC-CHM,37
3D,Apatites,DSC-CHM,73
3D,Apoptosis,DSC-PRO,36
3D,Apparent Viscosity,DSC-PRO,32
3D,Applications,DSC-APL,42
3D,Ar,CMT-CHM,108
3D,Ar,DSC-CHM,174
3D,Ar+,CMT-CHM,38
3D,Architecture,DSC-PRO,85
3D,Area,CMT-PRO,30
3D,Area,DSC-PRO,57
3D,Areal,DSC-PRO,36
3D,Areal Capacitance,DSC-PRO,196
3D,Areal Capacities,DSC-PRO,31
3D,Areal Capacity,DSC-PRO,187
3D,Areal Specific Capacitance,DSC-PRO,36
3D,Arg,DSC-CHM,31
3D,Argon,CMT-CHM,83
3D,Argon,DSC-CHM,168
3D,Array,APL-DSC,46
3D,Array,CMT-DSC,105
3D,Array,DSC-DSC,645
3D,Arrhenius Plot,CMT-CMT,85
3D,Arrhenius Plot,DSC-CMT,166
3D,Aryl,DSC-CHM,38
3D,As Deposited,CMT-DSC,114
3D,As Deposited,DSC-DSC,101
3D,As Fabricated,CMT-DSC,32
3D,As Fabricated,DSC-DSC,180
3D,As Obtained,DSC-DSC,203
3D,As Prepared,CMT-DSC,309
3D,As Prepared,DSC-DSC,1190
3D,As Prepared,PRO-DSC,58
3D,As Synthesized,DSC-DSC,42
3D,As-Built,DSC-DSC,37
3D,As-Formed,DSC-DSC,35
3D,As-Grown,CMT-DSC,45
3D,As-Grown,DSC-DSC,98
3D,As-Made,DSC-DSC,42
3D,As-Prepared 3D,DSC-DSC,78
3D,As-Received,CMT-DSC,44
3D,As-Received,DSC-DSC,46
3D,As-Synthesized,CMT-DSC,113
3D,As-Synthesized,DSC-DSC,608
3D,As-Synthesized,PRO-DSC,52
3D,Asc,DSC-APL,107
3D,Ascorbic Acid,DSC-CHM,123
3D,Asp,DSC-CHM,40
3D,Aspect Ratio,CMT-PRO,30
3D,Aspect Ratio,DSC-PRO,59
3D,Assembly,DSC-SMT,74
3D,Asymmetric,DSC-APL,79
3D,Asymmetric Supercapacitor,DSC-APL,90
3D,Atlas,DSC-APL,30
3D,Atomic,DSC-PRO,37
3D,Atomic Arrangement,DSC-PRO,37
3D,Atomic Concentration,CMT-PRO,32
3D,Atomic Configuration,DSC-PRO,37
3D,Atomic Force Microscopy,CMT-CMT,156
3D,Atomic Force Microscopy,DSC-CMT,434
3D,Atomic Force Microscopy,PRO-CMT,34
3D,Atomic Layer Deposition,DSC-SMT,101
3D,Atomic Models,CMT-CMT,36
3D,Atomic Models,DSC-CMT,41
3D,Atomic Structure,CMT-PRO,34
3D,Atomic Structure,DSC-PRO,90
3D,Atomic Structures,DSC-PRO,51
3D,Au,APL-CHM,51
3D,Au,CMT-CHM,493
3D,Au,DSC-CHM,1443
3D,Au,PRO-CHM,93
3D,Au(111),CMT-CHM,32
3D,Au(111),DSC-CHM,64
3D,Auger,CMT-CMT,35
3D,Austenite,DSC-SPL,37
3D,Auxetic,DSC-PRO,37
3D,Averaged,CMT-PRO,38
3D,Averaged,DSC-PRO,35
3D,Axial,DSC-PRO,33
3D,Axial Velocity,DSC-PRO,40
3D,Azides,DSC-CHM,117
3D,Azido,DSC-CHM,47
3D,Azo,DSC-CHM,48
3D,Azobenzene,DSC-CHM,54
3D,A–C,DSC-CHM,37
3D,B3LYP,CMT-CMT,34
3D,B3LYP,DSC-CMT,67
3D,BCC,CMT-SPL,40
3D,BCC,DSC-SPL,119
3D,BDC,DSC-CHM,57
3D,BET,DSC-CHM,37
3D,BET,DSC-CMT,127
3D,BET Surface Area,CMT-PRO,46
3D,BET Surface Area,DSC-PRO,171
3D,BJH Pore Size Distribution,DSC-CMT,36
3D,BM,DSC-DSC,35
3D,BN,DSC-CHM,66
3D,BO3,DSC-CHM,32
3D,BO4,DSC-CHM,38
3D,BPA,DSC-CHM,56
3D,BPE,DSC-CHM,73
3D,BPY,DSC-CHM,107
3D,BSE,DSC-CMT,31
3D,BSTRAct,DSC-SPL,41
3D,BSTRAct A,DSC-CHM,110
3D,Ba,CMT-CHM,34
3D,Ba,DSC-CHM,96
3D,Ba2+,DSC-CHM,38
3D,BaTiO3,DSC-CHM,41
3D,Bacterial,DSC-DSC,35
3D,Ball,DSC-DSC,45
3D,Ball Milling,DSC-SMT,33
3D,Ball and Stick Representation,DSC-CMT,111
3D,Ball-And-Stick,DSC-CMT,48
3D,Ball-and-,DSC-CMT,30
3D,Ball-and-Stick Model,DSC-CMT,80
3D,Balls,DSC-DSC,57
3D,Band,DSC-PRO,32
3D,Band Alignment,DSC-PRO,89
3D,Band Diagram,CMT-PRO,37
3D,Band Diagram,DSC-PRO,79
3D,Band Gap,CMT-PRO,99
3D,Band Gap,DSC-PRO,336
3D,Band Gap,PRO-PRO,62
3D,Band Gap Energy,CMT-PRO,36
3D,Band Gap Energy,DSC-PRO,96
3D,Band Structure,CMT-PRO,109
3D,Band Structure,DSC-PRO,394
3D,Band Structure,PRO-PRO,110
3D,Bandgap,CMT-PRO,75
3D,Bandgap,DSC-PRO,430
3D,Bandgap,PRO-PRO,54
3D,Bands,DSC-PRO,34
3D,Bar,CMT-DSC,127
3D,Bar,DSC-DSC,291
3D,Bare,DSC-DSC,31
3D,Barium,DSC-CHM,31
3D,Bars,APL-DSC,32
3D,Bars,CMT-DSC,174
3D,Bars,DSC-DSC,586
3D,Bars,PRO-DSC,45
3D,Based,DSC-APL,32
3D,Bathymetry,CMT-PRO,71
3D,Batteries,CMT-APL,41
3D,Batteries,DSC-APL,358
3D,Battery,APL-APL,36
3D,Battery,CMT-APL,63
3D,Battery,DSC-APL,429
3D,Battery Electrode,DSC-APL,46
3D,Battery Performance,DSC-PRO,36
3D,Bead,CMT-DSC,33
3D,Bead,DSC-DSC,84
3D,Beads,CMT-DSC,57
3D,Beads,DSC-DSC,214
3D,Beam,CMT-DSC,64
3D,Beam,DSC-DSC,141
3D,Beams,CMT-DSC,46
3D,Beams,DSC-DSC,78
3D,Bed,DSC-DSC,37
3D,Behavior,DSC-PRO,54
3D,Bem,DSC-CMT,38
3D,Bending,DSC-SMT,56
3D,Bending Angle,DSC-PRO,39
3D,Bending Test,DSC-CMT,54
3D,Benzaldehyde,DSC-CHM,83
3D,Benzenes,CMT-CHM,64
3D,Benzenes,DSC-CHM,276
3D,Benzenes,PRO-CHM,41
3D,Benzimidazole,DSC-CHM,34
3D,Benzyl Alcohol,DSC-CHM,42
3D,Bi-Continuous,DSC-DSC,46
3D,Bi-Layered,DSC-DSC,47
3D,Bi2O3,DSC-CHM,32
3D,Bi2S3,DSC-CHM,41
3D,Bi2WO6,DSC-CHM,43
3D,BiVO4,DSC-CHM,73
3D,Bifunctional Catalysts,DSC-APL,46
3D,Bifunctional Electrocatalysts,DSC-APL,54
3D,Bilayer,CMT-DSC,146
3D,Bilayer,DSC-DSC,432
3D,Bilayer,PRO-DSC,57
3D,Bilayers,CMT-DSC,44
3D,Bilayers,DSC-DSC,153
3D,Bimb,DSC-CHM,31
3D,Bimetallic,DSC-DSC,45
3D,Bimetallic,DSC-PRO,32
3D,Binder Free,DSC-APL,48
3D,Binder-Free Electrode,DSC-APL,38
3D,Binders,DSC-APL,121
3D,Binders,DSC-PRO,101
3D,Binding Energies,CMT-PRO,101
3D,Binding Energies,DSC-PRO,113
3D,Binding Energies,PRO-PRO,53
3D,Binding Energy,CMT-PRO,88
3D,Binding Energy,DSC-PRO,145
3D,Binding Energy,PRO-PRO,56
3D,Binding Mode,DSC-PRO,34
3D,Bio-Medical,DSC-APL,67
3D,Bio-Sensor,DSC-APL,242
3D,Bioactive,DSC-PRO,111
3D,Bioactivity,DSC-PRO,99
3D,Biochemicals,DSC-PRO,30
3D,Biocompatibility,DSC-PRO,309
3D,Biocompatible,DSC-PRO,212
3D,Biodegradability,DSC-PRO,45
3D,Biodegradable,DSC-PRO,137
3D,Biodegradation Rate,DSC-PRO,38
3D,Biodistribution,CMT-PRO,32
3D,Biodistribution,DSC-PRO,35
3D,Biofilm,CMT-DSC,37
3D,Biofilm,DSC-DSC,72
3D,Bioink,DSC-APL,63
3D,Bioink,DSC-DSC,61
3D,Biological,DSC-PRO,30
3D,Biological Activity,DSC-PRO,38
3D,Biological Application,DSC-APL,31
3D,Biological Function,DSC-PRO,36
3D,Biological Properties,DSC-PRO,39
3D,Biology,DSC-APL,36
3D,Biomaterial,DSC-APL,292
3D,Biomaterial,DSC-DSC,108
3D,Biomedical Application,DSC-APL,163
3D,Biomedicine,DSC-APL,49
3D,Bioprinted,DSC-SMT,81
3D,Bioprinting,DSC-SMT,99
3D,Bioprinting,SMT-SMT,35
3D,Bioreactors,DSC-APL,79
3D,Biosensing,DSC-APL,80
3D,Biotechnology,DSC-APL,37
3D,Biotin,DSC-CHM,104
3D,Biphenyls,DSC-CHM,33
3D,Bipy,DSC-CHM,81
3D,Bipyridine,DSC-CHM,38
3D,Birefringence,DSC-PRO,48
3D,Bis(Imidazole),DSC-CHM,39
3D,Bismuth,DSC-CHM,57
3D,Black Phosphorus,DSC-CHM,38
3D,Blacks,DSC-DSC,44
3D,Blade,CMT-APL,36
3D,Blade,DSC-APL,56
3D,Blend,CMT-DSC,54
3D,Blend,DSC-DSC,95
3D,Block,CMT-DSC,36
3D,Block,DSC-DSC,58
3D,Block Copolymer,CMT-DSC,37
3D,Block Copolymer,DSC-DSC,88
3D,Blood Vessels,DSC-APL,97
3D,Blue,DSC-CHM,99
3D,Blue Line,CMT-CHM,330
3D,Blue Line,DSC-CHM,523
3D,Blue Line,PRO-CHM,82
3D,Bode Plot,CMT-CMT,62
3D,Bode Plot,DSC-CMT,56
3D,Body Centred Cubic,DSC-SPL,65
3D,Body Weight,DSC-PRO,40
3D,Bond,DSC-PRO,30
3D,Bond Angles,DSC-PRO,143
3D,Bond Angles,PRO-PRO,33
3D,Bond Distance,CMT-PRO,35
3D,Bond Distance,DSC-PRO,189
3D,Bond Distance,PRO-PRO,32
3D,Bond Length,CMT-PRO,115
3D,Bond Length,DSC-PRO,685
3D,Bond Length,PRO-PRO,167
3D,Bonding,DSC-PRO,89
3D,Bonding,DSC-SMT,47
3D,Bone,CMT-APL,45
3D,Bone,CMT-DSC,81
3D,Bone,CMT-PRO,42
3D,Bone,DSC-APL,206
3D,Bone,DSC-DSC,143
3D,Bone,DSC-PRO,81
3D,Bone Defect,DSC-APL,56
3D,Bone Regeneration,DSC-APL,99
3D,Bone Repair,DSC-APL,30
3D,Bone Tissue,DSC-APL,33
3D,Bone Tissue Engineering,DSC-APL,109
3D,Borate,DSC-CHM,67
3D,Boron,CMT-CHM,39
3D,Boron,DSC-CHM,184
3D,Boron Nitride,DSC-CHM,85
3D,Bottom Electrode,DSC-APL,31
3D,Boundary,CMT-PRO,37
3D,Boundary,DSC-PRO,35
3D,Boundary Condition,DSC-PRO,47
3D,Boundary Element Method,DSC-CMT,34
3D,Bpp,DSC-CHM,65
3D,Br,CMT-CHM,134
3D,Br,DSC-CHM,381
3D,Br,PRO-CHM,35
3D,Braided,DSC-DSC,32
3D,Braided Composites,DSC-DSC,36
3D,Brain,CMT-DSC,35
3D,Brain,DSC-APL,72
3D,Brain,DSC-DSC,42
3D,Breakthrough Curve,DSC-CMT,46
3D,Breast,DSC-APL,34
3D,Breast,DSC-SPL,60
3D,Breast Cancer,DSC-APL,110
3D,Brick,DSC-DSC,30
3D,Bridge,CMT-APL,33
3D,Bridge,DSC-APL,84
3D,Bright Field,DSC-CMT,30
3D,Bright Field Image,CMT-CMT,59
3D,Bright Field Image,DSC-CMT,90
3D,Bright Field Images,CMT-CMT,35
3D,Bright Field Images,DSC-CMT,55
3D,Bright Field Microscopy,DSC-CMT,37
3D,Bright Field STEM,DSC-CMT,37
3D,Bright Field TEM,CMT-CMT,33
3D,Bright Field TEM,DSC-CMT,66
3D,Brightfield,CMT-CMT,32
3D,Brightfield,DSC-CMT,79
3D,Brightness,CMT-PRO,35
3D,Brightness,DSC-PRO,51
3D,Brillouin Function,DSC-CMT,30
3D,Brittle,CMT-PRO,32
3D,Brittle,DSC-PRO,77
3D,Bromide,DSC-CHM,63
3D,Bromine,DSC-CHM,49
3D,Brunauer Emmett Teller,DSC-CHM,36
3D,Brunauer Emmett Teller,DSC-CMT,30
3D,Brushes,DSC-DSC,57
3D,Bse,CMT-CMT,31
3D,Buckling,DSC-PRO,30
3D,Buffer Layer,DSC-DSC,76
3D,Building,CMT-APL,70
3D,Building,DSC-APL,107
3D,Buildings,CMT-APL,52
3D,Buildings,DSC-APL,80
3D,Bulk,APL-DSC,36
3D,Bulk,CMT-DSC,541
3D,Bulk,DSC-DSC,1676
3D,Bulk,DSC-PRO,33
3D,Bulk,PRO-DSC,310
3D,Bulk,SPL-DSC,30
3D,Bulk Crystal,DSC-DSC,39
3D,Bulk Modulus,DSC-PRO,35
3D,Bundle,DSC-DSC,66
3D,Butterfly,DSC-DSC,33
3D,B–F,DSC-CHM,31
3D,C,CMT-CHM,255
3D,C,DSC-CHM,496
3D,C,DSC-PRO,54
3D,C,PRO-CHM,76
3D,C 1s,CMT-CMT,139
3D,C 1s,DSC-CMT,85
3D,C 1s XPS,CMT-CMT,66
3D,C 1s XPS,DSC-CMT,80
3D,C H,DSC-CHM,43
3D,C-H,DSC-CHM,44
3D,C-HO,DSC-CHM,48
3D,C-Hπ,DSC-CHM,52
3D,C-V Curve,CMT-CMT,182
3D,C-V Curve,DSC-CMT,697
3D,C1S,CMT-CMT,31
3D,C1S,DSC-CMT,41
3D,C1s,DSC-CMT,37
3D,C2/C,DSC-SPL,91
3D,C2H2,DSC-CHM,78
3D,C2H4,DSC-CHM,58
3D,C2H5OH,DSC-CHM,32
3D,C2H6,DSC-CHM,53
3D,C3H8,DSC-CHM,30
3D,C3N4,DSC-CHM,103
3D,C60,CMT-CHM,41
3D,C60,DSC-CHM,158
3D,CA,CMT-PRO,39
3D,CA,DSC-CMT,31
3D,CA,DSC-PRO,49
3D,CAD,DSC-CMT,30
3D,CAD Model,DSC-CMT,35
3D,CAP,DSC-APL,31
3D,CB,CMT-PRO,33
3D,CB,DSC-PRO,85
3D,CBD,DSC-SMT,32
3D,CBM,DSC-PRO,45
3D,CCD,CMT-CMT,41
3D,CCD Camera,CMT-CMT,36
3D,CCD Camera,DSC-CMT,32
3D,CCK-8 Assay,DSC-CMT,33
3D,CDCl3,DSC-CHM,59
3D,CE,CMT-APL,33
3D,CE,DSC-APL,101
3D,CE,DSC-PRO,67
3D,CFD,CMT-CMT,125
3D,CFD,DSC-CMT,179
3D,CFD Simulation,DSC-CMT,51
3D,CH,CMT-CHM,58
3D,CH,DSC-CHM,86
3D,CH2Cl2,CMT-CHM,54
3D,CH2Cl2,DSC-CHM,143
3D,CH3,DSC-CHM,53
3D,CH3CN,DSC-CHM,113
3D,CH3CN,PRO-CHM,30
3D,CH3NH3+,DSC-CHM,31
3D,CH3NH3PbBr3,DSC-CHM,30
3D,CH3NH3PbI3,DSC-CHM,122
3D,CH3OH,CMT-CHM,45
3D,CH3OH,DSC-CHM,155
3D,CH4,CMT-CHM,73
3D,CH4,DSC-CHM,397
3D,CH4,DSC-PRO,36
3D,CH4,PRO-CHM,60
3D,CHCl3,CMT-CHM,38
3D,CHCl3,DSC-CHM,103
3D,CHO,DSC-CHM,85
3D,CIE Chromaticity Diagram,DSC-CMT,72
3D,CLSM,CMT-CMT,106
3D,CLSM,DSC-CMT,173
3D,CMOS,DSC-APL,34
3D,CN,DSC-CHM,30
3D,CO,CMT-CHM,347
3D,CO,CMT-PRO,46
3D,CO,DSC-APL,43
3D,CO,DSC-CHM,494
3D,CO,DSC-PRO,45
3D,CO,PRO-CHM,68
3D,CO Oxidation,DSC-APL,46
3D,CO2,CMT-CHM,350
3D,CO2,DSC-APL,45
3D,CO2,DSC-CHM,1248
3D,CO2,DSC-CMT,32
3D,CO2,DSC-PRO,52
3D,CO2,PRO-CHM,169
3D,CO2 Adsorption Isotherm,DSC-CMT,57
3D,CO2 Reduction,DSC-APL,60
3D,CO2 Sorption Isotherm,DSC-CMT,45
3D,COOH,DSC-CHM,101
3D,CP,DSC-APL,52
3D,CP,DSC-PRO,54
3D,CP,DSC-SMT,32
3D,CPE,DSC-APL,50
3D,CPS,DSC-PRO,175
3D,CT,CMT-CMT,42
3D,CT,DSC-CMT,67
3D,CTAB,CMT-CHM,37
3D,CTAB,DSC-CHM,173
3D,CTE,DSC-PRO,34
3D,CV,CMT-CMT,314
3D,CV,DSC-CMT,1198
3D,CV,DSC-PRO,31
3D,CV,PRO-CMT,36
3D,CVD,CMT-SMT,65
3D,CVD,DSC-SMT,458
3D,CVS,CMT-CMT,86
3D,CVS,DSC-CMT,228
3D,CVs,DSC-CMT,104
3D,Ca,CMT-CHM,115
3D,Ca,DSC-CHM,232
3D,Ca,PRO-CHM,47
3D,Ca2+,CMT-CHM,55
3D,Ca2+,DSC-CHM,189
3D,CaCO3,DSC-CHM,76
3D,CaCl2,DSC-CHM,63
3D,CaO,DSC-CHM,35
3D,Cables,DSC-APL,35
3D,Cad,CMT-CMT,51
3D,Cad,DSC-APL,55
3D,Cad,DSC-CMT,153
3D,Cad,DSC-SMT,34
3D,Cad,SMT-CMT,30
3D,Cadmium(II),DSC-CHM,61
3D,Caesium,DSC-CHM,54
3D,Calcein,DSC-CHM,55
3D,Calcein AM,DSC-CHM,152
3D,Calcination,CMT-SMT,78
3D,Calcination,DSC-SMT,428
3D,Calcination,PRO-SMT,33
3D,Calcined,CMT-SMT,94
3D,Calcined,DSC-SMT,213
3D,Calcining,DSC-SMT,35
3D,Calcite,CMT-CHM,52
3D,Calcite,DSC-CHM,67
3D,Calcium,CMT-CHM,65
3D,Calcium,DSC-CHM,265
3D,Calcium Phosphate,DSC-CHM,77
3D,Calculations,DSC-CMT,40
3D,Calibration Curve,CMT-CMT,52
3D,Calibration Curve,DSC-CMT,122
3D,Calibration Plot,DSC-CMT,31
3D,Camera,CMT-APL,41
3D,Camera,DSC-APL,41
3D,Cancer,DSC-APL,120
3D,Cancer,DSC-PRO,37
3D,Cancer Cell,DSC-APL,46
3D,Cantilevered,CMT-APL,30
3D,Cantilevered,DSC-APL,62
3D,Capacitance,APL-PRO,37
3D,Capacitance,CMT-PRO,74
3D,Capacitance,DSC-PRO,644
3D,Capacitance Retention,DSC-PRO,403
3D,Capacities,DSC-PRO,167
3D,Capacitive,DSC-PRO,65
3D,Capacitive Behaviour,DSC-PRO,34
3D,Capacitive Contribution,DSC-PRO,36
3D,Capacitive Current,DSC-PRO,37
3D,Capacitive Performance,DSC-PRO,89
3D,Capacitor,CMT-APL,32
3D,Capacitor,DSC-APL,153
3D,Capacity,APL-PRO,30
3D,Capacity,CMT-PRO,59
3D,Capacity,DSC-PRO,1058
3D,Capacity,PRO-PRO,48
3D,Capacity Decay,DSC-PRO,77
3D,Capacity Fading,DSC-PRO,61
3D,Capacity Loss,DSC-PRO,38
3D,Capacity Retention,DSC-PRO,544
3D,Capillaries,DSC-DSC,41
3D,Capillary,DSC-APL,39
3D,Capillary,DSC-DSC,58
3D,Capsule,DSC-DSC,84
3D,Carbide,DSC-CHM,54
3D,Carbohydrate,DSC-CHM,39
3D,Carbon,APL-CHM,158
3D,Carbon,CMT-CHM,802
3D,Carbon,DSC-CHM,5332
3D,Carbon,PRO-CHM,361
3D,Carbon,SMT-CHM,48
3D,Carbon Black,DSC-CHM,122
3D,Carbon Dioxide,DSC-CHM,118
3D,Carbon Monoxide,DSC-CHM,30
3D,Carbon Nitride,DSC-CHM,78
3D,Carbonates,CMT-CHM,103
3D,Carbonates,DSC-CHM,142
3D,Carbonization,DSC-SMT,283
3D,Carbonize,DSC-SMT,125
3D,Carbons,CMT-CHM,44
3D,Carbons,DSC-CHM,261
3D,Carbonyls,CMT-CHM,45
3D,Carbonyls,DSC-CHM,99
3D,Carboxyl,CMT-CHM,31
3D,Carboxyl,DSC-CHM,205
3D,Carboxylates,DSC-CHM,702
3D,Carboxylates,PRO-CHM,101
3D,Carboxylic,DSC-CHM,95
3D,Carboxylic Acid,CMT-CHM,33
3D,Carboxylic Acid,DSC-CHM,141
3D,Cardiac,DSC-APL,58
3D,Cardiac Tissue,DSC-APL,37
3D,Cardiomyocyte,DSC-APL,31
3D,Cardiomyocyte,DSC-DSC,46
3D,Carrier Concentration,DSC-PRO,40
3D,Carrier Lifetime,DSC-PRO,30
3D,Carrier Mobility,DSC-PRO,67
3D,Cartilages,DSC-APL,59
3D,Cartilages,DSC-DSC,40
3D,Cast,CMT-SMT,32
3D,Cast,DSC-SMT,56
3D,Casting,DSC-SMT,52
3D,Catalysis,DSC-APL,330
3D,Catalyst,APL-APL,43
3D,Catalyst,CMT-APL,757
3D,Catalyst,DSC-APL,2055
3D,Catalyst,PRO-APL,154
3D,Catalyst Layer,DSC-APL,39
3D,Catalytic,DSC-APL,91
3D,Catalytic,DSC-PRO,70
3D,Catalytic Active Site,DSC-PRO,42
3D,Catalytic Activity,CMT-PRO,87
3D,Catalytic Activity,DSC-PRO,682
3D,Catalytic Activity,PRO-PRO,41
3D,Catalytic Application,DSC-APL,34
3D,Catalytic Efficiency,DSC-PRO,41
3D,Catalytic Mechanism,DSC-PRO,38
3D,Catalytic Performance,CMT-PRO,83
3D,Catalytic Performance,DSC-PRO,279
3D,Catalytic Properties,DSC-PRO,92
3D,Catalytic Reaction,DSC-APL,46
3D,Catalytic Site,DSC-PRO,35
3D,Catalytic Support,DSC-APL,31
3D,Catechols,DSC-CHM,52
3D,Cathode,APL-APL,54
3D,Cathode,CMT-APL,223
3D,Cathode,DSC-APL,1357
3D,Cathode,PRO-APL,67
3D,Cathode Catalyst,DSC-APL,53
3D,Cathodes,CMT-APL,69
3D,Cathodes,DSC-APL,365
3D,Cathodic,DSC-PRO,33
3D,Cathodic Peak Current,DSC-PRO,56
3D,Cationic,DSC-PRO,63
3D,Cavity,DSC-APL,50
3D,Cc,DSC-PRO,31
3D,Cd,CMT-CHM,102
3D,Cd,DSC-CHM,565
3D,Cd,PRO-CHM,97
3D,Cd(II),DSC-CHM,618
3D,Cd(II),PRO-CHM,131
3D,Cd2,DSC-CHM,102
3D,Cd2+,DSC-CHM,191
3D,Cd3,DSC-CHM,39
3D,CdII,DSC-CHM,125
3D,CdS,CMT-CHM,95
3D,CdS,DSC-CHM,294
3D,CdSO4,DSC-CHM,83
3D,CdSe,CMT-CHM,47
3D,CdSe,DSC-CHM,167
3D,CdTe,DSC-CHM,95
3D,Ce,CMT-CHM,149
3D,Ce,DSC-CHM,116
3D,Ce,PRO-CHM,37
3D,Ce3+,CMT-CHM,51
3D,Ce3+,DSC-CHM,46
3D,Ce4+,CMT-CHM,33
3D,CeO2,CMT-CHM,146
3D,CeO2,DSC-CHM,119
3D,Cell,APL-APL,54
3D,Cell,CMT-APL,259
3D,Cell,CMT-DSC,163
3D,Cell,CMT-PRO,84
3D,Cell,DSC-APL,1113
3D,Cell,DSC-DSC,540
3D,Cell,DSC-PRO,378
3D,Cell,PRO-APL,53
3D,Cell,PRO-DSC,31
3D,Cell Adhesion,DSC-PRO,93
3D,Cell Behavior,DSC-PRO,50
3D,Cell Cultures,DSC-APL,162
3D,Cell Cultures,DSC-DSC,72
3D,Cell Cycle,DSC-PRO,33
3D,Cell Density,DSC-PRO,83
3D,Cell Morphology,DSC-PRO,133
3D,Cell Number,DSC-PRO,72
3D,Cell Parameters,DSC-PRO,43
3D,Cell Performance,DSC-PRO,43
3D,Cell Proliferation,DSC-PRO,93
3D,Cell Sheets,DSC-DSC,44
3D,Cell Spheroid,DSC-DSC,49
3D,Cell Survival,DSC-PRO,46
3D,Cell Viability,CMT-PRO,145
3D,Cell Viability,DSC-PRO,490
3D,Cell Voltage,DSC-PRO,131
3D,Cell Volume,DSC-PRO,31
3D,Cells,APL-APL,36
3D,Cells,CMT-APL,177
3D,Cells,CMT-DSC,263
3D,Cells,DSC-APL,894
3D,Cells,DSC-DSC,859
3D,Cells,DSC-PRO,31
3D,Cells,PRO-APL,39
3D,Cells,PRO-DSC,37
3D,Cellular,DSC-DSC,93
3D,Cellular,DSC-PRO,39
3D,Cellular Behavior,DSC-PRO,40
3D,Cellular Uptake,DSC-PRO,62
3D,Centrifugation,DSC-SMT,65
3D,Ceramic,CMT-DSC,82
3D,Ceramic,DSC-DSC,387
3D,Ceramic,PRO-DSC,40
3D,Ceramic,SMT-DSC,30
3D,Ces,DSC-APL,55
3D,Cetyltrimethylammonium Bromide,DSC-CHM,33
3D,Chains,CMT-DSC,43
3D,Chains,DSC-DSC,1215
3D,Chains,DSC-PRO,115
3D,Chains,PRO-DSC,191
3D,Chains,PRO-PRO,33
3D,Chalcogenide,DSC-CHM,58
3D,Channels,CMT-APL,90
3D,Channels,DSC-APL,229
3D,Channels,DSC-DSC,69
3D,Channels,DSC-PRO,56
3D,Characterization,DSC-CMT,52
3D,Charge Capacity,DSC-PRO,73
3D,Charge Carrier Mobility,DSC-PRO,35
3D,Charge Curve,DSC-CMT,37
3D,Charge Density,DSC-PRO,83
3D,Charge Discharge,DSC-CMT,30
3D,Charge Discharge Curve,CMT-CMT,35
3D,Charge Discharge Curve,DSC-CMT,229
3D,Charge Discharge Curve,DSC-PRO,90
3D,Charge Discharge Profile,CMT-PRO,30
3D,Charge Discharge Profile,DSC-CMT,44
3D,Charge Discharge Profile,DSC-PRO,159
3D,Charge Distribution,DSC-PRO,68
3D,Charge Profile,DSC-PRO,46
3D,Charge Separation,DSC-PRO,74
3D,Charge Storage,DSC-PRO,61
3D,Charge Storage Mechanism,DSC-PRO,34
3D,Charge Transfer,CMT-PRO,46
3D,Charge Transfer,DSC-PRO,239
3D,Charge Transfer Resistance,CMT-PRO,42
3D,Charge Transfer Resistance,DSC-PRO,179
3D,Charge Transport,DSC-PRO,173
3D,Charge/Discharge Curve,DSC-CMT,65
3D,Charges,CMT-PRO,92
3D,Charges,DSC-CMT,117
3D,Charges,DSC-PRO,503
3D,Charges,PRO-PRO,40
3D,Chemical,CMT-PRO,34
3D,Chemical,DSC-APL,33
3D,Chemical,DSC-CMT,48
3D,Chemical,DSC-PRO,203
3D,Chemical Composition,CMT-PRO,138
3D,Chemical Composition,DSC-PRO,232
3D,Chemical Etching,DSC-SMT,52
3D,Chemical Formula,DSC-PRO,42
3D,Chemical Modification,DSC-SMT,31
3D,Chemical Potential,DSC-PRO,70
3D,Chemical Properties,DSC-PRO,129
3D,Chemical Reduction,DSC-SMT,72
3D,Chemical Sensors,DSC-APL,37
3D,Chemical Shift,CMT-PRO,80
3D,Chemical Shift,DSC-PRO,47
3D,Chemical Society,CMT-CMT,97
3D,Chemical Society,DSC-CMT,589
3D,Chemical Society,PRO-CMT,39
3D,Chemical Stability,DSC-PRO,140
3D,Chemical Structures,CMT-PRO,330
3D,Chemical Structures,DSC-PRO,665
3D,Chemical Structures,PRO-PRO,88
3D,Chemical Vapour Deposition,DSC-SMT,290
3D,Chemically Modified,DSC-SMT,32
3D,Chemistry,DSC-CMT,150
3D,Chemistry,DSC-PRO,43
3D,Chip,CMT-APL,53
3D,Chip,CMT-DSC,46
3D,Chip,DSC-APL,200
3D,Chip,DSC-DSC,170
3D,Chips,DSC-APL,53
3D,Chips,DSC-DSC,64
3D,Chiral,DSC-PRO,310
3D,Chiral,PRO-PRO,60
3D,Chirality,DSC-PRO,119
3D,Chlorides,CMT-CHM,46
3D,Chlorides,DSC-CHM,184
3D,Chlorines,CMT-CHM,31
3D,Chlorines,DSC-CHM,86
3D,Chlorobenzene,DSC-CHM,38
3D,Chloroform,CMT-CHM,63
3D,Chloroform,DSC-CHM,160
3D,Cholesterol,DSC-CHM,56
3D,Chondrocyte,DSC-DSC,58
3D,Chondrogenesis,DSC-PRO,31
3D,Chondrogenic,DSC-PRO,48
3D,Chromium,DSC-CHM,54
3D,Chronoamperometric Response,DSC-PRO,48
3D,Chronoamperometry,DSC-CMT,80
3D,Chronoamperometry Curve,CMT-CMT,42
3D,Chronoamperometry Curve,DSC-CMT,82
3D,Circuit,DSC-APL,130
3D,Circular,DSC-DSC,34
3D,Circular Dichroism,DSC-CMT,50
3D,Cisplatin,DSC-CHM,45
3D,Citrates,DSC-CHM,62
3D,Citric Acid,DSC-CHM,74
3D,Cl,CMT-CHM,131
3D,Cl,DSC-CHM,532
3D,Cl,PRO-CHM,62
3D,Cl,SPL-CHM,30
3D,ClO4,DSC-CHM,61
3D,Cloth,DSC-DSC,232
3D,Cluster,CMT-DSC,237
3D,Cluster,DSC-DSC,1417
3D,Cluster,DSC-PRO,34
3D,Cluster,PRO-DSC,233
3D,Cluster Size,DSC-PRO,47
3D,Clusters,DSC-DSC,40
3D,Cm,DSC-DSC,30
3D,Co,CMT-CHM,272
3D,Co,DSC-CHM,1304
3D,Co,PRO-CHM,192
3D,Co II,DSC-CHM,448
3D,Co II,PRO-CHM,81
3D,Co(OH)2,DSC-CHM,89
3D,Co-Catalysts,DSC-APL,31
3D,Co-Doped,DSC-DSC,98
3D,Co-culture,DSC-DSC,144
3D,Co-culture,DSC-SMT,41
3D,Co2+,DSC-CHM,178
3D,Co2+,PRO-CHM,32
3D,Co3,DSC-CHM,31
3D,Co3O4,CMT-CHM,43
3D,Co3O4,DSC-CHM,429
3D,Co9S8,DSC-CHM,57
3D,CoFe2O4,DSC-CHM,36
3D,CoMoO4,DSC-CHM,35
3D,CoO,DSC-CHM,123
3D,CoP,DSC-CHM,47
3D,CoS2,DSC-CHM,62
3D,CoSe2,DSC-CHM,35
3D,Coal,CMT-CHM,57
3D,Coal,DSC-CHM,70
3D,Coated,APL-SMT,78
3D,Coated,CMT-DSC,108
3D,Coated,CMT-SMT,415
3D,Coated,DSC-DSC,424
3D,Coated,DSC-SMT,1338
3D,Coated,PRO-SMT,69
3D,Coatings,APL-APL,52
3D,Coatings,CMT-APL,343
3D,Coatings,CMT-SMT,73
3D,Coatings,DSC-APL,1079
3D,Coatings,DSC-SMT,416
3D,Coatings,PRO-APL,61
3D,Coaxial,DSC-DSC,37
3D,Cobalt,CMT-CHM,47
3D,Cobalt,DSC-CHM,402
3D,Cobalt,PRO-CHM,48
3D,Cobalt (II),DSC-CHM,69
3D,Cobalt Sulfide,DSC-CHM,32
3D,Cobaltic Oxide,DSC-CHM,52
3D,Cocatalyst,DSC-APL,35
3D,Cocrystal,DSC-DSC,77
3D,Codoped,DSC-DSC,62
3D,Coercivity,DSC-PRO,32
3D,Cofs,DSC-APL,64
3D,Cohesion,DSC-PRO,31
3D,Coil,DSC-APL,31
3D,Coin Cell,DSC-APL,50
3D,Collagen,DSC-PRO,39
3D,Collagen Fiber,DSC-CHM,30
3D,Collector,CMT-APL,32
3D,Collector,DSC-APL,83
3D,Colloid Nanoparticle,DSC-DSC,75
3D,Colloidal,CMT-DSC,39
3D,Colloidal,DSC-DSC,164
3D,Colloidal Crystals,DSC-DSC,151
3D,Colloidal Solution,DSC-DSC,38
3D,Colloidal Suspension,DSC-DSC,43
3D,Colloids,CMT-DSC,40
3D,Colloids,DSC-DSC,148
3D,Color,CMT-CMT,45
3D,Color,CMT-PRO,133
3D,Color,DSC-CMT,62
3D,Color,DSC-PRO,345
3D,Color,PRO-PRO,67
3D,Color Figure,CMT-CMT,40
3D,Color Figure,DSC-CMT,32
3D,Colors,DSC-PRO,36
3D,Colour Map,CMT-CMT,33
3D,Colour Map,DSC-CMT,35
3D,Columns,CMT-APL,58
3D,Columns,DSC-APL,100
3D,Columns,DSC-DSC,68
3D,Combustion,DSC-SMT,36
3D,Compaction,DSC-SMT,38
3D,Complex Permittivity,CMT-PRO,38
3D,Components,DSC-APL,44
3D,Composite,APL-DSC,96
3D,Composite,CMT-DSC,769
3D,Composite,DSC-APL,48
3D,Composite,DSC-DSC,4085
3D,Composite,PRO-DSC,236
3D,Composite,SMT-DSC,88
3D,Composite Aerogels,DSC-DSC,58
3D,Composite Fibre,DSC-DSC,53
3D,Composite Film,CMT-DSC,63
3D,Composite Film,DSC-DSC,240
3D,Composite Hydrogel,DSC-DSC,72
3D,Composite Membrane,DSC-DSC,48
3D,Composite Microspheres,DSC-DSC,33
3D,Composite Nanofiber,DSC-DSC,31
3D,Composite Powder,DSC-DSC,35
3D,Composite Scaffolds,DSC-DSC,54
3D,Compositionally,DSC-PRO,36
3D,Compositions,APL-PRO,33
3D,Compositions,CMT-PRO,460
3D,Compositions,DSC-PRO,1306
3D,Compositions,PRO-PRO,129
3D,Compositions,SMT-PRO,33
3D,Compressibility,DSC-PRO,48
3D,Compressible,DSC-PRO,56
3D,Compression Test,CMT-CMT,34
3D,Compression Test,DSC-CMT,102
3D,Compressional,DSC-SMT,81
3D,Compressive Modulus,DSC-PRO,89
3D,Compressive Strength,CMT-PRO,51
3D,Compressive Strength,DSC-PRO,181
3D,Compressive Stress,DSC-PRO,59
3D,Compressive Stress Strain Curve,DSC-CMT,30
3D,Computational Efficiency,DSC-PRO,30
3D,Computational Fluid Dynamics,CMT-CMT,51
3D,Computational Fluid Dynamics,DSC-CMT,52
3D,Computed Tomography,CMT-CMT,32
3D,Computer-Aided Design,DSC-CMT,65
3D,Concentration,CMT-PRO,98
3D,Concentration,DSC-PRO,127
3D,Concentration Profile,CMT-PRO,37
3D,Concentration Profile,DSC-PRO,47
3D,Condition,DSC-PRO,51
3D,Conductance,CMT-PRO,36
3D,Conductance,DSC-PRO,103
3D,Conducting,DSC-PRO,297
3D,Conduction,DSC-PRO,79
3D,Conduction Band,CMT-PRO,47
3D,Conduction Band,DSC-PRO,142
3D,Conduction Band,PRO-PRO,45
3D,Conduction Band Minima,DSC-PRO,32
3D,Conductive,APL-PRO,84
3D,Conductive,CMT-PRO,115
3D,Conductive,DSC-PRO,1332
3D,Conductive,PRO-PRO,72
3D,Conductive,SMT-PRO,31
3D,Conductive Network,DSC-PRO,151
3D,Conductive Pathway,DSC-PRO,38
3D,Conductivity,APL-PRO,48
3D,Conductivity,CMT-PRO,161
3D,Conductivity,DSC-PRO,1064
3D,Conductivity,PRO-PRO,81
3D,Conductors,DSC-PRO,89
3D,Cones,DSC-DSC,30
3D,Configurations,DSC-PRO,38
3D,Confocal,CMT-CMT,34
3D,Confocal,DSC-CMT,75
3D,Confocal Fluorescence Microscopy,DSC-CMT,40
3D,Confocal Image,CMT-CMT,80
3D,Confocal Image,DSC-CMT,237
3D,Confocal Imaging,DSC-CMT,34
3D,Confocal Laser Scanning Microscopy,CMT-CMT,31
3D,Confocal Laser Scanning Microscopy,DSC-CMT,80
3D,Confocal Micrograph,DSC-CMT,45
3D,Confocal Microscope,CMT-CMT,37
3D,Confocal Microscope,DSC-CMT,83
3D,Confocal Microscopy,CMT-CMT,117
3D,Confocal Microscopy,DSC-CMT,284
3D,Conformation,DSC-PRO,47
3D,Congo Red,DSC-CHM,45
3D,Connectivity,CMT-PRO,34
3D,Connectivity,DSC-PRO,93
3D,Construction,DSC-APL,33
3D,Contact Angle,CMT-PRO,177
3D,Contact Angle,DSC-PRO,312
3D,Contact Angle Measurement,DSC-CMT,39
3D,Contact Area,DSC-PRO,121
3D,Contact Resistance,DSC-PRO,62
3D,Contacts,CMT-APL,82
3D,Contacts,DSC-APL,225
3D,Contacts,DSC-PRO,36
3D,Container,DSC-APL,31
3D,Content,DSC-PRO,41
3D,Contour,CMT-CMT,43
3D,Contour,DSC-CMT,42
3D,Contour Map,CMT-CMT,32
3D,Contour Plot,CMT-CMT,106
3D,Contour Plot,DSC-CMT,30
3D,Contrast,CMT-PRO,38
3D,Contrast,DSC-PRO,38
3D,Conversion,DSC-APL,80
3D,Conversion Efficiency,DSC-PRO,68
3D,Cooled,CMT-SMT,30
3D,Cooled,DSC-SMT,68
3D,Cooling,CMT-SMT,224
3D,Cooling,DSC-APL,31
3D,Cooling,DSC-SMT,397
3D,Cooling,PRO-SMT,42
3D,Coordination,DSC-DSC,161
3D,Coordination,DSC-PRO,802
3D,Coordination,PRO-DSC,36
3D,Coordination,PRO-PRO,101
3D,Coordination Environment,CMT-PRO,41
3D,Coordination Environment,DSC-PRO,2150
3D,Coordination Environment,PRO-PRO,420
3D,Coordination Framework,DSC-PRO,106
3D,Coordination Geometry,DSC-PRO,223
3D,Coordination Geometry,PRO-PRO,42
3D,Coordination Mode,DSC-PRO,989
3D,Coordination Mode,PRO-PRO,220
3D,Coordination Network,DSC-PRO,152
3D,Coordination Network,PRO-PRO,36
3D,Coordination Number,CMT-PRO,37
3D,Coordination Number,DSC-PRO,115
3D,Coordination Polyhedron,DSC-PRO,34
3D,Coordination Polymer,DSC-APL,34
3D,Coordination Polymer,DSC-DSC,506
3D,Coordination Polymer,DSC-PRO,458
3D,Coordination Polymer,PRO-DSC,79
3D,Coordination Polymer,PRO-PRO,68
3D,Coordination Sphere,DSC-PRO,57
3D,Copolymer,CMT-DSC,47
3D,Copolymer,DSC-DSC,142
3D,Copper,APL-CHM,47
3D,Copper,CMT-CHM,233
3D,Copper,DSC-CHM,917
3D,Copper,PRO-CHM,91
3D,Copper I,DSC-CHM,39
3D,Copper II,DSC-CHM,169
3D,Core,CMT-DSC,145
3D,Core,DSC-APL,41
3D,Core,DSC-DSC,432
3D,Core,DSC-PRO,30
3D,Core,PRO-DSC,33
3D,Core Level,CMT-CMT,58
3D,Core Level,CMT-PRO,36
3D,Core Level,PRO-PRO,33
3D,Core Level XPS,CMT-CMT,36
3D,Core Shell,CMT-DSC,53
3D,Core Shell,DSC-DSC,314
3D,Core Shell Nanoparticle,DSC-DSC,42
3D,Core Shell Nanostructure,DSC-DSC,46
3D,Core Shell Nanowires,DSC-DSC,38
3D,Core Shell Particle,DSC-DSC,33
3D,Core Shell Structures,DSC-DSC,77
3D,Core Shell Structures,DSC-PRO,34
3D,Cores,CMT-DSC,37
3D,Cores,DSC-DSC,62
3D,Correlation Coefficient,CMT-PRO,50
3D,Correlation Coefficient,DSC-PRO,49
3D,Correlation Lengths,DSC-PRO,34
3D,Corrosion Resistance,DSC-PRO,40
3D,Cotton,DSC-DSC,39
3D,Coulombic Efficiency,CMT-PRO,92
3D,Coulombic Efficiency,DSC-PRO,768
3D,Coulombic Efficiency,PRO-PRO,32
3D,Coumarins,DSC-CHM,30
3D,Counter Electrode,CMT-APL,61
3D,Counter Electrode,DSC-APL,210
3D,Coverslip,DSC-DSC,59
3D,Cr,CMT-CHM,131
3D,Cr,DSC-CHM,253
3D,Cr,PRO-CHM,67
3D,Cr(VI),DSC-CHM,80
3D,Cr2O7,DSC-CHM,54
3D,Cr3+,DSC-CHM,44
3D,Crack,DSC-PRO,45
3D,Crack Front,DSC-PRO,39
3D,Crack Length,DSC-PRO,46
3D,Crack Path,DSC-PRO,34
3D,Crack Patterns,DSC-PRO,34
3D,Crack Propagation,DSC-PRO,37
3D,Crack Tip,DSC-PRO,43
3D,Creative Commons Attribution 4.0,DSC-CMT,56
3D,Critical Points,DSC-PRO,44
3D,Critical Temperature TC,DSC-PRO,47
3D,Cross,CMT-CMT,33
3D,Cross,DSC-CMT,74
3D,Cross,DSC-DSC,34
3D,Cross,DSC-PRO,56
3D,Cross Section,CMT-CMT,59
3D,Cross Section,CMT-DSC,107
3D,Cross Section,CMT-PRO,105
3D,Cross Section,DSC-CMT,72
3D,Cross Section,DSC-DSC,206
3D,Cross Section,DSC-PRO,142
3D,Cross Section Profile,CMT-CMT,37
3D,Cross Section SEM,CMT-CMT,47
3D,Cross Section SEM,DSC-CMT,170
3D,Cross Sectional Area,DSC-PRO,35
3D,Cross Sectional Image,DSC-CMT,35
3D,Cross Sectional Morphology,DSC-PRO,34
3D,Cross Sectional SEM,CMT-CMT,122
3D,Cross Sectional SEM,DSC-CMT,607
3D,Cross Sectional TEM,CMT-CMT,54
3D,Cross Sectional TEM,DSC-CMT,115
3D,Cross-Linking,DSC-SMT,157
3D,Crosslinked,DSC-DSC,64
3D,Crosslinked,DSC-SMT,114
3D,Crosslinking Density,DSC-PRO,30
3D,Crumpled,DSC-DSC,65
3D,Crust,CMT-DSC,36
3D,Crust,DSC-DSC,31
3D,CryoTEM,DSC-CMT,40
3D,Crystal,CMT-DSC,477
3D,Crystal,DSC-APL,45
3D,Crystal,DSC-CMT,239
3D,Crystal,DSC-DSC,1992
3D,Crystal,DSC-PRO,165
3D,Crystal,PRO-CMT,38
3D,Crystal,PRO-DSC,308
3D,Crystal,PRO-PRO,40
3D,Crystal,SPL-DSC,43
3D,Crystal Data,DSC-CMT,631
3D,Crystal Data,PRO-CMT,118
3D,Crystal Lattice,DSC-DSC,72
3D,Crystal Orientation,DSC-PRO,50
3D,Crystal Packings,CMT-PRO,35
3D,Crystal Packings,DSC-PRO,191
3D,Crystal Structure,CMT-PRO,340
3D,Crystal Structure,DSC-CMT,46
3D,Crystal Structure,DSC-PRO,1940
3D,Crystal Structure,PRO-PRO,307
3D,Crystal Structure,SPL-PRO,57
3D,Crystal Surface,DSC-DSC,36
3D,Crystal Violet,DSC-CHM,54
3D,Crystalline,CMT-DSC,204
3D,Crystalline,DSC-DSC,814
3D,Crystalline,DSC-PRO,45
3D,Crystalline,PRO-DSC,86
3D,Crystalline Structure,DSC-PRO,127
3D,Crystallinity,CMT-PRO,40
3D,Crystallinity,DSC-PRO,299
3D,Crystallite,CMT-DSC,46
3D,Crystallite,DSC-DSC,125
3D,Crystallite Size,CMT-PRO,68
3D,Crystallite Size,DSC-PRO,50
3D,Crystallization,DSC-SMT,32
3D,Crystallographic Orientation,DSC-PRO,65
3D,Crystallographic Parameters,DSC-PRO,43
3D,Crystallography,DSC-CMT,132
3D,Crystallography,DSC-PRO,78
3D,Crystallography,PRO-CMT,40
3D,Cs,DSC-CHM,86
3D,Cs+,DSC-CHM,70
3D,CsPbBr3,DSC-CHM,89
3D,CsPbI3,DSC-CHM,47
3D,Cu,APL-CHM,75
3D,Cu,CMT-CHM,468
3D,Cu,DSC-CHM,1836
3D,Cu,PRO-CHM,255
3D,Cu(I),DSC-CHM,101
3D,Cu(II),CMT-CHM,34
3D,Cu(II),DSC-CHM,425
3D,Cu(II),PRO-CHM,80
3D,Cu(OH)2,DSC-CHM,40
3D,Cu1,DSC-CHM,42
3D,Cu2,DSC-CHM,40
3D,Cu2+,CMT-CHM,48
3D,Cu2+,DSC-CHM,266
3D,Cu2+,PRO-CHM,34
3D,Cu2O,DSC-CHM,151
3D,Cu2S,DSC-CHM,41
3D,CuCl2,DSC-CHM,40
3D,CuI,DSC-CHM,104
3D,CuO,CMT-CHM,52
3D,CuO,DSC-CHM,226
3D,CuS,DSC-CHM,74
3D,Cubane,DSC-CHM,60
3D,Cube,CMT-DSC,38
3D,Cube,DSC-DSC,123
3D,Cubes,CMT-DSC,50
3D,Cubes,DSC-DSC,146
3D,Cubic,CMT-SPL,182
3D,Cubic,DSC-DSC,38
3D,Cubic,DSC-SPL,918
3D,Cubic,PRO-SPL,85
3D,Cubic,SPL-SPL,36
3D,Cubic Perovskites,DSC-SPL,32
3D,Cuboid,DSC-DSC,48
3D,Culture,DSC-DSC,42
3D,Culture,DSC-SMT,39
3D,Cured,DSC-SMT,80
3D,Curie Weiss Fitting,DSC-CMT,45
3D,Curie Weiss Law,DSC-CMT,77
3D,Curing,DSC-SMT,119
3D,Current,CMT-PRO,101
3D,Current,DSC-PRO,245
3D,Current Collector,APL-APL,45
3D,Current Collector,CMT-APL,42
3D,Current Collector,DSC-APL,405
3D,Current Collectors,DSC-APL,167
3D,Current Densities,DSC-PRO,127
3D,Current Density,CMT-PRO,180
3D,Current Density,DSC-PRO,617
3D,Current Density Voltage,DSC-PRO,38
3D,Current Efficiency,DSC-PRO,44
3D,Current Response,DSC-PRO,86
3D,Current Versus Voltage Characteristics,DSC-PRO,51
3D,Current Voltage Curve,DSC-CMT,35
3D,Curvature,CMT-PRO,62
3D,Curvature,DSC-PRO,99
3D,Curve Fitting,CMT-CMT,51
3D,Curves,CMT-CMT,204
3D,Curves,DSC-CMT,402
3D,Curves,DSC-PRO,52
3D,Curves,PRO-CMT,37
3D,Cut,DSC-SMT,49
3D,Cutting,CMT-SMT,41
3D,Cutting,DSC-SMT,80
3D,Cyan,DSC-CHM,102
3D,Cyanides,DSC-CHM,63
3D,Cyano,DSC-CHM,39
3D,Cycle,DSC-PRO,40
3D,Cycle Life,DSC-PRO,306
3D,Cycle Number,DSC-PRO,36
3D,Cycle Performance,CMT-PRO,45
3D,Cycle Performance,DSC-PRO,375
3D,Cycle Stability,DSC-PRO,277
3D,Cycleability,DSC-PRO,190
3D,Cyclic Performance,DSC-PRO,172
3D,Cyclic Stability,DSC-PRO,198
3D,Cyclic Voltammetry,CMT-CMT,100
3D,Cyclic Voltammetry,DSC-CMT,685
3D,Cyclic Voltammetry,PRO-CMT,31
3D,Cyclic Voltammogram,CMT-CMT,278
3D,Cyclic Voltammogram,DSC-CMT,824
3D,Cyclic Voltammogram,PRO-CMT,54
3D,Cycling,DSC-PRO,75
3D,Cycling Behaviour,DSC-PRO,58
3D,Cycling Capacity,DSC-PRO,36
3D,Cycling Life,DSC-PRO,79
3D,Cycling Performance,CMT-PRO,201
3D,Cycling Performance,DSC-PRO,1257
3D,Cycling Performance,PRO-PRO,37
3D,Cycling Stability,APL-PRO,33
3D,Cycling Stability,CMT-PRO,52
3D,Cycling Stability,DSC-PRO,1187
3D,Cycling Stability,PRO-PRO,35
3D,Cycling Test,DSC-CMT,96
3D,Cyclohexane,CMT-CHM,33
3D,Cyclohexane,DSC-CHM,117
3D,Cylinder,CMT-DSC,136
3D,Cylinder,DSC-APL,34
3D,Cylinder,DSC-DSC,307
3D,Cylindrical,CMT-DSC,45
3D,Cylindrical,DSC-DSC,108
3D,Cysteines,DSC-CHM,81
3D,Cytocompatibility,DSC-PRO,41
3D,Cytoskeleton,DSC-PRO,59
3D,Cytotoxicity,CMT-PRO,65
3D,Cytotoxicity,DSC-PRO,230
3D,C–D,DSC-CHM,55
3D,C–F,DSC-CHM,50
3D,C–H,DSC-CHM,77
3D,D-Spacing,CMT-PRO,31
3D,D-Spacing,DSC-PRO,51
3D,D2O,CMT-CHM,55
3D,D2O,DSC-CHM,72
3D,DABCO,DSC-CHM,37
3D,DAPI,CMT-CHM,126
3D,DAPI,DSC-CHM,462
3D,DEM,CMT-CMT,66
3D,DEM,DSC-CMT,82
3D,DFT,CMT-CMT,150
3D,DFT,DSC-CMT,454
3D,DFT,PRO-CMT,93
3D,DFT Calculations,CMT-CMT,56
3D,DFT Calculations,DSC-CMT,156
3D,DFT Calculations,PRO-CMT,34
3D,DIC,CMT-CMT,43
3D,DIC,DSC-CMT,72
3D,DLS,CMT-CMT,90
3D,DLS,DSC-CMT,117
3D,DLW,DSC-SMT,37
3D,DMA,CMT-CHM,36
3D,DMA,DSC-CHM,154
3D,DMC,DSC-CHM,37
3D,DME,DSC-CHM,34
3D,DMF,CMT-CHM,121
3D,DMF,DSC-CHM,789
3D,DMF,PRO-CHM,112
3D,DMSO,CMT-CHM,93
3D,DMSO,DSC-CHM,315
3D,DNA,DSC-APL,39
3D,DNA,DSC-PRO,63
3D,DNA Content,DSC-PRO,37
3D,DNS,DSC-CMT,31
3D,DOS,CMT-PRO,90
3D,DOS,DSC-PRO,168
3D,DOS,PRO-PRO,69
3D,DOX,CMT-CHM,32
3D,DOX,DSC-CHM,104
3D,DPV,DSC-CMT,70
3D,DRS,CMT-CMT,34
3D,DRS,DSC-CMT,42
3D,DS,DSC-PRO,30
3D,DSC,CMT-CMT,156
3D,DSC,DSC-CMT,392
3D,DSC,PRO-CMT,53
3D,DSSCS,DSC-APL,138
3D,DTA,CMT-CMT,32
3D,DTA,DSC-CMT,73
3D,DTG,CMT-CHM,42
3D,DTG,DSC-CHM,45
3D,Damage,DSC-PRO,33
3D,Dark Currents,DSC-PRO,46
3D,Dark Field Image,CMT-CMT,33
3D,Dark Field Image,DSC-CMT,36
3D,Dark Field STEM,DSC-CMT,50
3D,Dealloying,DSC-SMT,80
3D,Decay Curve,DSC-CMT,37
3D,Decellularized,DSC-SMT,46
3D,Defect,CMT-PRO,47
3D,Defect,DSC-PRO,189
3D,Defect Density,DSC-PRO,35
3D,Defect Free,DSC-PRO,44
3D,Deformability,DSC-PRO,35
3D,Deformations,CMT-SMT,42
3D,Deformations,DSC-PRO,51
3D,Deformations,DSC-SMT,57
3D,Degradability,DSC-PRO,31
3D,Degradation,DSC-APL,91
3D,Degradation Efficiency,DSC-PRO,45
3D,Degussa,DSC-CHM,31
3D,Dehydrated,DSC-SMT,48
3D,Dehydration,DSC-SMT,95
3D,Delithiation,DSC-SMT,62
3D,Delivery,DSC-APL,39
3D,Dendrimers,DSC-DSC,54
3D,Dendrite,CMT-DSC,30
3D,Dendrite,DSC-APL,35
3D,Dendrite,DSC-DSC,121
3D,Dendrite,DSC-PRO,39
3D,Dendrites,CMT-DSC,42
3D,Dendrites,DSC-DSC,194
3D,Dendritic,CMT-DSC,33
3D,Dendritic,DSC-DSC,147
3D,Dense,CMT-PRO,38
3D,Dense,DSC-PRO,198
3D,Densification,DSC-SMT,45
3D,Densities,CMT-PRO,53
3D,Densities,DSC-PRO,175
3D,Density,APL-PRO,46
3D,Density,CMT-PRO,397
3D,Density,DSC-PRO,1071
3D,Density,PRO-PRO,122
3D,Density,SMT-PRO,40
3D,Density Functional Theory,DSC-CMT,221
3D,Density Functional Theory,PRO-CMT,64
3D,Density of States,CMT-PRO,75
3D,Density of States,DSC-PRO,204
3D,Density of States,PRO-PRO,86
3D,Density-Functional Theory Calculations,DSC-CMT,97
3D,Deposition,DSC-SMT,40
3D,Depth Profile,CMT-CMT,36
3D,Desolvated,DSC-SMT,60
3D,Desorption,DSC-CMT,65
3D,Desorption Isotherm,DSC-CMT,105
3D,Detection,CMT-APL,42
3D,Detection,DSC-APL,227
3D,Detection Limit,DSC-PRO,354
3D,Detectivity,DSC-PRO,38
3D,Detector,APL-APL,54
3D,Detector,CMT-APL,103
3D,Detector,DSC-APL,158
3D,Deviation,CMT-PRO,30
3D,Deviation,DSC-PRO,38
3D,Device,CMT-APL,53
3D,Device,DSC-APL,252
3D,Device,DSC-PRO,37
3D,Device Performance,DSC-PRO,125
3D,Dexamethasone,DSC-CHM,32
3D,Dia,DSC-SPL,73
3D,Diagram,CMT-CMT,46
3D,Diagram,DSC-CMT,95
3D,Diagram,DSC-PRO,40
3D,Diamagnetic,DSC-PRO,32
3D,Diameter,DSC-PRO,33
3D,Diamines,DSC-CHM,36
3D,Diamondoid,DSC-CHM,142
3D,Diamondoid,DSC-SPL,160
3D,Diamonds,CMT-CHM,273
3D,Diamonds,DSC-CHM,764
3D,Diamonds,DSC-SPL,93
3D,Diamonds,PRO-CHM,115
3D,Diblock Copolymer,DSC-DSC,40
3D,Dicarboxylate,DSC-CHM,139
3D,Dicarboxylic Acid,DSC-CHM,41
3D,Dichloromethane,CMT-CHM,38
3D,Dichloromethane,DSC-CHM,85
3D,Dicyanamide,DSC-CHM,42
3D,Dielectric,CMT-PRO,49
3D,Dielectric,DSC-APL,44
3D,Dielectric,DSC-PRO,254
3D,Dielectric,PRO-PRO,36
3D,Dielectric Constant,CMT-PRO,53
3D,Dielectric Constant,DSC-PRO,105
3D,Dielectric Constants,DSC-PRO,41
3D,Dielectric Function,DSC-PRO,35
3D,Dielectric Loss,DSC-PRO,59
3D,Dielectric Properties,DSC-PRO,43
3D,Differential Scanning Calorimetry,DSC-CMT,97
3D,Diffraction,CMT-CMT,61
3D,Diffraction,CMT-PRO,31
3D,Diffraction,DSC-CMT,83
3D,Diffraction,DSC-PRO,64
3D,Diffraction Pattern,CMT-CMT,97
3D,Diffraction Pattern,DSC-CMT,136
3D,Diffraction Peak,DSC-PRO,42
3D,Diffused Reflectance,DSC-CMT,72
3D,Diffusion,DSC-PRO,60
3D,Diffusion Coefficient,CMT-PRO,71
3D,Diffusion Coefficient,DSC-PRO,139
3D,Diffusion Length,DSC-PRO,60
3D,Diffusion Paths,DSC-PRO,35
3D,Diffusivity,DSC-PRO,78
3D,Digital Camera,DSC-CMT,49
3D,Digital Elevation Model,CMT-CMT,36
3D,Digital Images,CMT-CMT,32
3D,Digital Images,DSC-CMT,102
3D,Digital Photo,DSC-CMT,88
3D,Digital Photograph,CMT-CMT,44
3D,Digital Photograph,DSC-CMT,156
3D,Dihedral Angle,CMT-PRO,43
3D,Dihedral Angle,DSC-PRO,92
3D,Dimensional,CMT-CMT,48
3D,Dimensional,DSC-CMT,82
3D,Dimensional,DSC-DSC,417
3D,Dimensional,DSC-PRO,39
3D,Dimensional,PRO-DSC,91
3D,Dimensional,PRO-PRO,51
3D,Dimensionalities,DSC-PRO,53
3D,Dimers,DSC-DSC,68
3D,Dimethylformamide,DSC-CHM,49
3D,Dimethylsulfoxide,DSC-CHM,47
3D,Diodes,DSC-APL,62
3D,Dioxane,DSC-CHM,40
3D,Dip Coating,DSC-SMT,79
3D,Dipole,DSC-PRO,31
3D,Dipole Moment,DSC-PRO,60
3D,Dirac Cones,DSC-PRO,34
3D,Dirac Point,DSC-PRO,50
3D,Dirac Point,PRO-PRO,30
3D,Dirac Semimetal,PRO-PRO,32
3D,Direct Ink Writing,DSC-SMT,47
3D,Direct Laser Writing,DSC-SMT,54
3D,Disc,CMT-DSC,32
3D,Disc,DSC-DSC,71
3D,Discharge,CMT-PRO,62
3D,Discharge,DSC-CMT,47
3D,Discharge,DSC-PRO,274
3D,Discharge Capacity,CMT-PRO,46
3D,Discharge Capacity,DSC-PRO,541
3D,Discharge Charge Curve,DSC-CMT,53
3D,Discharge Charge Profile,DSC-PRO,59
3D,Discharge Current,DSC-PRO,47
3D,Discharge Current Density,DSC-PRO,43
3D,Discharge Curves,CMT-CMT,33
3D,Discharge Curves,CMT-PRO,30
3D,Discharge Curves,DSC-CMT,172
3D,Discharge Curves,DSC-PRO,155
3D,Discharge Profile,DSC-PRO,134
3D,Discharge Rate,DSC-PRO,45
3D,Discharge Voltage,DSC-PRO,60
3D,Discs,CMT-DSC,36
3D,Discs,DSC-DSC,66
3D,Disk,CMT-DSC,71
3D,Disk,DSC-DSC,127
3D,Disks,CMT-DSC,30
3D,Disks,DSC-DSC,76
3D,Dislocation,CMT-PRO,45
3D,Dislocation,DSC-PRO,120
3D,Dislocation Density,DSC-PRO,40
3D,Disorder,DSC-PRO,40
3D,Disordered,DSC-DSC,73
3D,Disordered,DSC-PRO,78
3D,Dispersion,CMT-DSC,32
3D,Dispersion,CMT-PRO,36
3D,Dispersion,DSC-DSC,78
3D,Dispersion,DSC-PRO,73
3D,Dispersion Relations,DSC-PRO,37
3D,Displacement,CMT-PRO,55
3D,Displacement,DSC-PRO,74
3D,Displacement Ellipsoid,DSC-CMT,75
3D,Displacement Field,CMT-PRO,33
3D,Displacement Field,DSC-PRO,36
3D,Displays,DSC-APL,51
3D,Dissolution,CMT-SMT,42
3D,Dissolution,DSC-SMT,122
3D,Distance,CMT-PRO,41
3D,Distance,DSC-PRO,89
3D,Distribution,CMT-CMT,75
3D,Distribution,CMT-PRO,38
3D,Distribution,DSC-CMT,85
3D,Distribution,DSC-PRO,59
3D,Disulfide,DSC-CHM,64
3D,Dma,DSC-CMT,38
3D,Domain Size,DSC-PRO,47
3D,Domains,CMT-PRO,75
3D,Domains,DSC-PRO,108
3D,Dopamine,DSC-CHM,130
3D,Doped,APL-DSC,44
3D,Doped,CMT-DSC,341
3D,Doped,DSC-DSC,1672
3D,Doped,PRO-DSC,148
3D,Doped Porous,DSC-DSC,92
3D,Doping,CMT-SMT,42
3D,Doping,DSC-PRO,32
3D,Doping,DSC-SMT,246
3D,Doping,PRO-SMT,43
3D,Doping Concentration,DSC-PRO,34
3D,Double Chain,DSC-DSC,111
3D,Double Layer Capacitance,DSC-PRO,52
3D,Double Layered,DSC-DSC,208
3D,Double Layered,PRO-DSC,42
3D,Double Perovskite,DSC-SPL,36
3D,Doublers,DSC-APL,32
3D,Doublers,DSC-DSC,82
3D,Doxorubicin,DSC-CHM,104
3D,Drag Coefficient,DSC-PRO,32
3D,Drain,CMT-APL,31
3D,Drain,DSC-APL,62
3D,Drain Currents,DSC-PRO,35
3D,Dried,CMT-SMT,71
3D,Dried,DSC-SMT,184
3D,Drifts,CMT-CMT,44
3D,Drop Casting,DSC-SMT,53
3D,Droplets,CMT-DSC,137
3D,Droplets,DSC-APL,32
3D,Droplets,DSC-DSC,336
3D,Drug,DSC-APL,38
3D,Drug Delivery,DSC-APL,178
3D,Drug Delivery System,DSC-APL,38
3D,Drug Discovery,DSC-APL,39
3D,Drug Resistance,DSC-PRO,33
3D,Drug Screening,DSC-APL,65
3D,Drying,CMT-SMT,78
3D,Drying,DSC-SMT,242
3D,Dssc,DSC-APL,119
3D,Dtg,CMT-CMT,51
3D,Dtg,DSC-CMT,40
3D,Ductile,CMT-PRO,32
3D,Ductile,DSC-PRO,44
3D,Ductility,DSC-PRO,52
3D,Durability,CMT-PRO,33
3D,Durability,DSC-PRO,332
3D,Durability Test,CMT-CMT,33
3D,Durability Test,DSC-CMT,75
3D,Durable,DSC-PRO,55
3D,Dye-Sensitized Solar Cell,DSC-APL,46
3D,Dye-Sensitized Solar Cells,DSC-APL,118
3D,Dynamic Behavior,DSC-PRO,40
3D,Dynamic Light Scattering,DSC-CMT,60
3D,Dynamical Response,CMT-PRO,31
3D,Dynamical Response,DSC-PRO,78
3D,Dynamics,CMT-PRO,49
3D,Dynamics,DSC-PRO,76
3D,D–F,CMT-CHM,50
3D,D–F,DSC-CHM,116
3D,E Staining,DSC-CMT,30
3D,EBSD,CMT-CMT,86
3D,EBSD,DSC-CMT,85
3D,EC,DSC-APL,50
3D,EC,DSC-PRO,52
3D,ECM,DSC-APL,47
3D,ECM,DSC-DSC,124
3D,ECM,DSC-PRO,54
3D,ECS,DSC-APL,54
3D,EDLC,DSC-APL,33
3D,EDLCS,DSC-APL,37
3D,EDS,CMT-CHM,50
3D,EDS,CMT-CMT,456
3D,EDS,DSC-CHM,104
3D,EDS,DSC-CMT,687
3D,EDS,PRO-CMT,46
3D,EDS Elemental Mapping,CMT-CMT,38
3D,EDS Elemental Mapping,DSC-CMT,73
3D,EDS Mapping,CMT-CMT,94
3D,EDS Mapping,DSC-CMT,185
3D,EDTA,DSC-CHM,72
3D,EDX,CMT-CMT,357
3D,EDX,DSC-CMT,489
3D,EDX,PRO-CMT,34
3D,EDX Elemental Mapping,CMT-CMT,46
3D,EDX Elemental Mapping,DSC-CMT,64
3D,EDX Mapping,CMT-CMT,70
3D,EDX Mapping,DSC-CMT,123
3D,EIS,CMT-CMT,42
3D,EIS,DSC-CMT,163
3D,EIS Nyquist Plot,CMT-CMT,38
3D,EIS Nyquist Plot,DSC-CMT,42
3D,ELISA,DSC-CMT,95
3D,EMT,DSC-PRO,30
3D,EPD,DSC-SMT,35
3D,EQE,CMT-CMT,51
3D,EQE,CMT-PRO,34
3D,EQE,DSC-CMT,116
3D,EQE,DSC-PRO,82
3D,ESEM,DSC-CMT,34
3D,ESI MS,DSC-CMT,36
3D,ESR,CMT-CMT,46
3D,ESR,DSC-CMT,88
3D,EV,DSC-PRO,31
3D,EXAFS,CMT-CMT,50
3D,EXAFS,DSC-CMT,69
3D,Ebl,DSC-SMT,33
3D,Ecsa,DSC-PRO,48
3D,Edax,CMT-CMT,37
3D,Edge,DSC-DSC,32
3D,Edge,DSC-PRO,47
3D,Edge Length,DSC-PRO,36
3D,Eels,CMT-CMT,52
3D,Eels,DSC-CMT,71
3D,Effect,DSC-PRO,65
3D,Effective,CMT-PRO,35
3D,Effective,DSC-PRO,87
3D,Efficiencies,DSC-PRO,70
3D,Efficiency,CMT-PRO,106
3D,Efficiency,DSC-PRO,562
3D,Eigenvalue,DSC-PRO,34
3D,Eis,CMT-CMT,186
3D,Eis,DSC-CMT,471
3D,El,DSC-CMT,71
3D,Elastic,CMT-PRO,95
3D,Elastic,DSC-PRO,275
3D,Elastic,PRO-PRO,37
3D,Elastic Constant,DSC-PRO,41
3D,Elastic Modulus,CMT-PRO,93
3D,Elastic Modulus,DSC-PRO,274
3D,Elastic Property,CMT-PRO,30
3D,Elastic Property,DSC-PRO,81
3D,Elasticity,DSC-PRO,142
3D,Elastomer,DSC-APL,40
3D,Elastomer,DSC-DSC,38
3D,Elastomer,DSC-PRO,75
3D,Elastomeric,DSC-PRO,96
3D,Electric,DSC-PRO,84
3D,Electric Conductivity,DSC-PRO,125
3D,Electric Double Layer,DSC-PRO,36
3D,Electric Field,CMT-PRO,63
3D,Electric Field,DSC-PRO,113
3D,Electric Field Distribution,CMT-PRO,31
3D,Electric Field Distribution,DSC-PRO,82
3D,Electric Potential,DSC-PRO,46
3D,Electric Vehicle,DSC-APL,50
3D,Electrical,DSC-PRO,236
3D,Electrical Characteristic,DSC-PRO,57
3D,Electrical Conductivity,CMT-PRO,69
3D,Electrical Conductivity,DSC-PRO,823
3D,Electrical Conductivity,PRO-PRO,39
3D,Electrical Contact,DSC-PRO,38
3D,Electrical Current,DSC-PRO,31
3D,Electrical Measurement,DSC-CMT,37
3D,Electrical Properties,CMT-PRO,41
3D,Electrical Properties,DSC-PRO,182
3D,Electrical Resistance,DSC-PRO,82
3D,Electrical Resistivity,DSC-PRO,77
3D,Electrically,DSC-PRO,30
3D,Electrically Conductive,DSC-PRO,89
3D,Electroactive,DSC-PRO,90
3D,Electrocatalysis,DSC-APL,97
3D,Electrocatalyst,CMT-APL,49
3D,Electrocatalyst,DSC-APL,652
3D,Electrocatalytic,DSC-PRO,31
3D,Electrocatalytic Activity,DSC-PRO,373
3D,Electrocatalytic Performance,DSC-PRO,164
3D,Electrocatalytic Property,DSC-PRO,42
3D,Electrochemical,DSC-APL,52
3D,Electrochemical,DSC-CMT,44
3D,Electrochemical,DSC-PRO,126
3D,Electrochemical,DSC-SMT,72
3D,Electrochemical Activity,DSC-PRO,118
3D,Electrochemical Analysis,DSC-CMT,35
3D,Electrochemical Applications,DSC-APL,45
3D,Electrochemical Behavior,DSC-PRO,155
3D,Electrochemical Biosensor,DSC-APL,42
3D,Electrochemical Capacitor,DSC-APL,67
3D,Electrochemical Cells,DSC-APL,69
3D,Electrochemical Characteristic,DSC-PRO,58
3D,Electrochemical Characterization,DSC-CMT,151
3D,Electrochemical Cycling,DSC-SMT,31
3D,Electrochemical Deposition,DSC-SMT,98
3D,Electrochemical Detection,DSC-APL,33
3D,Electrochemical Devices,DSC-APL,38
3D,Electrochemical Energy Storage,DSC-APL,68
3D,Electrochemical Energy Storage Device,DSC-APL,39
3D,Electrochemical Impedance,DSC-CMT,36
3D,Electrochemical Impedance Spectra,CMT-CMT,43
3D,Electrochemical Impedance Spectra,DSC-CMT,103
3D,Electrochemical Impedance Spectroscopy,CMT-CMT,65
3D,Electrochemical Impedance Spectroscopy,DSC-CMT,340
3D,Electrochemical Measurement,DSC-CMT,121
3D,Electrochemical Method,DSC-SMT,30
3D,Electrochemical Performance,APL-PRO,48
3D,Electrochemical Performance,CMT-PRO,110
3D,Electrochemical Performance,DSC-PRO,1725
3D,Electrochemical Performance,PRO-PRO,53
3D,Electrochemical Properties,CMT-PRO,40
3D,Electrochemical Properties,DSC-PRO,576
3D,Electrochemical Properties,PRO-PRO,40
3D,Electrochemical Reaction,DSC-APL,32
3D,Electrochemical Reduction,DSC-SMT,49
3D,Electrochemical Response,DSC-PRO,33
3D,Electrochemical Sensor,DSC-APL,86
3D,Electrochemical Society,DSC-CMT,84
3D,Electrochemical Stability,DSC-PRO,132
3D,Electrochemical Study,DSC-CMT,44
3D,Electrochemical Surface Area,DSC-PRO,31
3D,Electrochemical Test,DSC-CMT,81
3D,Electrochemical Water Splitting,DSC-APL,36
3D,Electrochemically Active,DSC-PRO,35
3D,Electrochemically Active Surface Area,DSC-PRO,73
3D,Electrochemistry,DSC-PRO,34
3D,Electrode,APL-APL,215
3D,Electrode,CMT-APL,741
3D,Electrode,DSC-APL,4486
3D,Electrode,PRO-APL,147
3D,Electrode,SMT-APL,33
3D,Electrode Material,DSC-APL,51
3D,Electrodeposition,CMT-SMT,43
3D,Electrodeposition,DSC-SMT,436
3D,Electrodeposits,CMT-SMT,37
3D,Electrodeposits,DSC-SMT,191
3D,Electrodes,APL-APL,186
3D,Electrodes,CMT-APL,569
3D,Electrodes,DSC-APL,2937
3D,Electrodes,PRO-APL,104
3D,Electroless Deposition,DSC-SMT,40
3D,Electroless Plating,DSC-SMT,40
3D,Electroluminescence,DSC-CMT,57
3D,Electrolysis,DSC-SMT,51
3D,Electrolyte,APL-APL,45
3D,Electrolyte,CMT-APL,186
3D,Electrolyte,DSC-APL,1221
3D,Electrolyte,PRO-APL,58
3D,Electrolyzer,DSC-APL,34
3D,Electromagnetic,DSC-PRO,30
3D,Electron Beam Lithography,DSC-SMT,48
3D,Electron Conductivity,DSC-PRO,39
3D,Electron Density,CMT-PRO,72
3D,Electron Density,DSC-PRO,92
3D,Electron Diffraction,CMT-CMT,52
3D,Electron Diffraction,DSC-CMT,105
3D,Electron Diffraction Pattern,CMT-CMT,30
3D,Electron Diffraction Pattern,DSC-CMT,47
3D,Electron Hole Pair,DSC-PRO,37
3D,Electron Lifetime,DSC-PRO,34
3D,Electron Micrograph,DSC-CMT,46
3D,Electron Microscopy,CMT-CMT,40
3D,Electron Microscopy,DSC-CMT,176
3D,Electron Mobility,DSC-PRO,51
3D,Electron Tomography,CMT-CMT,42
3D,Electron Tomography,DSC-CMT,44
3D,Electron Transfer,DSC-PRO,158
3D,Electron Transfer Number,DSC-PRO,63
3D,Electron Transport,DSC-PRO,309
3D,Electron Transporting Layer,DSC-APL,34
3D,Electronic,DSC-APL,58
3D,Electronic,DSC-PRO,221
3D,Electronic,PRO-PRO,56
3D,Electronic Band Structures,CMT-PRO,35
3D,Electronic Band Structures,DSC-PRO,113
3D,Electronic Components,DSC-APL,31
3D,Electronic Conductivity,DSC-PRO,235
3D,Electronic Devices,DSC-APL,118
3D,Electronic Properties,DSC-PRO,193
3D,Electronic Properties,PRO-PRO,46
3D,Electronic State,DSC-PRO,51
3D,Electronic Structure,CMT-PRO,41
3D,Electronic Structure,DSC-PRO,183
3D,Electronic Structure,PRO-PRO,116
3D,Electronic Structures,DSC-PRO,66
3D,Electronic Structures,PRO-PRO,34
3D,Electronics,DSC-APL,177
3D,Electrons,CMT-PRO,30
3D,Electrons,DSC-PRO,230
3D,Electrophoretic Deposition,DSC-SMT,48
3D,Electroplating,DSC-SMT,76
3D,Electropolymerization,DSC-SMT,51
3D,Electrospinning,DSC-SMT,266
3D,Electrospun,CMT-SMT,31
3D,Electrospun,DSC-DSC,35
3D,Electrospun,DSC-SMT,290
3D,Electrostatic Interaction,DSC-PRO,31
3D,Electrostatic Potential,CMT-PRO,39
3D,Electrostatic Potential,DSC-PRO,65
3D,Electrostatics,DSC-PRO,36
3D,Element Mapping,CMT-CMT,43
3D,Element Mapping,DSC-CMT,125
3D,Elemental,DSC-CMT,48
3D,Elemental Analysis,CMT-CMT,42
3D,Elemental Analysis,DSC-CMT,966
3D,Elemental Analysis,PRO-CMT,116
3D,Elemental Composition,CMT-PRO,54
3D,Elemental Composition,DSC-PRO,57
3D,Elemental Distribution,CMT-PRO,46
3D,Elemental Distribution,DSC-PRO,37
3D,Elemental Map,CMT-CMT,52
3D,Elemental Map,DSC-CMT,68
3D,Elemental Mapping,CMT-CMT,262
3D,Elemental Mapping,DSC-CMT,473
3D,Elements,DSC-APL,36
3D,Ellipsoids,DSC-CMT,88
3D,Elongation at Break,DSC-PRO,34
3D,Embryonic Stem Cell,DSC-APL,31
3D,Emission Band,DSC-PRO,43
3D,Emission Colour,DSC-PRO,33
3D,Emission Intensity,CMT-PRO,34
3D,Emission Intensity,DSC-PRO,154
3D,Emission Spectra,CMT-CMT,120
3D,Emission Spectra,DSC-CMT,815
3D,Emission Spectra,PRO-CMT,150
3D,Emission Spectrum,DSC-CMT,101
3D,Emission Wavelength,DSC-PRO,42
3D,Emissions,CMT-CMT,36
3D,Emissions,DSC-CMT,158
3D,Emissions,DSC-PRO,104
3D,Emissions,PRO-CMT,39
3D,Emitters,DSC-APL,73
3D,Emulsion,DSC-DSC,53
3D,Emulsions,DSC-DSC,55
3D,Endothelial,DSC-APL,63
3D,Endothelial,DSC-PRO,95
3D,Endothelial Cell,DSC-APL,83
3D,Endothelial Cell,DSC-PRO,41
3D,Energetic,DSC-PRO,73
3D,Energies,CMT-PRO,48
3D,Energies,DSC-PRO,87
3D,Energies,PRO-PRO,33
3D,Energy,CMT-PRO,92
3D,Energy,DSC-APL,77
3D,Energy,DSC-CMT,32
3D,Energy,DSC-PRO,340
3D,Energy,PRO-PRO,40
3D,Energy Application,DSC-APL,34
3D,Energy Band,DSC-PRO,45
3D,Energy Band Diagram,CMT-PRO,40
3D,Energy Band Diagram,DSC-PRO,115
3D,Energy Band Gap,DSC-PRO,31
3D,Energy Band Structure,DSC-PRO,47
3D,Energy Barrier,DSC-PRO,66
3D,Energy Conversion,DSC-APL,65
3D,Energy Conversion Efficiency,DSC-PRO,37
3D,Energy Conversion and Storage,DSC-APL,32
3D,Energy Densities,DSC-PRO,89
3D,Energy Density,APL-PRO,30
3D,Energy Density,CMT-PRO,30
3D,Energy Density,DSC-PRO,843
3D,Energy Diagram,DSC-CMT,45
3D,Energy Diagram,DSC-PRO,71
3D,Energy Dispersive Spectroscopy,DSC-CMT,56
3D,Energy Dispersive X-Ray,DSC-CMT,43
3D,Energy Dispersive X-Ray Spectroscopy,CMT-CMT,39
3D,Energy Dispersive X-Ray Spectroscopy,DSC-CMT,136
3D,Energy Efficiency,DSC-PRO,62
3D,Energy Gap,DSC-PRO,57
3D,Energy Landscape,DSC-PRO,35
3D,Energy Level,CMT-PRO,71
3D,Energy Level,DSC-PRO,196
3D,Energy Level,PRO-PRO,35
3D,Energy Level Alignment,DSC-PRO,38
3D,Energy Level Diagram,CMT-PRO,45
3D,Energy Level Diagram,DSC-CMT,37
3D,Energy Level Diagram,DSC-PRO,100
3D,Energy Storage,DSC-APL,370
3D,Energy Storage Application,DSC-APL,98
3D,Energy Storage Device,DSC-APL,292
3D,Energy Storage Performance,DSC-PRO,31
3D,Energy Storage System,DSC-APL,111
3D,Energy Transfer,DSC-PRO,35
3D,Engineering,DSC-APL,60
3D,Engineering Application,DSC-APL,37
3D,Enhancement Factor,DSC-PRO,59
3D,Entropy,DSC-PRO,50
3D,Environmental Protection,DSC-APL,31
3D,Environmental Remediation,DSC-APL,47
3D,Environmental Stability,DSC-PRO,43
3D,Enzymes,DSC-APL,80
3D,Eosin,CMT-CHM,33
3D,Eosin,DSC-CHM,87
3D,Epidermis,DSC-DSC,30
3D,Epithelial,DSC-PRO,70
3D,Epoxides,DSC-CHM,80
3D,Epoxy,CMT-CHM,79
3D,Epoxy,DSC-CHM,286
3D,Epoxy Resin,DSC-CHM,85
3D,Epr,CMT-CMT,76
3D,Epr,DSC-CMT,142
3D,Equations,CMT-CMT,36
3D,Equations,DSC-CMT,45
3D,Equivalent,DSC-PRO,33
3D,Equivalent Circuit Model,CMT-CMT,55
3D,Equivalent Circuit Model,DSC-CMT,82
3D,Equivalent Circuits,CMT-CMT,140
3D,Equivalent Circuits,DSC-CMT,225
3D,Er,DSC-CHM,89
3D,Er3+,DSC-CHM,45
3D,Esters,DSC-CHM,61
3D,Etch,DSC-SMT,38
3D,Etched,CMT-SMT,99
3D,Etched,DSC-SMT,209
3D,Etching,CMT-SMT,127
3D,Etching,DSC-SMT,441
3D,Ethane,DSC-CHM,31
3D,Ethanol,CMT-CHM,267
3D,Ethanol,DSC-CHM,770
3D,Ethanol,PRO-CHM,56
3D,Ethers,DSC-CHM,83
3D,Ethidium Homodimer,DSC-CHM,31
3D,Ethyl,DSC-CHM,38
3D,Ethyl Acetate,DSC-CHM,35
3D,Ethylbenzene,DSC-CHM,34
3D,Ethylene,CMT-CHM,31
3D,Ethylene,DSC-CHM,60
3D,Ethylene Diamine,DSC-CHM,128
3D,Ethylene Glycol,DSC-CHM,129
3D,Eu,CMT-CHM,30
3D,Eu,DSC-CHM,260
3D,Eu,PRO-CHM,64
3D,Eu(III),DSC-CHM,52
3D,Eu3+,DSC-CHM,179
3D,Eutectic,DSC-DSC,48
3D,Evaporation,DSC-SMT,97
3D,Exchange Current Density,DSC-PRO,41
3D,Excitation,DSC-CMT,72
3D,Excitation Spectra,DSC-CMT,88
3D,Excitation and Emission Spectra,DSC-CMT,47
3D,Exciton Binding Energy,DSC-PRO,81
3D,Exfoliate,DSC-DSC,36
3D,Exfoliate,DSC-SMT,87
3D,Exfoliation,DSC-SMT,118
3D,External Quantum Efficiency,DSC-PRO,92
3D,Extinction Coefficient,CMT-PRO,31
3D,Extinction Spectrum,DSC-CMT,46
3D,Extracellular,DSC-DSC,47
3D,Extracellular,DSC-PRO,48
3D,Extruded,DSC-SMT,72
3D,Extrusion,CMT-SMT,37
3D,Extrusion,DSC-SMT,150
3D,Extrusion,SMT-SMT,53
3D,F,CMT-CHM,177
3D,F,CMT-PRO,195
3D,F,DSC-CHM,361
3D,F,DSC-PRO,333
3D,F,DSC-SPL,67
3D,F,PRO-CHM,48
3D,F,PRO-PRO,64
3D,FAPbI3,DSC-CHM,36
3D,FCC,CMT-SPL,86
3D,FCC,DSC-SPL,265
3D,FCC,PRO-SPL,39
3D,FE,DSC-CMT,81
3D,FE Simulation,DSC-CMT,30
3D,FE-SEM,CMT-CMT,126
3D,FE-SEM,DSC-CMT,237
3D,FEA,DSC-CMT,33
3D,FEM,CMT-CMT,31
3D,FEM,DSC-CMT,72
3D,FEM Model,CMT-CMT,62
3D,FEM Model,DSC-CMT,50
3D,FESEM,CMT-CMT,328
3D,FESEM,DSC-CMT,820
3D,FESEM,PRO-CMT,49
3D,FET,CMT-APL,36
3D,FET,DSC-APL,91
3D,FETS,DSC-APL,46
3D,FFT,DSC-CMT,45
3D,FFT Pattern,CMT-CMT,32
3D,FFT Pattern,DSC-CMT,30
3D,FITC,CMT-CHM,90
3D,FITC,DSC-CHM,206
3D,FT-IR,CMT-CMT,276
3D,FT-IR,DSC-CMT,563
3D,FT-IR,PRO-CMT,35
3D,FT-IR Spectroscopy,DSC-CMT,44
3D,FTIR,CMT-CMT,525
3D,FTIR,DSC-CMT,804
3D,FTIR,PRO-CMT,47
3D,FTO,CMT-CHM,86
3D,FTO,DSC-CHM,285
3D,FWHM,CMT-PRO,52
3D,FWHM,DSC-PRO,52
3D,Fabric,DSC-DSC,104
3D,Fabrics,DSC-DSC,64
3D,Face Centered Cubic,DSC-SPL,102
3D,Facile Hydrothermal Method,DSC-SMT,93
3D,Facs,DSC-CMT,32
3D,Failure Mechanism,CMT-PRO,39
3D,Failure Mechanism,DSC-PRO,66
3D,Failure Mode,CMT-PRO,37
3D,Failure Mode,DSC-PRO,74
3D,Faradaic Efficiency,CMT-PRO,30
3D,Faradaic Efficiency,DSC-PRO,65
3D,Fast Fourier Transform,CMT-CMT,59
3D,Fast Fourier Transform,DSC-CMT,97
3D,Fatigue Life,DSC-PRO,30
3D,Fault,CMT-PRO,43
3D,Fdm,DSC-SMT,83
3D,Fdm,SMT-SMT,40
3D,Fe,CMT-CHM,382
3D,Fe,CMT-CMT,95
3D,Fe,DSC-CHM,908
3D,Fe,DSC-CMT,101
3D,Fe,PRO-CHM,224
3D,Fe(II),DSC-CHM,42
3D,Fe(III),DSC-CHM,51
3D,Fe2+,DSC-CHM,93
3D,Fe2O3,CMT-CHM,47
3D,Fe2O3,DSC-CHM,281
3D,Fe3+,CMT-CHM,32
3D,Fe3+,DSC-CHM,274
3D,Fe3+,PRO-CHM,57
3D,Fe3C,DSC-CHM,30
3D,Fe3O4,CMT-CHM,86
3D,Fe3O4,DSC-CHM,427
3D,FeCl3,DSC-CHM,64
3D,FeOOH,DSC-CHM,58
3D,FeS2,DSC-CHM,31
3D,Fea,CMT-CMT,57
3D,Fea,DSC-CMT,99
3D,Felt,DSC-DSC,52
3D,Fem,CMT-CMT,133
3D,Fem,DSC-CMT,216
3D,Fermi Energy,DSC-PRO,47
3D,Fermi Energy,PRO-PRO,37
3D,Fermi Level,CMT-PRO,121
3D,Fermi Level,DSC-PRO,249
3D,Fermi Level,PRO-PRO,156
3D,Fermi Surface,PRO-PRO,49
3D,Ferrite,CMT-CHM,41
3D,Ferrite,DSC-CHM,55
3D,Ferrocenes,DSC-CHM,71
3D,Ferroelectric,DSC-PRO,61
3D,Ferromagnetic,DSC-PRO,120
3D,Ferromagnetic,PRO-PRO,70
3D,Ferromagnetic Coupling,DSC-PRO,59
3D,Ferromagnetic Interaction,DSC-PRO,71
3D,Few Layer,CMT-DSC,30
3D,Few Layer,DSC-DSC,165
3D,Ff,CMT-PRO,42
3D,Ff,DSC-PRO,91
3D,Fft,CMT-CMT,166
3D,Fft,DSC-CMT,240
3D,Fib-SEM,CMT-CMT,39
3D,Fib-SEM,DSC-CMT,37
3D,Fiber,APL-DSC,32
3D,Fiber,CMT-DSC,178
3D,Fiber,DSC-APL,37
3D,Fiber,DSC-DSC,872
3D,Fiber,DSC-PRO,49
3D,Fiber,PRO-DSC,46
3D,Fiber,SMT-DSC,33
3D,Fiber Cloth,DSC-DSC,36
3D,Fiber Surface,DSC-DSC,37
3D,Fiber-Shaped,DSC-DSC,41
3D,Fibers,APL-DSC,32
3D,Fibers,CMT-DSC,161
3D,Fibers,DSC-DSC,953
3D,Fibers,PRO-DSC,49
3D,Fibers,SMT-DSC,32
3D,Fibres,CMT-DSC,70
3D,Fibres,DSC-DSC,205
3D,Fibrils,CMT-DSC,43
3D,Fibrils,DSC-DSC,138
3D,Fibrous,CMT-DSC,34
3D,Fibrous,DSC-DSC,168
3D,Fibrous Scaffold,DSC-DSC,36
3D,Field Effect Transistor,DSC-APL,53
3D,Field Emission Scanning Electron Microscopy,DSC-CMT,204
3D,Figures,CMT-CMT,36
3D,Figures,DSC-CMT,30
3D,Figures of Merit,DSC-PRO,30
3D,Filament,DSC-DSC,81
3D,Filaments,DSC-DSC,128
3D,Filaments,SMT-DSC,34
3D,Fill Factor,DSC-PRO,72
3D,Filler,DSC-APL,99
3D,Film,APL-DSC,83
3D,Film,CMT-DSC,1079
3D,Film,DSC-DSC,2896
3D,Film,PRO-DSC,212
3D,Film,SMT-DSC,34
3D,Film,SPL-DSC,48
3D,Film Surface,CMT-DSC,39
3D,Film Surface,DSC-DSC,66
3D,Films,APL-DSC,54
3D,Films,CMT-DSC,787
3D,Films,DSC-DSC,2102
3D,Films,PRO-DSC,180
3D,Films,SPL-DSC,54
3D,Filter Paper,DSC-APL,37
3D,Filters,CMT-APL,64
3D,Filters,DSC-APL,122
3D,Filtration,DSC-APL,38
3D,Filtration,DSC-SMT,41
3D,FinFET,DSC-APL,30
3D,Finite Element Analysis,CMT-CMT,73
3D,Finite Element Analysis,DSC-CMT,139
3D,Finite Element Mesh,CMT-CMT,51
3D,Finite Element Mesh,DSC-CMT,89
3D,Finite Element Method,CMT-CMT,80
3D,Finite Element Method,DSC-CMT,169
3D,Finite Element Model,CMT-CMT,134
3D,Finite Element Model,DSC-CMT,177
3D,Finite Element Modeling,DSC-CMT,36
3D,Finite Element Simulation,DSC-CMT,78
3D,Finite Elements,CMT-CMT,71
3D,Finite Elements,DSC-CMT,97
3D,Finite Volume Method,DSC-CMT,30
3D,First Principle Calculation,DSC-CMT,116
3D,First Principle Calculation,PRO-CMT,55
3D,Fit,CMT-CMT,45
3D,Fit,DSC-CMT,45
3D,Fitting,DSC-CMT,34
3D,Flake,CMT-DSC,54
3D,Flake,DSC-DSC,138
3D,Flakes,CMT-DSC,63
3D,Flakes,DSC-DSC,228
3D,Flat,DSC-DSC,43
3D,Flexibility,CMT-PRO,31
3D,Flexibility,DSC-PRO,348
3D,Flexible,APL-PRO,35
3D,Flexible,CMT-APL,34
3D,Flexible,CMT-PRO,63
3D,Flexible,DSC-APL,333
3D,Flexible,DSC-PRO,698
3D,Flexible Electrode,DSC-APL,53
3D,Flexible Electronics,DSC-APL,59
3D,Flexible Energy Storage Devices,DSC-APL,31
3D,Flexible Supercapacitors,DSC-APL,38
3D,Flexural Strength,DSC-PRO,73
3D,Flow,CMT-PRO,48
3D,Flow,DSC-PRO,65
3D,Flow Behaviors,DSC-PRO,31
3D,Flow Cytometric Analysis,DSC-CMT,30
3D,Flow Cytometry,CMT-CMT,64
3D,Flow Cytometry,DSC-CMT,180
3D,Flow Field,CMT-PRO,34
3D,Flow Field,DSC-PRO,48
3D,Flow Pattern,DSC-PRO,44
3D,Flow Rate,DSC-PRO,32
3D,Flow Velocity,DSC-PRO,30
3D,Flower,DSC-DSC,103
3D,Flower Like,DSC-DSC,332
3D,Flowerlike,DSC-DSC,59
3D,Flowers,DSC-DSC,79
3D,Fluid,DSC-PRO,31
3D,Fluorescein,CMT-CHM,38
3D,Fluorescein,DSC-CHM,97
3D,Fluorescence,CMT-CMT,268
3D,Fluorescence,CMT-PRO,111
3D,Fluorescence,DSC-CMT,533
3D,Fluorescence,DSC-PRO,329
3D,Fluorescence,PRO-CMT,66
3D,Fluorescence,PRO-PRO,36
3D,Fluorescence Emission,CMT-CMT,54
3D,Fluorescence Emission,DSC-CMT,121
3D,Fluorescence Emission,DSC-PRO,91
3D,Fluorescence Image,CMT-CMT,115
3D,Fluorescence Image,DSC-CMT,274
3D,Fluorescence Imaging,CMT-CMT,33
3D,Fluorescence Imaging,DSC-CMT,65
3D,Fluorescence Intensity,CMT-PRO,170
3D,Fluorescence Intensity,DSC-CMT,45
3D,Fluorescence Intensity,DSC-PRO,369
3D,Fluorescence Intensity,PRO-PRO,45
3D,Fluorescence Micrograph,DSC-CMT,59
3D,Fluorescence Microscope,DSC-CMT,62
3D,Fluorescence Microscopy,CMT-CMT,100
3D,Fluorescence Microscopy,DSC-CMT,211
3D,Fluorescence Property,DSC-PRO,67
3D,Fluorescence Quenching,DSC-CMT,36
3D,Fluorescence Quenching,DSC-PRO,45
3D,Fluorescence Response,DSC-PRO,32
3D,Fluorescence Spectra,CMT-CMT,58
3D,Fluorescence Spectra,DSC-CMT,88
3D,Fluorescence Spectroscopy,DSC-CMT,32
3D,Fluorescence Staining,DSC-CMT,31
3D,Fluorescent,CMT-PRO,79
3D,Fluorescent,DSC-CMT,86
3D,Fluorescent,DSC-PRO,203
3D,Fluorescent Image,CMT-CMT,45
3D,Fluorescent Image,DSC-CMT,186
3D,Fluorescent Intensity,DSC-PRO,52
3D,Fluorescent Microscopy,DSC-CMT,47
3D,Fluorescent Properties,DSC-PRO,53
3D,Fluoride,DSC-CHM,72
3D,Fluorine,CMT-CHM,36
3D,Fluorine,DSC-CHM,151
3D,Flux,DSC-PRO,45
3D,Foam,APL-DSC,41
3D,Foam,CMT-DSC,117
3D,Foam,DSC-DSC,1495
3D,Foam,PRO-DSC,50
3D,Foam Substrates,DSC-DSC,88
3D,Foams,CMT-DSC,46
3D,Foams,DSC-DSC,398
3D,Foil,APL-DSC,30
3D,Foil,CMT-DSC,121
3D,Foil,DSC-APL,35
3D,Foil,DSC-DSC,535
3D,Foils,CMT-DSC,36
3D,Foils,DSC-DSC,118
3D,Folding,DSC-SMT,97
3D,Force,DSC-PRO,43
3D,Force Displacement Curve,DSC-CMT,35
3D,Formaldehyde,DSC-CHM,78
3D,Formamidinium,DSC-CHM,34
3D,Formate,DSC-CHM,85
3D,Formation,DSC-PRO,37
3D,Formation Energy,DSC-PRO,69
3D,Formation Mechanism,DSC-PRO,179
3D,Formic Acids,DSC-CHM,67
3D,Fourier Transform,CMT-CMT,65
3D,Fourier Transform,DSC-CMT,100
3D,Fourier Transform Infrared,DSC-CMT,91
3D,Fourier Transform Infrared Spectroscopy,DSC-CMT,139
3D,Fractal Dimension,CMT-PRO,36
3D,Fractal Dimension,DSC-PRO,45
3D,Fracture,CMT-PRO,64
3D,Fracture,DSC-PRO,83
3D,Fracture Energy,DSC-PRO,33
3D,Fracture Surface,CMT-PRO,105
3D,Fracture Surface,DSC-PRO,160
3D,Fracture Toughness,DSC-PRO,63
3D,Frame,DSC-APL,41
3D,Framework,DSC-APL,91
3D,Framework,DSC-CMT,71
3D,Framework,DSC-DSC,293
3D,Framework,DSC-PRO,157
3D,Framework,PRO-PRO,47
3D,Framework Structure,DSC-PRO,156
3D,Framework Structure,PRO-PRO,53
3D,Free,DSC-APL,30
3D,Free,DSC-PRO,52
3D,Free Energy,CMT-PRO,48
3D,Free Energy,DSC-PRO,122
3D,Free Energy Diagram,DSC-PRO,37
3D,Free Standing,CMT-DSC,52
3D,Free Standing,DSC-APL,45
3D,Free Standing,DSC-DSC,489
3D,Free Standing,DSC-PRO,32
3D,Free Surface,CMT-PRO,49
3D,Free Surface,DSC-PRO,77
3D,Freeze Casting,DSC-SMT,33
3D,Freeze Drying,DSC-SMT,243
3D,Freeze-Dried,DSC-SMT,137
3D,Freezing,DSC-SMT,50
3D,Frequency,CMT-PRO,49
3D,Frequency,DSC-PRO,64
3D,Frequency Response,CMT-PRO,34
3D,Frequency Response,DSC-PRO,47
3D,Friction,DSC-PRO,63
3D,Friction Coefficient,CMT-PRO,88
3D,Friction Coefficient,DSC-PRO,76
3D,Frontier Molecular Orbitals,DSC-PRO,36
3D,Fructose,DSC-CHM,33
3D,Ft,CMT-CMT,43
3D,Ft,DSC-CMT,31
3D,Fuel,CMT-APL,33
3D,Fuel,DSC-APL,56
3D,Fuel Cell,CMT-APL,53
3D,Fuel Cell,DSC-APL,254
3D,Full Cell,DSC-APL,201
3D,Fullerene,DSC-CHM,178
3D,Function,CMT-CMT,40
3D,Function,DSC-CMT,46
3D,Function,DSC-PRO,35
3D,Functional,DSC-PRO,55
3D,Functional Properties,DSC-PRO,54
3D,Functionality,DSC-PRO,43
3D,Fused Deposition Modelling,DSC-SMT,52
3D,G,CMT-PRO,176
3D,G,DSC-DSC,30
3D,G,DSC-PRO,445
3D,G,DSC-SPL,53
3D,G,PRO-PRO,65
3D,G Band,DSC-PRO,30
3D,GCD,DSC-CMT,86
3D,GCD Curve,CMT-CMT,39
3D,GCD Curve,DSC-CMT,206
3D,GF,DSC-APL,35
3D,GIS,CMT-CMT,32
3D,GPC,DSC-CMT,31
3D,GSH,DSC-CHM,53
3D,Ga,CMT-CHM,89
3D,Ga,DSC-CHM,138
3D,GaAs,CMT-CHM,53
3D,GaAs,DSC-CHM,159
3D,GaN,CMT-CHM,45
3D,GaN,DSC-CHM,172
3D,Gain,DSC-PRO,33
3D,Gallium,DSC-CHM,52
3D,Galvanostatic Charge,DSC-CMT,44
3D,Galvanostatic Charge Discharge,DSC-CMT,115
3D,Galvanostatic Charge Discharge Curve,DSC-CMT,204
3D,Galvanostatic Charge Discharge Profile,DSC-CMT,117
3D,Galvanostatic Charge Discharge Test,DSC-CMT,35
3D,Galvanostatic Cycling,DSC-CMT,46
3D,Galvanostatic Discharge,DSC-CMT,38
3D,Galvanostatic Discharge Curve,DSC-CMT,44
3D,Gap,DSC-PRO,67
3D,Gapless,DSC-PRO,38
3D,Gapless,PRO-PRO,30
3D,Garnet,DSC-SPL,60
3D,Gas,DSC-APL,56
3D,Gas Adsorption,DSC-CMT,32
3D,Gas Adsorption Isotherms,DSC-CMT,38
3D,Gas Diffusion Layer,DSC-APL,36
3D,Gas Response,DSC-PRO,30
3D,Gas Sensing,DSC-APL,52
3D,Gas Sensing Performance,DSC-PRO,34
3D,Gas Sensing Properties,DSC-PRO,34
3D,Gas Sensors,DSC-APL,104
3D,Gas Sorption Isotherm,DSC-CMT,66
3D,Gas Storage,DSC-APL,44
3D,Gate,CMT-APL,47
3D,Gate,DSC-APL,106
3D,Gaussian Fit,CMT-CMT,31
3D,Gaussian Fit,DSC-CMT,40
3D,Gce,DSC-APL,75
3D,Gd,CMT-CHM,31
3D,Gd,DSC-CHM,192
3D,Gd,PRO-CHM,53
3D,Gd3+,DSC-CHM,43
3D,Gdl,DSC-APL,38
3D,Ge,CMT-CHM,117
3D,Ge,DSC-CHM,308
3D,Ge,PRO-CHM,48
3D,Gel,CMT-DSC,62
3D,Gel,DSC-DSC,370
3D,Gel Electrolyte,DSC-APL,57
3D,GelMA,DSC-CHM,56
3D,Gelation,DSC-SMT,68
3D,Gelator,DSC-APL,33
3D,Gels,CMT-DSC,34
3D,Gels,DSC-DSC,314
3D,Gene Expression,CMT-PRO,30
3D,Gene Expression,DSC-PRO,189
3D,Geological,CMT-PRO,82
3D,Geological,DSC-PRO,51
3D,Geological Map,CMT-CMT,109
3D,Geological Map,DSC-CMT,34
3D,Geology,CMT-PRO,38
3D,Geometric Structure,DSC-PRO,31
3D,Geometrical,CMT-PRO,54
3D,Geometrical,DSC-PRO,105
3D,Geometrical Parameters,CMT-PRO,50
3D,Geometrical Parameters,DSC-PRO,99
3D,Geometrical Property,DSC-PRO,32
3D,Geometries,DSC-PRO,49
3D,Geometry,CMT-PRO,96
3D,Geometry,DSC-PRO,230
3D,Geometry,PRO-PRO,52
3D,Geometry Parameters,CMT-PRO,37
3D,Geometry Parameters,DSC-PRO,67
3D,Germanium,DSC-CHM,63
3D,Gibbs Free Energy,DSC-PRO,43
3D,Giwaxs,DSC-CMT,58
3D,Glass,CMT-DSC,125
3D,Glass,DSC-DSC,250
3D,Glass Transition Temperature,DSC-PRO,83
3D,Glasses,CMT-DSC,39
3D,Glasses,DSC-DSC,80
3D,Glassy,CMT-DSC,55
3D,Glassy,DSC-DSC,206
3D,Glassy Carbon,CMT-CHM,38
3D,Glassy Carbon,DSC-CHM,163
3D,Glu,DSC-CHM,44
3D,Glucose,CMT-CHM,88
3D,Glucose,DSC-APL,42
3D,Glucose,DSC-CHM,513
3D,Glucose Detection,DSC-APL,38
3D,Glucose Oxidase,DSC-APL,52
3D,Glucose Sensor,DSC-APL,35
3D,Glutaraldehyde,DSC-CHM,56
3D,Glutathione,DSC-CHM,44
3D,Gly,DSC-CHM,48
3D,Glycerol,CMT-CHM,57
3D,Glycerol,DSC-CHM,100
3D,Glycine,DSC-CHM,56
3D,Gox,DSC-APL,31
3D,Grain Boundaries,CMT-PRO,93
3D,Grain Boundaries,DSC-PRO,218
3D,Grain Boundary,CMT-PRO,87
3D,Grain Boundary,DSC-PRO,142
3D,Grain Size,CMT-PRO,148
3D,Grain Size,DSC-PRO,236
3D,Grain Size Distribution,CMT-PRO,37
3D,Grain Size Distribution,DSC-PRO,36
3D,Grain Structure,CMT-PRO,43
3D,Grain Structure,DSC-PRO,53
3D,Grains,CMT-DSC,72
3D,Grains,DSC-DSC,102
3D,Grains,DSC-PRO,58
3D,Granular,DSC-DSC,64
3D,Granules,DSC-DSC,42
3D,Graphene,APL-CHM,86
3D,Graphene,CMT-CHM,280
3D,Graphene,DSC-CHM,3544
3D,Graphene,PRO-CHM,158
3D,Graphene Oxide,CMT-CHM,48
3D,Graphene Oxide,DSC-CHM,1422
3D,Graphite,CMT-CHM,172
3D,Graphite,DSC-CHM,910
3D,Graphite,PRO-CHM,60
3D,Graphite Oxides,DSC-CHM,59
3D,Graphitic,CMT-CHM,35
3D,Graphitic,DSC-CHM,324
3D,Graphitic,DSC-SPL,78
3D,Graphitic Carbon Nitride,DSC-CHM,64
3D,Graphitization,DSC-SMT,44
3D,Graphitized,DSC-SMT,39
3D,Grating,CMT-DSC,33
3D,Grating,DSC-APL,36
3D,Grating,DSC-DSC,67
3D,Gravimetric,DSC-PRO,43
3D,Gravimetric Capacitance,DSC-PRO,59
3D,Gravimetric Capacity,DSC-PRO,35
3D,Grid,CMT-DSC,87
3D,Grid,DSC-DSC,198
3D,Grids,DSC-DSC,90
3D,Grinding,CMT-SMT,34
3D,Grinding,DSC-SMT,61
3D,Grippers,DSC-APL,32
3D,Ground,DSC-PRO,36
3D,Ground State,CMT-PRO,33
3D,Ground State,DSC-PRO,106
3D,Ground State,PRO-PRO,54
3D,Growth,DSC-PRO,43
3D,Growth Mechanism,DSC-PRO,154
3D,Gyroid,DSC-DSC,31
3D,H & E Staining,DSC-CMT,36
3D,H&E,DSC-CMT,45
3D,H&E Staining,DSC-CMT,33
3D,H+,CMT-CHM,32
3D,H+,DSC-CHM,84
3D,H2,CMT-CHM,401
3D,H2,DSC-APL,45
3D,H2,DSC-CHM,816
3D,H2,DSC-PRO,35
3D,H2,PRO-CHM,87
3D,H2 Evolution,DSC-APL,43
3D,H2-TPR,CMT-CHM,76
3D,H2-TPR,CMT-CMT,78
3D,H2L,DSC-CHM,120
3D,H2O,CMT-CHM,275
3D,H2O,DSC-CHM,861
3D,H2O,PRO-CHM,106
3D,H2O2,CMT-CHM,114
3D,H2O2,DSC-CHM,455
3D,H2O2,PRO-CHM,30
3D,H2S,DSC-CHM,74
3D,H2SO4,CMT-CHM,164
3D,H2SO4,DSC-CHM,598
3D,H2SO4,PRO-CHM,35
3D,H3PO4,DSC-CHM,57
3D,HAADF,CMT-CMT,35
3D,HAADF,DSC-CMT,69
3D,HAADF Image,DSC-CMT,31
3D,HAADF STEM,CMT-CMT,232
3D,HAADF STEM,DSC-CMT,258
3D,HAADF STEM,PRO-CMT,37
3D,HAuCl4,DSC-CHM,67
3D,HCOOH,CMT-CHM,31
3D,HCOOH,DSC-CHM,33
3D,HCP,CMT-SPL,54
3D,HCP,DSC-SPL,113
3D,HCl,CMT-CHM,111
3D,HCl,DSC-CHM,294
3D,HClO4,DSC-CHM,76
3D,HER,CMT-CHM,64
3D,HER,DSC-APL,37
3D,HER,DSC-CHM,172
3D,HER Activity,DSC-PRO,69
3D,HER Electrocatalyst,DSC-APL,32
3D,HER Performance,DSC-PRO,38
3D,HMSCs,DSC-DSC,67
3D,HNO3,CMT-CHM,30
3D,HNO3,DSC-CHM,63
3D,HRSEM,DSC-CMT,45
3D,HRTEM,APL-CMT,37
3D,HRTEM,CMT-CMT,1126
3D,HRTEM,DSC-CMT,2099
3D,HRTEM,PRO-CMT,117
3D,HTM,DSC-APL,54
3D,HUVECs,DSC-APL,42
3D,Haematoxylin,CMT-CHM,31
3D,Haematoxylin,DSC-CHM,94
3D,Half,DSC-DSC,36
3D,Half Cell,CMT-APL,34
3D,Half Cell,DSC-APL,156
3D,Half Wave Potential,DSC-PRO,81
3D,Halide Perovskite,DSC-CHM,66
3D,Halides,CMT-CHM,31
3D,Halides,DSC-CHM,377
3D,Halides,SPL-CHM,47
3D,Halogen,DSC-CHM,149
3D,Hard,CMT-PRO,50
3D,Hard,DSC-PRO,152
3D,Hardness,CMT-PRO,98
3D,Hardness,DSC-PRO,134
3D,Heart,DSC-APL,48
3D,Heat,CMT-PRO,44
3D,Heat,DSC-PRO,83
3D,Heat,DSC-SMT,30
3D,Heat Capacity,DSC-PRO,42
3D,Heat Conduction,DSC-PRO,37
3D,Heat Exchanger,CMT-APL,37
3D,Heat Exchanger,DSC-APL,54
3D,Heat Flow,DSC-PRO,41
3D,Heat Flux,CMT-PRO,51
3D,Heat Flux,DSC-PRO,80
3D,Heat Map,DSC-CMT,44
3D,Heat Sink,DSC-APL,37
3D,Heat Transfer,CMT-PRO,90
3D,Heat Transfer,DSC-PRO,153
3D,Heat Transfer Coefficient,CMT-PRO,39
3D,Heat Transfer Coefficient,DSC-PRO,34
3D,Heat Treated,CMT-SMT,32
3D,Heat Treated,DSC-SMT,80
3D,Heat Treatment,CMT-SMT,68
3D,Heat Treatment,DSC-SMT,276
3D,Heated,CMT-SMT,115
3D,Heated,DSC-SMT,280
3D,Heaters,CMT-APL,35
3D,Heaters,DSC-APL,70
3D,Heating,CMT-SMT,299
3D,Heating,DSC-SMT,770
3D,Heating,PRO-SMT,85
3D,Height,CMT-PRO,43
3D,Height,DSC-PRO,30
3D,Height Images,CMT-CMT,35
3D,Height Profile,CMT-CMT,129
3D,Height Profile,DSC-CMT,154
3D,Helical,DSC-DSC,137
3D,Helical,DSC-PRO,133
3D,Helical Chains,DSC-DSC,64
3D,Helical Chains,DSC-PRO,58
3D,Helices,DSC-DSC,122
3D,Helium,CMT-CHM,57
3D,Helium,DSC-CHM,85
3D,Helix,DSC-DSC,68
3D,Helix,DSC-PRO,46
3D,Hematite,DSC-CHM,75
3D,Hepatocyte,DSC-APL,34
3D,Hepatocyte,DSC-DSC,33
3D,Heterogeneity,DSC-PRO,55
3D,Heterogeneous,DSC-DSC,100
3D,Heterogeneous Catalysis,DSC-APL,51
3D,Heterogeneous Catalyst,DSC-APL,79
3D,Heterojunction,CMT-DSC,49
3D,Heterojunction,DSC-APL,125
3D,Heterojunction,DSC-DSC,269
3D,Heterometallic,DSC-DSC,55
3D,Heterometallic,DSC-PRO,68
3D,Heterostructure,CMT-DSC,113
3D,Heterostructure,DSC-DSC,467
3D,Heterostructure,PRO-DSC,54
3D,Hexadecane,DSC-CHM,30
3D,Hexagon,DSC-DSC,39
3D,Hexagonal,CMT-SPL,244
3D,Hexagonal,DSC-SPL,1293
3D,Hexagonal,PRO-SPL,153
3D,Hexagonally,DSC-SPL,47
3D,Hexane,DSC-CHM,126
3D,Hf,DSC-CHM,32
3D,HfO2,DSC-CHM,44
3D,Hg,CMT-CHM,44
3D,Hg,DSC-CHM,121
3D,Hg(II),DSC-CHM,30
3D,Hg2+,DSC-CHM,86
3D,Hierarchical,DSC-DSC,535
3D,Hierarchical,DSC-PRO,200
3D,Hierarchical Nanostructure,DSC-DSC,102
3D,Hierarchical Structure,DSC-PRO,60
3D,Hierarchically,DSC-DSC,37
3D,Hierarchically Porous,DSC-DSC,355
3D,Hierarchically Structured,DSC-DSC,40
3D,High,CMT-CMT,79
3D,High,DSC-APL,48
3D,High,DSC-CMT,82
3D,High,DSC-PRO,139
3D,High Magnification SEM,DSC-CMT,70
3D,High Magnification TEM,DSC-CMT,57
3D,High Resolution,CMT-CMT,107
3D,High Resolution,DSC-CMT,37
3D,High Resolution Imaging,CMT-CMT,33
3D,High Resolution Imaging,DSC-CMT,61
3D,High Resolution SEM,DSC-CMT,91
3D,High Resolution Spectrum,CMT-CMT,39
3D,High Resolution Spectrum,DSC-CMT,42
3D,High Resolution TEM,CMT-CMT,171
3D,High Resolution TEM,DSC-CMT,468
3D,High Resolution TEM,PRO-CMT,30
3D,High Resolution Transmission Electron Microscopy,DSC-CMT,68
3D,High Resolution XPS,CMT-CMT,157
3D,High Resolution XPS,DSC-CMT,261
3D,High-Resolution,CMT-CMT,73
3D,High-Resolution,DSC-CMT,44
3D,High-Resolution Transmission Electron Microscopy,DSC-CMT,88
3D,Histogram,CMT-CMT,68
3D,Histogram,DSC-CMT,48
3D,Histological,CMT-CMT,30
3D,Histological,DSC-CMT,56
3D,Histological Analysis,DSC-CMT,62
3D,Histological Section,DSC-CMT,36
3D,Histology,DSC-CMT,66
3D,Hoechst33342,DSC-CHM,61
3D,Hole Transporting Layer,DSC-APL,44
3D,Holey,DSC-DSC,60
3D,Hollow,CMT-DSC,39
3D,Hollow,DSC-DSC,369
3D,Hollow Fiber,DSC-DSC,33
3D,Hollow Microspheres,DSC-DSC,67
3D,Hollow Nanosphere,DSC-DSC,59
3D,Hollow Sphere,DSC-DSC,167
3D,Hollow Structure,DSC-DSC,54
3D,Homo,CMT-PRO,76
3D,Homo,DSC-PRO,186
3D,Homo,PRO-PRO,42
3D,Homochiral,DSC-DSC,66
3D,Homogeneous,DSC-DSC,60
3D,Homogenization,DSC-SMT,41
3D,Honeycomb,DSC-DSC,298
3D,Honeycomb,PRO-DSC,31
3D,Honeycomb Like,DSC-DSC,74
3D,Hplc,CMT-CMT,33
3D,Hplc,DSC-CMT,42
3D,Htl,DSC-APL,53
3D,Hybrid,CMT-DSC,48
3D,Hybrid,DSC-APL,204
3D,Hybrid,DSC-DSC,392
3D,Hybrid,DSC-SPL,39
3D,Hybrid Aerogels,DSC-DSC,61
3D,Hybrid Composite,DSC-DSC,48
3D,Hybrid Film,DSC-DSC,84
3D,Hybrid Hydrogels,DSC-DSC,45
3D,Hybrid Nanostructures,DSC-DSC,74
3D,Hydrated,DSC-SMT,37
3D,Hydrates,DSC-CHM,36
3D,Hydration,DSC-SMT,56
3D,Hydrazine,DSC-CHM,80
3D,Hydrocarbon,CMT-CHM,83
3D,Hydrocarbon,DSC-CHM,126
3D,Hydrochloric Acid,DSC-CHM,32
3D,Hydrodynamic Diameter,DSC-PRO,38
3D,Hydrodynamics,DSC-PRO,34
3D,Hydrogel,APL-DSC,65
3D,Hydrogel,CMT-DSC,130
3D,Hydrogel,DSC-APL,54
3D,Hydrogel,DSC-DSC,1710
3D,Hydrogel,PRO-DSC,58
3D,Hydrogel,SMT-DSC,85
3D,Hydrogel Films,DSC-DSC,37
3D,Hydrogel Scaffold,DSC-DSC,79
3D,Hydrogen,APL-CHM,51
3D,Hydrogen,CMT-CHM,671
3D,Hydrogen,DSC-APL,37
3D,Hydrogen,DSC-CHM,5350
3D,Hydrogen,DSC-PRO,35
3D,Hydrogen,PRO-CHM,742
3D,Hydrogen,SPL-CHM,45
3D,Hydrogen Bond,DSC-PRO,58
3D,Hydrogen Bonding,DSC-PRO,93
3D,Hydrogen Bonding Interaction,DSC-PRO,37
3D,Hydrogen Evolution,DSC-APL,76
3D,Hydrogen Evolution Rate,DSC-PRO,30
3D,Hydrogen Evolution Reaction,DSC-APL,298
3D,Hydrogen Generation,DSC-APL,36
3D,Hydrogen Peroxide,DSC-CHM,142
3D,Hydrogen Production,DSC-APL,92
3D,Hydrogenated,DSC-SMT,47
3D,Hydrogenation,CMT-APL,61
3D,Hydrogenation,CMT-SMT,51
3D,Hydrogenation,DSC-APL,33
3D,Hydrogenation,DSC-SMT,46
3D,Hydrolysis,DSC-SMT,147
3D,Hydrophilic,CMT-PRO,84
3D,Hydrophilic,DSC-PRO,398
3D,Hydrophilic,PRO-PRO,30
3D,Hydrophilicity,DSC-PRO,96
3D,Hydrophobic,CMT-PRO,125
3D,Hydrophobic,DSC-PRO,462
3D,Hydrophobic,PRO-PRO,47
3D,Hydrophobic Interaction,DSC-PRO,42
3D,Hydrophobicity,DSC-PRO,124
3D,Hydroquinone,DSC-CHM,40
3D,Hydrothermal,DSC-SMT,435
3D,Hydrothermal,PRO-SMT,48
3D,Hydrothermal Condition,DSC-SMT,513
3D,Hydrothermal Condition,PRO-SMT,77
3D,Hydrothermal Growth,DSC-SMT,47
3D,Hydrothermal Method,DSC-SMT,355
3D,Hydrothermal Process,DSC-SMT,161
3D,Hydrothermal Reaction,DSC-SMT,390
3D,Hydrothermal Reaction,PRO-SMT,40
3D,Hydrothermal Reduction,DSC-SMT,33
3D,Hydrothermal Route,DSC-SMT,49
3D,Hydrothermal Synthesis,DSC-SMT,169
3D,Hydrothermal Treatment,DSC-SMT,153
3D,Hydroxide,DSC-CHM,259
3D,Hydroxyapatite,DSC-CHM,156
3D,Hydroxyl,CMT-CHM,77
3D,Hydroxyl,DSC-CHM,269
3D,Hydroxyl,PRO-CHM,34
3D,Hysteresis,CMT-PRO,31
3D,Hysteresis,DSC-PRO,112
3D,Hysteresis Loop,CMT-CMT,49
3D,Hysteresis Loop,DSC-CMT,128
3D,Hysteresis Loop,DSC-PRO,40
3D,I-V Characteristics,CMT-PRO,65
3D,I-V Characteristics,DSC-PRO,93
3D,IAST,DSC-CMT,83
3D,IC,DSC-APL,51
3D,IC50,DSC-PRO,59
3D,ICP,CMT-CMT,34
3D,ICP,DSC-CMT,63
3D,IPA,DSC-CHM,51
3D,IPCE,CMT-CMT,36
3D,IPCE,DSC-CMT,112
3D,IPCE,DSC-PRO,52
3D,IR,DSC-CMT,78
3D,IR Spectra,DSC-CMT,100
3D,IR Spectroscopy,DSC-CMT,292
3D,IR Spectroscopy,PRO-CMT,45
3D,ITO,CMT-CHM,156
3D,ITO,DSC-CHM,316
3D,IV Curve,CMT-CMT,61
3D,IV Curve,DSC-CMT,138
3D,Icosahedral,DSC-SPL,47
3D,Image,CMT-CMT,86
3D,Image,CMT-PRO,39
3D,Image,DSC-CMT,103
3D,Image,DSC-PRO,40
3D,Image Analysis,CMT-CMT,47
3D,Image Analysis,DSC-CMT,95
3D,Image Processing,CMT-CMT,49
3D,Image Processing,DSC-CMT,55
3D,ImageJ,CMT-CMT,30
3D,ImageJ,DSC-CMT,73
3D,Images,CMT-CMT,53
3D,Images,DSC-CMT,82
3D,Imaginary,CMT-PRO,31
3D,Imaginary,DSC-PRO,36
3D,Imaginary Part,CMT-PRO,46
3D,Imaginary Part,DSC-PRO,61
3D,Imaging,CMT-APL,52
3D,Imaging,CMT-CMT,62
3D,Imaging,DSC-APL,59
3D,Imaging,DSC-CMT,45
3D,Imidazole,DSC-CHM,145
3D,Imidazolium,DSC-CHM,40
3D,Imines,DSC-CHM,75
3D,Immunoassays,DSC-APL,45
3D,Immunocytochemistry,DSC-CMT,35
3D,Immunofluorescence,DSC-CMT,110
3D,Immunofluorescence Staining,DSC-CMT,128
3D,Immunohistochemical Staining,DSC-CMT,40
3D,Immunohistochemistry,DSC-CMT,59
3D,Immunosensor,DSC-APL,48
3D,Immunostaining,DSC-CMT,68
3D,Impedance,CMT-PRO,74
3D,Impedance,DSC-CMT,32
3D,Impedance,DSC-PRO,211
3D,Impedance Spectra,CMT-CMT,40
3D,Impedance Spectra,DSC-CMT,76
3D,Impedance Spectroscopy,DSC-CMT,33
3D,Implantations,CMT-SMT,43
3D,Implantations,DSC-SMT,100
3D,Implanted,DSC-SMT,52
3D,Implants,CMT-APL,50
3D,Implants,DSC-APL,161
3D,Impregnating,DSC-SMT,49
3D,In Situ Polymerization,DSC-SMT,36
3D,In2O3,CMT-CHM,30
3D,In2O3,DSC-CHM,49
3D,InGaAs,DSC-CHM,32
3D,Inclusions,CMT-DSC,79
3D,Inclusions,DSC-DSC,120
3D,Incompressible,DSC-PRO,31
3D,Indium,DSC-CHM,84
3D,Indium-Tin Oxide,DSC-CHM,66
3D,Industrial Applications,DSC-APL,43
3D,Infiltrated,DSC-SMT,31
3D,Infiltration,DSC-SMT,56
3D,Infrared,DSC-CMT,95
3D,Infrared Spectra,DSC-CMT,90
3D,Infrared Spectroscopy,DSC-CMT,146
3D,Ink,DSC-APL,40
3D,Ink,DSC-DSC,59
3D,Ink Jet Printed,DSC-SMT,45
3D,Inkjet Printing,DSC-SMT,86
3D,Inks,DSC-APL,56
3D,Insulating,CMT-PRO,43
3D,Insulating,DSC-PRO,182
3D,Insulating,PRO-PRO,36
3D,Insulator,DSC-PRO,73
3D,Integrated Circuit,DSC-APL,52
3D,Intensity,CMT-PRO,43
3D,Intensity,DSC-PRO,46
3D,Intensity Profile,CMT-CMT,32
3D,Inter Atomic Distance,CMT-PRO,31
3D,Inter Atomic Distance,DSC-PRO,54
3D,Interaction,DSC-PRO,96
3D,Interaction Energies,DSC-PRO,41
3D,Interaction Energy,DSC-PRO,47
3D,Interconnect,DSC-APL,98
3D,Interconnections,DSC-APL,35
3D,Interconnectivity,DSC-PRO,55
3D,Interdigitated Electrodes,DSC-APL,38
3D,Interface,APL-DSC,61
3D,Interface,CMT-DSC,841
3D,Interface,DSC-APL,34
3D,Interface,DSC-DSC,2034
3D,Interface,DSC-PRO,46
3D,Interface,PRO-DSC,192
3D,Interface,SMT-DSC,48
3D,Interfacial,DSC-DSC,31
3D,Interfacial,DSC-PRO,33
3D,Interfacial Interaction,DSC-PRO,42
3D,Interfacial Layer,DSC-DSC,39
3D,Interlayer Distance,DSC-PRO,69
3D,Interlayer Spacing,DSC-PRO,76
3D,Interlayers,CMT-DSC,40
3D,Interlayers,DSC-APL,33
3D,Interlayers,DSC-DSC,192
3D,Interlayers,DSC-PRO,32
3D,Intermetallic,CMT-PRO,40
3D,Intermetallic,DSC-PRO,63
3D,Internal Resistance,DSC-PRO,38
3D,Internal Structures,CMT-PRO,43
3D,Internal Structures,DSC-PRO,56
3D,Interparticle Distance,DSC-PRO,36
3D,Interphase,DSC-DSC,52
3D,Interwoven,DSC-DSC,37
3D,Inverse Opal,DSC-DSC,157
3D,Iodide,DSC-CHM,103
3D,Iodine,CMT-CHM,50
3D,Iodine,DSC-CHM,132
3D,Ion,DSC-PRO,65
3D,Ion Diffusion,DSC-PRO,33
3D,Ion Exchange,DSC-SMT,32
3D,Ion Transport,DSC-PRO,86
3D,Ionic,DSC-PRO,63
3D,Ionic Conductivity,DSC-PRO,205
3D,Ionic Transport,DSC-PRO,32
3D,Ir,CMT-CHM,31
3D,Ir,CMT-CMT,129
3D,Ir,DSC-CHM,106
3D,Ir,DSC-CMT,823
3D,Ir,PRO-CMT,120
3D,IrO2,DSC-CHM,89
3D,Iridium,DSC-CHM,30
3D,Iron,CMT-CHM,130
3D,Iron,DSC-CHM,375
3D,Iron,PRO-CHM,82
3D,Iron Oxide,CMT-CHM,48
3D,Iron Oxide,DSC-CHM,168
3D,Irradiated,CMT-SMT,143
3D,Irradiated,DSC-SMT,229
3D,Irradiation,CMT-SMT,240
3D,Irradiation,DSC-CMT,39
3D,Irradiation,DSC-SMT,503
3D,Irradiation,PRO-SMT,60
3D,Island,DSC-DSC,46
3D,Islands,CMT-DSC,40
3D,Islands,DSC-DSC,187
3D,Isonicotinic Acid,DSC-CHM,41
3D,Isopropanol,DSC-CHM,56
3D,Isosteric Heat of Adsorption,DSC-PRO,36
3D,Isostructurality,DSC-PRO,122
3D,Isostructurality,PRO-PRO,33
3D,Isosurfaces,CMT-CMT,31
3D,Isotherms,DSC-CMT,76
3D,Isotherms,DSC-PRO,86
3D,Isotropic,DSC-PRO,30
3D,I–V Curve,DSC-CMT,50
3D,J SC,DSC-PRO,54
3D,J Vcurve,DSC-CMT,63
3D,J Vcurve,DSC-PRO,39
3D,J-V Characteristics,CMT-PRO,44
3D,J-V Characteristics,DSC-PRO,84
3D,J-V Curve,DSC-CMT,46
3D,JSC,DSC-PRO,82
3D,JV Curve,CMT-CMT,55
3D,JV Curve,DSC-CMT,103
3D,Janus,DSC-DSC,34
3D,Joints,CMT-APL,52
3D,Joints,DSC-APL,65
3D,Junctions,DSC-APL,121
3D,Junctions,DSC-DSC,31
3D,K,CMT-PRO,201
3D,K,DSC-CHM,55
3D,K,DSC-PRO,284
3D,K,PRO-PRO,49
3D,K+,CMT-CHM,46
3D,K+,DSC-CHM,174
3D,K2CO3,CMT-CHM,34
3D,K2CO3,DSC-CHM,44
3D,KCl,CMT-CHM,100
3D,KCl,DSC-CHM,198
3D,KDP,DSC-CHM,68
3D,KH2PO4,DSC-CHM,36
3D,KL Plot,DSC-CMT,34
3D,KMnO4,DSC-CHM,32
3D,KOH,CMT-CHM,181
3D,KOH,DSC-CHM,923
3D,KOH,PRO-CHM,35
3D,KOH Activation,DSC-SMT,32
3D,Keggin,DSC-SPL,65
3D,Ketone,DSC-CHM,58
3D,Kidneys,DSC-APL,45
3D,Kinetic Analysis,DSC-CMT,40
3D,Kinetic Energy,DSC-PRO,33
3D,Kinetic Parameters,CMT-PRO,40
3D,Kinetic Parameters,DSC-PRO,71
3D,Kinetics,DSC-PRO,107
3D,Koutecky-Levich Plot,DSC-CMT,38
3D,L,CMT-PRO,83
3D,L,DSC-PRO,167
3D,LDA,DSC-CMT,30
3D,LED,CMT-APL,46
3D,LED,DSC-APL,310
3D,LED Device,DSC-APL,30
3D,LEDs,CMT-APL,37
3D,LEDs,DSC-APL,235
3D,LEED,CMT-CMT,38
3D,LEED,DSC-CMT,42
3D,LIB,DSC-APL,155
3D,LIB,DSC-CHM,49
3D,LIBs,DSC-APL,505
3D,LIDAR,CMT-CMT,44
3D,LIDAR,DSC-CMT,30
3D,LIG,DSC-CHM,47
3D,LSCM,CMT-CMT,34
3D,LSPR,DSC-PRO,47
3D,LSV,CMT-CMT,105
3D,LSV,DSC-CMT,245
3D,LSV Curves,DSC-CMT,98
3D,LSVS,DSC-CMT,42
3D,LTO,DSC-CHM,95
3D,LUMO,CMT-PRO,55
3D,LUMO,DSC-PRO,119
3D,LUMO,PRO-PRO,32
3D,LUMO Energy Level,DSC-PRO,35
3D,La,CMT-CHM,89
3D,La,DSC-CHM,150
3D,La,PRO-CHM,38
3D,La3+,DSC-CHM,39
3D,Lab,DSC-APL,31
3D,Lactate,DSC-CHM,64
3D,Ladders,DSC-DSC,126
3D,Ladders,PRO-DSC,30
3D,Lamellae,DSC-DSC,45
3D,Lamellar,CMT-DSC,32
3D,Lamellar,DSC-DSC,182
3D,Laminated,DSC-DSC,75
3D,Laminates,CMT-DSC,43
3D,Laminates,DSC-DSC,90
3D,Lamination,DSC-SMT,33
3D,Landslide,CMT-CHM,38
3D,Lanthanides,DSC-CHM,267
3D,Lanthanides,PRO-CHM,58
3D,Laser,CMT-APL,42
3D,Laser,CMT-SMT,48
3D,Laser,DSC-APL,131
3D,Laser,DSC-SMT,90
3D,Laser Ablation,DSC-SMT,37
3D,Laser Irradiation,CMT-SMT,53
3D,Laser Irradiation,DSC-SMT,86
3D,Lattice,DSC-DSC,148
3D,Lattice,DSC-PRO,69
3D,Lattice Constant,CMT-PRO,46
3D,Lattice Constant,DSC-PRO,131
3D,Lattice Fringe,CMT-PRO,65
3D,Lattice Fringe,DSC-PRO,97
3D,Lattice Mismatch,DSC-PRO,37
3D,Lattice Parameter,CMT-PRO,110
3D,Lattice Parameter,DSC-PRO,157
3D,Lattice Parameter,PRO-PRO,40
3D,Lattice Spacing,DSC-PRO,57
3D,Lattice Structure,DSC-PRO,97
3D,Layer,CMT-DSC,56
3D,Layer,DSC-DSC,155
3D,Layer Structured,DSC-PRO,174
3D,Layer Structured,PRO-PRO,44
3D,Layer-By-Layer,DSC-SMT,65
3D,Layer-By-Layer Assembly,DSC-SMT,31
3D,Layered,CMT-DSC,140
3D,Layered,DSC-DSC,1222
3D,Layered,PRO-DSC,130
3D,Layered,SPL-DSC,34
3D,Layered Double,DSC-DSC,66
3D,Layered Double Hydroxide,DSC-DSC,34
3D,Layers,APL-DSC,178
3D,Layers,CMT-APL,34
3D,Layers,CMT-DSC,1384
3D,Layers,DSC-APL,106
3D,Layers,DSC-DSC,6239
3D,Layers,DSC-PRO,90
3D,Layers,PRO-DSC,754
3D,Layers,SMT-DSC,124
3D,Layers,SPL-DSC,61
3D,Lc,DSC-PRO,57
3D,Ldh,DSC-DSC,66
3D,Leaching,DSC-SMT,34
3D,Lead Iodide,DSC-CHM,34
3D,Lead(II),DSC-CHM,44
3D,Leaf,DSC-DSC,72
3D,Leakage Currents,DSC-PRO,46
3D,Least Squares Fit,DSC-CMT,37
3D,Leaves,DSC-DSC,42
3D,Length,DSC-PRO,54
3D,Lens,CMT-APL,39
3D,Lens,DSC-APL,81
3D,Lenses,DSC-APL,39
3D,Les,DSC-CMT,32
3D,Level,CMT-CMT,43
3D,Lewis Acids,DSC-CHM,72
3D,Li,APL-CHM,62
3D,Li,CMT-CHM,232
3D,Li,DSC-APL,127
3D,Li,DSC-CHM,1480
3D,Li,DSC-PRO,52
3D,Li,PRO-CHM,106
3D,Li Metal,DSC-CHM,41
3D,Li Metal Anode,DSC-APL,46
3D,Li Metal Batteries,DSC-APL,32
3D,Li O2,DSC-CHM,50
3D,Li O2 Batteries,DSC-APL,64
3D,Li S,DSC-CHM,117
3D,Li S Battery,DSC-APL,62
3D,Li+,DSC-CHM,93
3D,Li-Dendrite,DSC-CHM,52
3D,Li-Ion Battery,DSC-APL,250
3D,Li-O2,DSC-CHM,53
3D,Li-S,DSC-APL,38
3D,Li-S,DSC-CHM,77
3D,Li-S Batteries,DSC-APL,167
3D,Li2O,DSC-CHM,30
3D,Li2O2,DSC-CHM,39
3D,Li2S,DSC-CHM,93
3D,Li4Ti5O12,DSC-CHM,101
3D,LiCl,DSC-CHM,41
3D,LiClO4,DSC-CHM,68
3D,LiCoO2,DSC-CHM,144
3D,LiF,DSC-CHM,53
3D,LiFePO4,DSC-CHM,213
3D,LiMn2O4,DSC-CHM,65
3D,LiOH,DSC-CHM,33
3D,LiPF6,DSC-CHM,68
3D,Lifespan,DSC-PRO,49
3D,Lifetime,CMT-PRO,63
3D,Lifetime,DSC-PRO,184
3D,Lift,DSC-SMT,37
3D,Light,DSC-PRO,33
3D,Light Absorber,DSC-APL,35
3D,Light Absorption,DSC-PRO,100
3D,Light Emission,DSC-PRO,33
3D,Light Emitting Diodes,DSC-APL,112
3D,Light Green,CMT-CHM,53
3D,Light Green,DSC-CHM,143
3D,Light Harvesting,DSC-PRO,45
3D,Light Irradiation,DSC-SMT,58
3D,Light Microscopy,CMT-CMT,40
3D,Light Microscopy,DSC-CMT,60
3D,Light Scattering,DSC-PRO,42
3D,Light Weight,DSC-PRO,62
3D,Lighting,DSC-APL,35
3D,Lightweight,DSC-PRO,165
3D,Like,DSC-DSC,111
3D,Like,DSC-SPL,45
3D,Limestone,CMT-CHM,52
3D,Limits of Detection,DSC-PRO,88
3D,Line,CMT-CMT,32
3D,Line,DSC-CMT,32
3D,Line Profiles,CMT-CMT,58
3D,Line Profiles,DSC-CMT,38
3D,Linear Fit,CMT-CMT,60
3D,Linear Fit,DSC-CMT,85
3D,Linear Fitting,CMT-CMT,45
3D,Linear Fitting,DSC-CMT,61
3D,Linear Regression,CMT-CMT,46
3D,Linear Regression,DSC-CMT,39
3D,Linear Sweep Voltammetry,DSC-CMT,94
3D,Linear Sweep Voltammogram,CMT-CMT,34
3D,Linear Sweep Voltammogram,DSC-CMT,64
3D,Lines,DSC-DSC,51
3D,Linewidth,DSC-PRO,37
3D,Lipid,DSC-DSC,33
3D,Liposome,CMT-DSC,39
3D,Liposome,DSC-DSC,62
3D,Liquid Crystal,DSC-DSC,33
3D,Liquid Crystalline,DSC-PRO,42
3D,Liquid Electrolyte,DSC-APL,61
3D,Liquids,DSC-APL,31
3D,Lithiated,DSC-SMT,72
3D,Lithiation,CMT-SMT,34
3D,Lithiation,DSC-SMT,140
3D,Lithiophilic,DSC-PRO,52
3D,Lithium,APL-CHM,61
3D,Lithium,CMT-CHM,123
3D,Lithium,DSC-APL,58
3D,Lithium,DSC-CHM,1919
3D,Lithium,DSC-PRO,38
3D,Lithium,PRO-CHM,92
3D,Lithium Battery,DSC-APL,57
3D,Lithium Ion Battery,DSC-APL,630
3D,Lithium Ion Storage Capacity,DSC-PRO,41
3D,Lithium Metal Batteries,DSC-APL,33
3D,Lithium Polysulfide,DSC-CHM,62
3D,Lithium Storage,DSC-APL,53
3D,Lithium Storage Performance,DSC-PRO,58
3D,Lithium Sulfur,DSC-APL,58
3D,Lithium – Sulfur Batteries,DSC-APL,104
3D,Lithium-Ion Batteries,DSC-APL,289
3D,Lithium-Ion Battery Anode,DSC-APL,54
3D,Lithographic,DSC-SMT,44
3D,Lithography,DSC-SMT,103
3D,Lithology,CMT-PRO,32
3D,Live Dead Staining,DSC-CMT,86
3D,Live/Dead Assay,DSC-CMT,65
3D,Liver,DSC-APL,95
3D,Ln(III),DSC-CHM,49
3D,Ln3+,DSC-CHM,60
3D,Load Displacement Curve,CMT-CMT,43
3D,Load Displacement Curve,DSC-CMT,68
3D,Local,DSC-PRO,36
3D,Local Coordination Environment,DSC-PRO,98
3D,Local Structure,DSC-PRO,48
3D,Lod,DSC-PRO,61
3D,Long Range Order,DSC-PRO,33
3D,Long Term Stability,DSC-PRO,279
3D,Long-Term Cyclic Stability,DSC-PRO,59
3D,Loss,DSC-PRO,32
3D,Loss Modulus,DSC-PRO,91
3D,Low,DSC-PRO,43
3D,Low Resolution TEM,DSC-CMT,34
3D,Low-Dimensional,DSC-DSC,42
3D,Luminance,DSC-PRO,41
3D,Luminescence,DSC-CMT,114
3D,Luminescence,DSC-PRO,235
3D,Luminescence,PRO-PRO,37
3D,Luminescence Intensities,DSC-PRO,73
3D,Luminescence Intensity,DSC-PRO,115
3D,Luminescence Properties,DSC-PRO,110
3D,Luminescence Spectra,DSC-CMT,96
3D,Luminescent,DSC-PRO,148
3D,Luminescent Intensity,DSC-PRO,58
3D,Luminescent Property,DSC-PRO,255
3D,Luminescent Property,PRO-PRO,30
3D,Lung,DSC-APL,48
3D,Lyophilized,DSC-SMT,39
3D,Lys,DSC-CHM,33
3D,Lysines,DSC-CHM,53
3D,M,CMT-PRO,121
3D,M,DSC-PRO,245
3D,M,PRO-PRO,53
3D,MA+,DSC-CHM,36
3D,MAPbBr3,DSC-CHM,80
3D,MAPbI3,DSC-CHM,171
3D,MAPbI3 Perovskite,DSC-CHM,31
3D,MAT,DSC-DSC,44
3D,MCF7,DSC-CHM,37
3D,MCM-41,DSC-CHM,45
3D,MD,CMT-CMT,48
3D,MD,DSC-CMT,79
3D,MD,PRO-CMT,30
3D,MD Simulation,CMT-CMT,65
3D,MD Simulation,DSC-CMT,127
3D,MD Simulation,PRO-CMT,39
3D,MEA,DSC-APL,50
3D,MEA,DSC-CHM,34
3D,MEMS,DSC-APL,90
3D,MFC,DSC-APL,57
3D,MIL,DSC-CHM,35
3D,MOFs,DSC-APL,277
3D,MOFs,DSC-DSC,147
3D,MOFs,DSC-PRO,68
3D,MOFs,PRO-APL,42
3D,MRI,CMT-CMT,108
3D,MRI,DSC-CMT,81
3D,MRNA,DSC-PRO,49
3D,MS,CMT-CMT,45
3D,MS,DSC-CMT,56
3D,MSCS,DSC-APL,114
3D,MSCS,DSC-DSC,124
3D,MSCs,DSC-DSC,35
3D,MTS Assay,DSC-CMT,34
3D,MTT,CMT-CHM,68
3D,MTT,DSC-CHM,198
3D,MTT Assay,CMT-CMT,44
3D,MTT Assay,DSC-CMT,129
3D,MXene,DSC-CHM,141
3D,Machined,CMT-SMT,42
3D,Machined,DSC-SMT,66
3D,Machining,CMT-SMT,32
3D,Machining,DSC-SMT,97
3D,Macro,DSC-DSC,31
3D,Macrophages,DSC-APL,30
3D,Macropore,DSC-PRO,153
3D,Macroporosity,DSC-PRO,30
3D,Macroporous,DSC-DSC,432
3D,Macroscale,DSC-DSC,34
3D,Macroscopic,DSC-DSC,99
3D,Macrostructure,DSC-DSC,31
3D,Macrostructure,DSC-PRO,39
3D,Magenta,CMT-CHM,203
3D,Magenta,DSC-CHM,383
3D,Magenta,PRO-CHM,88
3D,Magnesium,CMT-CHM,31
3D,Magnesium,DSC-CHM,93
3D,Magnet,DSC-APL,58
3D,Magnetic Behaviour,DSC-PRO,90
3D,Magnetic Field,CMT-PRO,32
3D,Magnetic Field,DSC-PRO,49
3D,Magnetic Hysteresis Loop,DSC-CMT,42
3D,Magnetic Interaction,DSC-PRO,45
3D,Magnetic Measurement,DSC-CMT,150
3D,Magnetic Moment,DSC-PRO,79
3D,Magnetic Moment,PRO-PRO,64
3D,Magnetic Ordering,DSC-PRO,31
3D,Magnetic Properties,DSC-PRO,410
3D,Magnetic Properties,PRO-PRO,97
3D,Magnetic Property,DSC-PRO,40
3D,Magnetic Studies,DSC-CMT,87
3D,Magnetic Susceptibility,CMT-PRO,30
3D,Magnetic Susceptibility,DSC-CMT,44
3D,Magnetic Susceptibility,DSC-PRO,326
3D,Magnetic Susceptibility,PRO-PRO,101
3D,Magnetically,DSC-PRO,53
3D,Magnetics,CMT-PRO,119
3D,Magnetics,DSC-CMT,36
3D,Magnetics,DSC-PRO,576
3D,Magnetics,PRO-PRO,127
3D,Magnetism,DSC-PRO,73
3D,Magnetite,DSC-CHM,45
3D,Magnetization,CMT-PRO,86
3D,Magnetization,DSC-PRO,268
3D,Magnetization,PRO-PRO,105
3D,Magnetization Curve,DSC-CMT,41
3D,Magneto Resistance,DSC-PRO,33
3D,Magnetron Sputtering,DSC-SMT,38
3D,Magnets,DSC-APL,47
3D,Maleimide,DSC-CHM,38
3D,Manganese,DSC-CHM,119
3D,Manganese,PRO-CHM,36
3D,Manganese Dioxide,DSC-CHM,35
3D,Manganese Oxide,DSC-CHM,67
3D,Map,CMT-CMT,103
3D,Map,DSC-CMT,52
3D,Mappings,CMT-CMT,66
3D,Mappings,DSC-CMT,61
3D,Maps,CMT-CMT,36
3D,Maps,DSC-CMT,37
3D,Martensite,CMT-SPL,37
3D,Martensite,DSC-SPL,37
3D,Mask,DSC-APL,70
3D,Mass,CMT-PRO,53
3D,Mass,DSC-PRO,115
3D,Mass Activity,CMT-PRO,34
3D,Mass Activity,DSC-PRO,81
3D,Mass Density,DSC-PRO,35
3D,Mass Loading,DSC-PRO,79
3D,Mass Spectrometry,DSC-CMT,30
3D,Mass Transfer,DSC-PRO,84
3D,Mass Transport,DSC-PRO,105
3D,Material,CMT-PRO,42
3D,Material,DSC-APL,59
3D,Material,DSC-PRO,72
3D,Material Parameter,DSC-PRO,31
3D,Material Properties,CMT-PRO,57
3D,Material Properties,DSC-PRO,96
3D,Material Science,DSC-APL,39
3D,Matrices,DSC-DSC,81
3D,Matrix,CMT-DSC,226
3D,Matrix,DSC-DSC,746
3D,Matrix,DSC-PRO,58
3D,Matrix,PRO-DSC,55
3D,Matrix Composite,DSC-DSC,52
3D,Maximum,CMT-PRO,37
3D,Maximum,DSC-PRO,55
3D,Me,DSC-CHM,34
3D,MeCN,DSC-CHM,76
3D,MeOH,CMT-CHM,67
3D,MeOH,DSC-CHM,236
3D,Mean,CMT-PRO,67
3D,Mean,DSC-PRO,86
3D,Mean Square Displacement,DSC-PRO,31
3D,Measurements,DSC-APL,30
3D,Measurements,DSC-CMT,48
3D,Mechanical,CMT-PRO,40
3D,Mechanical,DSC-PRO,377
3D,Mechanical Behaviour,CMT-PRO,36
3D,Mechanical Behaviour,DSC-PRO,117
3D,Mechanical Flexibility,DSC-PRO,91
3D,Mechanical Integrity,DSC-PRO,37
3D,Mechanical Performance,DSC-PRO,82
3D,Mechanical Property,APL-PRO,35
3D,Mechanical Property,CMT-PRO,187
3D,Mechanical Property,DSC-PRO,1113
3D,Mechanical Property,PRO-PRO,69
3D,Mechanical Property,SMT-PRO,93
3D,Mechanical Response,DSC-PRO,75
3D,Mechanical Robustness,DSC-PRO,37
3D,Mechanical Stability,DSC-PRO,138
3D,Mechanical Strength,DSC-PRO,257
3D,Mechanical Stresses,DSC-PRO,42
3D,Mechanical Testing,DSC-CMT,62
3D,Mechanically Robust,DSC-PRO,36
3D,Mechanically Stable,DSC-PRO,31
3D,Mechanics,DSC-PRO,66
3D,Mechanisms,CMT-PRO,31
3D,Mechanisms,DSC-PRO,120
3D,Medicines,DSC-APL,48
3D,Melamine,DSC-CHM,168
3D,Melted,DSC-SMT,41
3D,Melting,CMT-SMT,45
3D,Melting,DSC-PRO,30
3D,Melting,DSC-SMT,104
3D,Melting Point,DSC-PRO,60
3D,Melting Temperature,DSC-PRO,41
3D,Membrane,APL-DSC,38
3D,Membrane,CMT-APL,57
3D,Membrane,CMT-DSC,312
3D,Membrane,DSC-APL,166
3D,Membrane,DSC-DSC,1069
3D,Membrane,DSC-PRO,47
3D,Membrane,PRO-DSC,84
3D,Membrane,SMT-DSC,34
3D,Membrane Surface,DSC-DSC,45
3D,Memory Device,DSC-APL,33
3D,Mercury,CMT-CHM,55
3D,Mercury,DSC-CHM,135
3D,Mesenchymal,DSC-PRO,38
3D,Mesenchymal,DSC-SPL,44
3D,Mesenchymal Stem Cell,DSC-APL,138
3D,Mesh,CMT-DSC,70
3D,Mesh,DSC-APL,33
3D,Mesh,DSC-CMT,38
3D,Mesh,DSC-DSC,287
3D,Meshes,DSC-DSC,78
3D,Meso,DSC-DSC,31
3D,Meso Structured,DSC-DSC,80
3D,Meso Structured,DSC-PRO,161
3D,Mesocrystal,DSC-DSC,35
3D,Mesophase,DSC-PRO,33
3D,Mesopore,DSC-DSC,57
3D,Mesopore,DSC-PRO,218
3D,Mesoporosity,DSC-PRO,46
3D,Mesoporous,CMT-DSC,89
3D,Mesoporous,DSC-DSC,1048
3D,Mesoporous,PRO-DSC,46
3D,Metabolic Activity,DSC-PRO,81
3D,Metal - Organic,DSC-PRO,37
3D,Metal - Organic,PRO-PRO,32
3D,Metal Air Batteries,DSC-APL,39
3D,Metal Anode,DSC-APL,60
3D,Metal Carboxylate,DSC-CHM,33
3D,Metal Electrode,DSC-APL,65
3D,Metal Organic Framework,DSC-APL,172
3D,Metal Organic Framework,DSC-CMT,33
3D,Metal Organic Framework,DSC-PRO,31
3D,Metal Organic Framework,PRO-PRO,35
3D,Metal Oxide,CMT-CHM,36
3D,Metal Oxide,DSC-CHM,285
3D,Metal Oxides,DSC-CHM,227
3D,Metallic,APL-PRO,36
3D,Metallic,CMT-PRO,234
3D,Metallic,DSC-PRO,833
3D,Metallic,PRO-PRO,119
3D,Metalorganic,DSC-PRO,70
3D,Metalorganic,PRO-PRO,36
3D,Metals,APL-PRO,60
3D,Metals,CMT-PRO,267
3D,Metals,DSC-APL,173
3D,Metals,DSC-PRO,1824
3D,Metals,PRO-PRO,324
3D,Metamaterial,DSC-APL,190
3D,Metastable,DSC-PRO,106
3D,Metasurfaces,DSC-APL,54
3D,Methacrylate,DSC-CHM,64
3D,Methane,CMT-CHM,70
3D,Methane,DSC-CHM,132
3D,Methanol,CMT-CHM,193
3D,Methanol,DSC-CHM,762
3D,Methanol,PRO-CHM,65
3D,Methanol Oxidation,DSC-APL,60
3D,Methanol Tolerant,DSC-PRO,44
3D,Methods,CMT-CMT,39
3D,Methods,DSC-CMT,91
3D,Methyl,CMT-CHM,50
3D,Methyl,DSC-CHM,127
3D,Methyl Orange,DSC-CHM,148
3D,Methylammonium,DSC-CHM,74
3D,Methylene Blue,DSC-CHM,244
3D,Methylenes,DSC-CHM,39
3D,Mfcs,DSC-APL,39
3D,Mg,CMT-CHM,124
3D,Mg,DSC-CHM,288
3D,Mg,PRO-CHM,50
3D,Mg2+,CMT-CHM,40
3D,Mg2+,DSC-CHM,107
3D,MgO,DSC-CHM,118
3D,Mice,DSC-APL,39
3D,Micelles,CMT-DSC,49
3D,Micelles,DSC-DSC,89
3D,Micro,CMT-DSC,30
3D,Micro,DSC-APL,85
3D,Micro,DSC-DSC,390
3D,Micro,DSC-PRO,48
3D,Micro Computed Tomography,DSC-CMT,38
3D,Micro Hardness,CMT-PRO,32
3D,Micro Patterning,DSC-SMT,34
3D,Micro Patterns,DSC-DSC,54
3D,Micro Pillar,DSC-DSC,102
3D,Micro Structures,CMT-PRO,58
3D,Micro Structures,DSC-PRO,154
3D,MicroCT,CMT-CMT,137
3D,MicroCT,DSC-CMT,140
3D,Microarray,DSC-DSC,42
3D,Microbeads,DSC-DSC,57
3D,Microbial Fuel Cell,DSC-APL,38
3D,Microcapsule,DSC-DSC,64
3D,Microchannel,CMT-DSC,76
3D,Microchannel,DSC-APL,158
3D,Microchannel,DSC-DSC,322
3D,Microchip,DSC-APL,40
3D,Microcracks,DSC-PRO,32
3D,Microcrystalline,DSC-DSC,44
3D,Microcrystals,DSC-DSC,69
3D,Microcube,DSC-DSC,31
3D,Microdevice,DSC-APL,54
3D,Microdroplets,DSC-DSC,33
3D,Microelectrode,DSC-APL,133
3D,Microelectrode Array,DSC-APL,33
3D,Microelectromechanical Systems,DSC-APL,50
3D,Microelectronics,DSC-APL,43
3D,Microfabricated,DSC-DSC,62
3D,Microfabrication,DSC-SMT,94
3D,Microfibers,DSC-DSC,108
3D,Microfibre,DSC-DSC,65
3D,Microflower,DSC-DSC,72
3D,Microfluidic Channels,DSC-APL,130
3D,Microfluidic Chip,DSC-APL,90
3D,Microfluidic Device,DSC-APL,209
3D,Microfluidics,DSC-APL,219
3D,Microfluidics,DSC-DSC,65
3D,Microfluidics,DSC-SMT,95
3D,Microgels,DSC-DSC,91
3D,Micrographs,CMT-CMT,32
3D,Micrographs,DSC-CMT,69
3D,Micromachining,DSC-SMT,31
3D,Micrometer,DSC-DSC,31
3D,Micron,DSC-DSC,52
3D,Microparticle,CMT-DSC,34
3D,Microparticle,DSC-DSC,206
3D,Micropatterned,DSC-DSC,94
3D,Microplate,DSC-DSC,38
3D,Micropore,DSC-DSC,35
3D,Micropore,DSC-PRO,122
3D,Microporosity,DSC-PRO,46
3D,Microporous,DSC-DSC,302
3D,Microporous,DSC-PRO,90
3D,Microporous,PRO-DSC,31
3D,Microreactor,DSC-APL,45
3D,Microrods,DSC-DSC,35
3D,Microscale,DSC-DSC,127
3D,Microscope,CMT-CMT,32
3D,Microscope,DSC-CMT,65
3D,Microscopic,DSC-CMT,54
3D,Microscopic Image,DSC-CMT,38
3D,Microscopy,CMT-CMT,63
3D,Microscopy,DSC-CMT,148
3D,Microsized,DSC-DSC,39
3D,Microspheres,CMT-DSC,78
3D,Microspheres,DSC-DSC,658
3D,Microstructural,CMT-PRO,62
3D,Microstructural,DSC-PRO,122
3D,Microstructure,APL-PRO,68
3D,Microstructure,CMT-DSC,32
3D,Microstructure,CMT-PRO,589
3D,Microstructure,DSC-DSC,383
3D,Microstructure,DSC-PRO,2110
3D,Microstructure,PRO-PRO,287
3D,Microstructure,SMT-PRO,71
3D,Microstructured,DSC-DSC,76
3D,Microsupercapacitor,DSC-APL,60
3D,Microsystems,DSC-APL,37
3D,Microtissue,DSC-DSC,47
3D,Microtube,DSC-DSC,32
3D,Microtubes,DSC-DSC,49
3D,Microwave Irradiation,DSC-SMT,39
3D,Microwell,DSC-DSC,67
3D,Microwires,DSC-DSC,33
3D,Migration,DSC-PRO,42
3D,Milled,DSC-SMT,50
3D,Milling,DSC-SMT,63
3D,Mineralization,DSC-SMT,42
3D,Mineralized,DSC-SMT,39
3D,Minerals,DSC-DSC,37
3D,Miocene,CMT-CHM,43
3D,Mirrors,CMT-APL,45
3D,Mirrors,DSC-APL,82
3D,Mixture,DSC-DSC,39
3D,Mixtures,DSC-DSC,30
3D,Ml,DSC-DSC,47
3D,Mn,CMT-CHM,165
3D,Mn,DSC-CHM,651
3D,Mn,PRO-CHM,181
3D,Mn(II),DSC-CHM,220
3D,Mn(II),PRO-CHM,50
3D,Mn2+,CMT-CHM,33
3D,Mn2+,DSC-CHM,115
3D,Mn2O3,DSC-CHM,30
3D,Mn3O4,DSC-CHM,99
3D,MnCo2O4,DSC-CHM,31
3D,MnO,DSC-CHM,91
3D,MnO2,CMT-CHM,38
3D,MnO2,DSC-CHM,541
3D,MnOx,DSC-CHM,44
3D,Mo,CMT-CHM,494
3D,Mo,DSC-CHM,442
3D,Mo,PRO-CHM,66
3D,Mo2C,CMT-CHM,44
3D,Mo2C,DSC-CHM,40
3D,MoO2,CMT-CHM,40
3D,MoO2,DSC-CHM,61
3D,MoO3,CMT-CHM,107
3D,MoO3,DSC-CHM,112
3D,MoS2,CMT-CHM,231
3D,MoS2,DSC-CHM,641
3D,MoS2,PRO-CHM,37
3D,MoSe2,CMT-CHM,34
3D,MoSe2,DSC-CHM,92
3D,Mobilities,DSC-PRO,31
3D,Mobility,CMT-PRO,49
3D,Mobility,DSC-PRO,152
3D,Mode,DSC-PRO,106
3D,Modeling,CMT-CMT,46
3D,Modeling,DSC-CMT,56
3D,Models,CMT-CMT,295
3D,Models,DSC-APL,53
3D,Models,DSC-CMT,511
3D,Models,DSC-DSC,58
3D,Models,PRO-CMT,50
3D,Modes,DSC-PRO,112
3D,Modification,DSC-SMT,48
3D,Module,CMT-APL,31
3D,Module,DSC-APL,72
3D,Moduli,DSC-PRO,48
3D,Modulus,CMT-PRO,31
3D,Modulus,DSC-PRO,148
3D,Mof,DSC-APL,198
3D,Mof,DSC-DSC,108
3D,Mof,DSC-PRO,37
3D,Mof,PRO-APL,44
3D,Moisture Stability,DSC-PRO,44
3D,Mold,DSC-APL,92
3D,Mold,DSC-DSC,79
3D,Molded,DSC-SMT,51
3D,Molding,DSC-SMT,69
3D,Molecular,DSC-PRO,39
3D,Molecular Beam Epitaxy,DSC-SMT,40
3D,Molecular Dynamics,DSC-CMT,49
3D,Molecular Dynamics (MD) Simulation,CMT-CMT,36
3D,Molecular Dynamics (MD) Simulation,DSC-CMT,105
3D,Molecular Model,DSC-CMT,64
3D,Molecular Orbital,DSC-PRO,40
3D,Molecular Packing,DSC-PRO,37
3D,Molecular Sieve,DSC-APL,32
3D,Molecular Simulation,DSC-CMT,33
3D,Molecular Structure,CMT-PRO,225
3D,Molecular Structure,DSC-PRO,883
3D,Molecular Structure,PRO-PRO,146
3D,Molecular Weight,CMT-PRO,50
3D,Molecular Weight,DSC-PRO,129
3D,Molybdenum,CMT-CHM,42
3D,Molybdenum,DSC-CHM,67
3D,Molybdenum Disulfide,DSC-CHM,57
3D,Mono,DSC-DSC,32
3D,Mono-disperse,DSC-DSC,131
3D,Mono-dispersed,DSC-DSC,57
3D,Monoclinic,CMT-SPL,43
3D,Monoclinic,DSC-SPL,395
3D,Monoclinic,PRO-SPL,67
3D,Monolayers,CMT-DSC,271
3D,Monolayers,DSC-DSC,1052
3D,Monolayers,PRO-DSC,109
3D,Monolithic,DSC-DSC,151
3D,Monoliths,DSC-DSC,218
3D,Monte Carlo Simulation,DSC-CMT,50
3D,Monte Carlo Simulations,DSC-CMT,77
3D,Morphologic,CMT-PRO,126
3D,Morphologic,DSC-PRO,385
3D,Morphologic,PRO-PRO,38
3D,Morphological Characteristics,DSC-PRO,32
3D,Morphological Characterization,DSC-CMT,51
3D,Morphological Features,DSC-PRO,46
3D,Morphologies,CMT-PRO,177
3D,Morphologies,DSC-PRO,1062
3D,Morphologies,PRO-PRO,84
3D,Morphology,APL-PRO,78
3D,Morphology,CMT-PRO,680
3D,Morphology,DSC-PRO,3256
3D,Morphology,PRO-PRO,277
3D,Morphology,SMT-PRO,53
3D,Mortars,DSC-DSC,32
3D,Motility,DSC-PRO,39
3D,Motors,DSC-APL,32
3D,Mott Schottky Plot,CMT-CMT,48
3D,Mott Schottky Plot,DSC-CMT,60
3D,Mouse,DSC-DSC,32
3D,Msc,DSC-APL,73
3D,Msc,DSC-DSC,66
3D,Mtt,DSC-CMT,33
3D,Multi Layered,CMT-DSC,43
3D,Multi Layered,DSC-DSC,270
3D,Multi Wall,DSC-DSC,33
3D,Multi-Phase,DSC-DSC,35
3D,Multicellular,DSC-DSC,60
3D,Multicellular Spheroids,DSC-DSC,54
3D,Multilayer,CMT-DSC,163
3D,Multilayer,DSC-DSC,529
3D,Multilayer,PRO-DSC,47
3D,Multimaterial,DSC-DSC,31
3D,Multiwall,DSC-DSC,174
3D,N Blue,DSC-CHM,203
3D,N Blue,PRO-CHM,33
3D,N Type,DSC-PRO,128
3D,"N,N-Dimethylformamide",DSC-CHM,110
3D,"N,P",DSC-CHM,31
3D,N-Hexane,DSC-CHM,37
3D,N2,CMT-CHM,473
3D,N2,DSC-CHM,1521
3D,N2,DSC-CMT,38
3D,N2,PRO-CHM,154
3D,N2 Adsorption,DSC-CMT,90
3D,N2 Adsorption Desorption,DSC-CMT,38
3D,N2 Adsorption Desorption Isotherm,CMT-CMT,30
3D,N2 Adsorption Desorption Isotherm,DSC-CMT,87
3D,N2 Adsorption Desorption Isotherms,CMT-CMT,117
3D,N2 Adsorption Desorption Isotherms,DSC-CMT,284
3D,N2 Adsorption Isotherm,DSC-CMT,89
3D,N2 Isotherm,DSC-CMT,35
3D,N2 Sorption Isotherm,CMT-CMT,30
3D,N2 Sorption Isotherm,DSC-CMT,133
3D,N719,DSC-CHM,35
3D,NADH,DSC-CHM,30
3D,NAND,DSC-CHM,35
3D,NASICON,DSC-CHM,31
3D,NC,CMT-DSC,60
3D,NC,DSC-DSC,234
3D,NCS,CMT-DSC,67
3D,NCS,DSC-DSC,188
3D,NH,CMT-CHM,57
3D,NH,DSC-CHM,79
3D,NH2,DSC-CHM,119
3D,NH3,CMT-CHM,91
3D,NH3,DSC-CHM,210
3D,NH4+,DSC-CHM,30
3D,NH4Cl,DSC-CHM,39
3D,NHO,DSC-CHM,49
3D,NMP,DSC-CHM,65
3D,NMR,CMT-CMT,146
3D,NMR,DSC-CMT,198
3D,NMR,PRO-CMT,65
3D,NO,CMT-CHM,83
3D,NO,DSC-CHM,122
3D,NO2,CMT-CHM,47
3D,NO2,DSC-CHM,151
3D,NO3,DSC-CHM,95
3D,NPS,CMT-DSC,310
3D,NPS,DSC-DSC,865
3D,NPS,PRO-DSC,58
3D,NPs,DSC-DSC,116
3D,NR,DSC-DSC,94
3D,NRS,CMT-DSC,42
3D,NRS,DSC-DSC,112
3D,NSCs,DSC-DSC,31
3D,NVP,DSC-CHM,53
3D,NW,CMT-DSC,64
3D,NW,DSC-DSC,223
3D,NWAS,DSC-DSC,33
3D,NWs,DSC-DSC,34
3D,NWs Array,DSC-DSC,47
3D,Na,CMT-CHM,95
3D,Na,DSC-CHM,502
3D,Na,PRO-CHM,64
3D,Na+,CMT-CHM,69
3D,Na+,DSC-CHM,321
3D,Na+,PRO-CHM,35
3D,Na-Ion Batteries,DSC-APL,36
3D,Na2S,DSC-CHM,51
3D,Na2SO4,CMT-CHM,79
3D,Na2SO4,DSC-CHM,272
3D,Na3V2(PO4)3,DSC-CHM,71
3D,NaBH4,CMT-CHM,46
3D,NaBH4,DSC-CHM,97
3D,NaCl,CMT-CHM,200
3D,NaCl,DSC-CHM,380
3D,NaCl,PRO-CHM,37
3D,NaClO4,DSC-CHM,41
3D,NaN3,DSC-CHM,46
3D,NaNO2,DSC-CHM,35
3D,NaOH,CMT-CHM,124
3D,NaOH,DSC-CHM,374
3D,Nafion,CMT-CHM,37
3D,Nafion,DSC-CHM,106
3D,Nano,CMT-DSC,36
3D,Nano,DSC-DSC,218
3D,Nano Architecture,DSC-DSC,185
3D,Nano Fillers,DSC-DSC,34
3D,Nano Scale,DSC-DSC,33
3D,Nano Size,DSC-DSC,135
3D,Nano Structured,CMT-DSC,55
3D,Nano Structured,DSC-DSC,575
3D,Nano Structured,PRO-DSC,30
3D,Nano-,DSC-DSC,80
3D,Nano-Cage,DSC-DSC,56
3D,Nano-Hole,DSC-DSC,32
3D,Nano-Network,DSC-DSC,36
3D,Nano-Particles,DSC-DSC,34
3D,Nano-Pillars,DSC-DSC,90
3D,Nano-Sized,DSC-DSC,46
3D,Nano-Structures,DSC-DSC,33
3D,Nanoarrays,DSC-DSC,110
3D,Nanobelts,DSC-DSC,139
3D,Nanoboxes,DSC-DSC,32
3D,Nanocages,DSC-DSC,84
3D,Nanocapsule,DSC-DSC,35
3D,Nanocatalyst,DSC-APL,76
3D,Nanochannel,DSC-DSC,104
3D,Nanocluster,CMT-DSC,30
3D,Nanocluster,DSC-DSC,130
3D,Nanocomposite,CMT-DSC,256
3D,Nanocomposite,DSC-DSC,1175
3D,Nanocomposite,PRO-DSC,48
3D,Nanocomposite Film,DSC-DSC,44
3D,Nanocones,DSC-DSC,48
3D,Nanocrystalline,DSC-DSC,148
3D,Nanocrystallite,DSC-DSC,42
3D,Nanocrystals,CMT-DSC,119
3D,Nanocrystals,DSC-DSC,708
3D,Nanocrystals,PRO-DSC,54
3D,Nanocube,CMT-DSC,42
3D,Nanocube,DSC-DSC,191
3D,Nanodendrite,DSC-DSC,34
3D,Nanodevice,DSC-APL,43
3D,Nanodisks,DSC-DSC,47
3D,Nanodot,DSC-DSC,93
3D,Nanoelectronics,DSC-APL,39
3D,Nanofabrication,DSC-SMT,41
3D,Nanofiber,CMT-DSC,79
3D,Nanofiber,DSC-DSC,819
3D,Nanofibre,DSC-DSC,44
3D,Nanofibril,DSC-DSC,38
3D,Nanofibrous,DSC-DSC,82
3D,Nanofibrous Scaffolds,DSC-DSC,40
3D,Nanofilms,DSC-DSC,63
3D,Nanoflakes,DSC-DSC,227
3D,Nanoflower,DSC-DSC,222
3D,Nanogenerator,DSC-APL,34
3D,Nanohybrid,CMT-DSC,33
3D,Nanohybrid,DSC-DSC,172
3D,Nanoindentation,CMT-CMT,42
3D,Nanoindentation,DSC-CMT,69
3D,Nanolayer,DSC-DSC,30
3D,Nanomaterial,CMT-DSC,47
3D,Nanomaterial,DSC-DSC,549
3D,Nanomaterial,PRO-DSC,32
3D,Nanomembrane,DSC-DSC,41
3D,Nanomesh,DSC-DSC,43
3D,Nanometer,DSC-DSC,47
3D,Nanoneedle,DSC-DSC,57
3D,Nanoparticle,APL-DSC,39
3D,Nanoparticle,CMT-DSC,259
3D,Nanoparticle,DSC-DSC,899
3D,Nanoparticle,PRO-DSC,84
3D,Nanoparticles,APL-DSC,97
3D,Nanoparticles,CMT-DSC,657
3D,Nanoparticles,DSC-DSC,3334
3D,Nanoparticles,PRO-DSC,191
3D,Nanoparticles,SMT-DSC,32
3D,Nanopattern,DSC-DSC,48
3D,Nanopatterned,DSC-DSC,33
3D,Nanopillar,DSC-DSC,41
3D,Nanopillar Array,DSC-DSC,40
3D,Nanoplatelet,DSC-DSC,120
3D,Nanoplates,CMT-DSC,30
3D,Nanoplates,DSC-DSC,260
3D,Nanopores,CMT-DSC,30
3D,Nanopores,DSC-APL,35
3D,Nanopores,DSC-DSC,174
3D,Nanoporous,CMT-DSC,31
3D,Nanoporous,DSC-DSC,420
3D,Nanopowder,DSC-DSC,46
3D,Nanoribbon,DSC-DSC,193
3D,Nanoring,DSC-DSC,35
3D,Nanorod Array,DSC-DSC,160
3D,Nanorods,APL-DSC,33
3D,Nanorods,CMT-DSC,153
3D,Nanorods,DSC-DSC,914
3D,Nanorods,PRO-DSC,44
3D,Nanoscale,CMT-DSC,49
3D,Nanoscale,DSC-DSC,367
3D,Nanoscale,PRO-DSC,39
3D,Nanosensor,DSC-APL,30
3D,Nanosheet Array,DSC-DSC,147
3D,Nanosheets,APL-DSC,38
3D,Nanosheets,CMT-DSC,198
3D,Nanosheets,DSC-DSC,1965
3D,Nanosheets,PRO-DSC,55
3D,Nanoshell,DSC-DSC,44
3D,Nanosphere,CMT-DSC,67
3D,Nanosphere,DSC-DSC,390
3D,Nanostructure,CMT-DSC,82
3D,Nanostructure,DSC-DSC,748
3D,Nanostructure,PRO-DSC,44
3D,Nanostructures,APL-DSC,34
3D,Nanostructures,CMT-DSC,163
3D,Nanostructures,DSC-DSC,1492
3D,Nanostructures,PRO-DSC,82
3D,Nanostructuring,DSC-SMT,30
3D,Nanotechnology,DSC-APL,60
3D,Nanotube,APL-DSC,53
3D,Nanotube,CMT-DSC,130
3D,Nanotube,DSC-DSC,1455
3D,Nanotube,PRO-DSC,78
3D,Nanotube Arrays,DSC-DSC,144
3D,Nanotubular,DSC-DSC,41
3D,Nanowall,DSC-DSC,84
3D,Nanowire,CMT-DSC,84
3D,Nanowire,DSC-DSC,638
3D,Nanowire Array,DSC-DSC,293
3D,Nanowire Network,DSC-DSC,41
3D,Nanowires,APL-DSC,33
3D,Nanowires,CMT-DSC,126
3D,Nanowires,DSC-DSC,1040
3D,Nanowires,PRO-DSC,47
3D,Naphthalene,DSC-CHM,46
3D,Natural Frequencies,DSC-PRO,30
3D,Navier – Stokes Equations,DSC-CMT,51
3D,Nb,CMT-CHM,51
3D,Nb,DSC-CHM,69
3D,Nb2O5,DSC-CHM,41
3D,Nd,CMT-CHM,34
3D,Nd,DSC-CHM,140
3D,Nd,PRO-CHM,35
3D,Nd3+,DSC-CHM,31
3D,Needle-Like,DSC-DSC,36
3D,Needles,DSC-DSC,63
3D,Negative Electrode,DSC-APL,240
3D,Nematic,DSC-PRO,48
3D,Nematic,DSC-SPL,30
3D,Net,DSC-DSC,321
3D,Net,PRO-DSC,49
3D,Network,CMT-DSC,37
3D,Network,DSC-APL,70
3D,Network,DSC-DSC,528
3D,Network,DSC-PRO,150
3D,Network Structure,DSC-PRO,109
3D,Network Topology,DSC-PRO,42
3D,Neural,DSC-APL,50
3D,Neural Network,DSC-APL,36
3D,Neural Network,DSC-CMT,30
3D,Neural Stem Cells,DSC-APL,30
3D,Neuron,DSC-APL,52
3D,Neuronal,DSC-APL,53
3D,Neuronal,DSC-PRO,71
3D,Neuronal Cells,DSC-APL,35
3D,Neurons,DSC-APL,133
3D,Neurons,DSC-DSC,34
3D,Nexafs,CMT-CMT,30
3D,Nf,DSC-DSC,128
3D,Nfs,DSC-DSC,93
3D,Ni,APL-CHM,55
3D,Ni,CMT-CHM,385
3D,Ni,DSC-CHM,1948
3D,Ni,PRO-CHM,207
3D,Ni II,DSC-CHM,231
3D,Ni II,PRO-CHM,42
3D,Ni(OH)2,DSC-CHM,193
3D,Ni2+,DSC-CHM,142
3D,Ni2P,DSC-CHM,60
3D,Ni3S2,DSC-CHM,30
3D,NiCo,DSC-CHM,76
3D,NiCo2O4,DSC-CHM,185
3D,NiCo2S4,DSC-CHM,73
3D,NiFe,DSC-CHM,92
3D,NiII,DSC-CHM,30
3D,NiMoO4,DSC-CHM,38
3D,NiO,CMT-CHM,66
3D,NiO,DSC-CHM,349
3D,NiS,DSC-CHM,38
3D,Nickel,CMT-CHM,78
3D,Nickel,DSC-CHM,895
3D,Nickel,PRO-CHM,61
3D,Nickel (II),DSC-CHM,41
3D,Nickel Oxides,DSC-CHM,32
3D,Nitrate,DSC-CHM,205
3D,Nitridation,DSC-SMT,32
3D,Nitride,DSC-CHM,58
3D,Nitriles,DSC-CHM,37
3D,Nitrite,DSC-CHM,60
3D,Nitro,DSC-CHM,74
3D,Nitrobenzene,DSC-CHM,93
3D,Nitrogen,CMT-CHM,442
3D,Nitrogen,DSC-CHM,1986
3D,Nitrogen,PRO-CHM,163
3D,Nitrogen Adsorption,DSC-CMT,81
3D,Nitrogen Adsorption Desorption Isotherm,DSC-CMT,93
3D,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,79
3D,Nitrogen Adsorption Desorption Isotherms,DSC-CMT,189
3D,Nitrogen Adsorption Isotherm,DSC-CMT,36
3D,Nitrogen Sorption Isotherm,DSC-CMT,44
3D,Noise,DSC-PRO,36
3D,Non-Woven,DSC-DSC,46
3D,Nonmagnetic,DSC-PRO,37
3D,Nonporous,DSC-DSC,75
3D,Normal Stress,CMT-PRO,34
3D,Normal Stress,DSC-PRO,33
3D,Normalized,CMT-CMT,46
3D,Normalized,DSC-CMT,69
3D,Normalized,DSC-PRO,56
3D,Nozzle,DSC-APL,53
3D,Nss,CMT-DSC,36
3D,Nss,DSC-DSC,125
3D,Nucleic Acid,DSC-CHM,82
3D,Number,CMT-PRO,33
3D,Number,DSC-PRO,54
3D,Number Density,DSC-PRO,30
3D,Numbering,DSC-CMT,39
3D,Numerical Modelling,DSC-CMT,35
3D,Numerical Simulations,CMT-CMT,63
3D,Numerical Simulations,DSC-CMT,116
3D,Nusselt Number,CMT-PRO,31
3D,Nusselt Number,DSC-PRO,49
3D,Nws,CMT-DSC,57
3D,Nws,DSC-DSC,290
3D,Nyquist Plot,CMT-CMT,368
3D,Nyquist Plot,DSC-CMT,934
3D,Nyquist Plot,PRO-CMT,39
3D,N–H,DSC-CHM,42
3D,O,CMT-CHM,904
3D,O,DSC-CHM,2079
3D,O,PRO-CHM,360
3D,O 1s,CMT-CHM,37
3D,O 1s,CMT-CMT,54
3D,O 2p,PRO-CHM,43
3D,O H O,DSC-CHM,36
3D,O Hydrogen,DSC-CHM,47
3D,O Red,DSC-CHM,130
3D,O-HO,DSC-CHM,48
3D,O1S XPS,CMT-CMT,44
3D,O1S XPS,DSC-CMT,30
3D,O1s,DSC-CMT,38
3D,O2,CMT-CHM,342
3D,O2,DSC-CHM,774
3D,O2,PRO-CHM,81
3D,O3,CMT-CHM,33
3D,O3,DSC-CHM,65
3D,O=Red,DSC-CHM,32
3D,OER,CMT-APL,56
3D,OER,DSC-APL,392
3D,OER,DSC-PRO,64
3D,OER Activity,DSC-PRO,83
3D,OER Catalyst,DSC-APL,49
3D,OER Performance,DSC-PRO,54
3D,OER Polarization Curve,DSC-CMT,40
3D,OFM,DSC-PRO,51
3D,OFMT,DSC-CMT,159
3D,OFMT,DSC-PRO,33
3D,OFMT,PRO-CMT,30
3D,OH,CMT-CHM,99
3D,OH,DSC-CHM,330
3D,OH,PRO-CHM,36
3D,OLED,DSC-APL,32
3D,OM,CMT-CMT,42
3D,OM,DSC-CMT,62
3D,ORR,CMT-APL,36
3D,ORR,DSC-APL,382
3D,ORR,DSC-PRO,67
3D,ORR Activity,DSC-PRO,72
3D,ORR Catalyst,DSC-APL,51
3D,ORR Performance,DSC-PRO,60
3D,ORR Polarization Curve,DSC-CMT,48
3D,ORTEP,DSC-CMT,188
3D,ORTEP,PRO-CMT,35
3D,ORTEP Diagram,DSC-CMT,61
3D,ORTEP Drawing,DSC-CMT,155
3D,ORTEP Drawing,PRO-CMT,31
3D,ORTEP Plot,DSC-CMT,46
3D,Objective Function,DSC-PRO,30
3D,Of Chemistry,APL-CMT,57
3D,Of Chemistry,CMT-CMT,181
3D,Of Chemistry,DSC-CMT,1157
3D,Of Chemistry,PRO-CMT,77
3D,Oil/Water Separation,DSC-APL,38
3D,Olefins,DSC-CHM,54
3D,Oleic Acid,DSC-CHM,65
3D,Oleylamine,DSC-CHM,40
3D,Oligonucleotide,DSC-CHM,38
3D,Olivines,DSC-CHM,33
3D,On,DSC-APL,54
3D,On/Off Ratio,DSC-PRO,37
3D,One,DSC-DSC,36
3D,One - Step,DSC-SMT,45
3D,One Step Hydrothermal Method,DSC-SMT,35
3D,One Way ANOVA,CMT-CMT,38
3D,One Way ANOVA,DSC-CMT,80
3D,One-,DSC-DSC,34
3D,One-Dimensional,DSC-DSC,656
3D,One-Dimensional,PRO-DSC,39
3D,One-Pot,DSC-SMT,34
3D,Onset Potential,DSC-PRO,141
3D,Opal,DSC-DSC,57
3D,Opaque,DSC-PRO,54
3D,Open,DSC-PRO,71
3D,Open Circuit Potential,CMT-PRO,36
3D,Open Circuit Potential,DSC-PRO,48
3D,Open Circuit Voltage,CMT-PRO,41
3D,Open Circuit Voltage,DSC-PRO,178
3D,Open Framework,DSC-DSC,31
3D,Open Framework,DSC-PRO,90
3D,Open Framework,PRO-PRO,47
3D,Operation Stability,DSC-PRO,30
3D,Optical,CMT-CMT,74
3D,Optical,CMT-PRO,39
3D,Optical,DSC-APL,42
3D,Optical,DSC-CMT,215
3D,Optical,DSC-PRO,212
3D,Optical Absorption,CMT-CMT,44
3D,Optical Absorption,DSC-CMT,110
3D,Optical Absorption,DSC-PRO,59
3D,Optical Band Gap,CMT-PRO,30
3D,Optical Band Gap,DSC-PRO,92
3D,Optical Characterization,DSC-CMT,35
3D,Optical Density,DSC-PRO,44
3D,Optical Device,DSC-APL,35
3D,Optical Fiber,DSC-APL,44
3D,Optical Image,APL-CMT,58
3D,Optical Image,CMT-CMT,326
3D,Optical Image,DSC-CMT,997
3D,Optical Image,PRO-CMT,56
3D,Optical Image,SMT-CMT,33
3D,Optical Micrograph,CMT-CMT,132
3D,Optical Micrograph,DSC-CMT,245
3D,Optical Microscope,CMT-CMT,117
3D,Optical Microscope,DSC-CMT,233
3D,Optical Microscopy,CMT-CMT,184
3D,Optical Microscopy,DSC-CMT,382
3D,Optical Microscopy,PRO-CMT,32
3D,Optical Photograph,CMT-CMT,45
3D,Optical Photograph,DSC-CMT,151
3D,Optical Properties,CMT-PRO,58
3D,Optical Properties,DSC-PRO,405
3D,Optical Properties,PRO-PRO,40
3D,Optical Response,DSC-PRO,43
3D,Optical Society,DSC-CMT,61
3D,Optical Transmittance,CMT-PRO,40
3D,Optical Transmittance,DSC-PRO,47
3D,Optical Transparency,DSC-PRO,35
3D,Optics,DSC-APL,66
3D,Optoelectronic Application,DSC-APL,66
3D,Optoelectronic Device,DSC-APL,123
3D,Optoelectronic Properties,DSC-PRO,111
3D,Optoelectronics,DSC-APL,116
3D,Order Parameter,DSC-PRO,46
3D,Ordered,DSC-PRO,56
3D,Orders,DSC-PRO,44
3D,Organ,DSC-APL,60
3D,Organic,DSC-PRO,40
3D,Organic,DSC-SPL,49
3D,Organic Framework,DSC-APL,204
3D,Organic Framework,PRO-APL,54
3D,Organic Solar Cells,DSC-APL,45
3D,Organogels,DSC-DSC,33
3D,Organoids,DSC-CHM,40
3D,Organoids,DSC-DSC,60
3D,Orientations,CMT-PRO,37
3D,Orientations,DSC-PRO,63
3D,Origami,DSC-DSC,67
3D,Origami,DSC-SMT,34
3D,Orthorhombic,CMT-SPL,53
3D,Orthorhombic,DSC-SPL,290
3D,Orthorhombic,PRO-SPL,62
3D,Osteoblasts,DSC-APL,66
3D,Osteoblasts,DSC-PRO,34
3D,Osteoblasts,DSC-SPL,31
3D,Osteogenesis,DSC-PRO,78
3D,Osteogenic,DSC-PRO,129
3D,Osteogenic Differentiation,DSC-PRO,109
3D,Out,CMT-PRO,35
3D,Out,DSC-PRO,100
3D,Out,PRO-PRO,38
3D,Output Characteristics,CMT-PRO,39
3D,Output Characteristics,DSC-PRO,39
3D,Output Currents,DSC-PRO,30
3D,Output Power,DSC-PRO,42
3D,Output Voltage,DSC-PRO,75
3D,Overlayers,DSC-DSC,50
3D,Overpotential,CMT-PRO,65
3D,Overpotential,DSC-PRO,465
3D,Oxalates,DSC-CHM,147
3D,Oxalic Acid,DSC-CHM,56
3D,Oxidation,CMT-APL,32
3D,Oxidation,CMT-SMT,168
3D,Oxidation,DSC-APL,153
3D,Oxidation,DSC-PRO,32
3D,Oxidation,DSC-SMT,378
3D,Oxidation,PRO-SMT,40
3D,Oxidation State,CMT-PRO,52
3D,Oxidation State,DSC-PRO,54
3D,Oxidation State,PRO-PRO,38
3D,Oxides,CMT-CHM,145
3D,Oxides,DSC-CHM,388
3D,Oxides,PRO-CHM,53
3D,Oxidize,CMT-SMT,108
3D,Oxidize,DSC-SMT,209
3D,Oxygen,APL-CHM,46
3D,Oxygen,CMT-CHM,688
3D,Oxygen,DSC-CHM,2606
3D,Oxygen,PRO-CHM,305
3D,Oxygen Concentration,DSC-PRO,34
3D,Oxygen Evolution Reaction,DSC-APL,279
3D,Oxygen Plasma,DSC-SMT,32
3D,Oxygen Reduction,DSC-APL,48
3D,Oxygen Reduction Reaction,DSC-APL,250
3D,Oxygen Vacancies,DSC-PRO,81
3D,Oxygen Vacancy,DSC-PRO,37
3D,Ozone,DSC-CHM,49
3D,O–H,DSC-CHM,55
3D,P,CMT-PRO,150
3D,P,DSC-APL,35
3D,P,DSC-PRO,255
3D,P,DSC-SPL,73
3D,P,PRO-PRO,57
3D,P Type,CMT-PRO,32
3D,P Type,DSC-PRO,135
3D,P-N Junction,DSC-APL,39
3D,P1,DSC-SPL,62
3D,P2 1/N,DSC-SPL,52
3D,P21,DSC-SPL,32
3D,P21/C,DSC-SPL,93
3D,P3HT,CMT-CHM,64
3D,P3HT,DSC-CHM,116
3D,PAA,CMT-CHM,33
3D,PAA,DSC-CHM,138
3D,PAN,DSC-CHM,58
3D,PANI,DSC-CHM,91
3D,PBE,DSC-CMT,53
3D,PBG,DSC-PRO,40
3D,PC,DSC-APL,60
3D,PC,DSC-PRO,35
3D,PCA,CMT-CMT,54
3D,PCA,DSC-CMT,65
3D,PCB,DSC-CHM,31
3D,PCBM,CMT-CHM,49
3D,PCBM,DSC-CHM,117
3D,PCE,CMT-PRO,54
3D,PCE,DSC-PRO,315
3D,PCL,CMT-CHM,45
3D,PCL,DSC-CHM,287
3D,PCM,DSC-APL,46
3D,PCU,DSC-SPL,142
3D,PCU,PRO-SPL,30
3D,PCs,DSC-APL,63
3D,PDA,DSC-CHM,96
3D,PDF,CMT-CMT,31
3D,PDF,DSC-CMT,30
3D,PDMS,APL-CHM,51
3D,PDMS,CMT-CHM,170
3D,PDMS,DSC-CHM,772
3D,PDMS,PRO-CHM,38
3D,PDMS,SMT-CHM,39
3D,PDOS,CMT-CMT,33
3D,PDOS,CMT-PRO,35
3D,PDOS,DSC-CMT,61
3D,PDOS,DSC-PRO,58
3D,PDT,DSC-APL,40
3D,PE-CVD,DSC-SMT,34
3D,PEA,DSC-CHM,65
3D,PEC,CMT-CHM,37
3D,PEC,DSC-APL,41
3D,PEC,DSC-CHM,119
3D,PEC Performance,DSC-PRO,46
3D,PEDOT,CMT-CHM,85
3D,PEDOT,DSC-CHM,364
3D,PEG,CMT-CHM,100
3D,PEG,DSC-CHM,451
3D,PEG-DA,DSC-CHM,96
3D,PEI,CMT-CHM,55
3D,PEI,DSC-CHM,150
3D,PELEDs,DSC-APL,36
3D,PEM,DSC-APL,30
3D,PEMFC,DSC-APL,51
3D,PEO,CMT-CHM,42
3D,PEO,DSC-CHM,162
3D,PET,DSC-CHM,36
3D,PIV,DSC-CMT,33
3D,PL,CMT-CMT,43
3D,PL,DSC-CMT,135
3D,PLA,CMT-CHM,47
3D,PLA,DSC-CHM,167
3D,PLA,SMT-CHM,31
3D,PLGA,CMT-CHM,33
3D,PLGA,DSC-CHM,171
3D,PLLA,DSC-CHM,64
3D,PMA,DSC-CHM,32
3D,PMMA,CMT-CHM,145
3D,PMMA,DSC-CHM,372
3D,PMMA,PRO-CHM,33
3D,PNIPAM,DSC-CHM,67
3D,PO4,DSC-CHM,81
3D,POM,DSC-CMT,45
3D,POMs,DSC-CHM,101
3D,PPy,DSC-CHM,99
3D,PSC,DSC-APL,130
3D,PSCS,CMT-APL,39
3D,PSCS,DSC-APL,223
3D,PSD,DSC-CMT,35
3D,PSD,DSC-PRO,53
3D,PT,DSC-PRO,33
3D,PTFE,CMT-CHM,34
3D,PTFE,DSC-CHM,89
3D,PTS,DSC-SPL,48
3D,PTX,DSC-CHM,30
3D,PV,DSC-APL,30
3D,PVA,CMT-CHM,67
3D,PVA,DSC-CHM,318
3D,PVC,DSC-CHM,32
3D,PVDF,CMT-CHM,56
3D,PVDF,DSC-CHM,226
3D,PVP,CMT-CHM,60
3D,PVP,DSC-CHM,205
3D,PXRD,CMT-CMT,80
3D,PXRD,DSC-CMT,925
3D,PXRD,PRO-CMT,137
3D,PZT,DSC-CHM,34
3D,Packaging,DSC-APL,33
3D,Packing,DSC-PRO,85
3D,Packing Density,DSC-PRO,50
3D,Packing Diagram,DSC-CMT,67
3D,Packing Diagram,DSC-PRO,110
3D,Packing Structure,DSC-PRO,61
3D,Packing Structure,PRO-PRO,36
3D,Paclitaxel,DSC-CHM,35
3D,Palladium,CMT-CHM,44
3D,Palladium,DSC-CHM,119
3D,Panels,DSC-APL,48
3D,Panels,DSC-DSC,32
3D,Paper,CMT-DSC,34
3D,Paper,DSC-APL,96
3D,Paper,DSC-DSC,243
3D,Paramagnetic,DSC-PRO,67
3D,Partial Densities of States,DSC-PRO,54
3D,Partial Densities of States,PRO-PRO,37
3D,Particle,CMT-DSC,363
3D,Particle,CMT-PRO,50
3D,Particle,DSC-DSC,650
3D,Particle,DSC-PRO,116
3D,Particle,PRO-DSC,81
3D,Particle Diameter,DSC-PRO,31
3D,Particle Size,CMT-PRO,164
3D,Particle Size,DSC-PRO,288
3D,Particle Size,PRO-PRO,42
3D,Particle Size Distribution,CMT-PRO,189
3D,Particle Size Distribution,DSC-PRO,178
3D,Particles,APL-DSC,64
3D,Particles,CMT-DSC,861
3D,Particles,DSC-DSC,2247
3D,Particles,PRO-DSC,215
3D,Particles,SMT-DSC,46
3D,Particulates,DSC-DSC,56
3D,Parts,DSC-APL,49
3D,Passivation Layer,DSC-APL,35
3D,Paste,CMT-DSC,30
3D,Paste,DSC-DSC,81
3D,Patches,DSC-DSC,31
3D,Patchy,DSC-DSC,34
3D,Pattern,CMT-PRO,44
3D,Pattern,DSC-DSC,68
3D,Pattern,DSC-PRO,78
3D,Patterned,CMT-DSC,102
3D,Patterned,CMT-SMT,35
3D,Patterned,DSC-DSC,434
3D,Patterned,DSC-SMT,90
3D,Patterning,DSC-SMT,158
3D,Pb,CMT-CHM,101
3D,Pb,DSC-CHM,393
3D,Pb,PRO-CHM,31
3D,Pb(II),DSC-CHM,112
3D,Pb2+,DSC-CHM,173
3D,PbCl2,DSC-CHM,31
3D,PbI2,DSC-CHM,110
3D,PbS,DSC-CHM,81
3D,PbSe,DSC-CHM,41
3D,Pcr,DSC-CMT,32
3D,Pd,CMT-CHM,422
3D,Pd,DSC-CHM,523
3D,Pd,PRO-CHM,48
3D,Pd (II),DSC-CHM,34
3D,Pd/C,CMT-CHM,45
3D,Pd/C,DSC-CHM,31
3D,Peak,DSC-PRO,40
3D,Peak Current,CMT-PRO,30
3D,Peak Current,DSC-PRO,88
3D,Peak Currents,DSC-PRO,47
3D,Pellet,CMT-DSC,73
3D,Pellet,DSC-DSC,155
3D,Penetration Depth,DSC-PRO,38
3D,Pentacene,DSC-CHM,38
3D,Perchlorate,DSC-CHM,67
3D,Percolation Threshold,DSC-PRO,38
3D,Perforated,DSC-DSC,31
3D,Performance,DSC-PRO,103
3D,Periodic,DSC-PRO,73
3D,Periodic Structure,DSC-PRO,41
3D,Periodicity,DSC-PRO,57
3D,Permeability,CMT-PRO,155
3D,Permeability,DSC-PRO,316
3D,Permeability,PRO-PRO,35
3D,Permittivity,CMT-PRO,31
3D,Permittivity,DSC-PRO,78
3D,Perovskite Solar Cells,DSC-APL,78
3D,Perovskites,CMT-CHM,118
3D,Perovskites,CMT-SPL,116
3D,Perovskites,DSC-APL,69
3D,Perovskites,DSC-CHM,929
3D,Perovskites,DSC-SPL,896
3D,Perovskites,PRO-CHM,69
3D,Perovskites,PRO-SPL,66
3D,Perovskites,SPL-CHM,116
3D,Perovskites,SPL-SPL,118
3D,Peroxide,DSC-CHM,47
3D,Pes,CMT-CMT,33
3D,Petri Dish,DSC-DSC,32
3D,Phalloidin,CMT-CHM,35
3D,Phalloidin,DSC-CHM,179
3D,Phantom,CMT-APL,63
3D,Phantom,CMT-DSC,34
3D,Phase,CMT-PRO,91
3D,Phase,DSC-PRO,193
3D,Phase,PRO-PRO,43
3D,Phase Angle,DSC-PRO,32
3D,Phase Behavior,DSC-PRO,43
3D,Phase Boundary,DSC-PRO,38
3D,Phase Composition,DSC-PRO,41
3D,Phase Contrast,DSC-CMT,79
3D,Phase Contrast Image,DSC-CMT,80
3D,Phase Contrast Microscopy,DSC-CMT,44
3D,Phase Diagram,CMT-PRO,93
3D,Phase Diagram,DSC-PRO,279
3D,Phase Diagram,PRO-PRO,48
3D,Phase Images,CMT-CMT,53
3D,Phase Images,DSC-CMT,47
3D,Phase Transition,CMT-PRO,31
3D,Phase Transition,DSC-PRO,128
3D,Phen,DSC-CHM,152
3D,Phen,PRO-CHM,40
3D,Phenol,CMT-CHM,39
3D,Phenol,DSC-CHM,130
3D,Phenolics,DSC-CHM,53
3D,Phenyls,CMT-CHM,42
3D,Phenyls,DSC-CHM,181
3D,Phenyls,PRO-CHM,32
3D,Phosphate,CMT-CHM,113
3D,Phosphate,DSC-CHM,314
3D,Phosphate,PRO-CHM,47
3D,Phosphonate,DSC-CHM,64
3D,Phosphorene,DSC-CHM,35
3D,Phosphoric Acid,DSC-CHM,34
3D,Phosphorous,DSC-CHM,34
3D,Phosphorus,CMT-CHM,53
3D,Phosphorus,DSC-CHM,144
3D,Photo,DSC-CMT,33
3D,Photo,DSC-SMT,36
3D,Photo Catalytic Activity,CMT-PRO,68
3D,Photo Catalytic Activity,DSC-PRO,418
3D,Photo Catalytic Activity,PRO-PRO,30
3D,Photo Crosslinking,DSC-SMT,39
3D,Photo Luminescence,CMT-CMT,186
3D,Photo Luminescence,DSC-CMT,880
3D,Photo Luminescence,DSC-PRO,38
3D,Photo Luminescence,PRO-CMT,91
3D,Photoactive,DSC-PRO,48
3D,Photoactivity,DSC-PRO,34
3D,Photoanode,CMT-APL,47
3D,Photoanode,DSC-APL,219
3D,Photocatalysis,DSC-APL,130
3D,Photocatalyst,CMT-APL,71
3D,Photocatalyst,DSC-APL,271
3D,Photocatalysts,CMT-APL,78
3D,Photocatalysts,DSC-APL,300
3D,Photocatalytic Decomposition,DSC-APL,31
3D,Photocatalytic Degradation,CMT-APL,57
3D,Photocatalytic Degradation,DSC-APL,178
3D,Photocatalytic Degradation,DSC-CMT,54
3D,Photocatalytic Efficiency,DSC-PRO,47
3D,Photocatalytic H2,DSC-APL,71
3D,Photocatalytic H2,DSC-PRO,49
3D,Photocatalytic H2 Evolution,DSC-APL,32
3D,Photocatalytic H2 Production,DSC-APL,30
3D,Photocatalytic Mechanism,CMT-PRO,39
3D,Photocatalytic Mechanism,DSC-PRO,87
3D,Photocatalytic Performance,DSC-PRO,173
3D,Photocatalytic Property,DSC-PRO,79
3D,Photocatalytic Reaction,DSC-APL,39
3D,Photocathodes,DSC-APL,45
3D,Photoconversion Efficiency,DSC-PRO,33
3D,Photocurrent,CMT-PRO,72
3D,Photocurrent,DSC-PRO,219
3D,Photocurrent Density,DSC-PRO,128
3D,Photocurrent Response,CMT-PRO,30
3D,Photocurrent Response,DSC-PRO,92
3D,Photodegradation,DSC-APL,30
3D,Photodegradation,DSC-SMT,34
3D,Photodetector,CMT-APL,42
3D,Photodetector,DSC-APL,170
3D,Photoelectrodes,DSC-APL,121
3D,Photoemission,CMT-CMT,43
3D,Photogrammetry,DSC-CMT,36
3D,Photographic,DSC-CMT,45
3D,Photographic Image,DSC-CMT,70
3D,Photographs,CMT-CMT,45
3D,Photographs,DSC-CMT,108
3D,Photolithography,DSC-SMT,133
3D,Photoluminescent Properties,DSC-PRO,111
3D,Photomask,DSC-SMT,47
3D,Photomicrograph,DSC-CMT,45
3D,Photonic Bandgap,DSC-PRO,84
3D,Photonic Crystal,DSC-APL,302
3D,Photonics,DSC-APL,89
3D,Photophysical Properties,DSC-PRO,59
3D,Photopolymerization,DSC-SMT,79
3D,Photoreduction,DSC-SMT,33
3D,Photoresist,DSC-APL,66
3D,Photoresist,DSC-PRO,37
3D,Photoresponse,DSC-PRO,67
3D,Photos,DSC-CMT,30
3D,Photosensitive,DSC-PRO,69
3D,Photosensitizer,DSC-APL,38
3D,Photostability,DSC-PRO,42
3D,Photovoltaic Devices,DSC-APL,63
3D,Photovoltaic Parameter,CMT-PRO,43
3D,Photovoltaic Parameter,DSC-PRO,92
3D,Photovoltaic Performance,DSC-PRO,122
3D,Photovoltaics,DSC-APL,103
3D,Physical,DSC-PRO,197
3D,Physical Parameter,DSC-PRO,37
3D,Physical Properties,CMT-PRO,82
3D,Physical Properties,DSC-PRO,327
3D,Physical Properties,PRO-PRO,52
3D,Physicochemical,DSC-PRO,30
3D,Physicochemical Properties,CMT-PRO,41
3D,Physicochemical Properties,DSC-PRO,201
3D,Phytic Acid,DSC-CHM,43
3D,Piezoelectric,CMT-PRO,30
3D,Piezoelectric,DSC-PRO,91
3D,Pillar,CMT-DSC,36
3D,Pillar,DSC-DSC,136
3D,Pillar Array,DSC-DSC,35
3D,Pillared,DSC-DSC,67
3D,Pillared-Layer,DSC-DSC,67
3D,Pillars,CMT-DSC,51
3D,Pillars,DSC-DSC,180
3D,Pipe,CMT-APL,32
3D,Pipe,DSC-APL,45
3D,Pipe,DSC-DSC,43
3D,Piperazine,DSC-CHM,33
3D,Pixel,DSC-APL,30
3D,Planar,DSC-APL,68
3D,Planar,DSC-DSC,50
3D,Planes,CMT-PRO,37
3D,Planes,DSC-PRO,80
3D,Plasma,CMT-SMT,33
3D,Plasma,DSC-SMT,61
3D,Plasma Etching,DSC-SMT,37
3D,Plasma Treated,DSC-SMT,38
3D,Plasma Treatment,DSC-SMT,55
3D,Plasmonic,CMT-PRO,41
3D,Plasmonic,DSC-APL,37
3D,Plasmonic,DSC-PRO,212
3D,Plasmonic Resonance,DSC-PRO,39
3D,Plasmons,DSC-PRO,32
3D,Plastic Deformation,DSC-SMT,33
3D,Plastic Strain,CMT-PRO,35
3D,Plastic Strain,DSC-PRO,60
3D,Plasticity,DSC-PRO,44
3D,Plate,CMT-APL,42
3D,Plate,CMT-DSC,217
3D,Plate,DSC-APL,50
3D,Plate,DSC-DSC,437
3D,Plate,PRO-DSC,30
3D,Plated,DSC-SMT,42
3D,Platelet,CMT-DSC,43
3D,Platelet,DSC-DSC,146
3D,Plates,CMT-DSC,108
3D,Plates,DSC-DSC,210
3D,Plating,DSC-APL,163
3D,Plating,DSC-PRO,33
3D,Plating,DSC-SMT,131
3D,Platinum,CMT-CHM,65
3D,Platinum,DSC-CHM,273
3D,Plot,CMT-CMT,53
3D,Plot,DSC-CMT,78
3D,Plots,CMT-CMT,35
3D,Plots,DSC-CMT,54
3D,Pluripotency,DSC-PRO,30
3D,Pluronic F127,DSC-CHM,46
3D,Point Defects,DSC-PRO,33
3D,Points,DSC-PRO,60
3D,Poisson's Ratio,CMT-PRO,61
3D,Poisson's Ratio,DSC-PRO,136
3D,Polar,DSC-PRO,71
3D,Polarity,DSC-PRO,72
3D,Polarization,CMT-PRO,55
3D,Polarization,DSC-PRO,179
3D,Polarization Curve,CMT-CMT,150
3D,Polarization Curve,DSC-CMT,292
3D,Polarization Curve,DSC-PRO,71
3D,Pole Figure,CMT-CMT,33
3D,Pole Figure,DSC-CMT,32
3D,Polished,CMT-SMT,96
3D,Polished,DSC-SMT,96
3D,Polishing,CMT-SMT,34
3D,Polishing,DSC-SMT,52
3D,Poly (Ethylene Oxide),DSC-CHM,30
3D,"Poly(3,4-Ethylenedioxythiophene)",DSC-CHM,41
3D,Poly(Acrylamide),DSC-CHM,96
3D,Poly(Acrylic Acid),DSC-CHM,31
3D,Poly(Dimethyl Siloxane),DSC-CHM,197
3D,Poly(Ethylene Glycol),DSC-CHM,88
3D,Poly(Styrene Sulfonate),DSC-CHM,30
3D,Poly(Vinyl Alcohol),DSC-CHM,43
3D,Poly(Vinyl Pyrrolidone),DSC-CHM,35
3D,Poly-ε-Caprolactone,DSC-CHM,57
3D,Polyacrylonitrile,DSC-CHM,52
3D,Polyamide,DSC-CHM,36
3D,Polyaniline,DSC-CHM,251
3D,Polycaprolactone,DSC-CHM,84
3D,Polycarbonate,DSC-CHM,66
3D,Polycatenane,DSC-CHM,34
3D,Polycrystal,DSC-DSC,52
3D,Polycrystalline,CMT-DSC,100
3D,Polycrystalline,DSC-DSC,288
3D,Polycrystalline,PRO-DSC,53
3D,Polydopamine,DSC-CHM,74
3D,Polyester,DSC-CHM,65
3D,Polyethylene,DSC-CHM,36
3D,Polyethylene Glycol,DSC-CHM,65
3D,Polyethylene Terephthalate,DSC-CHM,51
3D,Polyhedra,DSC-DSC,31
3D,Polyhedral,DSC-CMT,58
3D,Polyhedral,DSC-DSC,54
3D,Polyhedral Representations,DSC-CMT,87
3D,Polyhedron,DSC-DSC,50
3D,Polyimides,DSC-CHM,150
3D,Polylactic Acid,DSC-CHM,37
3D,Polymer 2,DSC-CHM,52
3D,Polymer Electrolyte,DSC-APL,48
3D,Polymeric,CMT-DSC,34
3D,Polymeric,DSC-DSC,219
3D,Polymeric Film,DSC-DSC,35
3D,Polymerisation,DSC-SMT,49
3D,Polymers,CMT-DSC,46
3D,Polymers,DSC-APL,259
3D,Polymers,DSC-DSC,673
3D,Polymers,DSC-PRO,66
3D,Polymers,PRO-APL,36
3D,Polymers,PRO-DSC,69
3D,Polymethyl-Methacrylate,DSC-CHM,59
3D,Polymethylmethacrylate,DSC-CHM,34
3D,Polyols,DSC-CHM,33
3D,Polyoxometalates,DSC-CHM,156
3D,Polypropylene,DSC-CHM,64
3D,Polypyrrole,DSC-CHM,195
3D,Polyrotaxane,DSC-CHM,52
3D,Polystyrene,CMT-CHM,85
3D,Polystyrene,DSC-CHM,417
3D,Polystyrene,PRO-CHM,33
3D,Polysulfides,DSC-APL,45
3D,Polysulfides,DSC-CHM,189
3D,Polyurethanes,DSC-CHM,128
3D,Polyvinyl Alcohol,DSC-CHM,66
3D,Polyvinylpyrrolidone,DSC-CHM,49
3D,Pore,CMT-DSC,36
3D,Pore,CMT-PRO,59
3D,Pore,DSC-DSC,57
3D,Pore,DSC-PRO,146
3D,Pore Diameter,CMT-PRO,50
3D,Pore Diameter,DSC-PRO,182
3D,Pore Distributions,DSC-PRO,38
3D,Pore Network,DSC-PRO,59
3D,Pore Shape,DSC-PRO,36
3D,Pore Size Distribution,CMT-PRO,258
3D,Pore Size Distribution,DSC-PRO,707
3D,Pore Size Distribution,PRO-PRO,48
3D,Pore Size Distribution Curve,DSC-CMT,47
3D,Pore Sizes,CMT-PRO,137
3D,Pore Sizes,DSC-PRO,748
3D,Pore Sizes,PRO-PRO,49
3D,Pore Space,DSC-PRO,38
3D,Pore Structure,CMT-PRO,53
3D,Pore Structure,DSC-PRO,330
3D,Pore Structure,PRO-PRO,33
3D,Pore Volume,CMT-PRO,61
3D,Pore Volume,DSC-PRO,254
3D,Pore Walls,DSC-PRO,69
3D,Pores,DSC-DSC,77
3D,Pores,DSC-PRO,133
3D,Porosities,CMT-PRO,45
3D,Porosities,DSC-PRO,140
3D,Porosity,CMT-PRO,378
3D,Porosity,DSC-PRO,1344
3D,Porosity,PRO-PRO,111
3D,Porosity,SMT-PRO,45
3D,Porous,APL-DSC,70
3D,Porous,CMT-DSC,342
3D,Porous,DSC-DSC,3327
3D,Porous,DSC-PRO,248
3D,Porous,PRO-DSC,174
3D,Porous,SMT-DSC,48
3D,Porous 3D,DSC-DSC,95
3D,Porous Film,DSC-DSC,46
3D,Porous Layer,DSC-DSC,39
3D,Porous Membrane,DSC-DSC,41
3D,Porous Nanostructure,DSC-DSC,33
3D,Porous Networks,DSC-DSC,62
3D,Porous Scaffolds,DSC-DSC,123
3D,Porphyrin,DSC-CHM,133
3D,Positive,DSC-APL,39
3D,Positive Electrode,DSC-APL,209
3D,Potassium,DSC-CHM,153
3D,Potassium Ion Battery,DSC-APL,33
3D,Potential,CMT-PRO,66
3D,Potential,DSC-PRO,132
3D,Potential Energy,DSC-PRO,55
3D,Potential Profile,DSC-PRO,36
3D,Potential Window,DSC-PRO,43
3D,Pouch Cells,DSC-APL,32
3D,Powder,CMT-DSC,368
3D,Powder,DSC-CMT,80
3D,Powder,DSC-DSC,1181
3D,Powder,PRO-DSC,126
3D,Powder,SMT-DSC,35
3D,Powder Particles,DSC-DSC,31
3D,Powder X-Ray Diffraction,DSC-CMT,349
3D,Powder X-Ray Diffraction,PRO-CMT,38
3D,Powder XRD,CMT-CMT,30
3D,Powder XRD,DSC-CMT,95
3D,Powdered,DSC-DSC,65
3D,Powders,CMT-DSC,104
3D,Powders,DSC-DSC,328
3D,Power,CMT-PRO,37
3D,Power,DSC-PRO,149
3D,Power Consumption,DSC-PRO,52
3D,Power Conversion Efficiency,DSC-PRO,300
3D,Power Density,CMT-PRO,50
3D,Power Density,DSC-PRO,820
3D,Power Factor,DSC-PRO,33
3D,Power Law,DSC-CMT,34
3D,Power Output,DSC-PRO,71
3D,Power Source,DSC-APL,66
3D,Precipitates,CMT-DSC,47
3D,Precipitates,DSC-DSC,90
3D,Prepared,CMT-DSC,50
3D,Prepared,DSC-DSC,137
3D,Pressed,DSC-SMT,32
3D,Pressing,DSC-SMT,31
3D,Pressure,CMT-PRO,74
3D,Pressure,DSC-PRO,131
3D,Pressure Drop,CMT-PRO,70
3D,Pressure Drop,DSC-PRO,114
3D,Pressure Sensor,DSC-APL,80
3D,Principal Component Analysis,DSC-CMT,32
3D,Principal Stress,DSC-PRO,33
3D,Printability,DSC-PRO,42
3D,Printed,CMT-SMT,37
3D,Printed,DSC-APL,45
3D,Printed,DSC-DSC,50
3D,Printed,DSC-SMT,351
3D,Printed,SMT-DSC,117
3D,Printed,SMT-SMT,78
3D,Printer,DSC-SMT,30
3D,Printing,APL-SMT,37
3D,Printing,CMT-SMT,32
3D,Printing,DSC-APL,62
3D,Printing,DSC-SMT,304
3D,Printing,SMT-APL,65
3D,Printing,SMT-SMT,156
3D,Prisms,DSC-DSC,38
3D,Pristine,DSC-DSC,61
3D,Pristine Graphene,DSC-CHM,79
3D,Probes,CMT-APL,40
3D,Probes,DSC-APL,69
3D,Processability,DSC-PRO,30
3D,Profile,CMT-CMT,108
3D,Profile,CMT-PRO,37
3D,Profile,DSC-CMT,112
3D,Profile,DSC-PRO,63
3D,Proliferation,DSC-PRO,134
3D,Proliferation Rate,DSC-PRO,43
3D,Propane,DSC-CHM,35
3D,Propidium Iodide,DSC-CHM,65
3D,Propylene Carbonate,DSC-CHM,40
3D,Protective Layer,DSC-APL,42
3D,Protein,DSC-PRO,39
3D,Proton Conducting,DSC-PRO,52
3D,Protonic Conductivity,DSC-PRO,104
3D,Prussian Blue,DSC-CHM,69
3D,Pseudo Second Order Model,DSC-CMT,30
3D,Pseudo-Capacitor,DSC-APL,56
3D,Pseudocapacitance,DSC-PRO,94
3D,Pseudocapacitive,DSC-PRO,60
3D,Pt,CMT-CHM,468
3D,Pt,DSC-CHM,1418
3D,Pt,PRO-CHM,81
3D,Pt(111),DSC-CHM,50
3D,Pt/C,DSC-CHM,39
3D,Pulsed Laser Deposition,DSC-SMT,31
3D,Pure,CMT-DSC,191
3D,Pure,DSC-DSC,430
3D,Purity,DSC-PRO,31
3D,Pyramids,DSC-DSC,73
3D,Pyrazine,DSC-CHM,73
3D,Pyrazole,DSC-CHM,34
3D,Pyrene,DSC-CHM,60
3D,Pyridine,CMT-CHM,54
3D,Pyridine,DSC-CHM,298
3D,Pyridine,PRO-CHM,37
3D,Pyridinic N,DSC-CHM,58
3D,Pyridyl,DSC-CHM,129
3D,Pyrolysis,CMT-SMT,62
3D,Pyrolysis,DSC-SMT,277
3D,Pyrolytic,DSC-DSC,47
3D,Pyrolyzed,DSC-SMT,55
3D,Pyrrole,DSC-CHM,88
3D,QD,CMT-DSC,41
3D,QD,DSC-APL,44
3D,QD,DSC-DSC,138
3D,QDS,CMT-DSC,81
3D,QDS,DSC-DSC,228
3D,QDs,DSC-DSC,38
3D,QRT-PCR,DSC-CMT,33
3D,Qst,DSC-PRO,34
3D,Quantum Dots,CMT-DSC,41
3D,Quantum Dots,DSC-APL,48
3D,Quantum Dots,DSC-DSC,321
3D,Quantum Efficiency,DSC-PRO,44
3D,Quantum Well,DSC-APL,74
3D,Quantum Yield,DSC-PRO,57
3D,Quantum Yields,DSC-PRO,36
3D,Quartz,CMT-CHM,166
3D,Quartz,DSC-CHM,297
3D,Quartz,PRO-CHM,38
3D,Quasi-2D,DSC-DSC,98
3D,Quenched,DSC-SMT,31
3D,Quenching,DSC-SMT,32
3D,Quenching Efficiency,DSC-PRO,54
3D,R A C T,DSC-PRO,36
3D,R A C T,DSC-SPL,41
3D,R1,DSC-PRO,39
3D,R2,CMT-PRO,54
3D,R2,DSC-PRO,67
3D,RCT,DSC-PRO,61
3D,RHE,CMT-APL,39
3D,RHE,DSC-APL,80
3D,RHEED,DSC-CMT,42
3D,RIE,DSC-SMT,51
3D,RL,CMT-PRO,36
3D,RL,DSC-PRO,51
3D,RMS,CMT-PRO,54
3D,RMS Roughness,CMT-PRO,41
3D,RMS Roughness,DSC-PRO,31
3D,RP,DSC-SPL,44
3D,RRDE,DSC-CMT,38
3D,RT-PCR,DSC-CMT,66
3D,RVE,DSC-CMT,41
3D,RVE,DSC-DSC,105
3D,Ra,CMT-PRO,31
3D,Ra,DSC-PRO,31
3D,Radial Distribution Function,DSC-PRO,42
3D,Radiation,DSC-SMT,36
3D,Radiography,CMT-CMT,31
3D,Radius of Curvature,DSC-PRO,33
3D,Ragone Plot,CMT-CMT,64
3D,Ragone Plot,DSC-CMT,373
3D,Raman,APL-CMT,36
3D,Raman,CMT-CMT,928
3D,Raman,DSC-CMT,1808
3D,Raman,PRO-CMT,117
3D,Raman Mapping,CMT-CMT,33
3D,Raman Mapping,DSC-CMT,35
3D,Raman Scattering,DSC-CMT,45
3D,Raman Spectra,CMT-CMT,39
3D,Raman Spectra,DSC-CMT,57
3D,Raman Spectroscopy,CMT-CMT,38
3D,Raman Spectroscopy,DSC-CMT,297
3D,Ranges,DSC-PRO,42
3D,Rapid Prototyping,DSC-SMT,60
3D,Rare Earth,DSC-CHM,32
3D,Rat,DSC-DSC,32
3D,Rate,DSC-PRO,106
3D,Rate Capabilities,CMT-PRO,30
3D,Rate Capabilities,DSC-PRO,171
3D,Rate Capability,APL-PRO,39
3D,Rate Capability,CMT-PRO,78
3D,Rate Capability,DSC-PRO,1282
3D,Rate Capability,PRO-PRO,40
3D,Rate Capacity,DSC-PRO,133
3D,Rate Constant,CMT-PRO,45
3D,Rate Constant,DSC-PRO,72
3D,Rate Performance,APL-PRO,34
3D,Rate Performance,CMT-PRO,97
3D,Rate Performance,DSC-PRO,941
3D,Rate Performance,PRO-PRO,34
3D,Ratio,CMT-PRO,30
3D,Ratio,DSC-PRO,39
3D,Rde,DSC-APL,50
3D,Reaction,DSC-APL,31
3D,Reaction Kinetic,DSC-PRO,80
3D,Reaction Mechanism,DSC-PRO,99
3D,Reaction Rate,CMT-PRO,32
3D,Reaction Rate,DSC-PRO,53
3D,Reactive Ion Etching,DSC-SMT,34
3D,Reactivity,DSC-PRO,72
3D,Reactors,CMT-APL,82
3D,Reactors,DSC-APL,114
3D,Real Time PCR,DSC-CMT,62
3D,Rechargeable,DSC-APL,53
3D,Rechargeable Battery,DSC-APL,50
3D,Reconstructions,CMT-CMT,73
3D,Recovery,DSC-PRO,30
3D,Recovery Time,DSC-PRO,58
3D,Rectangular,DSC-DSC,79
3D,Recyclability,DSC-PRO,78
3D,Red,DSC-CHM,42
3D,Red LED,DSC-APL,71
3D,Redox Active,DSC-PRO,35
3D,Redox Potential,DSC-PRO,78
3D,Reductions,CMT-SMT,135
3D,Reductions,DSC-APL,94
3D,Reductions,DSC-SMT,331
3D,Reference Electrode,CMT-APL,53
3D,Reference Electrode,DSC-APL,112
3D,Refinement,DSC-PRO,30
3D,Reflectance,CMT-CMT,35
3D,Reflectance,CMT-PRO,57
3D,Reflectance,DSC-CMT,78
3D,Reflectance,DSC-PRO,103
3D,Reflectance Spectra,DSC-CMT,49
3D,Reflection Loss,DSC-PRO,64
3D,Reflection Spectra,DSC-CMT,55
3D,Reflections,CMT-PRO,51
3D,Reflections,DSC-CMT,54
3D,Reflections,DSC-PRO,73
3D,Reflectivity,CMT-PRO,47
3D,Reflectivity,DSC-PRO,62
3D,Reflectors,CMT-APL,41
3D,Reflectors,DSC-APL,43
3D,Refractive Index,CMT-PRO,116
3D,Refractive Index,DSC-PRO,201
3D,Refractive Index,PRO-PRO,34
3D,Regenerative Medicine,DSC-APL,166
3D,Relative,CMT-PRO,44
3D,Relative,DSC-PRO,61
3D,Relative Density,CMT-PRO,30
3D,Relative Density,DSC-PRO,76
3D,Relative Resistance,DSC-PRO,41
3D,Relaxation Time,CMT-PRO,38
3D,Relaxation Time,DSC-PRO,59
3D,Release Profile,DSC-PRO,45
3D,Reliability,DSC-PRO,87
3D,Removal,DSC-APL,46
3D,Removal Efficiency,DSC-PRO,81
3D,Repeatability,DSC-PRO,48
3D,Replica,DSC-DSC,34
3D,Representations,DSC-CMT,34
3D,Reproducibility,DSC-PRO,60
3D,Reservoir,CMT-APL,104
3D,Reservoir,DSC-APL,108
3D,Reservoirs,DSC-APL,37
3D,Residual Stress,CMT-PRO,61
3D,Residual Stress,DSC-PRO,73
3D,Resistance,APL-PRO,41
3D,Resistance,CMT-PRO,132
3D,Resistance,DSC-PRO,437
3D,Resistance,PRO-PRO,33
3D,Resistivity,CMT-PRO,118
3D,Resistivity,DSC-PRO,160
3D,Resistivity,PRO-PRO,37
3D,Resolution,CMT-PRO,59
3D,Resolution,DSC-PRO,61
3D,Resonance,DSC-PRO,40
3D,Resonant Frequency,CMT-PRO,30
3D,Resonant Frequency,DSC-PRO,65
3D,Resonator,DSC-APL,68
3D,Resorcinol,DSC-CHM,32
3D,Response,CMT-PRO,86
3D,Response,DSC-PRO,261
3D,Response Surface,CMT-CMT,37
3D,Response Time,DSC-PRO,129
3D,Responsivity,DSC-PRO,65
3D,Retention,DSC-PRO,151
3D,Reusability,DSC-PRO,69
3D,Reversibility,DSC-PRO,87
3D,Reversible,DSC-PRO,33
3D,Reversible Capacity,DSC-PRO,504
3D,Rh,CMT-CHM,43
3D,Rh,DSC-CHM,46
3D,RhB,DSC-CHM,136
3D,Rheological Behavior,DSC-PRO,32
3D,Rheological Properties,DSC-PRO,81
3D,Rheology,DSC-PRO,31
3D,Rhodamine,DSC-CHM,59
3D,Rhodamine 6G,DSC-CHM,69
3D,Rhodamine B,CMT-CHM,44
3D,Rhodamine B,DSC-CHM,248
3D,Rhombohedral,CMT-SPL,32
3D,Rhombohedral,DSC-SPL,90
3D,Ribbons,CMT-DSC,55
3D,Ribbons,DSC-DSC,270
3D,Ribbons,PRO-DSC,37
3D,Rietveld Refinement,CMT-CMT,67
3D,Rietveld Refinement,DSC-CMT,88
3D,Rietveld Refinement,PRO-CMT,31
3D,Rigid,DSC-PRO,78
3D,Rigidity,DSC-PRO,54
3D,Ring,CMT-DSC,38
3D,Ring,DSC-DSC,90
3D,Rings,DSC-DSC,92
3D,Robots,DSC-APL,55
3D,Robustness,DSC-PRO,68
3D,Rock,CMT-DSC,76
3D,Rock,DSC-DSC,58
3D,Rocks,CMT-DSC,37
3D,Rod,CMT-DSC,70
3D,Rod,DSC-DSC,231
3D,Rod Shaped,DSC-DSC,64
3D,Rod-Like,DSC-DSC,68
3D,Rods,CMT-DSC,60
3D,Rods,DSC-DSC,249
3D,Rolled,DSC-SMT,85
3D,Rolling,CMT-SMT,49
3D,Rolling,DSC-SMT,104
3D,Roof,DSC-APL,33
3D,Rotating Disc Electrode,DSC-APL,30
3D,Rotaxanes,DSC-CHM,42
3D,Rotors,CMT-APL,41
3D,Rotors,DSC-APL,56
3D,Rough,DSC-PRO,41
3D,Roughness,CMT-PRO,171
3D,Roughness,DSC-PRO,212
3D,Royal Society of Chemistry,DSC-CMT,56
3D,Ru,CMT-CHM,123
3D,Ru,DSC-CHM,212
3D,Ru,PRO-CHM,33
3D,RuO2,CMT-CHM,47
3D,RuO2,DSC-CHM,170
3D,Ruddlesden Popper,DSC-SPL,75
3D,Ruthenium,DSC-CHM,58
3D,Rutile,CMT-SPL,48
3D,Rutile,DSC-SPL,187
3D,S 2p,CMT-CHM,55
3D,S 2p,CMT-CMT,53
3D,S 2p,DSC-CHM,47
3D,S T,DSC-SPL,95
3D,S/N,DSC-PRO,60
3D,SAED,CMT-CMT,451
3D,SAED,DSC-CMT,876
3D,SAED,PRO-CMT,49
3D,SAED Pattern,CMT-CMT,55
3D,SAED Pattern,DSC-CMT,51
3D,SAED Patterns,CMT-CMT,41
3D,SAM,CMT-DSC,44
3D,SAM,DSC-DSC,55
3D,SAXS,CMT-CMT,61
3D,SAXS,DSC-CMT,132
3D,SBA-15,DSC-CHM,78
3D,SBUS,DSC-APL,43
3D,SBUS,DSC-DSC,43
3D,SBUS,DSC-PRO,64
3D,SC,DSC-APL,113
3D,SC,DSC-DSC,33
3D,SC,DSC-PRO,61
3D,SCE,DSC-CMT,41
3D,SDS,DSC-CHM,30
3D,SE,CMT-CMT,35
3D,SE,DSC-CMT,39
3D,SE,DSC-PRO,32
3D,SEM,APL-CMT,194
3D,SEM,CMT-CMT,2849
3D,SEM,DSC-CMT,7389
3D,SEM,PRO-CMT,406
3D,SEM,SMT-CMT,140
3D,SEM,SPL-CMT,50
3D,SERS,DSC-CMT,37
3D,SERS Substrate,DSC-APL,62
3D,SERS Substrates,DSC-APL,47
3D,SHG,DSC-CMT,95
3D,SHG,DSC-PRO,51
3D,SHG Response,DSC-PRO,33
3D,SIMS,CMT-CMT,53
3D,SIMS,DSC-CMT,45
3D,SLS,DSC-APL,37
3D,SLS,DSC-SMT,48
3D,SNR,CMT-PRO,52
3D,SO2,CMT-CHM,31
3D,SO2,DSC-CHM,36
3D,SO4,DSC-CHM,39
3D,SOC,DSC-CHM,39
3D,SOFC,DSC-APL,48
3D,SPR,DSC-CMT,40
3D,SPR,DSC-PRO,36
3D,SPS,DSC-SMT,46
3D,SSA,DSC-PRO,37
3D,STEM,DSC-CMT,50
3D,STM,CMT-CMT,132
3D,STM,DSC-CMT,228
3D,STM,PRO-CMT,36
3D,SU-8,DSC-CHM,87
3D,Safety,DSC-PRO,126
3D,Safranin-O,DSC-CHM,46
3D,Sandwich,DSC-DSC,111
3D,Sandwich Structures,DSC-DSC,53
3D,Sandwich-Like,DSC-DSC,64
3D,Sapphire,CMT-CHM,44
3D,Sapphire,DSC-CHM,130
3D,Sb,CMT-CHM,78
3D,Sb,DSC-CHM,158
3D,Sbu,DSC-PRO,46
3D,Scaffold,APL-DSC,37
3D,Scaffold,CMT-APL,33
3D,Scaffold,CMT-DSC,93
3D,Scaffold,DSC-APL,394
3D,Scaffold,DSC-DSC,992
3D,Scaffold,PRO-DSC,35
3D,Scaffold,SMT-APL,30
3D,Scaffold,SMT-DSC,61
3D,Scaffold Surface,DSC-DSC,39
3D,Scaffolds,APL-DSC,43
3D,Scaffolds,CMT-DSC,101
3D,Scaffolds,DSC-APL,267
3D,Scaffolds,DSC-DSC,1144
3D,Scaffolds,PRO-DSC,44
3D,Scaffolds,SMT-DSC,66
3D,Scale Bars,CMT-DSC,36
3D,Scale Bars,DSC-DSC,73
3D,Scales,DSC-APL,77
3D,Scales,DSC-DSC,77
3D,Scanning Electron Micrograph,CMT-CMT,85
3D,Scanning Electron Micrograph,DSC-CMT,195
3D,Scanning Electron Microscope,CMT-CMT,94
3D,Scanning Electron Microscope,DSC-CMT,339
3D,Scanning Electron Microscopic,DSC-CMT,30
3D,Scanning Electron Microscopy,APL-CMT,40
3D,Scanning Electron Microscopy,CMT-CMT,174
3D,Scanning Electron Microscopy,DSC-CMT,1219
3D,Scanning Electron Microscopy,PRO-CMT,59
3D,Scanning Transmission Electron Microscopy,DSC-CMT,54
3D,Scanning Tunneling Microscopy,DSC-CMT,106
3D,Scattering,DSC-PRO,45
3D,Schiff Base,DSC-CHM,95
3D,Schlafli,DSC-CMT,60
3D,Schlafli,DSC-SPL,54
3D,Schlafli Symbol,DSC-PRO,48
3D,Screen Printed,DSC-SMT,35
3D,Screen Printing,DSC-SMT,39
3D,Scs,DSC-APL,113
3D,Se,CMT-CHM,148
3D,Se,DSC-CHM,200
3D,Se,PRO-CHM,52
3D,Second Harmonic Generation,DSC-CMT,47
3D,Second Harmonic Generation,DSC-PRO,40
3D,Secondary Structures,CMT-PRO,36
3D,Secondary Structures,DSC-PRO,47
3D,Sectional SEM,DSC-CMT,31
3D,Sections,CMT-DSC,47
3D,Sections,DSC-DSC,94
3D,Sections,DSC-PRO,30
3D,Sediments,CMT-DSC,60
3D,Sediments,CMT-PRO,57
3D,Seebeck Coefficient,DSC-PRO,56
3D,Seed Layer,DSC-DSC,48
3D,Seeds,DSC-DSC,66
3D,Sei,DSC-APL,118
3D,Seismic,CMT-CMT,108
3D,Seismic,CMT-PRO,35
3D,Seismic Data,CMT-CMT,38
3D,Seismic Lines,CMT-CMT,34
3D,Seismic Profile,CMT-CMT,58
3D,Seismic Reflection,CMT-CMT,33
3D,Seismic Section,CMT-CMT,46
3D,Selected Area Electron Diffraction,CMT-CMT,84
3D,Selected Area Electron Diffraction,DSC-CMT,257
3D,Selective Laser Melting,DSC-SMT,44
3D,Selective Laser Sintering,DSC-SMT,48
3D,Selectivity,CMT-PRO,62
3D,Selectivity,DSC-PRO,285
3D,Selenium,DSC-CHM,40
3D,Self,DSC-APL,85
3D,Self,DSC-DSC,39
3D,Self,DSC-PRO,78
3D,Self,DSC-SMT,120
3D,Self Assembled,DSC-SMT,158
3D,Self Assembly,CMT-SMT,63
3D,Self Assembly,DSC-SMT,740
3D,Self Assembly,PRO-SMT,42
3D,Self-Assembling,DSC-SMT,38
3D,Semiconducting,DSC-PRO,161
3D,Semiconductor,CMT-PRO,66
3D,Semiconductor,DSC-APL,51
3D,Semiconductor,DSC-PRO,546
3D,Semiconductor,PRO-PRO,67
3D,Sensing,CMT-APL,38
3D,Sensing,DSC-APL,315
3D,Sensing Mechanism,DSC-PRO,52
3D,Sensing Performance,DSC-PRO,67
3D,Sensitivity,CMT-PRO,98
3D,Sensitivity,DSC-PRO,517
3D,Sensitivity,PRO-PRO,30
3D,Sensitizer,DSC-APL,36
3D,Sensor,APL-APL,83
3D,Sensor,CMT-APL,240
3D,Sensor,DSC-APL,1009
3D,Sensor,PRO-APL,78
3D,Sensor Response,DSC-PRO,44
3D,Separation,DSC-APL,109
3D,Separation Efficiency,DSC-PRO,46
3D,Separator,CMT-APL,48
3D,Separator,DSC-APL,259
3D,Serpentines,DSC-CHM,76
3D,Sers,CMT-CMT,82
3D,Sers,DSC-APL,139
3D,Sers,DSC-CMT,249
3D,Sers,DSC-PRO,54
3D,Shape,CMT-PRO,77
3D,Shape,DSC-DSC,48
3D,Shape,DSC-PRO,170
3D,Shape,PRO-PRO,52
3D,Shape Memory,DSC-PRO,68
3D,Shear Modulus,DSC-PRO,66
3D,Shear Strength,DSC-PRO,36
3D,Shear Stress,CMT-PRO,70
3D,Shear Stress,DSC-PRO,126
3D,Sheet,CMT-DSC,168
3D,Sheet,DSC-DSC,879
3D,Sheet,PRO-DSC,94
3D,Sheet Like,DSC-DSC,46
3D,Sheet Resistance,CMT-PRO,61
3D,Sheet Resistance,DSC-PRO,103
3D,Sheets,APL-DSC,31
3D,Sheets,CMT-DSC,170
3D,Sheets,DSC-DSC,1536
3D,Sheets,PRO-DSC,110
3D,Shell,CMT-DSC,169
3D,Shell,DSC-APL,33
3D,Shell,DSC-DSC,659
3D,Shell,PRO-DSC,45
3D,Shells,CMT-DSC,42
3D,Shells,DSC-DSC,178
3D,Short Circuit Current,DSC-PRO,49
3D,Short Circuit Current Density,DSC-PRO,50
3D,Si,APL-CHM,69
3D,Si,CMT-CHM,661
3D,Si,DSC-CHM,1623
3D,Si,PRO-CHM,151
3D,Si (111),DSC-CHM,60
3D,Si(001),DSC-CHM,30
3D,Si(100),DSC-CHM,32
3D,Si3N4,DSC-CHM,54
3D,SiC,CMT-CHM,67
3D,SiC,DSC-CHM,244
3D,SiGe,DSC-CHM,42
3D,SiO,DSC-CHM,37
3D,SiO2,APL-CHM,36
3D,SiO2,CMT-CHM,370
3D,SiO2,DSC-CHM,837
3D,SiO2,PRO-CHM,51
3D,SiOx,DSC-CHM,49
3D,Sib,DSC-APL,32
3D,Sibs,DSC-APL,148
3D,Signal-to-Noise Ratio,CMT-PRO,54
3D,Signal-to-Noise Ratio,DSC-PRO,56
3D,Silane,DSC-CHM,61
3D,Silanol,DSC-CHM,34
3D,Silica,APL-CHM,30
3D,Silica,CMT-CHM,249
3D,Silica,DSC-CHM,946
3D,Silica,PRO-CHM,72
3D,Silicate,DSC-CHM,93
3D,Silicon,APL-CHM,118
3D,Silicon,CMT-CHM,352
3D,Silicon,DSC-CHM,1315
3D,Silicon,PRO-CHM,96
3D,Silicon,SMT-CHM,42
3D,Silicon Carbide,DSC-CHM,49
3D,Silicon Dioxide,DSC-CHM,31
3D,Silicon Nitride,DSC-CHM,37
3D,Silicon Oxide,DSC-CHM,34
3D,Siloxane,DSC-CHM,31
3D,Silver,APL-CHM,34
3D,Silver,CMT-CHM,227
3D,Silver,DSC-CHM,718
3D,Silver,PRO-CHM,78
3D,Silver(I),DSC-CHM,73
3D,Simulation,CMT-CMT,105
3D,Simulation,DSC-CMT,180
3D,Single Cell,DSC-APL,36
3D,Single Cell,DSC-DSC,54
3D,Single Crystal,CMT-DSC,187
3D,Single Crystal,DSC-CMT,300
3D,Single Crystal,DSC-DSC,1470
3D,Single Crystal,PRO-CMT,37
3D,Single Crystal,PRO-DSC,276
3D,Single Crystal X-Ray Diffraction,DSC-CMT,590
3D,Single Crystal X-Ray Diffraction,PRO-CMT,85
3D,Single Crystalline,CMT-DSC,31
3D,Single Crystalline,DSC-DSC,176
3D,Single Fiber,DSC-DSC,35
3D,Single Layer,CMT-DSC,83
3D,Single Layer,DSC-DSC,331
3D,Single Layered,DSC-DSC,59
3D,Single Particle,DSC-DSC,30
3D,Single Phase,DSC-DSC,62
3D,Single Stranded,DSC-DSC,36
3D,Single Wall,DSC-DSC,34
3D,Single Walled,DSC-DSC,97
3D,Singlet,CMT-DSC,101
3D,Singlet,DSC-APL,43
3D,Singlet,DSC-CMT,40
3D,Singlet,DSC-DSC,379
3D,Singlet,DSC-PRO,33
3D,Singlet,PRO-DSC,56
3D,Singular,CMT-CHM,36
3D,Singular,DSC-CHM,105
3D,Sintered,CMT-SMT,77
3D,Sintered,DSC-SMT,225
3D,Sintering,CMT-SMT,56
3D,Sintering,DSC-SMT,282
3D,Size,CMT-PRO,78
3D,Size,DSC-PRO,172
3D,Size Distribution,CMT-PRO,177
3D,Size Distribution,DSC-PRO,254
3D,Sized,DSC-DSC,61
3D,Sizes,DSC-PRO,32
3D,Skeleton,DSC-DSC,111
3D,Skin,CMT-DSC,59
3D,Skin,DSC-APL,86
3D,Skin,DSC-DSC,155
3D,Sky Blue,DSC-CHM,59
3D,Slab,CMT-DSC,90
3D,Slab,DSC-DSC,145
3D,Slabs,CMT-DSC,48
3D,Slabs,DSC-DSC,99
3D,Slice,DSC-DSC,40
3D,Slices,CMT-DSC,31
3D,Slices,DSC-DSC,52
3D,Slicing,DSC-SMT,36
3D,Slide,CMT-DSC,57
3D,Slide,DSC-DSC,138
3D,Slides,DSC-DSC,59
3D,Slm,DSC-SMT,53
3D,Slope,CMT-PRO,67
3D,Slope,DSC-PRO,63
3D,Slurry,DSC-DSC,35
3D,Sm,DSC-CHM,113
3D,Small Angle X-ray Scattering,DSC-CMT,49
3D,Sn,CMT-CHM,242
3D,Sn,DSC-CHM,498
3D,Sn,PRO-CHM,48
3D,Sn2+,DSC-CHM,35
3D,SnO2,CMT-CHM,139
3D,SnO2,DSC-CHM,397
3D,SnS,DSC-CHM,55
3D,SnS2,DSC-CHM,94
3D,Soaking,DSC-SMT,41
3D,Society,APL-CMT,57
3D,Society,CMT-CMT,256
3D,Society,DSC-CMT,1416
3D,Society,PRO-CMT,104
3D,Society,SMT-CMT,35
3D,Society of Chemistry,DSC-CMT,105
3D,Sodiation,DSC-SMT,48
3D,Sodium,CMT-CHM,57
3D,Sodium,DSC-CHM,520
3D,Sodium,PRO-CHM,51
3D,Sodium Alginate,DSC-CHM,56
3D,Sodium Dodecyl Sulfate,DSC-CHM,30
3D,Sodium Hydroxide,DSC-CHM,31
3D,Sodium Ion Battery,DSC-APL,224
3D,Sodium Storage,DSC-APL,30
3D,Soft,CMT-PRO,48
3D,Soft,DSC-PRO,238
3D,Soft Lithography,DSC-SMT,54
3D,Soft Robotics,DSC-APL,42
3D,Soil,CMT-DSC,56
3D,Soil,CMT-PRO,49
3D,Soil,DSC-DSC,48
3D,Soil,DSC-PRO,36
3D,Sol Gel,DSC-SMT,66
3D,Sol-Gel,DSC-SMT,181
3D,Solar,DSC-APL,34
3D,Solar Cell,CMT-APL,116
3D,Solar Cell,DSC-APL,612
3D,Solar Cell,PRO-APL,31
3D,Solar Cell Device,DSC-APL,32
3D,Solar Energy,DSC-APL,36
3D,Solar Energy Conversion,DSC-APL,38
3D,Solders,DSC-APL,34
3D,Solid,CMT-DSC,78
3D,Solid,DSC-APL,42
3D,Solid,DSC-DSC,285
3D,Solid,DSC-PRO,63
3D,Solid,PRO-DSC,36
3D,Solid Electrolyte,DSC-APL,96
3D,Solid Electrolyte Interphase,DSC-APL,56
3D,Solid Oxide Fuel Cells,DSC-APL,52
3D,Solid Polymer Electrolyte,DSC-APL,31
3D,Solid Solution,DSC-DSC,66
3D,Solid State,DSC-APL,32
3D,Solid State,DSC-DSC,32
3D,Solid State CD,DSC-CMT,38
3D,Solid State Electrolyte,DSC-APL,48
3D,Solid State Emission,DSC-CMT,242
3D,Solid State Emission,PRO-CMT,49
3D,Solid State Photoluminescence,DSC-CMT,62
3D,Solid State Reaction,DSC-SMT,64
3D,Solid State Structure,DSC-PRO,35
3D,Solid State Supercapacitor,DSC-APL,39
3D,Solid-State Fluorescence,DSC-CMT,39
3D,Solidification,CMT-SMT,42
3D,Solidification,DSC-SMT,85
3D,Solids,DSC-DSC,46
3D,Solids Volume Fraction,DSC-PRO,46
3D,Solubility,DSC-PRO,84
3D,Solution,CMT-DSC,45
3D,Solution,DSC-DSC,81
3D,Solution Processed,DSC-SMT,45
3D,Solution Processing,DSC-SMT,31
3D,Solvent Evaporation,DSC-SMT,48
3D,Solvothermal,DSC-SMT,195
3D,Solvothermal Condition,DSC-SMT,195
3D,Solvothermal Method,DSC-SMT,125
3D,Solvothermal Process,DSC-SMT,33
3D,Solvothermal Reaction,DSC-SMT,202
3D,Solvothermal Synthesis,DSC-SMT,51
3D,Sonication,CMT-SMT,39
3D,Sonication,DSC-SMT,109
3D,Sorbent,DSC-APL,32
3D,Sorption Isotherm,DSC-CMT,63
3D,Source,CMT-APL,34
3D,Source,DSC-APL,77
3D,Space Filling,DSC-CMT,59
3D,Space Filling Model,DSC-CMT,164
3D,Space Filling Model,PRO-CMT,31
3D,Space Filling Representation,DSC-CMT,71
3D,Spacer,DSC-APL,57
3D,Spacings,DSC-PRO,33
3D,Spatial,DSC-PRO,34
3D,Spatial Resolution,CMT-PRO,69
3D,Spatial Resolution,DSC-PRO,53
3D,Specific,DSC-PRO,34
3D,Specific Activity,DSC-PRO,31
3D,Specific Area,DSC-PRO,44
3D,Specific Capacitance,CMT-PRO,67
3D,Specific Capacitance,DSC-PRO,1242
3D,Specific Capacities,DSC-PRO,109
3D,Specific Capacity,CMT-PRO,30
3D,Specific Capacity,DSC-PRO,661
3D,Specific Energy,DSC-PRO,81
3D,Specific Heat,DSC-PRO,40
3D,Specific Power,DSC-PRO,46
3D,Specific Surface Area,CMT-PRO,62
3D,Specific Surface Area,DSC-PRO,816
3D,Spectral Response,DSC-PRO,32
3D,Spectroscopy,DSC-CMT,31
3D,Spectrum,CMT-PRO,31
3D,Spectrum,DSC-PRO,51
3D,Sphere,CMT-DSC,201
3D,Sphere,DSC-DSC,904
3D,Sphere,PRO-DSC,60
3D,Spherical,CMT-DSC,45
3D,Spherical,DSC-DSC,178
3D,Spherical Particles,DSC-DSC,49
3D,Sphericity,CMT-PRO,30
3D,Sphericity,DSC-PRO,32
3D,Spheroid,DSC-DSC,340
3D,Spin,DSC-PRO,60
3D,Spin,PRO-PRO,33
3D,Spin Coater,CMT-SMT,74
3D,Spin Coater,DSC-SMT,135
3D,Spin Coating,CMT-SMT,60
3D,Spin Coating,DSC-SMT,193
3D,Spin Orbit Coupling,DSC-PRO,56
3D,Spin States,DSC-PRO,32
3D,Spinels,DSC-SPL,139
3D,Spinning,DSC-SMT,35
3D,Spins,DSC-PRO,38
3D,Spiro OMeTAD,DSC-CHM,42
3D,Split Ring Resonator,DSC-APL,30
3D,Sponge,DSC-DSC,321
3D,Sponge Like,DSC-DSC,41
3D,Spray,DSC-SMT,34
3D,Spray Coating,DSC-SMT,41
3D,Spray Drying,DSC-SMT,47
3D,Spring,DSC-APL,33
3D,Sputtered,CMT-SMT,49
3D,Sputtered,DSC-SMT,82
3D,Sputtering,CMT-SMT,72
3D,Sputtering,DSC-SMT,106
3D,Sql,DSC-SPL,108
3D,Square,CMT-DSC,30
3D,Square,DSC-DSC,126
3D,Square Lattice,DSC-DSC,30
3D,Sr,CMT-CHM,76
3D,Sr,DSC-CHM,99
3D,Sr,PRO-CHM,34
3D,Sr2+,DSC-CHM,40
3D,SrTiO3,DSC-CHM,43
3D,Stabilities,DSC-PRO,54
3D,Stability,APL-PRO,47
3D,Stability,CMT-PRO,262
3D,Stability,DSC-PRO,1897
3D,Stability,PRO-PRO,125
3D,Stability,SPL-PRO,48
3D,Stability Tests,CMT-CMT,60
3D,Stability Tests,DSC-CMT,139
3D,Stable,DSC-PRO,184
3D,Stack,DSC-APL,33
3D,Stacking,DSC-PRO,64
3D,Stacking Fault,DSC-PRO,45
3D,Stacking Sequence,DSC-PRO,32
3D,Stacking Structure,DSC-PRO,36
3D,Staining,DSC-CMT,34
3D,Standard Deviation,CMT-PRO,91
3D,Standard Deviation,DSC-PRO,101
3D,Standing,DSC-DSC,56
3D,State,DSC-PRO,47
3D,States,DSC-PRO,45
3D,Static Contact Angle,DSC-PRO,33
3D,Statics,DSC-PRO,30
3D,Statistical Analysis,CMT-CMT,33
3D,Statistical Analysis,DSC-CMT,56
3D,Steady State PL,DSC-CMT,60
3D,Stem,CMT-CMT,166
3D,Stem,DSC-CMT,307
3D,Stem,PRO-CMT,39
3D,Stem Cells,DSC-APL,235
3D,Stem Cells,DSC-PRO,33
3D,Step,DSC-SMT,38
3D,Stereolithography,DSC-CMT,31
3D,Stereolithography,DSC-SMT,55
3D,Stern Volmer Plot,DSC-CMT,110
3D,Stick,DSC-CMT,56
3D,Stiff,DSC-PRO,73
3D,Stiffer,DSC-PRO,33
3D,Stiffnesses,CMT-PRO,106
3D,Stiffnesses,DSC-PRO,396
3D,Stiffnesses,PRO-PRO,32
3D,Stoichiometries,DSC-DSC,36
3D,Stoichiometry,DSC-PRO,58
3D,Stop Band,DSC-PRO,30
3D,Storage Capacity,DSC-PRO,31
3D,Storage Modulus,CMT-PRO,42
3D,Storage Modulus,DSC-PRO,177
3D,Storages,DSC-APL,69
3D,Storages,DSC-PRO,73
3D,Strain,CMT-PRO,47
3D,Strain,DSC-PRO,65
3D,Strain Curve,DSC-CMT,40
3D,Strain Energy,DSC-PRO,31
3D,Strain Sensor,DSC-APL,83
3D,Streamlines,DSC-CHM,42
3D,Strengths,CMT-PRO,110
3D,Strengths,DSC-PRO,363
3D,Stress,CMT-PRO,266
3D,Stress,DSC-PRO,540
3D,Stress,PRO-PRO,56
3D,Stress Distribution,CMT-PRO,44
3D,Stress Distribution,DSC-PRO,90
3D,Stress Field,DSC-PRO,47
3D,Stress Intensity Factor,DSC-PRO,34
3D,Stress State,CMT-PRO,32
3D,Stress State,DSC-PRO,37
3D,Stress Strain Curve,CMT-CMT,83
3D,Stress Strain Curve,CMT-PRO,65
3D,Stress Strain Curve,DSC-CMT,215
3D,Stress Strain Curve,DSC-PRO,162
3D,Stress Strain Response,DSC-PRO,31
3D,Stretchability,DSC-PRO,92
3D,Stretchable,DSC-APL,56
3D,Stretchable,DSC-PRO,129
3D,Stretching,DSC-SMT,93
3D,Strip,DSC-DSC,75
3D,Stripes,DSC-DSC,83
3D,Stripping,DSC-APL,58
3D,Stripping,DSC-SMT,58
3D,Strips,CMT-DSC,35
3D,Strips,DSC-DSC,100
3D,Structural,CMT-PRO,200
3D,Structural,DSC-APL,34
3D,Structural,DSC-CMT,40
3D,Structural,DSC-PRO,880
3D,Structural,PRO-PRO,157
3D,Structural Analysis,DSC-CMT,227
3D,Structural Analysis,PRO-CMT,33
3D,Structural Characteristic,DSC-PRO,106
3D,Structural Characterization,CMT-CMT,53
3D,Structural Characterization,DSC-CMT,193
3D,Structural Colour,DSC-PRO,48
3D,Structural Defects,DSC-PRO,34
3D,Structural Feature,CMT-PRO,47
3D,Structural Feature,DSC-PRO,207
3D,Structural Feature,PRO-PRO,35
3D,Structural Formulae,DSC-PRO,61
3D,Structural Integrity,DSC-PRO,147
3D,Structural Model,CMT-CMT,76
3D,Structural Model,DSC-CMT,162
3D,Structural Parameter,CMT-PRO,80
3D,Structural Parameter,DSC-PRO,151
3D,Structural Parameter,PRO-PRO,39
3D,Structural Property,CMT-PRO,34
3D,Structural Property,DSC-PRO,110
3D,Structural Stability,DSC-PRO,204
3D,Structural Topology,DSC-PRO,33
3D,Structural Transition,DSC-PRO,32
3D,Structurally,DSC-PRO,59
3D,Structure,APL-PRO,140
3D,Structure,CMT-PRO,1129
3D,Structure,DSC-CMT,70
3D,Structure,DSC-PRO,9145
3D,Structure,PRO-PRO,1479
3D,Structure,SMT-PRO,87
3D,Structure,SPL-PRO,87
3D,Structure Model,CMT-CMT,31
3D,Structure Model,DSC-CMT,59
3D,Structure Refinement,CMT-CMT,51
3D,Structure Refinement,DSC-CMT,1280
3D,Structure Refinement,PRO-CMT,264
3D,Structure Stability,DSC-PRO,40
3D,Structures,CMT-PRO,260
3D,Structures,DSC-APL,34
3D,Structures,DSC-PRO,2561
3D,Structures,PRO-PRO,427
3D,Student's T-Test,DSC-CMT,30
3D,Styrene,DSC-CHM,77
3D,Submicron,DSC-DSC,36
3D,Substrate,APL-DSC,203
3D,Substrate,CMT-DSC,1380
3D,Substrate,DSC-DSC,3970
3D,Substrate,PRO-DSC,286
3D,Substrate,SMT-DSC,83
3D,Substrate Surface,CMT-DSC,31
3D,Substrate Surface,DSC-DSC,104
3D,Subsurface,CMT-DSC,69
3D,Subsurface,DSC-DSC,48
3D,Succinate,DSC-CHM,39
3D,Sucrose,DSC-CHM,61
3D,Sugar,CMT-CHM,35
3D,Sugar,DSC-CHM,67
3D,Sulfates,DSC-CHM,143
3D,Sulfide,DSC-CHM,132
3D,Sulfonated,DSC-CHM,46
3D,Sulfur,CMT-CHM,133
3D,Sulfur,DSC-APL,58
3D,Sulfur,DSC-CHM,686
3D,Sulfur,DSC-PRO,60
3D,Sulfur,PRO-CHM,55
3D,Sulfur Cathode,DSC-APL,40
3D,Sulfur Loadings,DSC-PRO,65
3D,Sulfuric Acid,DSC-CHM,34
3D,Sulphur,DSC-CHM,37
3D,Super Hydrophobicity,CMT-PRO,37
3D,Super Hydrophobicity,DSC-PRO,184
3D,Supercapacitive Performance,DSC-PRO,39
3D,Supercapacitor,APL-APL,34
3D,Supercapacitor,CMT-APL,42
3D,Supercapacitor,DSC-APL,1258
3D,Supercapacitor Application,DSC-APL,83
3D,Supercapacitor Devices,DSC-APL,51
3D,Supercapacitor Electrode,DSC-APL,218
3D,Supercapacitor Performance,DSC-PRO,34
3D,Superconducting,DSC-PRO,43
3D,Superconductivity,DSC-PRO,34
3D,Superconductivity,PRO-PRO,42
3D,Superconductor,DSC-PRO,52
3D,Superconductor,PRO-PRO,37
3D,Superhydrophilic,DSC-PRO,59
3D,Superlattice,DSC-DSC,160
3D,Superoxide,DSC-CHM,45
3D,Superparamagnetism,DSC-PRO,44
3D,Superstructure,DSC-DSC,96
3D,Support,DSC-APL,62
3D,Supramolecular Structure,DSC-PRO,291
3D,Supramolecular Structure,PRO-PRO,119
3D,Surface,APL-DSC,204
3D,Surface,CMT-CMT,68
3D,Surface,CMT-DSC,2989
3D,Surface,CMT-PRO,146
3D,Surface,DSC-APL,50
3D,Surface,DSC-CMT,84
3D,Surface,DSC-DSC,6499
3D,Surface,DSC-PRO,260
3D,Surface,DSC-SMT,32
3D,Surface,PRO-DSC,671
3D,Surface,PRO-PRO,41
3D,Surface,SMT-DSC,149
3D,Surface,SPL-DSC,36
3D,Surface Area,CMT-PRO,151
3D,Surface Area,DSC-PRO,1504
3D,Surface Area,PRO-PRO,47
3D,Surface Area to Volume Ratio,DSC-PRO,41
3D,Surface Charge,DSC-PRO,46
3D,Surface Chemistry,DSC-PRO,86
3D,Surface Coverage,DSC-PRO,49
3D,Surface Defects,DSC-PRO,51
3D,Surface Diffusion,DSC-PRO,43
3D,Surface Energy,CMT-PRO,38
3D,Surface Energy,DSC-PRO,125
3D,Surface Enhanced Raman Spectroscopy,DSC-CMT,37
3D,Surface Feature,DSC-PRO,31
3D,Surface Functionalization,DSC-SMT,36
3D,Surface Layer,CMT-DSC,42
3D,Surface Layer,DSC-DSC,75
3D,Surface Modification,DSC-SMT,127
3D,Surface Morphology,CMT-PRO,187
3D,Surface Morphology,DSC-PRO,467
3D,Surface Morphology,PRO-PRO,31
3D,Surface Plasmon Resonance,DSC-PRO,76
3D,Surface Plot,CMT-CMT,30
3D,Surface Potential,DSC-PRO,43
3D,Surface Pressure,DSC-PRO,32
3D,Surface Profiler,CMT-PRO,40
3D,Surface Profiler,DSC-PRO,34
3D,Surface Properties,DSC-PRO,89
3D,Surface Quality,DSC-PRO,35
3D,Surface Reconstruction,DSC-PRO,34
3D,Surface Roughness,CMT-PRO,191
3D,Surface Roughness,DSC-PRO,251
3D,Surface Roughness,PRO-PRO,32
3D,Surface SEM,DSC-CMT,40
3D,Surface State,DSC-PRO,65
3D,Surface State,PRO-PRO,40
3D,Surface Structure,CMT-PRO,43
3D,Surface Structure,DSC-PRO,128
3D,Surface Temperature,CMT-PRO,44
3D,Surface Temperature,DSC-PRO,90
3D,Surface Tension,CMT-PRO,43
3D,Surface Tension,DSC-PRO,133
3D,Surface Texture,DSC-PRO,34
3D,Surface Topography,CMT-PRO,111
3D,Surface Topography,DSC-PRO,103
3D,Surface Treatment,DSC-SMT,38
3D,Surface Wettability,DSC-PRO,31
3D,Surface-Enhanced Raman Scattering,DSC-CMT,106
3D,Surface-to-Volume Ratio,DSC-PRO,53
3D,Surface:,DSC-DSC,40
3D,Surfaces,APL-DSC,76
3D,Surfaces,CMT-DSC,841
3D,Surfaces,DSC-APL,44
3D,Surfaces,DSC-DSC,1978
3D,Surfaces,DSC-PRO,33
3D,Surfaces,PRO-DSC,220
3D,Surfaces,SMT-DSC,41
3D,Survey,CMT-CMT,35
3D,Survey Spectra,CMT-CMT,32
3D,Survey XPS,CMT-CMT,43
3D,Survey XPS,DSC-CMT,46
3D,Survival,DSC-PRO,34
3D,Survival Rate,DSC-PRO,33
3D,Susceptibility,DSC-PRO,65
3D,Suspension,CMT-DSC,50
3D,Suspension,DSC-DSC,176
3D,Swelling,DSC-PRO,46
3D,Swelling,DSC-SMT,51
3D,Swelling Behaviour,DSC-PRO,36
3D,Swelling Ratio,DSC-PRO,88
3D,Symbols,DSC-PRO,68
3D,Symmetrical,DSC-APL,63
3D,Symmetrical Cell,DSC-APL,90
3D,Symmetry,CMT-PRO,31
3D,Symmetry,DSC-PRO,140
3D,Symmetry,PRO-PRO,31
3D,Synthesized,DSC-DSC,43
3D,System,DSC-APL,38
3D,T,CMT-PRO,152
3D,T,DSC-PRO,274
3D,T,DSC-SPL,157
3D,T,PRO-PRO,55
3D,T1,CMT-PRO,31
3D,T1,DSC-PRO,45
3D,T2,CMT-PRO,33
3D,T2,DSC-PRO,34
3D,TBA,DSC-CHM,31
3D,TC,CMT-PRO,40
3D,TC,DSC-PRO,104
3D,TC,PRO-PRO,37
3D,TCAD,DSC-CHM,32
3D,TCNQ,DSC-CHM,30
3D,TCPP,DSC-CHM,41
3D,TEA,DSC-CHM,38
3D,TEM,APL-CMT,78
3D,TEM,CMT-CMT,2097
3D,TEM,DSC-APL,35
3D,TEM,DSC-CMT,4558
3D,TEM,PRO-CMT,247
3D,TEM,SMT-CMT,36
3D,TEM,SPL-CMT,31
3D,TEOS,DSC-CHM,82
3D,TFA,CMT-CHM,30
3D,TFA,DSC-CHM,31
3D,TG,CMT-CMT,88
3D,TG,DSC-CMT,444
3D,TG,DSC-PRO,75
3D,TG,PRO-CMT,63
3D,TG Analysis,DSC-CMT,88
3D,TG Curve,DSC-CMT,75
3D,TG-DSC,DSC-CMT,38
3D,TG-DTA,DSC-CMT,35
3D,TGA,CMT-CMT,31
3D,TGA,DSC-CMT,237
3D,THF,CMT-CHM,113
3D,THF,DSC-CHM,202
3D,THF,PRO-CHM,31
3D,TMB,DSC-CHM,36
3D,TN,DSC-PRO,33
3D,TOF,CMT-CMT,39
3D,TOF,CMT-PRO,58
3D,TOF,DSC-CMT,31
3D,TOF,DSC-PRO,65
3D,TOF-SIMS,CMT-CMT,33
3D,TOF-SIMS,DSC-CMT,30
3D,TOUGH2,DSC-PRO,40
3D,TPA,DSC-CHM,40
3D,TPP,DSC-CHM,39
3D,TRACTA,DSC-PRO,56
3D,TRPL,DSC-CMT,53
3D,TSV,APL-APL,30
3D,TSV,DSC-APL,68
3D,Ta,CMT-CHM,31
3D,Ta,DSC-CHM,70
3D,Ta,DSC-CMT,31
3D,Tafel Plots,CMT-CMT,163
3D,Tafel Plots,DSC-CMT,262
3D,Tafel Slope,CMT-PRO,44
3D,Tafel Slope,DSC-PRO,264
3D,Tank,DSC-APL,42
3D,Tape,DSC-DSC,65
3D,Tapes,DSC-DSC,38
3D,Tapping Mode AFM,CMT-CMT,38
3D,Tauc Plot,CMT-CMT,48
3D,Tauc Plot,DSC-CMT,61
3D,Tb,DSC-CHM,139
3D,Tb,PRO-CHM,34
3D,Tb(III),DSC-CHM,35
3D,Tb3+,DSC-CHM,110
3D,Te,CMT-CHM,67
3D,Te,DSC-CHM,89
3D,Teflon,DSC-CHM,62
3D,Temperature,CMT-PRO,330
3D,Temperature,DSC-PRO,450
3D,Temperature,PRO-PRO,57
3D,Temperature Distribution,CMT-PRO,48
3D,Temperature Distribution,DSC-PRO,71
3D,Temperature Profile,CMT-PRO,39
3D,Temperature Profile,DSC-PRO,44
3D,Temperature Sensor,DSC-APL,31
3D,Teng,DSC-APL,39
3D,Tensile,DSC-CMT,37
3D,Tensile,DSC-PRO,36
3D,Tensile Modulus,DSC-PRO,35
3D,Tensile Properties,DSC-PRO,38
3D,Tensile Strength,CMT-PRO,59
3D,Tensile Strength,DSC-PRO,230
3D,Tensile Stress,CMT-PRO,31
3D,Tensile Stress,DSC-PRO,76
3D,Tensile Tests,CMT-CMT,59
3D,Tensile Tests,DSC-CMT,105
3D,Terephthalate,DSC-CHM,49
3D,Terephthalic Acid,DSC-CHM,46
3D,Test,CMT-CMT,46
3D,Test,DSC-CMT,65
3D,Tests,DSC-CMT,33
3D,Tetracyclines,DSC-CHM,42
3D,Tetraethyl Orthosilicate,DSC-CHM,33
3D,Tetragonal,CMT-SPL,65
3D,Tetragonal,DSC-SPL,289
3D,Tetragonal,PRO-SPL,54
3D,Tetrahedron,DSC-DSC,30
3D,Tetrahydrofuran,DSC-CHM,46
3D,Tetrapods,DSC-DSC,37
3D,Tetrazole,DSC-CHM,50
3D,Textile,DSC-APL,51
3D,Textile,DSC-DSC,133
3D,Textural Properties,CMT-PRO,42
3D,Textural Properties,DSC-PRO,45
3D,Texture,CMT-PRO,71
3D,Texture,DSC-PRO,106
3D,Textured,DSC-DSC,30
3D,Tga,CMT-CMT,246
3D,Tga,DSC-CMT,863
3D,Tga,PRO-CMT,126
3D,Theoretical Capacity,DSC-PRO,113
3D,Therapeutics,DSC-APL,40
3D,Therapy,DSC-APL,34
3D,Thermal,CMT-PRO,68
3D,Thermal,DSC-CMT,38
3D,Thermal,DSC-PRO,336
3D,Thermal,DSC-SMT,61
3D,Thermal,PRO-PRO,42
3D,Thermal Analysis,DSC-CMT,155
3D,Thermal Annealing,CMT-SMT,36
3D,Thermal Annealing,DSC-SMT,156
3D,Thermal Behavior,DSC-PRO,51
3D,Thermal Conductivity,CMT-PRO,98
3D,Thermal Conductivity,DSC-PRO,383
3D,Thermal Conductivity,PRO-PRO,34
3D,Thermal Decomposition,DSC-SMT,87
3D,Thermal Ellipsoids,DSC-CMT,225
3D,Thermal Ellipsoids,DSC-PRO,114
3D,Thermal Ellipsoids,PRO-CMT,43
3D,Thermal Expansion,DSC-PRO,34
3D,Thermal Expansion Coefficient,DSC-PRO,36
3D,Thermal Gravimetric Analysis,DSC-CMT,45
3D,Thermal Oxidation,DSC-SMT,34
3D,Thermal Properties,CMT-PRO,31
3D,Thermal Properties,DSC-PRO,145
3D,Thermal Reduction,DSC-SMT,48
3D,Thermal Resistance,DSC-PRO,39
3D,Thermal Stabilities,DSC-PRO,169
3D,Thermal Stability,DSC-PRO,477
3D,Thermal Stability,PRO-PRO,58
3D,Thermal Treated,DSC-SMT,37
3D,Thermal Treatment,CMT-SMT,44
3D,Thermal Treatment,DSC-SMT,227
3D,Thermally Stable,DSC-PRO,72
3D,Thermo,DSC-PRO,35
3D,Thermo-Responsive,DSC-PRO,48
3D,Thermocouple,CMT-APL,36
3D,Thermocouple,DSC-APL,40
3D,Thermodynamic Parameters,DSC-PRO,34
3D,Thermodynamics,DSC-PRO,54
3D,Thermoelectric,DSC-PRO,51
3D,Thermoelectric Properties,DSC-PRO,31
3D,Thermogravimetric,DSC-CMT,119
3D,Thermogravimetric Analysis,CMT-CMT,31
3D,Thermogravimetric Analysis,DSC-CMT,605
3D,Thermogravimetric Analysis,PRO-CMT,68
3D,Thermogravimetric Curve,DSC-CMT,37
3D,Thermogravimetry,DSC-CMT,43
3D,Thermolysis,DSC-SMT,36
3D,Thermoplastics,DSC-PRO,56
3D,Thermostability,DSC-PRO,31
3D,Thick,DSC-DSC,41
3D,Thick Films,DSC-DSC,36
3D,Thickness,CMT-PRO,33
3D,Thickness,DSC-PRO,43
3D,Thin,CMT-DSC,185
3D,Thin,DSC-DSC,500
3D,Thin,PRO-DSC,50
3D,Thin Films,APL-DSC,47
3D,Thin Films,CMT-DSC,493
3D,Thin Films,DSC-DSC,1218
3D,Thin Films,PRO-DSC,140
3D,Thin Films,SPL-DSC,30
3D,Thin Layer,CMT-DSC,37
3D,Thin Layer,DSC-DSC,169
3D,Thin Sections,CMT-DSC,45
3D,Thin Sections,DSC-DSC,36
3D,Thin Sheet,DSC-DSC,30
3D,Thiol-Ene,DSC-CHM,43
3D,Thiols,CMT-CHM,38
3D,Thiols,DSC-CHM,163
3D,Thiophene,DSC-CHM,59
3D,Thiourea,DSC-CHM,60
3D,Threads,DSC-DSC,35
3D,Three,CMT-DSC,49
3D,Three,DSC-DSC,297
3D,Three,PRO-DSC,41
3D,Three Dimensional,APL-DSC,125
3D,Three Dimensional,CMT-CMT,1080
3D,Three Dimensional,CMT-DSC,76
3D,Three Dimensional,DSC-CMT,219
3D,Three Dimensional,DSC-DSC,7376
3D,Three Dimensional,DSC-PRO,36
3D,Three Dimensional,DSC-SMT,52
3D,Three Dimensional,PRO-CMT,70
3D,Three Dimensional,PRO-DSC,298
3D,Three Dimensional,PRO-PRO,234
3D,Three Dimensional,SMT-SMT,92
3D,Three Dimensional,SPL-DSC,30
3D,Three Dimensional Porous,DSC-DSC,40
3D,Three Dimensionally,DSC-DSC,103
3D,Three Electrode,DSC-APL,90
3D,Three Electrode System,DSC-APL,68
3D,Three Layer,DSC-DSC,33
3D,Three-,DSC-DSC,170
3D,Three-Dimension,DSC-DSC,30
3D,Three-Dimensional,CMT-CMT,149
3D,Three-Dimensional,DSC-DSC,778
3D,Threshold Voltage,DSC-PRO,41
3D,Ti,APL-CHM,35
3D,Ti,CMT-CHM,356
3D,Ti,DSC-CHM,711
3D,Ti,DSC-PRO,33
3D,Ti,PRO-CHM,109
3D,Ti3C2,DSC-CHM,43
3D,Ti3C2Tx,DSC-CHM,60
3D,Ti6Al4V,CMT-CHM,31
3D,Ti6Al4V,DSC-CHM,41
3D,TiC,DSC-CHM,44
3D,TiN,CMT-CHM,37
3D,TiN,DSC-CHM,134
3D,TiO,DSC-CHM,59
3D,TiO2,APL-CHM,41
3D,TiO2,CMT-CHM,381
3D,TiO2,DSC-CHM,1365
3D,TiO2,PRO-CHM,75
3D,Tilt Angle,CMT-PRO,33
3D,Tilt Angle,DSC-PRO,44
3D,Time,DSC-CMT,33
3D,Time,DSC-PRO,37
3D,Time Resolved PL,DSC-CMT,70
3D,Time-Resolved Photoluminescence,DSC-CMT,48
3D,Tin,CMT-CHM,38
3D,Tin,DSC-CHM,130
3D,Tin Oxide,DSC-CHM,74
3D,Tip,CMT-APL,32
3D,Tip,DSC-APL,44
3D,Tissue,CMT-DSC,74
3D,Tissue,DSC-APL,109
3D,Tissue,DSC-DSC,274
3D,Tissue,DSC-PRO,36
3D,Tissue Constructs,DSC-APL,45
3D,Tissue Culture,DSC-DSC,32
3D,Tissue Engineered,DSC-DSC,33
3D,Tissue Engineering,DSC-APL,540
3D,Tissue Engineering,SMT-APL,45
3D,Tissue Engineering Application,DSC-APL,100
3D,Tissue Engineering Scaffold,DSC-APL,41
3D,Tissue Regeneration,DSC-APL,97
3D,Tissue Scaffold,DSC-APL,36
3D,Tissues,CMT-DSC,39
3D,Tissues,DSC-APL,60
3D,Tissues,DSC-DSC,214
3D,Titanates,DSC-CHM,43
3D,Titania,DSC-CHM,169
3D,Titanium,CMT-CHM,81
3D,Titanium,DSC-CHM,238
3D,Titanium Dioxide,DSC-CHM,51
3D,Tm,CMT-PRO,30
3D,Tm,DSC-PRO,42
3D,Tolerance Factors,DSC-PRO,36
3D,Toluene,CMT-CHM,155
3D,Toluene,DSC-CHM,333
3D,Toluene,PRO-CHM,35
3D,Tomogram,CMT-CMT,46
3D,Tomography,CMT-CMT,82
3D,Tomography,DSC-CMT,62
3D,Tool,CMT-APL,43
3D,Tool,DSC-APL,76
3D,Top Electrode,DSC-APL,36
3D,Top View SEM,CMT-CMT,30
3D,Top View SEM,DSC-CMT,125
3D,Topographic,CMT-CMT,33
3D,Topography,CMT-CMT,64
3D,Topography,CMT-PRO,288
3D,Topography,DSC-CMT,34
3D,Topography,DSC-PRO,267
3D,Topography,PRO-PRO,53
3D,Topological Analysis,DSC-CMT,54
3D,Topological Insulator,DSC-PRO,75
3D,Topological Insulator,PRO-PRO,83
3D,Topological Net,DSC-PRO,120
3D,Topological Net,PRO-PRO,36
3D,Topological Network,DSC-PRO,113
3D,Topological Representation,DSC-CMT,190
3D,Topological Representation,DSC-PRO,43
3D,Topological Representation,PRO-CMT,40
3D,Topological Structure,DSC-PRO,110
3D,Topological Structure,PRO-PRO,35
3D,Topological Structures,DSC-PRO,31
3D,Topological View,DSC-CMT,66
3D,Topologically,DSC-PRO,125
3D,Topologically,PRO-PRO,40
3D,Topologies,DSC-PRO,71
3D,Topology,CMT-PRO,50
3D,Topology,DSC-PRO,620
3D,Topology,PRO-PRO,128
3D,Torsional Angle,DSC-PRO,47
3D,Tortuosity,DSC-PRO,64
3D,Total,CMT-PRO,50
3D,Total,DSC-PRO,71
3D,Total Energy,CMT-PRO,37
3D,Total Energy,DSC-PRO,72
3D,Toughness,DSC-PRO,88
3D,Toxicity,DSC-PRO,149
3D,Trabecular Bone,DSC-DSC,34
3D,Transducer,DSC-APL,46
3D,Transfer,DSC-PRO,107
3D,Transfer Characteristic,CMT-PRO,57
3D,Transfer Characteristic,DSC-PRO,57
3D,Transfer Printing,DSC-SMT,30
3D,Transformation,DSC-CMT,32
3D,Transient Photocurrent Response,DSC-CMT,33
3D,Transistors,CMT-APL,30
3D,Transistors,DSC-APL,109
3D,Transition Metal,CMT-CHM,32
3D,Transition Metal,DSC-CHM,409
3D,Transition Metal,PRO-CHM,106
3D,Transition Metal Dichalcogenides,DSC-CHM,75
3D,Transition Metal Oxide,DSC-CHM,120
3D,Transition Temperature,DSC-PRO,46
3D,Transitions,DSC-PRO,45
3D,Transmission,CMT-CMT,39
3D,Transmission,CMT-PRO,53
3D,Transmission,DSC-CMT,105
3D,Transmission,DSC-PRO,144
3D,Transmission Electron Micrograph,DSC-CMT,68
3D,Transmission Electron Microscope,DSC-CMT,124
3D,Transmission Electron Microscopy,CMT-CMT,107
3D,Transmission Electron Microscopy,DSC-CMT,785
3D,Transmission Electron Microscopy,PRO-CMT,38
3D,Transmission Spectra,DSC-CMT,55
3D,Transmission Spectra,DSC-PRO,31
3D,Transparency,CMT-PRO,36
3D,Transparency,DSC-PRO,125
3D,Transparent,CMT-PRO,150
3D,Transparent,DSC-PRO,457
3D,Transparent,PRO-PRO,40
3D,Transparent Electrodes,DSC-APL,32
3D,Transport Properties,DSC-PRO,87
3D,Transporter,CMT-PRO,35
3D,Transporter,DSC-PRO,153
3D,Treatments,DSC-APL,32
3D,Triangular,DSC-DSC,74
3D,Triazine,DSC-CHM,58
3D,Triazole,DSC-CHM,54
3D,Triblock Copolymer,DSC-DSC,33
3D,Triboelectric Nanogenerator,DSC-APL,39
3D,Triclinic,DSC-SPL,138
3D,Tridentate,DSC-CHM,35
3D,Triethylamine,DSC-CHM,37
3D,Trigonal,DSC-SPL,125
3D,Triiodide,DSC-CHM,30
3D,Trilayers,DSC-DSC,74
3D,Tris,DSC-CHM,40
3D,Tsvs,DSC-APL,57
3D,Tube,CMT-DSC,113
3D,Tube,DSC-APL,30
3D,Tube,DSC-DSC,318
3D,Tubes,CMT-DSC,71
3D,Tubes,DSC-DSC,236
3D,Tubular,CMT-DSC,43
3D,Tubular,DSC-DSC,189
3D,Tubules,DSC-DSC,40
3D,Tumor,DSC-APL,53
3D,Tumor,DSC-DSC,65
3D,Tumor Spheroid,DSC-DSC,76
3D,Tumor Volume,DSC-PRO,31
3D,Tumours,CMT-APL,65
3D,Tumours,CMT-DSC,43
3D,Tumours,DSC-APL,219
3D,Tumours,DSC-DSC,92
3D,Tumours,DSC-PRO,35
3D,Tungsten,CMT-CHM,45
3D,Tungsten,DSC-CHM,106
3D,Tunnels,CMT-APL,41
3D,Turbines,DSC-APL,31
3D,Turnover Frequency,DSC-PRO,57
3D,Twin,DSC-PRO,31
3D,Two,CMT-DSC,57
3D,Two,DSC-APL,50
3D,Two,DSC-DSC,296
3D,Two Electrode,DSC-APL,49
3D,Two Electrode System,DSC-APL,32
3D,Two Layered,DSC-DSC,37
3D,Two Step Method,DSC-SMT,31
3D,Two-Dimensional,CMT-CMT,224
3D,Two-Dimensional,CMT-DSC,43
3D,Two-Dimensional,DSC-CMT,147
3D,Two-Dimensional,DSC-DSC,2025
3D,Two-Dimensional,PRO-CMT,38
3D,Two-Dimensional,PRO-DSC,150
3D,Two-Dimensional Layer,DSC-DSC,39
3D,Two-Phase,DSC-DSC,32
3D,Two-Photon Polymerization,DSC-SMT,55
3D,Tyrosine,DSC-CHM,35
3D,UV,DSC-CMT,31
3D,UV,DSC-SMT,57
3D,UV / Vis,DSC-CMT,47
3D,UV Irradiation,CMT-SMT,58
3D,UV Irradiation,DSC-SMT,194
3D,UV Transmittance,CMT-CMT,34
3D,UV Transmittance,CMT-PRO,116
3D,UV Transmittance,DSC-CMT,45
3D,UV Transmittance,DSC-PRO,195
3D,UV Vis,CMT-CMT,127
3D,UV Vis,DSC-CMT,281
3D,UV Vis,PRO-CMT,33
3D,UV Vis Absorption,CMT-CMT,201
3D,UV Vis Absorption,DSC-CMT,425
3D,UV Vis Absorption,PRO-CMT,40
3D,UV Vis Diffuse Reflectance,CMT-CMT,57
3D,UV Vis Diffuse Reflectance,DSC-CMT,108
3D,UV Vis Spectroscopy,DSC-CMT,67
3D,UV Vis Spectrum,DSC-CMT,32
3D,UV Visible,DSC-CMT,35
3D,UV Visible Absorption,CMT-CMT,55
3D,UV Visible Absorption,DSC-CMT,97
3D,UV-VIS Absorption,DSC-CMT,44
3D,UV-VIS DRS,DSC-CMT,33
3D,UV-VIS Spectral,CMT-CMT,102
3D,UV-VIS Spectral,DSC-CMT,201
3D,UV-Vis Spectra,DSC-CMT,65
3D,UV/VIS Spectral,DSC-CMT,38
3D,Ultra-Thin,CMT-DSC,50
3D,Ultra-Thin,DSC-DSC,454
3D,Ultrasonication,DSC-SMT,68
3D,Ultrathin Nanosheets,DSC-DSC,75
3D,Uncoated,CMT-DSC,60
3D,Uncoated,DSC-DSC,86
3D,Undoped,CMT-DSC,52
3D,Undoped,DSC-DSC,78
3D,Unit,DSC-DSC,39
3D,Unit Cell,CMT-DSC,45
3D,Unit Cell,CMT-PRO,69
3D,Unit Cell,DSC-DSC,212
3D,Unit Cell,DSC-PRO,246
3D,Unit Cell,PRO-PRO,35
3D,Unit Cell Parameter,DSC-PRO,68
3D,Unit Cell Structure,DSC-PRO,31
3D,Ups,CMT-CMT,56
3D,Ups,DSC-CMT,42
3D,Uranium,DSC-CHM,61
3D,Uranyl,DSC-CHM,64
3D,Urchin,DSC-CHM,108
3D,Urchin-Like,DSC-DSC,67
3D,Urea,CMT-CHM,36
3D,Urea,DSC-CHM,233
3D,Uric Acid,DSC-CHM,68
3D,V OC,DSC-PRO,73
3D,V2O5,DSC-CHM,179
3D,VBM,CMT-PRO,40
3D,VBM,DSC-PRO,61
3D,VO2,DSC-CHM,58
3D,VOC,DSC-PRO,89
3D,Vacancies,DSC-PRO,58
3D,Vacuum Filtration,DSC-SMT,54
3D,Valence,DSC-PRO,42
3D,Valence Band,CMT-CMT,32
3D,Valence Band,CMT-PRO,86
3D,Valence Band,DSC-PRO,136
3D,Valence Band,PRO-PRO,88
3D,Valence Band Maximum,DSC-PRO,37
3D,Valves,CMT-APL,30
3D,Valves,DSC-APL,54
3D,Van,DSC-PRO,48
3D,Vanadium,DSC-CHM,102
3D,Vanadium Oxide,DSC-CHM,45
3D,Vascular,DSC-APL,67
3D,Vascularized,DSC-DSC,32
3D,Vasculature,DSC-APL,33
3D,Vasculature,DSC-PRO,47
3D,Velocities,DSC-PRO,48
3D,Velocity,CMT-PRO,228
3D,Velocity,DSC-PRO,295
3D,Velocity,PRO-PRO,41
3D,Velocity Distribution,DSC-PRO,36
3D,Velocity Field,CMT-PRO,54
3D,Velocity Field,DSC-PRO,72
3D,Velocity Magnitude,DSC-PRO,33
3D,Velocity Profile,CMT-PRO,43
3D,Velocity Profile,DSC-PRO,97
3D,Velocity Vector,CMT-PRO,54
3D,Velocity Vector,DSC-PRO,90
3D,Versus,DSC-CMT,52
3D,Vertical Displacement,CMT-PRO,39
3D,Vertical Displacement,DSC-PRO,44
3D,Vesicle,CMT-DSC,61
3D,Vesicle,DSC-DSC,114
3D,Vessels,CMT-APL,36
3D,Vessels,DSC-APL,60
3D,Vessels,DSC-PRO,44
3D,Via,DSC-APL,36
3D,Viability,CMT-PRO,47
3D,Viability,DSC-PRO,271
3D,Vibration Mode,DSC-PRO,45
3D,Vinyl,DSC-CHM,34
3D,Viscoelastic,DSC-PRO,74
3D,Viscoelastic Properties,DSC-PRO,33
3D,Viscoelasticity,DSC-PRO,42
3D,Viscosities,DSC-PRO,47
3D,Viscosity,CMT-PRO,107
3D,Viscosity,DSC-PRO,302
3D,Viscous,DSC-PRO,42
3D,Visible Light Absorption,DSC-PRO,36
3D,Void Space,DSC-PRO,44
3D,Volcano Plot,DSC-CMT,33
3D,Voltage Hysteresis,DSC-PRO,30
3D,Voltage Profile,CMT-PRO,36
3D,Voltage Profile,DSC-CMT,80
3D,Voltage Profile,DSC-PRO,188
3D,Voltages,CMT-PRO,58
3D,Voltages,DSC-PRO,228
3D,Voltammograms,DSC-CMT,48
3D,Volume,CMT-PRO,49
3D,Volume,DSC-PRO,73
3D,Volume Expansion,DSC-PRO,47
3D,Volume Fraction,CMT-PRO,31
3D,Volume Fraction,DSC-PRO,48
3D,Volumetric,DSC-PRO,30
3D,Volumetric Capacitance,DSC-PRO,67
3D,Volumetric Capacity,DSC-PRO,59
3D,Volumetric Energy Density,DSC-PRO,56
3D,Von Mises Stress,CMT-PRO,53
3D,Von Mises Stress,DSC-PRO,96
3D,Vorticity,DSC-PRO,42
3D,WO3,CMT-CHM,38
3D,WO3,DSC-CHM,133
3D,WSe2,DSC-CHM,57
3D,Wafers,APL-DSC,45
3D,Wafers,CMT-DSC,187
3D,Wafers,DSC-DSC,451
3D,Wall,CMT-APL,44
3D,Wall,CMT-DSC,40
3D,Wall,DSC-APL,62
3D,Wall,DSC-DSC,86
3D,Wall,DSC-PRO,41
3D,Wall Thickness,DSC-PRO,48
3D,Walls,DSC-DSC,43
3D,Washing,DSC-SMT,46
3D,Wastewater Treatment,DSC-APL,47
3D,Water,DSC-APL,66
3D,Water,DSC-PRO,30
3D,Water Contact Angle,CMT-PRO,95
3D,Water Contact Angle,DSC-PRO,159
3D,Water Content,CMT-PRO,31
3D,Water Content,DSC-PRO,76
3D,Water Electrolysis,DSC-APL,61
3D,Water Oxidation,DSC-APL,64
3D,Water Purification,DSC-APL,38
3D,Water Soluble,DSC-PRO,126
3D,Water Splitting,DSC-APL,287
3D,Water Treatment,DSC-APL,41
3D,Wave Function,DSC-PRO,36
3D,Waveguide,CMT-APL,30
3D,Waveguide,DSC-APL,128
3D,Wavelength,DSC-PRO,38
3D,Wear,CMT-PRO,37
3D,Wear,DSC-PRO,33
3D,Wear Rate,CMT-PRO,45
3D,Wearable,DSC-APL,65
3D,Wearable Devices,DSC-APL,44
3D,Wearable Electronics,DSC-APL,64
3D,Web,DSC-DSC,37
3D,Weight,DSC-PRO,64
3D,Weld,CMT-SMT,36
3D,Welded,CMT-SMT,30
3D,Welded,DSC-SMT,40
3D,Welding,CMT-SMT,39
3D,Welding,DSC-SMT,57
3D,Well,DSC-APL,30
3D,Western Blot,DSC-CMT,36
3D,Western Blots,DSC-CMT,117
3D,Western Blotting,DSC-CMT,51
3D,Wet Etching,DSC-SMT,40
3D,Wettability,CMT-PRO,43
3D,Wettability,DSC-PRO,206
3D,Wetting,DSC-PRO,76
3D,Wetting Behavior,DSC-PRO,33
3D,Wheel,DSC-APL,35
3D,White Light Emission,DSC-PRO,34
3D,Window,CMT-APL,46
3D,Window,DSC-APL,41
3D,Wing,DSC-APL,39
3D,Wire,CMT-DSC,84
3D,Wire,DSC-APL,32
3D,Wire,DSC-DSC,295
3D,Wire,PRO-DSC,30
3D,Wires,CMT-DSC,53
3D,Wires,DSC-DSC,195
3D,Woodpile,DSC-DSC,59
3D,Work Function,CMT-PRO,60
3D,Work Function,DSC-PRO,75
3D,Working Electrodes,CMT-APL,62
3D,Working Electrodes,DSC-APL,163
3D,Workpiece,DSC-DSC,38
3D,Wound Healing,DSC-APL,42
3D,Woven,DSC-DSC,68
3D,Wrinkled,DSC-DSC,31
3D,Wurtzite,DSC-CHM,84
3D,Wurtzite,DSC-SPL,69
3D,X Ray,CMT-CMT,107
3D,X Ray,DSC-CMT,182
3D,X Ray,PRO-CMT,56
3D,X Ray Analysis,DSC-CMT,84
3D,X Ray Diffractogram,DSC-CMT,50
3D,"X,0.5",DSC-CHM,40
3D,X-Ray,DSC-CMT,30
3D,X-Ray Analyses,DSC-CMT,33
3D,X-Ray CT,CMT-CMT,36
3D,X-Ray Computed Tomography,CMT-CMT,47
3D,X-Ray Computed Tomography,DSC-CMT,36
3D,X-Ray Crystal Structure,DSC-CMT,85
3D,X-Ray Crystallography,DSC-CMT,186
3D,X-Ray Crystallography,PRO-CMT,34
3D,X-Ray Diffraction,CMT-CMT,331
3D,X-Ray Diffraction,DSC-CMT,2253
3D,X-Ray Diffraction,PRO-CMT,265
3D,X-Ray Photoelectron,CMT-CMT,56
3D,X-Ray Photoelectron,DSC-CMT,37
3D,X-Ray Photoelectron Spectroscopy,CMT-CMT,92
3D,X-Ray Photoelectron Spectroscopy,DSC-CMT,408
3D,X-Ray Photoelectron Spectroscopy,PRO-CMT,32
3D,X-Ray Powder Diffraction,DSC-CMT,212
3D,X-Ray Powder Diffraction,PRO-CMT,32
3D,X-Ray Single Crystal Diffraction,DSC-CMT,119
3D,X-Ray Structural Analysis,DSC-CMT,68
3D,X-Ray Tomography,CMT-CMT,44
3D,X-Ray Tomography,DSC-CMT,63
3D,X-ray Structure,CMT-CMT,30
3D,X-ray Structure,DSC-CMT,123
3D,XAS,CMT-CMT,36
3D,XAS,DSC-CMT,40
3D,XAS,PRO-CMT,40
3D,XPS,APL-CMT,38
3D,XPS,CMT-CMT,2088
3D,XPS,DSC-CMT,1939
3D,XPS,PRO-CMT,194
3D,XPS Survey,CMT-CMT,47
3D,XPS Survey,DSC-CMT,37
3D,XRD,APL-CMT,52
3D,XRD,CMT-CMT,2015
3D,XRD,DSC-CMT,3739
3D,XRD,PRO-CMT,253
3D,XRD,SMT-CMT,35
3D,XRD,SPL-CMT,55
3D,XRD Pattern,DSC-CMT,38
3D,XRPD,DSC-CMT,131
3D,Xanes,CMT-CMT,87
3D,Xanes,DSC-CMT,102
3D,Xanes,PRO-CMT,35
3D,Xe,CMT-CHM,35
3D,Xe,DSC-CHM,102
3D,Xenon,DSC-CHM,47
3D,Xerogels,DSC-DSC,62
3D,Xp,CMT-CMT,55
3D,Xylene,DSC-CHM,40
3D,Yarn,DSC-DSC,51
3D,Yarns,DSC-DSC,52
3D,Yb,DSC-CHM,84
3D,Yb3+,DSC-CHM,34
3D,Yield Strength,DSC-PRO,64
3D,Yield Stress,CMT-PRO,30
3D,Yield Stress,DSC-PRO,72
3D,Yolk Shell,DSC-DSC,54
3D,Young's Modulus,DSC-PRO,43
3D,Young’s Modulus,CMT-PRO,107
3D,Young’s Modulus,DSC-PRO,383
3D,ZFC,DSC-CMT,42
3D,ZIF,DSC-CHM,95
3D,ZIF-67,DSC-CHM,63
3D,ZIF-8,DSC-CHM,88
3D,Zeolites,CMT-CHM,57
3D,Zeolites,DSC-CHM,289
3D,Zero Dimensional,DSC-DSC,92
3D,Zeta Potential,CMT-PRO,85
3D,Zeta Potential,DSC-PRO,132
3D,Zinc,CMT-CHM,47
3D,Zinc,DSC-CHM,419
3D,Zinc,PRO-CHM,45
3D,Zinc Air Battery,DSC-APL,43
3D,Zinc Blende,DSC-CHM,35
3D,Zinc Blende,DSC-SPL,36
3D,Zinc II,DSC-CHM,81
3D,Zinc Oxide,DSC-CHM,107
3D,Zirconia,DSC-CHM,60
3D,Zirconium,DSC-CHM,33
3D,Zn,CMT-CHM,195
3D,Zn,DSC-CHM,1127
3D,Zn,PRO-CHM,167
3D,Zn(II),DSC-CHM,617
3D,Zn(II),PRO-CHM,119
3D,Zn(NO3)2·6H2O,DSC-CHM,33
3D,Zn-Air Batteries,DSC-APL,45
3D,Zn1,DSC-CHM,98
3D,Zn2,DSC-CHM,80
3D,Zn2+,CMT-CHM,53
3D,Zn2+,DSC-CHM,260
3D,Zn2+,PRO-CHM,48
3D,ZnCl2,DSC-CHM,51
3D,ZnCo2O4,DSC-CHM,68
3D,ZnII,DSC-CHM,37
3D,ZnO,CMT-CHM,189
3D,ZnO,DSC-CHM,978
3D,ZnO,PRO-CHM,65
3D,ZnS,CMT-CHM,54
3D,ZnS,DSC-CHM,155
3D,ZnSe,DSC-CHM,43
3D,Zr,CMT-CHM,122
3D,Zr,DSC-CHM,153
3D,Zr,PRO-CHM,42
3D,ZrO2,CMT-CHM,54
3D,ZrO2,DSC-CHM,70
3D,Zt,DSC-PRO,41
3D,cadmium,DSC-CHM,185
3D,foam.,DSC-DSC,48
3D,g-C3N4,CMT-CHM,39
3D,g-C3N4,DSC-CHM,158
3D,galvanostatic charge discharge curves,DSC-CMT,123
3D,h-BN,DSC-CHM,52
3D,pH,CMT-PRO,40
3D,pH,DSC-PRO,54
3D,perovskite solar cells,DSC-APL,233
3D,qPCR,DSC-CMT,57
3D,working mechanism,DSC-PRO,38
3D,Δ,CMT-PRO,48
3D,Δ,DSC-PRO,90
3D,Θ,CMT-PRO,50
3D,Θ,DSC-PRO,87
3D,Κ,DSC-PRO,34
3D,Φ,CMT-PRO,36
3D,Φ,DSC-PRO,63
3D,Χ,DSC-PRO,47
3D,α-Fe2O3,DSC-CHM,37
3D,α-Po,DSC-SPL,31
3D,β,CMT-PRO,69
3D,β,DSC-PRO,224
3D,β,DSC-SPL,44
3D,β,PRO-PRO,32
3D,η,DSC-PRO,65
3D,λ,CMT-PRO,47
3D,λ,DSC-PRO,102
3D,μ,CMT-PRO,39
3D,μ,DSC-PRO,66
3D,μCT,CMT-CMT,44
3D,μCT,DSC-CMT,50
3D,ν,DSC-PRO,38
3D,π-π,DSC-PRO,96
3D,π-π Interaction,DSC-PRO,63
3D,π-π Stacking,DSC-PRO,160
3D,π–π Stacking,DSC-PRO,41
3D,σ,CMT-PRO,68
3D,σ,DSC-PRO,125
3D,τ,CMT-PRO,30
3D,τ,DSC-PRO,69
3D,χ M,DSC-PRO,55
3D,χ M T,DSC-PRO,32
3D,χMT,DSC-PRO,39
3D,ψ,DSC-PRO,39
3D,ω,DSC-PRO,64
3D,ϕ,CMT-PRO,32
3D,ϕ,DSC-PRO,35
3D AFM,1H,CMT-CHM,32
3D AFM,1H NMR,CMT-CMT,31
3D AFM,2D,CMT-CMT,266
3D AFM,2D,CMT-DSC,98
3D AFM,2D AFM,CMT-CMT,189
3D AFM,3D,CMT-CMT,70
3D AFM,3D,CMT-DSC,33
3D AFM,AFM,CMT-CMT,754
3D AFM,ATR-FT-IR,CMT-CMT,43
3D AFM,Absorbance,CMT-PRO,49
3D AFM,Absorption,CMT-CMT,34
3D AFM,Absorption Spectrum,CMT-CMT,38
3D AFM,Ag,CMT-CHM,142
3D AFM,Al,CMT-CHM,105
3D AFM,Al2O3,CMT-CHM,39
3D AFM,Alloy,CMT-DSC,38
3D AFM,Amorphous,CMT-DSC,35
3D AFM,Annealed,CMT-SMT,200
3D AFM,Annealing,CMT-SMT,125
3D AFM,Array,CMT-DSC,32
3D AFM,As Deposited,CMT-DSC,104
3D AFM,As Prepared,CMT-DSC,55
3D AFM,Au,CMT-CHM,166
3D AFM,Band Gap,CMT-PRO,42
3D AFM,Bilayer,CMT-DSC,39
3D AFM,Blue Line,CMT-CHM,42
3D AFM,Bulk,CMT-DSC,68
3D AFM,CV,CMT-CMT,49
3D AFM,Carbon,CMT-CHM,103
3D AFM,Catalyst,CMT-APL,37
3D AFM,Cathode,CMT-APL,31
3D AFM,Cells,CMT-DSC,33
3D AFM,Chemical Structures,CMT-PRO,103
3D AFM,Co,CMT-CHM,39
3D AFM,Coated,CMT-DSC,38
3D AFM,Coated,CMT-SMT,157
3D AFM,Coatings,CMT-APL,159
3D AFM,Composite,CMT-DSC,115
3D AFM,Composite Film,CMT-DSC,34
3D AFM,Compositions,CMT-PRO,66
3D AFM,Conductivity,CMT-PRO,37
3D AFM,Contact Angle,CMT-PRO,98
3D AFM,Copper,CMT-CHM,54
3D AFM,Cross Section,CMT-DSC,51
3D AFM,Cross Section SEM,CMT-CMT,33
3D AFM,Cross Sectional SEM,CMT-CMT,89
3D AFM,Cross Sectional TEM,CMT-CMT,30
3D AFM,Crystal,CMT-DSC,53
3D AFM,Crystallite Size,CMT-PRO,39
3D AFM,Cu,CMT-CHM,106
3D AFM,Current Density,CMT-PRO,35
3D AFM,Cyclic Voltammetry,CMT-CMT,31
3D AFM,Cyclic Voltammogram,CMT-CMT,105
3D AFM,DSC,CMT-CMT,57
3D AFM,Diamonds,CMT-CHM,40
3D AFM,Dielectric Constant,CMT-PRO,32
3D AFM,Doped,CMT-DSC,88
3D AFM,Droplets,CMT-DSC,40
3D AFM,EDS,CMT-CMT,142
3D AFM,EDX,CMT-CMT,146
3D AFM,EIS,CMT-CMT,46
3D AFM,Electrode,CMT-APL,189
3D AFM,Electrodeposits,CMT-SMT,37
3D AFM,Electrodes,CMT-APL,131
3D AFM,Equivalent Circuits,CMT-CMT,52
3D AFM,Etched,CMT-SMT,50
3D AFM,Etching,CMT-SMT,76
3D AFM,Ethanol,CMT-CHM,63
3D AFM,Extinction Coefficient,CMT-PRO,43
3D AFM,FE-SEM,CMT-CMT,34
3D AFM,FESEM,CMT-CMT,220
3D AFM,FT-IR,CMT-CMT,102
3D AFM,FTIR,CMT-CMT,223
3D AFM,FTO,CMT-CHM,52
3D AFM,Fe,CMT-CHM,54
3D AFM,Film,CMT-DSC,633
3D AFM,Film Surface,CMT-DSC,32
3D AFM,Films,CMT-DSC,631
3D AFM,Fluorescence,CMT-CMT,36
3D AFM,GaAs,CMT-CHM,35
3D AFM,Glass,CMT-DSC,37
3D AFM,Grain Size,CMT-PRO,48
3D AFM,Graphene,CMT-CHM,67
3D AFM,Graphite,CMT-CHM,33
3D AFM,H2SO4,CMT-CHM,35
3D AFM,HCl,CMT-CHM,31
3D AFM,HRTEM,CMT-CMT,157
3D AFM,Hardness,CMT-PRO,43
3D AFM,Heat Treatment,CMT-SMT,30
3D AFM,Heating,CMT-SMT,61
3D AFM,Height Profile,CMT-CMT,82
3D AFM,Hexagonal,CMT-SPL,48
3D AFM,High Resolution XPS,CMT-CMT,44
3D AFM,Hydrogen,CMT-CHM,63
3D AFM,I-V Characteristics,CMT-PRO,42
3D AFM,IPCE,CMT-CMT,31
3D AFM,ITO,CMT-CHM,100
3D AFM,Impedance,CMT-PRO,43
3D AFM,Interface,CMT-DSC,99
3D AFM,Irradiated,CMT-SMT,72
3D AFM,Irradiation,CMT-SMT,74
3D AFM,J-V Characteristics,CMT-PRO,38
3D AFM,KCl,CMT-CHM,36
3D AFM,KOH,CMT-CHM,31
3D AFM,Layer,CMT-DSC,33
3D AFM,Layers,CMT-DSC,326
3D AFM,Membrane,CMT-APL,50
3D AFM,Membrane,CMT-DSC,174
3D AFM,Metals,CMT-PRO,34
3D AFM,Methanol,CMT-CHM,35
3D AFM,Microstructure,CMT-PRO,36
3D AFM,Molecular Structure,CMT-PRO,65
3D AFM,Monolayers,CMT-DSC,63
3D AFM,Morphologies,CMT-PRO,56
3D AFM,Morphology,CMT-PRO,145
3D AFM,Multilayer,CMT-DSC,45
3D AFM,N2,CMT-CHM,66
3D AFM,NPS,CMT-DSC,51
3D AFM,Na2SO4,CMT-CHM,34
3D AFM,NaCl,CMT-CHM,86
3D AFM,Nanocomposite,CMT-DSC,55
3D AFM,Nanoparticle,CMT-DSC,49
3D AFM,Nanoparticles,CMT-DSC,155
3D AFM,Nanorods,CMT-DSC,37
3D AFM,Nanosheets,CMT-DSC,36
3D AFM,Nanostructures,CMT-DSC,55
3D AFM,Nanotube,CMT-DSC,33
3D AFM,Ni,CMT-CHM,73
3D AFM,Nitrogen,CMT-CHM,75
3D AFM,Nyquist Plot,CMT-CMT,101
3D AFM,O,CMT-CHM,98
3D AFM,O2,CMT-CHM,49
3D AFM,Optical Band Gap,CMT-PRO,45
3D AFM,Optical Image,CMT-CMT,104
3D AFM,Optical Micrograph,CMT-CMT,44
3D AFM,Optical Microscope,CMT-CMT,40
3D AFM,Optical Microscopy,CMT-CMT,53
3D AFM,Optical Transmittance,CMT-PRO,54
3D AFM,Oxidation,CMT-SMT,38
3D AFM,Oxygen,CMT-CHM,103
3D AFM,PCE,CMT-PRO,31
3D AFM,PDMS,CMT-CHM,61
3D AFM,PEDOT,CMT-CHM,60
3D AFM,PL,CMT-CMT,97
3D AFM,PMMA,CMT-CHM,43
3D AFM,PVDF,CMT-CHM,34
3D AFM,Particle Size Distribution,CMT-PRO,32
3D AFM,Particles,CMT-DSC,120
3D AFM,Patterned,CMT-DSC,62
3D AFM,Pd,CMT-CHM,35
3D AFM,Perovskites,CMT-CHM,55
3D AFM,Perovskites,CMT-SPL,54
3D AFM,Phosphate,CMT-CHM,36
3D AFM,Photo Luminescence,CMT-CMT,78
3D AFM,Pore Sizes,CMT-PRO,37
3D AFM,Porous,CMT-DSC,48
3D AFM,Powder,CMT-DSC,71
3D AFM,Pt,CMT-CHM,76
3D AFM,Pure,CMT-DSC,71
3D AFM,Quartz,CMT-CHM,62
3D AFM,RMS,CMT-PRO,30
3D AFM,RMS Roughness,CMT-PRO,41
3D AFM,Raman,CMT-CMT,308
3D AFM,Reflectance,CMT-CMT,34
3D AFM,Reflectance,CMT-PRO,40
3D AFM,Refractive Index,CMT-PRO,83
3D AFM,Resistance,CMT-PRO,34
3D AFM,Resistivity,CMT-PRO,30
3D AFM,Roughness,CMT-PRO,109
3D AFM,SAED,CMT-CMT,109
3D AFM,SEM,CMT-CMT,982
3D AFM,Sensor,CMT-APL,57
3D AFM,Sheet Resistance,CMT-PRO,30
3D AFM,Sheets,CMT-DSC,32
3D AFM,Si,CMT-CHM,260
3D AFM,SiO2,CMT-CHM,116
3D AFM,Silica,CMT-CHM,68
3D AFM,Silicon,CMT-CHM,160
3D AFM,Silver,CMT-CHM,50
3D AFM,SnO2,CMT-CHM,30
3D AFM,Society,CMT-CMT,32
3D AFM,Solar Cell,CMT-APL,44
3D AFM,Spin Coater,CMT-SMT,35
3D AFM,Spin Coating,CMT-SMT,38
3D AFM,Sputtering,CMT-SMT,38
3D AFM,Stability,CMT-PRO,42
3D AFM,Structure,CMT-PRO,121
3D AFM,Structures,CMT-PRO,32
3D AFM,Substrate,CMT-DSC,664
3D AFM,Super Hydrophobicity,CMT-PRO,30
3D AFM,Surface,CMT-DSC,672
3D AFM,Surface Morphology,CMT-PRO,154
3D AFM,Surface Roughness,CMT-PRO,94
3D AFM,Surface Topography,CMT-PRO,46
3D AFM,Surfaces,CMT-DSC,227
3D AFM,TEM,CMT-CMT,400
3D AFM,TGA,CMT-CMT,67
3D AFM,Tga,CMT-CMT,39
3D AFM,Thin,CMT-DSC,55
3D AFM,Thin Films,CMT-DSC,459
3D AFM,Ti,CMT-CHM,102
3D AFM,TiO2,CMT-CHM,128
3D AFM,Toluene,CMT-CHM,30
3D AFM,Top View SEM,CMT-CMT,31
3D AFM,Topography,CMT-PRO,64
3D AFM,Transmission,CMT-CMT,45
3D AFM,UV Irradiation,CMT-SMT,31
3D AFM,UV Transmittance,CMT-CMT,53
3D AFM,UV Transmittance,CMT-PRO,116
3D AFM,UV Vis,CMT-CMT,37
3D AFM,UV Vis Absorption,CMT-CMT,77
3D AFM,Uncoated,CMT-DSC,38
3D AFM,Undoped,CMT-DSC,40
3D AFM,Wafers,CMT-DSC,84
3D AFM,Water Contact Angle,CMT-PRO,88
3D AFM,Water Fluxes,CMT-PRO,36
3D AFM,X-Ray Diffraction,CMT-CMT,133
3D AFM,XPS,CMT-CMT,335
3D AFM,XRD,CMT-CMT,700
3D AFM,Young’s Modulus,CMT-PRO,33
3D AFM,Zeta Potential,CMT-PRO,44
3D AFM,Zn,CMT-CHM,50
3D AFM,ZnO,CMT-CHM,157
3D Analysis,3D,CMT-CMT,30
3D Analysis,3D,CMT-DSC,35
3D Analysis,Surface,CMT-DSC,31
3D Atom Map,Fe,CMT-CHM,31
3D Bioprinting,3D,SMT-DSC,70
3D Bioprinting,3D Printing,SMT-SMT,31
3D Bioprinting,Bioink,SMT-APL,40
3D Bioprinting,Bioink,SMT-DSC,42
3D Bioprinting,Bioprinted,SMT-SMT,52
3D Bioprinting,Bioprinting,SMT-SMT,57
3D Bioprinting,Cell Viability,SMT-PRO,32
3D Bioprinting,Hydrogel,SMT-DSC,79
3D Bioprinting,Layers,SMT-DSC,31
3D Bioprinting,Scaffold,SMT-DSC,31
3D Bioprinting,Scaffolds,SMT-DSC,35
3D Bioprinting,Structure,SMT-PRO,31
3D Bioprinting,Tissue Engineering,SMT-APL,40
3D CLSM,CLSM,CMT-CMT,30
3D Cell Culture,3D,APL-DSC,63
3D Cell Culture,Hydrogel,APL-DSC,65
3D Cell Culture,Tissue Engineering,APL-APL,38
3D Clusters,Cluster,DSC-DSC,30
3D Composite,3D,DSC-DSC,38
3D Composite,Composite,DSC-DSC,54
3D Computational Fluid Dynamics,CFD,CMT-CMT,49
3D Core Level,2p Core Level,PRO-PRO,34
3D Core Level,Core Level,PRO-PRO,33
3D Core Level,O,PRO-CHM,34
3D Core Level,SEM,CMT-CMT,33
3D Core Level,SEM,PRO-CMT,40
3D Core Level,Surface,PRO-DSC,40
3D Core Level,TEM,CMT-CMT,33
3D Core Level,TEM,PRO-CMT,34
3D Core Level,XPS,CMT-CMT,42
3D Core Level,XPS,PRO-CMT,70
3D Core Level,XRD,CMT-CMT,42
3D Core Level,XRD,PRO-CMT,50
3D Crystal,2D,DSC-DSC,39
3D Crystal,3D,DSC-DSC,51
3D Crystal,Crystal,DSC-DSC,70
3D Crystal,Structure,DSC-PRO,31
3D Crystal,Surface,DSC-DSC,34
3D EEMs,HRTEM,CMT-CMT,32
3D EEMs,SEM,CMT-CMT,39
3D EEMs,TEM,CMT-CMT,41
3D EEMs,XPS,CMT-CMT,37
3D EEMs,XRD,CMT-CMT,42
3D Electrode,3D,APL-DSC,66
3D Electrode,Carbon,APL-CHM,43
3D Electrode,Electrode,APL-APL,62
3D Electrode,Electrodes,APL-APL,55
3D FEM,Fem,CMT-CMT,41
3D Flower-Like,3D,DSC-DSC,79
3D Flower-Like,As Prepared,DSC-DSC,48
3D Flower-Like,Composite,DSC-DSC,50
3D Flower-Like,Electrode,DSC-APL,48
3D Flower-Like,Flower Like,DSC-DSC,85
3D Flower-Like,HRTEM,DSC-CMT,64
3D Flower-Like,Microspheres,DSC-DSC,30
3D Flower-Like,Morphology,DSC-PRO,72
3D Flower-Like,Nanosheets,DSC-DSC,51
3D Flower-Like,Nanostructures,DSC-DSC,39
3D Flower-Like,SEM,DSC-CMT,115
3D Flower-Like,Structure,DSC-PRO,62
3D Flower-Like,Surface,DSC-DSC,40
3D Flower-Like,TEM,DSC-CMT,100
3D Flower-Like,Three Dimensional,DSC-DSC,36
3D Flower-Like,X-Ray Diffraction,DSC-CMT,34
3D Flower-Like,XPS,DSC-CMT,49
3D Flower-Like,XRD,DSC-CMT,119
3D Framework Structure,2D,PRO-DSC,43
3D Framework Structure,3D,PRO-DSC,38
3D Framework Structure,Coordination Environment,PRO-PRO,44
3D Framework Structure,Hydrogen,PRO-CHM,56
3D Framework Structure,Structure,PRO-PRO,52
3D Height Image,AFM,CMT-CMT,36
3D Heisenberg Model,Critical Exponent,CMT-PRO,40
3D Heisenberg Model,TC,CMT-PRO,30
3D Hierarchical,2D,DSC-DSC,33
3D Hierarchical,3D,DSC-DSC,176
3D Hierarchical,Anode,DSC-APL,47
3D Hierarchical,As Prepared,DSC-DSC,64
3D Hierarchical,As-Synthesized,DSC-DSC,36
3D Hierarchical,CV,DSC-CMT,48
3D Hierarchical,Carbon,DSC-CHM,111
3D Hierarchical,Catalyst,DSC-APL,52
3D Hierarchical,Co,DSC-CHM,37
3D Hierarchical,Composite,DSC-DSC,73
3D Hierarchical,Coulombic Efficiency,DSC-PRO,32
3D Hierarchical,Cu,DSC-CHM,30
3D Hierarchical,Cycling Performance,DSC-PRO,54
3D Hierarchical,Cycling Stability,DSC-PRO,44
3D Hierarchical,Doped,DSC-DSC,48
3D Hierarchical,Electrochemical Performance,DSC-PRO,55
3D Hierarchical,Electrode,DSC-APL,135
3D Hierarchical,Electrodes,DSC-APL,68
3D Hierarchical,FESEM,DSC-CMT,47
3D Hierarchical,Foam,DSC-DSC,38
3D Hierarchical,Graphene,DSC-CHM,45
3D Hierarchical,HRTEM,DSC-CMT,103
3D Hierarchical,Hierarchical,DSC-DSC,60
3D Hierarchical,KOH,DSC-CHM,31
3D Hierarchical,Layers,DSC-DSC,39
3D Hierarchical,Li,DSC-CHM,34
3D Hierarchical,Lithium,DSC-CHM,55
3D Hierarchical,Mesoporous,DSC-DSC,31
3D Hierarchical,Microspheres,DSC-DSC,58
3D Hierarchical,Microstructure,DSC-PRO,40
3D Hierarchical,Morphologies,DSC-PRO,36
3D Hierarchical,Morphology,DSC-PRO,82
3D Hierarchical,N2,DSC-CHM,39
3D Hierarchical,Nanoparticles,DSC-DSC,76
3D Hierarchical,Nanorods,DSC-DSC,42
3D Hierarchical,Nanosheets,DSC-DSC,105
3D Hierarchical,Nanostructures,DSC-DSC,52
3D Hierarchical,Nanotube,DSC-DSC,34
3D Hierarchical,Nanowires,DSC-DSC,35
3D Hierarchical,Ni,DSC-CHM,44
3D Hierarchical,Nitrogen,DSC-CHM,44
3D Hierarchical,Nyquist Plot,DSC-CMT,35
3D Hierarchical,Oxygen,DSC-CHM,51
3D Hierarchical,Porous,DSC-DSC,58
3D Hierarchical,Pt,DSC-CHM,31
3D Hierarchical,Raman,DSC-CMT,33
3D Hierarchical,Rate Capability,DSC-PRO,35
3D Hierarchical,Rate Performance,DSC-PRO,31
3D Hierarchical,SAED,DSC-CMT,50
3D Hierarchical,SEM,DSC-CMT,155
3D Hierarchical,Specific Capacitance,DSC-PRO,45
3D Hierarchical,Specific Surface Area,DSC-PRO,39
3D Hierarchical,Stability,DSC-PRO,42
3D Hierarchical,Structure,DSC-PRO,152
3D Hierarchical,Structures,DSC-PRO,57
3D Hierarchical,Substrate,DSC-DSC,42
3D Hierarchical,Supercapacitor,DSC-APL,40
3D Hierarchical,Surface,DSC-DSC,64
3D Hierarchical,Surface Area,DSC-PRO,37
3D Hierarchical,TEM,DSC-CMT,148
3D Hierarchical,Three Dimensional,DSC-DSC,59
3D Hierarchical,TiO2,DSC-CHM,52
3D Hierarchical,XPS,DSC-CMT,70
3D Hierarchical,XRD,DSC-CMT,138
3D Hierarchical,ZnO,DSC-CHM,42
3D Hierarchical Porous,3D,DSC-DSC,55
3D Hierarchical Porous,Carbon,DSC-CHM,72
3D Hierarchical Porous,Composite,DSC-DSC,35
3D Hierarchical Porous,Electrochemical Performance,DSC-PRO,31
3D Hierarchical Porous,Electrode,DSC-APL,56
3D Hierarchical Porous,Electrodes,DSC-APL,33
3D Hierarchical Porous,Graphene,DSC-CHM,44
3D Hierarchical Porous,Morphology,DSC-PRO,30
3D Hierarchical Porous,Nanoparticles,DSC-DSC,32
3D Hierarchical Porous,Nanosheets,DSC-DSC,30
3D Hierarchical Porous,Porous,DSC-DSC,46
3D Hierarchical Porous,SEM,DSC-CMT,42
3D Hierarchical Porous,Structure,DSC-PRO,80
3D Hierarchical Porous,TEM,DSC-CMT,35
3D Hydrogels,2D,DSC-DSC,36
3D Hydrogels,3D,DSC-DSC,79
3D Hydrogels,Hydrogel,DSC-DSC,123
3D Hydrogels,SEM,DSC-CMT,30
3D Image,1H,CMT-CHM,54
3D Image,1H NMR,CMT-CMT,42
3D Image,2D,CMT-CMT,128
3D Image,2D,CMT-DSC,88
3D Image,2D Images,CMT-CMT,113
3D Image,3D,CMT-CMT,272
3D Image,3D,CMT-DSC,139
3D Image,3D Reconstruction,CMT-CMT,51
3D Image,AFM,CMT-CMT,535
3D Image,Absorbance,CMT-PRO,31
3D Image,Absorption Spectrum,CMT-CMT,31
3D Image,Ag,CMT-CHM,71
3D Image,Al,CMT-CHM,109
3D Image,Al2O3,CMT-CHM,36
3D Image,Alloy,CMT-DSC,90
3D Image,Alloys,CMT-DSC,40
3D Image,Alumina,CMT-CHM,32
3D Image,Aluminum,CMT-CHM,58
3D Image,Amorphous,CMT-DSC,37
3D Image,Annealed,CMT-SMT,63
3D Image,Annealing,CMT-SMT,65
3D Image,As Prepared,CMT-DSC,35
3D Image,Atomic Force Microscopy,CMT-CMT,34
3D Image,Au,CMT-CHM,74
3D Image,Bars,CMT-DSC,49
3D Image,Blue Line,CMT-CHM,43
3D Image,Bulk,CMT-DSC,78
3D Image,C,CMT-CHM,32
3D Image,CLSM,CMT-CMT,49
3D Image,CO2,CMT-CHM,42
3D Image,CV,CMT-CMT,32
3D Image,Ca,CMT-CHM,43
3D Image,Carbon,CMT-CHM,127
3D Image,Catalyst,CMT-APL,33
3D Image,Cathode,CMT-APL,33
3D Image,Cell,CMT-APL,42
3D Image,Cell,CMT-DSC,44
3D Image,Cell Viability,CMT-PRO,39
3D Image,Cells,CMT-DSC,92
3D Image,Ceramic,CMT-DSC,30
3D Image,Chemical Structures,CMT-PRO,70
3D Image,Cluster,CMT-DSC,48
3D Image,Coated,CMT-DSC,36
3D Image,Coated,CMT-SMT,128
3D Image,Coatings,CMT-APL,157
3D Image,Composite,CMT-DSC,148
3D Image,Compositions,CMT-PRO,87
3D Image,Confocal Image,CMT-CMT,33
3D Image,Confocal Microscopy,CMT-CMT,33
3D Image,Contact Angle,CMT-PRO,76
3D Image,Cooling,CMT-SMT,34
3D Image,Copper,CMT-CHM,48
3D Image,Cr,CMT-CHM,33
3D Image,Cross Section,CMT-DSC,69
3D Image,Cross Section Profile,CMT-CMT,33
3D Image,Cross Sectional SEM,CMT-CMT,36
3D Image,Crystal,CMT-DSC,86
3D Image,Crystal Structure,CMT-PRO,32
3D Image,Crystalline,CMT-DSC,33
3D Image,Cu,CMT-CHM,67
3D Image,Cyclic Voltammogram,CMT-CMT,47
3D Image,DAPI,CMT-CHM,51
3D Image,DLS,CMT-CMT,40
3D Image,DSC,CMT-CMT,51
3D Image,Density,CMT-PRO,66
3D Image,Diamonds,CMT-CHM,53
3D Image,Droplets,CMT-DSC,38
3D Image,EDS,CMT-CMT,118
3D Image,EDX,CMT-CMT,66
3D Image,Elastic Modulus,CMT-PRO,44
3D Image,Electrode,CMT-APL,122
3D Image,Electrodes,CMT-APL,82
3D Image,Electrolyte,CMT-APL,32
3D Image,Etching,CMT-SMT,37
3D Image,Ethanol,CMT-CHM,38
3D Image,F,CMT-CHM,36
3D Image,FESEM,CMT-CMT,86
3D Image,FITC,CMT-CHM,32
3D Image,FT-IR,CMT-CMT,51
3D Image,FTIR,CMT-CMT,145
3D Image,Fe,CMT-CHM,60
3D Image,Fiber,CMT-DSC,49
3D Image,Fibers,CMT-DSC,66
3D Image,Film,CMT-DSC,273
3D Image,Films,CMT-DSC,230
3D Image,Fluorescence,CMT-CMT,60
3D Image,Fluorescence Image,CMT-CMT,36
3D Image,Fluorescence Intensity,CMT-PRO,53
3D Image,Foam,CMT-DSC,33
3D Image,Fracture Surface,CMT-PRO,36
3D Image,Friction Coefficient,CMT-PRO,67
3D Image,Graphene,CMT-CHM,43
3D Image,Graphite,CMT-CHM,41
3D Image,HRTEM,CMT-CMT,105
3D Image,Hardness,CMT-PRO,49
3D Image,Heating,CMT-SMT,70
3D Image,Height Images,CMT-CMT,41
3D Image,Height Profile,CMT-CMT,60
3D Image,Hexagonal,CMT-SPL,38
3D Image,Hydrogel,CMT-DSC,30
3D Image,Hydrogen,CMT-CHM,102
3D Image,ITO,CMT-CHM,30
3D Image,Interface,CMT-DSC,127
3D Image,Irradiated,CMT-SMT,41
3D Image,Irradiation,CMT-SMT,50
3D Image,Layer,CMT-DSC,32
3D Image,Layers,CMT-DSC,290
3D Image,Matrix,CMT-DSC,70
3D Image,Mechanical Property,CMT-PRO,43
3D Image,Membrane,CMT-DSC,88
3D Image,Metals,CMT-PRO,36
3D Image,Methanol,CMT-CHM,30
3D Image,Mg,CMT-CHM,35
3D Image,Micro Structures,CMT-PRO,34
3D Image,MicroCT,CMT-CMT,61
3D Image,Microstructure,CMT-PRO,183
3D Image,Molecular Structure,CMT-PRO,45
3D Image,Monolayers,CMT-DSC,49
3D Image,Morphologies,CMT-PRO,65
3D Image,Morphology,CMT-PRO,186
3D Image,N2,CMT-CHM,48
3D Image,NPS,CMT-DSC,39
3D Image,NaCl,CMT-CHM,81
3D Image,Nanocomposite,CMT-DSC,46
3D Image,Nanoparticle,CMT-DSC,45
3D Image,Nanoparticles,CMT-DSC,115
3D Image,Nanostructures,CMT-DSC,34
3D Image,Ni,CMT-CHM,66
3D Image,Nitrogen,CMT-CHM,76
3D Image,Nyquist Plot,CMT-CMT,42
3D Image,O,CMT-CHM,98
3D Image,Optical Image,CMT-CMT,86
3D Image,Optical Micrograph,CMT-CMT,43
3D Image,Optical Microscope,CMT-CMT,38
3D Image,Optical Microscopy,CMT-CMT,44
3D Image,Oxides,CMT-CHM,30
3D Image,Oxygen,CMT-CHM,110
3D Image,PDMS,CMT-CHM,51
3D Image,PMMA,CMT-CHM,33
3D Image,Particle,CMT-DSC,80
3D Image,Particle Size,CMT-PRO,42
3D Image,Particle Size Distribution,CMT-PRO,50
3D Image,Particles,CMT-DSC,220
3D Image,Paste,CMT-DSC,32
3D Image,Permeability,CMT-PRO,36
3D Image,Phase Images,CMT-CMT,41
3D Image,Plate,CMT-DSC,32
3D Image,Polished,CMT-SMT,36
3D Image,Pore Size Distribution,CMT-PRO,66
3D Image,Pore Sizes,CMT-PRO,41
3D Image,Porosity,CMT-PRO,126
3D Image,Porous,CMT-DSC,88
3D Image,Powder,CMT-DSC,67
3D Image,Powders,CMT-DSC,32
3D Image,Pt,CMT-CHM,45
3D Image,Pure,CMT-DSC,52
3D Image,Quartz,CMT-CHM,60
3D Image,Raman,CMT-CMT,163
3D Image,Roughness,CMT-PRO,71
3D Image,SAED,CMT-CMT,53
3D Image,SEM,CMT-CMT,797
3D Image,Scaffold,CMT-DSC,36
3D Image,Scaffolds,CMT-DSC,42
3D Image,Scanning Electron Microscopy,CMT-CMT,43
3D Image,Sensor,CMT-APL,39
3D Image,Sheet,CMT-DSC,31
3D Image,Sheets,CMT-DSC,35
3D Image,Si,CMT-CHM,155
3D Image,SiO2,CMT-CHM,67
3D Image,Silica,CMT-CHM,64
3D Image,Silicon,CMT-CHM,102
3D Image,Silver,CMT-CHM,33
3D Image,Sintered,CMT-SMT,37
3D Image,Size Distribution,CMT-PRO,33
3D Image,Society,CMT-CMT,31
3D Image,Solar Cell,CMT-APL,30
3D Image,Sphere,CMT-DSC,47
3D Image,Stress,CMT-PRO,34
3D Image,Structure,CMT-PRO,205
3D Image,Structures,CMT-PRO,35
3D Image,Substrate,CMT-DSC,335
3D Image,Surface,CMT-DSC,701
3D Image,Surface Morphology,CMT-PRO,94
3D Image,Surface Roughness,CMT-PRO,68
3D Image,Surface Topography,CMT-PRO,39
3D Image,Surfaces,CMT-DSC,230
3D Image,TEM,CMT-CMT,316
3D Image,TGA,CMT-CMT,43
3D Image,Tga,CMT-CMT,31
3D Image,Thin Films,CMT-DSC,95
3D Image,Ti,CMT-CHM,91
3D Image,TiO2,CMT-CHM,62
3D Image,Titanium,CMT-CHM,32
3D Image,Topography,CMT-PRO,84
3D Image,Transparent,CMT-PRO,35
3D Image,UV Vis Absorption,CMT-CMT,45
3D Image,Wafers,CMT-DSC,46
3D Image,Water Contact Angle,CMT-PRO,49
3D Image,Wear Rate,CMT-PRO,36
3D Image,Wear Track,CMT-PRO,52
3D Image,X-Ray Diffraction,CMT-CMT,83
3D Image,XPS,CMT-CMT,188
3D Image,XRD,CMT-CMT,358
3D Image,Young’s Modulus,CMT-PRO,41
3D Image,Zn,CMT-CHM,32
3D Image,ZnO,CMT-CHM,43
3D Imaging,3D,CMT-CMT,58
3D Imaging,3D,CMT-DSC,36
3D Imaging,Surface,CMT-DSC,50
3D Macroporous,3D,DSC-DSC,99
3D Macroporous,Carbon,DSC-CHM,65
3D Macroporous,Composite,DSC-DSC,57
3D Macroporous,Cycling Performance,DSC-PRO,33
3D Macroporous,Electrode,DSC-APL,74
3D Macroporous,Electrodes,DSC-APL,63
3D Macroporous,Film,DSC-DSC,42
3D Macroporous,Films,DSC-DSC,35
3D Macroporous,Foam,DSC-DSC,35
3D Macroporous,Graphene,DSC-CHM,69
3D Macroporous,HRTEM,DSC-CMT,34
3D Macroporous,Layers,DSC-DSC,33
3D Macroporous,Macroporous,DSC-DSC,62
3D Macroporous,Morphology,DSC-PRO,35
3D Macroporous,Nanoparticles,DSC-DSC,41
3D Macroporous,Nanosheets,DSC-DSC,35
3D Macroporous,Nitrogen,DSC-CHM,34
3D Macroporous,Porous,DSC-DSC,50
3D Macroporous,SEM,DSC-CMT,104
3D Macroporous,Sheets,DSC-DSC,31
3D Macroporous,Sphere,DSC-DSC,34
3D Macroporous,Structure,DSC-PRO,79
3D Macroporous,Substrate,DSC-DSC,30
3D Macroporous,Surface,DSC-DSC,56
3D Macroporous,TEM,DSC-CMT,78
3D Macroporous,Three Dimensional,DSC-DSC,35
3D Macroporous,XRD,DSC-CMT,46
3D Mesoporous,3D,DSC-DSC,48
3D Mesoporous,Carbon,DSC-CHM,47
3D Mesoporous,Catalyst,DSC-APL,44
3D Mesoporous,Electrode,DSC-APL,32
3D Mesoporous,Mesoporous,DSC-DSC,69
3D Mesoporous,Nanoparticles,DSC-DSC,30
3D Mesoporous,SEM,DSC-CMT,40
3D Mesoporous,Structure,DSC-PRO,43
3D Mesoporous,TEM,DSC-CMT,44
3D Mesoporous,XRD,DSC-CMT,38
3D Microstructures,3D,DSC-DSC,74
3D Microstructures,3D,PRO-DSC,35
3D Microstructures,Microstructure,DSC-DSC,50
3D Microstructures,Microstructure,DSC-PRO,56
3D Microstructures,Microstructure,PRO-PRO,99
3D Microstructures,SEM,PRO-CMT,38
3D Microstructures,Substrate,DSC-DSC,33
3D Modeling,3D,CMT-CMT,39
3D Modeling,3D,CMT-DSC,45
3D Models,1D,CMT-DSC,36
3D Models,2D,CMT-CMT,120
3D Models,2D,CMT-DSC,228
3D Models,2D Model,CMT-CMT,63
3D Models,3D,CMT-CMT,268
3D Models,3D,CMT-DSC,410
3D Models,3D Printed,CMT-SMT,31
3D Models,3D Printing,CMT-SMT,38
3D Models,3D Reconstruction,CMT-CMT,60
3D Models,AFM,CMT-CMT,87
3D Models,Ag,CMT-CHM,53
3D Models,Al,CMT-CHM,65
3D Models,Alloy,CMT-DSC,50
3D Models,Aluminum,CMT-CHM,52
3D Models,Amino Acid,CMT-CHM,52
3D Models,Au,CMT-CHM,85
3D Models,Bars,CMT-DSC,40
3D Models,Blue Line,CMT-CHM,55
3D Models,Building,CMT-APL,46
3D Models,Buildings,CMT-APL,31
3D Models,Bulk,CMT-DSC,70
3D Models,CFD,CMT-CMT,42
3D Models,CO,CMT-CHM,30
3D Models,CO2,CMT-CHM,62
3D Models,Carbon,CMT-CHM,128
3D Models,Catalyst,CMT-APL,62
3D Models,Cell,CMT-APL,40
3D Models,Cells,CMT-DSC,44
3D Models,Ceramic,CMT-DSC,32
3D Models,Chemical Structures,CMT-PRO,55
3D Models,Coated,CMT-SMT,39
3D Models,Coatings,CMT-APL,54
3D Models,Composite,CMT-DSC,119
3D Models,Compositions,CMT-PRO,79
3D Models,Cooling,CMT-SMT,50
3D Models,Copper,CMT-CHM,48
3D Models,Core,CMT-DSC,39
3D Models,Cross Section,CMT-DSC,34
3D Models,Cross Section,CMT-PRO,41
3D Models,Crystal,CMT-DSC,100
3D Models,Crystal Structure,CMT-PRO,46
3D Models,Cu,CMT-CHM,53
3D Models,Cubic,CMT-SPL,37
3D Models,Cylinder,CMT-DSC,30
3D Models,Density,CMT-PRO,77
3D Models,Diamonds,CMT-CHM,61
3D Models,EDS,CMT-CMT,47
3D Models,Electrode,CMT-APL,78
3D Models,Electrodes,CMT-APL,51
3D Models,Electrolyte,CMT-APL,31
3D Models,Ethanol,CMT-CHM,34
3D Models,F,CMT-CHM,30
3D Models,F,CMT-PRO,35
3D Models,FEM,CMT-CMT,35
3D Models,FTIR,CMT-CMT,45
3D Models,Fe,CMT-CHM,62
3D Models,Fiber,CMT-DSC,43
3D Models,Fibers,CMT-DSC,40
3D Models,Film,CMT-DSC,87
3D Models,Films,CMT-DSC,58
3D Models,Finite Element Model,CMT-CMT,36
3D Models,Fracture Surface,CMT-PRO,35
3D Models,Geological,CMT-PRO,42
3D Models,Geological Map,CMT-CMT,59
3D Models,Geometry,CMT-PRO,31
3D Models,H2,CMT-CHM,42
3D Models,H2O,CMT-CHM,40
3D Models,HAADF STEM,CMT-CMT,41
3D Models,HRTEM,CMT-CMT,103
3D Models,Heating,CMT-SMT,55
3D Models,Hexagonal,CMT-SPL,47
3D Models,Hydrogen,CMT-CHM,108
3D Models,Interface,CMT-DSC,164
3D Models,Iron,CMT-CHM,36
3D Models,KOH,CMT-CHM,33
3D Models,Layer,CMT-DSC,31
3D Models,Layers,CMT-DSC,257
3D Models,Magenta,CMT-CHM,40
3D Models,Matrix,CMT-DSC,58
3D Models,Mechanical Property,CMT-PRO,45
3D Models,Membrane,CMT-DSC,56
3D Models,Metallic,CMT-PRO,32
3D Models,Metals,CMT-PRO,59
3D Models,Methanol,CMT-CHM,34
3D Models,Micro Structures,CMT-PRO,35
3D Models,MicroCT,CMT-CMT,40
3D Models,Microstructure,CMT-PRO,117
3D Models,Models,CMT-CMT,80
3D Models,Molecular Structure,CMT-PRO,31
3D Models,Monolayers,CMT-DSC,30
3D Models,Morphologies,CMT-PRO,34
3D Models,Morphology,CMT-PRO,121
3D Models,N2,CMT-CHM,51
3D Models,NPS,CMT-DSC,41
3D Models,Nanocomposite,CMT-DSC,30
3D Models,Nanocrystals,CMT-DSC,32
3D Models,Nanoparticle,CMT-DSC,48
3D Models,Nanoparticles,CMT-DSC,99
3D Models,Nanostructures,CMT-DSC,30
3D Models,Ni,CMT-CHM,44
3D Models,Nitrogen,CMT-CHM,52
3D Models,O,CMT-CHM,49
3D Models,O2,CMT-CHM,36
3D Models,Optical Micrograph,CMT-CMT,31
3D Models,Optical Microscopy,CMT-CMT,31
3D Models,Oxygen,CMT-CHM,103
3D Models,Particle,CMT-DSC,80
3D Models,Particle Size Distribution,CMT-PRO,35
3D Models,Particles,CMT-DSC,180
3D Models,Pd,CMT-CHM,41
3D Models,Plate,CMT-DSC,52
3D Models,Pore Size Distribution,CMT-PRO,39
3D Models,Porosity,CMT-PRO,87
3D Models,Porous,CMT-DSC,94
3D Models,Powder,CMT-DSC,56
3D Models,Printed,CMT-SMT,33
3D Models,Pt,CMT-CHM,65
3D Models,Quartz,CMT-CHM,33
3D Models,Raman,CMT-CMT,58
3D Models,Resistance,CMT-PRO,32
3D Models,SAED,CMT-CMT,46
3D Models,SEM,CMT-CMT,394
3D Models,Scaffold,CMT-DSC,44
3D Models,Scaffolds,CMT-DSC,37
3D Models,Sensor,CMT-APL,45
3D Models,Sheet,CMT-DSC,34
3D Models,Shell,CMT-DSC,43
3D Models,Si,CMT-CHM,68
3D Models,SiO2,CMT-CHM,37
3D Models,Silica,CMT-CHM,47
3D Models,Silicon,CMT-CHM,54
3D Models,Society,CMT-CMT,34
3D Models,Sphere,CMT-DSC,32
3D Models,Stability,CMT-PRO,39
3D Models,Stress,CMT-PRO,121
3D Models,Stress Strain Curve,CMT-CMT,32
3D Models,Structural,CMT-PRO,45
3D Models,Structure,CMT-PRO,234
3D Models,Structures,CMT-PRO,45
3D Models,Substrate,CMT-DSC,149
3D Models,Surface,CMT-DSC,571
3D Models,Surfaces,CMT-DSC,138
3D Models,TEM,CMT-CMT,223
3D Models,Temperature,CMT-PRO,109
3D Models,Thin Films,CMT-DSC,41
3D Models,Three Dimensional,CMT-CMT,31
3D Models,Ti,CMT-CHM,33
3D Models,TiO2,CMT-CHM,40
3D Models,Titanium,CMT-CHM,32
3D Models,Topography,CMT-PRO,66
3D Models,Tube,CMT-DSC,32
3D Models,Velocity,CMT-PRO,54
3D Models,Von Mises Stress,CMT-PRO,49
3D Models,XPS,CMT-CMT,62
3D Models,XRD,CMT-CMT,152
3D Morphologies,SEM,PRO-CMT,50
3D Morphologies,Surface,PRO-DSC,36
3D Morphologies,XRD,PRO-CMT,43
3D Morphology,3D,PRO-DSC,46
3D Morphology,AFM,PRO-CMT,47
3D Morphology,Al,PRO-CHM,43
3D Morphology,Alloy,PRO-DSC,52
3D Morphology,Coatings,PRO-APL,30
3D Morphology,EDS,PRO-CMT,36
3D Morphology,Film,PRO-DSC,41
3D Morphology,Interface,PRO-DSC,41
3D Morphology,Layers,PRO-DSC,55
3D Morphology,Microstructure,PRO-PRO,69
3D Morphology,Morphologies,PRO-PRO,35
3D Morphology,Morphology,PRO-PRO,119
3D Morphology,Particles,PRO-DSC,50
3D Morphology,SEM,PRO-CMT,129
3D Morphology,Si,PRO-CHM,32
3D Morphology,Structure,PRO-PRO,36
3D Morphology,Substrate,PRO-DSC,57
3D Morphology,Surface,PRO-DSC,118
3D Morphology,Surfaces,PRO-DSC,37
3D Morphology,TEM,PRO-CMT,64
3D Morphology,XRD,PRO-CMT,50
3D Nanoporous,3D,DSC-DSC,49
3D Nanoporous,Carbon,DSC-CHM,32
3D Nanoporous,Electrode,DSC-APL,46
3D Nanoporous,Graphene,DSC-CHM,30
3D Nanoporous,Nanoporous,DSC-DSC,58
3D Nanoporous,SEM,DSC-CMT,41
3D Nanoporous,Structure,DSC-PRO,41
3D Nanoporous,TEM,DSC-CMT,30
3D Net,2D,DSC-DSC,36
3D Net,3D,DSC-DSC,48
3D Net,Coordination Environment,DSC-PRO,41
3D Net,Hydrogen,DSC-CHM,32
3D Network,2D,DSC-DSC,68
3D Network,3D,DSC-DSC,181
3D Network,Anode,DSC-APL,45
3D Network,Capacity,DSC-PRO,32
3D Network,Carbon,DSC-CHM,122
3D Network,Catalyst,DSC-APL,35
3D Network,Composite,DSC-DSC,89
3D Network,Coordination Environment,DSC-PRO,44
3D Network,Cycling Performance,DSC-PRO,30
3D Network,Cycling Stability,DSC-PRO,31
3D Network,Electrochemical Performance,DSC-PRO,57
3D Network,Electrode,DSC-APL,99
3D Network,Electrodes,DSC-APL,58
3D Network,Film,DSC-DSC,32
3D Network,Graphene,DSC-CHM,73
3D Network,Graphene Oxide,DSC-CHM,45
3D Network,HRTEM,DSC-CMT,35
3D Network,Hydrogel,DSC-DSC,58
3D Network,Hydrogen,DSC-CHM,91
3D Network,Layers,DSC-DSC,68
3D Network,Li,DSC-CHM,30
3D Network,Lithium,DSC-CHM,58
3D Network,Morphology,DSC-PRO,61
3D Network,Nanocomposite,DSC-DSC,32
3D Network,Nanofiber,DSC-DSC,38
3D Network,Nanoparticles,DSC-DSC,72
3D Network,Nanosheets,DSC-DSC,32
3D Network,Nanotube,DSC-DSC,36
3D Network,Nitrogen,DSC-CHM,36
3D Network,O,DSC-CHM,35
3D Network,Oxygen,DSC-CHM,33
3D Network,Particles,DSC-DSC,40
3D Network,Porous,DSC-DSC,55
3D Network,Rate Capability,DSC-PRO,42
3D Network,SEM,DSC-CMT,131
3D Network,Scanning Electron Microscopy,DSC-CMT,32
3D Network,Sheets,DSC-DSC,40
3D Network,Structure,DSC-PRO,210
3D Network,Structures,DSC-PRO,31
3D Network,Substrate,DSC-DSC,41
3D Network,Surface,DSC-DSC,71
3D Network,TEM,DSC-CMT,99
3D Network,Three Dimensional,DSC-DSC,46
3D Network,X-Ray Diffraction,DSC-CMT,40
3D Network,XPS,DSC-CMT,36
3D Network,XRD,DSC-CMT,70
3D Network Structure,2D,PRO-DSC,40
3D Network Structure,3D,PRO-DSC,36
3D Network Structure,Hydrogen,PRO-CHM,44
3D Network Structure,Structure,PRO-PRO,64
3D Plots,2D,CMT-CMT,36
3D Plots,3D,CMT-CMT,90
3D Plots,AFM,CMT-CMT,68
3D Plots,Ag,CMT-CHM,31
3D Plots,Al,CMT-CHM,32
3D Plots,CO2,CMT-CHM,33
3D Plots,Carbon,CMT-CHM,75
3D Plots,Chemical Structures,CMT-PRO,34
3D Plots,Complex Permittivity,CMT-PRO,31
3D Plots,Composite,CMT-DSC,94
3D Plots,Compositions,CMT-PRO,45
3D Plots,Contour Plot,CMT-CMT,62
3D Plots,Crystal Structure,CMT-PRO,30
3D Plots,Cyclic Voltammogram,CMT-CMT,31
3D Plots,Density,CMT-PRO,32
3D Plots,Diamonds,CMT-CHM,32
3D Plots,EDS,CMT-CMT,39
3D Plots,Electrode,CMT-APL,59
3D Plots,Electrodes,CMT-APL,40
3D Plots,FT-IR,CMT-CMT,39
3D Plots,FTIR,CMT-CMT,71
3D Plots,Fe,CMT-CHM,35
3D Plots,Film,CMT-DSC,59
3D Plots,Films,CMT-DSC,54
3D Plots,HRTEM,CMT-CMT,51
3D Plots,Heating,CMT-SMT,42
3D Plots,Hydrogen,CMT-CHM,49
3D Plots,Imaginary Part,CMT-PRO,31
3D Plots,Interface,CMT-DSC,52
3D Plots,Layers,CMT-DSC,79
3D Plots,Morphology,CMT-PRO,30
3D Plots,Nanoparticles,CMT-DSC,37
3D Plots,Nitrogen,CMT-CHM,35
3D Plots,O,CMT-CHM,47
3D Plots,Oxygen,CMT-CHM,52
3D Plots,Particles,CMT-DSC,63
3D Plots,Powder,CMT-DSC,33
3D Plots,Raman,CMT-CMT,80
3D Plots,Reflection Loss,CMT-PRO,33
3D Plots,SEM,CMT-CMT,235
3D Plots,Si,CMT-CHM,45
3D Plots,Structure,CMT-PRO,80
3D Plots,Substrate,CMT-DSC,71
3D Plots,Surface,CMT-DSC,188
3D Plots,Surfaces,CMT-DSC,43
3D Plots,TEM,CMT-CMT,134
3D Plots,XPS,CMT-CMT,68
3D Plots,XRD,CMT-CMT,167
3D Porous,1D,DSC-DSC,122
3D Porous,1D Chains,DSC-DSC,34
3D Porous,2D,DSC-DSC,259
3D Porous,2D Layer,DSC-DSC,63
3D Porous,3D,DSC-DSC,824
3D Porous,3D,DSC-PRO,53
3D Porous,AFM,DSC-CMT,44
3D Porous,Activity,DSC-PRO,52
3D Porous,Aerogel,DSC-DSC,91
3D Porous,Aerogels,DSC-DSC,59
3D Porous,Ag,DSC-CHM,74
3D Porous,Al,DSC-CHM,43
3D Porous,Alloy,DSC-DSC,50
3D Porous,Amorphous,DSC-DSC,45
3D Porous,Annealing,DSC-SMT,58
3D Porous,Anode,DSC-APL,296
3D Porous,Anodes,DSC-APL,105
3D Porous,Array,DSC-DSC,34
3D Porous,As Prepared,DSC-DSC,114
3D Porous,As-Synthesized,DSC-DSC,56
3D Porous,Au,DSC-CHM,72
3D Porous,Batteries,DSC-APL,47
3D Porous,Battery,DSC-APL,53
3D Porous,Bulk,DSC-DSC,63
3D Porous,C,DSC-CHM,56
3D Porous,C-V Curve,DSC-CMT,93
3D Porous,CH4,DSC-CHM,51
3D Porous,CO2,DSC-CHM,154
3D Porous,CV,DSC-CMT,155
3D Porous,CVD,DSC-SMT,33
3D Porous,Calcination,DSC-SMT,55
3D Porous,Capacitance,DSC-PRO,74
3D Porous,Capacitance Retention,DSC-PRO,58
3D Porous,Capacity,DSC-PRO,160
3D Porous,Capacity Retention,DSC-PRO,66
3D Porous,Carbon,DSC-CHM,545
3D Porous,Carbonization,DSC-SMT,36
3D Porous,Carboxylates,DSC-CHM,32
3D Porous,Catalyst,DSC-APL,188
3D Porous,Catalytic Activity,DSC-PRO,69
3D Porous,Catalytic Performance,DSC-PRO,32
3D Porous,Cathode,DSC-APL,165
3D Porous,Cathodes,DSC-APL,47
3D Porous,Cd,DSC-CHM,41
3D Porous,Cd(II),DSC-CHM,40
3D Porous,Cell,DSC-APL,79
3D Porous,Cells,DSC-APL,57
3D Porous,Chains,DSC-DSC,45
3D Porous,Charge Discharge Curve,DSC-CMT,31
3D Porous,Charges,DSC-PRO,63
3D Porous,Chemical Society,DSC-CMT,61
3D Porous,Chemical Structures,DSC-PRO,33
3D Porous,Cloth,DSC-DSC,34
3D Porous,Cluster,DSC-DSC,63
3D Porous,Co,DSC-CHM,112
3D Porous,Co3O4,DSC-CHM,63
3D Porous,Coated,DSC-SMT,125
3D Porous,Coatings,DSC-APL,102
3D Porous,Coatings,DSC-SMT,38
3D Porous,Cobalt,DSC-CHM,31
3D Porous,Composite,DSC-DSC,402
3D Porous,Composite Film,DSC-DSC,33
3D Porous,Compositions,DSC-PRO,50
3D Porous,Conductive,DSC-PRO,130
3D Porous,Conductivity,DSC-PRO,81
3D Porous,Coordination,DSC-PRO,36
3D Porous,Coordination Environment,DSC-PRO,135
3D Porous,Coordination Mode,DSC-PRO,72
3D Porous,Copper,DSC-CHM,63
3D Porous,Core Shell,DSC-DSC,35
3D Porous,Coulombic Efficiency,DSC-PRO,126
3D Porous,Cross Sectional SEM,DSC-CMT,62
3D Porous,Crystal,DSC-DSC,54
3D Porous,Crystal Data,DSC-CMT,30
3D Porous,Crystal Structure,DSC-PRO,80
3D Porous,Crystalline,DSC-DSC,40
3D Porous,Cu,DSC-CHM,164
3D Porous,Cu(II),DSC-CHM,30
3D Porous,Current Collector,DSC-APL,59
3D Porous,Current Collectors,DSC-APL,33
3D Porous,Current Density,DSC-PRO,62
3D Porous,Cycle Life,DSC-PRO,41
3D Porous,Cycle Performance,DSC-PRO,62
3D Porous,Cycle Stability,DSC-PRO,40
3D Porous,Cyclic Voltammetry,DSC-CMT,77
3D Porous,Cyclic Voltammogram,DSC-CMT,79
3D Porous,Cycling Performance,DSC-PRO,226
3D Porous,Cycling Stability,DSC-PRO,196
3D Porous,DMF,DSC-CHM,50
3D Porous,Density,DSC-PRO,46
3D Porous,Discharge,DSC-PRO,42
3D Porous,Discharge Capacity,DSC-PRO,69
3D Porous,Doped,DSC-DSC,171
3D Porous,Durability,DSC-PRO,31
3D Porous,EDS,DSC-CMT,56
3D Porous,EDX,DSC-CMT,49
3D Porous,Eis,DSC-CMT,57
3D Porous,Electrical Conductivity,DSC-PRO,93
3D Porous,Electrocatalyst,DSC-APL,75
3D Porous,Electrocatalytic Activity,DSC-PRO,41
3D Porous,Electrochemical Impedance Spectroscopy,DSC-CMT,33
3D Porous,Electrochemical Performance,DSC-PRO,235
3D Porous,Electrochemical Properties,DSC-PRO,70
3D Porous,Electrode,DSC-APL,502
3D Porous,Electrodeposition,DSC-SMT,55
3D Porous,Electrodes,DSC-APL,350
3D Porous,Electrolyte,DSC-APL,159
3D Porous,Electron Transport,DSC-PRO,41
3D Porous,Elemental Mapping,DSC-CMT,55
3D Porous,Emission Spectra,DSC-CMT,37
3D Porous,Energy Density,DSC-PRO,112
3D Porous,Energy Storage,DSC-APL,50
3D Porous,Energy Storage Device,DSC-APL,45
3D Porous,Equivalent Circuits,DSC-CMT,30
3D Porous,Ethanol,DSC-CHM,44
3D Porous,FESEM,DSC-CMT,87
3D Porous,FT-IR,DSC-CMT,45
3D Porous,FTIR,DSC-CMT,51
3D Porous,Fe,DSC-CHM,84
3D Porous,Fe3O4,DSC-CHM,48
3D Porous,Fiber,DSC-DSC,54
3D Porous,Fibers,DSC-DSC,48
3D Porous,Film,DSC-DSC,188
3D Porous,Films,DSC-DSC,119
3D Porous,Flexibility,DSC-PRO,38
3D Porous,Flexible,DSC-APL,37
3D Porous,Flexible,DSC-PRO,76
3D Porous,Foam,DSC-DSC,200
3D Porous,Foams,DSC-DSC,51
3D Porous,Foil,DSC-DSC,78
3D Porous,Free Standing,DSC-DSC,46
3D Porous,Freeze Drying,DSC-SMT,42
3D Porous,Full Cell,DSC-APL,34
3D Porous,Galvanostatic Charge Discharge Curve,DSC-CMT,34
3D Porous,Glucose,DSC-CHM,60
3D Porous,Graphene,DSC-CHM,410
3D Porous,Graphene Oxide,DSC-CHM,170
3D Porous,Graphite,DSC-CHM,75
3D Porous,Graphitic,DSC-CHM,38
3D Porous,H2,DSC-CHM,87
3D Porous,H2O,DSC-CHM,65
3D Porous,H2O2,DSC-CHM,33
3D Porous,H2SO4,DSC-CHM,57
3D Porous,HRTEM,DSC-CMT,211
3D Porous,Heat Treatment,DSC-SMT,33
3D Porous,Heating,DSC-SMT,42
3D Porous,Hexagonal,DSC-SPL,47
3D Porous,Hierarchical,DSC-DSC,40
3D Porous,Hierarchically Porous,DSC-DSC,46
3D Porous,High Resolution TEM,DSC-CMT,45
3D Porous,High Resolution XPS,DSC-CMT,32
3D Porous,Hollow,DSC-DSC,42
3D Porous,Hybrid,DSC-DSC,39
3D Porous,Hydrogel,DSC-DSC,100
3D Porous,Hydrogen,DSC-CHM,248
3D Porous,Hydrothermal Reaction,DSC-SMT,30
3D Porous,Interface,DSC-DSC,62
3D Porous,KOH,DSC-CHM,107
3D Porous,LIBs,DSC-APL,66
3D Porous,Layered,DSC-DSC,56
3D Porous,Layers,DSC-DSC,250
3D Porous,Li,DSC-CHM,210
3D Porous,Li-Ion Battery,DSC-APL,31
3D Porous,LiFePO4,DSC-CHM,30
3D Porous,Lithiation,DSC-SMT,33
3D Porous,Lithium,DSC-CHM,268
3D Porous,Lithium Ion Battery,DSC-APL,80
3D Porous,Lithium-Ion Batteries,DSC-APL,50
3D Porous,Macroporous,DSC-DSC,43
3D Porous,Mechanical Property,DSC-PRO,56
3D Porous,Membrane,DSC-DSC,62
3D Porous,Mesoporous,DSC-DSC,97
3D Porous,Metal Oxide,DSC-CHM,38
3D Porous,Metallic,DSC-PRO,51
3D Porous,Metals,DSC-PRO,121
3D Porous,Methanol,DSC-CHM,69
3D Porous,Microspheres,DSC-DSC,58
3D Porous,Microstructure,DSC-PRO,102
3D Porous,Mn,DSC-CHM,48
3D Porous,MnO2,DSC-CHM,71
3D Porous,MoS2,DSC-CHM,54
3D Porous,Molecular Structure,DSC-PRO,40
3D Porous,Monoliths,DSC-DSC,30
3D Porous,Morphologies,DSC-PRO,56
3D Porous,Morphology,DSC-PRO,191
3D Porous,N2,DSC-CHM,198
3D Porous,N2 Adsorption Desorption Isotherms,DSC-CMT,42
3D Porous,NPS,DSC-DSC,71
3D Porous,Na,DSC-CHM,52
3D Porous,NaCl,DSC-CHM,45
3D Porous,NaOH,DSC-CHM,30
3D Porous,Nano Structured,DSC-DSC,40
3D Porous,Nanocomposite,DSC-DSC,134
3D Porous,Nanocrystals,DSC-DSC,36
3D Porous,Nanofiber,DSC-DSC,68
3D Porous,Nanoparticle,DSC-DSC,50
3D Porous,Nanoparticles,DSC-DSC,281
3D Porous,Nanorods,DSC-DSC,52
3D Porous,Nanosheets,DSC-DSC,197
3D Porous,Nanosphere,DSC-DSC,32
3D Porous,Nanostructure,DSC-DSC,41
3D Porous,Nanostructures,DSC-DSC,82
3D Porous,Nanotube,DSC-DSC,101
3D Porous,Nanowire,DSC-DSC,44
3D Porous,Nanowires,DSC-DSC,75
3D Porous,Negative Electrode,DSC-APL,31
3D Porous,Network,DSC-DSC,53
3D Porous,Ni,DSC-CHM,204
3D Porous,NiO,DSC-CHM,41
3D Porous,Nickel,DSC-CHM,96
3D Porous,Nitrogen,DSC-CHM,222
3D Porous,Nitrogen Adsorption Desorption Isotherms,DSC-CMT,35
3D Porous,Nyquist Plot,DSC-CMT,120
3D Porous,O,DSC-CHM,137
3D Porous,O2,DSC-CHM,62
3D Porous,OER,DSC-APL,60
3D Porous,ORR,DSC-APL,63
3D Porous,Of Chemistry,DSC-CMT,105
3D Porous,Optical Image,DSC-CMT,49
3D Porous,Overpotential,DSC-PRO,59
3D Porous,Oxygen,DSC-CHM,184
3D Porous,Oxygen Evolution Reaction,DSC-APL,41
3D Porous,Oxygen Reduction Reaction,DSC-APL,41
3D Porous,PDMS,DSC-CHM,31
3D Porous,PVA,DSC-CHM,32
3D Porous,PXRD,DSC-CMT,59
3D Porous,Particle,DSC-DSC,33
3D Porous,Particles,DSC-DSC,140
3D Porous,Pd,DSC-CHM,43
3D Porous,Polarization Curve,DSC-CMT,33
3D Porous,Pore Size Distribution,DSC-PRO,104
3D Porous,Pore Sizes,DSC-PRO,78
3D Porous,Pore Structure,DSC-PRO,33
3D Porous,Pore Volume,DSC-PRO,33
3D Porous,Porosity,DSC-PRO,113
3D Porous,Porous,DSC-DSC,616
3D Porous,Powder,DSC-DSC,59
3D Porous,Power Density,DSC-PRO,102
3D Porous,Pt,DSC-CHM,137
3D Porous,Pure,DSC-DSC,30
3D Porous,Pyrolysis,DSC-SMT,36
3D Porous,Ragone Plot,DSC-CMT,53
3D Porous,Raman,DSC-CMT,154
3D Porous,Rate Capabilities,DSC-PRO,38
3D Porous,Rate Capability,DSC-PRO,208
3D Porous,Rate Performance,DSC-PRO,146
3D Porous,Resistance,DSC-PRO,30
3D Porous,Reversible Capacity,DSC-PRO,71
3D Porous,SAED,DSC-CMT,96
3D Porous,SEM,DSC-CMT,572
3D Porous,Scaffold,DSC-DSC,75
3D Porous,Scaffolds,DSC-DSC,80
3D Porous,Scanning Electron Microscopy,DSC-CMT,80
3D Porous,Selected Area Electron Diffraction,DSC-CMT,31
3D Porous,Selectivity,DSC-PRO,31
3D Porous,Self Assembly,DSC-SMT,42
3D Porous,Sensitivity,DSC-PRO,36
3D Porous,Sensor,DSC-APL,59
3D Porous,Separator,DSC-APL,35
3D Porous,Sheet,DSC-DSC,57
3D Porous,Sheets,DSC-DSC,135
3D Porous,Shell,DSC-DSC,34
3D Porous,Si,DSC-CHM,119
3D Porous,SiO2,DSC-CHM,58
3D Porous,Silica,DSC-CHM,63
3D Porous,Silicon,DSC-CHM,68
3D Porous,Single Crystal,DSC-DSC,50
3D Porous,Sn,DSC-CHM,64
3D Porous,SnO2,DSC-CHM,52
3D Porous,Society,DSC-CMT,109
3D Porous,Sodium,DSC-CHM,66
3D Porous,Sodium Ion Battery,DSC-APL,35
3D Porous,Specific Capacitance,DSC-PRO,153
3D Porous,Specific Capacity,DSC-PRO,101
3D Porous,Specific Surface Area,DSC-PRO,108
3D Porous,Sphere,DSC-DSC,72
3D Porous,Sponge,DSC-DSC,57
3D Porous,Stability,DSC-PRO,142
3D Porous,Stem,DSC-CMT,41
3D Porous,Structural,DSC-PRO,60
3D Porous,Structure,DSC-PRO,667
3D Porous,Structure Refinement,DSC-CMT,62
3D Porous,Structures,DSC-PRO,115
3D Porous,Substrate,DSC-DSC,176
3D Porous,Sulfur,DSC-CHM,74
3D Porous,Supercapacitor,DSC-APL,165
3D Porous,Surface,DSC-DSC,299
3D Porous,Surface Area,DSC-PRO,169
3D Porous,Surface Morphology,DSC-PRO,31
3D Porous,Surfaces,DSC-DSC,68
3D Porous,TEM,DSC-CMT,410
3D Porous,Tafel Plots,DSC-CMT,30
3D Porous,Tga,DSC-CMT,49
3D Porous,Thin Films,DSC-DSC,45
3D Porous,Three Dimensional,DSC-DSC,271
3D Porous,Ti,DSC-CHM,43
3D Porous,TiO2,DSC-CHM,72
3D Porous,Transmission Electron Microscopy,DSC-CMT,40
3D Porous,Two-Dimensional,DSC-DSC,43
3D Porous,Voltage Profile,DSC-PRO,35
3D Porous,Water Splitting,DSC-APL,35
3D Porous,X-Ray Diffraction,DSC-CMT,99
3D Porous,X-Ray Photoelectron Spectroscopy,DSC-CMT,36
3D Porous,XPS,DSC-CMT,179
3D Porous,XRD,DSC-CMT,335
3D Porous,Zinc,DSC-CHM,40
3D Porous,Zn,DSC-CHM,99
3D Porous,Zn(II),DSC-CHM,40
3D Porous,ZnO,DSC-CHM,57
3D Porous,g-C3N4,DSC-CHM,30
3D Porous Network,Structure,DSC-PRO,30
3D Porous Scaffolds,Scaffolds,DSC-DSC,31
3D Printed,2D,DSC-DSC,37
3D Printed,2D,SMT-DSC,84
3D Printed,3D,DSC-DSC,240
3D Printed,3D,DSC-SMT,102
3D Printed,3D,SMT-APL,42
3D Printed,3D,SMT-CMT,44
3D Printed,3D,SMT-DSC,444
3D Printed,3D,SMT-SMT,166
3D Printed,3D Models,SMT-CMT,31
3D Printed,3D Printer,SMT-APL,30
3D Printed,3D Printer,SMT-SMT,46
3D Printed,3D Printing,DSC-APL,44
3D Printed,3D Printing,DSC-SMT,276
3D Printed,3D Printing,SMT-APL,85
3D Printed,3D Printing,SMT-SMT,626
3D Printed,3D Scaffolds,SMT-DSC,36
3D Printed,3DP,SMT-CHM,33
3D Printed,AFM,DSC-CMT,36
3D Printed,AFM,SMT-CMT,70
3D Printed,ALP Activity,SMT-PRO,34
3D Printed,AM,SMT-SMT,69
3D Printed,Actuator,SMT-APL,32
3D Printed,Additive Manufacturing,DSC-SMT,35
3D Printed,Additive Manufacturing,SMT-APL,41
3D Printed,Additive Manufacturing,SMT-SMT,101
3D Printed,Aerogel,SMT-DSC,31
3D Printed,Ag,DSC-CHM,41
3D Printed,Ag,SMT-CHM,74
3D Printed,Al,SMT-CHM,48
3D Printed,Al2O3,SMT-CHM,33
3D Printed,Alloy,SMT-DSC,60
3D Printed,Alloys,SMT-DSC,31
3D Printed,Alumina,SMT-CHM,38
3D Printed,Aluminum,SMT-CHM,54
3D Printed,Amorphous,SMT-DSC,50
3D Printed,Anode,DSC-APL,32
3D Printed,Anode,SMT-APL,54
3D Printed,Array,SMT-DSC,37
3D Printed,As-Printed,SMT-DSC,30
3D Printed,Au,SMT-CHM,51
3D Printed,Bar,SMT-DSC,51
3D Printed,Bars,DSC-DSC,46
3D Printed,Bars,SMT-DSC,76
3D Printed,Battery,SMT-APL,41
3D Printed,Biocompatibility,SMT-PRO,54
3D Printed,Biomaterial,SMT-APL,42
3D Printed,Bioprinted,SMT-SMT,34
3D Printed,Bioprinting,SMT-SMT,30
3D Printed,Bone,SMT-APL,51
3D Printed,Bone,SMT-DSC,36
3D Printed,Bone Regeneration,SMT-APL,33
3D Printed,Bulk,DSC-DSC,37
3D Printed,Bulk,SMT-DSC,93
3D Printed,CAD,SMT-CMT,40
3D Printed,CAD Model,SMT-CMT,36
3D Printed,CO2,SMT-CHM,44
3D Printed,CV,SMT-CMT,31
3D Printed,Cad,SMT-CMT,46
3D Printed,Calcium,SMT-CHM,51
3D Printed,Carbon,DSC-CHM,93
3D Printed,Carbon,SMT-CHM,201
3D Printed,Cast,SMT-SMT,31
3D Printed,Catalyst,SMT-APL,54
3D Printed,Cathode,DSC-APL,34
3D Printed,Cathode,SMT-APL,55
3D Printed,Cell,DSC-APL,35
3D Printed,Cell,SMT-APL,68
3D Printed,Cell,SMT-DSC,43
3D Printed,Cell Viability,SMT-PRO,70
3D Printed,Cells,SMT-APL,48
3D Printed,Cells,SMT-DSC,79
3D Printed,Cellular,SMT-DSC,32
3D Printed,Ceramic,DSC-DSC,34
3D Printed,Ceramic,SMT-DSC,102
3D Printed,Chemical Society,SMT-CMT,37
3D Printed,Chemical Structures,SMT-PRO,56
3D Printed,Coated,DSC-SMT,61
3D Printed,Coated,SMT-SMT,139
3D Printed,Coatings,DSC-APL,43
3D Printed,Coatings,SMT-APL,96
3D Printed,Coatings,SMT-SMT,43
3D Printed,Composite,DSC-DSC,126
3D Printed,Composite,SMT-DSC,326
3D Printed,Compositions,DSC-PRO,50
3D Printed,Compositions,SMT-PRO,124
3D Printed,Compression Test,SMT-CMT,51
3D Printed,Compressive Strength,SMT-PRO,95
3D Printed,Conductive,DSC-PRO,67
3D Printed,Conductive,SMT-PRO,107
3D Printed,Conductivity,SMT-PRO,48
3D Printed,Confocal Microscopy,SMT-CMT,38
3D Printed,Contact Angle,SMT-PRO,36
3D Printed,Cooling,SMT-SMT,55
3D Printed,Copper,DSC-CHM,32
3D Printed,Copper,SMT-CHM,78
3D Printed,Core,SMT-DSC,32
3D Printed,Cross Section,SMT-DSC,50
3D Printed,Cross Sectional SEM,SMT-CMT,58
3D Printed,Cross-Linking,SMT-SMT,32
3D Printed,Crystal,SMT-DSC,44
3D Printed,Cu,SMT-CHM,69
3D Printed,Cube,SMT-DSC,33
3D Printed,Cubic,SMT-SPL,58
3D Printed,Cured,SMT-SMT,38
3D Printed,Curing,SMT-SMT,64
3D Printed,Curves,SMT-CMT,30
3D Printed,Cyclic Voltammetry,SMT-CMT,31
3D Printed,Cyclic Voltammogram,SMT-CMT,36
3D Printed,Cycling Performance,SMT-PRO,31
3D Printed,Cylinder,SMT-DSC,54
3D Printed,DAPI,SMT-CHM,49
3D Printed,DSC,DSC-CMT,30
3D Printed,DSC,SMT-CMT,75
3D Printed,Dense,SMT-PRO,43
3D Printed,Density,DSC-PRO,44
3D Printed,Density,SMT-PRO,132
3D Printed,Diamonds,SMT-CHM,56
3D Printed,Doped,SMT-DSC,46
3D Printed,Droplets,SMT-DSC,45
3D Printed,Drying,SMT-SMT,49
3D Printed,EDS,SMT-CMT,58
3D Printed,EDX,SMT-CMT,34
3D Printed,Elastic,SMT-PRO,40
3D Printed,Elastic Modulus,SMT-PRO,84
3D Printed,Electrical Conductivity,SMT-PRO,44
3D Printed,Electrochemical Performance,DSC-PRO,34
3D Printed,Electrochemical Performance,SMT-PRO,47
3D Printed,Electrode,DSC-APL,103
3D Printed,Electrode,SMT-APL,182
3D Printed,Electrodes,DSC-APL,101
3D Printed,Electrodes,SMT-APL,175
3D Printed,Electrolyte,DSC-APL,31
3D Printed,Electrolyte,SMT-APL,61
3D Printed,Electrospun,SMT-SMT,30
3D Printed,Epoxy,SMT-CHM,41
3D Printed,Ethanol,SMT-CHM,37
3D Printed,Extruded,DSC-SMT,30
3D Printed,Extruded,SMT-SMT,62
3D Printed,Extrusion,DSC-SMT,56
3D Printed,Extrusion,SMT-SMT,130
3D Printed,FESEM,SMT-CMT,30
3D Printed,FTIR,DSC-CMT,34
3D Printed,FTIR,SMT-CMT,82
3D Printed,Fdm,DSC-SMT,54
3D Printed,Fdm,SMT-SMT,85
3D Printed,Fe,SMT-CHM,40
3D Printed,Fea,SMT-CMT,31
3D Printed,Fiber,DSC-DSC,50
3D Printed,Fiber,SMT-DSC,114
3D Printed,Fibers,DSC-DSC,49
3D Printed,Fibers,SMT-DSC,126
3D Printed,Filament,DSC-DSC,44
3D Printed,Filament,SMT-DSC,102
3D Printed,Filaments,DSC-DSC,61
3D Printed,Filaments,SMT-DSC,120
3D Printed,Film,DSC-DSC,61
3D Printed,Film,SMT-DSC,145
3D Printed,Films,DSC-DSC,41
3D Printed,Films,SMT-DSC,104
3D Printed,Flexibility,SMT-PRO,31
3D Printed,Flexible,DSC-PRO,42
3D Printed,Flexible,SMT-PRO,73
3D Printed,Flexural Strength,SMT-PRO,31
3D Printed,Fluorescence,SMT-CMT,30
3D Printed,Fluorescence Microscopy,SMT-CMT,30
3D Printed,Foam,SMT-DSC,61
3D Printed,Foams,SMT-DSC,39
3D Printed,Foil,SMT-DSC,35
3D Printed,Fracture Surface,SMT-PRO,64
3D Printed,Fused Deposition Modelling,DSC-SMT,32
3D Printed,Fused Deposition Modelling,SMT-SMT,55
3D Printed,G,SMT-PRO,49
3D Printed,Gel,SMT-DSC,55
3D Printed,Glass,SMT-DSC,32
3D Printed,Glucose,SMT-CHM,33
3D Printed,Graphene,DSC-CHM,69
3D Printed,Graphene,SMT-CHM,120
3D Printed,Graphene Oxide,SMT-CHM,41
3D Printed,Graphite,SMT-CHM,41
3D Printed,Grid,SMT-DSC,31
3D Printed,HRTEM,SMT-CMT,37
3D Printed,Hardness,SMT-PRO,34
3D Printed,Heated,SMT-SMT,40
3D Printed,Heating,DSC-SMT,35
3D Printed,Heating,SMT-SMT,90
3D Printed,Hexagonal,SMT-SPL,56
3D Printed,Honeycomb,SMT-DSC,44
3D Printed,Hydrogel,DSC-DSC,97
3D Printed,Hydrogel,SMT-DSC,225
3D Printed,Hydrogen,DSC-CHM,33
3D Printed,Hydrogen,SMT-CHM,57
3D Printed,Hydrophilic,SMT-PRO,33
3D Printed,Hydrophobic,SMT-PRO,31
3D Printed,Hydroxyapatite,SMT-CHM,44
3D Printed,Implantations,SMT-SMT,44
3D Printed,Implants,SMT-APL,70
3D Printed,Ink,SMT-APL,37
3D Printed,Ink,SMT-DSC,36
3D Printed,Inkjet Printing,SMT-SMT,30
3D Printed,Inks,SMT-APL,41
3D Printed,Interface,DSC-DSC,50
3D Printed,Interface,SMT-DSC,169
3D Printed,LED,DSC-APL,34
3D Printed,LED,SMT-APL,47
3D Printed,LEDs,SMT-APL,34
3D Printed,Lattice,SMT-DSC,32
3D Printed,Layer,SMT-DSC,31
3D Printed,Layered,SMT-DSC,45
3D Printed,Layers,DSC-DSC,187
3D Printed,Layers,SMT-DSC,443
3D Printed,Li,SMT-CHM,47
3D Printed,Lithium,SMT-CHM,36
3D Printed,Loss Modulus,DSC-PRO,32
3D Printed,Loss Modulus,SMT-PRO,58
3D Printed,Magnetics,SMT-PRO,47
3D Printed,Matrix,SMT-DSC,75
3D Printed,Mechanical,SMT-PRO,44
3D Printed,Mechanical Performance,SMT-PRO,36
3D Printed,Mechanical Property,DSC-PRO,109
3D Printed,Mechanical Property,SMT-PRO,289
3D Printed,Mechanical Strength,SMT-PRO,42
3D Printed,Mechanical Testing,SMT-CMT,42
3D Printed,Membrane,DSC-DSC,42
3D Printed,Membrane,SMT-DSC,108
3D Printed,Mesh,SMT-DSC,58
3D Printed,Metallic,DSC-PRO,34
3D Printed,Metallic,SMT-PRO,64
3D Printed,Metals,DSC-PRO,39
3D Printed,Metals,SMT-PRO,104
3D Printed,Micro Structures,SMT-PRO,33
3D Printed,MicroCT,SMT-CMT,74
3D Printed,Microchannel,SMT-DSC,46
3D Printed,Microfluidics,SMT-APL,37
3D Printed,Microparticle,SMT-DSC,30
3D Printed,Microstructure,DSC-PRO,74
3D Printed,Microstructure,SMT-PRO,213
3D Printed,Modulus,SMT-PRO,45
3D Printed,Monolithic,SMT-DSC,31
3D Printed,Monoliths,SMT-DSC,45
3D Printed,Morphologies,SMT-PRO,33
3D Printed,Morphology,DSC-PRO,69
3D Printed,Morphology,SMT-PRO,160
3D Printed,Multilayer,SMT-DSC,39
3D Printed,N2,SMT-CHM,48
3D Printed,NaCl,SMT-CHM,39
3D Printed,Nanocomposite,DSC-DSC,30
3D Printed,Nanocomposite,SMT-DSC,72
3D Printed,Nanofiber,SMT-DSC,30
3D Printed,Nanoparticle,SMT-DSC,57
3D Printed,Nanoparticles,DSC-DSC,65
3D Printed,Nanoparticles,SMT-DSC,140
3D Printed,Nanosheets,SMT-DSC,39
3D Printed,Nanotube,SMT-DSC,38
3D Printed,Ni,DSC-CHM,35
3D Printed,Ni,SMT-CHM,68
3D Printed,Nickel,SMT-CHM,45
3D Printed,Nitrogen,SMT-CHM,45
3D Printed,O,SMT-CHM,42
3D Printed,Of Chemistry,DSC-CMT,39
3D Printed,Of Chemistry,SMT-CMT,75
3D Printed,Optical,SMT-CMT,35
3D Printed,Optical Image,DSC-CMT,91
3D Printed,Optical Image,SMT-CMT,168
3D Printed,Optical Micrograph,SMT-CMT,51
3D Printed,Optical Microscope,SMT-CMT,36
3D Printed,Optical Microscopy,DSC-CMT,30
3D Printed,Optical Microscopy,SMT-CMT,60
3D Printed,Oxygen,SMT-CHM,74
3D Printed,PCL,DSC-CHM,41
3D Printed,PCL,SMT-CHM,102
3D Printed,PDMS,DSC-CHM,48
3D Printed,PDMS,SMT-CHM,115
3D Printed,PEG,SMT-CHM,46
3D Printed,PEG-DA,SMT-CHM,48
3D Printed,PLA,DSC-CHM,70
3D Printed,PLA,SMT-CHM,184
3D Printed,PLGA,SMT-CHM,34
3D Printed,PMMA,SMT-CHM,32
3D Printed,PVA,SMT-CHM,57
3D Printed,Particle,SMT-DSC,51
3D Printed,Particle Size Distribution,SMT-PRO,30
3D Printed,Particles,DSC-DSC,74
3D Printed,Particles,SMT-DSC,185
3D Printed,Patterned,SMT-DSC,44
3D Printed,Phosphate,SMT-CHM,37
3D Printed,Plate,SMT-DSC,53
3D Printed,Polycaprolactone,SMT-CHM,31
3D Printed,Polylactic Acid,SMT-CHM,47
3D Printed,Polystyrene,SMT-CHM,35
3D Printed,Pore Size Distribution,SMT-PRO,31
3D Printed,Pore Sizes,DSC-PRO,33
3D Printed,Pore Sizes,SMT-PRO,89
3D Printed,Pore Structure,SMT-PRO,35
3D Printed,Porosity,DSC-PRO,68
3D Printed,Porosity,SMT-PRO,181
3D Printed,Porous,DSC-DSC,88
3D Printed,Porous,SMT-DSC,224
3D Printed,Porous Scaffolds,SMT-DSC,42
3D Printed,Powder,DSC-DSC,54
3D Printed,Powder,SMT-DSC,156
3D Printed,Powders,SMT-DSC,69
3D Printed,Power Density,SMT-PRO,33
3D Printed,Printability,SMT-PRO,37
3D Printed,Printed,DSC-DSC,58
3D Printed,Printed,DSC-SMT,174
3D Printed,Printed,SMT-APL,31
3D Printed,Printed,SMT-DSC,80
3D Printed,Printed,SMT-SMT,347
3D Printed,Printing,DSC-SMT,115
3D Printed,Printing,SMT-APL,46
3D Printed,Printing,SMT-SMT,301
3D Printed,Pt,SMT-CHM,34
3D Printed,Pure,SMT-DSC,51
3D Printed,Raman,DSC-CMT,30
3D Printed,Raman,SMT-CMT,59
3D Printed,Relative Density,SMT-PRO,41
3D Printed,Resistance,DSC-PRO,39
3D Printed,Resistance,SMT-PRO,68
3D Printed,Rheological Properties,SMT-PRO,59
3D Printed,Roughness,SMT-PRO,32
3D Printed,SEM,DSC-CMT,308
3D Printed,SEM,SMT-CMT,747
3D Printed,Scaffold,DSC-APL,48
3D Printed,Scaffold,DSC-DSC,104
3D Printed,Scaffold,SMT-APL,76
3D Printed,Scaffold,SMT-DSC,250
3D Printed,Scaffolds,DSC-DSC,114
3D Printed,Scaffolds,SMT-APL,55
3D Printed,Scaffolds,SMT-DSC,298
3D Printed,Scanning Electron Micrograph,SMT-CMT,36
3D Printed,Scanning Electron Microscope,SMT-CMT,35
3D Printed,Scanning Electron Microscopy,DSC-CMT,43
3D Printed,Scanning Electron Microscopy,SMT-CMT,95
3D Printed,Selective Laser Melting,SMT-SMT,36
3D Printed,Sensor,DSC-APL,50
3D Printed,Sensor,SMT-APL,106
3D Printed,Shear Stress,SMT-PRO,39
3D Printed,Sheet,SMT-DSC,59
3D Printed,Sheets,SMT-DSC,51
3D Printed,Shell,SMT-DSC,55
3D Printed,Si,SMT-CHM,57
3D Printed,SiO2,SMT-CHM,41
3D Printed,Silica,DSC-CHM,30
3D Printed,Silica,SMT-CHM,59
3D Printed,Silicon,SMT-CHM,58
3D Printed,Silver,DSC-CHM,47
3D Printed,Silver,SMT-CHM,68
3D Printed,Sintered,DSC-SMT,30
3D Printed,Sintered,SMT-SMT,95
3D Printed,Sintering,SMT-SMT,91
3D Printed,Skin,SMT-DSC,38
3D Printed,Society,DSC-CMT,48
3D Printed,Society,SMT-CMT,92
3D Printed,Soft,DSC-PRO,33
3D Printed,Soft,SMT-PRO,65
3D Printed,Sphere,SMT-DSC,36
3D Printed,Stability,DSC-PRO,33
3D Printed,Stability,SMT-PRO,56
3D Printed,Stereolithography,SMT-SMT,34
3D Printed,Stiffnesses,SMT-PRO,92
3D Printed,Storage Modulus,DSC-PRO,38
3D Printed,Storage Modulus,SMT-PRO,75
3D Printed,Storages,SMT-PRO,33
3D Printed,Strengths,SMT-PRO,101
3D Printed,Stress,DSC-PRO,34
3D Printed,Stress,SMT-PRO,103
3D Printed,Stress Strain Curve,SMT-CMT,68
3D Printed,Stress Strain Curve,SMT-PRO,64
3D Printed,Structure,DSC-PRO,134
3D Printed,Structure,SMT-PRO,333
3D Printed,Structures,SMT-PRO,82
3D Printed,Substrate,DSC-DSC,124
3D Printed,Substrate,SMT-DSC,226
3D Printed,Surface,DSC-DSC,209
3D Printed,Surface,SMT-DSC,508
3D Printed,Surface Area,SMT-PRO,46
3D Printed,Surface Morphology,DSC-PRO,32
3D Printed,Surface Morphology,SMT-PRO,62
3D Printed,Surface Roughness,SMT-PRO,56
3D Printed,Surfaces,DSC-DSC,69
3D Printed,Surfaces,SMT-DSC,159
3D Printed,Suspension,SMT-DSC,36
3D Printed,TEM,DSC-CMT,66
3D Printed,TEM,SMT-CMT,151
3D Printed,TGA,SMT-CMT,35
3D Printed,Tensile Strength,SMT-PRO,78
3D Printed,Tensile Testing,SMT-CMT,33
3D Printed,Tensile Tests,SMT-CMT,68
3D Printed,Thermal Conductivity,SMT-PRO,31
3D Printed,Thermoplastics,SMT-PRO,43
3D Printed,Thin,SMT-DSC,33
3D Printed,Thin Films,SMT-DSC,43
3D Printed,Three Dimensional,SMT-DSC,39
3D Printed,Three Dimensional,SMT-SMT,31
3D Printed,Ti,SMT-CHM,47
3D Printed,TiO2,SMT-CHM,41
3D Printed,Tissue,SMT-DSC,45
3D Printed,Tissue Engineering,SMT-APL,39
3D Printed,Tissues,SMT-DSC,30
3D Printed,Titanium,SMT-CHM,54
3D Printed,Toughness,SMT-PRO,38
3D Printed,Transparent,SMT-PRO,69
3D Printed,Tube,SMT-DSC,38
3D Printed,Unit Cell,SMT-DSC,30
3D Printed,Viability,SMT-PRO,35
3D Printed,Viscosity,DSC-PRO,52
3D Printed,Viscosity,SMT-PRO,140
3D Printed,Wire,SMT-DSC,37
3D Printed,X-Ray Diffraction,SMT-CMT,46
3D Printed,XPS,SMT-CMT,49
3D Printed,XRD,DSC-CMT,74
3D Printed,XRD,SMT-CMT,175
3D Printed,Yield Stress,SMT-PRO,44
3D Printed,Young’s Modulus,DSC-PRO,40
3D Printed,Young’s Modulus,SMT-PRO,105
3D Printer,3D,SMT-DSC,54
3D Printer,3D Printed,APL-SMT,30
3D Printer,3D Printed,SMT-SMT,46
3D Printer,3D Printing,SMT-SMT,53
3D Printer,SEM,SMT-CMT,35
3D Printer,Surface,SMT-DSC,38
3D Printing,2D,SMT-DSC,97
3D Printing,3D,APL-DSC,85
3D Printing,3D,APL-SMT,45
3D Printing,3D,SMT-APL,61
3D Printing,3D,SMT-CMT,41
3D Printing,3D,SMT-DSC,467
3D Printing,3D,SMT-SMT,189
3D Printing,3D Bioprinting,SMT-SMT,31
3D Printing,3D Models,SMT-CMT,38
3D Printing,3D Printed,APL-DSC,44
3D Printing,3D Printed,APL-SMT,85
3D Printing,3D Printed,SMT-DSC,276
3D Printing,3D Printed,SMT-SMT,626
3D Printing,3D Printer,SMT-SMT,53
3D Printing,3D Printing Technology,SMT-SMT,30
3D Printing,3D Scaffolds,SMT-DSC,36
3D Printing,3DP,SMT-SMT,36
3D Printing,AFM,SMT-CMT,50
3D Printing,AM,SMT-APL,30
3D Printing,AM,SMT-SMT,179
3D Printing,Actuator,SMT-APL,54
3D Printing,Additive,SMT-SMT,32
3D Printing,Additive Manufacturing,SMT-APL,76
3D Printing,Additive Manufacturing,SMT-SMT,297
3D Printing,Aerogel,SMT-DSC,34
3D Printing,Aerospace,SMT-APL,47
3D Printing,Ag,SMT-CHM,60
3D Printing,Alloy,SMT-DSC,59
3D Printing,Alloys,SMT-DSC,46
3D Printing,Alumina,SMT-CHM,35
3D Printing,Aluminum,SMT-CHM,39
3D Printing,Amorphous,SMT-DSC,31
3D Printing,Anode,SMT-APL,36
3D Printing,Au,SMT-CHM,37
3D Printing,Bars,SMT-DSC,69
3D Printing,Bio-Medical,SMT-APL,35
3D Printing,Biocompatibility,SMT-PRO,69
3D Printing,Biocompatible,SMT-PRO,43
3D Printing,Biodegradable,SMT-PRO,38
3D Printing,Bioink,SMT-APL,36
3D Printing,Bioink,SMT-DSC,32
3D Printing,Biomaterial,SMT-APL,79
3D Printing,Biomedical Application,SMT-APL,38
3D Printing,Bioprinting,SMT-SMT,40
3D Printing,Bone,SMT-APL,55
3D Printing,Bone,SMT-DSC,36
3D Printing,Bulk,SMT-DSC,86
3D Printing,CO2,SMT-CHM,43
3D Printing,Cad,SMT-CMT,61
3D Printing,Calcium,SMT-CHM,36
3D Printing,Carbon,SMT-CHM,191
3D Printing,Catalyst,SMT-APL,46
3D Printing,Cathode,SMT-APL,41
3D Printing,Cell,SMT-APL,54
3D Printing,Cell Viability,SMT-PRO,52
3D Printing,Cells,SMT-APL,34
3D Printing,Cells,SMT-DSC,49
3D Printing,Cellular,SMT-DSC,34
3D Printing,Ceramic,SMT-DSC,146
3D Printing,Chemical Society,SMT-CMT,36
3D Printing,Chemical Structures,SMT-PRO,43
3D Printing,Coated,SMT-SMT,86
3D Printing,Coatings,SMT-APL,73
3D Printing,Composite,APL-DSC,58
3D Printing,Composite,SMT-DSC,329
3D Printing,Composite Scaffolds,SMT-DSC,35
3D Printing,Compositions,SMT-PRO,116
3D Printing,Compression Test,SMT-CMT,37
3D Printing,Compressive Strength,SMT-PRO,92
3D Printing,Computer-Aided Design,SMT-CMT,39
3D Printing,Conductive,SMT-PRO,112
3D Printing,Conductivity,SMT-PRO,52
3D Printing,Cooling,SMT-SMT,38
3D Printing,Copper,SMT-CHM,51
3D Printing,Cross Sectional SEM,SMT-CMT,36
3D Printing,Crystal,SMT-DSC,30
3D Printing,Cu,SMT-CHM,49
3D Printing,Cubic,SMT-SPL,34
3D Printing,Curing,SMT-SMT,47
3D Printing,Cylinder,SMT-DSC,32
3D Printing,DSC,SMT-CMT,40
3D Printing,Dense,SMT-PRO,40
3D Printing,Density,SMT-PRO,113
3D Printing,Device,SMT-APL,32
3D Printing,Direct Ink Writing,SMT-SMT,56
3D Printing,Doped,SMT-DSC,37
3D Printing,Droplets,SMT-DSC,36
3D Printing,Drying,SMT-SMT,34
3D Printing,EDS,SMT-CMT,37
3D Printing,Elastic,SMT-PRO,33
3D Printing,Elastic Modulus,SMT-PRO,56
3D Printing,Elastomeric,SMT-PRO,30
3D Printing,Electrical Conductivity,SMT-PRO,45
3D Printing,Electrochemical Performance,SMT-PRO,42
3D Printing,Electrode,SMT-APL,136
3D Printing,Electrodes,SMT-APL,135
3D Printing,Electrolyte,SMT-APL,56
3D Printing,Electronics,SMT-APL,46
3D Printing,Electrospinning,SMT-SMT,30
3D Printing,Epoxy,SMT-CHM,37
3D Printing,Extruded,SMT-SMT,58
3D Printing,Extrusion,APL-SMT,47
3D Printing,Extrusion,SMT-SMT,183
3D Printing,FTIR,SMT-CMT,49
3D Printing,Fdm,SMT-SMT,133
3D Printing,Fiber,SMT-DSC,111
3D Printing,Fibers,SMT-DSC,122
3D Printing,Fibres,SMT-DSC,33
3D Printing,Filament,SMT-DSC,69
3D Printing,Filaments,SMT-DSC,102
3D Printing,Film,SMT-DSC,109
3D Printing,Films,SMT-DSC,86
3D Printing,Flexibility,SMT-PRO,31
3D Printing,Flexible,SMT-PRO,68
3D Printing,Flexural Strength,SMT-PRO,34
3D Printing,Foam,SMT-DSC,49
3D Printing,Foams,SMT-DSC,35
3D Printing,Fracture Surface,SMT-PRO,31
3D Printing,Fused Deposition Modelling,SMT-SMT,94
3D Printing,Fused Filament Fabrication,SMT-SMT,37
3D Printing,G,SMT-PRO,50
3D Printing,Gel,SMT-DSC,50
3D Printing,Graphene,SMT-CHM,109
3D Printing,Graphene Oxide,SMT-CHM,58
3D Printing,Hardness,SMT-PRO,30
3D Printing,Heat Treatment,SMT-SMT,32
3D Printing,Heated,SMT-SMT,41
3D Printing,Heating,SMT-SMT,69
3D Printing,Hexagonal,SMT-SPL,38
3D Printing,Honeycomb,SMT-DSC,48
3D Printing,Hydrogel,APL-DSC,71
3D Printing,Hydrogel,SMT-DSC,262
3D Printing,Hydrogen,SMT-CHM,49
3D Printing,Hydroxyapatite,SMT-CHM,58
3D Printing,Implants,SMT-APL,80
3D Printing,Ink,SMT-APL,34
3D Printing,Ink,SMT-DSC,33
3D Printing,Inkjet Printing,SMT-SMT,55
3D Printing,Inks,SMT-APL,55
3D Printing,Interface,SMT-DSC,111
3D Printing,LED,SMT-APL,33
3D Printing,Lattice,SMT-DSC,30
3D Printing,Layered,SMT-DSC,50
3D Printing,Layers,APL-DSC,54
3D Printing,Layers,SMT-DSC,354
3D Printing,Li,SMT-CHM,37
3D Printing,Lithium,SMT-CHM,36
3D Printing,Loss Modulus,SMT-PRO,55
3D Printing,Magnetics,SMT-PRO,33
3D Printing,Manufacturing,SMT-APL,30
3D Printing,Matrix,SMT-DSC,58
3D Printing,Mechanical,SMT-PRO,63
3D Printing,Mechanical Performance,SMT-PRO,56
3D Printing,Mechanical Property,APL-PRO,83
3D Printing,Mechanical Property,SMT-PRO,335
3D Printing,Mechanical Strength,SMT-PRO,60
3D Printing,Mechanical Testing,SMT-CMT,36
3D Printing,Membrane,SMT-DSC,62
3D Printing,Mesh,SMT-DSC,34
3D Printing,Metallic,SMT-PRO,95
3D Printing,Metals,SMT-PRO,122
3D Printing,Metamaterial,SMT-APL,36
3D Printing,MicroCT,SMT-CMT,32
3D Printing,Microchannel,SMT-DSC,40
3D Printing,Microfluidic Device,SMT-APL,33
3D Printing,Microfluidics,SMT-APL,36
3D Printing,Microstructure,APL-PRO,42
3D Printing,Microstructure,SMT-DSC,32
3D Printing,Microstructure,SMT-PRO,231
3D Printing,Monoliths,SMT-DSC,38
3D Printing,Morphologies,SMT-PRO,41
3D Printing,Morphology,SMT-PRO,121
3D Printing,Multilayer,SMT-DSC,35
3D Printing,Nanocomposite,SMT-DSC,72
3D Printing,Nanocrystals,SMT-DSC,30
3D Printing,Nanofiber,SMT-DSC,37
3D Printing,Nanoparticle,SMT-DSC,41
3D Printing,Nanoparticles,SMT-DSC,126
3D Printing,Nanosheets,SMT-DSC,32
3D Printing,Nanotube,SMT-DSC,53
3D Printing,Ni,SMT-CHM,45
3D Printing,Nickel,SMT-CHM,30
3D Printing,Of Chemistry,SMT-CMT,71
3D Printing,Optical,SMT-CMT,34
3D Printing,Optical Image,SMT-CMT,125
3D Printing,Optical Microscopy,SMT-CMT,51
3D Printing,Oxygen,SMT-CHM,53
3D Printing,PCL,SMT-CHM,85
3D Printing,PDMS,SMT-CHM,96
3D Printing,PEG,SMT-CHM,36
3D Printing,PEG-DA,SMT-CHM,33
3D Printing,PLA,SMT-CHM,124
3D Printing,PVA,SMT-CHM,47
3D Printing,Particle,SMT-DSC,32
3D Printing,Particles,APL-DSC,33
3D Printing,Particles,SMT-DSC,158
3D Printing,Parts,SMT-APL,37
3D Printing,Patterned,SMT-DSC,36
3D Printing,Photopolymerization,SMT-SMT,36
3D Printing,Poly(Dimethyl Siloxane),SMT-CHM,31
3D Printing,Polycaprolactone,SMT-CHM,39
3D Printing,Polylactic Acid,SMT-CHM,41
3D Printing,Polyurethanes,SMT-CHM,38
3D Printing,Pore Sizes,SMT-PRO,69
3D Printing,Porosity,SMT-PRO,167
3D Printing,Porous,SMT-DSC,212
3D Printing,Porous Scaffolds,SMT-DSC,37
3D Printing,Powder,SMT-DSC,150
3D Printing,Powders,SMT-DSC,67
3D Printing,Power Density,SMT-PRO,31
3D Printing,Printability,SMT-PRO,60
3D Printing,Printed,APL-SMT,39
3D Printing,Printed,SMT-APL,37
3D Printing,Printed,SMT-DSC,50
3D Printing,Printed,SMT-SMT,264
3D Printing,Printing,APL-APL,36
3D Printing,Printing,APL-SMT,63
3D Printing,Printing,SMT-APL,89
3D Printing,Printing,SMT-SMT,351
3D Printing,Rapid Prototyping,SMT-SMT,53
3D Printing,Resistance,SMT-PRO,44
3D Printing,Rheological Behavior,SMT-PRO,30
3D Printing,Rheological Properties,SMT-PRO,62
3D Printing,Rheology,SMT-PRO,36
3D Printing,SEM,APL-CMT,53
3D Printing,SEM,SMT-CMT,452
3D Printing,SLA,SMT-SMT,39
3D Printing,SLS,SMT-SMT,31
3D Printing,Scaffold,SMT-APL,92
3D Printing,Scaffold,SMT-DSC,197
3D Printing,Scaffolds,SMT-APL,62
3D Printing,Scaffolds,SMT-DSC,234
3D Printing,Scanning Electron Microscopy,SMT-CMT,73
3D Printing,Selective Laser Melting,SMT-SMT,41
3D Printing,Selective Laser Sintering,SMT-SMT,47
3D Printing,Sensor,SMT-APL,98
3D Printing,Shape Memory,SMT-PRO,30
3D Printing,Shear Stress,SMT-PRO,32
3D Printing,Sheet,SMT-DSC,40
3D Printing,Sheets,SMT-DSC,40
3D Printing,Shell,SMT-DSC,42
3D Printing,Si,SMT-CHM,44
3D Printing,SiO2,SMT-CHM,38
3D Printing,Silica,SMT-CHM,51
3D Printing,Silicon,SMT-CHM,51
3D Printing,Silver,SMT-CHM,55
3D Printing,Sintered,SMT-SMT,96
3D Printing,Sintering,SMT-SMT,106
3D Printing,Skin,SMT-DSC,30
3D Printing,Slm,SMT-SMT,32
3D Printing,Society,SMT-CMT,88
3D Printing,Soft,SMT-PRO,65
3D Printing,Soft Robotics,SMT-APL,32
3D Printing,Stability,SMT-PRO,57
3D Printing,Stereolithography,SMT-CMT,31
3D Printing,Stereolithography,SMT-SMT,74
3D Printing,Stiffnesses,SMT-PRO,76
3D Printing,Storage Modulus,SMT-PRO,65
3D Printing,Storages,SMT-PRO,30
3D Printing,Strengths,SMT-PRO,109
3D Printing,Stress,SMT-PRO,64
3D Printing,Stress Strain Curve,SMT-CMT,58
3D Printing,Structural,SMT-PRO,34
3D Printing,Structure,APL-PRO,55
3D Printing,Structure,SMT-PRO,328
3D Printing,Structures,SMT-PRO,97
3D Printing,Substrate,APL-DSC,37
3D Printing,Substrate,SMT-DSC,208
3D Printing,Supercapacitor,SMT-APL,41
3D Printing,Surface,APL-DSC,49
3D Printing,Surface,SMT-DSC,365
3D Printing,Surface Area,SMT-PRO,35
3D Printing,Surface Morphology,SMT-PRO,49
3D Printing,Surface Roughness,SMT-PRO,45
3D Printing,Surfaces,SMT-DSC,132
3D Printing,Suspension,SMT-DSC,35
3D Printing,TEM,SMT-CMT,92
3D Printing,Tensile Strength,SMT-PRO,70
3D Printing,Tensile Tests,SMT-CMT,46
3D Printing,Thermoplastics,SMT-PRO,63
3D Printing,Thin Films,SMT-DSC,38
3D Printing,Three Dimensional,SMT-DSC,54
3D Printing,Three Dimensional,SMT-SMT,64
3D Printing,Ti,SMT-CHM,36
3D Printing,Tissue,SMT-DSC,37
3D Printing,Tissue Engineering,SMT-APL,99
3D Printing,Tissues,SMT-DSC,34
3D Printing,Titanium,SMT-CHM,51
3D Printing,Toughness,SMT-PRO,42
3D Printing,Transparent,SMT-PRO,55
3D Printing,Viscosity,APL-PRO,48
3D Printing,Viscosity,SMT-PRO,142
3D Printing,Wire,SMT-DSC,35
3D Printing,X-Ray Diffraction,SMT-CMT,33
3D Printing,XPS,SMT-CMT,40
3D Printing,XRD,SMT-CMT,108
3D Printing,Yield Stress,SMT-PRO,44
3D Printing,Young’s Modulus,SMT-PRO,63
3D Printing Technology,3D Printing,SMT-SMT,30
3D Profile,Coatings,CMT-APL,32
3D Profile,Layers,CMT-DSC,33
3D Profile,Morphology,CMT-PRO,32
3D Profile,SEM,CMT-CMT,104
3D Profile,Substrate,CMT-DSC,49
3D Profile,Surface,CMT-DSC,113
3D Profile,Surfaces,CMT-DSC,42
3D Profile,XRD,CMT-CMT,37
3D Profiles,SEM,CMT-CMT,70
3D Profiles,Surface,CMT-DSC,63
3D Profiles,Surfaces,CMT-DSC,40
3D Profiles,XRD,CMT-CMT,31
3D Projection,SEM,CMT-CMT,31
3D Reconstructed,SEM,CMT-CMT,39
3D Reconstructed,Surface,CMT-DSC,42
3D Reconstruction,2D,CMT-CMT,116
3D Reconstruction,2D,CMT-DSC,105
3D Reconstruction,3D,CMT-CMT,217
3D Reconstruction,3D,CMT-DSC,247
3D Reconstruction,3D,CMT-PRO,62
3D Reconstruction,3D Image,CMT-CMT,51
3D Reconstruction,3D Models,CMT-CMT,60
3D Reconstruction,3D Rendering,CMT-CMT,30
3D Reconstruction,AFM,CMT-CMT,110
3D Reconstruction,ALP Activity,CMT-PRO,37
3D Reconstruction,APT,CMT-CMT,41
3D Reconstruction,Ag,CMT-CHM,60
3D Reconstruction,Aged,CMT-SMT,39
3D Reconstruction,Al,CMT-CHM,132
3D Reconstruction,Alloy,CMT-DSC,124
3D Reconstruction,Alloys,CMT-DSC,50
3D Reconstruction,Aluminum,CMT-CHM,45
3D Reconstruction,Amorphous,CMT-DSC,40
3D Reconstruction,Annealed,CMT-SMT,39
3D Reconstruction,Annealing,CMT-SMT,46
3D Reconstruction,Anode,CMT-APL,50
3D Reconstruction,Au,CMT-CHM,88
3D Reconstruction,Bar,CMT-DSC,46
3D Reconstruction,Bars,CMT-DSC,110
3D Reconstruction,Bilayer,CMT-DSC,32
3D Reconstruction,Blue Line,CMT-CHM,52
3D Reconstruction,Bone,CMT-DSC,64
3D Reconstruction,Bone,CMT-PRO,43
3D Reconstruction,Bright Field Image,CMT-CMT,30
3D Reconstruction,Bulk,CMT-DSC,95
3D Reconstruction,C,CMT-CHM,37
3D Reconstruction,CLSM,CMT-CMT,68
3D Reconstruction,CT,CMT-CMT,43
3D Reconstruction,Ca,CMT-CHM,44
3D Reconstruction,Calcium,CMT-CHM,51
3D Reconstruction,Carbon,CMT-CHM,128
3D Reconstruction,Catalyst,CMT-APL,41
3D Reconstruction,Cathode,CMT-APL,51
3D Reconstruction,Cell,CMT-APL,72
3D Reconstruction,Cell,CMT-DSC,51
3D Reconstruction,Cell Viability,CMT-PRO,51
3D Reconstruction,Cells,CMT-APL,66
3D Reconstruction,Cells,CMT-DSC,173
3D Reconstruction,Chemical Structures,CMT-PRO,34
3D Reconstruction,Cluster,CMT-DSC,87
3D Reconstruction,Co,CMT-CHM,45
3D Reconstruction,Coated,CMT-DSC,41
3D Reconstruction,Coated,CMT-SMT,96
3D Reconstruction,Coatings,CMT-APL,84
3D Reconstruction,Coatings,CMT-SMT,31
3D Reconstruction,Composite,CMT-DSC,109
3D Reconstruction,Compositions,CMT-PRO,158
3D Reconstruction,Concentration Profile,CMT-PRO,39
3D Reconstruction,Confocal Image,CMT-CMT,86
3D Reconstruction,Confocal Microscopy,CMT-CMT,95
3D Reconstruction,Contact Angle,CMT-PRO,32
3D Reconstruction,Cooling,CMT-SMT,38
3D Reconstruction,Copper,CMT-CHM,44
3D Reconstruction,Core,CMT-DSC,48
3D Reconstruction,Cr,CMT-CHM,64
3D Reconstruction,Cross Section,CMT-DSC,53
3D Reconstruction,Crystal,CMT-DSC,121
3D Reconstruction,Crystal Structure,CMT-PRO,33
3D Reconstruction,Crystalline,CMT-DSC,32
3D Reconstruction,Cu,CMT-CHM,78
3D Reconstruction,Cubic,CMT-SPL,38
3D Reconstruction,DAPI,CMT-CHM,102
3D Reconstruction,DIC,CMT-CMT,30
3D Reconstruction,DLS,CMT-CMT,43
3D Reconstruction,Density,CMT-PRO,112
3D Reconstruction,Detector,CMT-APL,31
3D Reconstruction,Diamonds,CMT-CHM,65
3D Reconstruction,Diffraction Pattern,CMT-CMT,38
3D Reconstruction,Dislocation,CMT-PRO,32
3D Reconstruction,Doped,CMT-DSC,30
3D Reconstruction,Droplets,CMT-DSC,39
3D Reconstruction,EBSD,CMT-CMT,47
3D Reconstruction,EDS,CMT-CMT,74
3D Reconstruction,EDX,CMT-CMT,43
3D Reconstruction,Electrode,CMT-APL,102
3D Reconstruction,Electrodes,CMT-APL,63
3D Reconstruction,Electrolyte,CMT-APL,48
3D Reconstruction,Electron Microscopy,CMT-CMT,45
3D Reconstruction,Electron Tomography,CMT-CMT,61
3D Reconstruction,Ethanol,CMT-CHM,34
3D Reconstruction,F,CMT-CHM,41
3D Reconstruction,FCC,CMT-SPL,30
3D Reconstruction,FITC,CMT-CHM,61
3D Reconstruction,FTIR,CMT-CMT,53
3D Reconstruction,Fe,CMT-CHM,111
3D Reconstruction,Fiber,CMT-DSC,50
3D Reconstruction,Fibers,CMT-DSC,64
3D Reconstruction,Film,CMT-DSC,126
3D Reconstruction,Films,CMT-DSC,57
3D Reconstruction,Flow Cytometry,CMT-CMT,44
3D Reconstruction,Fluorescence,CMT-CMT,88
3D Reconstruction,Fluorescence,CMT-PRO,41
3D Reconstruction,Fluorescence Image,CMT-CMT,55
3D Reconstruction,Fluorescence Intensity,CMT-PRO,68
3D Reconstruction,Fluorescence Microscopy,CMT-CMT,46
3D Reconstruction,Foam,CMT-DSC,32
3D Reconstruction,Fracture Surface,CMT-PRO,33
3D Reconstruction,G,CMT-PRO,33
3D Reconstruction,Gel,CMT-DSC,34
3D Reconstruction,Gene Expression,CMT-PRO,30
3D Reconstruction,Grain Boundaries,CMT-PRO,57
3D Reconstruction,Grain Boundary,CMT-PRO,49
3D Reconstruction,Grain Size,CMT-PRO,30
3D Reconstruction,Grains,CMT-DSC,34
3D Reconstruction,Grid,CMT-DSC,31
3D Reconstruction,H2,CMT-CHM,35
3D Reconstruction,HAADF,CMT-CMT,30
3D Reconstruction,HAADF STEM,CMT-CMT,69
3D Reconstruction,HRTEM,CMT-CMT,72
3D Reconstruction,Heating,CMT-SMT,52
3D Reconstruction,Hexagonal,CMT-SPL,49
3D Reconstruction,Hydrogel,CMT-DSC,66
3D Reconstruction,Hydrogen,CMT-CHM,53
3D Reconstruction,Hydrophobic,CMT-PRO,30
3D Reconstruction,Implantations,CMT-SMT,53
3D Reconstruction,Implants,CMT-APL,72
3D Reconstruction,Interface,CMT-DSC,241
3D Reconstruction,Iron,CMT-CHM,46
3D Reconstruction,Irradiated,CMT-SMT,35
3D Reconstruction,Irradiation,CMT-SMT,40
3D Reconstruction,Layers,CMT-DSC,297
3D Reconstruction,Li,CMT-CHM,43
3D Reconstruction,Magenta,CMT-CHM,41
3D Reconstruction,Matrix,CMT-DSC,138
3D Reconstruction,Mechanical Property,CMT-PRO,45
3D Reconstruction,Membrane,CMT-DSC,132
3D Reconstruction,Mesoporous,CMT-DSC,35
3D Reconstruction,Metallic,CMT-PRO,32
3D Reconstruction,Metals,CMT-PRO,47
3D Reconstruction,Mg,CMT-CHM,45
3D Reconstruction,Micro Structures,CMT-PRO,37
3D Reconstruction,MicroCT,CMT-CMT,128
3D Reconstruction,Microstructure,CMT-PRO,241
3D Reconstruction,Milling,CMT-SMT,31
3D Reconstruction,Mn,CMT-CHM,41
3D Reconstruction,Mo,CMT-CHM,31
3D Reconstruction,Monolayers,CMT-DSC,39
3D Reconstruction,Morphologies,CMT-PRO,68
3D Reconstruction,Morphology,CMT-PRO,220
3D Reconstruction,N2,CMT-CHM,46
3D Reconstruction,NPS,CMT-DSC,61
3D Reconstruction,NaCl,CMT-CHM,32
3D Reconstruction,Nanocomposite,CMT-DSC,33
3D Reconstruction,Nanocrystals,CMT-DSC,30
3D Reconstruction,Nanoparticle,CMT-DSC,80
3D Reconstruction,Nanoparticles,CMT-DSC,178
3D Reconstruction,Nanorods,CMT-DSC,31
3D Reconstruction,Ni,CMT-CHM,115
3D Reconstruction,Nickel,CMT-CHM,32
3D Reconstruction,Nitrogen,CMT-CHM,45
3D Reconstruction,O,CMT-CHM,83
3D Reconstruction,O2,CMT-CHM,32
3D Reconstruction,Of Chemistry,CMT-CMT,43
3D Reconstruction,Optical Image,CMT-CMT,62
3D Reconstruction,Optical Micrograph,CMT-CMT,42
3D Reconstruction,Optical Microscopy,CMT-CMT,47
3D Reconstruction,Osteogenic,CMT-PRO,30
3D Reconstruction,Oxidation,CMT-SMT,32
3D Reconstruction,Oxygen,CMT-CHM,93
3D Reconstruction,PDMS,CMT-CHM,34
3D Reconstruction,PEG,CMT-CHM,43
3D Reconstruction,PLGA,CMT-CHM,30
3D Reconstruction,Particle,CMT-DSC,168
3D Reconstruction,Particle Size,CMT-PRO,45
3D Reconstruction,Particle Size Distribution,CMT-PRO,35
3D Reconstruction,Particles,CMT-DSC,352
3D Reconstruction,Phalloidin,CMT-CHM,49
3D Reconstruction,Phosphate,CMT-CHM,30
3D Reconstruction,Plate,CMT-DSC,38
3D Reconstruction,Polished,CMT-SMT,31
3D Reconstruction,Polystyrene,CMT-CHM,36
3D Reconstruction,Pore Size Distribution,CMT-PRO,59
3D Reconstruction,Pore Sizes,CMT-PRO,44
3D Reconstruction,Porosity,CMT-PRO,152
3D Reconstruction,Porous,CMT-DSC,129
3D Reconstruction,Powder,CMT-DSC,59
3D Reconstruction,Precipitates,CMT-DSC,78
3D Reconstruction,Pt,CMT-CHM,64
3D Reconstruction,Quartz,CMT-CHM,35
3D Reconstruction,Raman,CMT-CMT,52
3D Reconstruction,SAED,CMT-CMT,45
3D Reconstruction,SE,CMT-CMT,31
3D Reconstruction,SEM,CMT-CMT,612
3D Reconstruction,Scaffold,CMT-APL,35
3D Reconstruction,Scaffold,CMT-DSC,120
3D Reconstruction,Scaffolds,CMT-DSC,133
3D Reconstruction,Scanning Electron Micrograph,CMT-CMT,48
3D Reconstruction,Scanning Electron Microscope,CMT-CMT,32
3D Reconstruction,Scanning Electron Microscopy,CMT-CMT,80
3D Reconstruction,Sections,CMT-DSC,37
3D Reconstruction,Shell,CMT-DSC,55
3D Reconstruction,Si,CMT-CHM,135
3D Reconstruction,SiO2,CMT-CHM,53
3D Reconstruction,Silica,CMT-CHM,82
3D Reconstruction,Silicon,CMT-CHM,61
3D Reconstruction,Silver,CMT-CHM,42
3D Reconstruction,Size Distribution,CMT-PRO,41
3D Reconstruction,Society,CMT-CMT,61
3D Reconstruction,Sphere,CMT-DSC,48
3D Reconstruction,Stability,CMT-PRO,32
3D Reconstruction,Stem,CMT-CMT,45
3D Reconstruction,Stiffnesses,CMT-PRO,35
3D Reconstruction,Stress,CMT-PRO,31
3D Reconstruction,Structural,CMT-PRO,34
3D Reconstruction,Structure,CMT-PRO,312
3D Reconstruction,Structures,CMT-PRO,57
3D Reconstruction,Substrate,CMT-DSC,173
3D Reconstruction,Surface,CMT-DSC,603
3D Reconstruction,Surface Area,CMT-PRO,43
3D Reconstruction,Surfaces,CMT-DSC,182
3D Reconstruction,TEM,CMT-CMT,350
3D Reconstruction,Thin Films,CMT-DSC,40
3D Reconstruction,Ti,CMT-CHM,77
3D Reconstruction,TiO2,CMT-CHM,44
3D Reconstruction,Tissue,CMT-DSC,61
3D Reconstruction,Titanium,CMT-CHM,39
3D Reconstruction,Tomogram,CMT-CMT,36
3D Reconstruction,Tomography,CMT-CMT,43
3D Reconstruction,Topography,CMT-PRO,42
3D Reconstruction,Transmission Electron Microscopy,CMT-CMT,56
3D Reconstruction,Transparent,CMT-PRO,40
3D Reconstruction,Vesicle,CMT-DSC,42
3D Reconstruction,X-Ray Tomography,CMT-CMT,33
3D Reconstruction,XPS,CMT-CMT,62
3D Reconstruction,XRD,CMT-CMT,135
3D Reconstruction,Young’s Modulus,CMT-PRO,34
3D Reconstruction,μCT,CMT-CMT,35
3D Rendering,2D,CMT-DSC,36
3D Rendering,3D,CMT-CMT,71
3D Rendering,3D,CMT-DSC,60
3D Rendering,3D Reconstruction,CMT-CMT,30
3D Rendering,AFM,CMT-CMT,33
3D Rendering,Al,CMT-CHM,31
3D Rendering,Bulk,CMT-DSC,33
3D Rendering,Composite,CMT-DSC,30
3D Rendering,Electrode,CMT-APL,35
3D Rendering,Interface,CMT-DSC,42
3D Rendering,Layers,CMT-DSC,70
3D Rendering,Microstructure,CMT-PRO,47
3D Rendering,Morphology,CMT-PRO,47
3D Rendering,Particle,CMT-DSC,51
3D Rendering,Particles,CMT-DSC,90
3D Rendering,Porosity,CMT-PRO,51
3D Rendering,SEM,CMT-CMT,114
3D Rendering,Si,CMT-CHM,30
3D Rendering,Structure,CMT-PRO,52
3D Rendering,Substrate,CMT-DSC,42
3D Rendering,Surface,CMT-DSC,144
3D Rendering,TEM,CMT-CMT,43
3D Representation,3D,CMT-CMT,37
3D Representation,AFM,CMT-CMT,41
3D Representation,Carbon,CMT-CHM,30
3D Representation,Layers,CMT-DSC,41
3D Representation,SEM,CMT-CMT,74
3D Representation,Structure,CMT-PRO,38
3D Representation,Substrate,CMT-DSC,37
3D Representation,Surface,CMT-DSC,77
3D Representation,TEM,CMT-CMT,42
3D Representation,XRD,CMT-CMT,46
3D Response Surface,Contour Plot,CMT-CMT,33
3D Scaffolds,2D,DSC-DSC,108
3D Scaffolds,3-D,DSC-DSC,31
3D Scaffolds,3D,DSC-DSC,316
3D Scaffolds,3D Printed,DSC-SMT,36
3D Scaffolds,3D Printing,DSC-SMT,36
3D Scaffolds,AFM,DSC-CMT,33
3D Scaffolds,ALP Activity,DSC-PRO,32
3D Scaffolds,Bars,DSC-DSC,30
3D Scaffolds,Bioactive,DSC-PRO,38
3D Scaffolds,Biocompatibility,DSC-PRO,63
3D Scaffolds,Biodegradable,DSC-PRO,32
3D Scaffolds,Biomaterial,DSC-APL,57
3D Scaffolds,Bone,DSC-APL,38
3D Scaffolds,Bone Regeneration,DSC-APL,34
3D Scaffolds,Bone Tissue Engineering,DSC-APL,45
3D Scaffolds,Calcium,DSC-CHM,41
3D Scaffolds,Carbon,DSC-CHM,48
3D Scaffolds,Cell,DSC-DSC,30
3D Scaffolds,Cell Viability,DSC-PRO,63
3D Scaffolds,Cells,DSC-APL,33
3D Scaffolds,Cells,DSC-DSC,77
3D Scaffolds,Coated,DSC-SMT,52
3D Scaffolds,Coatings,DSC-APL,37
3D Scaffolds,Composite,DSC-DSC,74
3D Scaffolds,Compositions,DSC-PRO,45
3D Scaffolds,Confocal Microscopy,DSC-CMT,31
3D Scaffolds,DAPI,DSC-CHM,63
3D Scaffolds,Electrospinning,DSC-SMT,45
3D Scaffolds,Electrospun,DSC-SMT,44
3D Scaffolds,FTIR,DSC-CMT,56
3D Scaffolds,Fiber,DSC-DSC,41
3D Scaffolds,Fibers,DSC-DSC,69
3D Scaffolds,Film,DSC-DSC,30
3D Scaffolds,Films,DSC-DSC,43
3D Scaffolds,Gene Expression,DSC-PRO,37
3D Scaffolds,Graphene,DSC-CHM,41
3D Scaffolds,Hydrogel,DSC-DSC,97
3D Scaffolds,Hydroxyapatite,DSC-CHM,43
3D Scaffolds,Layers,DSC-DSC,76
3D Scaffolds,MTT,DSC-CHM,33
3D Scaffolds,Mechanical Property,DSC-PRO,93
3D Scaffolds,Membrane,DSC-DSC,39
3D Scaffolds,Microstructure,DSC-PRO,48
3D Scaffolds,Morphology,DSC-PRO,115
3D Scaffolds,Nanofiber,DSC-DSC,56
3D Scaffolds,Nanoparticles,DSC-DSC,51
3D Scaffolds,Optical Image,DSC-CMT,32
3D Scaffolds,Osteogenic Differentiation,DSC-PRO,41
3D Scaffolds,PCL,DSC-CHM,86
3D Scaffolds,PLA,DSC-CHM,33
3D Scaffolds,PLGA,DSC-CHM,36
3D Scaffolds,Particles,DSC-DSC,49
3D Scaffolds,Phalloidin,DSC-CHM,34
3D Scaffolds,Pore Sizes,DSC-PRO,73
3D Scaffolds,Porosity,DSC-PRO,106
3D Scaffolds,Porous,DSC-DSC,113
3D Scaffolds,Porous Scaffolds,DSC-DSC,38
3D Scaffolds,SEM,DSC-CMT,255
3D Scaffolds,Scaffold,DSC-APL,125
3D Scaffolds,Scaffold,DSC-DSC,300
3D Scaffolds,Scaffolds,DSC-APL,84
3D Scaffolds,Scaffolds,DSC-DSC,407
3D Scaffolds,Scanning Electron Microscopy,DSC-CMT,60
3D Scaffolds,Structure,DSC-PRO,139
3D Scaffolds,Substrate,DSC-DSC,81
3D Scaffolds,Surface,DSC-DSC,161
3D Scaffolds,Surfaces,DSC-DSC,64
3D Scaffolds,TEM,DSC-CMT,55
3D Scaffolds,Three Dimensional,DSC-DSC,101
3D Scaffolds,Tissue Engineering,DSC-APL,112
3D Scaffolds,Viability,DSC-PRO,30
3D Scaffolds,XRD,DSC-CMT,46
3D Seismic,Seismic,CMT-CMT,48
3D Seismic Data,Seismic,CMT-CMT,38
3D Simulation,2D,CMT-CMT,74
3D Simulation,2D,CMT-DSC,107
3D Simulation,2D Simulation,CMT-CMT,68
3D Simulation,3D,CMT-CMT,83
3D Simulation,3D,CMT-DSC,132
3D Simulation,Alloy,CMT-DSC,35
3D Simulation,Interface,CMT-DSC,57
3D Simulation,Layers,CMT-DSC,57
3D Simulation,Microstructure,CMT-PRO,44
3D Simulation,Particles,CMT-DSC,57
3D Simulation,SEM,CMT-CMT,55
3D Simulation,Structure,CMT-PRO,35
3D Simulation,Substrate,CMT-DSC,45
3D Simulation,Surface,CMT-DSC,124
3D Simulation,Temperature,CMT-PRO,51
3D Simulation,Velocity,CMT-PRO,32
3D Simulations,2D,CMT-DSC,37
3D Simulations,3D,CMT-CMT,42
3D Simulations,3D,CMT-DSC,58
3D Simulations,Surface,CMT-DSC,34
3D Spheroids,2D,DSC-DSC,35
3D Spheroids,3D,DSC-DSC,68
3D Spheroids,Spheroid,DSC-DSC,59
3D States,Co,PRO-CHM,36
3D States,Cu,PRO-CHM,33
3D States,Doped,PRO-DSC,41
3D States,Electronic Structure,PRO-PRO,52
3D States,Fe,PRO-CHM,50
3D States,Fermi Level,PRO-PRO,54
3D States,Mn,PRO-CHM,33
3D States,O,PRO-CHM,44
3D States,Oxygen,PRO-CHM,41
3D States,Surface,PRO-DSC,37
3D States,Ti,PRO-CHM,48
3D States,Valence Band,PRO-PRO,35
3D Structure,1D,PRO-DSC,111
3D Structure,1D Chains,PRO-DSC,112
3D Structure,1H,PRO-CHM,44
3D Structure,1H NMR,PRO-CMT,32
3D Structure,2D,PRO-CMT,39
3D Structure,2D,PRO-DSC,298
3D Structure,2D Layer,PRO-DSC,139
3D Structure,2D Sheet,PRO-DSC,31
3D Structure,3,PRO-DSC,35
3D Structure,3D,PRO-CMT,63
3D Structure,3D,PRO-DSC,365
3D Structure,3D,PRO-PRO,164
3D Structure,AFM,PRO-CMT,59
3D Structure,Activity,PRO-PRO,43
3D Structure,Ag,PRO-CHM,50
3D Structure,Al,PRO-CHM,30
3D Structure,Amino Acid,PRO-CHM,161
3D Structure,Angles,PRO-PRO,41
3D Structure,As-Synthesized,PRO-DSC,38
3D Structure,Asp,PRO-CHM,34
3D Structure,Au,PRO-CHM,36
3D Structure,Bond Length,PRO-PRO,62
3D Structure,Bulk,PRO-DSC,39
3D Structure,C,PRO-CHM,64
3D Structure,CH4,PRO-CHM,30
3D Structure,CO2,PRO-CHM,98
3D Structure,Ca2+,PRO-CHM,31
3D Structure,Carbon,PRO-CHM,129
3D Structure,Carboxylates,PRO-CHM,45
3D Structure,Catalyst,PRO-APL,54
3D Structure,Cd,PRO-CHM,69
3D Structure,Cd(II),PRO-CHM,79
3D Structure,Cells,PRO-DSC,37
3D Structure,Chains,PRO-DSC,84
3D Structure,Chemical Structures,PRO-PRO,60
3D Structure,Cluster,PRO-DSC,73
3D Structure,Co,PRO-CHM,53
3D Structure,Co II,PRO-CHM,33
3D Structure,Composite,PRO-DSC,52
3D Structure,Compositions,PRO-PRO,49
3D Structure,Coordination Environment,PRO-PRO,313
3D Structure,Coordination Mode,PRO-PRO,128
3D Structure,Copper,PRO-CHM,46
3D Structure,Crystal,PRO-DSC,110
3D Structure,Crystal Data,PRO-CMT,62
3D Structure,Crystal Structure,PRO-PRO,123
3D Structure,Cu,PRO-CHM,96
3D Structure,Cu(II),PRO-CHM,35
3D Structure,Cyclic Voltammogram,PRO-CMT,32
3D Structure,Cysteines,PRO-CHM,34
3D Structure,DMF,PRO-CHM,83
3D Structure,Diamonds,PRO-CHM,34
3D Structure,Electrode,PRO-APL,67
3D Structure,Electrodes,PRO-APL,45
3D Structure,Emission Spectra,PRO-CMT,117
3D Structure,Ethanol,PRO-CHM,34
3D Structure,FTIR,PRO-CMT,43
3D Structure,Fe,PRO-CHM,48
3D Structure,Fe3+,PRO-CHM,41
3D Structure,Film,PRO-DSC,72
3D Structure,Films,PRO-DSC,48
3D Structure,Fluorescence,PRO-CMT,54
3D Structure,Fluorescence Intensity,PRO-PRO,40
3D Structure,Glu,PRO-CHM,33
3D Structure,Glucose,PRO-CHM,30
3D Structure,H2,PRO-CHM,52
3D Structure,H2O,PRO-CHM,74
3D Structure,H2O2,PRO-CHM,36
3D Structure,HCl,PRO-CHM,37
3D Structure,HRTEM,PRO-CMT,41
3D Structure,Heating,PRO-SMT,30
3D Structure,Hexagonal,PRO-SPL,33
3D Structure,Homology Modeling,PRO-CMT,31
3D Structure,Hydrogen,PRO-CHM,424
3D Structure,Hydrolysis,PRO-SMT,30
3D Structure,Hydrophobic,PRO-PRO,41
3D Structure,Interface,PRO-DSC,64
3D Structure,Layers,PRO-DSC,245
3D Structure,Li,PRO-CHM,31
3D Structure,MD Simulation,PRO-CMT,36
3D Structure,Magenta,PRO-CHM,70
3D Structure,Membrane,PRO-DSC,58
3D Structure,Methanol,PRO-CHM,41
3D Structure,Microstructure,PRO-PRO,41
3D Structure,Mn,PRO-CHM,37
3D Structure,Molecular Structure,PRO-PRO,76
3D Structure,Morphology,PRO-PRO,69
3D Structure,N Blue,PRO-CHM,33
3D Structure,N2,PRO-CHM,98
3D Structure,NMR,PRO-CMT,68
3D Structure,Na,PRO-CHM,30
3D Structure,Nanoparticles,PRO-DSC,79
3D Structure,Ni,PRO-CHM,49
3D Structure,Nitrogen,PRO-CHM,78
3D Structure,O,PRO-CHM,175
3D Structure,Oxygen,PRO-CHM,128
3D Structure,PXRD,PRO-CMT,99
3D Structure,Particles,PRO-DSC,83
3D Structure,Phosphate,PRO-CHM,33
3D Structure,Pore Size Distribution,PRO-PRO,39
3D Structure,Porosity,PRO-PRO,39
3D Structure,Porous,PRO-DSC,63
3D Structure,Powder,PRO-DSC,55
3D Structure,Raman,PRO-CMT,45
3D Structure,SEM,PRO-CMT,202
3D Structure,Secondary Structures,PRO-PRO,63
3D Structure,Sequence,PRO-PRO,33
3D Structure,Si,PRO-CHM,53
3D Structure,Single Crystal,PRO-DSC,47
3D Structure,Society,PRO-CMT,33
3D Structure,Stability,PRO-PRO,49
3D Structure,Structural,PRO-PRO,41
3D Structure,Structure,PRO-PRO,648
3D Structure,Structure Refinement,PRO-CMT,132
3D Structure,Structures,PRO-PRO,99
3D Structure,Substrate,PRO-DSC,72
3D Structure,Surface,PRO-DSC,202
3D Structure,Surfaces,PRO-DSC,47
3D Structure,TEM,PRO-CMT,124
3D Structure,TGA,PRO-CMT,38
3D Structure,Tga,PRO-CMT,37
3D Structure,Topology,PRO-PRO,60
3D Structure,X-Ray Diffraction,PRO-CMT,42
3D Structure,XPS,PRO-CMT,51
3D Structure,XRD,PRO-CMT,101
3D Structure,Zinc,PRO-CHM,40
3D Structure,Zn,PRO-CHM,90
3D Structure,Zn(II),PRO-CHM,73
3D Structure,Zn2+,PRO-CHM,32
3D Structures,3D,DSC-DSC,57
3D Structures,3D,PRO-DSC,45
3D Structures,3D,PRO-PRO,38
3D Structures,Amino Acid,PRO-CHM,30
3D Structures,Carbon,DSC-CHM,34
3D Structures,Electrode,DSC-APL,33
3D Structures,Hydrogen,PRO-CHM,40
3D Structures,SEM,DSC-CMT,31
3D Structures,Structure,PRO-PRO,58
3D Structures,Structures,PRO-PRO,64
3D Substrate,3D,DSC-DSC,42
3D Substrate,Substrate,DSC-DSC,58
3D Supramolecular Structure,1D Chains,PRO-DSC,39
3D Supramolecular Structure,2D,PRO-DSC,58
3D Supramolecular Structure,2D Layer,PRO-DSC,43
3D Supramolecular Structure,3D,PRO-DSC,41
3D Supramolecular Structure,Coordination Environment,PRO-PRO,62
3D Supramolecular Structure,Hydrogen,PRO-CHM,91
3D Supramolecular Structure,Layers,PRO-DSC,37
3D Supramolecular Structure,Structure,PRO-PRO,63
3D Surface Plot,SEM,CMT-CMT,49
3D Surface Plot,Surface,CMT-DSC,31
3D Surface Profile,SEM,CMT-CMT,64
3D Surface Profile,Substrate,CMT-DSC,32
3D Surface Profile,Surface,CMT-DSC,46
3D Surface Topography,SEM,PRO-CMT,65
3D Surface Topography,Surface,PRO-DSC,69
3D Surfaces,2D,DSC-DSC,31
3D Surfaces,3D,DSC-DSC,73
3D Surfaces,Layers,DSC-DSC,38
3D Surfaces,SEM,DSC-CMT,45
3D Surfaces,Structure,DSC-PRO,30
3D Surfaces,Substrate,DSC-DSC,43
3D Surfaces,Surface,CMT-DSC,37
3D Surfaces,Surface,DSC-DSC,133
3D Surfaces,Surfaces,DSC-DSC,56
3D Topography,AFM,CMT-CMT,96
3D Topography,AFM,PRO-CMT,51
3D Topography,Film,CMT-DSC,45
3D Topography,Films,CMT-DSC,32
3D Topography,Layers,CMT-DSC,30
3D Topography,SEM,CMT-CMT,75
3D Topography,SEM,PRO-CMT,79
3D Topography,Substrate,CMT-DSC,56
3D Topography,Substrate,PRO-DSC,40
3D Topography,Surface,CMT-DSC,100
3D Topography,Surface,PRO-DSC,97
3D Topography,Surfaces,CMT-DSC,34
3D Topography,Surfaces,PRO-DSC,39
3D Topography,Topography,CMT-PRO,37
3D Topography,Topography,PRO-PRO,35
3D Topography,XRD,PRO-CMT,39
3D Urchin-like,Urchin,DSC-CHM,34
3D View,SEM,CMT-CMT,34
3D View,Surface,CMT-DSC,36
3D Visualization,3D,CMT-CMT,59
3D Visualization,Layers,CMT-DSC,45
3D Visualization,Morphology,CMT-PRO,31
3D Visualization,Particles,CMT-DSC,45
3D Visualization,Porosity,CMT-PRO,39
3D Visualization,SEM,CMT-CMT,61
3D Visualization,Surface,CMT-DSC,77
3D XPS,1s XPS,CMT-CMT,112
3D XPS,2PXPS,CMT-CMT,201
3D XPS,2p,CMT-CMT,79
3D XPS,3D,CMT-CMT,54
3D XPS,4f XPS,CMT-CMT,61
3D XPS,AFM,CMT-CMT,62
3D XPS,Ag,CMT-CHM,216
3D XPS,AgCl,CMT-CHM,32
3D XPS,Al,CMT-CHM,50
3D XPS,Al2O3,CMT-CHM,62
3D XPS,Annealed,CMT-SMT,36
3D XPS,Annealing,CMT-SMT,38
3D XPS,As Prepared,CMT-DSC,99
3D XPS,As-Synthesized,CMT-DSC,34
3D XPS,Au,CMT-CHM,57
3D XPS,BET Surface Area,CMT-PRO,33
3D XPS,Br,CMT-CHM,35
3D XPS,Bulk,CMT-DSC,57
3D XPS,C,CMT-CHM,44
3D XPS,C 1s XPS,CMT-CMT,90
3D XPS,C-V Curve,CMT-CMT,52
3D XPS,CH4,CMT-CHM,33
3D XPS,CO,CMT-CHM,124
3D XPS,CO2,CMT-CHM,74
3D XPS,CV,CMT-CMT,84
3D XPS,Calcination,CMT-SMT,40
3D XPS,Calcined,CMT-SMT,64
3D XPS,Carbon,CMT-CHM,79
3D XPS,Catalyst,CMT-APL,368
3D XPS,Catalytic Activity,CMT-PRO,44
3D XPS,Catalytic Performance,CMT-PRO,54
3D XPS,Ce,CMT-CHM,98
3D XPS,CeO2,CMT-CHM,121
3D XPS,Co,CMT-CHM,69
3D XPS,Composite,CMT-DSC,119
3D XPS,Compositions,CMT-PRO,36
3D XPS,Cu,CMT-CHM,79
3D XPS,Cyclic Voltammogram,CMT-CMT,41
3D XPS,Cycling Performance,CMT-PRO,68
3D XPS,Doped,CMT-DSC,56
3D XPS,EDS,CMT-CMT,94
3D XPS,EDS Mapping,CMT-CMT,32
3D XPS,EDX,CMT-CMT,73
3D XPS,EXAFS,CMT-CMT,30
3D XPS,Eis,CMT-CMT,47
3D XPS,Electrode,CMT-APL,96
3D XPS,Electrodes,CMT-APL,91
3D XPS,Elemental Mapping,CMT-CMT,83
3D XPS,Ethanol,CMT-CHM,31
3D XPS,FESEM,CMT-CMT,45
3D XPS,FT-IR,CMT-CMT,83
3D XPS,FTIR,CMT-CMT,84
3D XPS,Fe,CMT-CHM,56
3D XPS,Film,CMT-DSC,69
3D XPS,Films,CMT-DSC,65
3D XPS,H2,CMT-CHM,136
3D XPS,H2-TPR,CMT-CHM,89
3D XPS,H2-TPR,CMT-CMT,89
3D XPS,H2O,CMT-CHM,46
3D XPS,H2O2,CMT-CHM,36
3D XPS,H2SO4,CMT-CHM,44
3D XPS,HAADF STEM,CMT-CMT,82
3D XPS,HER,CMT-CHM,32
3D XPS,HRTEM,CMT-CMT,397
3D XPS,Heating,CMT-SMT,38
3D XPS,High Resolution TEM,CMT-CMT,34
3D XPS,High-Resolution,CMT-CMT,32
3D XPS,Hydrogen,CMT-CHM,61
3D XPS,Irradiation,CMT-SMT,34
3D XPS,KOH,CMT-CHM,69
3D XPS,LSV,CMT-CMT,33
3D XPS,Layers,CMT-DSC,52
3D XPS,Li,CMT-CHM,31
3D XPS,Mn,CMT-CHM,31
3D XPS,Mo,CMT-CHM,181
3D XPS,MoO3,CMT-CHM,37
3D XPS,MoS2,CMT-CHM,42
3D XPS,Morphology,CMT-PRO,35
3D XPS,N2,CMT-CHM,180
3D XPS,N2 Adsorption Desorption Isotherms,CMT-CMT,70
3D XPS,NH3,CMT-CHM,55
3D XPS,NH3TPD,CMT-CMT,40
3D XPS,NPS,CMT-DSC,55
3D XPS,Nanocomposite,CMT-DSC,44
3D XPS,Nanoparticles,CMT-DSC,96
3D XPS,Nanosheets,CMT-DSC,37
3D XPS,Ni,CMT-CHM,66
3D XPS,Nitrogen,CMT-CHM,81
3D XPS,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,36
3D XPS,Nyquist Plot,CMT-CMT,100
3D XPS,O,CMT-CHM,239
3D XPS,O 1s XPS,CMT-CMT,41
3D XPS,O1S XPS,CMT-CMT,62
3D XPS,O2,CMT-CHM,125
3D XPS,Oxygen,CMT-CHM,95
3D XPS,Particle Size Distribution,CMT-PRO,67
3D XPS,Particles,CMT-DSC,70
3D XPS,Pd,CMT-CHM,155
3D XPS,Photo Luminescence,CMT-CMT,36
3D XPS,Photocatalyst,CMT-APL,32
3D XPS,Photocatalysts,CMT-APL,48
3D XPS,Photocatalytic Degradation,CMT-APL,34
3D XPS,Polarization Curve,CMT-CMT,44
3D XPS,Pore Size Distribution,CMT-PRO,79
3D XPS,Powder,CMT-DSC,51
3D XPS,Pt,CMT-CHM,114
3D XPS,Pure,CMT-DSC,39
3D XPS,Raman,CMT-CMT,251
3D XPS,Rate Capability,CMT-PRO,30
3D XPS,Rate Performance,CMT-PRO,43
3D XPS,Reductions,CMT-SMT,43
3D XPS,Ru,CMT-CHM,48
3D XPS,SAED,CMT-CMT,117
3D XPS,SEM,CMT-CMT,446
3D XPS,Se,CMT-CHM,38
3D XPS,Si,CMT-CHM,51
3D XPS,SiO2,CMT-CHM,41
3D XPS,Silver,CMT-CHM,33
3D XPS,Size Distribution,CMT-PRO,36
3D XPS,Sn,CMT-CHM,94
3D XPS,SnO2,CMT-CHM,58
3D XPS,Stability,CMT-PRO,42
3D XPS,Stem,CMT-CMT,43
3D XPS,Structure,CMT-PRO,46
3D XPS,Substrate,CMT-DSC,66
3D XPS,Surface,CMT-DSC,142
3D XPS,Surfaces,CMT-DSC,39
3D XPS,Survey XPS,CMT-CMT,31
3D XPS,TEM,CMT-CMT,599
3D XPS,TPR,CMT-CMT,38
3D XPS,Tafel Plots,CMT-CMT,62
3D XPS,Tga,CMT-CMT,41
3D XPS,Thin Films,CMT-DSC,32
3D XPS,Ti,CMT-CHM,78
3D XPS,TiO2,CMT-CHM,82
3D XPS,UV Vis Absorption,CMT-CMT,60
3D XPS,UV Vis Diffuse Reflectance,CMT-CMT,34
3D XPS,X-Ray Diffraction,CMT-CMT,56
3D XPS,XPS,CMT-CMT,474
3D XPS,XRD,CMT-CMT,671
3D XPS,Xanes,CMT-CMT,42
3D XPS,Zn,CMT-CHM,36
3D XPS,Zr,CMT-CHM,44
3D-AFM,AFM,CMT-CMT,68
3D-AFM,Film,CMT-DSC,49
3D-AFM,Films,CMT-DSC,64
3D-AFM,Layers,CMT-DSC,31
3D-AFM,SEM,CMT-CMT,91
3D-AFM,Substrate,CMT-DSC,67
3D-AFM,Surface,CMT-DSC,57
3D-AFM,TEM,CMT-CMT,36
3D-AFM,Thin Films,CMT-DSC,47
3D-AFM,XRD,CMT-CMT,65
3D-G,Graphene,DSC-CHM,34
3D-GNS,Graphene,DSC-CHM,31
3D-Ising Model,Arrott Plots,CMT-CMT,45
3D-Ising Model,Critical Exponent,CMT-PRO,32
3D-Ising Model,Magnetization,CMT-PRO,32
3D-Ising Model,TC,CMT-PRO,52
3D-Ising Model,β,CMT-PRO,30
3D-QSAR,Activity,CMT-PRO,57
3D-QSAR,Biological Activity,CMT-PRO,42
3D-QSAR,COMSIA,CMT-CMT,133
3D-QSAR,Comfa,CMT-CMT,170
3D-QSAR,Comparative Molecular Field Analysis,CMT-CMT,86
3D-QSAR,Comparative Molecular Similarity Indices Analysis,CMT-CMT,51
3D-QSAR,Contour Map,CMT-CMT,34
3D-QSAR,Docking,CMT-CMT,59
3D-QSAR,Electrostatics,CMT-PRO,41
3D-QSAR,Hydrogen,CMT-CHM,90
3D-QSAR,Hydrophobic,CMT-PRO,50
3D-QSAR,Inhibitor,CMT-APL,64
3D-QSAR,Inhibitory Activity,CMT-PRO,57
3D-QSAR,Molecular Docking,CMT-CMT,70
3D-QSAR,PIC50,CMT-PRO,34
3D-QSAR,Pharmacophore Modeling,CMT-CMT,30
3D-QSAR,Predictive Ability,CMT-PRO,40
3D-QSAR,Q 2,CMT-PRO,84
3D-QSAR,QSAR,CMT-CMT,46
3D-QSAR,R2,CMT-PRO,115
3D-QSAR,Steric,CMT-PRO,40
3D-QSAR,Structure Activity Relationship,CMT-PRO,38
3D-QSAR,Three - Dimensional Quantitative Structure - Activity Relationship,CMT-CMT,50
3D.,2D,DSC-DSC,66
3D.,SEM,DSC-CMT,34
3D5,XPS,CMT-CMT,49
3D5,XPS,PRO-CMT,33
3DAP,Aged,CMT-SMT,54
3DAP,Aging,CMT-SMT,35
3DAP,Al,CMT-CHM,54
3DAP,Alloy,CMT-DSC,99
3DAP,Alloys,CMT-DSC,68
3DAP,Annealed,CMT-SMT,34
3DAP,Cluster,CMT-DSC,37
3DAP,Co,CMT-CHM,40
3DAP,Compositions,CMT-PRO,55
3DAP,Cr,CMT-CHM,37
3DAP,Cu,CMT-CHM,79
3DAP,Fe,CMT-CHM,60
3DAP,Grain Boundary,CMT-PRO,34
3DAP,HRTEM,CMT-CMT,32
3DAP,Interface,CMT-DSC,42
3DAP,Matrix,CMT-DSC,30
3DAP,Mg,CMT-CHM,36
3DAP,Microstructure,CMT-PRO,59
3DAP,Ni,CMT-CHM,37
3DAP,Particles,CMT-DSC,32
3DAP,Precipitates,CMT-DSC,69
3DAP,Si,CMT-CHM,32
3DAP,TEM,CMT-CMT,85
3DAP,Three - Dimensional Atom Probe,CMT-CMT,75
3DAP,Transmission Electron Microscopy,CMT-CMT,35
3DG,3D,DSC-DSC,36
3DG,CV,DSC-CMT,32
3DG,Carbon,DSC-CHM,40
3DG,Composite,DSC-DSC,47
3DG,Electrode,DSC-APL,56
3DG,Electrodes,DSC-APL,41
3DG,Graphene,DSC-CHM,89
3DG,Raman,DSC-CMT,37
3DG,SEM,DSC-CMT,76
3DG,Structure,DSC-PRO,37
3DG,TEM,DSC-CMT,50
3DG,Three Dimensional,DSC-DSC,49
3DG,XRD,DSC-CMT,51
3DGN,Graphene,CHM-CHM,30
3DGN,SEM,CHM-CMT,35
3DGN,TEM,CHM-CMT,31
3DOM,3D,DSC-DSC,47
3DOM,Activity,DSC-PRO,43
3DOM,Ag,DSC-CHM,37
3DOM,Anode,DSC-APL,43
3DOM,As Prepared,DSC-DSC,65
3DOM,Au,DSC-CHM,84
3DOM,Bulk,DSC-DSC,59
3DOM,CO,DSC-CHM,44
3DOM,CO2,DSC-CHM,60
3DOM,CV,DSC-CMT,40
3DOM,Calcination,DSC-SMT,67
3DOM,Calcined,DSC-SMT,43
3DOM,Capacity,DSC-PRO,30
3DOM,Carbon,DSC-CHM,138
3DOM,Catalyst,DSC-APL,185
3DOM,Catalytic Activity,DSC-PRO,94
3DOM,Catalytic Performance,DSC-PRO,83
3DOM,Cathode,DSC-APL,42
3DOM,CeO2,DSC-CHM,56
3DOM,Co,DSC-CHM,50
3DOM,Co3O4,DSC-CHM,42
3DOM,Coated,DSC-SMT,31
3DOM,Colloidal Crystal Templating,DSC-SMT,44
3DOM,Colloidal Crystals,DSC-DSC,85
3DOM,Composite,DSC-DSC,123
3DOM,Compositions,DSC-PRO,34
3DOM,Crystal,DSC-DSC,33
3DOM,Crystal Structure,DSC-PRO,32
3DOM,Cu,DSC-CHM,43
3DOM,Cycling Performance,DSC-PRO,39
3DOM,Doped,DSC-DSC,41
3DOM,EDS,DSC-CMT,33
3DOM,Electrode,DSC-APL,104
3DOM,Electrodes,DSC-APL,83
3DOM,Electrolyte,DSC-APL,38
3DOM,FESEM,DSC-CMT,39
3DOM,FT-IR,DSC-CMT,42
3DOM,Fe,DSC-CHM,53
3DOM,Film,DSC-DSC,64
3DOM,Films,DSC-DSC,50
3DOM,H2,DSC-CHM,64
3DOM,H2-TPR,DSC-CHM,70
3DOM,H2-TPR,DSC-CMT,72
3DOM,H2O,DSC-CHM,39
3DOM,HAADF STEM,DSC-CMT,30
3DOM,HRTEM,DSC-CMT,128
3DOM,High Resolution TEM,DSC-CMT,36
3DOM,Hydrogen,DSC-CHM,53
3DOM,Inverse Opal,DSC-DSC,35
3DOM,Layers,DSC-DSC,53
3DOM,Li,DSC-CHM,56
3DOM,Lithium,DSC-CHM,55
3DOM,Macropore,DSC-PRO,41
3DOM,Macroporous,DSC-DSC,184
3DOM,Mesoporous,DSC-DSC,91
3DOM,Methanol,DSC-CHM,34
3DOM,Microspheres,DSC-DSC,46
3DOM,Mn,DSC-CHM,33
3DOM,Morphologies,DSC-PRO,33
3DOM,Morphology,DSC-PRO,53
3DOM,N2,DSC-CHM,95
3DOM,N2 Adsorption Desorption Isotherms,DSC-CMT,40
3DOM,NPS,DSC-DSC,50
3DOM,Nanocomposite,DSC-DSC,35
3DOM,Nanoparticles,DSC-DSC,127
3DOM,Nanotube,DSC-DSC,35
3DOM,Ni,DSC-CHM,50
3DOM,Nitrogen,DSC-CHM,104
3DOM,Nitrogen Adsorption Desorption Isotherms,DSC-CMT,41
3DOM,O,DSC-CHM,71
3DOM,O2,DSC-CHM,74
3DOM,Of Chemistry,DSC-CMT,40
3DOM,Ordered,DSC-PRO,30
3DOM,Oxides,DSC-CHM,32
3DOM,Oxygen,DSC-CHM,134
3DOM,PMMA,DSC-CHM,69
3DOM,Particle,DSC-DSC,30
3DOM,Particles,DSC-DSC,72
3DOM,Pd,DSC-CHM,41
3DOM,Perovskites,DSC-CHM,36
3DOM,Perovskites,DSC-SPL,39
3DOM,Photo Catalytic Activity,DSC-PRO,30
3DOM,Photocatalysts,DSC-APL,41
3DOM,Physicochemical Properties,DSC-PRO,30
3DOM,Polymethylmethacrylate,DSC-CHM,33
3DOM,Polystyrene,DSC-CHM,70
3DOM,Pore Size Distribution,DSC-PRO,64
3DOM,Pore Sizes,DSC-PRO,49
3DOM,Pore Volume,DSC-PRO,32
3DOM,Porosity,DSC-PRO,31
3DOM,Porous,DSC-DSC,84
3DOM,Pt,DSC-CHM,80
3DOM,Raman,DSC-CMT,51
3DOM,Rate Capability,DSC-PRO,36
3DOM,Rate Performance,DSC-PRO,33
3DOM,Reducibility,DSC-PRO,39
3DOM,SAED,DSC-CMT,58
3DOM,SEM,DSC-CMT,367
3DOM,Scanning Electron Microscopy,DSC-CMT,48
3DOM,Si,DSC-CHM,40
3DOM,SiO2,DSC-CHM,50
3DOM,Silica,DSC-CHM,70
3DOM,Society,DSC-CMT,43
3DOM,Sol-Gel,DSC-SMT,32
3DOM,Soot Combustion,DSC-APL,31
3DOM,Specific Surface Area,DSC-PRO,30
3DOM,Sphere,DSC-DSC,82
3DOM,Stability,DSC-PRO,43
3DOM,Structure,DSC-PRO,200
3DOM,Structures,DSC-PRO,31
3DOM,Substrate,DSC-DSC,53
3DOM,Surface,DSC-DSC,157
3DOM,Surface Area,DSC-PRO,82
3DOM,TEM,DSC-CMT,280
3DOM,Three Dimensionally,DSC-DSC,39
3DOM,Three-Dimensional Ordered Macroporous,DSC-DSC,39
3DOM,Three-Dimensionalally Ordered Macroporous,DSC-DSC,137
3DOM,Three-Dimensionally Ordered,DSC-DSC,52
3DOM,Ti,DSC-CHM,37
3DOM,TiO2,DSC-CHM,98
3DOM,Toluene,DSC-CHM,31
3DOM,Transmission Electron Microscopy,DSC-CMT,48
3DOM,X-Ray Diffraction,DSC-CMT,65
3DOM,XPS,DSC-CMT,139
3DOM,XRD,DSC-CMT,252
3DOM,ZnO,DSC-CHM,31
3DP,3D Printed,CHM-SMT,33
3DP,3D Printing,SMT-SMT,36
3DP,Layers,CHM-DSC,36
3DP,Powder,CHM-DSC,43
3DP,Powder,SMT-DSC,36
3DP,SEM,CHM-CMT,64
3DP,SEM,DSC-CMT,42
3DP,Structure,CHM-PRO,30
3DP,Surface,CHM-DSC,30
3DP,Three-Dimensional Printing,CHM-SMT,41
3DP,Three-Dimensional Printing,SMT-SMT,42
3H,Cells,CHM-DSC,72
3H,Radioactivity,CHM-PRO,31
3H,Thymidine,CHM-CHM,59
3H Thymidine,Apoptosis,CHM-PRO,35
3H Thymidine,Autoradiography,CHM-CMT,49
3H Thymidine,Bone,CHM-DSC,30
3H Thymidine,CFSE,CHM-CHM,54
3H Thymidine,Cell,CHM-APL,33
3H Thymidine,Cell,CHM-DSC,80
3H Thymidine,Cell,CHM-PRO,88
3H Thymidine,Cell Cycle,CHM-PRO,60
3H Thymidine,Cell Number,CHM-PRO,43
3H Thymidine,Cell Proliferation,CHM-PRO,106
3H Thymidine,Cell Viability,CHM-PRO,36
3H Thymidine,Cells,CHM-APL,112
3H Thymidine,Cells,CHM-DSC,257
3H Thymidine,Cells,CHM-PRO,103
3H Thymidine,Cytotoxicity,CHM-PRO,33
3H Thymidine,DAPI,CHM-CHM,37
3H Thymidine,DMSO,CHM-CHM,30
3H Thymidine,DNA,CHM-PRO,106
3H Thymidine,DNA Synthesis,CHM-PRO,103
3H Thymidine,ELISA,CHM-CMT,105
3H Thymidine,Enzyme-Linked Immunosorbent Assay,CHM-CMT,30
3H Thymidine,FITC,CHM-CHM,48
3H Thymidine,Facs,CHM-CMT,30
3H Thymidine,Flow Cytometric Analysis,CHM-CMT,39
3H Thymidine,Flow Cytometry,CHM-CMT,173
3H Thymidine,Fluorescence Intensity,CHM-PRO,32
3H Thymidine,Haematoxylin,CHM-CHM,37
3H Thymidine,Immunoblotting,CHM-CMT,30
3H Thymidine,Ionomycin,CHM-CHM,33
3H Thymidine,Irradiated,CHM-SMT,61
3H Thymidine,MFI,CHM-PRO,30
3H Thymidine,MTT,CHM-CHM,34
3H Thymidine,Membrane,CHM-DSC,50
3H Thymidine,Mice,CHM-DSC,46
3H Thymidine,Monolayers,CHM-DSC,36
3H Thymidine,Morphology,CHM-PRO,32
3H Thymidine,PMA,CHM-CHM,31
3H Thymidine,Proliferation,CHM-PRO,89
3H Thymidine,Proliferative Response,CHM-PRO,32
3H Thymidine,Propidium Iodide,CHM-CHM,36
3H Thymidine,RT-PCR,CHM-CMT,59
3H Thymidine,SEM,CHM-CMT,31
3H Thymidine,Surface,CHM-DSC,50
3H Thymidine,T,CHM-APL,68
3H Thymidine,T Cells,CHM-APL,118
3H Thymidine,T Cells,CHM-PRO,97
3H Thymidine,Thymidine,CHM-CHM,72
3H Thymidine,Tyrosine,CHM-CHM,32
3H Thymidine,Western Blot,CHM-CMT,33
3H Thymidine,Western Blots,CHM-CMT,94
3H Thymidine,Western Blotting,CHM-CMT,61
3H2O,2H2O,CHM-CHM,30
3H2O,H2O,CHM-CHM,55
3H2O,Hydrogen,CHM-CHM,66
3H2O,Oxygen,CHM-CHM,42
3H2O,SEM,CHM-CMT,37
3H2O,Structure,CHM-PRO,41
3H2O,Surface,CHM-DSC,31
3H2O,XRD,CHM-CMT,38
3HB,3-Hydroxybutyrate,CHM-CHM,31
3HF,3-Hydroxyflavone,CHM-CHM,30
3HT,P3HT,CHM-CHM,37
3He,Detector,APL-APL,30
3He,Helium,PRO-CHM,38
3He / 4He,3He/4He Ratio,PRO-PRO,47
3He / 4He,CO2,PRO-CHM,42
3He / 4He,Compositions,PRO-PRO,30
3He / 4He,Helium,PRO-CHM,57
3He/4He,Compositions,PRO-PRO,31
3He/4He Ratio,3He / 4He,PRO-PRO,47
3He/4He Ratio,CO2,PRO-CHM,67
3He/4He Ratio,Carbon,PRO-CHM,30
3He/4He Ratio,Compositions,PRO-PRO,35
3He/4He Ratio,Crust,PRO-DSC,31
3He/4He Ratio,Helium,PRO-CHM,101
3He/4He Ratio,Isotopic Composition,PRO-PRO,37
3He/4He Ratio,Mantle,PRO-DSC,39
3He/4He Ratio,Ne,PRO-CHM,31
3He/4He Ratio,Olivines,PRO-CHM,33
3M HCl,HCl,CHM-CHM,39
3M HNO3,HNO3,CHM-CHM,43
3M KCl,Ag,CHM-CHM,266
3M KCl,AgCl,CHM-CHM,265
3M KCl,Au,CHM-CHM,37
3M KCl,CV,CHM-CMT,37
3M KCl,Carbon,CHM-CHM,38
3M KCl,Counter Electrode,CHM-APL,46
3M KCl,Cyclic Voltammetry,CHM-CMT,46
3M KCl,Cyclic Voltammogram,CHM-CMT,100
3M KCl,Electrode,CHM-APL,172
3M KCl,Electrodes,CHM-APL,91
3M KCl,Electrolyte,CHM-APL,32
3M KCl,Film,CHM-DSC,57
3M KCl,Films,CHM-DSC,39
3M KCl,H2O2,CHM-CHM,34
3M KCl,HCl,CHM-CHM,31
3M KCl,KCl,CHM-CHM,96
3M KCl,Layers,CHM-DSC,42
3M KCl,NaCl,CHM-CHM,40
3M KCl,Oxygen,CHM-CHM,32
3M KCl,Phosphate,CHM-CHM,43
3M KCl,Platinum,CHM-CHM,32
3M KCl,Pt,CHM-CHM,75
3M KCl,Raman,CHM-CMT,30
3M KCl,Reference Electrode,CHM-APL,95
3M KCl,SEM,CHM-CMT,108
3M KCl,Substrate,CHM-DSC,57
3M KCl,Surface,CHM-DSC,86
3M KCl,TEM,CHM-CMT,39
3M KCl,Working Electrodes,CHM-APL,54
3M KCl,XRD,CHM-CMT,48
3M Methanol,2p,CHM-CMT,30
3M Methanol,Ag,CHM-CHM,30
3M Methanol,As Prepared,CHM-DSC,33
3M Methanol,C,CHM-CHM,51
3M Methanol,C-V Curve,CHM-CMT,64
3M Methanol,CV,CHM-CMT,114
3M Methanol,CVS,CHM-CMT,41
3M Methanol,CVs,CHM-CMT,33
3M Methanol,Carbon,CHM-CHM,104
3M Methanol,Catalyst,CHM-APL,192
3M Methanol,Chronoamperometric Response,CHM-CMT,43
3M Methanol,Chronoamperometric Response,CHM-PRO,121
3M Methanol,Co,CHM-CHM,82
3M Methanol,Composite,CHM-DSC,35
3M Methanol,Current Density,CHM-PRO,36
3M Methanol,Cyclic Voltammogram,CHM-CMT,63
3M Methanol,Doped,CHM-DSC,48
3M Methanol,Durability,CHM-PRO,33
3M Methanol,Electrocatalyst,CHM-APL,41
3M Methanol,Electrode,CHM-APL,87
3M Methanol,Electrodes,CHM-APL,94
3M Methanol,Electrolyte,CHM-APL,34
3M Methanol,Electron Transfer Number,CHM-PRO,134
3M Methanol,Elemental Mapping,CHM-CMT,40
3M Methanol,Fe,CHM-CHM,72
3M Methanol,Graphene,CHM-CHM,50
3M Methanol,H2O2,CHM-CHM,37
3M Methanol,H2SO4,CHM-CHM,46
3M Methanol,HRTEM,CHM-CMT,144
3M Methanol,High Resolution XPS,CHM-CMT,47
3M Methanol,KL Plot,CHM-CMT,113
3M Methanol,KOH,CHM-CHM,305
3M Methanol,Koutecky-Levich Plot,CHM-CMT,102
3M Methanol,LSV,CHM-CMT,195
3M Methanol,LSV Curves,CHM-CMT,48
3M Methanol,LSVS,CHM-CMT,39
3M Methanol,Linear Sweep Voltammogram,CHM-CMT,35
3M Methanol,Methanol,CHM-CHM,118
3M Methanol,N2,CHM-CHM,174
3M Methanol,N2 Adsorption Desorption Isotherms,CHM-CMT,55
3M Methanol,Nitrogen,CHM-CHM,133
3M Methanol,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,45
3M Methanol,Nyquist Plot,CHM-CMT,31
3M Methanol,O,CHM-CHM,53
3M Methanol,O2,CHM-CHM,287
3M Methanol,ORR,CHM-APL,136
3M Methanol,Oxygen,CHM-CHM,97
3M Methanol,Peroxide,CHM-CHM,51
3M Methanol,Peroxide Yield,CHM-PRO,31
3M Methanol,Polarization Curve,CHM-CMT,56
3M Methanol,Pore Size Distribution,CHM-PRO,91
3M Methanol,Pt,CHM-CHM,309
3M Methanol,Pt/C,CHM-CHM,42
3M Methanol,RRDE,CHM-CMT,76
3M Methanol,Raman,CHM-CMT,158
3M Methanol,SAED,CHM-CMT,40
3M Methanol,SEM,CHM-CMT,227
3M Methanol,TEM,CHM-CMT,283
3M Methanol,Tafel Plots,CHM-CMT,116
3M Methanol,XPS,CHM-CMT,214
3M Methanol,XRD,CHM-CMT,187
3MLCT,Excited State,PRO-PRO,59
3MLCT,Luminescent,PRO-PRO,30
3MLCT,Metal-to-Ligand Charge Transfer,PRO-PRO,46
3MLCT,Photophysical Properties,PRO-PRO,30
3MLCT,Ru,PRO-CHM,36
3MLCT,Triplet Metal to Ligand Charge Transfer,PRO-PRO,44
3MP,2MP,CHM-CHM,47
3MP,3-Methylpentane,CHM-CHM,46
3MPa,1MPa,CHM-CHM,33
3MPa,5MPa,CHM-CHM,31
3MPa,CO2,CHM-CHM,45
3MPa,Catalyst,CHM-APL,75
3MPa,H2,CHM-CHM,45
3MPa,Hydrogen,CHM-CHM,39
3MPa,SEM,CHM-CMT,50
3MPa,Surface,CHM-DSC,38
3MPa,XRD,CHM-CMT,41
3Mn1,3Co1,CHM-CHM,1050
3Mn1,Al,CHM-CHM,84
3Mn1,Al2O3,CHM-CHM,40
3Mn1,Aluminum,CHM-CHM,36
3Mn1,Amorphous,CHM-DSC,36
3Mn1,Annealed,CHM-SMT,33
3Mn1,Annealing,CHM-SMT,32
3Mn1,Anode,CHM-APL,214
3Mn1,Anodes,CHM-APL,59
3Mn1,As Prepared,CHM-DSC,86
3Mn1,Batteries,CHM-APL,69
3Mn1,Battery,CHM-APL,109
3Mn1,Bulk,CHM-DSC,59
3Mn1,CV,CHM-CMT,109
3Mn1,Calcination,CHM-SMT,64
3Mn1,Calcined,CHM-SMT,56
3Mn1,Capacity,CHM-PRO,296
3Mn1,Capacity Retention,CHM-PRO,266
3Mn1,Carbon,CHM-CHM,189
3Mn1,Carbonates,CHM-CHM,55
3Mn1,Cathode,CHM-APL,635
3Mn1,Cathodes,CHM-APL,202
3Mn1,Cell,CHM-APL,301
3Mn1,Cells,CHM-APL,301
3Mn1,Charge Discharge Curve,CHM-CMT,91
3Mn1,Charge Discharge Curve,CHM-PRO,95
3Mn1,Charge Discharge Profile,CHM-PRO,58
3Mn1,Charge Discharge Test,CHM-CMT,32
3Mn1,Charge Transfer Resistance,CHM-PRO,74
3Mn1,Charges,CHM-CMT,44
3Mn1,Charges,CHM-PRO,162
3Mn1,Chemical Society,CHM-CMT,34
3Mn1,Co,CHM-CHM,203
3Mn1,Co-precipitation Method,CHM-SMT,43
3Mn1,Coated,CHM-SMT,158
3Mn1,Coatings,CHM-APL,138
3Mn1,Coatings,CHM-SMT,61
3Mn1,Coin Cell,CHM-APL,40
3Mn1,Composite,CHM-DSC,172
3Mn1,Compositions,CHM-PRO,106
3Mn1,Conductive,CHM-PRO,38
3Mn1,Conductivity,CHM-PRO,57
3Mn1,Coulombic Efficiency,CHM-PRO,151
3Mn1,Crystal Structure,CHM-PRO,107
3Mn1,Crystalline,CHM-DSC,32
3Mn1,Cu,CHM-CHM,34
3Mn1,Current Collector,CHM-APL,42
3Mn1,Curves,CHM-CMT,30
3Mn1,Cycle Life,CHM-PRO,45
3Mn1,Cycle Performance,CHM-PRO,128
3Mn1,Cycle Stability,CHM-PRO,32
3Mn1,Cycleability,CHM-PRO,52
3Mn1,Cyclic Performance,CHM-PRO,48
3Mn1,Cyclic Voltammetry,CHM-CMT,95
3Mn1,Cyclic Voltammogram,CHM-CMT,86
3Mn1,Cycling Performance,CHM-PRO,255
3Mn1,Cycling Stability,CHM-PRO,109
3Mn1,DMC,CHM-CHM,49
3Mn1,DSC,CHM-CMT,70
3Mn1,Delithiated,CHM-SMT,39
3Mn1,Delithiation,CHM-SMT,33
3Mn1,Differential Scanning Calorimetry,CHM-CMT,32
3Mn1,Discharge,CHM-PRO,60
3Mn1,Discharge,CHM-SMT,31
3Mn1,Discharge Capacity,CHM-PRO,384
3Mn1,Discharge Curves,CHM-CMT,61
3Mn1,Discharge Curves,CHM-PRO,113
3Mn1,Discharge Profile,CHM-PRO,53
3Mn1,Doped,CHM-DSC,59
3Mn1,EDS,CHM-CMT,47
3Mn1,EIS,CHM-CMT,34
3Mn1,Eis,CHM-CMT,125
3Mn1,Electrochemical Behavior,CHM-PRO,30
3Mn1,Electrochemical Impedance Spectroscopy,CHM-CMT,113
3Mn1,Electrochemical Performance,CHM-PRO,298
3Mn1,Electrochemical Properties,CHM-PRO,150
3Mn1,Electrochemical Society,CHM-CMT,41
3Mn1,Electrochemical Test,CHM-CMT,31
3Mn1,Electrode,CHM-APL,433
3Mn1,Electrodes,CHM-APL,299
3Mn1,Electrolyte,CHM-APL,391
3Mn1,Energy Density,CHM-PRO,84
3Mn1,Equivalent Circuits,CHM-CMT,58
3Mn1,Ethylene Carbonate,CHM-CHM,41
3Mn1,FESEM,CHM-CMT,36
3Mn1,Fe,CHM-CHM,56
3Mn1,Film,CHM-DSC,82
3Mn1,Full Cell,CHM-APL,87
3Mn1,Graphene,CHM-CHM,39
3Mn1,Graphite,CHM-CHM,223
3Mn1,HRTEM,CHM-CMT,89
3Mn1,Half Cell,CHM-APL,105
3Mn1,Hard,CHM-PRO,30
3Mn1,Heat Treatment,CHM-SMT,44
3Mn1,Heating,CHM-SMT,46
3Mn1,Hexagonal,CHM-SPL,62
3Mn1,Hydroxide,CHM-CHM,44
3Mn1,Impedance,CHM-PRO,87
3Mn1,Interface,CHM-DSC,78
3Mn1,Ionic Conductivity,CHM-PRO,69
3Mn1,LIB,CHM-APL,50
3Mn1,LIBs,CHM-APL,91
3Mn1,LTO,CHM-CHM,30
3Mn1,Lattice Parameter,CHM-PRO,81
3Mn1,Layered,CHM-DSC,303
3Mn1,Layers,CHM-DSC,189
3Mn1,Li,CHM-APL,30
3Mn1,Li,CHM-CHM,576
3Mn1,Li+,CHM-CHM,33
3Mn1,Li-Ion Battery,CHM-APL,90
3Mn1,Li-Ion Cell,CHM-APL,32
3Mn1,Li2CO3,CHM-CHM,32
3Mn1,Li2MnO3,CHM-CHM,48
3Mn1,Li4Ti5O12,CHM-CHM,53
3Mn1,LiCoO2,CHM-CHM,145
3Mn1,LiFePO4,CHM-CHM,117
3Mn1,LiMn2O4,CHM-CHM,79
3Mn1,LiNi1,CHM-CHM,672
3Mn1,LiPF6,CHM-CHM,137
3Mn1,Lithiated,CHM-SMT,36
3Mn1,Lithiation,CHM-SMT,31
3Mn1,Lithium,CHM-CHM,592
3Mn1,Lithium Ion Battery,CHM-APL,193
3Mn1,Lithium-Ion Batteries,CHM-APL,77
3Mn1,Lithium-Ion Cells,CHM-APL,37
3Mn1,Manganese,CHM-CHM,37
3Mn1,Microstructure,CHM-PRO,42
3Mn1,Mn,CHM-CHM,226
3Mn1,MnO2,CHM-CHM,33
3Mn1,Morphologies,CHM-PRO,36
3Mn1,Morphology,CHM-PRO,131
3Mn1,Na,CHM-CHM,84
3Mn1,Na+,CHM-CHM,46
3Mn1,NaFeO2,CHM-CHM,36
3Mn1,Nanocomposite,CHM-DSC,30
3Mn1,Nanoparticles,CHM-DSC,64
3Mn1,Nanosheets,CHM-DSC,31
3Mn1,Negative Electrode,CHM-APL,62
3Mn1,Ni,CHM-CHM,207
3Mn1,Ni2+,CHM-CHM,43
3Mn1,Nickel,CHM-CHM,54
3Mn1,Nyquist Plot,CHM-CMT,79
3Mn1,O,CHM-CHM,66
3Mn1,O2,CHM-CHM,44
3Mn1,O3,CHM-CHM,46
3Mn1,O3,CHM-SPL,36
3Mn1,Of Chemistry,CHM-CMT,64
3Mn1,Olivines,CHM-CHM,36
3Mn1,Olivines,CHM-SPL,35
3Mn1,Oxidation,CHM-SMT,37
3Mn1,Oxides,CHM-CHM,61
3Mn1,Oxygen,CHM-CHM,112
3Mn1,P2,CHM-SPL,39
3Mn1,PVDF,CHM-CHM,34
3Mn1,Particle,CHM-DSC,91
3Mn1,Particle Size,CHM-PRO,43
3Mn1,Particle Size Distribution,CHM-PRO,31
3Mn1,Particles,CHM-DSC,201
3Mn1,Porous,CHM-DSC,60
3Mn1,Positive Electrode,CHM-APL,101
3Mn1,Pouch Cells,CHM-APL,70
3Mn1,Powder,CHM-DSC,116
3Mn1,Powders,CHM-DSC,120
3Mn1,RCT,CHM-PRO,30
3Mn1,Raman,CHM-CMT,61
3Mn1,Rate Capabilities,CHM-PRO,47
3Mn1,Rate Capability,CHM-PRO,256
3Mn1,Rate Performance,CHM-PRO,134
3Mn1,Resistance,CHM-PRO,31
3Mn1,Reversible Capacity,CHM-PRO,63
3Mn1,Rietveld Refinement,CHM-CMT,65
3Mn1,SAED,CHM-CMT,34
3Mn1,SEM,CHM-CMT,443
3Mn1,Safety,CHM-PRO,53
3Mn1,Scanning Electron Microscope,CHM-CMT,32
3Mn1,Scanning Electron Microscopy,CHM-CMT,103
3Mn1,Sei,CHM-APL,55
3Mn1,Separator,CHM-APL,54
3Mn1,Si,CHM-CHM,48
3Mn1,Sn,CHM-CHM,31
3Mn1,Society,CHM-CMT,70
3Mn1,Sodium,CHM-CHM,71
3Mn1,Sol-Gel,CHM-SMT,54
3Mn1,Solid Electrolyte,CHM-APL,43
3Mn1,Solid Electrolyte Interphase,CHM-APL,34
3Mn1,Solid Solution,CHM-DSC,42
3Mn1,Specific Capacity,CHM-PRO,100
3Mn1,Spinels,CHM-SPL,92
3Mn1,Stability,CHM-PRO,50
3Mn1,Stem,CHM-CMT,31
3Mn1,Structural,CHM-PRO,69
3Mn1,Structural Stability,CHM-PRO,30
3Mn1,Structure,CHM-PRO,235
3Mn1,Structures,CHM-PRO,31
3Mn1,Surface,CHM-DSC,232
3Mn1,Surfaces,CHM-DSC,30
3Mn1,TEM,CHM-CMT,220
3Mn1,Thermal Stability,CHM-PRO,97
3Mn1,Thin Films,CHM-DSC,30
3Mn1,Ti,CHM-CHM,33
3Mn1,TiO2,CHM-CHM,40
3Mn1,Transition Metal,CHM-CHM,129
3Mn1,Transmission Electron Microscopy,CHM-CMT,52
3Mn1,Vinylene Carbonate,CHM-CHM,32
3Mn1,Voltage Profile,CHM-PRO,60
3Mn1,Voltages,CHM-PRO,95
3Mn1,X-Ray Diffraction,CHM-CMT,245
3Mn1,X-Ray Photoelectron Spectroscopy,CHM-CMT,65
3Mn1,XPS,CHM-CMT,160
3Mn1,XRD,CHM-CMT,446
3MnO3,Ferromagnetic,CHM-PRO,43
3MnO3,Film,CHM-DSC,55
3MnO3,Films,CHM-DSC,50
3MnO3,Heterostructure,CHM-DSC,36
3MnO3,Interface,CHM-DSC,34
3MnO3,La2,CHM-CHM,215
3MnO3,Layers,CHM-DSC,39
3MnO3,Magnetic Properties,CHM-PRO,33
3MnO3,Magnetics,CHM-PRO,39
3MnO3,Magnetization,CHM-PRO,54
3MnO3,Magneto Resistance,CHM-PRO,48
3MnO3,Manganite,CHM-CHM,50
3MnO3,Perovskites,CHM-CHM,40
3MnO3,Perovskites,CHM-SPL,53
3MnO3,Pulsed Laser Deposition,CHM-SMT,32
3MnO3,Resistance,CHM-PRO,30
3MnO3,Resistivity,CHM-PRO,44
3MnO3,SrTiO3,CHM-CHM,41
3MnO3,Substrate,CHM-DSC,65
3MnO3,Thin Films,CHM-DSC,55
3MnO3,X-Ray Diffraction,CHM-CMT,33
3N HCl,CH2Cl2,CHM-CHM,53
3N HCl,DMF,CHM-CHM,49
3N HCl,Et3N,CHM-CHM,35
3N HCl,H2,CHM-CHM,35
3N HCl,H2O,CHM-CHM,47
3N HCl,K2CO3,CHM-CHM,34
3N HCl,MeOH,CHM-CHM,55
3N HCl,NaH,CHM-CHM,39
3N HCl,THF,CHM-CHM,71
3PA,2PA,CHM-CHM,47
3QMAS NMR,Al,CMT-CHM,30
3QMAS NMR,Glass,CMT-DSC,30
3QMAS NMR,Glasses,CMT-DSC,38
3QMAS NMR,Oxygen,CMT-CHM,34
3S,2p,CMT-CMT,77
3S,Detection Limit,PRO-PRO,54
3S,Electrode,CMT-APL,43
3S,Electrode,PRO-APL,34
3S,Electrodes,CMT-APL,46
3S,HRTEM,CMT-CMT,48
3S,Mn,CMT-CHM,139
3S,MnO2,CMT-CHM,48
3S,Ni,CMT-CHM,30
3S,O,CMT-CHM,64
3S,Oxygen,CMT-CHM,33
3S,Raman,CMT-CMT,32
3S,SEM,CMT-CMT,80
3S,Specific Capacitance,CMT-PRO,33
3S,Surface,CMT-DSC,30
3S,TEM,CMT-CMT,69
3S,XPS,CMT-CMT,130
3S,XRD,CMT-CMT,89
3T3,Cytotoxicity,CMT-PRO,43
3YSZ,8YSZ,CHM-CHM,30
3YSZ,SEM,CHM-CMT,49
3YSZ,Sintered,CHM-SMT,31
3YSZ,Sintering,CHM-SMT,33
3YSZ,XRD,CHM-CMT,37
3YSZ,Zirconia,CHM-CHM,42
3m3m,AFM,SPL-CMT,34
3p XPS,Catalyst,CMT-APL,40
3p XPS,HRTEM,CMT-CMT,33
3p XPS,Ru,CMT-CHM,55
3p XPS,TEM,CMT-CMT,54
3p XPS,XPS,CMT-CMT,50
3p XPS,XRD,CMT-CMT,54
3qmas,17O,CMT-CHM,32
3qmas,Mas,CMT-CMT,38
3qmas,NMR,CMT-CMT,40
3qmas,Oxygen,CMT-CHM,33
3s XPS,Mn,CMT-CHM,37
3 M KCl,Ag,CHM-CHM,73
3 M KCl,AgCl,CHM-CHM,72
3 M KCl,Cyclic Voltammogram,CHM-CMT,37
3 M KCl,Electrode,CHM-APL,44
3 M KCl,Reference Electrode,CHM-APL,32
3 M KCl,SEM,CHM-CMT,35
3ω Method,Thermal Conductivity,CMT-PRO,31
4 MPa H2,Catalyst,CHM-APL,75
4 MPa H2,H2,CHM-CHM,32
4 MPa H2,Hydrogenation,CHM-SMT,31
4 MPa H2,TEM,CHM-CMT,42
4 MPa H2,XRD,CHM-CMT,44
4 Pa,AFM,CHM-CMT,38
4 Pa,Al,CHM-CHM,42
4 Pa,Amorphous,CHM-DSC,30
4 Pa,Annealed,CHM-SMT,38
4 Pa,Annealing,CHM-SMT,35
4 Pa,Film,CHM-DSC,124
4 Pa,Films,CHM-DSC,143
4 Pa,Hydrogen,CHM-CHM,32
4 Pa,Interface,CHM-DSC,37
4 Pa,Layers,CHM-DSC,60
4 Pa,N2,CHM-CHM,35
4 Pa,O,CHM-CHM,35
4 Pa,O2,CHM-CHM,60
4 Pa,Oxidation,CHM-SMT,33
4 Pa,Oxygen,CHM-CHM,97
4 Pa,SEM,CHM-CMT,80
4 Pa,Si,CHM-CHM,49
4 Pa,Structure,CHM-PRO,33
4 Pa,Substrate,CHM-DSC,129
4 Pa,Surface,CHM-DSC,98
4 Pa,Thin Films,CHM-DSC,77
4 Pa,XPS,CHM-CMT,40
4 Pa,XRD,CHM-CMT,72
"4,4 -Bipyridine",Hydrogen,CHM-CHM,44
"4,4'-Bipy","4,4'-Bipyridine",CHM-CHM,60
"4,4'-Bipyridine","1,10-Phenantroline",CHM-CHM,36
"4,4'-Bipyridine","1,2-Bis(4-Pyridyl)Ethylene",CHM-CHM,46
"4,4'-Bipyridine",1D,CHM-DSC,66
"4,4'-Bipyridine",1H,CHM-CHM,30
"4,4'-Bipyridine","2,2'-Bipyridine",CHM-CHM,47
"4,4'-Bipyridine",2D,CHM-DSC,102
"4,4'-Bipyridine",3D,CHM-DSC,114
"4,4'-Bipyridine","4,4'-Bipy",CHM-CHM,60
"4,4'-Bipyridine","4,4'-Bpy",CHM-CHM,75
"4,4'-Bipyridine",BPE,CHM-CHM,36
"4,4'-Bipyridine",BPY,CHM-CHM,140
"4,4'-Bipyridine",Bipy,CHM-CHM,61
"4,4'-Bipyridine",Bipyridine,CHM-CHM,43
"4,4'-Bipyridine",CO2,CHM-CHM,37
"4,4'-Bipyridine",Carboxylates,CHM-CHM,36
"4,4'-Bipyridine",Chains,CHM-DSC,41
"4,4'-Bipyridine",Cluster,CHM-DSC,31
"4,4'-Bipyridine",Co,CHM-CHM,30
"4,4'-Bipyridine",Coordination,CHM-PRO,65
"4,4'-Bipyridine",Coordination Polymer,CHM-DSC,99
"4,4'-Bipyridine",Coordination Polymer,CHM-PRO,35
"4,4'-Bipyridine",Crystal,CHM-DSC,46
"4,4'-Bipyridine",Crystal Structure,CHM-PRO,63
"4,4'-Bipyridine",Cu(II),CHM-CHM,34
"4,4'-Bipyridine",Elemental Analysis,CHM-CMT,88
"4,4'-Bipyridine",Hydrogen,CHM-CHM,142
"4,4'-Bipyridine",Hydrothermal Reaction,CHM-SMT,34
"4,4'-Bipyridine",Ir,CHM-CMT,56
"4,4'-Bipyridine",Layers,CHM-DSC,80
"4,4'-Bipyridine",Metals,CHM-PRO,60
"4,4'-Bipyridine",Monoclinic,CHM-SPL,34
"4,4'-Bipyridine",Nitrogen,CHM-CHM,38
"4,4'-Bipyridine",Oxygen,CHM-CHM,39
"4,4'-Bipyridine",Polymers,CHM-DSC,57
"4,4'-Bipyridine",Porous,CHM-DSC,48
"4,4'-Bipyridine",Pyrazine,CHM-CHM,58
"4,4'-Bipyridine",Pyridine,CHM-CHM,67
"4,4'-Bipyridine",Single Crystal,CHM-CMT,34
"4,4'-Bipyridine",Single Crystal,CHM-DSC,69
"4,4'-Bipyridine",Single Crystal X-Ray Diffraction,CHM-CMT,49
"4,4'-Bipyridine",Stability,CHM-PRO,32
"4,4'-Bipyridine",Structure,CHM-PRO,124
"4,4'-Bipyridine",Structures,CHM-PRO,62
"4,4'-Bipyridine",Surface,CHM-DSC,31
"4,4'-Bipyridine",Tga,CHM-CMT,30
"4,4'-Bipyridine",Thermogravimetric Analysis,CHM-CMT,39
"4,4'-Bipyridine",Two-Dimensional,CHM-DSC,58
"4,4'-Bipyridine",X-Ray Crystallography,CHM-CMT,34
"4,4'-Bipyridine",X-Ray Diffraction,CHM-CMT,108
"4,4'-Bpy","4,4'-Bipyridine",CHM-CHM,75
"4,4'-Dimethyl-2,2'-Bipyridine","1,10-Phenantroline",CHM-CHM,39
"4,4'-Dimethyl-2,2'-Bipyridine","2,2'-Bipyridine",CHM-CHM,86
"4,4'-Dimethyl-2,2'-Bipyridine",BPY,CHM-CHM,49
"4,4'-Dimethyl-2,2'-Bipyridine",DMBPy,CHM-CHM,35
"4,4'-Dimethyl-2,2'-Bipyridine",Phen,CHM-CHM,32
"4,4'-Diphenylmethane Diisocyanate",Polyurethanes,CHM-CHM,55
"4,4'-Oxydiphthalic Anhydride",Polyimides,CHM-CHM,31
"4,4-Difluoro-4-Bora-3a,4a-Diaza-S-Indacene",BODIPY,CHM-CHM,35
"4,4′-Bipyridine",BPY,CHM-CHM,41
"4,4′-Bipyridine",Hydrogen,CHM-CHM,52
"4,4′-Bipyridine",Layers,CHM-DSC,32
"4,4′-Bipyridine",Structure,CHM-PRO,33
"4,4′-Bipyridine",X-Ray Diffraction,CHM-CMT,34
"4,6-DMDBT","4,6-Dimethyl Dibenzothiophene",CHM-CHM,235
"4,6-DMDBT",4-MDBT,CHM-CHM,59
"4,6-DMDBT",Acidity,CHM-PRO,34
"4,6-DMDBT",Activity,CHM-PRO,96
"4,6-DMDBT",Al2O3,CHM-CHM,97
"4,6-DMDBT",Alumina,CHM-CHM,46
"4,6-DMDBT",Benzothiophene,CHM-CHM,56
"4,6-DMDBT",Calcined,CHM-SMT,31
"4,6-DMDBT",Carbon,CHM-CHM,43
"4,6-DMDBT",Catalyst,CHM-APL,325
"4,6-DMDBT",Catalytic Activity,CHM-PRO,69
"4,6-DMDBT",Catalytic Performance,CHM-PRO,40
"4,6-DMDBT",Co,CHM-CHM,34
"4,6-DMDBT",DBT,CHM-CHM,164
"4,6-DMDBT",Desulfurization,CHM-APL,62
"4,6-DMDBT",Desulfurization,CHM-SMT,50
"4,6-DMDBT",Dibenzothiophene,CHM-CHM,177
"4,6-DMDBT",Diesel,CHM-APL,33
"4,6-DMDBT",Diesel Fuel,CHM-APL,33
"4,6-DMDBT",FT-IR,CHM-CMT,64
"4,6-DMDBT",FTIR,CHM-CMT,40
"4,6-DMDBT",H2,CHM-CHM,43
"4,6-DMDBT",H2O2,CHM-CHM,68
"4,6-DMDBT",H2S,CHM-CHM,35
"4,6-DMDBT",HDS,CHM-APL,177
"4,6-DMDBT",HDS,CHM-SMT,84
"4,6-DMDBT",HDS Activity,CHM-PRO,48
"4,6-DMDBT",HRTEM,CHM-CMT,59
"4,6-DMDBT",Hydrodesulfurization,CHM-APL,94
"4,6-DMDBT",Hydrodesulfurization,CHM-SMT,35
"4,6-DMDBT",Hydrogen,CHM-CHM,46
"4,6-DMDBT",Hydrogenation,CHM-SMT,52
"4,6-DMDBT",Mesoporous,CHM-DSC,38
"4,6-DMDBT",Mo,CHM-CHM,115
"4,6-DMDBT",MoS2,CHM-CHM,64
"4,6-DMDBT",N2,CHM-CHM,71
"4,6-DMDBT",Naphthalene,CHM-CHM,30
"4,6-DMDBT",Ni,CHM-CHM,62
"4,6-DMDBT",NiMo,CHM-CHM,75
"4,6-DMDBT",Nitrogen,CHM-CHM,71
"4,6-DMDBT",O,CHM-CHM,39
"4,6-DMDBT",Oxidation,CHM-APL,40
"4,6-DMDBT",Oxidation,CHM-SMT,47
"4,6-DMDBT",Pore Size Distribution,CHM-PRO,41
"4,6-DMDBT",Pyridine,CHM-CHM,30
"4,6-DMDBT",SEM,CHM-CMT,60
"4,6-DMDBT",Silica,CHM-CHM,32
"4,6-DMDBT",Structure,CHM-PRO,31
"4,6-DMDBT",Sulfide,CHM-CHM,39
"4,6-DMDBT",Sulfided,CHM-SMT,31
"4,6-DMDBT",Sulfones,CHM-CHM,38
"4,6-DMDBT",Sulfur,CHM-CHM,213
"4,6-DMDBT",Surface,CHM-DSC,59
"4,6-DMDBT",TEM,CHM-CMT,78
"4,6-DMDBT",TPR,CHM-CMT,48
"4,6-DMDBT",Thiophene,CHM-CHM,42
"4,6-DMDBT",TiO2,CHM-CHM,32
"4,6-DMDBT",X-Ray Diffraction,CHM-CMT,39
"4,6-DMDBT",XPS,CHM-CMT,78
"4,6-DMDBT",XRD,CHM-CMT,123
"4,6-DMDBT",Zeolites,CHM-CHM,34
"4,6-DMDBT",γ-Al2O3,CHM-CHM,32
"4,6-Dimethyl Dibenzothiophene","4,6-DMDBT",CHM-CHM,235
"4,6-Dimethyl Dibenzothiophene",4-Methyldibenzothiophene,CHM-CHM,36
"4,6-Dimethyl Dibenzothiophene",Acidity,CHM-PRO,33
"4,6-Dimethyl Dibenzothiophene",Activity,CHM-PRO,130
"4,6-Dimethyl Dibenzothiophene",Adsorbent,CHM-APL,39
"4,6-Dimethyl Dibenzothiophene",Al2O3,CHM-CHM,95
"4,6-Dimethyl Dibenzothiophene",Alumina,CHM-CHM,48
"4,6-Dimethyl Dibenzothiophene",Benzothiophene,CHM-CHM,113
"4,6-Dimethyl Dibenzothiophene",Carbon,CHM-CHM,45
"4,6-Dimethyl Dibenzothiophene",Catalyst,CHM-APL,305
"4,6-Dimethyl Dibenzothiophene",Catalytic Activity,CHM-PRO,72
"4,6-Dimethyl Dibenzothiophene",DBT,CHM-CHM,201
"4,6-Dimethyl Dibenzothiophene",DMDBT,CHM-CHM,37
"4,6-Dimethyl Dibenzothiophene",Desulfurization,CHM-APL,67
"4,6-Dimethyl Dibenzothiophene",Desulfurization,CHM-SMT,45
"4,6-Dimethyl Dibenzothiophene",Dibenzothiophene,CHM-CHM,280
"4,6-Dimethyl Dibenzothiophene",Diesel,CHM-APL,35
"4,6-Dimethyl Dibenzothiophene",Diesel Fuel,CHM-APL,50
"4,6-Dimethyl Dibenzothiophene",FT-IR,CHM-CMT,31
"4,6-Dimethyl Dibenzothiophene",G-Al2O3,CHM-CHM,30
"4,6-Dimethyl Dibenzothiophene",H2O2,CHM-CHM,46
"4,6-Dimethyl Dibenzothiophene",HDS,CHM-APL,168
"4,6-Dimethyl Dibenzothiophene",HDS,CHM-SMT,40
"4,6-Dimethyl Dibenzothiophene",HDS Activity,CHM-PRO,44
"4,6-Dimethyl Dibenzothiophene",HRTEM,CHM-CMT,36
"4,6-Dimethyl Dibenzothiophene",Hydrodesulfurization,CHM-APL,122
"4,6-Dimethyl Dibenzothiophene",Hydrodesulfurization,CHM-SMT,47
"4,6-Dimethyl Dibenzothiophene",Hydrogen,CHM-CHM,43
"4,6-Dimethyl Dibenzothiophene",Hydrogenation,CHM-APL,36
"4,6-Dimethyl Dibenzothiophene",Hydrogenation,CHM-SMT,51
"4,6-Dimethyl Dibenzothiophene",Mesoporous,CHM-DSC,51
"4,6-Dimethyl Dibenzothiophene",Mo,CHM-CHM,79
"4,6-Dimethyl Dibenzothiophene",MoS2,CHM-CHM,53
"4,6-Dimethyl Dibenzothiophene",N2,CHM-CHM,48
"4,6-Dimethyl Dibenzothiophene",Naphthalene,CHM-CHM,30
"4,6-Dimethyl Dibenzothiophene",Ni,CHM-CHM,65
"4,6-Dimethyl Dibenzothiophene",NiMo,CHM-CHM,66
"4,6-Dimethyl Dibenzothiophene",Nitrogen,CHM-CHM,63
"4,6-Dimethyl Dibenzothiophene",Silica,CHM-CHM,34
"4,6-Dimethyl Dibenzothiophene",Structure,CHM-PRO,31
"4,6-Dimethyl Dibenzothiophene",Sulfide,CHM-CHM,42
"4,6-Dimethyl Dibenzothiophene",Sulfones,CHM-CHM,45
"4,6-Dimethyl Dibenzothiophene",Sulfur,CHM-CHM,230
"4,6-Dimethyl Dibenzothiophene",Surface,CHM-DSC,70
"4,6-Dimethyl Dibenzothiophene",Surface Area,CHM-PRO,32
"4,6-Dimethyl Dibenzothiophene",Thiophene,CHM-CHM,70
"4,6-Dimethyl Dibenzothiophene",X-Ray Diffraction,CHM-CMT,36
"4,6-Dimethyl Dibenzothiophene",XPS,CHM-CMT,39
"4,6-Dimethyl Dibenzothiophene",XRD,CHM-CMT,58
"4,6-Dimethyl Dibenzothiophene",Zeolites,CHM-CHM,42
"4,7-Diphenyl-1,10-Phenanthroline","1,10-Phenantroline",CHM-CHM,37
4-(2-Hydroxyethyl)-1-Piperazineethanesulfonic Acid,HEPES,CHM-CHM,53
4-(Dimethylamino)benzonitrile,DMABN,CHM-CHM,30
4-(Dimethylamino)pyridine,"1,8-Diazabicyclo[5.4.0]undec-7-ene",CHM-CHM,32
4-(Dimethylamino)pyridine,1H,CHM-CHM,35
4-(Dimethylamino)pyridine,"2,6-Lutidine",CHM-CHM,42
4-(Dimethylamino)pyridine,Ac2O,CHM-CHM,51
4-(Dimethylamino)pyridine,AcOH,CHM-CHM,60
4-(Dimethylamino)pyridine,Acetone,CHM-CHM,51
4-(Dimethylamino)pyridine,Benzyl,CHM-CHM,38
4-(Dimethylamino)pyridine,Boc,CHM-CHM,30
4-(Dimethylamino)pyridine,CH2Cl2,CHM-CHM,166
4-(Dimethylamino)pyridine,"CH2Cl2, 78C",CHM-CHM,45
4-(Dimethylamino)pyridine,CH3CN,CHM-CHM,39
4-(Dimethylamino)pyridine,CHCl3,CHM-CHM,33
4-(Dimethylamino)pyridine,DBU,CHM-CHM,38
4-(Dimethylamino)pyridine,DCC,CHM-CHM,30
4-(Dimethylamino)pyridine,DDQ,CHM-CHM,30
4-(Dimethylamino)pyridine,DIBAL-H,CHM-CHM,41
4-(Dimethylamino)pyridine,DMAP,CHM-CHM,289
4-(Dimethylamino)pyridine,DMF,CHM-CHM,127
4-(Dimethylamino)pyridine,DMSO,CHM-CHM,52
4-(Dimethylamino)pyridine,Dess-Martin Periodinane,CHM-SMT,36
4-(Dimethylamino)pyridine,Et2O,CHM-CHM,54
4-(Dimethylamino)pyridine,Et3N,CHM-CHM,85
4-(Dimethylamino)pyridine,EtOAc,CHM-CHM,39
4-(Dimethylamino)pyridine,H2,CHM-CHM,79
4-(Dimethylamino)pyridine,H2O,CHM-CHM,121
4-(Dimethylamino)pyridine,HCl,CHM-CHM,61
4-(Dimethylamino)pyridine,Imidazole,CHM-CHM,53
4-(Dimethylamino)pyridine,K2CO3,CHM-CHM,74
4-(Dimethylamino)pyridine,LiAlH4,CHM-CHM,38
4-(Dimethylamino)pyridine,MeCN,CHM-CHM,61
4-(Dimethylamino)pyridine,MeI,CHM-CHM,34
4-(Dimethylamino)pyridine,MeOH,CHM-CHM,138
4-(Dimethylamino)pyridine,"N,N-Dimethylformamide",CHM-CHM,47
4-(Dimethylamino)pyridine,NaBH4,CHM-CHM,50
4-(Dimethylamino)pyridine,NaH,CHM-CHM,53
4-(Dimethylamino)pyridine,NaHCO3,CHM-CHM,34
4-(Dimethylamino)pyridine,NaOH,CHM-CHM,45
4-(Dimethylamino)pyridine,PPh3,CHM-CHM,45
4-(Dimethylamino)pyridine,Pd(PPh3)4,CHM-CHM,31
4-(Dimethylamino)pyridine,Pd/C,CHM-CHM,38
4-(Dimethylamino)pyridine,Pyridine,CHM-CHM,105
4-(Dimethylamino)pyridine,TBAF,CHM-CHM,61
4-(Dimethylamino)pyridine,TBS,CHM-CHM,65
4-(Dimethylamino)pyridine,TBSOTf,CHM-CHM,31
4-(Dimethylamino)pyridine,TFA,CHM-CHM,53
4-(Dimethylamino)pyridine,TFA = Trifluoroacetic Acid,CHM-CHM,41
4-(Dimethylamino)pyridine,THF,CHM-CHM,175
4-(Dimethylamino)pyridine,"THF,78C",CHM-CHM,38
4-(Dimethylamino)pyridine,TMS,CHM-CHM,43
4-(Dimethylamino)pyridine,Tert-Butyldimethylsilyl,CHM-CHM,71
4-(Dimethylamino)pyridine,Tertbutoxycarbonyl,CHM-CHM,30
4-(Dimethylamino)pyridine,Tetrahydrofuran,CHM-CHM,43
4-(Dimethylamino)pyridine,Toluene,CHM-CHM,74
4-(Dimethylamino)pyridine,Trifluoromethanesulfonyl,CHM-CHM,38
4-(Dimethylamino)pyridine,Trimethylsilyl,CHM-CHM,42
4-(Dimethylamino)pyridine,tBuOH,CHM-CHM,38
"4-(N,N-Dimethylamino)pyridine",CH2Cl2,CHM-CHM,45
"4-(N,N-Dimethylamino)pyridine",DMAP,CHM-CHM,69
"4-(N,N-Dimethylamino)pyridine",DMF,CHM-CHM,34
"4-(N,N-Dimethylamino)pyridine",MeOH,CHM-CHM,38
"4-(N,N-Dimethylamino)pyridine",THF,CHM-CHM,43
4-ABA,Electrode,CHM-APL,30
4-ABT,4-Aminobenzenethiol,CHM-CHM,32
4-ABT,Ag,CHM-CHM,45
4-ABT,Au,CHM-CHM,31
4-ABT,Nanoparticles,CHM-DSC,33
4-ABT,Raman,CHM-CMT,56
4-ABT,SEM,CHM-CMT,30
4-ABT,Sers,CHM-CMT,57
4-ABT,Substrate,CHM-DSC,46
4-AP,4-Aminophenol,CHM-CHM,224
4-AP,4-Aminopyridine,CHM-CHM,38
4-AP,4-NP,CHM-APL,51
4-AP,4-NP,CHM-CHM,614
4-AP,4-Nitrophenol,CHM-CHM,240
4-AP,4-Nitrophenolate,CHM-CHM,35
4-AP,Absorbance,CHM-PRO,39
4-AP,Absorption Spectrum,CHM-CMT,30
4-AP,Activity,CHM-PRO,40
4-AP,Ag,CHM-CHM,159
4-AP,As Prepared,CHM-DSC,60
4-AP,Au,CHM-CHM,186
4-AP,C0,CHM-PRO,30
4-AP,Carbon,CHM-CHM,61
4-AP,Catalyst,CHM-APL,390
4-AP,Catalytic Activity,CHM-PRO,160
4-AP,Catalytic Performance,CHM-PRO,74
4-AP,Catalytic Reduction,CHM-APL,170
4-AP,Co,CHM-CHM,46
4-AP,Composite,CHM-DSC,107
4-AP,Cu,CHM-CHM,79
4-AP,EDS,CHM-CMT,114
4-AP,EDX,CHM-CMT,86
4-AP,Electrode,CHM-APL,60
4-AP,Electrodes,CHM-APL,38
4-AP,Elemental Mapping,CHM-CMT,41
4-AP,FESEM,CHM-CMT,60
4-AP,FT-IR,CHM-CMT,108
4-AP,FTIR,CHM-CMT,97
4-AP,Fe,CHM-CHM,47
4-AP,Fe3O4,CHM-CHM,55
4-AP,Graphene,CHM-CHM,31
4-AP,Graphene Oxide,CHM-CHM,38
4-AP,HAADF STEM,CHM-CMT,34
4-AP,HRTEM,CHM-CMT,208
4-AP,High Resolution XPS,CHM-CMT,32
4-AP,Hydrogen,CHM-CHM,40
4-AP,K,CHM-PRO,53
4-AP,K+,CHM-CHM,31
4-AP,KCl,CHM-CHM,33
4-AP,Magnetics,CHM-PRO,34
4-AP,Magnetization Curve,CHM-CMT,34
4-AP,Morphology,CHM-PRO,57
4-AP,N2,CHM-CHM,107
4-AP,N2 Adsorption Desorption Isotherms,CHM-CMT,53
4-AP,NPS,CHM-DSC,120
4-AP,NPs,CHM-DSC,53
4-AP,NaBH4,CHM-CHM,361
4-AP,Nanocatalyst,CHM-APL,59
4-AP,Nanocomposite,CHM-DSC,103
4-AP,Nanoparticle,CHM-DSC,50
4-AP,Nanoparticles,CHM-DSC,225
4-AP,Nanosheets,CHM-DSC,30
4-AP,Ni,CHM-CHM,72
4-AP,Nitrogen,CHM-CHM,55
4-AP,O,CHM-CHM,40
4-AP,Particle Size Distribution,CHM-PRO,33
4-AP,Particles,CHM-DSC,45
4-AP,Pd,CHM-CHM,91
4-AP,Pore Size Distribution,CHM-PRO,69
4-AP,Pt,CHM-CHM,48
4-AP,Raman,CHM-CMT,72
4-AP,Rate Constant,CHM-PRO,71
4-AP,Reduction Of,CHM-APL,31
4-AP,Reductions,CHM-APL,269
4-AP,Reductions,CHM-SMT,173
4-AP,SAED,CHM-CMT,69
4-AP,SEM,CHM-CMT,281
4-AP,SiO2,CHM-CHM,53
4-AP,Silica,CHM-CHM,30
4-AP,Silver,CHM-CHM,54
4-AP,Size Distribution,CHM-PRO,48
4-AP,Sodium Borohydride,CHM-CHM,34
4-AP,Stability,CHM-PRO,59
4-AP,Structure,CHM-PRO,68
4-AP,Surface,CHM-DSC,108
4-AP,TEM,CHM-CMT,443
4-AP,Tga,CHM-CMT,45
4-AP,TiO2,CHM-CHM,44
4-AP,Transmission Electron Microscopy,CHM-CMT,42
4-AP,UV Vis,CHM-CMT,145
4-AP,UV Vis Absorption,CHM-CMT,137
4-AP,UV-VIS Spectral,CHM-CMT,82
4-AP,UV-Vis Spectra,CHM-CMT,60
4-AP,X-Ray Diffraction,CHM-CMT,63
4-AP,XPS,CHM-CMT,205
4-AP,XRD,CHM-CMT,313
4-ATP,4-Aminothiophenol,CHM-CHM,118
4-ATP,4-NTP,CHM-CHM,32
4-ATP,AFM,CHM-CMT,42
4-ATP,Ag,CHM-CHM,168
4-ATP,As Prepared,CHM-DSC,33
4-ATP,Au,CHM-CHM,180
4-ATP,Coated,CHM-SMT,31
4-ATP,Cyclic Voltammogram,CHM-CMT,39
4-ATP,Electrode,CHM-APL,62
4-ATP,Electrodes,CHM-APL,37
4-ATP,FESEM,CHM-CMT,30
4-ATP,Film,CHM-DSC,73
4-ATP,Films,CHM-DSC,40
4-ATP,HRTEM,CHM-CMT,53
4-ATP,Layers,CHM-DSC,52
4-ATP,Monolayers,CHM-DSC,73
4-ATP,Morphology,CHM-PRO,31
4-ATP,NPS,CHM-DSC,84
4-ATP,NaBH4,CHM-CHM,32
4-ATP,Nanoparticle,CHM-DSC,35
4-ATP,Nanoparticles,CHM-DSC,108
4-ATP,Nanostructures,CHM-DSC,38
4-ATP,Particles,CHM-DSC,40
4-ATP,Raman,CHM-CMT,182
4-ATP,SAM,CHM-DSC,32
4-ATP,SEM,CHM-CMT,193
4-ATP,SERS,CHM-CMT,61
4-ATP,Sers,CHM-APL,60
4-ATP,Sers,CHM-CMT,217
4-ATP,Shell,CHM-DSC,30
4-ATP,Si,CHM-CHM,30
4-ATP,Silver,CHM-CHM,63
4-ATP,Structure,CHM-PRO,37
4-ATP,Substrate,CHM-DSC,169
4-ATP,Surface,CHM-DSC,134
4-ATP,Surface-Enhanced Raman Scattering,CHM-CMT,44
4-ATP,Surfaces,CHM-DSC,31
4-ATP,TEM,CHM-CMT,183
4-ATP,UV Vis,CHM-CMT,37
4-ATP,UV Vis Absorption,CHM-CMT,34
4-ATP,XPS,CHM-CMT,51
4-ATP,XRD,CHM-CMT,67
4-Aminobenzenethiol,4-ABT,CHM-CHM,32
4-Aminobenzenethiol,Ag,CHM-CHM,33
4-Aminobenzenethiol,Nanoparticles,CHM-DSC,33
4-Aminobenzenethiol,Sers,CHM-CMT,44
4-Aminobenzenethiol,Surface-Enhanced Raman Scattering,CHM-CMT,30
4-Aminobenzoic Acid,Electrode,CHM-APL,39
4-Aminobenzoic Acid,Surface,CHM-DSC,38
4-Aminophenol,4-AP,CHM-CHM,224
4-Aminophenol,4-NP,CHM-CHM,249
4-Aminophenol,4-Nitrophenol,CHM-APL,36
4-Aminophenol,4-Nitrophenol,CHM-CHM,614
4-Aminophenol,Absorbance,CHM-PRO,30
4-Aminophenol,Activity,CHM-PRO,76
4-Aminophenol,Ag,CHM-CHM,148
4-Aminophenol,Anilines,CHM-CHM,36
4-Aminophenol,As Prepared,CHM-DSC,63
4-Aminophenol,Au,CHM-CHM,182
4-Aminophenol,Carbon,CHM-CHM,100
4-Aminophenol,Catalysis,CHM-APL,45
4-Aminophenol,Catalyst,CHM-APL,331
4-Aminophenol,Catalytic Activity,CHM-PRO,282
4-Aminophenol,Catalytic Efficiency,CHM-PRO,32
4-Aminophenol,Catalytic Performance,CHM-PRO,90
4-Aminophenol,Catalytic Properties,CHM-PRO,31
4-Aminophenol,Catalytic Reduction,CHM-APL,97
4-Aminophenol,Co,CHM-CHM,30
4-Aminophenol,Composite,CHM-DSC,108
4-Aminophenol,Copper,CHM-CHM,31
4-Aminophenol,Core,CHM-DSC,30
4-Aminophenol,Cu,CHM-CHM,66
4-Aminophenol,Detection Limit,CHM-PRO,40
4-Aminophenol,Doped,CHM-DSC,32
4-Aminophenol,EDS,CHM-CMT,40
4-Aminophenol,EDX,CHM-CMT,56
4-Aminophenol,Electrode,CHM-APL,69
4-Aminophenol,Electrodes,CHM-APL,39
4-Aminophenol,FT-IR,CHM-CMT,59
4-Aminophenol,FTIR,CHM-CMT,63
4-Aminophenol,Fe3O4,CHM-CHM,40
4-Aminophenol,Fourier Transform Infrared Spectroscopy,CHM-CMT,35
4-Aminophenol,Graphene,CHM-CHM,49
4-Aminophenol,Graphene Oxide,CHM-CHM,71
4-Aminophenol,HRTEM,CHM-CMT,93
4-Aminophenol,Hydrogen,CHM-CHM,55
4-Aminophenol,Layers,CHM-DSC,43
4-Aminophenol,Magnetics,CHM-PRO,49
4-Aminophenol,Mesoporous,CHM-DSC,39
4-Aminophenol,Metals,CHM-PRO,39
4-Aminophenol,Microspheres,CHM-DSC,38
4-Aminophenol,Morphology,CHM-PRO,87
4-Aminophenol,N2,CHM-CHM,54
4-Aminophenol,NPS,CHM-DSC,142
4-Aminophenol,NaBH4,CHM-CHM,264
4-Aminophenol,Nanocatalyst,CHM-APL,49
4-Aminophenol,Nanocomposite,CHM-DSC,98
4-Aminophenol,Nanocrystals,CHM-DSC,35
4-Aminophenol,Nanoparticle,CHM-DSC,57
4-Aminophenol,Nanoparticles,CHM-DSC,390
4-Aminophenol,Nanosheets,CHM-DSC,32
4-Aminophenol,Nanostructures,CHM-DSC,34
4-Aminophenol,Ni,CHM-CHM,47
4-Aminophenol,Nitrogen,CHM-CHM,53
4-Aminophenol,Oxygen,CHM-CHM,34
4-Aminophenol,Particles,CHM-DSC,79
4-Aminophenol,Pd,CHM-CHM,88
4-Aminophenol,Porous,CHM-DSC,39
4-Aminophenol,Pt,CHM-CHM,64
4-Aminophenol,Raman,CHM-CMT,31
4-Aminophenol,Rate Constant,CHM-PRO,56
4-Aminophenol,Reduction Of,CHM-APL,33
4-Aminophenol,Reductions,CHM-APL,258
4-Aminophenol,Reductions,CHM-SMT,77
4-Aminophenol,Reusability,CHM-PRO,34
4-Aminophenol,SAED,CHM-CMT,30
4-Aminophenol,SEM,CHM-CMT,159
4-Aminophenol,Scanning Electron Microscopy,CHM-CMT,43
4-Aminophenol,Shell,CHM-DSC,34
4-Aminophenol,SiO2,CHM-CHM,37
4-Aminophenol,Silica,CHM-CHM,46
4-Aminophenol,Silver,CHM-CHM,90
4-Aminophenol,Sodium Borohydride,CHM-CHM,71
4-Aminophenol,Stability,CHM-PRO,108
4-Aminophenol,Structure,CHM-PRO,85
4-Aminophenol,Substrate,CHM-DSC,33
4-Aminophenol,Surface,CHM-DSC,152
4-Aminophenol,Surface Area,CHM-PRO,40
4-Aminophenol,Surfaces,CHM-DSC,33
4-Aminophenol,TEM,CHM-CMT,270
4-Aminophenol,Tga,CHM-CMT,31
4-Aminophenol,TiO2,CHM-CHM,51
4-Aminophenol,Transmission Electron Microscopy,CHM-CMT,89
4-Aminophenol,UV Vis,CHM-CMT,59
4-Aminophenol,UV Vis Absorption,CHM-CMT,47
4-Aminophenol,UV Vis Spectroscopy,CHM-CMT,34
4-Aminophenol,UV-VIS Spectral,CHM-CMT,34
4-Aminophenol,X-Ray Diffraction,CHM-CMT,87
4-Aminophenol,X-Ray Photoelectron Spectroscopy,CHM-CMT,41
4-Aminophenol,XPS,CHM-CMT,102
4-Aminophenol,XRD,CHM-CMT,178
4-Aminopyridine,4-AP,CHM-CHM,38
4-Aminopyridine,Hydrogen,CHM-CHM,33
4-Aminopyridine,Pyridine,CHM-CHM,42
4-Aminothiophenol,4-ATP,CHM-CHM,118
4-Aminothiophenol,Ag,CHM-CHM,80
4-Aminothiophenol,Au,CHM-CHM,87
4-Aminothiophenol,Carbon,CHM-CHM,33
4-Aminothiophenol,Electrode,CHM-APL,55
4-Aminothiophenol,Electrodes,CHM-APL,37
4-Aminothiophenol,Film,CHM-DSC,34
4-Aminothiophenol,Films,CHM-DSC,33
4-Aminothiophenol,Monolayers,CHM-DSC,71
4-Aminothiophenol,Morphology,CHM-PRO,30
4-Aminothiophenol,NPS,CHM-DSC,31
4-Aminothiophenol,Nanoparticles,CHM-DSC,116
4-Aminothiophenol,Raman,CHM-CMT,54
4-Aminothiophenol,SEM,CHM-CMT,35
4-Aminothiophenol,Self Assembled,CHM-SMT,36
4-Aminothiophenol,Sers,CHM-APL,50
4-Aminothiophenol,Sers,CHM-CMT,117
4-Aminothiophenol,Sers,CHM-PRO,30
4-Aminothiophenol,Silver,CHM-CHM,60
4-Aminothiophenol,Substrate,CHM-DSC,97
4-Aminothiophenol,Surface,CHM-DSC,94
4-Aminothiophenol,Surface-Enhanced Raman Scattering,CHM-CMT,72
4-Aminothiophenol,Surfaces,CHM-DSC,30
4-Aminothiophenol,TEM,CHM-CMT,42
4-Br,4-Cl,CHM-CHM,37
4-Bromoacetophenone,Catalyst,CHM-APL,44
4-Bromoacetophenone,Palladium,CHM-CHM,30
4-Bromoacetophenone,Pd,CHM-CHM,43
4-Bromoacetophenone,Phenylboronic Acid,CHM-CHM,35
4-Bromoanisole,Aryl Bromide,CHM-CHM,32
4-Bromoanisole,Aryl Halides,CHM-CHM,42
4-Bromoanisole,Catalyst,CHM-APL,49
4-Bromoanisole,Palladium,CHM-CHM,32
4-Bromoanisole,Pd,CHM-CHM,49
4-Bromoanisole,Phenylboronic Acid,CHM-CHM,68
4-Bromoanisole,TEM,CHM-CMT,31
4-Bromophenol,Phenol,CHM-CHM,34
4-Bromotoluene,Pd,CHM-CHM,34
4-Bromotoluene,Phenylboronic Acid,CHM-CHM,37
4-CH3,4-Cl,CHM-CHM,31
4-CP,"2,4,6-TCP",CHM-CHM,59
4-CP,"2,4,6-Trichlorophenol",CHM-CHM,32
4-CP,"2,4-DCP",CHM-CHM,112
4-CP,"2,4-Dichlorophenol",CHM-CHM,52
4-CP,2-CP,CHM-CHM,92
4-CP,3-CP,CHM-CHM,36
4-CP,4-Chlorophenol,CHM-CHM,409
4-CP,4-NP,CHM-CHM,46
4-CP,Activity,CHM-PRO,69
4-CP,Ag,CHM-CHM,103
4-CP,AgCl,CHM-CHM,54
4-CP,Anatase,CHM-SPL,55
4-CP,As Prepared,CHM-DSC,83
4-CP,Au,CHM-CHM,39
4-CP,Benzoquinone,CHM-CHM,30
4-CP,CO2,CHM-CHM,33
4-CP,COD,CHM-PRO,30
4-CP,Calcination,CHM-SMT,39
4-CP,Calcined,CHM-SMT,39
4-CP,Carbon,CHM-CHM,136
4-CP,Catalyst,CHM-APL,255
4-CP,Catalytic Activity,CHM-PRO,40
4-CP,Chlorides,CHM-CHM,65
4-CP,Chlorines,CHM-CHM,36
4-CP,Chlorophenols,CHM-CHM,77
4-CP,Cl,CHM-CHM,41
4-CP,Cl−,CHM-CHM,46
4-CP,Composite,CHM-DSC,98
4-CP,Cu,CHM-CHM,32
4-CP,Cyclic Voltammogram,CHM-CMT,42
4-CP,DMPO,CHM-CHM,55
4-CP,Degradation,CHM-APL,64
4-CP,Degradation Efficiency,CHM-PRO,52
4-CP,Degussa,CHM-CHM,33
4-CP,Doped,CHM-DSC,51
4-CP,EDS,CHM-CMT,63
4-CP,EDX,CHM-CMT,49
4-CP,ESR,CHM-CMT,34
4-CP,Electrode,CHM-APL,103
4-CP,Electrodes,CHM-APL,65
4-CP,FESEM,CHM-CMT,32
4-CP,FT-IR,CHM-CMT,91
4-CP,FTIR,CHM-CMT,72
4-CP,Fe,CHM-CHM,79
4-CP,Fe2+,CHM-CHM,32
4-CP,Fe3O4,CHM-CHM,32
4-CP,Film,CHM-DSC,45
4-CP,Films,CHM-DSC,34
4-CP,H2,CHM-CHM,39
4-CP,H2O2,CHM-CHM,139
4-CP,HDC,CHM-APL,33
4-CP,HDC,CHM-SMT,43
4-CP,HRTEM,CHM-CMT,157
4-CP,Heterojunction,CHM-DSC,31
4-CP,High Resolution XPS,CHM-CMT,36
4-CP,Hplc,CHM-CMT,35
4-CP,Hydrogen,CHM-CHM,38
4-CP,Hydrogen Peroxide,CHM-CHM,32
4-CP,Hydroquinone,CHM-CHM,38
4-CP,Hydroxyl,CHM-CHM,75
4-CP,Iron,CHM-CHM,54
4-CP,Irradiation,CHM-SMT,85
4-CP,K,CHM-PRO,32
4-CP,Methanol,CHM-CHM,59
4-CP,Morphology,CHM-PRO,42
4-CP,N2,CHM-CHM,119
4-CP,N2 Adsorption Desorption Isotherms,CHM-CMT,37
4-CP,Na2SO4,CHM-CHM,61
4-CP,NaOH,CHM-CHM,35
4-CP,Nanocomposite,CHM-DSC,40
4-CP,Nanoparticles,CHM-DSC,89
4-CP,Ni,CHM-CHM,34
4-CP,Nitrogen,CHM-CHM,77
4-CP,O,CHM-CHM,69
4-CP,O2,CHM-CHM,78
4-CP,OH,CHM-CHM,67
4-CP,Oxidation,CHM-APL,41
4-CP,Oxidation,CHM-SMT,40
4-CP,Oxygen,CHM-CHM,113
4-CP,PCP,CHM-CHM,40
4-CP,PL,CHM-CMT,40
4-CP,Particles,CHM-DSC,55
4-CP,Pd,CHM-CHM,81
4-CP,Phenol,CHM-CHM,191
4-CP,Phenolics,CHM-CHM,47
4-CP,Phosphate,CHM-CHM,30
4-CP,Photo Catalytic Activity,CHM-PRO,105
4-CP,Photo Luminescence,CHM-CMT,56
4-CP,Photocatalyst,CHM-APL,119
4-CP,Photocatalysts,CHM-APL,101
4-CP,Photocatalytic Degradation,CHM-APL,146
4-CP,Photocatalytic Degradation,CHM-CMT,45
4-CP,Photocatalytic Mechanism,CHM-PRO,36
4-CP,Photocatalytic Performance,CHM-PRO,34
4-CP,Photocurrent,CHM-PRO,34
4-CP,Photodegradation,CHM-SMT,42
4-CP,Pore Size Distribution,CHM-PRO,50
4-CP,Powder,CHM-DSC,51
4-CP,Pt,CHM-CHM,69
4-CP,Pure,CHM-DSC,39
4-CP,Raman,CHM-CMT,86
4-CP,Rate Constant,CHM-PRO,59
4-CP,Removal Efficiency,CHM-PRO,44
4-CP,RhB,CHM-CHM,46
4-CP,Rhodamine B,CHM-CHM,31
4-CP,SAED,CHM-CMT,47
4-CP,SEM,CHM-CMT,280
4-CP,Stability,CHM-PRO,67
4-CP,Structure,CHM-PRO,55
4-CP,Substrate,CHM-DSC,48
4-CP,Surface,CHM-DSC,143
4-CP,Surface Area,CHM-PRO,42
4-CP,TEM,CHM-CMT,284
4-CP,TOC,CHM-CHM,135
4-CP,TOC,CHM-PRO,94
4-CP,Ti,CHM-CHM,78
4-CP,TiO2,CHM-CHM,259
4-CP,UV Vis,CHM-CMT,31
4-CP,UV Vis Absorption,CHM-CMT,51
4-CP,UV Vis Diffuse Reflectance,CHM-CMT,48
4-CP,X-Ray Diffraction,CHM-CMT,84
4-CP,X-Ray Photoelectron Spectroscopy,CHM-CMT,38
4-CP,XPS,CHM-CMT,245
4-CP,XRD,CHM-CMT,390
4-CP,ZnO,CHM-CHM,35
4-CP,g-C3N4,CHM-CHM,32
4-Chloroaniline,Anilines,CHM-CHM,43
4-Chlorobenzaldehyde,Aldehyde,CHM-CHM,43
4-Chlorobenzaldehyde,Catalyst,CHM-APL,53
4-Chlorobenzaldehyde,FT-IR,CHM-CMT,35
4-Chlorobenzaldehyde,SEM,CHM-CMT,40
4-Chlorobenzaldehyde,TEM,CHM-CMT,34
4-Chlorobenzaldehyde,XRD,CHM-CMT,42
4-Chlorocatechol,4-Chlorophenol,CHM-CHM,34
4-Chlorocatechol,Hydroquinone,CHM-CHM,34
4-Chlorophenol,"2,4,6-Trichlorophenol",CHM-CHM,74
4-Chlorophenol,"2,4-DCP",CHM-CHM,42
4-Chlorophenol,"2,4-Dichlorophenol",CHM-CHM,133
4-Chlorophenol,2-Chlorophenol,CHM-CHM,101
4-Chlorophenol,4-CP,CHM-CHM,409
4-Chlorophenol,4-Chlorocatechol,CHM-CHM,34
4-Chlorophenol,4-Nitrophenol,CHM-CHM,69
4-Chlorophenol,Activity,CHM-PRO,114
4-Chlorophenol,Adsorbent,CHM-APL,31
4-Chlorophenol,Adsorption Capacity,CHM-PRO,36
4-Chlorophenol,Ag,CHM-CHM,66
4-Chlorophenol,AgCl,CHM-CHM,30
4-Chlorophenol,Anatase,CHM-SPL,88
4-Chlorophenol,Anode,CHM-APL,37
4-Chlorophenol,As Prepared,CHM-DSC,50
4-Chlorophenol,Au,CHM-CHM,31
4-Chlorophenol,BET,CHM-CMT,30
4-Chlorophenol,Band Gap,CHM-PRO,34
4-Chlorophenol,Benzoquinone,CHM-CHM,47
4-Chlorophenol,CO2,CHM-CHM,40
4-Chlorophenol,COD,CHM-PRO,36
4-Chlorophenol,Calcination,CHM-SMT,43
4-Chlorophenol,Calcined,CHM-SMT,30
4-Chlorophenol,Carbon,CHM-CHM,200
4-Chlorophenol,Carbons,CHM-CHM,33
4-Chlorophenol,Catalyst,CHM-APL,238
4-Chlorophenol,Catalytic Activity,CHM-PRO,58
4-Chlorophenol,Catechols,CHM-CHM,41
4-Chlorophenol,Chlorides,CHM-CHM,64
4-Chlorophenol,Chlorines,CHM-CHM,46
4-Chlorophenol,Chlorophenol,CHM-CHM,39
4-Chlorophenol,Chlorophenols,CHM-CHM,80
4-Chlorophenol,Cl,CHM-CHM,38
4-Chlorophenol,Coated,CHM-SMT,32
4-Chlorophenol,Composite,CHM-DSC,108
4-Chlorophenol,Cu,CHM-CHM,31
4-Chlorophenol,Cyclic Voltammetry,CHM-CMT,35
4-Chlorophenol,Degradation,CHM-APL,79
4-Chlorophenol,Degussa,CHM-CHM,50
4-Chlorophenol,Doped,CHM-DSC,86
4-Chlorophenol,Electrode,CHM-APL,105
4-Chlorophenol,Electrodes,CHM-APL,54
4-Chlorophenol,Ethanol,CHM-CHM,30
4-Chlorophenol,FT-IR,CHM-CMT,50
4-Chlorophenol,FTIR,CHM-CMT,46
4-Chlorophenol,Fe,CHM-CHM,53
4-Chlorophenol,Film,CHM-DSC,67
4-Chlorophenol,Films,CHM-DSC,41
4-Chlorophenol,H2,CHM-CHM,43
4-Chlorophenol,H2O2,CHM-CHM,115
4-Chlorophenol,HRTEM,CHM-CMT,61
4-Chlorophenol,Hplc,CHM-CMT,41
4-Chlorophenol,Hydrogen,CHM-CHM,65
4-Chlorophenol,Hydrogen Peroxide,CHM-CHM,43
4-Chlorophenol,Hydroquinone,CHM-CHM,88
4-Chlorophenol,Hydroxyl,CHM-CHM,103
4-Chlorophenol,Iron,CHM-CHM,52
4-Chlorophenol,Irradiated,CHM-SMT,34
4-Chlorophenol,Irradiation,CHM-SMT,73
4-Chlorophenol,Layers,CHM-DSC,40
4-Chlorophenol,Mesoporous,CHM-DSC,36
4-Chlorophenol,Methanol,CHM-CHM,44
4-Chlorophenol,Methylene Blue,CHM-CHM,62
4-Chlorophenol,Morphology,CHM-PRO,62
4-Chlorophenol,N2,CHM-CHM,78
4-Chlorophenol,Na2SO4,CHM-CHM,32
4-Chlorophenol,Nanocomposite,CHM-DSC,38
4-Chlorophenol,Nanoparticles,CHM-DSC,132
4-Chlorophenol,Nanotube,CHM-DSC,32
4-Chlorophenol,Nitrogen,CHM-CHM,69
4-Chlorophenol,O2,CHM-CHM,74
4-Chlorophenol,OH,CHM-CHM,65
4-Chlorophenol,Oxidation,CHM-APL,37
4-Chlorophenol,Oxidation,CHM-SMT,52
4-Chlorophenol,Oxygen,CHM-CHM,153
4-Chlorophenol,Particles,CHM-DSC,83
4-Chlorophenol,Pd,CHM-CHM,77
4-Chlorophenol,Pentachlorophenol,CHM-CHM,43
4-Chlorophenol,Phenol,CHM-CHM,335
4-Chlorophenol,Phenolics,CHM-CHM,103
4-Chlorophenol,Phosphate,CHM-CHM,34
4-Chlorophenol,Photo Catalytic Activity,CHM-PRO,168
4-Chlorophenol,Photo Luminescence,CHM-CMT,42
4-Chlorophenol,Photoactivity,CHM-PRO,36
4-Chlorophenol,Photocatalysis,CHM-APL,37
4-Chlorophenol,Photocatalyst,CHM-APL,136
4-Chlorophenol,Photocatalysts,CHM-APL,111
4-Chlorophenol,Photocatalytic Degradation,CHM-APL,106
4-Chlorophenol,Photocatalytic Degradation,CHM-CMT,31
4-Chlorophenol,Photocatalytic Performance,CHM-PRO,42
4-Chlorophenol,Porous,CHM-DSC,31
4-Chlorophenol,Powder,CHM-DSC,47
4-Chlorophenol,Pt,CHM-CHM,57
4-Chlorophenol,Raman,CHM-CMT,48
4-Chlorophenol,Rate Constant,CHM-PRO,47
4-Chlorophenol,Removal Efficiency,CHM-PRO,39
4-Chlorophenol,Rhodamine B,CHM-CHM,50
4-Chlorophenol,Rutile,CHM-SPL,48
4-Chlorophenol,SEM,CHM-CMT,198
4-Chlorophenol,Scanning Electron Microscopy,CHM-CMT,46
4-Chlorophenol,SiO2,CHM-CHM,30
4-Chlorophenol,Sol-Gel,CHM-SMT,46
4-Chlorophenol,Specific Surface Area,CHM-PRO,40
4-Chlorophenol,Stability,CHM-PRO,77
4-Chlorophenol,Structure,CHM-PRO,72
4-Chlorophenol,Substrate,CHM-DSC,65
4-Chlorophenol,Surface,CHM-DSC,204
4-Chlorophenol,Surface Area,CHM-PRO,79
4-Chlorophenol,TEM,CHM-CMT,139
4-Chlorophenol,TOC,CHM-CHM,72
4-Chlorophenol,TOC,CHM-PRO,57
4-Chlorophenol,Ti,CHM-CHM,66
4-Chlorophenol,TiO2,CHM-CHM,299
4-Chlorophenol,Titania,CHM-CHM,48
4-Chlorophenol,Titanium Dioxide,CHM-CHM,35
4-Chlorophenol,Transmission Electron Microscopy,CHM-CMT,43
4-Chlorophenol,X-Ray Diffraction,CHM-CMT,118
4-Chlorophenol,X-Ray Photoelectron Spectroscopy,CHM-CMT,64
4-Chlorophenol,XPS,CHM-CMT,124
4-Chlorophenol,XRD,CHM-CMT,223
4-Chlorophenol,ZnO,CHM-CHM,42
4-Cl,2-Cl,CHM-CHM,31
4-Cl,3-Cl,CHM-CHM,40
4-Cl,4-Br,CHM-CHM,37
4-Cl,4-CH3,CHM-CHM,31
4-Cyano-4'-Pentylbiphenyl,Nematic,CHM-PRO,30
4-Cyanopyridine,Pyridine,CHM-CHM,58
4-DMAP,Ac2O,CHM-CHM,34
4-DMAP,Acetone,CHM-CHM,31
4-DMAP,CH2Cl2,CHM-CHM,116
4-DMAP,CH3CN,CHM-CHM,34
4-DMAP,DMF,CHM-CHM,73
4-DMAP,DMSO,CHM-CHM,30
4-DMAP,Et3N,CHM-CHM,73
4-DMAP,H2,CHM-CHM,40
4-DMAP,H2O,CHM-CHM,67
4-DMAP,HCl,CHM-CHM,37
4-DMAP,Imidazole,CHM-CHM,33
4-DMAP,K2CO3,CHM-CHM,44
4-DMAP,MeOH,CHM-CHM,92
4-DMAP,NaBH4,CHM-CHM,42
4-DMAP,NaH,CHM-CHM,35
4-DMAP,NaOH,CHM-CHM,33
4-DMAP,Pyridine,CHM-CHM,55
4-DMAP,TBAF,CHM-CHM,36
4-DMAP,TFA,CHM-CHM,32
4-DMAP,THF,CHM-CHM,119
4-DMAP,Toluene,CHM-CHM,53
4-Diamidino-2-Phenylindole,CLSM,CHM-CMT,44
4-Diamidino-2-Phenylindole,Cell,CHM-DSC,38
4-Diamidino-2-Phenylindole,Cell Viability,CHM-PRO,61
4-Diamidino-2-Phenylindole,Cells,CHM-DSC,159
4-Diamidino-2-Phenylindole,Confocal Image,CHM-CMT,32
4-Diamidino-2-Phenylindole,DAPI,CHM-CHM,325
4-Diamidino-2-Phenylindole,Eosin,CHM-CHM,34
4-Diamidino-2-Phenylindole,FITC,CHM-CHM,61
4-Diamidino-2-Phenylindole,FTIR,CHM-CMT,31
4-Diamidino-2-Phenylindole,Flow Cytometry,CHM-CMT,78
4-Diamidino-2-Phenylindole,Fluorescein Isothiocyanate,CHM-CHM,31
4-Diamidino-2-Phenylindole,Fluorescence,CHM-CMT,54
4-Diamidino-2-Phenylindole,Fluorescence,CHM-PRO,35
4-Diamidino-2-Phenylindole,Fluorescence Image,CHM-CMT,46
4-Diamidino-2-Phenylindole,Fluorescence Intensity,CHM-PRO,48
4-Diamidino-2-Phenylindole,Fluorescence Microscopy,CHM-CMT,43
4-Diamidino-2-Phenylindole,Haematoxylin,CHM-CHM,35
4-Diamidino-2-Phenylindole,Immunofluorescence,CHM-CMT,34
4-Diamidino-2-Phenylindole,Immunofluorescence Staining,CHM-CMT,35
4-Diamidino-2-Phenylindole,Irradiation,CHM-SMT,34
4-Diamidino-2-Phenylindole,MTT,CHM-CHM,48
4-Diamidino-2-Phenylindole,MTT Assay,CHM-CMT,35
4-Diamidino-2-Phenylindole,Morphology,CHM-PRO,43
4-Diamidino-2-Phenylindole,Nanoparticles,CHM-DSC,53
4-Diamidino-2-Phenylindole,Phalloidin,CHM-CHM,37
4-Diamidino-2-Phenylindole,SEM,CHM-CMT,77
4-Diamidino-2-Phenylindole,Substrate,CHM-DSC,34
4-Diamidino-2-Phenylindole,Surface,CHM-DSC,60
4-Diamidino-2-Phenylindole,TEM,CHM-CMT,83
4-Diamidino-2-Phenylindole,Tumours,CHM-APL,35
4-Diamidino-2-Phenylindole,Western Blots,CHM-CMT,36
4-Diamidino-2-Phenylindole,Western Blotting,CHM-CMT,33
4-Dimethylaminopyridine,1H,CHM-CHM,59
4-Dimethylaminopyridine,1H NMR,CHM-CMT,43
4-Dimethylaminopyridine,Acetonitrile,CHM-CHM,30
4-Dimethylaminopyridine,CH2Cl2,CHM-CHM,100
4-Dimethylaminopyridine,CH3CN,CHM-CHM,37
4-Dimethylaminopyridine,Catalyst,CHM-APL,38
4-Dimethylaminopyridine,DMAP,CHM-CHM,259
4-Dimethylaminopyridine,DMF,CHM-CHM,93
4-Dimethylaminopyridine,DMSO,CHM-CHM,37
4-Dimethylaminopyridine,Et3N,CHM-CHM,54
4-Dimethylaminopyridine,H2,CHM-CHM,33
4-Dimethylaminopyridine,H2O,CHM-CHM,66
4-Dimethylaminopyridine,HCl,CHM-CHM,47
4-Dimethylaminopyridine,Hydrogen,CHM-CHM,37
4-Dimethylaminopyridine,Imidazole,CHM-CHM,34
4-Dimethylaminopyridine,K2CO3,CHM-CHM,39
4-Dimethylaminopyridine,MeOH,CHM-CHM,72
4-Dimethylaminopyridine,NaOH,CHM-CHM,41
4-Dimethylaminopyridine,PPh3,CHM-CHM,33
4-Dimethylaminopyridine,Pyridine,CHM-CHM,113
4-Dimethylaminopyridine,TFA,CHM-CHM,31
4-Dimethylaminopyridine,THF,CHM-CHM,118
4-Dimethylaminopyridine,Toluene,CHM-CHM,53
4-Dimethylaminopyridine,Triethylamine,CHM-CHM,42
4-Ethylphenol,Phenol,CHM-CHM,63
4-HBA,4-Hydroxybenzoic Acid,CHM-CHM,30
4-HNE,4-Hydroxynonenal,CHM-CHM,46
4-HNE,MDA,CHM-CHM,31
4-HNE,Oxidative Stress,CHM-PRO,41
4-HNE,Oxygen,CHM-CHM,30
4-HNE,Western Blots,CHM-CMT,51
4-Hydroxybenzaldehyde,1H,CHM-CHM,30
4-Hydroxybenzaldehyde,Aldehyde,CHM-CHM,30
4-Hydroxybenzaldehyde,DMF,CHM-CHM,36
4-Hydroxybenzaldehyde,K2CO3,CHM-CHM,38
4-Hydroxybenzaldehyde,THF,CHM-CHM,37
4-Hydroxybenzaldehyde,Vanillin,CHM-CHM,47
4-Hydroxybenzoic Acid,4-HBA,CHM-CHM,30
4-Hydroxybenzoic Acid,Benzoic Acid,CHM-CHM,40
4-Hydroxybenzoic Acid,Hydrogen,CHM-CHM,39
4-Hydroxybenzoic Acid,Phenol,CHM-CHM,32
4-Hydroxybenzoic Acid,Phenolics,CHM-CHM,34
4-Hydroxybenzoic Acid,Vanillic Acid,CHM-CHM,36
4-Hydroxycoumarin,Aldehyde,CHM-CHM,35
4-Hydroxycoumarin,Aromatic Aldehyde,CHM-CHM,36
4-Hydroxycoumarin,Catalyst,CHM-APL,43
4-Hydroxycoumarin,Coumarins,CHM-CHM,41
4-Hydroxynonenal,4-HNE,CHM-CHM,46
4-Hydroxynonenal,Oxidative Stress,CHM-PRO,31
4-Hydroxynonenal,Oxygen,CHM-CHM,30
4-Hydroxytamoxifen,Estrogen,CHM-CHM,41
4-Hydroxytamoxifen,Tamoxifen,CHM-CHM,47
4-Iodoanisole,Aryl Halides,CHM-CHM,34
4-Iodoanisole,Catalyst,CHM-APL,44
4-Iodoanisole,Pd,CHM-CHM,34
4-Iodoanisole,TEM,CHM-CMT,33
4-Layer,Layers,DSC-DSC,64
4-MBA,4-Mercaptobenzoic Acid,CHM-CHM,87
4-MBA,Ag,CHM-CHM,106
4-MBA,Au,CHM-CHM,111
4-MBA,Coated,CHM-SMT,36
4-MBA,Film,CHM-DSC,38
4-MBA,HRTEM,CHM-CMT,60
4-MBA,NPS,CHM-DSC,62
4-MBA,Nanoparticle,CHM-DSC,33
4-MBA,Nanoparticles,CHM-DSC,97
4-MBA,Raman,CHM-CMT,156
4-MBA,SEM,CHM-CMT,142
4-MBA,SERS,CHM-CMT,51
4-MBA,Sers,CHM-APL,72
4-MBA,Sers,CHM-CMT,191
4-MBA,Sers,CHM-PRO,33
4-MBA,Silver,CHM-CHM,56
4-MBA,Substrate,CHM-DSC,109
4-MBA,Surface,CHM-DSC,74
4-MBA,Surface-Enhanced Raman Scattering,CHM-CMT,48
4-MBA,TEM,CHM-CMT,155
4-MBA,TiO2,CHM-CHM,36
4-MBA,XPS,CHM-CMT,48
4-MBA,XRD,CHM-CMT,78
4-MDBT,"4,6-DMDBT",CHM-CHM,59
4-MDBT,Catalyst,CHM-APL,52
4-MDBT,DBT,CHM-CHM,31
4-MDBT,Dibenzothiophene,CHM-CHM,41
4-MDBT,Sulfur,CHM-CHM,53
4-Mercaptobenzoic Acid,4-MBA,CHM-CHM,87
4-Mercaptobenzoic Acid,Ag,CHM-CHM,78
4-Mercaptobenzoic Acid,Au,CHM-CHM,74
4-Mercaptobenzoic Acid,MBA,CHM-CHM,36
4-Mercaptobenzoic Acid,Monolayers,CHM-DSC,46
4-Mercaptobenzoic Acid,NPS,CHM-DSC,38
4-Mercaptobenzoic Acid,Nanoparticle,CHM-DSC,33
4-Mercaptobenzoic Acid,Nanoparticles,CHM-DSC,103
4-Mercaptobenzoic Acid,Raman,CHM-CMT,58
4-Mercaptobenzoic Acid,SEM,CHM-CMT,35
4-Mercaptobenzoic Acid,Sers,CHM-APL,58
4-Mercaptobenzoic Acid,Sers,CHM-CMT,132
4-Mercaptobenzoic Acid,Sers,CHM-PRO,41
4-Mercaptobenzoic Acid,Silver,CHM-CHM,60
4-Mercaptobenzoic Acid,Substrate,CHM-DSC,88
4-Mercaptobenzoic Acid,Surface,CHM-DSC,69
4-Mercaptobenzoic Acid,Surface-Enhanced Raman Scattering,CHM-CMT,81
4-Mercaptobenzoic Acid,Surfaces,CHM-DSC,31
4-Mercaptobenzoic Acid,TEM,CHM-CMT,40
4-Mercaptopyridine,Ag,CHM-CHM,39
4-Mercaptopyridine,Au,CHM-CHM,37
4-Mercaptopyridine,Monolayers,CHM-DSC,50
4-Mercaptopyridine,Nanoparticles,CHM-DSC,56
4-Mercaptopyridine,Raman,CHM-CMT,42
4-Mercaptopyridine,Sers,CHM-CMT,85
4-Mercaptopyridine,Silver,CHM-CHM,33
4-Mercaptopyridine,Substrate,CHM-DSC,54
4-Mercaptopyridine,Surface,CHM-DSC,67
4-Mercaptopyridine,Surface-Enhanced Raman Scattering,CHM-CMT,53
4-Methoxybenzyl Alcohol,Alcohols,CHM-CHM,33
4-Methoxybenzyl Alcohol,Catalyst,CHM-APL,33
4-Methoxyphenol,Phenol,CHM-CHM,43
4-Methoxyphenyl,Phenyls,CHM-CHM,40
4-Methylcatechol,Catechols,CHM-CHM,54
4-Methyldibenzothiophene,"4,6-Dimethyl Dibenzothiophene",CHM-CHM,36
4-Methyldibenzothiophene,Dibenzothiophene,CHM-CHM,45
4-Methyldibenzothiophene,Sulfur,CHM-CHM,35
4-Methylguaiacol,Guaiacols,CHM-CHM,30
4-Methylimidazole,Imidazole,CHM-CHM,31
4-Methylmorpholine N-Oxide,Acetone,CHM-CHM,31
4-Methylmorpholine N-Oxide,CH2Cl2,CHM-CHM,61
4-Methylmorpholine N-Oxide,DMF,CHM-CHM,49
4-Methylmorpholine N-Oxide,Et3N,CHM-CHM,38
4-Methylmorpholine N-Oxide,H2,CHM-CHM,35
4-Methylmorpholine N-Oxide,H2O,CHM-CHM,44
4-Methylmorpholine N-Oxide,K2CO3,CHM-CHM,36
4-Methylmorpholine N-Oxide,MeOH,CHM-CHM,56
4-Methylmorpholine N-Oxide,NaBH4,CHM-CHM,30
4-Methylmorpholine N-Oxide,Pyridine,CHM-CHM,40
4-Methylmorpholine N-Oxide,TBAF,CHM-CHM,31
4-Methylmorpholine N-Oxide,TBS,CHM-CHM,31
4-Methylmorpholine N-Oxide,THF,CHM-CHM,59
4-Methylmorpholine N-Oxide,TPAP,CHM-CHM,31
4-Methylmorpholine N-Oxide,Tert-Butyldimethylsilyl,CHM-CHM,33
4-Methylmorpholine N-Oxide,Toluene,CHM-CHM,37
4-Methylphenol,Catalyst,CHM-APL,30
4-Methylphenol,Phenol,CHM-CHM,81
4-Methylpyridine,3-Methylpyridine,CHM-CHM,31
4-Methylpyridine,Pyridine,CHM-CHM,75
4-N-Nonylphenol,Bisphenol A,CHM-CHM,31
4-NA,4-NP,CHM-CHM,60
4-NA,4-Nitroaniline,CHM-CHM,62
4-NA,Ag,CHM-CHM,34
4-NA,Catalyst,CHM-APL,67
4-NA,HRTEM,CHM-CMT,61
4-NA,N2,CHM-CHM,37
4-NA,NPS,CHM-DSC,31
4-NA,NaBH4,CHM-CHM,47
4-NA,Nanocomposite,CHM-DSC,31
4-NA,Nanoparticles,CHM-DSC,39
4-NA,Raman,CHM-CMT,35
4-NA,Reductions,CHM-APL,51
4-NA,Reductions,CHM-SMT,33
4-NA,SEM,CHM-CMT,52
4-NA,TEM,CHM-CMT,95
4-NA,UV Vis Absorption,CHM-CMT,43
4-NA,XPS,CHM-CMT,51
4-NA,XRD,CHM-CMT,76
4-NP,1H,CHM-CHM,35
4-NP,1H NMR,CHM-CMT,30
4-NP,"2,4-DNP",CHM-CHM,56
4-NP,2-NP,CHM-CHM,148
4-NP,2-Nitrophenol,CHM-CHM,47
4-NP,2p,CHM-CMT,55
4-NP,3-NP,CHM-CHM,59
4-NP,3D,CHM-DSC,41
4-NP,4-AP,APL-CHM,51
4-NP,4-AP,CHM-CHM,614
4-NP,4-Aminophenol,CHM-CHM,249
4-NP,4-CP,CHM-CHM,46
4-NP,4-NA,CHM-CHM,60
4-NP,4-NP Reduction,CHM-APL,106
4-NP,4-Nitrophenol,APL-APL,40
4-NP,4-Nitrophenol,APL-CHM,116
4-NP,4-Nitrophenol,CHM-APL,74
4-NP,4-Nitrophenol,CHM-CHM,915
4-NP,4-Nitrophenolate,CHM-CHM,64
4-NP,4-Nonylphenol,CHM-CHM,30
4-NP,AFM,CHM-CMT,73
4-NP,Absorbance,CHM-PRO,122
4-NP,Absorption Peak,CHM-PRO,46
4-NP,Absorption Spectrum,CHM-CMT,75
4-NP,Activity,CHM-PRO,123
4-NP,Adsorbent,CHM-APL,36
4-NP,Adsorption Capacity,CHM-PRO,44
4-NP,Adsorption Isotherm,CHM-CMT,32
4-NP,Ag,APL-CHM,46
4-NP,Ag,CHM-CHM,459
4-NP,Ag+,CHM-CHM,34
4-NP,AgNO3,CHM-CHM,80
4-NP,Amines,CHM-CHM,37
4-NP,Anatase,CHM-SPL,36
4-NP,Annealing,CHM-SMT,33
4-NP,Apparent Rate Constant,CHM-PRO,49
4-NP,Arrhenius Plot,CHM-CMT,69
4-NP,As Prepared,APL-DSC,31
4-NP,As Prepared,CHM-DSC,239
4-NP,As-Synthesized,CHM-DSC,95
4-NP,Au,APL-CHM,78
4-NP,Au,CHM-CHM,533
4-NP,BET,CHM-CMT,45
4-NP,BPA,CHM-CHM,38
4-NP,Blue Line,CHM-CHM,50
4-NP,Bulk,CHM-DSC,31
4-NP,C,CHM-CHM,82
4-NP,C0,CHM-PRO,89
4-NP,CO,CHM-CHM,31
4-NP,CO2,CHM-CHM,38
4-NP,CTAB,CHM-CHM,33
4-NP,CV,CHM-CMT,71
4-NP,Calcination,CHM-SMT,85
4-NP,Calcined,CHM-SMT,58
4-NP,Carbon,APL-CHM,30
4-NP,Carbon,CHM-CHM,218
4-NP,Catalysis,CHM-APL,65
4-NP,Catalyst,APL-APL,130
4-NP,Catalyst,CHM-APL,1147
4-NP,Catalytic,CHM-APL,38
4-NP,Catalytic Activity,APL-PRO,66
4-NP,Catalytic Activity,CHM-PRO,461
4-NP,Catalytic Efficiency,CHM-PRO,53
4-NP,Catalytic Performance,APL-PRO,34
4-NP,Catalytic Performance,CHM-PRO,221
4-NP,Catalytic Properties,CHM-PRO,35
4-NP,Catalytic Reaction,CHM-APL,81
4-NP,Catalytic Reduction,APL-APL,58
4-NP,Catalytic Reduction,CHM-APL,429
4-NP,Catalytic Reduction,CHM-SMT,47
4-NP,Catalytic Reduction of 4-Nitrophenol,CHM-APL,30
4-NP,CeO2,CHM-CHM,45
4-NP,Chemical Structures,CHM-PRO,42
4-NP,Cluster,CHM-DSC,32
4-NP,Co,CHM-CHM,123
4-NP,Coated,CHM-SMT,60
4-NP,Composite,APL-DSC,39
4-NP,Composite,CHM-DSC,350
4-NP,Compositions,CHM-PRO,73
4-NP,Congo Red,CHM-CHM,42
4-NP,Conversion Efficiency,CHM-PRO,49
4-NP,Copper,CHM-CHM,71
4-NP,Core,CHM-DSC,38
4-NP,Core Shell,CHM-DSC,31
4-NP,Cu,CHM-CHM,216
4-NP,Cu2+,CHM-CHM,47
4-NP,Cu2O,CHM-CHM,42
4-NP,CuO,CHM-CHM,58
4-NP,Cyclic Voltammetry,CHM-CMT,36
4-NP,Cyclic Voltammogram,CHM-CMT,64
4-NP,DMF,CHM-CHM,32
4-NP,DPV,CHM-CMT,39
4-NP,DRS,CHM-CMT,34
4-NP,Degradation,CHM-APL,53
4-NP,Detection Limit,CHM-PRO,51
4-NP,Doped,CHM-DSC,83
4-NP,EDS,CHM-CHM,34
4-NP,EDS,CHM-CMT,284
4-NP,EDX,CHM-CMT,278
4-NP,Eis,CHM-CMT,33
4-NP,Electrode,CHM-APL,108
4-NP,Electrodes,CHM-APL,69
4-NP,Element Mapping,CHM-CMT,31
4-NP,Elemental Mapping,CHM-CMT,135
4-NP,Emission Spectra,CHM-CMT,30
4-NP,Energy Dispersive X-Ray Spectroscopy,CHM-CMT,43
4-NP,Ethanol,CHM-CHM,75
4-NP,FE-SEM,CHM-CMT,55
4-NP,FESEM,CHM-CMT,175
4-NP,FT-IR,CHM-CMT,344
4-NP,FTIR,CHM-CMT,331
4-NP,Fe,CHM-CHM,128
4-NP,Fe2O3,CHM-CHM,33
4-NP,Fe3+,CHM-CHM,35
4-NP,Fe3O4,CHM-CHM,182
4-NP,Field Emission Scanning Electron Microscopy,CHM-CMT,37
4-NP,Film,CHM-DSC,70
4-NP,Films,CHM-DSC,38
4-NP,Fluorescence,CHM-CMT,41
4-NP,Fourier Transform Infrared Spectroscopy,CHM-CMT,54
4-NP,Gce,CHM-APL,41
4-NP,Glucose,CHM-CHM,35
4-NP,Graphene,CHM-CHM,83
4-NP,Graphene Oxide,CHM-CHM,110
4-NP,Graphite,CHM-CHM,44
4-NP,H2,CHM-CHM,56
4-NP,H2O,CHM-CHM,52
4-NP,H2O2,CHM-CHM,68
4-NP,HAADF STEM,CHM-CMT,102
4-NP,HAuCl4,CHM-CHM,91
4-NP,HCl,CHM-CHM,31
4-NP,HRTEM,APL-CMT,55
4-NP,HRTEM,CHM-CMT,698
4-NP,Heterogeneous Catalyst,CHM-APL,32
4-NP,High Resolution TEM,CHM-CMT,75
4-NP,High Resolution XPS,CHM-CMT,116
4-NP,Hollow,CHM-DSC,45
4-NP,Hydrogel,CHM-DSC,48
4-NP,Hydrogen,CHM-CHM,90
4-NP,Hydrogenation,CHM-APL,47
4-NP,Hydrogenation,CHM-SMT,34
4-NP,Hydroxyl,CHM-CHM,42
4-NP,Hysteresis Loop,CHM-CMT,33
4-NP,Interface,CHM-DSC,44
4-NP,Irradiation,CHM-SMT,69
4-NP,K,CHM-PRO,131
4-NP,KCl,CHM-CHM,46
4-NP,Kapp,CHM-PRO,73
4-NP,Kinetic Curve,CHM-CMT,31
4-NP,Lattice Fringe,CHM-PRO,31
4-NP,Layers,CHM-DSC,86
4-NP,Magnetic Hysteresis Loop,CHM-CMT,53
4-NP,Magnetics,CHM-PRO,89
4-NP,Magnetization Curve,CHM-CMT,76
4-NP,Membrane,CHM-DSC,44
4-NP,Mesoporous,CHM-DSC,84
4-NP,Metallic,CHM-PRO,47
4-NP,Metals,CHM-PRO,83
4-NP,Methanol,CHM-CHM,42
4-NP,Methyl Orange,CHM-CHM,55
4-NP,Methylene Blue,CHM-CHM,107
4-NP,Microspheres,CHM-DSC,85
4-NP,Microstructure,CHM-PRO,35
4-NP,Molecular Structure,CHM-PRO,36
4-NP,Morphologies,CHM-PRO,46
4-NP,Morphology,CHM-PRO,148
4-NP,N2,CHM-CHM,319
4-NP,N2 Adsorption Desorption Isotherm,CHM-CMT,44
4-NP,N2 Adsorption Desorption Isotherms,CHM-CMT,146
4-NP,NCS,CHM-DSC,31
4-NP,NPS,APL-DSC,54
4-NP,NPS,CHM-DSC,374
4-NP,NPs,CHM-DSC,136
4-NP,NaBH4,APL-CHM,99
4-NP,NaBH4,CHM-CHM,991
4-NP,NaBH4,CHM-SMT,43
4-NP,NaCl,CHM-CHM,33
4-NP,NaOH,CHM-CHM,76
4-NP,Nanocatalyst,CHM-APL,160
4-NP,Nanocatalyst,CHM-DSC,41
4-NP,Nanocomposite,APL-DSC,37
4-NP,Nanocomposite,CHM-DSC,320
4-NP,Nanocrystals,CHM-DSC,49
4-NP,Nanofiber,CHM-DSC,44
4-NP,Nanohybrid,CHM-DSC,39
4-NP,Nanomaterial,CHM-DSC,39
4-NP,Nanoparticle,CHM-DSC,129
4-NP,Nanoparticles,APL-DSC,92
4-NP,Nanoparticles,CHM-DSC,700
4-NP,Nanorods,CHM-DSC,38
4-NP,Nanosheets,CHM-DSC,83
4-NP,Nanosphere,CHM-DSC,70
4-NP,Nanostructure,CHM-DSC,36
4-NP,Nanostructures,CHM-DSC,73
4-NP,Nanotube,CHM-DSC,54
4-NP,Ni,CHM-CHM,155
4-NP,Nickel,CHM-CHM,35
4-NP,Nitro,CHM-CHM,47
4-NP,Nitroarenes,CHM-CHM,36
4-NP,Nitrobenzene,CHM-CHM,47
4-NP,Nitrogen,CHM-CHM,188
4-NP,Nitrogen Adsorption Desorption Isotherm,CHM-CMT,30
4-NP,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,69
4-NP,Nitrophenol,CHM-CHM,70
4-NP,Nyquist Plot,CHM-CMT,41
4-NP,O,CHM-CHM,161
4-NP,O2,CHM-CHM,45
4-NP,OH,CHM-CHM,39
4-NP,Optical Image,CHM-CMT,32
4-NP,Oxidation,CHM-SMT,34
4-NP,Oxygen,CHM-CHM,91
4-NP,P-Nitrophenol,CHM-CHM,51
4-NP,PDA,CHM-CHM,39
4-NP,PL,CHM-CMT,30
4-NP,PVP,CHM-CHM,40
4-NP,PXRD,CHM-CMT,46
4-NP,Palladium,CHM-CHM,52
4-NP,Particle,CHM-DSC,45
4-NP,Particle Size,CHM-PRO,61
4-NP,Particle Size Distribution,CHM-PRO,109
4-NP,Particles,CHM-DSC,176
4-NP,Pd,CHM-CHM,267
4-NP,Peak Current,CHM-PRO,33
4-NP,Phenol,CHM-CHM,100
4-NP,Phenolics,CHM-CHM,37
4-NP,Phosphate,CHM-CHM,35
4-NP,Photo Catalytic Activity,CHM-PRO,104
4-NP,Photo Luminescence,CHM-CMT,62
4-NP,Photocatalyst,CHM-APL,87
4-NP,Photocatalysts,CHM-APL,87
4-NP,Photocatalytic Degradation,CHM-APL,88
4-NP,Photocatalytic Mechanism,CHM-PRO,35
4-NP,Photocatalytic Performance,CHM-PRO,30
4-NP,Pore Size Distribution,CHM-PRO,193
4-NP,Porous,CHM-DSC,90
4-NP,Powder,CHM-DSC,60
4-NP,Pt,CHM-CHM,153
4-NP,Pure,CHM-DSC,72
4-NP,Raman,CHM-CMT,267
4-NP,Rate Constant,APL-PRO,33
4-NP,Rate Constant,CHM-PRO,238
4-NP,Reaction Rate Constant,CHM-PRO,45
4-NP,Recyclability,CHM-PRO,49
4-NP,Reduction Of,APL-APL,33
4-NP,Reduction Of,CHM-APL,140
4-NP,Reduction Reaction,CHM-APL,38
4-NP,Reduction of 4-Nitrophenol,CHM-APL,44
4-NP,Reductions,APL-APL,85
4-NP,Reductions,CHM-APL,701
4-NP,Reductions,CHM-SMT,482
4-NP,Reusability,CHM-PRO,63
4-NP,RhB,CHM-CHM,72
4-NP,Rhodamine B,CHM-CHM,69
4-NP,SAED,CHM-CMT,231
4-NP,SEM,APL-CMT,70
4-NP,SEM,CHM-CMT,858
4-NP,Scanning Electron Microscopy,CHM-CMT,71
4-NP,Selected Area Electron Diffraction,CHM-CMT,31
4-NP,Selectivity,CHM-PRO,34
4-NP,Sensitivity,CHM-PRO,50
4-NP,Sensor,CHM-APL,56
4-NP,Sers,CHM-CMT,31
4-NP,Sheets,CHM-DSC,38
4-NP,Shell,CHM-DSC,83
4-NP,Si,CHM-CHM,60
4-NP,SiO2,CHM-CHM,162
4-NP,Silica,CHM-CHM,106
4-NP,Silver,CHM-CHM,171
4-NP,Size Distribution,CHM-PRO,158
4-NP,Size Distribution Histogram,CHM-CMT,47
4-NP,Sodium Borohydride,CHM-CHM,89
4-NP,Specific Surface Area,CHM-PRO,48
4-NP,Sphere,CHM-DSC,54
4-NP,Stability,APL-PRO,31
4-NP,Stability,CHM-PRO,172
4-NP,Stem,CHM-CMT,48
4-NP,Stern Volmer Plot,CHM-CMT,30
4-NP,Structure,CHM-PRO,177
4-NP,Structures,CHM-PRO,40
4-NP,Styrene,CHM-CHM,33
4-NP,Substrate,CHM-DSC,81
4-NP,Surface,APL-DSC,39
4-NP,Surface,CHM-DSC,336
4-NP,Surface Area,CHM-PRO,78
4-NP,Surfaces,CHM-DSC,39
4-NP,TEM,APL-CMT,122
4-NP,TEM,CHM-CMT,1426
4-NP,TG,CHM-CMT,38
4-NP,TGA,CHM-CMT,72
4-NP,TOF,CHM-PRO,82
4-NP,Tga,CHM-CMT,129
4-NP,Thermogravimetric Analysis,CHM-CMT,30
4-NP,Ti,CHM-CHM,66
4-NP,TiO2,CHM-CHM,191
4-NP,Transmission Electron Microscopy,CHM-CMT,136
4-NP,Turnover Frequency,CHM-PRO,47
4-NP,UV Vis,CHM-CMT,375
4-NP,UV Vis Absorption,APL-CMT,31
4-NP,UV Vis Absorption,CHM-CMT,474
4-NP,UV Vis Diffuse Reflectance,CHM-CMT,49
4-NP,UV Vis Spectroscopy,CHM-CMT,50
4-NP,UV Vis Spectrum,CHM-CMT,39
4-NP,UV Visible,CHM-CMT,56
4-NP,UV Visible Absorption,CHM-CMT,55
4-NP,UV Visible Spectra,CHM-CMT,41
4-NP,UV-VIS Spectral,APL-CMT,34
4-NP,UV-VIS Spectral,CHM-CMT,241
4-NP,UV-Vis Spectra,CHM-CMT,165
4-NP,X-Ray Diffraction,CHM-CMT,200
4-NP,X-Ray Photoelectron Spectroscopy,CHM-CMT,86
4-NP,XPS,APL-CMT,52
4-NP,XPS,CHM-CMT,681
4-NP,XRD,APL-CMT,83
4-NP,XRD,CHM-CMT,1094
4-NP,Zeta Potential,CHM-PRO,47
4-NP,Zn,CHM-CHM,54
4-NP,ZnO,CHM-CHM,75
4-NP Reduction,4-NP,APL-CHM,106
4-NP Reduction,4-Nitrophenol,APL-CHM,38
4-NP Reduction,Au,APL-CHM,36
4-NP Reduction,Catalyst,APL-APL,76
4-NP Reduction,Catalytic Activity,APL-PRO,32
4-NP Reduction,HRTEM,APL-CMT,36
4-NP Reduction,NaBH4,APL-CHM,51
4-NP Reduction,Nanoparticles,APL-DSC,36
4-NP Reduction,Reductions,APL-APL,36
4-NP Reduction,SEM,APL-CMT,32
4-NP Reduction,TEM,APL-CMT,74
4-NP Reduction,XPS,APL-CMT,44
4-NP Reduction,XRD,APL-CMT,45
4-NT,"2,4-DNT",CHM-CHM,33
4-NTP,4-ATP,CHM-CHM,32
4-NTP,Ag,CHM-CHM,50
4-NTP,Au,CHM-CHM,50
4-NTP,NaBH4,CHM-CHM,35
4-NTP,Raman,CHM-CMT,35
4-NTP,SEM,CHM-CMT,39
4-NTP,Sers,CHM-CMT,52
4-NTP,Surface,CHM-DSC,32
4-NTP,TEM,CHM-CMT,53
4-Nitroaniline,4-NA,CHM-CHM,62
4-Nitroaniline,4-Nitrophenol,CHM-CHM,62
4-Nitroaniline,Absorption Spectrum,CHM-CMT,33
4-Nitroaniline,Ag,CHM-CHM,30
4-Nitroaniline,Anilines,CHM-CHM,31
4-Nitroaniline,Catalyst,CHM-APL,92
4-Nitroaniline,Catalytic Activity,CHM-PRO,38
4-Nitroaniline,FT-IR,CHM-CMT,44
4-Nitroaniline,HRTEM,CHM-CMT,32
4-Nitroaniline,Hydrogen,CHM-CHM,54
4-Nitroaniline,Methanol,CHM-CHM,37
4-Nitroaniline,NaBH4,CHM-CHM,37
4-Nitroaniline,Nanoparticles,CHM-DSC,61
4-Nitroaniline,Reductions,CHM-APL,45
4-Nitroaniline,SEM,CHM-CMT,73
4-Nitroaniline,Structure,CHM-PRO,34
4-Nitroaniline,Surface,CHM-DSC,33
4-Nitroaniline,TEM,CHM-CMT,73
4-Nitroaniline,XRD,CHM-CMT,64
4-Nitrobenzaldehyde,1H,CHM-CHM,33
4-Nitrobenzaldehyde,Acetone,CHM-CHM,71
4-Nitrobenzaldehyde,Aldehyde,CHM-CHM,81
4-Nitrobenzaldehyde,Aldol,CHM-CHM,109
4-Nitrobenzaldehyde,Aldol Reaction,CHM-APL,43
4-Nitrobenzaldehyde,Amines,CHM-CHM,35
4-Nitrobenzaldehyde,Benzaldehyde,CHM-CHM,42
4-Nitrobenzaldehyde,Catalyst,CHM-APL,99
4-Nitrobenzaldehyde,Cyclohexanone,CHM-CHM,42
4-Nitrobenzaldehyde,Hydrogen,CHM-CHM,35
4-Nitrobenzaldehyde,Nitromethane,CHM-CHM,30
4-Nitrobenzaldehyde,TEM,CHM-CMT,42
4-Nitrophenol,1H,CHM-CHM,41
4-Nitrophenol,1H NMR,CHM-CMT,31
4-Nitrophenol,"2,4,6-Trinitrophenol",CHM-CHM,31
4-Nitrophenol,"2,4-Dinitrophenol",CHM-CHM,72
4-Nitrophenol,2-NP,CHM-CHM,52
4-Nitrophenol,2-Nitrophenol,CHM-CHM,128
4-Nitrophenol,2D,CHM-DSC,34
4-Nitrophenol,3-Nitrophenol,CHM-CHM,57
4-Nitrophenol,3D,CHM-DSC,47
4-Nitrophenol,4-AP,CHM-CHM,240
4-Nitrophenol,4-Aminophenol,APL-CHM,36
4-Nitrophenol,4-Aminophenol,CHM-CHM,614
4-Nitrophenol,4-Chlorophenol,CHM-CHM,69
4-Nitrophenol,4-NP,APL-APL,40
4-Nitrophenol,4-NP,APL-CHM,74
4-Nitrophenol,4-NP,CHM-APL,116
4-Nitrophenol,4-NP,CHM-CHM,915
4-Nitrophenol,4-NP Reduction,CHM-APL,38
4-Nitrophenol,4-Nitroaniline,CHM-CHM,62
4-Nitrophenol,4-Nitrophenol Reduction,CHM-APL,168
4-Nitrophenol,4-Nitrophenolate,CHM-CHM,58
4-Nitrophenol,4NP,CHM-CHM,30
4-Nitrophenol,AFM,CHM-CMT,59
4-Nitrophenol,Absorbance,CHM-PRO,101
4-Nitrophenol,Absorption Spectrum,CHM-CMT,48
4-Nitrophenol,Acetonitrile,CHM-CHM,31
4-Nitrophenol,Activation Energy,CHM-PRO,41
4-Nitrophenol,Active Sites,CHM-PRO,31
4-Nitrophenol,Activity,CHM-PRO,245
4-Nitrophenol,Adsorbent,CHM-APL,44
4-Nitrophenol,Adsorption Capacity,CHM-PRO,52
4-Nitrophenol,Ag,APL-CHM,41
4-Nitrophenol,Ag,CHM-CHM,488
4-Nitrophenol,Ag+,CHM-CHM,43
4-Nitrophenol,AgCl,CHM-CHM,31
4-Nitrophenol,AgNO3,CHM-CHM,64
4-Nitrophenol,Al,CHM-CHM,30
4-Nitrophenol,Alloy,CHM-DSC,33
4-Nitrophenol,Amines,CHM-CHM,70
4-Nitrophenol,Amino,CHM-CHM,52
4-Nitrophenol,Amorphous,CHM-DSC,33
4-Nitrophenol,Anatase,CHM-SPL,57
4-Nitrophenol,Anilines,CHM-CHM,41
4-Nitrophenol,Arrhenius Plot,CHM-CMT,41
4-Nitrophenol,As Obtained,CHM-DSC,44
4-Nitrophenol,As Prepared,CHM-DSC,235
4-Nitrophenol,As-Synthesized,CHM-DSC,105
4-Nitrophenol,Ascorbic Acid,CHM-CHM,40
4-Nitrophenol,Au,APL-CHM,56
4-Nitrophenol,Au,CHM-CHM,634
4-Nitrophenol,BET,CHM-CMT,50
4-Nitrophenol,BET Surface Area,CHM-PRO,34
4-Nitrophenol,Band Gap,CHM-PRO,30
4-Nitrophenol,Bimetallic,CHM-DSC,37
4-Nitrophenol,Borohydrides,CHM-CHM,50
4-Nitrophenol,Bulk,CHM-DSC,56
4-Nitrophenol,C,CHM-CHM,30
4-Nitrophenol,C0,CHM-PRO,30
4-Nitrophenol,CO,CHM-CHM,50
4-Nitrophenol,CO2,CHM-CHM,52
4-Nitrophenol,CTAB,CHM-CHM,43
4-Nitrophenol,CV,CHM-CMT,50
4-Nitrophenol,Calcination,CHM-SMT,91
4-Nitrophenol,Calcined,CHM-SMT,41
4-Nitrophenol,Carbon,APL-CHM,30
4-Nitrophenol,Carbon,CHM-CHM,335
4-Nitrophenol,Catalysis,CHM-APL,143
4-Nitrophenol,Catalyst,APL-APL,95
4-Nitrophenol,Catalyst,CHM-APL,1123
4-Nitrophenol,Catalytic,CHM-APL,56
4-Nitrophenol,Catalytic,CHM-PRO,47
4-Nitrophenol,Catalytic Activity,APL-PRO,88
4-Nitrophenol,Catalytic Activity,CHM-PRO,901
4-Nitrophenol,Catalytic Application,CHM-APL,57
4-Nitrophenol,Catalytic Efficiency,CHM-PRO,88
4-Nitrophenol,Catalytic Performance,APL-PRO,36
4-Nitrophenol,Catalytic Performance,CHM-PRO,319
4-Nitrophenol,Catalytic Properties,CHM-PRO,81
4-Nitrophenol,Catalytic Reaction,CHM-APL,94
4-Nitrophenol,Catalytic Reduction,CHM-APL,267
4-Nitrophenol,Catalytic Reduction of 4-Nitrophenol,CHM-APL,98
4-Nitrophenol,CeO2,CHM-CHM,59
4-Nitrophenol,Chemical Structures,CHM-PRO,55
4-Nitrophenol,Citrates,CHM-CHM,34
4-Nitrophenol,Cluster,CHM-DSC,51
4-Nitrophenol,Co,CHM-CHM,93
4-Nitrophenol,Coated,CHM-SMT,75
4-Nitrophenol,Coatings,CHM-APL,42
4-Nitrophenol,Coatings,CHM-SMT,32
4-Nitrophenol,Composite,APL-DSC,42
4-Nitrophenol,Composite,CHM-DSC,377
4-Nitrophenol,Compositions,CHM-PRO,130
4-Nitrophenol,Congo Red,CHM-CHM,47
4-Nitrophenol,Conversion Efficiency,CHM-PRO,36
4-Nitrophenol,Copper,CHM-CHM,105
4-Nitrophenol,Core,CHM-DSC,81
4-Nitrophenol,Core Shell,CHM-DSC,53
4-Nitrophenol,Cores,CHM-DSC,34
4-Nitrophenol,Crystal,CHM-DSC,41
4-Nitrophenol,Crystal Structure,CHM-PRO,30
4-Nitrophenol,Crystalline,CHM-DSC,51
4-Nitrophenol,Crystallinity,CHM-PRO,30
4-Nitrophenol,Crystallite Size,CHM-PRO,32
4-Nitrophenol,Cu,CHM-CHM,208
4-Nitrophenol,Cu2+,CHM-CHM,48
4-Nitrophenol,Cu2O,CHM-CHM,55
4-Nitrophenol,CuO,CHM-CHM,54
4-Nitrophenol,Cubic,CHM-SPL,36
4-Nitrophenol,Cyclic Voltammetry,CHM-CMT,50
4-Nitrophenol,Cyclic Voltammogram,CHM-CMT,62
4-Nitrophenol,DFT,CHM-CMT,30
4-Nitrophenol,DLS,CHM-CMT,49
4-Nitrophenol,DMF,CHM-CHM,47
4-Nitrophenol,DRS,CHM-CMT,41
4-Nitrophenol,Degradation,CHM-APL,64
4-Nitrophenol,Detection Limit,CHM-PRO,77
4-Nitrophenol,Dopamine,CHM-CHM,30
4-Nitrophenol,Doped,CHM-DSC,124
4-Nitrophenol,Dynamic Light Scattering,CHM-CMT,31
4-Nitrophenol,EDS,CHM-CMT,149
4-Nitrophenol,EDX,CHM-CMT,209
4-Nitrophenol,Electrode,CHM-APL,124
4-Nitrophenol,Electrodes,CHM-APL,78
4-Nitrophenol,Elemental Mapping,CHM-CMT,64
4-Nitrophenol,Energy Dispersive X-Ray Spectroscopy,CHM-CMT,62
4-Nitrophenol,Ethanol,CHM-CHM,93
4-Nitrophenol,FE-SEM,CHM-CMT,45
4-Nitrophenol,FESEM,CHM-CMT,113
4-Nitrophenol,FT-IR,CHM-CMT,208
4-Nitrophenol,FTIR,CHM-CMT,229
4-Nitrophenol,Face Centered Cubic,CHM-SPL,31
4-Nitrophenol,Fe,CHM-CHM,85
4-Nitrophenol,Fe2O3,CHM-CHM,34
4-Nitrophenol,Fe3+,CHM-CHM,34
4-Nitrophenol,Fe3O4,CHM-CHM,168
4-Nitrophenol,Fiber,CHM-DSC,30
4-Nitrophenol,Fibers,CHM-DSC,37
4-Nitrophenol,Field Emission Scanning Electron Microscopy,CHM-CMT,57
4-Nitrophenol,Film,CHM-DSC,78
4-Nitrophenol,Films,CHM-DSC,57
4-Nitrophenol,Fourier Transform Infrared,CHM-CMT,44
4-Nitrophenol,Fourier Transform Infrared Spectroscopy,CHM-CMT,98
4-Nitrophenol,Gce,CHM-APL,30
4-Nitrophenol,Glassy,CHM-DSC,35
4-Nitrophenol,Glassy Carbon,CHM-CHM,36
4-Nitrophenol,Glucose,CHM-CHM,60
4-Nitrophenol,Graphene,CHM-CHM,127
4-Nitrophenol,Graphene Oxide,APL-CHM,30
4-Nitrophenol,Graphene Oxide,CHM-CHM,209
4-Nitrophenol,Graphite,CHM-CHM,44
4-Nitrophenol,H2,CHM-CHM,72
4-Nitrophenol,H2O,CHM-CHM,60
4-Nitrophenol,H2O2,CHM-CHM,82
4-Nitrophenol,H2SO4,CHM-CHM,31
4-Nitrophenol,HAADF STEM,CHM-CMT,56
4-Nitrophenol,HAuCl4,CHM-CHM,112
4-Nitrophenol,HCl,CHM-CHM,46
4-Nitrophenol,HRTEM,CHM-CMT,353
4-Nitrophenol,Heating,CHM-SMT,34
4-Nitrophenol,Heterogeneous Catalysis,CHM-APL,31
4-Nitrophenol,Heterogeneous Catalyst,CHM-APL,79
4-Nitrophenol,Heterostructure,CHM-DSC,30
4-Nitrophenol,Hexagonal,CHM-SPL,36
4-Nitrophenol,High Resolution TEM,CHM-CMT,75
4-Nitrophenol,High Resolution Transmission Electron Microscopy,CHM-CMT,30
4-Nitrophenol,High Resolution XPS,CHM-CMT,40
4-Nitrophenol,High-Resolution Transmission Electron Microscopy,CHM-CMT,34
4-Nitrophenol,Hollow,CHM-DSC,65
4-Nitrophenol,Hplc,CHM-CMT,35
4-Nitrophenol,Hybrid,CHM-DSC,30
4-Nitrophenol,Hydrogel,CHM-DSC,53
4-Nitrophenol,Hydrogen,CHM-CHM,150
4-Nitrophenol,Hydrogen Peroxide,CHM-CHM,31
4-Nitrophenol,Hydrogenation,CHM-APL,52
4-Nitrophenol,Hydrolysis,CHM-SMT,44
4-Nitrophenol,Hydrophilic,CHM-PRO,32
4-Nitrophenol,Hydrophobic,CHM-PRO,33
4-Nitrophenol,Hydroquinone,CHM-CHM,42
4-Nitrophenol,Hydroxyl,CHM-CHM,60
4-Nitrophenol,Interface,CHM-DSC,62
4-Nitrophenol,Iron,CHM-CHM,32
4-Nitrophenol,Irradiation,CHM-SMT,63
4-Nitrophenol,K,CHM-PRO,106
4-Nitrophenol,KCl,CHM-CHM,33
4-Nitrophenol,Kapp,CHM-PRO,47
4-Nitrophenol,Layers,CHM-DSC,140
4-Nitrophenol,Magnetic Properties,CHM-PRO,42
4-Nitrophenol,Magnetics,CHM-PRO,157
4-Nitrophenol,MeOH,CHM-CHM,30
4-Nitrophenol,Membrane,CHM-DSC,62
4-Nitrophenol,Mesoporous,CHM-DSC,145
4-Nitrophenol,Metal Oxide,CHM-CHM,35
4-Nitrophenol,Metallic,CHM-PRO,95
4-Nitrophenol,Metals,CHM-PRO,148
4-Nitrophenol,Methanol,CHM-CHM,75
4-Nitrophenol,Methyl Orange,CHM-CHM,80
4-Nitrophenol,Methylene Blue,CHM-CHM,168
4-Nitrophenol,Microspheres,CHM-DSC,111
4-Nitrophenol,Microstructure,CHM-PRO,46
4-Nitrophenol,Molecular Structure,CHM-PRO,37
4-Nitrophenol,Morphologic,CHM-PRO,34
4-Nitrophenol,Morphologies,CHM-PRO,64
4-Nitrophenol,Morphology,CHM-PRO,263
4-Nitrophenol,N2,CHM-CHM,195
4-Nitrophenol,N2 Adsorption Desorption Isotherms,CHM-CMT,57
4-Nitrophenol,NCS,CHM-DSC,36
4-Nitrophenol,NPS,APL-DSC,46
4-Nitrophenol,NPS,CHM-DSC,461
4-Nitrophenol,NPs,CHM-DSC,43
4-Nitrophenol,NaBH4,APL-CHM,51
4-Nitrophenol,NaBH4,CHM-CHM,759
4-Nitrophenol,NaCl,CHM-CHM,35
4-Nitrophenol,NaOH,CHM-CHM,63
4-Nitrophenol,Nanocatalyst,CHM-APL,195
4-Nitrophenol,Nanocatalyst,CHM-DSC,48
4-Nitrophenol,Nanocluster,CHM-DSC,35
4-Nitrophenol,Nanocomposite,APL-DSC,32
4-Nitrophenol,Nanocomposite,CHM-DSC,359
4-Nitrophenol,Nanocrystals,CHM-DSC,100
4-Nitrophenol,Nanofiber,CHM-DSC,41
4-Nitrophenol,Nanohybrid,CHM-DSC,44
4-Nitrophenol,Nanomaterial,CHM-DSC,76
4-Nitrophenol,Nanoparticle,CHM-DSC,225
4-Nitrophenol,Nanoparticles,APL-DSC,113
4-Nitrophenol,Nanoparticles,CHM-DSC,1242
4-Nitrophenol,Nanoreactors,CHM-APL,30
4-Nitrophenol,Nanorods,CHM-DSC,73
4-Nitrophenol,Nanosheets,CHM-DSC,122
4-Nitrophenol,Nanosphere,CHM-DSC,97
4-Nitrophenol,Nanostructure,CHM-DSC,37
4-Nitrophenol,Nanostructures,CHM-DSC,131
4-Nitrophenol,Nanotube,CHM-DSC,83
4-Nitrophenol,Nanowires,CHM-DSC,38
4-Nitrophenol,Ni,CHM-CHM,138
4-Nitrophenol,Ni2+,CHM-CHM,31
4-Nitrophenol,Nickel,CHM-CHM,53
4-Nitrophenol,Nitro,CHM-CHM,68
4-Nitrophenol,Nitroarenes,CHM-CHM,55
4-Nitrophenol,Nitrobenzene,CHM-CHM,88
4-Nitrophenol,Nitrogen,CHM-CHM,191
4-Nitrophenol,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,45
4-Nitrophenol,Nitrophenol,CHM-CHM,113
4-Nitrophenol,O,CHM-CHM,91
4-Nitrophenol,O2,CHM-CHM,46
4-Nitrophenol,OH,CHM-CHM,45
4-Nitrophenol,Of Chemistry,CHM-CMT,40
4-Nitrophenol,Optical Image,CHM-CMT,30
4-Nitrophenol,Optical Properties,CHM-PRO,34
4-Nitrophenol,Oxidation,CHM-APL,49
4-Nitrophenol,Oxidation,CHM-SMT,55
4-Nitrophenol,Oxides,CHM-CHM,34
4-Nitrophenol,Oxygen,CHM-CHM,135
4-Nitrophenol,P-Nitrophenol,CHM-CHM,41
4-Nitrophenol,PDA,CHM-CHM,38
4-Nitrophenol,PVP,CHM-CHM,57
4-Nitrophenol,PXRD,CHM-CMT,33
4-Nitrophenol,Palladium,CHM-CHM,101
4-Nitrophenol,Particle,CHM-DSC,40
4-Nitrophenol,Particle Size,CHM-PRO,79
4-Nitrophenol,Particle Size Distribution,CHM-PRO,77
4-Nitrophenol,Particles,CHM-DSC,261
4-Nitrophenol,Pd,CHM-CHM,333
4-Nitrophenol,Phenol,CHM-CHM,189
4-Nitrophenol,Phenolics,CHM-CHM,67
4-Nitrophenol,Phenylboronic Acid,CHM-CHM,34
4-Nitrophenol,Phosphate,CHM-CHM,44
4-Nitrophenol,Photo Catalytic Activity,CHM-PRO,154
4-Nitrophenol,Photo Luminescence,CHM-CMT,52
4-Nitrophenol,Photoactivity,CHM-PRO,30
4-Nitrophenol,Photocatalyst,CHM-APL,90
4-Nitrophenol,Photocatalysts,CHM-APL,96
4-Nitrophenol,Photocatalytic Degradation,CHM-APL,69
4-Nitrophenol,Photocatalytic Performance,CHM-PRO,43
4-Nitrophenol,Platinum,CHM-CHM,46
4-Nitrophenol,Polydopamine,CHM-CHM,45
4-Nitrophenol,Polystyrene,CHM-CHM,40
4-Nitrophenol,Pore Size Distribution,CHM-PRO,94
4-Nitrophenol,Pore Sizes,CHM-PRO,34
4-Nitrophenol,Pore Volume,CHM-PRO,32
4-Nitrophenol,Porosity,CHM-PRO,40
4-Nitrophenol,Porous,CHM-DSC,158
4-Nitrophenol,Powder,CHM-DSC,62
4-Nitrophenol,Powder X-Ray Diffraction,CHM-CMT,38
4-Nitrophenol,Pseudo First Order Kinetics,CHM-CMT,31
4-Nitrophenol,Pt,CHM-CHM,204
4-Nitrophenol,Pure,CHM-DSC,46
4-Nitrophenol,Pyridine,CHM-CHM,33
4-Nitrophenol,Pyrolysis,CHM-SMT,30
4-Nitrophenol,Raman,CHM-CMT,154
4-Nitrophenol,Raman Spectroscopy,CHM-CMT,50
4-Nitrophenol,Rate Constant,CHM-PRO,226
4-Nitrophenol,Reaction Rate,CHM-PRO,42
4-Nitrophenol,Reaction Rate Constant,CHM-PRO,35
4-Nitrophenol,Recyclability,CHM-PRO,77
4-Nitrophenol,Reduction Of,APL-APL,56
4-Nitrophenol,Reduction Of,CHM-APL,190
4-Nitrophenol,Reduction Reaction,CHM-APL,54
4-Nitrophenol,Reduction of 4-Nitrophenol,CHM-APL,125
4-Nitrophenol,Reductions,APL-APL,65
4-Nitrophenol,Reductions,CHM-APL,783
4-Nitrophenol,Reductions,CHM-SMT,239
4-Nitrophenol,Reusability,CHM-PRO,104
4-Nitrophenol,RhB,CHM-CHM,64
4-Nitrophenol,Rhodamine B,CHM-CHM,105
4-Nitrophenol,SAED,CHM-CMT,109
4-Nitrophenol,SBA-15,CHM-CHM,31
4-Nitrophenol,SEM,APL-CMT,31
4-Nitrophenol,SEM,CHM-CMT,574
4-Nitrophenol,Scanning Electron Microscopy,CHM-CMT,146
4-Nitrophenol,Selected Area Electron Diffraction,CHM-CMT,40
4-Nitrophenol,Selectivity,CHM-PRO,55
4-Nitrophenol,Semiconductor,CHM-PRO,34
4-Nitrophenol,Sensing,CHM-APL,37
4-Nitrophenol,Sensitivity,CHM-PRO,61
4-Nitrophenol,Sensor,CHM-APL,72
4-Nitrophenol,Sers,CHM-CMT,38
4-Nitrophenol,Sheets,CHM-DSC,65
4-Nitrophenol,Shell,CHM-DSC,156
4-Nitrophenol,Shells,CHM-DSC,60
4-Nitrophenol,Si,CHM-CHM,43
4-Nitrophenol,SiO2,CHM-CHM,164
4-Nitrophenol,Silica,CHM-CHM,191
4-Nitrophenol,Silver,CHM-CHM,264
4-Nitrophenol,Size,CHM-PRO,33
4-Nitrophenol,Size Distribution,CHM-PRO,99
4-Nitrophenol,Society,CHM-CMT,39
4-Nitrophenol,Sodium Borohydride,CHM-CHM,201
4-Nitrophenol,Sol-Gel,CHM-SMT,46
4-Nitrophenol,Specific Surface Area,CHM-PRO,83
4-Nitrophenol,Sphere,CHM-DSC,85
4-Nitrophenol,Stability,APL-PRO,33
4-Nitrophenol,Stability,CHM-PRO,298
4-Nitrophenol,Stable,CHM-PRO,43
4-Nitrophenol,Stem,CHM-CMT,47
4-Nitrophenol,Structural,CHM-PRO,43
4-Nitrophenol,Structure,CHM-PRO,299
4-Nitrophenol,Structures,CHM-PRO,62
4-Nitrophenol,Styrene,CHM-CHM,41
4-Nitrophenol,Substrate,CHM-DSC,108
4-Nitrophenol,Surface,APL-DSC,43
4-Nitrophenol,Surface,CHM-DSC,486
4-Nitrophenol,Surface Area,CHM-PRO,158
4-Nitrophenol,Surface Plasmon Resonance,CHM-PRO,37
4-Nitrophenol,Surfaces,CHM-DSC,87
4-Nitrophenol,TEM,APL-CMT,41
4-Nitrophenol,TEM,CHM-CMT,976
4-Nitrophenol,TGA,CHM-CMT,36
4-Nitrophenol,THF,CHM-CHM,36
4-Nitrophenol,TOF,CHM-PRO,81
4-Nitrophenol,Tga,CHM-CMT,114
4-Nitrophenol,Thermal Stability,CHM-PRO,33
4-Nitrophenol,Thermogravimetric Analysis,CHM-CMT,53
4-Nitrophenol,Ti,CHM-CHM,55
4-Nitrophenol,TiO2,CHM-CHM,240
4-Nitrophenol,Titania,CHM-CHM,31
4-Nitrophenol,Toluene,CHM-CHM,49
4-Nitrophenol,Transmission Electron Microscopy,CHM-CMT,289
4-Nitrophenol,Turnover Frequency,CHM-PRO,70
4-Nitrophenol,UV Vis,CHM-CMT,210
4-Nitrophenol,UV Vis Absorption,CHM-CMT,214
4-Nitrophenol,UV Vis Spectroscopy,CHM-CMT,99
4-Nitrophenol,UV Visible,CHM-CMT,43
4-Nitrophenol,UV Visible Absorption,CHM-CMT,43
4-Nitrophenol,UV Visible Spectroscopy,CHM-CMT,38
4-Nitrophenol,UV-VIS Spectral,CHM-CMT,143
4-Nitrophenol,UV-Vis Spectra,CHM-CMT,67
4-Nitrophenol,Vsm,CHM-CMT,35
4-Nitrophenol,X-Ray Diffraction,CHM-CMT,315
4-Nitrophenol,X-Ray Photoelectron Spectroscopy,CHM-CMT,167
4-Nitrophenol,XPS,CHM-CMT,394
4-Nitrophenol,XRD,APL-CMT,34
4-Nitrophenol,XRD,CHM-CMT,709
4-Nitrophenol,Zeta Potential,CHM-PRO,36
4-Nitrophenol,Zn,CHM-CHM,45
4-Nitrophenol,ZnO,CHM-CHM,79
4-Nitrophenol Reduction,4-Nitrophenol,APL-CHM,168
4-Nitrophenol Reduction,Ag,APL-CHM,43
4-Nitrophenol Reduction,Au,APL-CHM,68
4-Nitrophenol Reduction,Catalyst,APL-APL,92
4-Nitrophenol Reduction,Catalytic Activity,APL-PRO,65
4-Nitrophenol Reduction,HRTEM,APL-CMT,34
4-Nitrophenol Reduction,NPS,APL-DSC,35
4-Nitrophenol Reduction,NaBH4,APL-CHM,58
4-Nitrophenol Reduction,Nanoparticles,APL-DSC,85
4-Nitrophenol Reduction,Pd,APL-CHM,36
4-Nitrophenol Reduction,Reductions,APL-APL,41
4-Nitrophenol Reduction,SEM,APL-CMT,37
4-Nitrophenol Reduction,Surface,APL-DSC,36
4-Nitrophenol Reduction,TEM,APL-CMT,92
4-Nitrophenol Reduction,XPS,APL-CMT,36
4-Nitrophenol Reduction,XRD,APL-CMT,41
4-Nitrophenolate,4-AP,CHM-CHM,35
4-Nitrophenolate,4-NP,CHM-CHM,64
4-Nitrophenolate,4-Nitrophenol,CHM-CHM,58
4-Nitrophenolate,Au,CHM-CHM,37
4-Nitrophenolate,Catalyst,CHM-APL,58
4-Nitrophenolate,NaBH4,CHM-CHM,58
4-Nitrophenolate,Nanoparticles,CHM-DSC,43
4-Nitrophenolate,Reductions,CHM-APL,33
4-Nitrophenolate,SEM,CHM-CMT,35
4-Nitrophenolate,TEM,CHM-CMT,74
4-Nitrophenolate,UV Vis Absorption,CHM-CMT,35
4-Nitrophenolate,XRD,CHM-CMT,43
4-Nitrophenyl,Phenyls,CHM-CHM,38
4-Nitrophenyl,Surface,CHM-DSC,33
4-Nitrophenylchloroformate,CH2Cl2,CHM-CHM,43
4-Nitrophenylchloroformate,DMF,CHM-CHM,53
4-Nitrophenylchloroformate,MeOH,CHM-CHM,34
4-Nitrophenylchloroformate,Pyridine,CHM-CHM,36
4-Nitrophenylchloroformate,THF,CHM-CHM,47
4-Nitrophthalonitrile,1H,CHM-CHM,33
4-Nitrophthalonitrile,Elemental Analysis,CHM-CMT,40
4-Nitrophthalonitrile,Phthalocyanines,CHM-CHM,44
4-Nitrophthalonitrile,Phthalonitrile,CHM-CHM,30
4-Nitrothiophenol,Sers,CHM-CMT,32
4-Nitrotoluene,"2,4-Dinitrotoluene",CHM-CHM,36
4-Nitrotoluene,Nitrobenzene,CHM-CHM,43
4-Nonylphenol,4-NP,CHM-CHM,30
4-Nonylphenol,BPA,CHM-CHM,30
4-Nonylphenol,Bisphenol A,CHM-CHM,49
4-Octyne,Alkyne,CHM-CHM,36
4-Picoline,2-Picoline,CHM-CHM,31
4-Picoline,Catalyst,CHM-APL,36
4-Picoline,Hydrogen,CHM-CHM,32
4-Picoline,Pyridine,CHM-CHM,71
4-Pyridyl,3-Pyridyl,CHM-CHM,38
4-Pyridyl,Hydrogen,CHM-CHM,40
4-Pyridyl,Pyridyl,CHM-CHM,37
4-Tert-Butylphenol,Phenol,CHM-CHM,30
4-Tert-Butylpyridine,Acetonitrile,CHM-CHM,68
4-Tert-Butylpyridine,Cell,CHM-APL,37
4-Tert-Butylpyridine,Cells,CHM-APL,41
4-Tert-Butylpyridine,DSSCS,CHM-APL,42
4-Tert-Butylpyridine,Dscs,CHM-APL,33
4-Tert-Butylpyridine,Dye-Sensitized Solar Cells,CHM-APL,65
4-Tert-Butylpyridine,Efficiency,CHM-PRO,36
4-Tert-Butylpyridine,Electrode,CHM-APL,33
4-Tert-Butylpyridine,Electrolyte,CHM-APL,121
4-Tert-Butylpyridine,Film,CHM-DSC,45
4-Tert-Butylpyridine,Films,CHM-DSC,38
4-Tert-Butylpyridine,Iodine,CHM-CHM,34
4-Tert-Butylpyridine,JSC,CHM-PRO,31
4-Tert-Butylpyridine,Open Circuit Voltage,CHM-PRO,43
4-Tert-Butylpyridine,Perovskites,CHM-CHM,31
4-Tert-Butylpyridine,Photovoltaic Performance,CHM-PRO,31
4-Tert-Butylpyridine,Power Conversion Efficiency,CHM-PRO,35
4-Tert-Butylpyridine,Pyridine,CHM-CHM,31
4-Tert-Butylpyridine,Solar Cell,CHM-APL,39
4-Tert-Butylpyridine,Surface,CHM-DSC,32
4-Tert-Butylpyridine,TBP,CHM-CHM,75
4-Tert-Butylpyridine,TiO2,CHM-CHM,103
4-Tert-Butylpyridine,VOC,CHM-PRO,34
4-Tert-Octylphenol,Bisphenol A,CHM-CHM,34
4-Toluenesulfonyl,THF,CHM-CHM,41
4-VP,4-Vinylpyridine,CHM-CHM,48
4-VP,SEM,CHM-CMT,44
4-Vinylpyridine,4-VP,CHM-CHM,48
4-Vinylpyridine,4VP,CHM-CHM,66
4-Vinylpyridine,Acetonitrile,CHM-CHM,32
4-Vinylpyridine,Carbon,CHM-CHM,31
4-Vinylpyridine,Copolymer,CHM-DSC,39
4-Vinylpyridine,Ethylene Glycol Dimethacrylate,CHM-CHM,43
4-Vinylpyridine,Film,CHM-DSC,32
4-Vinylpyridine,Hydrogen,CHM-CHM,30
4-Vinylpyridine,MIP,CHM-APL,39
4-Vinylpyridine,MIPS,CHM-APL,31
4-Vinylpyridine,Membrane,CHM-DSC,31
4-Vinylpyridine,Methacrylic Acid,CHM-CHM,35
4-Vinylpyridine,Molecularly Imprinted Polymer,CHM-APL,36
4-Vinylpyridine,Nanoparticles,CHM-DSC,36
4-Vinylpyridine,P4VP,CHM-CHM,31
4-Vinylpyridine,Particles,CHM-DSC,44
4-Vinylpyridine,Pyridine,CHM-CHM,36
4-Vinylpyridine,SEM,CHM-CMT,45
4-Vinylpyridine,Scanning Electron Microscopy,CHM-CMT,31
4-Vinylpyridine,Silica,CHM-CHM,38
4-Vinylpyridine,Styrene,CHM-CHM,42
4-Vinylpyridine,Surface,CHM-DSC,67
4-Vinylpyridine,TEM,CHM-CMT,42
4.0MPa,Catalyst,CHM-APL,45
4.0MPa,H2,CHM-CHM,30
40 MPa,20MPa,CHM-CHM,60
40 MPa,30 MPa,CHM-CHM,36
40 MPa,Alloy,CHM-DSC,41
40 MPa,Composite,CHM-DSC,40
40 MPa,Density,CHM-PRO,37
40 MPa,Mechanical Property,CHM-PRO,31
40 MPa,Microstructure,CHM-PRO,50
40 MPa,SEM,CHM-CMT,65
40 MPa,Stress,CHM-PRO,36
40 MPa,Surface,CHM-DSC,44
400 MPa,200MPa,CHM-CHM,32
400 MPa,Alloy,CHM-DSC,51
400 MPa,Fracture Surface,CHM-PRO,37
400 MPa,Micro Structures,CHM-PRO,33
400 MPa,Microstructure,CHM-PRO,57
400 MPa,SEM,CHM-CMT,60
400 MPa,Stress,CHM-PRO,45
400 MPa,Surface,CHM-DSC,48
400C,Annealed,SMT-SMT,41
400C,Catalyst,CHM-APL,37
400C,H2,CHM-CHM,49
400C,XRD,SMT-CMT,35
400MHz,1H,CHM-CHM,72
400MHz,1H NMR,CHM-CMT,65
400MHz,CDCl3,CHM-CHM,62
400MHz 1H,1H NMR,CHM-CMT,66
40Ar/36Ar,Ar,PRO-CHM,30
40Ar/36Ar,Compositions,PRO-PRO,34
40Ar/39Ar,40Ar/39Ar Age,CMT-CMT,84
40Ar/39Ar,40Ar/39Ar Dating,CMT-CMT,40
40Ar/39Ar,Age,CMT-PRO,109
40Ar/39Ar,Ages,CMT-PRO,148
40Ar/39Ar,Amphiboles,CMT-CHM,62
40Ar/39Ar,Amphibolite,CMT-SPL,35
40Ar/39Ar,Apatites,CMT-CHM,44
40Ar/39Ar,Ar,CMT-CHM,34
40Ar/39Ar,Argon,CMT-CHM,43
40Ar/39Ar,Biotites,CMT-CHM,111
40Ar/39Ar,Ca,CMT-CHM,42
40Ar/39Ar,Compositions,CMT-PRO,69
40Ar/39Ar,Cooling,CMT-SMT,87
40Ar/39Ar,Crystal,CMT-DSC,44
40Ar/39Ar,Diamonds,CMT-CHM,30
40Ar/39Ar,Eclogites,CMT-SPL,33
40Ar/39Ar,Feldspar,CMT-CHM,36
40Ar/39Ar,Foliation,CMT-PRO,30
40Ar/39Ar,Garnet,CMT-SPL,47
40Ar/39Ar,Geologic Map,CMT-CMT,32
40Ar/39Ar,Geological Map,CMT-CMT,89
40Ar/39Ar,Gneiss,CMT-SPL,32
40Ar/39Ar,Grains,CMT-DSC,35
40Ar/39Ar,Isochron,CMT-CHM,77
40Ar/39Ar,K-Feldspar,CMT-CHM,45
40Ar/39Ar,Lava Flow,CMT-DSC,32
40Ar/39Ar,Layers,CMT-DSC,47
40Ar/39Ar,Metamorphic,CMT-PRO,43
40Ar/39Ar,Metamorphism,CMT-SMT,32
40Ar/39Ar,Miocene,CMT-CHM,39
40Ar/39Ar,Pb,CMT-CHM,98
40Ar/39Ar,Photomicrograph,CMT-CMT,33
40Ar/39Ar,Plateau Age,CMT-PRO,52
40Ar/39Ar,Quartz,CMT-CHM,103
40Ar/39Ar,SiO2,CMT-CHM,35
40Ar/39Ar,Sr,CMT-CHM,41
40Ar/39Ar,Surface,CMT-DSC,38
40Ar/39Ar,Ti,CMT-CHM,30
40Ar/39Ar,Zircon,CMT-CHM,33
40Ar/39Ar,Zircons,CMT-CHM,118
40Ar/39Ar Age,40Ar/39Ar,CMT-CMT,84
40Ar/39Ar Age,Age,CMT-PRO,51
40Ar/39Ar Age,Ages,CMT-PRO,67
40Ar/39Ar Age,Amphiboles,CMT-CHM,46
40Ar/39Ar Age,Biotites,CMT-CHM,71
40Ar/39Ar Age,Ca,CMT-CHM,42
40Ar/39Ar Age,Compositions,CMT-PRO,54
40Ar/39Ar Age,Cooling,CMT-SMT,41
40Ar/39Ar Age,Crystal,CMT-DSC,38
40Ar/39Ar Age,Feldspar,CMT-CHM,33
40Ar/39Ar Age,Garnet,CMT-SPL,34
40Ar/39Ar Age,Geologic Map,CMT-CMT,31
40Ar/39Ar Age,Geological Map,CMT-CMT,74
40Ar/39Ar Age,Isochron,CMT-CHM,63
40Ar/39Ar Age,K-Feldspar,CMT-CHM,37
40Ar/39Ar Age,Layers,CMT-DSC,32
40Ar/39Ar Age,Pb,CMT-CHM,70
40Ar/39Ar Age,Photomicrograph,CMT-CMT,30
40Ar/39Ar Age,Plateau Age,CMT-PRO,34
40Ar/39Ar Age,Quartz,CMT-CHM,80
40Ar/39Ar Age,SiO2,CMT-CHM,35
40Ar/39Ar Age,Sr,CMT-CHM,37
40Ar/39Ar Age,Zircons,CMT-CHM,68
40Ar/39Ar Age,Zr,CMT-CHM,32
40Ar/39Ar Dating,40Ar/39Ar,CMT-CMT,40
40Ca,Ca,CHM-CHM,99
40Ca,Calcite,CHM-CHM,36
40Ca,Calcium,CHM-CHM,56
40Ca,Carbonates,CHM-CHM,38
40Ca,Mg,CHM-CHM,39
40Ca,Sr,CHM-CHM,43
40Ca,Δ44/40Ca,CHM-PRO,55
40N,SEM,CHM-CMT,32
40N,Surface,CHM-DSC,35
44-SQL,2D,SPL-DSC,39
44-SQL,3D,SPL-DSC,36
44C,Cooling,CHM-SMT,32
44C,Heating,CHM-SMT,33
450 MPa,SEM,CHM-CMT,38
450 MPa,Surface,CHM-DSC,36
450°C,Annealed,SMT-SMT,31
450°C,SEM,SMT-CMT,37
450°C,XRD,SMT-CMT,42
45C,1H,CHM-CHM,45
45C,1H NMR,CHM-CMT,37
45C,25C,CHM-CHM,74
45C,Ac2O,CHM-CHM,37
45C,AcOH,CHM-CHM,33
45C,Acetone,CHM-CHM,46
45C,CH2Cl2,CHM-CHM,107
45C,"CH2Cl2, 78C",CHM-CHM,32
45C,CH3CN,CHM-CHM,31
45C,CHCl3,CHM-CHM,34
45C,Catalyst,CHM-APL,32
45C,Cooling,CHM-SMT,36
45C,CuI,CHM-CHM,34
45C,DMAP,CHM-CHM,45
45C,DMF,CHM-CHM,91
45C,DMSO,CHM-CHM,50
45C,Et2O,CHM-CHM,47
45C,Et3N,CHM-CHM,67
45C,H2,CHM-CHM,57
45C,H2O,CHM-CHM,109
45C,H2O2,CHM-CHM,35
45C,HCl,CHM-CHM,44
45C,Imidazole,CHM-CHM,42
45C,K2CO3,CHM-CHM,65
45C,MeCN,CHM-CHM,48
45C,MeOH,CHM-CHM,102
45C,NaBH4,CHM-CHM,38
45C,NaH,CHM-CHM,47
45C,NaHCO3,CHM-CHM,34
45C,NaOH,CHM-CHM,52
45C,PPh3,CHM-CHM,42
45C,Pd/C,CHM-CHM,30
45C,Pyridine,CHM-CHM,49
45C,SEM,CHM-CMT,55
45C,Surface,CHM-DSC,41
45C,TBAF,CHM-CHM,43
45C,TBSCl,CHM-CHM,32
45C,TEM,CHM-CMT,47
45C,TFA,CHM-CHM,38
45C,THF,CHM-CHM,124
45C,Toluene,CHM-CHM,75
45Ca,Ca,CHM-CHM,31
45Ca,Ca2+,CHM-CHM,39
45Ca,Calcium,CHM-CHM,38
45Ca2+,Ca2+,CHM-CHM,63
45SC,NMR,CMT-CMT,44
47Ti,49Ti,CHM-CHM,30
48Ti,Ti,CHM-CHM,38
49Ti,47Ti,CHM-CHM,30
49Ti,Ti,CHM-CHM,35
4A Zeolite,Zeolites,CHM-CHM,35
4D,3D,DSC-DSC,47
4F7,XPS,PRO-CMT,33
4Fe-4S,Amino Acid,CHM-CHM,38
4Fe-4S,CO,CHM-CHM,42
4Fe-4S,Carbon,CHM-CHM,30
4Fe-4S,Cluster,CHM-DSC,146
4Fe-4S,Crystal Structure,CHM-PRO,30
4Fe-4S,Cysteines,CHM-CHM,57
4Fe-4S,Epr,CHM-CMT,42
4Fe-4S,Fe,CHM-CHM,83
4Fe-4S,FeFe,CHM-CHM,48
4Fe-4S,H2,CHM-CHM,37
4Fe-4S,Hydrogen,CHM-CHM,67
4Fe-4S,Hydrogenase,CHM-APL,47
4Fe-4S,Iron,CHM-CHM,116
4Fe-4S,Oxygen,CHM-CHM,37
4Fe-4S,Structure,CHM-PRO,38
4Fe-4S,Sulfur,CHM-CHM,75
4H,2H,SPL-CHM,32
4H,2H,SPL-SPL,52
4H,6H,SPL-SPL,100
4H,Bulk,SPL-DSC,30
4H,Carbon,SPL-CHM,41
4H,Crystal,SPL-DSC,66
4H,Crystal Structure,SPL-PRO,40
4H,Cubic,SPL-SPL,53
4H,Hexagonal,SPL-SPL,105
4H,Interface,SPL-DSC,31
4H,Layers,SPL-DSC,69
4H,Polytypes,SPL-PRO,59
4H,Raman,SPL-CMT,32
4H,SEM,SPL-CMT,31
4H,Si,SPL-CHM,70
4H,SiC,SPL-CHM,159
4H,Silicon Carbide,SPL-CHM,46
4H,Single Crystal,SPL-DSC,36
4H,Structure,SPL-PRO,48
4H,Substrate,SPL-DSC,78
4H,Surface,SPL-DSC,58
4H,TEM,SPL-CMT,48
4H-SiC(0001),SiC,CHM-CHM,32
4H2O,2H2O,CHM-CHM,30
4H2O,Crystal Structure,CHM-PRO,35
4H2O,H2O,CHM-CHM,49
4H2O,Hydrogen,CHM-CHM,65
4H2O,Oxygen,CHM-CHM,33
4H2O,Structure,CHM-PRO,40
4H–SiC,6H–SiC,CHM-CHM,36
4H–SiC,AFM,CHM-CMT,32
4H–SiC,Annealing,CHM-SMT,31
4H–SiC,Interface,CHM-DSC,38
4H–SiC,Layers,CHM-DSC,48
4H–SiC,Si,CHM-CHM,65
4H–SiC,SiC,CHM-CHM,89
4H–SiC,Substrate,CHM-DSC,55
4H–SiC,Surface,CHM-DSC,55
4MBA,TEM,CHM-CMT,30
4MPa,Catalyst,CHM-APL,51
4MPa,SEM,CHM-CMT,44
4MPa,Surface,CHM-DSC,30
4MPa,XRD,CHM-CMT,35
4NHCl,"1,4-Dioxane",CHM-CHM,30
4NHCl,AcOH,CHM-CHM,59
4NHCl,Acetone,CHM-CHM,33
4NHCl,Boc2O,CHM-CHM,35
4NHCl,CH2Cl2,CHM-CHM,117
4NHCl,CH3CN,CHM-CHM,39
4NHCl,DCM,CHM-CHM,30
4NHCl,DMAP,CHM-CHM,47
4NHCl,DMF,CHM-CHM,146
4NHCl,DMSO,CHM-CHM,38
4NHCl,Dioxane,CHM-CHM,132
4NHCl,Et3N,CHM-CHM,84
4NHCl,EtOAc,CHM-CHM,34
4NHCl,H2,CHM-CHM,85
4NHCl,H2O,CHM-CHM,95
4NHCl,HCl,CHM-CHM,58
4NHCl,HOBt,CHM-CHM,56
4NHCl,K2CO3,CHM-CHM,68
4NHCl,LiOH,CHM-CHM,34
4NHCl,MeOH,CHM-CHM,137
4NHCl,NaBH4,CHM-CHM,45
4NHCl,NaH,CHM-CHM,49
4NHCl,NaOH,CHM-CHM,68
4NHCl,Pd/C,CHM-CHM,48
4NHCl,Pyridine,CHM-CHM,42
4NHCl,TFA,CHM-CHM,50
4NHCl,THF,CHM-CHM,156
4NHCl,Toluene,CHM-CHM,56
4NP,4-Nitrophenol,CHM-CHM,30
4Pa,Films,CHM-DSC,37
4VP,4-Vinylpyridine,CHM-CHM,66
4VP,AFM,CHM-CMT,30
4VP,Copolymer,CHM-DSC,32
4VP,FTIR,CHM-CMT,30
4VP,P4VP,CHM-CHM,51
4VP,SEM,CHM-CMT,51
4VP,Surface,CHM-DSC,38
4VP,TEM,CHM-CMT,45
4VP,XPS,CHM-CMT,38
4f XPS,1s XPS,CMT-CMT,41
4f XPS,2PXPS,CMT-CMT,84
4f XPS,3D XPS,CMT-CMT,61
4f XPS,Ag,CMT-CHM,35
4f XPS,As Prepared,CMT-DSC,32
4f XPS,Au,CMT-CHM,133
4f XPS,C 1s XPS,CMT-CMT,37
4f XPS,C-V Curve,CMT-CMT,30
4f XPS,CO,CMT-CHM,87
4f XPS,CO2,CMT-CHM,38
4f XPS,CV,CMT-CMT,54
4f XPS,Catalyst,CMT-APL,193
4f XPS,Composite,CMT-DSC,35
4f XPS,Cu,CMT-CHM,34
4f XPS,Cyclic Voltammogram,CMT-CMT,31
4f XPS,EDS,CMT-CMT,35
4f XPS,EDX,CMT-CMT,38
4f XPS,Electrodes,CMT-APL,39
4f XPS,Elemental Mapping,CMT-CMT,40
4f XPS,FTIR,CMT-CMT,38
4f XPS,Fe,CMT-CHM,43
4f XPS,Film,CMT-DSC,39
4f XPS,Films,CMT-DSC,34
4f XPS,H2,CMT-CHM,67
4f XPS,H2-TPR,CMT-CHM,35
4f XPS,H2-TPR,CMT-CMT,38
4f XPS,H2O,CMT-CHM,32
4f XPS,H2SO4,CMT-CHM,52
4f XPS,HAADF STEM,CMT-CMT,52
4f XPS,HRTEM,CMT-CMT,174
4f XPS,Hydrogen,CMT-CHM,38
4f XPS,N2,CMT-CHM,85
4f XPS,Nanoparticles,CMT-DSC,62
4f XPS,Nitrogen,CMT-CHM,44
4f XPS,Nyquist Plot,CMT-CMT,34
4f XPS,O,CMT-CHM,113
4f XPS,O 1s XPS,CMT-CMT,33
4f XPS,O2,CMT-CHM,72
4f XPS,Oxygen,CMT-CHM,40
4f XPS,Particle Size Distribution,CMT-PRO,33
4f XPS,Pd,CMT-CHM,31
4f XPS,Pore Size Distribution,CMT-PRO,31
4f XPS,Pt,CMT-CHM,167
4f XPS,Raman,CMT-CMT,72
4f XPS,SAED,CMT-CMT,36
4f XPS,SEM,CMT-CMT,160
4f XPS,Substrate,CMT-DSC,34
4f XPS,Surface,CMT-DSC,61
4f XPS,TEM,CMT-CMT,284
4f XPS,Ti,CMT-CHM,37
4f XPS,TiO2,CMT-CHM,47
4f XPS,WO3,CMT-CHM,32
4f XPS,XPS,CMT-CMT,165
4f XPS,XRD,CMT-CMT,286
4t1,1H,APL-CHM,41
4t1,1H NMR,APL-CMT,36
4t1,37C,APL-CHM,32
4t1,AFM,APL-CMT,32
4t1,Anti-Tumor Effect,APL-PRO,45
4t1,Anti-Tumor Efficacy,APL-PRO,45
4t1,Au,APL-CHM,46
4t1,Bars,APL-DSC,42
4t1,Biodistribution,APL-PRO,117
4t1,Body Weight,APL-PRO,175
4t1,Breast,APL-SPL,33
4t1,Breast Cancer,APL-APL,120
4t1,Breast Tumor,APL-APL,51
4t1,CLSM,APL-CMT,112
4t1,Calcein AM,APL-CHM,66
4t1,Cancer,APL-APL,64
4t1,Cancer Therapy,APL-APL,36
4t1,Cell Viability,APL-PRO,148
4t1,Cells,APL-APL,31
4t1,Cells,APL-DSC,139
4t1,Cellular Uptake,APL-PRO,98
4t1,Chemical Structures,APL-PRO,41
4t1,Confocal Image,APL-CMT,46
4t1,Confocal Microscopy,APL-CMT,35
4t1,Curves,APL-CMT,37
4t1,Cytotoxicity,APL-PRO,134
4t1,DAPI,APL-CHM,96
4t1,DCFH-DA,APL-CHM,37
4t1,DLS,APL-CMT,121
4t1,DOX,APL-CHM,149
4t1,Doxorubicin,APL-CHM,65
4t1,Drug Delivery,APL-APL,33
4t1,Dynamic Light Scattering,APL-CMT,43
4t1,E Staining,APL-CMT,31
4t1,FITC,APL-CHM,49
4t1,FTIR,APL-CMT,36
4t1,Fe,APL-CHM,38
4t1,Flow Cytometry,APL-CMT,137
4t1,Fluorescence,APL-CMT,112
4t1,Fluorescence,APL-PRO,58
4t1,Fluorescence Image,APL-CMT,83
4t1,Fluorescence Imaging,APL-CMT,62
4t1,Fluorescence Intensity,APL-PRO,104
4t1,Fluorescence Microscopy,APL-CMT,38
4t1,Fluorescence Spectra,APL-CMT,38
4t1,GSH,APL-CHM,48
4t1,H & E Staining,APL-CMT,56
4t1,H&E,APL-CMT,49
4t1,H&E Stained,APL-CMT,43
4t1,H2O2,APL-CHM,49
4t1,HRTEM,APL-CMT,52
4t1,Hoechst33342,APL-CHM,32
4t1,Hydrodynamic Diameter,APL-PRO,35
4t1,ICG,APL-CHM,37
4t1,IR Thermal Images,APL-CMT,38
4t1,Imaging,APL-APL,32
4t1,Infrared Thermal Images,APL-CMT,30
4t1,Irradiated,APL-SMT,57
4t1,Irradiation,APL-SMT,158
4t1,Laser Irradiation,APL-SMT,113
4t1,Liver,APL-APL,40
4t1,Lung,APL-APL,31
4t1,MRI,APL-CMT,36
4t1,MTT,APL-CHM,52
4t1,MTT Assay,APL-CMT,43
4t1,Mice,APL-APL,125
4t1,Micelles,APL-DSC,58
4t1,Morphology,APL-PRO,46
4t1,NIR Irradiation,APL-SMT,43
4t1,NIR Laser Irradiation,APL-SMT,50
4t1,NPS,APL-DSC,122
4t1,Nanocomposite,APL-DSC,34
4t1,Nanoparticle,APL-DSC,70
4t1,Nanoparticles,APL-DSC,211
4t1,Nanosheets,APL-DSC,30
4t1,Of Chemistry,APL-CMT,31
4t1,Oxygen,APL-CHM,79
4t1,PA,APL-CMT,57
4t1,PA Imaging,APL-CMT,30
4t1,PDT,APL-APL,69
4t1,PDT,APL-SMT,39
4t1,PEG,APL-CHM,105
4t1,PEGylated,APL-SMT,32
4t1,PTT,APL-APL,55
4t1,PTT,APL-SMT,37
4t1,Particle Size,APL-PRO,39
4t1,Particles,APL-DSC,33
4t1,Pharmacokinetics,APL-PRO,32
4t1,Photothermal Effect,APL-PRO,33
4t1,Photothermal Therapy,APL-APL,35
4t1,SEM,APL-CMT,102
4t1,Silica,APL-CHM,30
4t1,Size Distribution,APL-PRO,68
4t1,Society,APL-CMT,36
4t1,Stability,APL-PRO,50
4t1,Structure,APL-PRO,47
4t1,Surface,APL-DSC,72
4t1,Survival Curve,APL-CMT,33
4t1,Survival Rate,APL-PRO,46
4t1,TEM,APL-CMT,338
4t1,Toxicity,APL-PRO,34
4t1,Transmission Electron Microscopy,APL-CMT,31
4t1,Tumor,APL-APL,89
4t1,Tumor,APL-DSC,126
4t1,Tumor Growth,APL-PRO,40
4t1,Tumor Growth Curve,APL-PRO,97
4t1,Tumor Sections,APL-DSC,52
4t1,Tumor Slices,APL-DSC,30
4t1,Tumor Volume,APL-PRO,136
4t1,Tumor Weight,APL-PRO,64
4t1,Tumours,APL-APL,294
4t1,Tumours,APL-DSC,115
4t1,Tumours,APL-PRO,38
4t1,Tunel,APL-CMT,37
4t1,Tunel Staining,APL-CMT,44
4t1,UV Vis Absorption,APL-CMT,40
4t1,Viability,APL-PRO,71
4t1,Western Blots,APL-CMT,33
4t1,XPS,APL-CMT,33
4t1,XRD,APL-CMT,60
4t1,Zeta Potential,APL-PRO,86
5 MPa H2,Catalyst,CHM-APL,39
5% Weight Loss Temperature,Glass Transition Temperature,PRO-PRO,35
"5,10,15,20-Tetraphenylporphyrin",Porphyrin,CHM-CHM,44
"5,10,15,20-Tetraphenylporphyrin",TPP,CHM-CHM,45
"5,5-Dimethyl-1-Pyrroline N-Oxide",DMPO,CHM-CHM,110
"5,5-Dimethyl-1-Pyrroline N-Oxide",ESR,CHM-CMT,34
"5,5-Dimethyl-1-Pyrroline N-Oxide",Epr,CHM-CMT,39
"5,5-Dimethyl-1-Pyrroline N-Oxide",H2O2,CHM-CHM,32
"5,5-Dimethyl-1-Pyrroline N-Oxide",Hydroxyl,CHM-CHM,50
"5,5-Dimethyl-1-Pyrroline N-Oxide",Oxygen,CHM-CHM,47
"5,6-Dihydroxyindole",DHI,CHM-CHM,30
5-(Hydroxymethyl) Furfural,Catalyst,CHM-APL,37
5-(Hydroxymethyl) Furfural,HMF,CHM-CHM,47
5-ASA,5-Aminosalicylic Acid,CHM-CHM,49
5-Aminolevulinic Acid,ALA,CHM-CHM,69
5-Aminolevulinic Acid,PDT,CHM-APL,39
5-Aminolevulinic Acid,Photodynamic Therapy,CHM-APL,38
5-Aminolevulinic Acid,Protoporphyrin IX,CHM-CHM,42
5-Aminosalicylic Acid,5-ASA,CHM-CHM,49
5-Bromo-2-Deoxyuridine,BrdU,CHM-CHM,35
5-DSA,16-DSA,CHM-CHM,36
5-DSA,Epr,CHM-CMT,43
5-FU,1H,CHM-CHM,66
5-FU,1H NMR,CHM-CMT,49
5-FU,5-Fluorouracil,CHM-CHM,429
5-FU,Anti-Cancer,CHM-APL,72
5-FU,Anti-Cancer,CHM-PRO,37
5-FU,Anti-Tumor Activity,CHM-PRO,50
5-FU,Anticancer Drugs,CHM-APL,40
5-FU,Apoptosis,CHM-PRO,41
5-FU,Body Weight,CHM-PRO,30
5-FU,Cancer,CHM-APL,48
5-FU,Cell,CHM-DSC,64
5-FU,Cell Cycle,CHM-PRO,45
5-FU,Cell Viability,CHM-PRO,102
5-FU,Cells,CHM-DSC,191
5-FU,Chemical Structures,CHM-PRO,62
5-FU,Chemotherapy,CHM-APL,31
5-FU,Cisplatin,CHM-CHM,55
5-FU,Colon,CHM-SPL,32
5-FU,Colorectal Cancer,CHM-APL,34
5-FU,Cytotoxicity,CHM-PRO,155
5-FU,DAPI,CHM-CHM,39
5-FU,DLS,CHM-CMT,44
5-FU,DMSO,CHM-CHM,36
5-FU,DOX,CHM-CHM,30
5-FU,DSC,CHM-CMT,36
5-FU,Doxorubicin,CHM-CHM,39
5-FU,Drug Delivery,CHM-APL,52
5-FU,Drug Delivery System,CHM-APL,33
5-FU,FITC,CHM-CHM,43
5-FU,FT-IR,CHM-CMT,67
5-FU,FTIR,CHM-CMT,105
5-FU,Flow Cytometry,CHM-CMT,77
5-FU,Fluorescence,CHM-CMT,39
5-FU,Fluorescence Microscopy,CHM-CMT,31
5-FU,Hydrogel,CHM-DSC,51
5-FU,Hydrogen,CHM-CHM,35
5-FU,Hydrophilic,CHM-PRO,32
5-FU,IC50,CHM-PRO,52
5-FU,MTT,CHM-CHM,132
5-FU,MTT Assay,CHM-CMT,95
5-FU,Morphology,CHM-PRO,70
5-FU,N2,CHM-CHM,30
5-FU,Nanoparticle,CHM-DSC,40
5-FU,Nanoparticles,CHM-DSC,123
5-FU,Nitrogen,CHM-CHM,30
5-FU,Oxygen,CHM-CHM,39
5-FU,Particle Size,CHM-PRO,34
5-FU,Particles,CHM-DSC,39
5-FU,Phosphate,CHM-CHM,31
5-FU,Release Profile,CHM-PRO,50
5-FU,SEM,CHM-CMT,142
5-FU,Scanning Electron Microscopy,CHM-CMT,33
5-FU,Silica,CHM-CHM,37
5-FU,Structure,CHM-PRO,61
5-FU,Surface,CHM-DSC,68
5-FU,TEM,CHM-CMT,154
5-FU,Toxicity,CHM-PRO,48
5-FU,Tumor,CHM-DSC,31
5-FU,Tumor Volume,CHM-PRO,36
5-FU,Tumours,CHM-APL,52
5-FU,Tumours,CHM-DSC,32
5-FU,Viability,CHM-PRO,30
5-FU,Western Blots,CHM-CMT,55
5-FU,Western Blotting,CHM-CMT,45
5-FU,XRD,CHM-CMT,83
5-Fluorocytosine,Cytosine,CHM-CHM,33
5-Fluorouracil,1H,CHM-CHM,53
5-Fluorouracil,1H NMR,CHM-CMT,37
5-Fluorouracil,5-FU,CHM-CHM,429
5-Fluorouracil,5-Fu,CHM-CHM,53
5-Fluorouracil,Anti-Cancer,CHM-APL,91
5-Fluorouracil,Anti-Cancer,CHM-PRO,38
5-Fluorouracil,Anti-Proliferative Activity,CHM-PRO,33
5-Fluorouracil,Anti-Tumor Activity,CHM-PRO,57
5-Fluorouracil,Anticancer Drugs,CHM-APL,66
5-Fluorouracil,Biocompatibility,CHM-PRO,31
5-Fluorouracil,Cancer,CHM-APL,59
5-Fluorouracil,Carbon,CHM-CHM,37
5-Fluorouracil,Cell Cycle,CHM-PRO,35
5-Fluorouracil,Cell Viability,CHM-PRO,47
5-Fluorouracil,Cells,CHM-DSC,78
5-Fluorouracil,Chemical Structures,CHM-PRO,47
5-Fluorouracil,Chemotherapy,CHM-APL,45
5-Fluorouracil,Cisplatin,CHM-CHM,74
5-Fluorouracil,Colon,CHM-SPL,35
5-Fluorouracil,Colorectal,CHM-SPL,32
5-Fluorouracil,Colorectal Cancer,CHM-APL,30
5-Fluorouracil,Cytotoxicity,CHM-PRO,123
5-Fluorouracil,DNA,CHM-PRO,38
5-Fluorouracil,Doxorubicin,CHM-CHM,58
5-Fluorouracil,Drug Carrier,CHM-APL,34
5-Fluorouracil,Drug Delivery,CHM-APL,60
5-Fluorouracil,Drug Delivery System,CHM-APL,33
5-Fluorouracil,FT-IR,CHM-CMT,36
5-Fluorouracil,FTIR,CHM-CMT,53
5-Fluorouracil,Flow Cytometry,CHM-CMT,47
5-Fluorouracil,Hydrogel,CHM-DSC,55
5-Fluorouracil,Hydrogen,CHM-CHM,52
5-Fluorouracil,Hydrophilic,CHM-PRO,39
5-Fluorouracil,Hydrophobic,CHM-PRO,32
5-Fluorouracil,IC50,CHM-PRO,34
5-Fluorouracil,MTT,CHM-CHM,71
5-Fluorouracil,MTT Assay,CHM-CMT,50
5-Fluorouracil,Magnetics,CHM-PRO,34
5-Fluorouracil,Morphology,CHM-PRO,53
5-Fluorouracil,Nanoparticle,CHM-DSC,31
5-Fluorouracil,Nanoparticles,CHM-DSC,128
5-Fluorouracil,Oxygen,CHM-CHM,44
5-Fluorouracil,SEM,CHM-CMT,78
5-Fluorouracil,Stability,CHM-PRO,39
5-Fluorouracil,Structure,CHM-PRO,61
5-Fluorouracil,Surface,CHM-DSC,62
5-Fluorouracil,TEM,CHM-CMT,72
5-Fluorouracil,Thymine,CHM-CHM,45
5-Fluorouracil,Toxicity,CHM-PRO,63
5-Fluorouracil,Transmission Electron Microscopy,CHM-CMT,35
5-Fluorouracil,Tumours,CHM-APL,34
5-Fluorouracil,Uracil,CHM-CHM,75
5-Fluorouracil,X-Ray Diffraction,CHM-CMT,42
5-Fluorouracil,XRD,CHM-CMT,49
5-Formylcytosine,5-Hydroxymethylcytosine,CHM-CHM,39
5-Formylcytosine,5-Methylcytosine,CHM-CHM,41
5-Fu,5-Fluorouracil,CHM-CHM,53
5-Fu,Cell Viability,CHM-PRO,38
5-Fu,Cytotoxicity,CHM-PRO,35
5-Fu,MTT,CHM-CHM,32
5-Fu,SEM,CHM-CMT,33
5-Fu,TEM,CHM-CMT,41
5-HETE,Arachidonic Acid,CHM-CHM,32
5-HIAA,5-HT,CHM-CHM,107
5-HIAA,5-Hydroxyindoleacetic Acid,CHM-CHM,54
5-HIAA,5-Hydroxytryptamine,CHM-CHM,35
5-HIAA,DOPAC,CHM-CHM,59
5-HIAA,Dopamine,CHM-CHM,59
5-HIAA,HVA,CHM-CHM,54
5-HIAA,Monoamine,CHM-CHM,31
5-HIAA,Serotonin,CHM-CHM,79
5-HMF,5-Hydroxymethyl Furfural,APL-CHM,59
5-HMF,5-Hydroxymethyl Furfural,CHM-CHM,222
5-HMF,5-Hydroxymethyl Furfural,PRO-CHM,38
5-HMF,Acetic Acid,CHM-CHM,49
5-HMF,Activity,CHM-PRO,43
5-HMF,Carbohydrate,CHM-CHM,72
5-HMF,Carbon,CHM-CHM,71
5-HMF,Catalyst,APL-APL,69
5-HMF,Catalyst,CHM-APL,196
5-HMF,Catalyst,PRO-APL,38
5-HMF,Catalytic Activity,CHM-PRO,42
5-HMF,Catalytic Performance,CHM-PRO,35
5-HMF,Cellobiose,CHM-CHM,32
5-HMF,DMSO,CHM-CHM,47
5-HMF,Dehydration,CHM-SMT,41
5-HMF,Ethanol,CHM-CHM,49
5-HMF,FT-IR,CHM-CMT,32
5-HMF,FTIR,CHM-CMT,34
5-HMF,Formic Acids,CHM-CHM,55
5-HMF,Fructose,APL-CHM,55
5-HMF,Fructose,CHM-CHM,177
5-HMF,Fructose,PRO-CHM,39
5-HMF,Furans,CHM-CHM,38
5-HMF,Furfural,CHM-CHM,136
5-HMF,Glucose,APL-CHM,53
5-HMF,Glucose,CHM-CHM,237
5-HMF,H2O,CHM-CHM,34
5-HMF,H2SO4,CHM-CHM,37
5-HMF,HMF,CHM-CHM,64
5-HMF,Hydrogen,CHM-CHM,32
5-HMF,Hydrolysis,CHM-SMT,74
5-HMF,Levulinic Acid,CHM-CHM,88
5-HMF,Lewis Acids,CHM-CHM,33
5-HMF,N2,CHM-CHM,34
5-HMF,Nitrogen,CHM-CHM,35
5-HMF,SEM,CHM-CMT,65
5-HMF,Sucrose,CHM-CHM,30
5-HMF,Sugar,CHM-CHM,99
5-HMF,Surface,CHM-DSC,31
5-HMF,TEM,CHM-CMT,51
5-HMF,XPS,CHM-CMT,35
5-HMF,XRD,CHM-CMT,80
5-HMF,Xylose,CHM-CHM,56
5-HMF,Zeolites,CHM-CHM,30
5-HT,5-HIAA,CHM-CHM,107
5-HT,5-HTP,CHM-CHM,41
5-HT,5-Hydroxyindoleacetic Acid,CHM-CHM,40
5-HT,5-Hydroxytryptamine,CHM-CHM,194
5-HT,Acetylcholine,CHM-CHM,34
5-HT,Ag,CHM-CHM,32
5-HT,Amines,CHM-CHM,47
5-HT,Amino Acid,CHM-CHM,32
5-HT,Ascorbic Acid,CHM-CHM,34
5-HT,Brain,CHM-DSC,36
5-HT,CV,CHM-CMT,31
5-HT,Ca2+,CHM-CHM,50
5-HT,Carbon,CHM-CHM,60
5-HT,Cells,CHM-DSC,42
5-HT,Chemical Structures,CHM-PRO,35
5-HT,Cortex,CHM-PRO,36
5-HT,Cyclic Voltammogram,CHM-CMT,56
5-HT,DOPAC,CHM-CHM,75
5-HT,DPV,CHM-CMT,40
5-HT,Detection Limit,CHM-PRO,42
5-HT,Dopamine,CHM-CHM,190
5-HT,Dopamine,PRO-CHM,30
5-HT,Electrode,CHM-APL,106
5-HT,Electrodes,CHM-APL,50
5-HT,Epinephrine,CHM-CHM,34
5-HT,Fluoxetine,CHM-CHM,33
5-HT,GABA,CHM-CHM,48
5-HT,Glucose,CHM-CHM,38
5-HT,Glutamate,CHM-CHM,34
5-HT,HVA,CHM-CHM,48
5-HT,Hplc,CHM-CMT,34
5-HT,K+,CHM-CHM,31
5-HT,KCl,CHM-CHM,43
5-HT,Microelectrode,CHM-APL,34
5-HT,Monoamine,CHM-CHM,91
5-HT,Neurons,CHM-APL,55
5-HT,Noradrenaline,CHM-CHM,41
5-HT,Norepinephrine,CHM-CHM,67
5-HT,One Way ANOVA,CHM-CMT,31
5-HT,Phosphate,CHM-CHM,51
5-HT,Receptor,CHM-APL,33
5-HT,SEM,CHM-CMT,57
5-HT,Sensitivity,CHM-PRO,45
5-HT,Sensor,CHM-APL,33
5-HT,Serotonergic,CHM-PRO,43
5-HT,Serotonin,APL-CHM,57
5-HT,Serotonin,CHM-CHM,408
5-HT,Serotonin,PRO-CHM,107
5-HT,Stability,CHM-PRO,36
5-HT,Surface,CHM-DSC,67
5-HT,TEM,CHM-CMT,35
5-HT,Tryptophan,CHM-CHM,61
5-HT1A,5-HT2A,APL-APL,35
5-HT1A,Serotonin,APL-CHM,45
5-HT1A,Serotonin,PRO-CHM,31
5-HT2A,5-HT1A,APL-APL,35
5-HT2A,Serotonin,APL-CHM,36
5-HTP,5-HT,CHM-CHM,41
5-Hydroxyindoleacetic Acid,5-HIAA,CHM-CHM,54
5-Hydroxyindoleacetic Acid,5-HT,CHM-CHM,40
5-Hydroxyindoleacetic Acid,Dopamine,CHM-CHM,39
5-Hydroxyindoleacetic Acid,Homovanillic Acid,CHM-CHM,30
5-Hydroxyindoleacetic Acid,Serotonin,CHM-CHM,43
5-Hydroxymethyl Furfural,"2,5-Diformylfuran",CHM-CHM,83
5-Hydroxymethyl Furfural,"2,5-Dimethylfuran",CHM-CHM,84
5-Hydroxymethyl Furfural,"2,5-Furandicarboxylic Acid",CHM-CHM,138
5-Hydroxymethyl Furfural,5-HMF,CHM-APL,59
5-Hydroxymethyl Furfural,5-HMF,CHM-CHM,222
5-Hydroxymethyl Furfural,5-HMF,CHM-PRO,38
5-Hydroxymethyl Furfural,Acetic Acid,CHM-CHM,97
5-Hydroxymethyl Furfural,Acetone,CHM-CHM,44
5-Hydroxymethyl Furfural,Acidity,CHM-PRO,56
5-Hydroxymethyl Furfural,Activity,CHM-PRO,168
5-Hydroxymethyl Furfural,Al,CHM-CHM,41
5-Hydroxymethyl Furfural,Alcohols,CHM-CHM,71
5-Hydroxymethyl Furfural,Aldehyde,CHM-CHM,66
5-Hydroxymethyl Furfural,Aldol,CHM-CHM,55
5-Hydroxymethyl Furfural,Au,CHM-CHM,42
5-Hydroxymethyl Furfural,Biofuel,CHM-APL,73
5-Hydroxymethyl Furfural,Bronsted Acids,CHM-CHM,60
5-Hydroxymethyl Furfural,CO,CHM-CHM,59
5-Hydroxymethyl Furfural,CO2,CHM-CHM,63
5-Hydroxymethyl Furfural,Carbohydrate,CHM-CHM,177
5-Hydroxymethyl Furfural,Carbon,CHM-CHM,186
5-Hydroxymethyl Furfural,Catalyst,CHM-APL,661
5-Hydroxymethyl Furfural,Catalytic,CHM-APL,43
5-Hydroxymethyl Furfural,Catalytic Activity,CHM-PRO,176
5-Hydroxymethyl Furfural,Catalytic Conversion,CHM-APL,36
5-Hydroxymethyl Furfural,Catalytic Performance,CHM-PRO,108
5-Hydroxymethyl Furfural,Cellobiose,CHM-CHM,49
5-Hydroxymethyl Furfural,Chemicals,CHM-APL,71
5-Hydroxymethyl Furfural,Co,CHM-CHM,34
5-Hydroxymethyl Furfural,Compositions,CHM-PRO,37
5-Hydroxymethyl Furfural,Conversion,CHM-APL,39
5-Hydroxymethyl Furfural,Cu,CHM-CHM,43
5-Hydroxymethyl Furfural,DFF,CHM-CHM,68
5-Hydroxymethyl Furfural,DMF,CHM-CHM,85
5-Hydroxymethyl Furfural,DMSO,CHM-CHM,96
5-Hydroxymethyl Furfural,Dehydration,CHM-APL,64
5-Hydroxymethyl Furfural,Dehydration,CHM-SMT,72
5-Hydroxymethyl Furfural,Dimethylsulfoxide,CHM-CHM,51
5-Hydroxymethyl Furfural,Ethanol,CHM-CHM,116
5-Hydroxymethyl Furfural,FDCA,CHM-CHM,125
5-Hydroxymethyl Furfural,FT-IR,CHM-CMT,33
5-Hydroxymethyl Furfural,FTIR,CHM-CMT,44
5-Hydroxymethyl Furfural,Fe,CHM-CHM,34
5-Hydroxymethyl Furfural,Fine Chemical,CHM-APL,35
5-Hydroxymethyl Furfural,Formic Acids,CHM-CHM,86
5-Hydroxymethyl Furfural,Fructose,CHM-CHM,427
5-Hydroxymethyl Furfural,Fructose Dehydration,CHM-APL,32
5-Hydroxymethyl Furfural,Fuels,CHM-APL,78
5-Hydroxymethyl Furfural,Furans,CHM-CHM,142
5-Hydroxymethyl Furfural,Furfural,CHM-CHM,331
5-Hydroxymethyl Furfural,Furfuryl Alcohol,CHM-CHM,50
5-Hydroxymethyl Furfural,Glucose,CHM-CHM,465
5-Hydroxymethyl Furfural,H2,CHM-CHM,83
5-Hydroxymethyl Furfural,H2O,CHM-CHM,51
5-Hydroxymethyl Furfural,H2SO4,CHM-CHM,62
5-Hydroxymethyl Furfural,HCl,CHM-CHM,45
5-Hydroxymethyl Furfural,HMF,CHM-APL,74
5-Hydroxymethyl Furfural,HMF,CHM-CHM,900
5-Hydroxymethyl Furfural,HMF,CHM-PRO,140
5-Hydroxymethyl Furfural,HMF Oxidation,CHM-APL,31
5-Hydroxymethyl Furfural,Hemicellulose,CHM-CHM,51
5-Hydroxymethyl Furfural,Heterogeneous Catalyst,CHM-APL,59
5-Hydroxymethyl Furfural,Hexose,CHM-CHM,43
5-Hydroxymethyl Furfural,Hplc,CHM-CMT,31
5-Hydroxymethyl Furfural,Hydrogen,CHM-CHM,119
5-Hydroxymethyl Furfural,Hydrogenation,CHM-APL,49
5-Hydroxymethyl Furfural,Hydrogenation,CHM-SMT,88
5-Hydroxymethyl Furfural,Hydrogenolysis,CHM-SMT,31
5-Hydroxymethyl Furfural,Hydrolysis,CHM-SMT,128
5-Hydroxymethyl Furfural,Hydroxyl,CHM-CHM,47
5-Hydroxymethyl Furfural,Levoglucosan,CHM-CHM,44
5-Hydroxymethyl Furfural,Levulinic Acid,CHM-CHM,167
5-Hydroxymethyl Furfural,Lewis Acids,CHM-CHM,80
5-Hydroxymethyl Furfural,Liquid Fuel,CHM-APL,32
5-Hydroxymethyl Furfural,MIBK,CHM-CHM,38
5-Hydroxymethyl Furfural,Mesoporous,CHM-DSC,70
5-Hydroxymethyl Furfural,Methanol,CHM-CHM,36
5-Hydroxymethyl Furfural,Monosaccharide,CHM-CHM,35
5-Hydroxymethyl Furfural,N2,CHM-CHM,60
5-Hydroxymethyl Furfural,NH3,CHM-CHM,53
5-Hydroxymethyl Furfural,NH3TPD,CHM-CMT,30
5-Hydroxymethyl Furfural,Nanoparticles,CHM-DSC,90
5-Hydroxymethyl Furfural,Ni,CHM-CHM,44
5-Hydroxymethyl Furfural,Nitrogen,CHM-CHM,55
5-Hydroxymethyl Furfural,O2,CHM-CHM,54
5-Hydroxymethyl Furfural,Oxidation,CHM-APL,86
5-Hydroxymethyl Furfural,Oxidation,CHM-SMT,85
5-Hydroxymethyl Furfural,Oxygen,CHM-CHM,122
5-Hydroxymethyl Furfural,Particles,CHM-DSC,30
5-Hydroxymethyl Furfural,Pd,CHM-CHM,84
5-Hydroxymethyl Furfural,Phenolics,CHM-CHM,31
5-Hydroxymethyl Furfural,Pre-Treatment,CHM-SMT,33
5-Hydroxymethyl Furfural,Pt,CHM-CHM,61
5-Hydroxymethyl Furfural,Pyrolysis,CHM-SMT,51
5-Hydroxymethyl Furfural,Reaction Mechanism,CHM-PRO,31
5-Hydroxymethyl Furfural,Ru,CHM-CHM,68
5-Hydroxymethyl Furfural,SEM,CHM-CMT,76
5-Hydroxymethyl Furfural,Selectivity,CHM-PRO,51
5-Hydroxymethyl Furfural,Silica,CHM-CHM,59
5-Hydroxymethyl Furfural,Solid Acid Catalyst,CHM-APL,36
5-Hydroxymethyl Furfural,Stability,CHM-PRO,68
5-Hydroxymethyl Furfural,Structure,CHM-PRO,50
5-Hydroxymethyl Furfural,Sucrose,CHM-CHM,73
5-Hydroxymethyl Furfural,Sugar,CHM-CHM,185
5-Hydroxymethyl Furfural,Sulfuric Acid,CHM-CHM,48
5-Hydroxymethyl Furfural,Surface,CHM-DSC,99
5-Hydroxymethyl Furfural,Surface Area,CHM-PRO,32
5-Hydroxymethyl Furfural,TEM,CHM-CMT,74
5-Hydroxymethyl Furfural,THF,CHM-CHM,46
5-Hydroxymethyl Furfural,Tetrahydrofuran,CHM-CHM,30
5-Hydroxymethyl Furfural,TiO2,CHM-CHM,34
5-Hydroxymethyl Furfural,X-Ray Diffraction,CHM-CMT,30
5-Hydroxymethyl Furfural,XPS,CHM-CMT,59
5-Hydroxymethyl Furfural,XRD,CHM-CMT,98
5-Hydroxymethyl Furfural,Xylose,CHM-CHM,91
5-Hydroxymethyl Furfural,Zeolites,CHM-CHM,96
5-Hydroxymethyl-2-Furancarboxylic Acid,HMF,CHM-CHM,31
5-Hydroxymethylcytosine,5-Formylcytosine,CHM-CHM,39
5-Hydroxymethylcytosine,5-Methylcytosine,CHM-CHM,89
5-Hydroxymethylcytosine,5hmC,CHM-CHM,54
5-Hydroxymethylcytosine,5mC,CHM-CHM,38
5-Hydroxymethylcytosine,Cytosine,CHM-CHM,42
5-Hydroxymethylcytosine,DNA,CHM-PRO,30
5-Hydroxytryptamine,5-HIAA,CHM-CHM,35
5-Hydroxytryptamine,5-HT,CHM-CHM,194
5-Hydroxytryptamine,Dopamine,CHM-CHM,80
5-Hydroxytryptamine,Monoamine,CHM-CHM,30
5-Hydroxytryptamine,Norepinephrine,CHM-CHM,34
5-Hydroxytryptamine,Serotonin,CHM-CHM,108
5-Hydroxytryptamine,Tryptophan,CHM-CHM,37
5-Hydroxytryptophan,Serotonin,CHM-CHM,37
5-Hydroxytryptophan,Tryptophan,CHM-CHM,31
5-Layer,Film,DSC-DSC,41
5-Layer,Films,DSC-DSC,34
5-Layer,Layers,DSC-DSC,59
5-Layer,Substrate,DSC-DSC,35
5-Layer,Surface,DSC-DSC,37
5-Lox,COX-2,APL-APL,32
5-Methylcytosine,5-Formylcytosine,CHM-CHM,41
5-Methylcytosine,5-Hydroxymethylcytosine,CHM-CHM,89
5-Methylcytosine,5hmC,CHM-CHM,45
5-Methylcytosine,5mC,CHM-CHM,63
5-Methylcytosine,CpG,CHM-CHM,31
5-Methylcytosine,Cytosine,CHM-CHM,131
5-Methylcytosine,DNA,CHM-PRO,75
5-Methylcytosine,DNA Methylation,CHM-PRO,45
5-Methylcytosine,Guanine,CHM-CHM,36
5-Methylcytosine,Thymine,CHM-CHM,56
5-Year,Survival Rate,PRO-PRO,41
5.0 MPa,CO,CHM-CHM,30
5.0 MPa,CO2,CHM-CHM,34
5.0 MPa,Catalyst,CHM-APL,62
5.0 MPa,H2,CHM-CHM,42
5.0 MPa,XRD,CHM-CMT,35
50,90,PRO-PRO,30
50,Carbon,PRO-CHM,35
50,Catalyst,PRO-APL,48
50,Diamonds,PRO-CHM,30
50,Grain Size,PRO-PRO,51
50,K,PRO-PRO,46
50,L,PRO-PRO,49
50,Layers,PRO-DSC,32
50,Oxygen,PRO-CHM,54
50,P,PRO-PRO,45
50,Particle Size,PRO-PRO,58
50,Particle Size Distribution,PRO-PRO,43
50,Particles,PRO-DSC,82
50,Powder,PRO-DSC,39
50,SEM,PRO-CMT,63
50,Sediments,PRO-PRO,33
50,Surface,PRO-DSC,86
50,T,PRO-PRO,112
50,TEM,PRO-CMT,36
50,X-Ray Diffraction,PRO-CMT,34
50,XRD,PRO-CMT,44
50 MPa,100MPa,CHM-CHM,38
50 MPa,30 MPa,CHM-CHM,30
50 MPa,Al,CHM-CHM,32
50 MPa,Alloy,CHM-DSC,47
50 MPa,Alloys,CHM-DSC,30
50 MPa,Composite,CHM-DSC,36
50 MPa,Density,CHM-PRO,33
50 MPa,Microstructure,CHM-PRO,56
50 MPa,Particles,CHM-DSC,39
50 MPa,SEM,CHM-CMT,79
50 MPa,Sintered,CHM-SMT,40
50 MPa,Sintering,CHM-SMT,38
50 MPa,Stress,CHM-PRO,39
50 MPa,Surface,CHM-DSC,57
50 MPa,TEM,CHM-CMT,40
50 MPa,XRD,CHM-CMT,40
50% Inhibitory Concentration,IC50,PRO-PRO,78
500 MHz 1H,1H NMR,CHM-CMT,99
500 MPa,AlN,CHM-CHM,151440
500 MPa,Alloy,CHM-DSC,36
500 MPa,Compositions,CHM-PRO,151458
500 MPa,Current,CHM-PRO,151439
500 MPa,Current Magnitude,CHM-PRO,151439
500 MPa,Current Versus Voltage Characteristics,CHM-PRO,151439
500 MPa,Double Heterostructure,CHM-APL,151439
500 MPa,Epitaxial,CHM-SMT,151439
500 MPa,GaN,CHM-CHM,151439
500 MPa,Interface,CHM-DSC,151454
500 MPa,Interfacial Polarization,CHM-PRO,151439
500 MPa,Internal Potential Barrier,CHM-PRO,151439
500 MPa,Layers,CHM-DSC,151455
500 MPa,Microstructure,CHM-PRO,46
500 MPa,N-GaN,CHM-CHM,151439
500 MPa,Organometallic Vapor Phase Epitaxy,CHM-SMT,151439
500 MPa,Piezoelectric Effect,CHM-PRO,151439
500 MPa,Polarization Charge Densities,CHM-PRO,151439
500 MPa,Pressure Sensitivity,CHM-PRO,151439
500 MPa,SEM,CHM-CMT,48
500 MPa,Sapphire,CHM-CHM,151440
500 MPa,Strain Gauge Factors,CHM-PRO,151439
500 MPa,Stress,CHM-PRO,31
500 MPa,Substrate,CHM-DSC,151449
500 MPa,Surface,CHM-DSC,34
500C,Annealed,SMT-SMT,50
500C,SEM,SMT-CMT,45
500C,TEM,SMT-CMT,42
500C,XRD,SMT-CMT,52
500MHz,1H,CHM-CHM,76
500MHz,1H NMR,CHM-CMT,70
500MHz,CDCl3,CHM-CHM,50
50C,Ac2O,CHM-CHM,38
50C,AcOH,CHM-CHM,45
50C,Acetone,CHM-CHM,45
50C,CH2Cl2,CHM-CHM,100
50C,"CH2Cl2, 78C",CHM-CHM,30
50C,DMAP,CHM-CHM,43
50C,DMF,CHM-CHM,92
50C,DMSO,CHM-CHM,43
50C,Et2O,CHM-CHM,30
50C,Et3N,CHM-CHM,58
50C,H2,CHM-CHM,70
50C,H2O,CHM-CHM,80
50C,HCl,CHM-CHM,52
50C,Imidazole,CHM-CHM,32
50C,K2CO3,CHM-CHM,66
50C,MeCN,CHM-CHM,37
50C,MeOH,CHM-CHM,127
50C,NaBH4,CHM-CHM,35
50C,NaH,CHM-CHM,43
50C,NaHCO3,CHM-CHM,35
50C,NaOH,CHM-CHM,40
50C,Pyridine,CHM-CHM,49
50C,TBAF,CHM-CHM,35
50C,TFA,CHM-CHM,39
50C,THF,CHM-CHM,118
50C,Toluene,CHM-CHM,63
50Ti,Ti,CHM-CHM,42
51Cr,51Cr Release Assay,CHM-CMT,42
51Cr,Cell,CHM-PRO,30
51Cr,Cells,CHM-APL,45
51Cr,Cells,CHM-DSC,82
51Cr,Cells,CHM-PRO,33
51Cr,Cytotoxicity,CHM-PRO,84
51Cr,Flow Cytometry,CHM-CMT,63
51Cr,Irradiated,CHM-SMT,34
51Cr,NK,CHM-PRO,45
51Cr,NK Cell,CHM-APL,35
51Cr,NK Cell,CHM-PRO,32
51Cr,T,CHM-APL,34
51Cr,T Cells,CHM-APL,43
51Cr,Tumours,CHM-APL,33
51Cr Release Assay,51Cr,CMT-CHM,42
51V,13C,CHM-CHM,59
51V,13C,CHM-CMT,33
51V,1H,CHM-CHM,129
51V,1H,CHM-CMT,66
51V,1H,CMT-CHM,46
51V,1H NMR,CHM-CMT,45
51V,51V NMR,CHM-CMT,277
51V,51V NMR,CMT-CMT,50
51V,Acetonitrile,CHM-CHM,34
51V,Angles,CHM-PRO,35
51V,Bond Length,CHM-PRO,43
51V,Catalyst,CHM-APL,110
51V,Catalyst,CMT-APL,42
51V,Chemical Shift,CHM-PRO,57
51V,Chemical Shift,CMT-PRO,30
51V,Crystal Structure,CHM-PRO,31
51V,DFT,CHM-CMT,32
51V,Elemental Analysis,CHM-CMT,34
51V,Epr,CHM-CMT,66
51V,H2O,CHM-CHM,45
51V,H2O2,CHM-CHM,65
51V,Hydrogen,CHM-CHM,68
51V,Ir,CHM-CMT,62
51V,Methanol,CHM-CHM,43
51V,Molecular Structure,CHM-PRO,36
51V,N2,CHM-CHM,30
51V,NMR,CHM-CMT,204
51V,NMR,CMT-CMT,130
51V,O,CHM-CHM,36
51V,O2,CHM-CHM,32
51V,Oxidation,CHM-APL,46
51V,Oxidation,CHM-SMT,41
51V,Oxygen,CHM-CHM,72
51V,Raman,CHM-CMT,46
51V,Structure,CHM-PRO,55
51V,Surface,CHM-DSC,36
51V,UV Vis,CHM-CMT,53
51V,V2O5,CHM-CHM,62
51V,Vanadate,CHM-CHM,67
51V,Vanadate,CMT-CHM,36
51V,Vanadium,CHM-CHM,266
51V,Vanadium,CMT-CHM,100
51V,Vanadium (V),CHM-CHM,60
51V,X-Ray Diffraction,CHM-CMT,68
51V,XRD,CHM-CMT,52
51V NMR,13C,CMT-CHM,36
51V NMR,1H,CMT-CHM,71
51V NMR,1H,CMT-CMT,40
51V NMR,1H NMR,CMT-CMT,31
51V NMR,51V,CMT-CHM,277
51V NMR,51V,CMT-CMT,50
51V NMR,Bond Length,CMT-PRO,33
51V NMR,Catalyst,CMT-APL,71
51V NMR,Chemical Shift,CMT-PRO,38
51V NMR,Epr,CMT-CMT,40
51V NMR,H2O2,CMT-CHM,54
51V NMR,Hydrogen,CMT-CHM,48
51V NMR,Ir,CMT-CMT,46
51V NMR,Methanol,CMT-CHM,35
51V NMR,NMR,CMT-CMT,84
51V NMR,Oxidation,CMT-APL,30
51V NMR,Oxidation,CMT-SMT,33
51V NMR,Oxygen,CMT-CHM,46
51V NMR,UV Vis,CMT-CMT,32
51V NMR,V2O5,CMT-CHM,35
51V NMR,Vanadate,CMT-CHM,37
51V NMR,Vanadium,CMT-CHM,148
51V NMR,Vanadium (V),CMT-CHM,33
51V NMR,X-Ray Diffraction,CMT-CMT,32
51V NMR,XRD,CMT-CMT,38
54Fe,57Fe,CHM-CHM,46
54Fe,Bulk,CHM-DSC,31
54Fe,Fe,CHM-CHM,94
54Fe,Fe56,CHM-CHM,72
54Fe,Iron,CHM-CHM,83
55C,CH2Cl2,CHM-CHM,36
55C,DMF,CHM-CHM,36
55C,H2O,CHM-CHM,33
55C,MeOH,CHM-CHM,41
55C,THF,CHM-CHM,45
55Fe,Detector,CHM-APL,110
55Fe,Energy Resolution,CHM-PRO,60
55Fe,Fe,CHM-CHM,35
55Fe,Iron,CHM-CHM,39
55Fe,X Ray,CHM-CMT,31
57Fe,119Sn,CHM-CHM,48
57Fe,1H,CHM-CHM,58
57Fe,54Fe,CHM-CHM,46
57Fe,57Fe Mossbauer,CHM-CMT,496
57Fe,57Fe Mossbauer Effect,CHM-CMT,47
57Fe,57Fe Mossbauer Spectrometry,CHM-CMT,51
57Fe,57Fe Mossbauer Spectroscopy,CHM-CMT,625
57Fe,57Fe Mössbauer,CHM-CMT,528
57Fe,57Fe Mössbauer,CMT-CMT,33
57Fe,A-Fe2O3,CHM-CHM,31
57Fe,Activity,CHM-PRO,39
57Fe,Al,CHM-CHM,114
57Fe,Alloy,CHM-DSC,102
57Fe,Alloys,CHM-DSC,115
57Fe,Aluminum,CHM-CHM,32
57Fe,Amorphous,CHM-DSC,142
57Fe,Angles,CHM-PRO,61
57Fe,Annealed,CHM-SMT,106
57Fe,Annealing,CHM-SMT,125
57Fe,Antiferromagnetic,CHM-PRO,53
57Fe,Ar,CHM-CHM,30
57Fe,Arrhenius Plot,CHM-CMT,35
57Fe,As Prepared,CHM-DSC,78
57Fe,BCC,CHM-SPL,50
57Fe,Ba,CHM-CHM,32
57Fe,Blue Line,CHM-CHM,67
57Fe,Bond Distance,CHM-PRO,32
57Fe,Bond Length,CHM-PRO,106
57Fe,Bulk,CHM-DSC,148
57Fe,C,CHM-CHM,35
57Fe,CEMS,CHM-CMT,37
57Fe,CH2Cl2,CHM-CHM,35
57Fe,CO,CHM-CHM,79
57Fe,CO2,CHM-CHM,52
57Fe,CV,CHM-CMT,43
57Fe,Ca,CHM-CHM,32
57Fe,Calcination,CHM-SMT,55
57Fe,Calcined,CHM-SMT,43
57Fe,Capacity,CHM-PRO,40
57Fe,Carbon,CHM-CHM,124
57Fe,Catalyst,CHM-APL,210
57Fe,Catalytic Activity,CHM-PRO,31
57Fe,Catalytic Performance,CHM-PRO,30
57Fe,Cathode,CHM-APL,44
57Fe,Cation Distribution,CHM-PRO,37
57Fe,Cell,CHM-APL,30
57Fe,Charges,CHM-PRO,31
57Fe,Cl,CHM-CHM,40
57Fe,Cluster,CHM-DSC,90
57Fe,Co,CHM-CHM,177
57Fe,CoFe2O4,CHM-CHM,33
57Fe,Cobalt,CHM-CHM,55
57Fe,Coercivity,CHM-PRO,37
57Fe,Composite,CHM-DSC,70
57Fe,Compositions,CHM-PRO,241
57Fe,Concentration,CHM-PRO,35
57Fe,Cooling,CHM-SMT,87
57Fe,Copper,CHM-CHM,34
57Fe,Core,CHM-DSC,30
57Fe,Cr,CHM-CHM,78
57Fe,Crystal,CHM-DSC,123
57Fe,Crystal Structure,CHM-PRO,207
57Fe,Crystalline,CHM-DSC,95
57Fe,Crystallinity,CHM-PRO,30
57Fe,Crystallite,CHM-DSC,31
57Fe,Crystallite Size,CHM-PRO,47
57Fe,Cu,CHM-CHM,116
57Fe,Cubic,CHM-SPL,102
57Fe,Curie Temperature,CHM-PRO,70
57Fe,Cyclic Voltammetry,CHM-CMT,44
57Fe,Cyclic Voltammogram,CHM-CMT,62
57Fe,DFT,CHM-CMT,81
57Fe,DFT Calculations,CHM-CMT,32
57Fe,DSC,CHM-CMT,59
57Fe,Density Functional Theory,CHM-CMT,41
57Fe,Diamagnetic,CHM-PRO,33
57Fe,Diamonds,CHM-CHM,68
57Fe,Differential Scanning Calorimetry,CHM-CMT,37
57Fe,Discharge Capacity,CHM-PRO,33
57Fe,Doped,CHM-DSC,142
57Fe,EDS,CHM-CMT,48
57Fe,EDX,CHM-CMT,46
57Fe,EXAFS,CHM-CMT,90
57Fe,Electrode,CHM-APL,94
57Fe,Electrodes,CHM-APL,59
57Fe,Electron Diffraction,CHM-CMT,33
57Fe,Electronic Structure,CHM-PRO,34
57Fe,Elemental Analysis,CHM-CMT,48
57Fe,Epr,CHM-CMT,80
57Fe,FESEM,CHM-CMT,42
57Fe,FT-IR,CHM-CMT,71
57Fe,FTIR,CHM-CMT,70
57Fe,Fe,CHM-CHM,1185
57Fe,Fe,CMT-CHM,157
57Fe,Fe,PRO-CHM,42
57Fe,Fe III,CHM-CHM,91
57Fe,Fe(II),CHM-CHM,102
57Fe,Fe(III),CHM-CHM,85
57Fe,Fe1,CHM-CHM,63
57Fe,Fe2,CHM-CHM,59
57Fe,Fe2+,CHM-CHM,181
57Fe,Fe2O3,CHM-CHM,118
57Fe,Fe3,CHM-CHM,34
57Fe,Fe3+,CHM-CHM,336
57Fe,Fe3+,CMT-CHM,43
57Fe,Fe3O4,CHM-CHM,77
57Fe,Fe56,CHM-CHM,58
57Fe,FeII,CHM-CHM,79
57Fe,FeO,CHM-CHM,38
57Fe,Ferric,CHM-CHM,45
57Fe,Ferrihydrite,CHM-CHM,31
57Fe,Ferrite,CHM-CHM,69
57Fe,Ferrocenes,CHM-CHM,37
57Fe,Ferromagnetic,CHM-PRO,78
57Fe,Ferrous,CHM-CHM,46
57Fe,Film,CHM-DSC,60
57Fe,Films,CHM-DSC,51
57Fe,Foil,CHM-DSC,40
57Fe,Fourier Transform,CHM-CMT,48
57Fe,G,CHM-PRO,36
57Fe,Garnet,CHM-SPL,34
57Fe,Glass,CHM-DSC,43
57Fe,Glasses,CHM-DSC,41
57Fe,Goethite,CHM-CHM,64
57Fe,Grain Size,CHM-PRO,35
57Fe,Ground State,CHM-PRO,45
57Fe,H2,CHM-CHM,80
57Fe,H2O,CHM-CHM,50
57Fe,H2O2,CHM-CHM,66
57Fe,HAADF STEM,CHM-CMT,48
57Fe,HRTEM,CHM-CMT,148
57Fe,Heat Treatment,CHM-SMT,45
57Fe,Heating,CHM-SMT,117
57Fe,Hematite,CHM-CHM,105
57Fe,Hexagonal,CHM-SPL,72
57Fe,High Spin,CHM-PRO,40
57Fe,High-Spin,CHM-PRO,73
57Fe,Hydrogen,CHM-CHM,188
57Fe,Hyperfine Field,CHM-PRO,152
57Fe,Hyperfine Field Distribution,CHM-PRO,34
57Fe,Hyperfine Interaction,CHM-PRO,30
57Fe,Hyperfine Magnetic Field,CHM-PRO,79
57Fe,Hyperfine Parameters,CHM-PRO,116
57Fe,Hysteresis Loop,CHM-CMT,59
57Fe,Interface,CHM-DSC,45
57Fe,Intermetallic,CHM-PRO,43
57Fe,Ir,CHM-CMT,72
57Fe,Iron,CHM-CHM,820
57Fe,Iron,CMT-CHM,128
57Fe,Iron,PRO-CHM,36
57Fe,Iron (II),CHM-CHM,70
57Fe,Iron Oxide,CHM-CHM,106
57Fe,Iron(III),CHM-CHM,31
57Fe,Irradiation,CHM-SMT,42
57Fe,Is,CHM-PRO,31
57Fe,Isomer Shift,CHM-PRO,238
57Fe,Isomer Shift,CMT-PRO,38
57Fe,KOH,CHM-CHM,45
57Fe,LS,CHM-PRO,42
57Fe,LSV,CHM-CMT,30
57Fe,Lattice Parameter,CHM-PRO,108
57Fe,Layered,CHM-DSC,34
57Fe,Layers,CHM-DSC,132
57Fe,Li,CHM-CHM,109
57Fe,Linewidth,CHM-PRO,35
57Fe,Lithium,CHM-CHM,89
57Fe,Low Spin,CHM-PRO,69
57Fe,M,CHM-CMT,41
57Fe,M,CHM-PRO,67
57Fe,M Ssbauer,CHM-CMT,127
57Fe,Maghemite,CHM-CHM,44
57Fe,Magnetic Behaviour,CHM-PRO,42
57Fe,Magnetic Hyperfine Field,CHM-PRO,66
57Fe,Magnetic Measurement,CHM-CMT,66
57Fe,Magnetic Moment,CHM-PRO,139
57Fe,Magnetic Ordering,CHM-PRO,36
57Fe,Magnetic Properties,CHM-PRO,198
57Fe,Magnetic Properties,CMT-PRO,32
57Fe,Magnetic Structure,CHM-PRO,58
57Fe,Magnetic Susceptibility,CHM-CMT,37
57Fe,Magnetic Susceptibility,CHM-PRO,131
57Fe,Magnetics,CHM-PRO,187
57Fe,Magnetics,CMT-PRO,33
57Fe,Magnetite,CHM-CHM,76
57Fe,Magnetization,CHM-PRO,207
57Fe,Magnetization Curve,CHM-CMT,65
57Fe,Magnetization Measurement,CHM-CMT,54
57Fe,Metallic,CHM-PRO,78
57Fe,Metals,CHM-PRO,51
57Fe,Mg,CHM-CHM,55
57Fe,MgO,CHM-CHM,33
57Fe,Microstructure,CHM-PRO,44
57Fe,Milled,CHM-SMT,40
57Fe,Milling,CHM-SMT,52
57Fe,Mn,CHM-CHM,130
57Fe,Mo,CHM-CHM,122
57Fe,Molecular Structure,CHM-PRO,84
57Fe,Moments,CHM-PRO,30
57Fe,Monoclinic,CHM-SPL,57
57Fe,Morphology,CHM-PRO,65
57Fe,Mossbauer,CHM-CMT,772
57Fe,Mossbauer,CMT-CMT,241
57Fe,Mossbauer Effect,CHM-CMT,32
57Fe,Mossbauer Spectroscopy,CHM-CMT,203
57Fe,Mossbauer Spectroscopy,CMT-CMT,35
57Fe,Mössbauer Parameters,CHM-PRO,64
57Fe,N2,CHM-CHM,154
57Fe,N2 Adsorption Desorption Isotherms,CHM-CMT,30
57Fe,NMR,CHM-CMT,72
57Fe,Na,CHM-CHM,47
57Fe,Nanocomposite,CHM-DSC,36
57Fe,Nanocrystalline,CHM-DSC,63
57Fe,Nanoparticle,CHM-DSC,39
57Fe,Nanoparticles,CHM-DSC,199
57Fe,Neutron Diffraction,CHM-CMT,57
57Fe,Ni,CHM-CHM,134
57Fe,Nickel,CHM-CHM,37
57Fe,Nitrogen,CHM-CHM,117
57Fe,Nonmagnetic,CHM-PRO,40
57Fe,O,CHM-CHM,138
57Fe,O2,CHM-CHM,137
57Fe,OH,CHM-CHM,32
57Fe,Orthorhombic,CHM-SPL,73
57Fe,Oxidation,CHM-SMT,84
57Fe,Oxidation State,CHM-PRO,69
57Fe,Oxides,CHM-CHM,69
57Fe,Oxidize,CHM-SMT,36
57Fe,Oxygen,CHM-CHM,236
57Fe,Oxygen,CMT-CHM,35
57Fe,PXRD,CHM-CMT,31
57Fe,Paramagnetic,CHM-PRO,141
57Fe,Parameters,CHM-PRO,35
57Fe,Particle,CHM-DSC,34
57Fe,Particle Size,CHM-PRO,80
57Fe,Particle Size Distribution,CHM-PRO,40
57Fe,Particles,CHM-DSC,174
57Fe,Perovskites,CHM-CHM,98
57Fe,Perovskites,CHM-SPL,92
57Fe,Polycrystalline,CHM-DSC,68
57Fe,Pore Size Distribution,CHM-PRO,38
57Fe,Powder,CHM-DSC,214
57Fe,Powder X-Ray Diffraction,CHM-CMT,30
57Fe,Powders,CHM-DSC,87
57Fe,Pt,CHM-CHM,74
57Fe,Pure,CHM-DSC,34
57Fe,Qs,CHM-PRO,31
57Fe,Quadrupolar Splitting,CHM-PRO,178
57Fe,Quadrupolar Splitting,CMT-PRO,34
57Fe,Raman,CHM-CMT,119
57Fe,Reductions,CHM-SMT,66
57Fe,Resistivity,CHM-PRO,41
57Fe,Rhombohedral,CHM-SPL,31
57Fe,Rietveld Refinement,CHM-CMT,119
57Fe,SAED,CHM-CMT,66
57Fe,SEM,CHM-CMT,276
57Fe,Saturation Magnetization,CHM-PRO,75
57Fe,Scanning Electron Microscopy,CHM-CMT,54
57Fe,Si,CHM-CHM,123
57Fe,SiO2,CHM-CHM,40
57Fe,Silica,CHM-CHM,31
57Fe,Silicate,CHM-CHM,33
57Fe,Single Crystal,CHM-DSC,132
57Fe,Single Phase,CHM-DSC,41
57Fe,Sn,CHM-CHM,49
57Fe,Sodium,CHM-CHM,30
57Fe,Solid Solution,CHM-DSC,95
57Fe,Solid State Reaction,CHM-SMT,31
57Fe,Spin,CHM-PRO,46
57Fe,Spin States,CHM-PRO,40
57Fe,Spinels,CHM-SPL,111
57Fe,Sr,CHM-CHM,33
57Fe,Ssbauer,CHM-CMT,120
57Fe,Stability,CHM-PRO,42
57Fe,Structural,CHM-PRO,101
57Fe,Structural Parameter,CHM-PRO,34
57Fe,Structure,CHM-PRO,286
57Fe,Structure,CMT-PRO,48
57Fe,Structures,CHM-PRO,39
57Fe,Substituted,CHM-DSC,35
57Fe,Substrate,CHM-DSC,55
57Fe,Sulfur,CHM-CHM,36
57Fe,Superparamagnetism,CHM-PRO,53
57Fe,Surface,CHM-DSC,198
57Fe,Surfaces,CHM-DSC,38
57Fe,Susceptibility,CHM-PRO,33
57Fe,TC,CHM-PRO,55
57Fe,TEM,CHM-CMT,318
57Fe,THF,CHM-CHM,40
57Fe,TN,CHM-PRO,35
57Fe,Tafel Plots,CHM-CMT,31
57Fe,Tetragonal,CHM-SPL,63
57Fe,Tga,CHM-CMT,36
57Fe,Thermal Treatment,CHM-SMT,30
57Fe,Thermogravimetric Analysis,CHM-CMT,38
57Fe,Thin Films,CHM-DSC,49
57Fe,Ti,CHM-CHM,74
57Fe,Tin,CHM-CHM,36
57Fe,Toluene,CHM-CHM,41
57Fe,Transition Metal,CHM-CHM,52
57Fe,Transmission Electron Microscopy,CHM-CMT,75
57Fe,UV Vis,CHM-CMT,42
57Fe,Unit Cell,CHM-PRO,37
57Fe,Unit Cell Parameter,CHM-PRO,33
57Fe,Unit Cell Volume,CHM-PRO,33
57Fe,X Ray,CHM-CMT,56
57Fe,X Ray Diffractogram,CHM-CMT,38
57Fe,X-Ray Crystallography,CHM-CMT,39
57Fe,X-Ray Diffraction,CHM-CMT,475
57Fe,X-Ray Diffraction,CMT-CMT,60
57Fe,X-Ray Powder Diffraction,CHM-CMT,114
57Fe,XANES,CHM-CMT,32
57Fe,XPS,CHM-CMT,133
57Fe,XRD,CHM-CMT,547
57Fe,XRD,CMT-CMT,39
57Fe,Xanes,CHM-CMT,51
57Fe,ZFC,CHM-CMT,73
57Fe,Zeolites,CHM-CHM,33
57Fe,Zero Field Cooled,CHM-CMT,33
57Fe,Zn,CHM-CHM,71
57Fe,Δ,CHM-PRO,32
57Fe,α-Fe,CHM-CHM,32
57Fe,α-Fe2O3,CHM-CHM,74
57Fe Mossbauer,57Fe,CMT-CHM,496
57Fe Mossbauer,Annealed,CMT-SMT,31
57Fe Mossbauer,Catalyst,CMT-APL,54
57Fe Mossbauer,Compositions,CMT-PRO,45
57Fe Mossbauer,Crystal Structure,CMT-PRO,52
57Fe Mossbauer,FT-IR,CMT-CMT,38
57Fe Mossbauer,Fe,CMT-CHM,227
57Fe Mossbauer,Fe2O3,CMT-CHM,33
57Fe Mossbauer,Fe3+,CMT-CHM,59
57Fe Mossbauer,HRTEM,CMT-CMT,35
57Fe Mossbauer,Iron,CMT-CHM,87
57Fe Mossbauer,Li,CMT-CHM,32
57Fe Mossbauer,Magnetization,CMT-PRO,52
57Fe Mossbauer,Mossbauer,CMT-CMT,98
57Fe Mossbauer,N2,CMT-CHM,44
57Fe Mossbauer,Nanoparticles,CMT-DSC,35
57Fe Mossbauer,O2,CMT-CHM,31
57Fe Mossbauer,Oxygen,CMT-CHM,34
57Fe Mossbauer,Particles,CMT-DSC,32
57Fe Mossbauer,Powder,CMT-DSC,59
57Fe Mossbauer,Raman,CMT-CMT,36
57Fe Mossbauer,Rietveld Refinement,CMT-CMT,49
57Fe Mossbauer,SEM,CMT-CMT,90
57Fe Mossbauer,Surface,CMT-DSC,35
57Fe Mossbauer,TEM,CMT-CMT,91
57Fe Mossbauer,X-Ray Diffraction,CMT-CMT,97
57Fe Mossbauer,XPS,CMT-CMT,33
57Fe Mossbauer,XRD,CMT-CMT,178
57Fe Mossbauer,α-Fe2O3,CMT-CHM,43
57Fe Mossbauer Effect,57Fe,CMT-CHM,47
57Fe Mossbauer Spectrometry,57Fe,CMT-CHM,51
57Fe Mossbauer Spectroscopy,57Fe,CMT-CHM,625
57Fe Mossbauer Spectroscopy,Amorphous,CMT-DSC,48
57Fe Mossbauer Spectroscopy,Bulk,CMT-DSC,37
57Fe Mossbauer Spectroscopy,Carbon,CMT-CHM,36
57Fe Mossbauer Spectroscopy,Catalyst,CMT-APL,48
57Fe Mossbauer Spectroscopy,Co,CMT-CHM,36
57Fe Mossbauer Spectroscopy,Compositions,CMT-PRO,66
57Fe Mossbauer Spectroscopy,Crystal Structure,CMT-PRO,40
57Fe Mossbauer Spectroscopy,Crystalline,CMT-DSC,37
57Fe Mossbauer Spectroscopy,Doped,CMT-DSC,43
57Fe Mossbauer Spectroscopy,Fe,CMT-CHM,275
57Fe Mossbauer Spectroscopy,Fe(III),CMT-CHM,31
57Fe Mossbauer Spectroscopy,Fe2+,CMT-CHM,63
57Fe Mossbauer Spectroscopy,Fe3+,CMT-CHM,110
57Fe Mossbauer Spectroscopy,Ferrite,CMT-CHM,31
57Fe Mossbauer Spectroscopy,Hydrogen,CMT-CHM,35
57Fe Mossbauer Spectroscopy,Hyperfine Field,CMT-PRO,35
57Fe Mossbauer Spectroscopy,Iron,CMT-CHM,225
57Fe Mossbauer Spectroscopy,Iron Oxide,CMT-CHM,33
57Fe Mossbauer Spectroscopy,Isomer Shift,CMT-PRO,40
57Fe Mossbauer Spectroscopy,Li,CMT-CHM,36
57Fe Mossbauer Spectroscopy,Lithium,CMT-CHM,40
57Fe Mossbauer Spectroscopy,Magnetic Moment,CMT-PRO,44
57Fe Mossbauer Spectroscopy,Magnetic Properties,CMT-PRO,96
57Fe Mossbauer Spectroscopy,Magnetics,CMT-PRO,44
57Fe Mossbauer Spectroscopy,Magnetization,CMT-PRO,31
57Fe Mossbauer Spectroscopy,Mn,CMT-CHM,41
57Fe Mossbauer Spectroscopy,Mossbauer,CMT-CMT,128
57Fe Mossbauer Spectroscopy,Mossbauer Spectroscopy,CMT-CMT,53
57Fe Mossbauer Spectroscopy,N2,CMT-CHM,30
57Fe Mossbauer Spectroscopy,Nanoparticles,CMT-DSC,75
57Fe Mossbauer Spectroscopy,Orthorhombic,CMT-SPL,31
57Fe Mossbauer Spectroscopy,Oxygen,CMT-CHM,64
57Fe Mossbauer Spectroscopy,Paramagnetic,CMT-PRO,42
57Fe Mossbauer Spectroscopy,Particles,CMT-DSC,59
57Fe Mossbauer Spectroscopy,Perovskites,CMT-CHM,38
57Fe Mossbauer Spectroscopy,Perovskites,CMT-SPL,31
57Fe Mossbauer Spectroscopy,Powder,CMT-DSC,44
57Fe Mossbauer Spectroscopy,Quadrupolar Splitting,CMT-PRO,33
57Fe Mossbauer Spectroscopy,SEM,CMT-CMT,35
57Fe Mossbauer Spectroscopy,Scanning Electron Microscopy,CMT-CMT,32
57Fe Mossbauer Spectroscopy,Single Crystal,CMT-DSC,35
57Fe Mossbauer Spectroscopy,Spinels,CMT-SPL,49
57Fe Mossbauer Spectroscopy,Structural,CMT-PRO,51
57Fe Mossbauer Spectroscopy,Structure,CMT-PRO,84
57Fe Mossbauer Spectroscopy,Surface,CMT-DSC,38
57Fe Mossbauer Spectroscopy,TEM,CMT-CMT,41
57Fe Mossbauer Spectroscopy,Transmission Electron Microscopy,CMT-CMT,47
57Fe Mossbauer Spectroscopy,X-Ray Diffraction,CMT-CMT,184
57Fe Mossbauer Spectroscopy,X-Ray Powder Diffraction,CMT-CMT,43
57Fe Mossbauer Spectroscopy,XRD,CMT-CMT,103
57Fe Mössbauer,57Fe,CMT-CHM,528
57Fe Mössbauer,57Fe,CMT-CMT,33
57Fe Mössbauer,Bond Length,CMT-PRO,46
57Fe Mössbauer,Carbon,CMT-CHM,41
57Fe Mössbauer,Catalyst,CMT-APL,70
57Fe Mössbauer,Co,CMT-CHM,32
57Fe Mössbauer,Compositions,CMT-PRO,46
57Fe Mössbauer,Crystal Structure,CMT-PRO,44
57Fe Mössbauer,Electrode,CMT-APL,30
57Fe Mössbauer,Fe,CMT-CHM,239
57Fe Mössbauer,Fe2+,CMT-CHM,41
57Fe Mössbauer,Fe2O3,CMT-CHM,34
57Fe Mössbauer,Fe3+,CMT-CHM,68
57Fe Mössbauer,HRTEM,CMT-CMT,58
57Fe Mössbauer,Heating,CMT-SMT,31
57Fe Mössbauer,Hydrogen,CMT-CHM,60
57Fe Mössbauer,Hyperfine Parameters,CMT-PRO,36
57Fe Mössbauer,Ir,CMT-CMT,30
57Fe Mössbauer,Iron,CMT-CHM,145
57Fe Mössbauer,Isomer Shift,CMT-PRO,47
57Fe Mössbauer,M,CMT-PRO,34
57Fe Mössbauer,M Ssbauer,CMT-CMT,50
57Fe Mössbauer,Magnetic Susceptibility,CMT-PRO,32
57Fe Mössbauer,Magnetics,CMT-PRO,45
57Fe Mössbauer,Magnetization,CMT-PRO,41
57Fe Mössbauer,Mo,CMT-CHM,44
57Fe Mössbauer,Molecular Structure,CMT-PRO,33
57Fe Mössbauer,Mossbauer,CMT-CMT,52
57Fe Mössbauer,N2,CMT-CHM,46
57Fe Mössbauer,Nanoparticles,CMT-DSC,55
57Fe Mössbauer,O,CMT-CHM,39
57Fe Mössbauer,O2,CMT-CHM,37
57Fe Mössbauer,Oxygen,CMT-CHM,53
57Fe Mössbauer,Particles,CMT-DSC,36
57Fe Mössbauer,Powder,CMT-DSC,43
57Fe Mössbauer,Quadrupolar Splitting,CMT-PRO,45
57Fe Mössbauer,Raman,CMT-CMT,34
57Fe Mössbauer,Rietveld Refinement,CMT-CMT,30
57Fe Mössbauer,SEM,CMT-CMT,77
57Fe Mössbauer,Ssbauer,CMT-CMT,44
57Fe Mössbauer,Structure,CMT-PRO,64
57Fe Mössbauer,Surface,CMT-DSC,35
57Fe Mössbauer,TEM,CMT-CMT,125
57Fe Mössbauer,X-Ray Diffraction,CMT-CMT,73
57Fe Mössbauer,XPS,CMT-CMT,57
57Fe Mössbauer,XRD,CMT-CMT,154
57Fe Mössbauer,ZFC,CMT-CMT,33
58Ni,Ni,CHM-CHM,59
59Co,59Co NMR,CHM-CMT,32
59Co,Co,CHM-CHM,57
59Co,NMR,CHM-CMT,44
59Co NMR,59Co,CMT-CHM,32
59Fe,Fe,CHM-CHM,50
59Fe,Iron,CHM-CHM,58
5D0 - 7FJ,Eu3+,CHM-CHM,47
5L,AFM,CHM-CMT,77
5L,Acetonitrile,CHM-CHM,32
5L,Ag,CHM-CHM,50
5L,As Prepared,CHM-DSC,34
5L,Au,CHM-CHM,50
5L,Bars,CHM-DSC,40
5L,Bulk,CHM-DSC,36
5L,CA,CHM-PRO,35
5L,Carbon,CHM-CHM,49
5L,Chemical Structures,CHM-PRO,43
5L,Coated,CHM-SMT,76
5L,Coatings,CHM-APL,66
5L,Composite,CHM-DSC,36
5L,Contact Angle,CHM-PRO,113
5L,Copper,CHM-CHM,34
5L,Cu,CHM-CHM,34
5L,Droplets,CHM-DSC,128
5L,EDS,CHM-CMT,34
5L,Electrode,CHM-APL,52
5L,Electrodes,CHM-APL,37
5L,Ethanol,CHM-CHM,47
5L,FESEM,CHM-CMT,30
5L,FT-IR,CHM-CMT,30
5L,FTIR,CHM-CMT,48
5L,Film,CHM-DSC,116
5L,Films,CHM-DSC,89
5L,Fluorescence,CHM-CMT,40
5L,H2O,CHM-CHM,44
5L,HCl,CHM-CHM,38
5L,HRTEM,CHM-CMT,34
5L,Heating,CHM-SMT,31
5L,Hydrogen,CHM-CHM,33
5L,Hydrophilic,CHM-PRO,43
5L,Hydrophobic,CHM-PRO,51
5L,Interface,CHM-DSC,46
5L,Layers,CHM-DSC,86
5L,Membrane,CHM-DSC,57
5L,Methanol,CHM-CHM,30
5L,Monolayers,CHM-DSC,43
5L,Morphology,CHM-PRO,45
5L,NPS,CHM-DSC,37
5L,NaCl,CHM-CHM,70
5L,NaOH,CHM-CHM,42
5L,Nanoparticles,CHM-DSC,64
5L,O,CHM-CHM,36
5L,O2,CHM-CHM,31
5L,Optical Image,CHM-CMT,76
5L,Oxygen,CHM-CHM,48
5L,PDMS,CHM-CHM,57
5L,Particles,CHM-DSC,60
5L,Powder,CHM-DSC,32
5L,Raman,CHM-CMT,62
5L,SEM,CHM-CMT,270
5L,Si,CHM-CHM,49
5L,SiO2,CHM-CHM,48
5L,Silica,CHM-CHM,47
5L,Silicon,CHM-CHM,48
5L,Slide,CHM-DSC,32
5L,Sliding Angle,CHM-PRO,36
5L,Structure,CHM-PRO,70
5L,Substrate,CHM-DSC,173
5L,Super Hydrophobicity,CHM-PRO,81
5L,Surface,CHM-DSC,301
5L,Surfaces,CHM-DSC,139
5L,TEM,CHM-CMT,129
5L,Thin Films,CHM-DSC,37
5L,TiO2,CHM-CHM,34
5L,Toluene,CHM-CHM,40
5L,Water Contact Angle,CHM-PRO,49
5L,Wettability,CHM-PRO,33
5L,XPS,CHM-CMT,87
5L,XRD,CHM-CMT,80
5MPa,10 MPa,CHM-CHM,35
5MPa,20MPa,CHM-CHM,39
5MPa,3MPa,CHM-CHM,31
5MPa,CO2,CHM-CHM,52
5MPa,Catalyst,CHM-APL,70
5MPa,H2,CHM-CHM,44
5MPa,Hydrogen,CHM-CHM,41
5MPa,SEM,CHM-CMT,62
5MPa,Stress,CHM-PRO,30
5MPa,Surface,CHM-DSC,57
5MPa,XRD,CHM-CMT,44
5d0 Lifetime,Eu3+,PRO-CHM,41
5hmC,5-Hydroxymethylcytosine,CHM-CHM,54
5hmC,5-Methylcytosine,CHM-CHM,45
5hmC,5mC,CHM-CHM,41
5mC,5-Hydroxymethylcytosine,CHM-CHM,38
5mC,5-Methylcytosine,CHM-CHM,63
5mC,5hmC,CHM-CHM,41
5α-Dihydrotestosterone,Androgens,CHM-CHM,36
5α-Dihydrotestosterone,DHT,CHM-CHM,31
5α-Dihydrotestosterone,Testosterone,CHM-CHM,33
5α-Reductase,Androgens,PRO-CHM,30
"6-31++G(D,P)","6-31G (D,P)",CMT-CMT,34
"6-31++G(D,P)",B3LYP,CMT-CMT,165
"6-31++G(D,P)","B3LYP/6-31++G(D,P)",CMT-CMT,38
"6-31++G(D,P)",Cluster,CMT-DSC,38
"6-31++G(D,P)",DFT,CMT-CMT,73
"6-31++G(D,P)",Density Functional Theory,CMT-CMT,38
"6-31++G(D,P)",Hydrogen,CMT-CHM,83
"6-31++G(D,P)",Ir,CMT-CMT,34
"6-31++G(D,P)",M062X,CMT-CMT,40
"6-31++G(D,P)",MP2,CMT-CMT,54
"6-31++G(D,P)",Molecular Structure,CMT-PRO,33
6-31++G**,6-31G**,CMT-CMT,30
6-31++G**,B3LYP,CMT-CMT,136
6-31++G**,B3LYP/6-31++G**,CMT-CMT,35
6-31++G**,DFT,CMT-CMT,46
6-31++G**,Hydrogen,CMT-CHM,65
6-31++G**,Ir,CMT-CMT,33
6-31++G**,MP2,CMT-CMT,70
6-31+G(D),6-31G(D),CMT-CMT,55
6-31+G(D),B3LYP,CMT-CMT,250
6-31+G(D),B3LYP/6-31+G(D),CMT-CMT,80
6-31+G(D),Bond Length,CMT-PRO,55
6-31+G(D),CAMB3LYP,CMT-CMT,30
6-31+G(D),CO,CMT-CHM,31
6-31+G(D),Chemical Structures,CMT-PRO,40
6-31+G(D),Cluster,CMT-DSC,35
6-31+G(D),DFT,CMT-CMT,88
6-31+G(D),Density Functional Theory,CMT-CMT,38
6-31+G(D),Energies,CMT-PRO,45
6-31+G(D),Geometries,CMT-PRO,32
6-31+G(D),Homo,CMT-PRO,42
6-31+G(D),Hydrogen,CMT-CHM,114
6-31+G(D),Ir,CMT-CMT,41
6-31+G(D),LUMO,CMT-PRO,36
6-31+G(D),M062X,CMT-CMT,43
6-31+G(D),MP2,CMT-CMT,75
6-31+G(D),Molecular Structure,CMT-PRO,38
6-31+G(D),Nitrogen,CMT-CHM,31
6-31+G(D),O,CMT-CHM,32
6-31+G(D),OH,CMT-CHM,32
6-31+G(D),Oscillator Strength,CMT-PRO,33
6-31+G(D),Oxygen,CMT-CHM,31
6-31+G(D),PCM,CMT-CMT,30
6-31+G(D),Relative Energies,CMT-PRO,51
6-31+G(D),Structure,CMT-PRO,42
6-31+G(D),Structures,CMT-PRO,44
"6-31+G(D,P)",1H,CMT-CHM,30
"6-31+G(D,P)","6-311++G(D,P)",CMT-CMT,30
"6-31+G(D,P)","6-31G (D,P)",CMT-CMT,38
"6-31+G(D,P)",6-31G(D),CMT-CMT,48
"6-31+G(D,P)",B3LYP,CMT-CMT,295
"6-31+G(D,P)","B3LYP/6-311+G(D,P)",CMT-CMT,91
"6-31+G(D,P)",Bond Length,CMT-PRO,64
"6-31+G(D,P)",Carbon,CMT-CHM,53
"6-31+G(D,P)",DFT,CMT-CMT,108
"6-31+G(D,P)",Density Functional Theory,CMT-CMT,57
"6-31+G(D,P)",Energies,CMT-PRO,72
"6-31+G(D,P)",Free Energy,CMT-PRO,32
"6-31+G(D,P)",Geometries,CMT-PRO,63
"6-31+G(D,P)",Homo,CMT-PRO,43
"6-31+G(D,P)",Hydrogen,CMT-CHM,170
"6-31+G(D,P)",LUMO,CMT-PRO,31
"6-31+G(D,P)",M062X,CMT-CMT,111
"6-31+G(D,P)",MP2,CMT-CMT,73
"6-31+G(D,P)",Molecular Structure,CMT-PRO,37
"6-31+G(D,P)",O,CMT-CHM,33
"6-31+G(D,P)",OH,CMT-CHM,54
"6-31+G(D,P)",Oxygen,CMT-CHM,43
"6-31+G(D,P)",Rate Constant,CMT-PRO,44
"6-31+G(D,P)",Relative Energies,CMT-PRO,56
"6-31+G(D,P)",Structure,CMT-PRO,33
"6-31+G(D,P)",Structures,CMT-PRO,51
6-31+G*,6-311++G**,CMT-CMT,34
6-31+G*,6-31G*,CMT-CMT,67
6-31+G*,AUG-CC-PVDZ,CMT-CMT,30
6-31+G*,Angles,CMT-PRO,49
6-31+G*,B3LYP,CMT-CMT,316
6-31+G*,B3LYP/6-31+G*,CMT-CMT,94
6-31+G*,Binding Energies,CMT-PRO,43
6-31+G*,Bond Length,CMT-PRO,90
6-31+G*,Carbon,CMT-CHM,49
6-31+G*,Cl,CMT-CHM,36
6-31+G*,Cluster,CMT-DSC,88
6-31+G*,DFT,CMT-CMT,97
6-31+G*,Density Functional Theory,CMT-CMT,47
6-31+G*,Dihedral Angle,CMT-PRO,42
6-31+G*,Energies,CMT-PRO,78
6-31+G*,Energy,CMT-PRO,35
6-31+G*,Frequencies,CMT-PRO,34
6-31+G*,Geometries,CMT-PRO,39
6-31+G*,H2O,CMT-CHM,42
6-31+G*,Homo,CMT-PRO,43
6-31+G*,Hydrogen,CMT-CHM,158
6-31+G*,Interaction Energies,CMT-PRO,34
6-31+G*,Ir,CMT-CMT,53
6-31+G*,LUMO,CMT-PRO,33
6-31+G*,M062X,CMT-CMT,31
6-31+G*,MP2,CMT-CMT,122
6-31+G*,MP2 / 6-31+G*,CMT-CMT,41
6-31+G*,Molecular Structure,CMT-PRO,41
6-31+G*,Nitrogen,CMT-CHM,44
6-31+G*,O,CMT-CHM,41
6-31+G*,OH,CMT-CHM,51
6-31+G*,Oxygen,CMT-CHM,54
6-31+G*,Relative,CMT-PRO,30
6-31+G*,Relative Energies,CMT-PRO,82
6-31+G*,Structure,CMT-PRO,56
6-31+G*,Structures,CMT-PRO,66
6-31+G*,Vibrational Frequency,CMT-PRO,41
6-31+G**,B3LYP,CMT-CMT,136
6-31+G**,B3LYP/6-31+G**,CMT-CMT,44
6-31+G**,Bond Length,CMT-PRO,31
6-31+G**,DFT,CMT-CMT,40
6-31+G**,Hydrogen,CMT-CHM,69
6-31+G**,MP2,CMT-CMT,33
"6-311++G(2D,2P)",B3LYP,CMT-CMT,116
"6-311++G(2D,2P)",DFT,CMT-CMT,44
"6-311++G(2D,2P)",Hydrogen,CMT-CHM,86
"6-311++G(2D,2P)",MP2,CMT-CMT,78
"6-311++G(2D,2P)",OH,CMT-CHM,30
"6-311++G(2D,P)",B3LYP,CMT-CMT,41
"6-311++G(3DF,2P)",B3LYP,CMT-CMT,47
"6-311++G(3DF,3PD)",Argon,CMT-CHM,31
"6-311++G(3DF,3PD)",B3LYP,CMT-CMT,131
"6-311++G(3DF,3PD)",Binding Energies,CMT-PRO,31
"6-311++G(3DF,3PD)",Bond Length,CMT-PRO,37
"6-311++G(3DF,3PD)",DFT,CMT-CMT,41
"6-311++G(3DF,3PD)",H2O,CMT-CHM,30
"6-311++G(3DF,3PD)",Hydrogen,CMT-CHM,69
"6-311++G(3DF,3PD)",M062X,CMT-CMT,30
"6-311++G(3DF,3PD)",MP2,CMT-CMT,60
"6-311++G(3DF,3PD)",OH,CMT-CHM,34
"6-311++G(3DF,3PD)",Structures,CMT-PRO,33
"6-311++G(D,P)",13C,CMT-CHM,88
"6-311++G(D,P)",13C NMR,CMT-CMT,55
"6-311++G(D,P)",1H,CMT-CHM,110
"6-311++G(D,P)",1H,CMT-CMT,30
"6-311++G(D,P)",1H NMR,CMT-CMT,47
"6-311++G(D,P)","6-31+G(D,P)",CMT-CMT,30
"6-311++G(D,P)","6-311++G(d,p) Basis Set",CMT-CMT,45
"6-311++G(D,P)","6-311G(D,P)",CMT-CMT,36
"6-311++G(D,P)","6-31G (D,P)",CMT-CMT,64
"6-311++G(D,P)",6-31G(D),CMT-CMT,48
"6-311++G(D,P)",AUG-CC-PVDZ,CMT-CMT,52
"6-311++G(D,P)",AUG-CC-PVTZ,CMT-CMT,43
"6-311++G(D,P)",Ab Initio,CMT-CMT,31
"6-311++G(D,P)",Ab Initio Calculations,CMT-CMT,32
"6-311++G(D,P)",Angles,CMT-PRO,57
"6-311++G(D,P)",Argon,CMT-CHM,51
"6-311++G(D,P)",Atomic Charge,CMT-PRO,38
"6-311++G(D,P)",B3LYP,CMT-CMT,765
"6-311++G(D,P)","B3LYP/6-311++G(D,P)",CMT-CMT,224
"6-311++G(D,P)",B3PW91,CMT-CMT,31
"6-311++G(D,P)",Benzenes,CMT-CHM,51
"6-311++G(D,P)",Binding Energies,CMT-PRO,72
"6-311++G(D,P)",Binding Energy,CMT-PRO,39
"6-311++G(D,P)",Bond Angles,CMT-PRO,68
"6-311++G(D,P)",Bond Critical Point,CMT-PRO,39
"6-311++G(D,P)",Bond Distance,CMT-PRO,57
"6-311++G(D,P)",Bond Length,CMT-PRO,176
"6-311++G(D,P)",Br,CMT-CHM,39
"6-311++G(D,P)",CAMB3LYP,CMT-CMT,40
"6-311++G(D,P)",CCSD (T),CMT-CMT,47
"6-311++G(D,P)",CH,CMT-CHM,44
"6-311++G(D,P)",CH3,CMT-CHM,33
"6-311++G(D,P)",CO,CMT-CHM,80
"6-311++G(D,P)",CO2,CMT-CHM,41
"6-311++G(D,P)",Carbon,CMT-CHM,96
"6-311++G(D,P)",Charges,CMT-PRO,30
"6-311++G(D,P)",Chemical Shift,CMT-PRO,65
"6-311++G(D,P)",Cl,CMT-CHM,67
"6-311++G(D,P)",Cluster,CMT-DSC,99
"6-311++G(D,P)",Crystal,CMT-DSC,54
"6-311++G(D,P)",Crystal Structure,CMT-PRO,38
"6-311++G(D,P)",DFT,CMT-CMT,274
"6-311++G(D,P)",DFT Calculations,CMT-CMT,44
"6-311++G(D,P)",DFT(B3LYP),CMT-CMT,32
"6-311++G(D,P)",Density Functional Theory,CMT-CMT,179
"6-311++G(D,P)",Dihedral Angle,CMT-PRO,77
"6-311++G(D,P)",Dipole Moment,CMT-PRO,93
"6-311++G(D,P)",Electron Density,CMT-PRO,68
"6-311++G(D,P)",Electronic,CMT-PRO,34
"6-311++G(D,P)",Energetic,CMT-PRO,46
"6-311++G(D,P)",Energies,CMT-PRO,107
"6-311++G(D,P)",Energy,CMT-PRO,51
"6-311++G(D,P)",Enthalpy,CMT-PRO,35
"6-311++G(D,P)",Ethanol,CMT-CHM,33
"6-311++G(D,P)",F,CMT-CHM,54
"6-311++G(D,P)",F,CMT-PRO,30
"6-311++G(D,P)",FT-IR,CMT-CMT,99
"6-311++G(D,P)",FTIR,CMT-CMT,41
"6-311++G(D,P)",Free Energy,CMT-PRO,49
"6-311++G(D,P)",Frequencies,CMT-PRO,57
"6-311++G(D,P)",Frontier Molecular Orbitals,CMT-PRO,34
"6-311++G(D,P)",Ft,CMT-CMT,65
"6-311++G(D,P)",G,CMT-PRO,48
"6-311++G(D,P)",Geometrical Parameters,CMT-PRO,54
"6-311++G(D,P)",Geometries,CMT-PRO,111
"6-311++G(D,P)",Geometry,CMT-PRO,33
"6-311++G(D,P)",Geometry Parameters,CMT-PRO,53
"6-311++G(D,P)",Gibbs Free Energy,CMT-PRO,58
"6-311++G(D,P)",Ground State,CMT-PRO,35
"6-311++G(D,P)",H2O,CMT-CHM,81
"6-311++G(D,P)",Homo,CMT-PRO,105
"6-311++G(D,P)",Hydrogen,CMT-CHM,385
"6-311++G(D,P)",Infrared,CMT-CMT,80
"6-311++G(D,P)",Infrared Spectra,CMT-CMT,31
"6-311++G(D,P)",Interaction Energies,CMT-PRO,52
"6-311++G(D,P)",Interaction Energy,CMT-PRO,32
"6-311++G(D,P)",Ir,CMT-CMT,132
"6-311++G(D,P)",Irradiation,CMT-SMT,42
"6-311++G(D,P)",LUMO,CMT-PRO,67
"6-311++G(D,P)",M062X,CMT-CMT,155
"6-311++G(D,P)",MEP,CMT-PRO,39
"6-311++G(D,P)",MP2,CMT-CMT,259
"6-311++G(D,P)","MP2/6-311++G(D,P)",CMT-CMT,86
"6-311++G(D,P)",Methanol,CMT-CHM,53
"6-311++G(D,P)",Methyl,CMT-CHM,42
"6-311++G(D,P)",Molecular Electrostatic Potential,CMT-PRO,33
"6-311++G(D,P)",Molecular Geometry,CMT-PRO,40
"6-311++G(D,P)",Molecular Orbital,CMT-PRO,32
"6-311++G(D,P)",Molecular Structure,CMT-PRO,128
"6-311++G(D,P)",N2,CMT-CHM,31
"6-311++G(D,P)",NBO,CMT-CMT,102
"6-311++G(D,P)",NBO Analysis,CMT-CMT,42
"6-311++G(D,P)",NH,CMT-CHM,46
"6-311++G(D,P)",NH2,CMT-CHM,30
"6-311++G(D,P)",NMR,CMT-CMT,58
"6-311++G(D,P)",Natural Bond Orbital,CMT-CMT,67
"6-311++G(D,P)",Nitrogen,CMT-CHM,80
"6-311++G(D,P)",O,CMT-CHM,106
"6-311++G(D,P)",OH,CMT-CHM,133
"6-311++G(D,P)",Oscillator Strength,CMT-PRO,58
"6-311++G(D,P)",Oxygen,CMT-CHM,120
"6-311++G(D,P)",PCM,CMT-CMT,41
"6-311++G(D,P)",Pes,CMT-CMT,30
"6-311++G(D,P)",Potential Energy Surface,CMT-PRO,98
"6-311++G(D,P)",Quantum Chemical Calculation,CMT-CMT,44
"6-311++G(D,P)",Raman,CMT-CMT,132
"6-311++G(D,P)",Rate Constant,CMT-PRO,63
"6-311++G(D,P)",Relative,CMT-PRO,47
"6-311++G(D,P)",Relative Energies,CMT-PRO,153
"6-311++G(D,P)",Single Crystal,CMT-DSC,33
"6-311++G(D,P)",Stability,CMT-PRO,60
"6-311++G(D,P)",Stabilization Energy,CMT-PRO,35
"6-311++G(D,P)",Structural,CMT-PRO,50
"6-311++G(D,P)",Structural Parameter,CMT-PRO,56
"6-311++G(D,P)",Structure,CMT-PRO,113
"6-311++G(D,P)",Structures,CMT-PRO,126
"6-311++G(D,P)",TD-DFT,CMT-CMT,55
"6-311++G(D,P)",Thermodynamic Property,CMT-PRO,50
"6-311++G(D,P)",Total Energy,CMT-PRO,43
"6-311++G(D,P)",UV Vis,CMT-CMT,40
"6-311++G(D,P)",Vibration Mode,CMT-PRO,37
"6-311++G(D,P)",Vibrational Frequency,CMT-PRO,137
"6-311++G(D,P)",Vibrational Spectra,CMT-CMT,30
"6-311++G(D,P)",X-Ray Diffraction,CMT-CMT,35
"6-311++G(d,p)",B3LYP,CMT-CMT,32
"6-311++G(d,p) Basis Set","6-311++G(D,P)",CMT-CMT,45
"6-311++G(d,p) Basis Set",B3LYP,CMT-CMT,70
"6-311++G(d,p) Basis Set",DFT,CMT-CMT,32
"6-311++G(d,p) Basis Set",Hydrogen,CMT-CHM,40
"6-311++G(d,p) Basis Set",MP2,CMT-CMT,37
6-311++G**,1H,CMT-CHM,46
6-311++G**,6-31+G*,CMT-CMT,34
6-311++G**,6-31G*,CMT-CMT,57
6-311++G**,6-31G**,CMT-CMT,41
6-311++G**,Angles,CMT-PRO,38
6-311++G**,B3LYP,CMT-CMT,412
6-311++G**,B3LYP/6-311++G**,CMT-CMT,95
6-311++G**,Benzenes,CMT-CHM,34
6-311++G**,Binding Energies,CMT-PRO,35
6-311++G**,Bond Critical Point,CMT-PRO,32
6-311++G**,Bond Length,CMT-PRO,76
6-311++G**,CO,CMT-CHM,35
6-311++G**,Carbon,CMT-CHM,48
6-311++G**,Cl,CMT-CHM,33
6-311++G**,Cluster,CMT-DSC,55
6-311++G**,DFT,CMT-CMT,145
6-311++G**,Density Functional Theory,CMT-CMT,83
6-311++G**,Dihedral Angle,CMT-PRO,33
6-311++G**,Dipole Moment,CMT-PRO,52
6-311++G**,Electron Density,CMT-PRO,51
6-311++G**,Energies,CMT-PRO,59
6-311++G**,F,CMT-CHM,34
6-311++G**,Geometrical Parameters,CMT-PRO,36
6-311++G**,Geometries,CMT-PRO,34
6-311++G**,H2O,CMT-CHM,32
6-311++G**,Homo,CMT-PRO,42
6-311++G**,Hydrogen,CMT-CHM,212
6-311++G**,Interaction Energies,CMT-PRO,36
6-311++G**,Ir,CMT-CMT,67
6-311++G**,M062X,CMT-CMT,34
6-311++G**,MP2,CMT-CMT,154
6-311++G**,MP2 / 6-311++G**,CMT-CMT,38
6-311++G**,Molecular Structure,CMT-PRO,45
6-311++G**,NBO,CMT-CMT,41
6-311++G**,Nitrogen,CMT-CHM,41
6-311++G**,O,CMT-CHM,50
6-311++G**,OH,CMT-CHM,50
6-311++G**,Oxygen,CMT-CHM,71
6-311++G**,Raman,CMT-CMT,64
6-311++G**,Relative Energies,CMT-PRO,56
6-311++G**,Structure,CMT-PRO,58
6-311++G**,Structures,CMT-PRO,67
6-311++G**,Vibrational Frequency,CMT-PRO,54
"6-311+G(2D,2P)",B3LYP,CMT-CMT,62
"6-311+G(2D,P)",B3LYP,CMT-CMT,87
6-311+G(3DF),B3LYP,CMT-CMT,45
"6-311+G(3df,2p)",B3LYP,CMT-CMT,43
6-311+G(D),B3LYP,CMT-CMT,123
6-311+G(D),B3LYP/6-311+G(D),CMT-CMT,36
6-311+G(D),Bond Length,CMT-PRO,30
6-311+G(D),Cluster,CMT-DSC,46
6-311+G(D),Relative Energies,CMT-PRO,42
"6-311+G(D,P)","6-311G(D,P)",CMT-CMT,38
"6-311+G(D,P)",6-31G(D),CMT-CMT,63
"6-311+G(D,P)",Angles,CMT-PRO,33
"6-311+G(D,P)",B3LYP,CMT-CMT,336
"6-311+G(D,P)","B3LYP/6-311+G(D,P)",CMT-CMT,102
"6-311+G(D,P)",Bond Length,CMT-PRO,77
"6-311+G(D,P)",Carbon,CMT-CHM,47
"6-311+G(D,P)",Cl,CMT-CHM,31
"6-311+G(D,P)",Cluster,CMT-DSC,41
"6-311+G(D,P)",DFT,CMT-CMT,115
"6-311+G(D,P)",Density Functional Theory,CMT-CMT,60
"6-311+G(D,P)",Energies,CMT-PRO,43
"6-311+G(D,P)",Free Energy,CMT-PRO,36
"6-311+G(D,P)",Geometries,CMT-PRO,48
"6-311+G(D,P)",H2O,CMT-CHM,33
"6-311+G(D,P)",Homo,CMT-PRO,45
"6-311+G(D,P)",Hydrogen,CMT-CHM,134
"6-311+G(D,P)",Ir,CMT-CMT,45
"6-311+G(D,P)",M062X,CMT-CMT,65
"6-311+G(D,P)",MP2,CMT-CMT,74
"6-311+G(D,P)",Molecular Structure,CMT-PRO,44
"6-311+G(D,P)",Nitrogen,CMT-CHM,30
"6-311+G(D,P)",O,CMT-CHM,43
"6-311+G(D,P)",OH,CMT-CHM,47
"6-311+G(D,P)",Oxygen,CMT-CHM,54
"6-311+G(D,P)",PCM,CMT-CMT,36
"6-311+G(D,P)",Potential Energy Surface,CMT-PRO,36
"6-311+G(D,P)",Raman,CMT-CMT,36
"6-311+G(D,P)",Rate Constant,CMT-PRO,33
"6-311+G(D,P)",Relative Energies,CMT-PRO,45
"6-311+G(D,P)",Structure,CMT-PRO,44
"6-311+G(D,P)",Structures,CMT-PRO,67
"6-311+G(D,P)",Vibrational Frequency,CMT-PRO,35
6-311+G*,B3LYP,CMT-CMT,133
6-311+G*,B3LYP/6-311+G*,CMT-CMT,45
6-311+G*,Bond Length,CMT-PRO,44
6-311+G*,Cluster,CMT-DSC,40
6-311+G*,DFT,CMT-CMT,45
6-311+G*,Hydrogen,CMT-CHM,33
6-311+G*,MP2,CMT-CMT,54
6-311+G*,Relative Energies,CMT-PRO,49
6-311+G**,6-31G*,CMT-CMT,34
6-311+G**,B3LYP,CMT-CMT,173
6-311+G**,B3LYP/6-311+G**,CMT-CMT,35
6-311+G**,Bond Length,CMT-PRO,42
6-311+G**,DFT,CMT-CMT,42
6-311+G**,Density Functional Theory,CMT-CMT,39
6-311+G**,Geometries,CMT-PRO,30
6-311+G**,Hydrogen,CMT-CHM,76
6-311+G**,MP2,CMT-CMT,55
6-311+G**,Structures,CMT-PRO,31
6-311G,B3LYP,CMT-CMT,88
6-311G,DFT,CMT-CMT,47
"6-311G (D,P)",B3LYP,CMT-CMT,32
6-311G(D),B3LYP,CMT-CMT,100
6-311G(D),DFT,CMT-CMT,40
"6-311G(D,P)",1H,CMT-CHM,54
"6-311G(D,P)",1H NMR,CMT-CMT,37
"6-311G(D,P)","6-311++G(D,P)",CMT-CMT,36
"6-311G(D,P)","6-311+G(D,P)",CMT-CMT,38
"6-311G(D,P)","6-31G (D,P)",CMT-CMT,59
"6-311G(D,P)",6-31G(D),CMT-CMT,75
"6-311G(D,P)",Absorption Spectrum,CMT-CMT,34
"6-311G(D,P)",Angles,CMT-PRO,64
"6-311G(D,P)",B3LYP,CMT-CMT,371
"6-311G(D,P)","B3LYP/6-311G(D,P)",CMT-CMT,89
"6-311G(D,P)",Bond Angles,CMT-PRO,37
"6-311G(D,P)",Bond Distance,CMT-PRO,43
"6-311G(D,P)",Bond Length,CMT-PRO,103
"6-311G(D,P)",CCSD (T),CMT-CMT,45
"6-311G(D,P)",CO,CMT-CHM,36
"6-311G(D,P)",Carbon,CMT-CHM,59
"6-311G(D,P)",Chemical Shift,CMT-PRO,30
"6-311G(D,P)",Cl,CMT-CHM,33
"6-311G(D,P)",Crystal,CMT-DSC,31
"6-311G(D,P)",Crystal Structure,CMT-PRO,32
"6-311G(D,P)",DFT,CMT-CMT,151
"6-311G(D,P)",Density Functional Theory,CMT-CMT,91
"6-311G(D,P)",Dihedral Angle,CMT-PRO,40
"6-311G(D,P)",Dipole Moment,CMT-PRO,33
"6-311G(D,P)",Energies,CMT-PRO,62
"6-311G(D,P)",FT-IR,CMT-CMT,39
"6-311G(D,P)",Frontier Molecular Orbitals,CMT-PRO,32
"6-311G(D,P)",Geometrical Parameters,CMT-PRO,39
"6-311G(D,P)",Geometries,CMT-PRO,70
"6-311G(D,P)",Geometry Parameters,CMT-PRO,36
"6-311G(D,P)",Ground State,CMT-PRO,32
"6-311G(D,P)",H2O,CMT-CHM,32
"6-311G(D,P)",Homo,CMT-PRO,83
"6-311G(D,P)",Hydrogen,CMT-CHM,179
"6-311G(D,P)",Ir,CMT-CMT,30
"6-311G(D,P)",LUMO,CMT-PRO,56
"6-311G(D,P)",M062X,CMT-CMT,53
"6-311G(D,P)",MP2,CMT-CMT,115
"6-311G(D,P)","MP2 / 6-311G(D,P)",CMT-CMT,30
"6-311G(D,P)",Molecular Structure,CMT-PRO,83
"6-311G(D,P)",NBO,CMT-CMT,30
"6-311G(D,P)",Nitrogen,CMT-CHM,40
"6-311G(D,P)",O,CMT-CHM,46
"6-311G(D,P)",OH,CMT-CHM,53
"6-311G(D,P)",Oscillator Strength,CMT-PRO,39
"6-311G(D,P)",Oxygen,CMT-CHM,40
"6-311G(D,P)",Potential Energy Surface,CMT-PRO,66
"6-311G(D,P)",Raman,CMT-CMT,42
"6-311G(D,P)",Rate Constant,CMT-PRO,73
"6-311G(D,P)",Relative Energies,CMT-PRO,75
"6-311G(D,P)",Structure,CMT-PRO,51
"6-311G(D,P)",Structures,CMT-PRO,61
"6-311G(D,P)",TD-DFT,CMT-CMT,34
"6-311G(D,P)",UB3LYP,CMT-CMT,30
"6-311G(D,P)",Vibrational Frequency,CMT-PRO,72
"6-311G(D,P)",ZPE,CMT-PRO,32
6-311G*,6-31G*,CMT-CMT,37
6-311G*,B3LYP,CMT-CMT,118
6-311G*,Bond Length,CMT-PRO,38
6-311G*,Carbon,CMT-CHM,32
6-311G*,Cluster,CMT-DSC,30
6-311G*,DFT,CMT-CMT,47
6-311G*,Hydrogen,CMT-CHM,38
6-311G*,MP2,CMT-CMT,32
6-311G*,Structure,CMT-PRO,30
6-311G**,6-31G*,CMT-CMT,54
6-311G**,6-31G**,CMT-CMT,42
6-311G**,B3LYP,CMT-CMT,226
6-311G**,B3LYP/6-311G**,CMT-CMT,42
6-311G**,Bond Length,CMT-PRO,64
6-311G**,Carbon,CMT-CHM,43
6-311G**,DFT,CMT-CMT,70
6-311G**,Density Functional Theory,CMT-CMT,39
6-311G**,Energies,CMT-PRO,33
6-311G**,Geometries,CMT-PRO,37
6-311G**,Hydrogen,CMT-CHM,108
6-311G**,Ir,CMT-CMT,34
6-311G**,MP2,CMT-CMT,95
6-311G**,Molecular Structure,CMT-PRO,38
6-311G**,Oxygen,CMT-CHM,42
6-311G**,Raman,CMT-CMT,36
6-311G**,Relative Energies,CMT-PRO,37
6-311G**,Structure,CMT-PRO,37
6-311G**,Vibrational Frequency,CMT-PRO,30
"6-311G++(D,P)",B3LYP,CMT-CMT,34
6-31G,1H,CMT-CHM,48
6-31G,1H NMR,CMT-CMT,33
6-31G,3-21G,CMT-CMT,35
6-31G,6-31G*,CMT-CMT,35
6-31G,AST,CMT-CMT,31
6-31G,Ab Initio Calculations,CMT-CMT,45
6-31G,Absorption,CMT-CMT,31
6-31G,Absorption Spectrum,CMT-CMT,39
6-31G,B3LYP,CMT-CMT,354
6-31G,Benzenes,CMT-CHM,43
6-31G,Bond Length,CMT-PRO,44
6-31G,CH2Cl2,CMT-CHM,39
6-31G,Carbon,CMT-CHM,70
6-31G,Chemical Structures,CMT-PRO,39
6-31G,Cluster,CMT-DSC,45
6-31G,Cyclic Voltammogram,CMT-CMT,43
6-31G,DFT,CMT-CMT,149
6-31G,Density Functional Theory,CMT-CMT,78
6-31G,Dipole Moment,CMT-PRO,31
6-31G,Energies,CMT-PRO,41
6-31G,Films,CMT-DSC,31
6-31G,Fluorescence,CMT-CMT,30
6-31G,Frontier Molecular Orbitals,CMT-PRO,37
6-31G,Geometries,CMT-PRO,51
6-31G,Homo,CMT-PRO,97
6-31G,Hydrogen,CMT-CHM,133
6-31G,Ir,CMT-CMT,38
6-31G,LANL2DZ,CMT-CMT,33
6-31G,LUMO,CMT-PRO,57
6-31G,MP2,CMT-CMT,115
6-31G,Methyl,CMT-CHM,32
6-31G,Molecular Structure,CMT-PRO,72
6-31G,NMR,CMT-CMT,30
6-31G,Nitrogen,CMT-CHM,51
6-31G,O,CMT-CHM,46
6-31G,Oxygen,CMT-CHM,62
6-31G,Raman,CMT-CMT,30
6-31G,Stability,CMT-PRO,31
6-31G,Structure,CMT-PRO,70
6-31G,Structures,CMT-PRO,49
6-31G,Surface,CMT-DSC,35
6-31G,THF,CMT-CHM,38
6-31G,Thin Films,CMT-DSC,30
6-31G,Toluene,CMT-CHM,35
6-31G,UV Vis Absorption,CMT-CMT,35
6-31G (D),B3LYP,CMT-CMT,84
6-31G (D),DFT,CMT-CMT,32
6-31G (D),Homo,CMT-PRO,32
6-31G (D),Hydrogen,CMT-CHM,33
"6-31G (D,P)",13C,CMT-CHM,40
"6-31G (D,P)",1H,CMT-CHM,96
"6-31G (D,P)",1H NMR,CMT-CMT,56
"6-31G (D,P)","6-31++G(D,P)",CMT-CMT,34
"6-31G (D,P)","6-31+G(D,P)",CMT-CMT,38
"6-31G (D,P)","6-311++G(D,P)",CMT-CMT,64
"6-31G (D,P)","6-311G(D,P)",CMT-CMT,59
"6-31G (D,P)",6-31G(D),CMT-CMT,58
"6-31G (D,P)",Absorption,CMT-CMT,46
"6-31G (D,P)",Absorption,CMT-PRO,31
"6-31G (D,P)",Absorption Spectrum,CMT-CMT,88
"6-31G (D,P)",Acetonitrile,CMT-CHM,50
"6-31G (D,P)",Angles,CMT-PRO,40
"6-31G (D,P)",B3LYP,CMT-CMT,662
"6-31G (D,P)","B3LYP/6-31G(D,P)",CMT-CMT,159
"6-31G (D,P)",B3PW91,CMT-CMT,41
"6-31G (D,P)",Benzenes,CMT-CHM,45
"6-31G (D,P)",Bond Angles,CMT-PRO,36
"6-31G (D,P)",Bond Length,CMT-PRO,119
"6-31G (D,P)",CAMB3LYP,CMT-CMT,55
"6-31G (D,P)",CH,CMT-CHM,33
"6-31G (D,P)",CH2Cl2,CMT-CHM,50
"6-31G (D,P)",CO,CMT-CHM,30
"6-31G (D,P)",Carbon,CMT-CHM,100
"6-31G (D,P)",Chemical Shift,CMT-PRO,44
"6-31G (D,P)",Chemical Structures,CMT-PRO,88
"6-31G (D,P)",Chloroform,CMT-CHM,65
"6-31G (D,P)",Cl,CMT-CHM,41
"6-31G (D,P)",Cluster,CMT-DSC,52
"6-31G (D,P)",Crystal,CMT-DSC,51
"6-31G (D,P)",Crystal Structure,CMT-PRO,55
"6-31G (D,P)",Cyclic Voltammogram,CMT-CMT,50
"6-31G (D,P)",DFT,CMT-CMT,331
"6-31G (D,P)",DFT Calculations,CMT-CMT,57
"6-31G (D,P)",DMF,CMT-CHM,40
"6-31G (D,P)",DMSO,CMT-CHM,33
"6-31G (D,P)",Density Functional Theory,CMT-CMT,170
"6-31G (D,P)",Dihedral Angle,CMT-PRO,58
"6-31G (D,P)",Dipole Moment,CMT-PRO,66
"6-31G (D,P)",Electronic Properties,CMT-PRO,36
"6-31G (D,P)",Emission Spectra,CMT-CMT,43
"6-31G (D,P)",Energies,CMT-PRO,77
"6-31G (D,P)",Energy,CMT-PRO,45
"6-31G (D,P)",Energy Level,CMT-PRO,38
"6-31G (D,P)",Ethanol,CMT-CHM,30
"6-31G (D,P)",F,CMT-PRO,46
"6-31G (D,P)",FT-IR,CMT-CMT,61
"6-31G (D,P)",Film,CMT-DSC,40
"6-31G (D,P)",Films,CMT-DSC,34
"6-31G (D,P)",Fluorescence,CMT-CMT,48
"6-31G (D,P)",Frequencies,CMT-PRO,33
"6-31G (D,P)",Frontier Molecular Orbitals,CMT-PRO,67
"6-31G (D,P)",Frontier Orbitals,CMT-PRO,34
"6-31G (D,P)",Geometrical Parameters,CMT-PRO,42
"6-31G (D,P)",Geometries,CMT-PRO,81
"6-31G (D,P)",Geometry,CMT-PRO,36
"6-31G (D,P)",Geometry Parameters,CMT-PRO,44
"6-31G (D,P)",Gibbs Free Energy,CMT-PRO,38
"6-31G (D,P)",Ground State,CMT-PRO,41
"6-31G (D,P)",H2O,CMT-CHM,65
"6-31G (D,P)",Homo,CMT-PRO,196
"6-31G (D,P)",Hydrogen,CMT-CHM,270
"6-31G (D,P)",Interaction Energies,CMT-PRO,31
"6-31G (D,P)",Ir,CMT-CMT,97
"6-31G (D,P)",LANL2DZ,CMT-CMT,37
"6-31G (D,P)",LUMO,CMT-PRO,114
"6-31G (D,P)",Lumo Energies,CMT-PRO,34
"6-31G (D,P)",M062X,CMT-CMT,72
"6-31G (D,P)",MP2,CMT-CMT,124
"6-31G (D,P)","MP2 / 6-31G(D,P)",CMT-CMT,33
"6-31G (D,P)",Methanol,CMT-CHM,42
"6-31G (D,P)",Methyl,CMT-CHM,45
"6-31G (D,P)",Molecular Orbital,CMT-PRO,41
"6-31G (D,P)",Molecular Structure,CMT-PRO,146
"6-31G (D,P)",NBO,CMT-CMT,35
"6-31G (D,P)",NMR,CMT-CMT,52
"6-31G (D,P)",Nitrogen,CMT-CHM,69
"6-31G (D,P)",O,CMT-CHM,79
"6-31G (D,P)",OH,CMT-CHM,70
"6-31G (D,P)",Oscillator Strength,CMT-PRO,80
"6-31G (D,P)",Oxygen,CMT-CHM,89
"6-31G (D,P)",PCM,CMT-CMT,51
"6-31G (D,P)",Phenyls,CMT-CHM,30
"6-31G (D,P)",Polarizable Continuum Model,CMT-CMT,31
"6-31G (D,P)",Potential Energy Surface,CMT-PRO,43
"6-31G (D,P)",Raman,CMT-CMT,64
"6-31G (D,P)",Rate Constant,CMT-PRO,47
"6-31G (D,P)",Relative Energies,CMT-PRO,65
"6-31G (D,P)",Stability,CMT-PRO,46
"6-31G (D,P)",Structure,CMT-PRO,96
"6-31G (D,P)",Structures,CMT-PRO,91
"6-31G (D,P)",Surface,CMT-DSC,49
"6-31G (D,P)",TD DFT,CMT-CMT,35
"6-31G (D,P)",TD-DFT,CMT-CMT,66
"6-31G (D,P)",THF,CMT-CHM,77
"6-31G (D,P)",Thin Films,CMT-DSC,30
"6-31G (D,P)",Toluene,CMT-CHM,62
"6-31G (D,P)",Total Energy,CMT-PRO,44
"6-31G (D,P)",UB3LYP,CMT-CMT,39
"6-31G (D,P)",UV Vis,CMT-CMT,42
"6-31G (D,P)",UV Vis Absorption,CMT-CMT,45
"6-31G (D,P)",Vibrational Frequency,CMT-PRO,77
"6-31G (D,P)",X-Ray Diffraction,CMT-CMT,34
6-31G(D),13C,CMT-CHM,47
6-31G(D),13C NMR,CMT-CMT,33
6-31G(D),1H,CMT-CHM,113
6-31G(D),1H NMR,CMT-CMT,84
6-31G(D),6-31+G(D),CMT-CMT,55
6-31G(D),"6-31+G(D,P)",CMT-CMT,48
6-31G(D),"6-311++G(D,P)",CMT-CMT,48
6-31G(D),"6-311+G(D,P)",CMT-CMT,63
6-31G(D),"6-311G(D,P)",CMT-CMT,75
6-31G(D),"6-31G (D,P)",CMT-CMT,58
6-31G(D),AFM,CMT-CMT,35
6-31G(D),Ab Initio,CMT-CMT,51
6-31G(D),Ab Initio Calculations,CMT-CMT,49
6-31G(D),Absorption,CMT-CMT,113
6-31G(D),Absorption,CMT-PRO,65
6-31G(D),Absorption Spectrum,CMT-CMT,120
6-31G(D),Acetonitrile,CMT-CHM,82
6-31G(D),Activation Energies,CMT-PRO,38
6-31G(D),Activation Energy,CMT-PRO,36
6-31G(D),Ag,CMT-CHM,35
6-31G(D),Al,CMT-CHM,40
6-31G(D),Alkyls,CMT-CHM,35
6-31G(D),Angles,CMT-PRO,89
6-31G(D),Atomic Charge,CMT-PRO,30
6-31G(D),B3LYP,CMT-CMT,1201
6-31G(D),B3LYP/6-31G(d),CMT-CMT,280
6-31G(D),B3PW91,CMT-CMT,30
6-31G(D),Benzenes,CMT-CHM,73
6-31G(D),Binding Energies,CMT-PRO,44
6-31G(D),Binding Energy,CMT-PRO,30
6-31G(D),Blue Line,CMT-CHM,34
6-31G(D),Bond Angles,CMT-PRO,77
6-31G(D),Bond Distance,CMT-PRO,66
6-31G(D),Bond Length,CMT-PRO,226
6-31G(D),Br,CMT-CHM,34
6-31G(D),C,CMT-CHM,33
6-31G(D),C60,CMT-CHM,38
6-31G(D),CAMB3LYP,CMT-CMT,70
6-31G(D),CCSD (T),CMT-CMT,35
6-31G(D),CH,CMT-CHM,35
6-31G(D),CH2Cl2,CMT-CHM,136
6-31G(D),CH3CN,CMT-CHM,37
6-31G(D),CHCl3,CMT-CHM,62
6-31G(D),CO,CMT-CHM,51
6-31G(D),CV,CMT-CMT,32
6-31G(D),Carbon,CMT-CHM,170
6-31G(D),Carbonyls,CMT-CHM,42
6-31G(D),Catalyst,CMT-APL,36
6-31G(D),Charge Transfer,CMT-PRO,31
6-31G(D),Charges,CMT-PRO,32
6-31G(D),Chemical Shift,CMT-PRO,44
6-31G(D),Chemical Structures,CMT-PRO,139
6-31G(D),Chloroform,CMT-CHM,79
6-31G(D),Cl,CMT-CHM,54
6-31G(D),Cluster,CMT-DSC,66
6-31G(D),Crystal,CMT-DSC,58
6-31G(D),Crystal Structure,CMT-PRO,79
6-31G(D),Cyclic Voltammetry,CMT-CMT,33
6-31G(D),Cyclic Voltammogram,CMT-CMT,110
6-31G(D),DFT,CMT-CMT,478
6-31G(D),DFT B3LYP,CMT-CMT,31
6-31G(D),DFT Calculations,CMT-CMT,140
6-31G(D),DMF,CMT-CHM,61
6-31G(D),DMSO,CMT-CHM,41
6-31G(D),DSC,CMT-CMT,38
6-31G(D),Density Functional,CMT-CMT,31
6-31G(D),Density Functional Theory,CMT-CMT,222
6-31G(D),Diamonds,CMT-CHM,48
6-31G(D),Dichloromethane,CMT-CHM,67
6-31G(D),Dihedral Angle,CMT-PRO,113
6-31G(D),Dipole Moment,CMT-PRO,83
6-31G(D),Distance,CMT-PRO,33
6-31G(D),Doped,CMT-DSC,38
6-31G(D),EV,CMT-PRO,41
6-31G(D),El,CMT-CMT,42
6-31G(D),Electrochemical Properties,CMT-PRO,37
6-31G(D),Electron Density,CMT-PRO,47
6-31G(D),Electronic,CMT-PRO,36
6-31G(D),Electronic Properties,CMT-PRO,43
6-31G(D),Emission Spectra,CMT-CMT,87
6-31G(D),Emissions,CMT-CMT,35
6-31G(D),Energetic,CMT-PRO,39
6-31G(D),Energies,CMT-PRO,148
6-31G(D),Energy,CMT-PRO,92
6-31G(D),Energy Gap,CMT-PRO,37
6-31G(D),Energy Level,CMT-PRO,95
6-31G(D),Enthalpies,CMT-PRO,36
6-31G(D),Enthalpies of Formation,CMT-PRO,31
6-31G(D),Ethanol,CMT-CHM,44
6-31G(D),Excitation Energies,CMT-PRO,39
6-31G(D),Excited State,CMT-PRO,43
6-31G(D),F,CMT-CHM,42
6-31G(D),F,CMT-PRO,73
6-31G(D),FT-IR,CMT-CMT,58
6-31G(D),Film,CMT-DSC,62
6-31G(D),Films,CMT-DSC,70
6-31G(D),Fluorescence,CMT-CMT,107
6-31G(D),Fluorescence,CMT-PRO,33
6-31G(D),Free Energy,CMT-PRO,61
6-31G(D),Frequencies,CMT-PRO,40
6-31G(D),Frontier Molecular Orbitals,CMT-PRO,126
6-31G(D),Frontier Orbitals,CMT-PRO,51
6-31G(D),Fullerene,CMT-CHM,35
6-31G(D),G,CMT-PRO,56
6-31G(D),Gaussian 09,CMT-CMT,58
6-31G(D),Geometrical Parameters,CMT-PRO,59
6-31G(D),Geometries,CMT-PRO,129
6-31G(D),Geometry,CMT-PRO,50
6-31G(D),Geometry Optimization,CMT-CMT,42
6-31G(D),Geometry Parameters,CMT-PRO,62
6-31G(D),Gibbs Free Energy,CMT-PRO,45
6-31G(D),Ground,CMT-PRO,31
6-31G(D),Ground State,CMT-PRO,87
6-31G(D),Ground State Geometry,CMT-PRO,32
6-31G(D),H2O,CMT-CHM,82
6-31G(D),HF/6-31G(d),CMT-CMT,52
6-31G(D),HOMOS,CMT-PRO,44
6-31G(D),Hartree–Fock,CMT-CMT,40
6-31G(D),Homo,CMT-PRO,317
6-31G(D),Homo LUMO Gap,CMT-PRO,41
6-31G(D),Hydrogen,CMT-CHM,363
6-31G(D),Infrared,CMT-CMT,36
6-31G(D),Interaction Energies,CMT-PRO,46
6-31G(D),Ionization Potential,CMT-PRO,42
6-31G(D),Ir,CMT-CMT,94
6-31G(D),Irradiation,CMT-SMT,36
6-31G(D),K2CO3,CMT-CHM,34
6-31G(D),LANL2DZ,CMT-CMT,85
6-31G(D),LUMO,CMT-PRO,221
6-31G(D),Lumo Energies,CMT-PRO,34
6-31G(D),Lumos,CMT-PRO,41
6-31G(D),M062X,CMT-CMT,93
6-31G(D),MP2,CMT-CMT,167
6-31G(D),MP2 / 6-31G(D),CMT-CMT,34
6-31G(D),MP2(Full),CMT-CMT,38
6-31G(D),MeCN,CMT-CHM,31
6-31G(D),MeOH,CMT-CHM,39
6-31G(D),Methanol,CMT-CHM,54
6-31G(D),Methyl,CMT-CHM,71
6-31G(D),Molecular Geometry,CMT-PRO,37
6-31G(D),Molecular Orbital,CMT-PRO,69
6-31G(D),Molecular Structure,CMT-PRO,249
6-31G(D),N2,CMT-CHM,41
6-31G(D),NBO,CMT-CMT,36
6-31G(D),NMR,CMT-CMT,64
6-31G(D),Nitrogen,CMT-CHM,108
6-31G(D),O,CMT-CHM,108
6-31G(D),O2,CMT-CHM,46
6-31G(D),OH,CMT-CHM,76
6-31G(D),ORTEP Drawing,CMT-CMT,31
6-31G(D),Optical,CMT-PRO,30
6-31G(D),Optical Properties,CMT-PRO,30
6-31G(D),Oscillator Strength,CMT-PRO,130
6-31G(D),Oxidation,CMT-SMT,42
6-31G(D),Oxygen,CMT-CHM,143
6-31G(D),PBE0,CMT-CMT,43
6-31G(D),PCM,CMT-CMT,60
6-31G(D),Pd(PPh3)4,CMT-CHM,30
6-31G(D),Phenyls,CMT-CHM,52
6-31G(D),Photo Luminescence,CMT-CMT,32
6-31G(D),Photophysical,CMT-PRO,37
6-31G(D),Photophysical Properties,CMT-PRO,49
6-31G(D),Potential Energy Surface,CMT-PRO,78
6-31G(D),Pt,CMT-CHM,31
6-31G(D),Pyridine,CMT-CHM,33
6-31G(D),Raman,CMT-CMT,94
6-31G(D),Rate Constant,CMT-PRO,63
6-31G(D),Relative,CMT-PRO,44
6-31G(D),Relative Energies,CMT-PRO,106
6-31G(D),S0,CMT-PRO,44
6-31G(D),S1,CMT-PRO,36
6-31G(D),Si,CMT-CHM,67
6-31G(D),Silicon,CMT-CHM,34
6-31G(D),Single Crystal,CMT-DSC,47
6-31G(D),Singlet,CMT-PRO,33
6-31G(D),Solid,CMT-DSC,39
6-31G(D),Stability,CMT-PRO,63
6-31G(D),Structural,CMT-PRO,33
6-31G(D),Structural Parameter,CMT-PRO,59
6-31G(D),Structure,CMT-PRO,165
6-31G(D),Structures,CMT-PRO,158
6-31G(D),Substrate,CMT-DSC,33
6-31G(D),Sulfur,CMT-CHM,38
6-31G(D),Surface,CMT-DSC,80
6-31G(D),Surfaces,CMT-DSC,30
6-31G(D),TD DFT,CMT-CMT,59
6-31G(D),TD-DFT,CMT-CMT,99
6-31G(D),TD-DFT Calculation,CMT-CMT,34
6-31G(D),TEM,CMT-CMT,33
6-31G(D),THF,CMT-CHM,142
6-31G(D),Tga,CMT-CMT,34
6-31G(D),Thermal Ellipsoids,CMT-CMT,34
6-31G(D),Thermodynamic Property,CMT-PRO,30
6-31G(D),Thin Films,CMT-DSC,58
6-31G(D),Thiophene,CMT-CHM,35
6-31G(D),Toluene,CMT-CHM,139
6-31G(D),Torsional Angle,CMT-PRO,42
6-31G(D),Total Energy,CMT-PRO,77
6-31G(D),Transition State,CMT-PRO,32
6-31G(D),Triplet,CMT-PRO,35
6-31G(D),Triplet State,CMT-PRO,37
6-31G(D),UB3LYP,CMT-CMT,79
6-31G(D),UV Vis,CMT-CMT,57
6-31G(D),UV Vis Absorption,CMT-CMT,125
6-31G(D),UV Visible Absorption,CMT-CMT,47
6-31G(D),UV-VIS Absorption,CMT-CMT,31
6-31G(D),Vibrational Frequency,CMT-PRO,113
6-31G(D),Vibrational Spectra,CMT-CMT,30
6-31G(D),X Ray,CMT-CMT,40
6-31G(D),X-Ray Crystal Structure,CMT-CMT,33
6-31G(D),X-Ray Diffraction,CMT-CMT,38
6-31G(D),X-ray Structure,CMT-CMT,32
6-31G(D),XRD,CMT-CMT,46
"6-31G(D, P)",B3LYP,CMT-CMT,65
"6-31G(D, P)",DFT,CMT-CMT,31
6-31G(d),B3LYP,CMT-CMT,84
6-31G(d),Hydrogen,CMT-CHM,41
6-31G*,13C,CMT-CHM,57
6-31G*,13C NMR,CMT-CMT,45
6-31G*,1H,CMT-CHM,139
6-31G*,1H NMR,CMT-CMT,107
6-31G*,3-21G,CMT-CMT,65
6-31G*,3-21G*,CMT-CMT,39
6-31G*,6-31+G*,CMT-CMT,67
6-31G*,6-311++G**,CMT-CMT,57
6-31G*,6-311+G**,CMT-CMT,34
6-31G*,6-311G*,CMT-CMT,37
6-31G*,6-311G**,CMT-CMT,54
6-31G*,6-31G,CMT-CMT,35
6-31G*,6-31G**,CMT-CMT,63
6-31G*,AFM,CMT-CMT,60
6-31G*,AM1,CMT-CMT,40
6-31G*,Ab Initio,CMT-CMT,75
6-31G*,Ab Initio Calculations,CMT-CMT,105
6-31G*,Ab Initio Method,CMT-CMT,32
6-31G*,Absorption,CMT-CMT,103
6-31G*,Absorption,CMT-PRO,67
6-31G*,Absorption Spectrum,CMT-CMT,184
6-31G*,Acetone,CMT-CHM,32
6-31G*,Acetonitrile,CMT-CHM,130
6-31G*,Activation Barrier,CMT-PRO,30
6-31G*,Activation Energies,CMT-PRO,53
6-31G*,Activation Energy,CMT-PRO,34
6-31G*,Ag,CMT-CHM,48
6-31G*,Al,CMT-CHM,38
6-31G*,Alkyls,CMT-CHM,35
6-31G*,Amides,CMT-CHM,41
6-31G*,Amino Acid,CMT-CHM,36
6-31G*,Angles,CMT-PRO,133
6-31G*,Atomic Charge,CMT-PRO,48
6-31G*,B3LYP,CMT-CMT,1446
6-31G*,B3LYP/6-31G*,CMT-CMT,302
6-31G*,B3PW91,CMT-CMT,44
6-31G*,BP86,CMT-CMT,31
6-31G*,Benzenes,CMT-CHM,120
6-31G*,Binding Energies,CMT-PRO,54
6-31G*,Binding Energy,CMT-PRO,38
6-31G*,Blend Film,CMT-DSC,30
6-31G*,Blue Line,CMT-CHM,63
6-31G*,Blyp,CMT-CMT,40
6-31G*,Bond Angles,CMT-PRO,86
6-31G*,Bond Distance,CMT-PRO,80
6-31G*,Bond Length,CMT-PRO,305
6-31G*,Boron,CMT-CHM,38
6-31G*,Br,CMT-CHM,32
6-31G*,C,CMT-CHM,42
6-31G*,C60,CMT-CHM,41
6-31G*,CAMB3LYP,CMT-CMT,56
6-31G*,CASPT2,CMT-CMT,31
6-31G*,CASSCF,CMT-CMT,35
6-31G*,CCSD (T),CMT-CMT,32
6-31G*,CDCl3,CMT-CHM,74
6-31G*,CH,CMT-CHM,47
6-31G*,CH2Cl2,CMT-CHM,149
6-31G*,CH3,CMT-CHM,37
6-31G*,CH3CN,CMT-CHM,73
6-31G*,CHCl3,CMT-CHM,62
6-31G*,CO,CMT-CHM,69
6-31G*,Carbon,CMT-CHM,239
6-31G*,Carbonyls,CMT-CHM,37
6-31G*,Catalyst,CMT-APL,56
6-31G*,Cc,CMT-CMT,34
6-31G*,Charges,CMT-PRO,52
6-31G*,Chemical Shift,CMT-PRO,61
6-31G*,Chemical Structures,CMT-PRO,176
6-31G*,Chloroform,CMT-CHM,79
6-31G*,Cl,CMT-CHM,79
6-31G*,Cluster,CMT-DSC,144
6-31G*,Crystal,CMT-DSC,117
6-31G*,Crystal Structure,CMT-PRO,99
6-31G*,Cu,CMT-CHM,30
6-31G*,Cyclic Voltammetry,CMT-CMT,42
6-31G*,Cyclic Voltammogram,CMT-CMT,120
6-31G*,DFT,CMT-CMT,501
6-31G*,DFT Calculations,CMT-CMT,115
6-31G*,DMF,CMT-CHM,75
6-31G*,DMSO,CMT-CHM,54
6-31G*,Density Functional Theory,CMT-CMT,236
6-31G*,Diamonds,CMT-CHM,34
6-31G*,Dichloromethane,CMT-CHM,69
6-31G*,Dihedral Angle,CMT-PRO,128
6-31G*,Dipole Moment,CMT-PRO,105
6-31G*,Distance,CMT-PRO,37
6-31G*,Doped,CMT-DSC,36
6-31G*,EQE,CMT-CMT,32
6-31G*,ESR,CMT-CMT,31
6-31G*,EV,CMT-PRO,49
6-31G*,Electrochemical,CMT-PRO,34
6-31G*,Electrochemical Properties,CMT-PRO,48
6-31G*,Electrode,CMT-APL,38
6-31G*,Electron Density,CMT-PRO,68
6-31G*,Electronic Properties,CMT-PRO,41
6-31G*,Electronic State,CMT-PRO,34
6-31G*,Electronic Structure,CMT-PRO,37
6-31G*,Electrostatic Potential,CMT-PRO,43
6-31G*,Emission Spectra,CMT-CMT,61
6-31G*,Energetic,CMT-PRO,54
6-31G*,Energies,CMT-PRO,182
6-31G*,Energy,CMT-PRO,98
6-31G*,Energy Gap,CMT-PRO,41
6-31G*,Energy Level,CMT-PRO,80
6-31G*,Energy Profile,CMT-PRO,33
6-31G*,Enthalpies,CMT-PRO,38
6-31G*,Epr,CMT-CMT,36
6-31G*,Ethanol,CMT-CHM,43
6-31G*,Ethylene,CMT-CHM,31
6-31G*,Excitation Energies,CMT-PRO,63
6-31G*,Excited,CMT-PRO,30
6-31G*,Excited State,CMT-PRO,50
6-31G*,F,CMT-CHM,45
6-31G*,F,CMT-PRO,64
6-31G*,Film,CMT-DSC,81
6-31G*,Films,CMT-DSC,85
6-31G*,Fluorescence,CMT-CMT,101
6-31G*,Fluorescence Intensity,CMT-PRO,42
6-31G*,Fluorescence Spectra,CMT-CMT,34
6-31G*,Free Energy,CMT-PRO,54
6-31G*,Frequencies,CMT-PRO,64
6-31G*,Frontier Molecular Orbitals,CMT-PRO,94
6-31G*,Frontier Orbitals,CMT-PRO,53
6-31G*,Fullerene,CMT-CHM,37
6-31G*,G,CMT-PRO,46
6-31G*,Gaussian 09,CMT-CMT,34
6-31G*,Geometrical Parameters,CMT-PRO,86
6-31G*,Geometries,CMT-PRO,153
6-31G*,Geometry,CMT-PRO,74
6-31G*,Geometry Optimization,CMT-CMT,38
6-31G*,Geometry Parameters,CMT-PRO,73
6-31G*,Gibbs Free Energy,CMT-PRO,47
6-31G*,Ground,CMT-PRO,37
6-31G*,Ground State,CMT-PRO,95
6-31G*,Ground State Geometry,CMT-PRO,40
6-31G*,H2O,CMT-CHM,112
6-31G*,HCl,CMT-CHM,44
6-31G*,HF/6-31G*,CMT-CMT,83
6-31G*,HOMOS,CMT-PRO,60
6-31G*,Hartree–Fock,CMT-CMT,54
6-31G*,Hexane,CMT-CHM,31
6-31G*,Highest Occupied Molecular Orbitals,CMT-PRO,33
6-31G*,Homo,CMT-PRO,337
6-31G*,Homo LUMO Gap,CMT-PRO,37
6-31G*,Hydrogen,CMT-CHM,542
6-31G*,Infrared,CMT-CMT,64
6-31G*,Interaction Energies,CMT-PRO,48
6-31G*,Interaction Energy,CMT-PRO,30
6-31G*,Ir,CMT-CMT,131
6-31G*,Irradiation,CMT-SMT,44
6-31G*,JV Curve,CMT-CMT,34
6-31G*,LANL2DZ,CMT-CMT,71
6-31G*,LUMO,CMT-PRO,222
6-31G*,Layers,CMT-DSC,48
6-31G*,Lumos,CMT-PRO,49
6-31G*,M062X,CMT-CMT,52
6-31G*,MP2,CMT-CMT,304
6-31G*,MP2 / 6-31G*,CMT-CMT,87
6-31G*,Magenta,CMT-CHM,33
6-31G*,MeOH,CMT-CHM,37
6-31G*,Methanol,CMT-CHM,63
6-31G*,Methyl,CMT-CHM,107
6-31G*,Molecular Orbital,CMT-PRO,65
6-31G*,Molecular Structure,CMT-PRO,287
6-31G*,Mulliken Charges,CMT-PRO,30
6-31G*,N2,CMT-CHM,47
6-31G*,NBO,CMT-CMT,39
6-31G*,NH,CMT-CHM,57
6-31G*,NMR,CMT-CMT,96
6-31G*,Nanotube,CMT-DSC,39
6-31G*,Nitrogen,CMT-CHM,174
6-31G*,O,CMT-CHM,151
6-31G*,O2,CMT-CHM,33
6-31G*,OH,CMT-CHM,81
6-31G*,Optical,CMT-PRO,50
6-31G*,Oscillator Strength,CMT-PRO,113
6-31G*,Oxidation,CMT-SMT,47
6-31G*,Oxygen,CMT-CHM,175
6-31G*,PBE,CMT-CMT,33
6-31G*,PCM,CMT-CMT,69
6-31G*,Pd(PPh3)4,CMT-CHM,35
6-31G*,Phenyls,CMT-CHM,73
6-31G*,Photo Luminescence,CMT-CMT,32
6-31G*,Photophysical,CMT-PRO,31
6-31G*,Porphyrin,CMT-CHM,37
6-31G*,Potential Energy Surface,CMT-PRO,97
6-31G*,Pt,CMT-CHM,32
6-31G*,Pyridine,CMT-CHM,56
6-31G*,Quantum Chemical Calculation,CMT-CMT,52
6-31G*,Raman,CMT-CMT,134
6-31G*,Rate Constant,CMT-PRO,44
6-31G*,Relative,CMT-PRO,50
6-31G*,Relative Energies,CMT-PRO,186
6-31G*,Rhf,CMT-CMT,53
6-31G*,S0,CMT-PRO,51
6-31G*,S1,CMT-PRO,44
6-31G*,Si,CMT-CHM,65
6-31G*,Silicon,CMT-CHM,33
6-31G*,Single Crystal,CMT-DSC,50
6-31G*,Singlet,CMT-PRO,47
6-31G*,Society,CMT-CMT,35
6-31G*,Solid,CMT-DSC,31
6-31G*,Stability,CMT-PRO,70
6-31G*,Structural,CMT-PRO,47
6-31G*,Structural Parameter,CMT-PRO,80
6-31G*,Structure,CMT-PRO,266
6-31G*,Structures,CMT-PRO,224
6-31G*,Substrate,CMT-DSC,54
6-31G*,Sulfur,CMT-CHM,36
6-31G*,Surface,CMT-DSC,112
6-31G*,Surfaces,CMT-DSC,36
6-31G*,TD DFT,CMT-CMT,72
6-31G*,TD-DFT,CMT-CMT,85
6-31G*,TEM,CMT-CMT,44
6-31G*,THF,CMT-CHM,145
6-31G*,Tga,CMT-CMT,34
6-31G*,Thin Films,CMT-DSC,97
6-31G*,Thiophene,CMT-CHM,41
6-31G*,TiO2,CMT-CHM,44
6-31G*,Toluene,CMT-CHM,129
6-31G*,Torsional Angle,CMT-PRO,61
6-31G*,Total Energy,CMT-PRO,85
6-31G*,Transient Absorption,CMT-CMT,36
6-31G*,Transition State,CMT-PRO,34
6-31G*,Triplet,CMT-PRO,40
6-31G*,UB3LYP,CMT-CMT,91
6-31G*,UV Vis,CMT-CMT,58
6-31G*,UV Vis Absorption,CMT-CMT,95
6-31G*,UV Visible Absorption,CMT-CMT,49
6-31G*,Vcd,CMT-CMT,33
6-31G*,Vertical Excitation Energy,CMT-PRO,43
6-31G*,Vibration Mode,CMT-PRO,32
6-31G*,Vibrational Frequency,CMT-PRO,123
6-31G*,X Ray,CMT-CMT,54
6-31G*,X-Ray Crystal Structure,CMT-CMT,33
6-31G*,X-Ray Crystallography,CMT-CMT,30
6-31G*,X-Ray Diffraction,CMT-CMT,47
6-31G*,X-ray Structure,CMT-CMT,31
6-31G*,XRD,CMT-CMT,35
6-31G* Basis Set,B3LYP,CMT-CMT,30
6-31G**,1H,CMT-CHM,60
6-31G**,1H NMR,CMT-CMT,38
6-31G**,6-31++G**,CMT-CMT,30
6-31G**,6-311++G**,CMT-CMT,41
6-31G**,6-311G**,CMT-CMT,42
6-31G**,6-31G*,CMT-CMT,63
6-31G**,Ab Initio,CMT-CMT,39
6-31G**,Ab Initio Calculations,CMT-CMT,60
6-31G**,Absorption,CMT-CMT,42
6-31G**,Absorption Spectrum,CMT-CMT,59
6-31G**,Angles,CMT-PRO,51
6-31G**,B3LYP,CMT-CMT,528
6-31G**,B3LYP/6-31G**,CMT-CMT,113
6-31G**,B3PW91,CMT-CMT,30
6-31G**,Benzenes,CMT-CHM,53
6-31G**,Bond Angles,CMT-PRO,36
6-31G**,Bond Length,CMT-PRO,135
6-31G**,CH,CMT-CHM,31
6-31G**,CH2Cl2,CMT-CHM,61
6-31G**,CHCl3,CMT-CHM,32
6-31G**,CO,CMT-CHM,38
6-31G**,Carbon,CMT-CHM,80
6-31G**,Chemical Structures,CMT-PRO,90
6-31G**,Chloroform,CMT-CHM,30
6-31G**,Cl,CMT-CHM,36
6-31G**,Cluster,CMT-DSC,62
6-31G**,Crystal,CMT-DSC,37
6-31G**,Crystal Structure,CMT-PRO,54
6-31G**,Cyclic Voltammogram,CMT-CMT,54
6-31G**,DFT,CMT-CMT,241
6-31G**,DFT Calculations,CMT-CMT,39
6-31G**,Density Functional Theory,CMT-CMT,92
6-31G**,Dichloromethane,CMT-CHM,35
6-31G**,Dihedral Angle,CMT-PRO,51
6-31G**,Dipole Moment,CMT-PRO,42
6-31G**,Electron Density,CMT-PRO,32
6-31G**,Energies,CMT-PRO,93
6-31G**,Energy,CMT-PRO,40
6-31G**,F,CMT-PRO,30
6-31G**,FTIR,CMT-CMT,30
6-31G**,Films,CMT-DSC,34
6-31G**,Fluorescence,CMT-CMT,37
6-31G**,Frequencies,CMT-PRO,37
6-31G**,Frontier Molecular Orbitals,CMT-PRO,45
6-31G**,Ft,CMT-CMT,32
6-31G**,Geometrical Parameters,CMT-PRO,50
6-31G**,Geometries,CMT-PRO,62
6-31G**,Ground State,CMT-PRO,40
6-31G**,H2O,CMT-CHM,57
6-31G**,HF/6-31G**,CMT-CMT,30
6-31G**,Homo,CMT-PRO,131
6-31G**,Hydrogen,CMT-CHM,280
6-31G**,Ir,CMT-CMT,74
6-31G**,LUMO,CMT-PRO,75
6-31G**,MP2,CMT-CMT,172
6-31G**,MP2 / 6-31G**,CMT-CMT,57
6-31G**,Methanol,CMT-CHM,30
6-31G**,Methyl,CMT-CHM,33
6-31G**,Molecular Structure,CMT-PRO,103
6-31G**,NH,CMT-CHM,40
6-31G**,NMR,CMT-CMT,32
6-31G**,Nitrogen,CMT-CHM,61
6-31G**,O,CMT-CHM,58
6-31G**,OH,CMT-CHM,43
6-31G**,Oscillator Strength,CMT-PRO,46
6-31G**,Oxygen,CMT-CHM,74
6-31G**,Raman,CMT-CMT,82
6-31G**,Relative Energies,CMT-PRO,48
6-31G**,Rhf,CMT-CMT,35
6-31G**,Structure,CMT-PRO,104
6-31G**,Structures,CMT-PRO,76
6-31G**,Surface,CMT-DSC,35
6-31G**,THF,CMT-CHM,52
6-31G**,Thin Films,CMT-DSC,38
6-31G**,Toluene,CMT-CHM,33
6-31G**,Total Energy,CMT-PRO,46
6-31G**,UV Vis Absorption,CMT-CMT,34
6-31G**,Vibrational Frequency,CMT-PRO,55
6-31G∗,B3LYP,CMT-CMT,42
6-APA,6-Aminopenicillanic Acid,CHM-CHM,39
6-APA,Penicillin G,CHM-CHM,32
6-Acetylmorphine,Morphine,CHM-CHM,40
6-Aminopenicillanic Acid,6-APA,CHM-CHM,39
6-Aminopenicillanic Acid,Penicillin G,CHM-CHM,44
6-DMSO,1H,CHM-CHM,39
6-DMSO,1H NMR,CHM-CMT,40
6-Diamidino-2-Phenylindole,Bars,CHM-DSC,46
6-Diamidino-2-Phenylindole,Cell Viability,CHM-PRO,34
6-Diamidino-2-Phenylindole,Cells,CHM-APL,45
6-Diamidino-2-Phenylindole,Cells,CHM-DSC,105
6-Diamidino-2-Phenylindole,Confocal Microscopy,CHM-CMT,31
6-Diamidino-2-Phenylindole,DAPI,CHM-CHM,254
6-Diamidino-2-Phenylindole,FITC,CHM-CHM,41
6-Diamidino-2-Phenylindole,Flow Cytometry,CHM-CMT,53
6-Diamidino-2-Phenylindole,Fluorescence,CHM-CMT,41
6-Diamidino-2-Phenylindole,Fluorescence Image,CHM-CMT,30
6-Diamidino-2-Phenylindole,Fluorescence Intensity,CHM-PRO,32
6-Diamidino-2-Phenylindole,Haematoxylin,CHM-CHM,33
6-Diamidino-2-Phenylindole,Immunofluorescence,CHM-CMT,42
6-Diamidino-2-Phenylindole,Immunofluorescence Staining,CHM-CMT,39
6-Diamidino-2-Phenylindole,Mice,CHM-DSC,32
6-Diamidino-2-Phenylindole,Morphology,CHM-PRO,35
6-Diamidino-2-Phenylindole,SEM,CHM-CMT,42
6-Diamidino-2-Phenylindole,Surface,CHM-DSC,43
6-Diamidino-2-Phenylindole,TEM,CHM-CMT,54
6-Diamidino-2-Phenylindole,Western Blots,CHM-CMT,53
6-Hydroxydopamine,6-OHDA,CHM-CHM,81
6-Hydroxydopamine,Dopamine,CHM-CHM,50
6-Hydroxydopamine,Parkinson's Disease,CHM-APL,61
6-MAM,Morphine,CHM-CHM,34
6-MP,6-Mercaptopurine,CHM-CHM,45
6-Mercapto-1-Hexanol,Au,CHM-CHM,32
6-Mercapto-1-Hexanol,Electrode,CHM-APL,38
6-Mercapto-1-Hexanol,Monolayers,CHM-DSC,50
6-Mercapto-1-Hexanol,Surface,CHM-DSC,53
6-Mercaptohexanol,Au,CHM-CHM,44
6-Mercaptohexanol,Electrode,CHM-APL,76
6-Mercaptohexanol,Electrodes,CHM-APL,41
6-Mercaptohexanol,MCH,CHM-CHM,37
6-Mercaptohexanol,Monolayers,CHM-DSC,87
6-Mercaptohexanol,SAM,CHM-DSC,34
6-Mercaptohexanol,Self Assembled,CHM-SMT,36
6-Mercaptohexanol,Sensor,CHM-APL,35
6-Mercaptohexanol,Surface,CHM-DSC,92
6-Mercaptohexanol,Surfaces,CHM-DSC,32
6-Mercaptohexanol,Thiols,CHM-CHM,42
6-Mercaptopurine,6-MP,CHM-CHM,45
6-Monoacetylmorphine,Morphine,CHM-CHM,42
6-OHDA,6-Hydroxydopamine,CHM-CHM,81
6-OHDA,Cells,CHM-DSC,45
6-OHDA,Dopamine,CHM-CHM,54
6-OHDA,Neurons,CHM-APL,40
6-OHDA,Parkinson's Disease,CHM-APL,72
6-Phosphogluconate,Dehydrogenase,CHM-APL,57
6-Phosphogluconate,Glucose,CHM-CHM,54
6-Phosphogluconate,Glucose-6-Phosphate,CHM-CHM,92
6-Phosphogluconate,Glyceraldehyde 3-Phosphate,CHM-CHM,37
6-Phosphogluconate,NADPH,CHM-CHM,33
6-Phosphogluconate,Pentose Phosphate,CHM-CHM,33
6-Phosphogluconate,Pyruvate,CHM-CHM,52
6-Phosphogluconate,Ribulose-5-Phosphate,CHM-CHM,36
60,Orthorhombic,SPL-SPL,31
60,PBCN,SPL-SPL,32
600C,Annealed,SMT-SMT,44
600C,Annealing,SMT-SMT,36
600C,HRTEM,SMT-CMT,32
600C,SEM,SMT-CMT,49
600C,TEM,SMT-CMT,43
600C,XRD,SMT-CMT,56
600MHz 1H,1H NMR,CHM-CMT,45
600°C,SEM,SMT-CMT,44
600°C,TEM,SMT-CMT,37
600°C,XRD,SMT-CMT,52
6061-T6 Aluminum,Alloy,CHM-DSC,53
6061-T6 Aluminum,Aluminum,CHM-CHM,37
60C,THF,CHM-CHM,30
60Co,152Eu,CHM-CHM,53
60Co,90Sr,CHM-CHM,45
60Co,Activity,CHM-PRO,46
60Co,Aluminum,CHM-CHM,36
60Co,Annealing,CHM-SMT,57
60Co,Bulk,CHM-DSC,37
60Co,Carbon,CHM-CHM,67
60Co,Ce,CHM-CHM,34
60Co,Co,CHM-CHM,55
60Co,Cobalt,CHM-CHM,50
60Co,Composite,CHM-DSC,55
60Co,Compositions,CHM-PRO,43
60Co,Copper,CHM-CHM,37
60Co,Crystal,CHM-DSC,144
60Co,Cu,CHM-CHM,32
60Co,Curves,CHM-CMT,53
60Co,Density,CHM-PRO,36
60Co,Detector,CHM-APL,255
60Co,Doped,CHM-DSC,65
60Co,Dose Response,CHM-PRO,51
60Co,Dosimeter,CHM-APL,87
60Co,Dosimetry,CHM-APL,36
60Co,ESR,CHM-CMT,37
60Co,Efficiency,CHM-PRO,53
60Co,Energy Resolution,CHM-PRO,62
60Co,Epr,CHM-CMT,32
60Co,FTIR,CHM-CMT,58
60Co,Fe,CHM-CHM,32
60Co,Film,CHM-DSC,45
60Co,Films,CHM-DSC,63
60Co,Gamma Irradiation,CHM-SMT,180
60Co,Gamma Irradiation,SMT-SMT,62
60Co,Gamma Radiation,CHM-SMT,77
60Co,Gamma Ray Irradiation,CHM-SMT,70
60Co,Ge,CHM-CHM,34
60Co,Glass,CHM-DSC,44
60Co,Glow Curve,CHM-CMT,30
60Co,Heating,CHM-SMT,34
60Co,Hpge,CHM-APL,31
60Co,Hydrogen,CHM-CHM,33
60Co,Iron,CHM-CHM,37
60Co,Irradiated,CHM-SMT,437
60Co,Irradiated,SMT-SMT,40
60Co,Irradiation,CHM-SMT,476
60Co,Irradiation,SMT-SMT,76
60Co,Layers,CHM-DSC,48
60Co,LiF,CHM-CHM,43
60Co,Nanoparticles,CHM-DSC,43
60Co,Nitrogen,CHM-CHM,30
60Co,Oxygen,CHM-CHM,75
60Co,PMT,CHM-APL,41
60Co,Photo Luminescence,CHM-CMT,33
60Co,Powder,CHM-DSC,51
60Co,Quartz,CHM-CHM,30
60Co,Radiation,CHM-SMT,183
60Co,Radiation,SMT-SMT,37
60Co,Response,CHM-PRO,30
60Co,SEM,CHM-CMT,79
60Co,Scintillator,CHM-APL,68
60Co,Sensitivity,CHM-PRO,36
60Co,Si,CHM-CHM,46
60Co,Silicon,CHM-CHM,45
60Co,Single Crystal,CHM-DSC,36
60Co,Stability,CHM-PRO,34
60Co,Structure,CHM-PRO,56
60Co,Substrate,CHM-DSC,36
60Co,Surface,CHM-DSC,109
60Co,TEM,CHM-CMT,30
60Co,Tga,CHM-CMT,30
60Co,Thermoluminescence,CHM-CMT,56
60Co,Tl,CHM-CMT,103
60Co,X-Ray Diffraction,CHM-CMT,79
60Co,XRD,CHM-CMT,99
63Ni,Ni,CHM-CHM,55
64Cu,Biodistribution,CHM-PRO,57
64Cu,Copper,CHM-CHM,35
64Cu,Nanoparticles,CHM-DSC,44
64Cu,PEG,CHM-CHM,36
64Cu,Pet,CHM-APL,34
64Cu,Pet,CHM-CMT,75
64Cu,Positron Emission Tomography,CHM-CMT,47
64Cu,TEM,CHM-CMT,36
64Cu,Tumours,CHM-APL,43
68Ga,68Ge,CHM-CHM,55
68Ga,DOTA,CHM-CHM,33
68Ga,Generator,CHM-APL,30
68Ga,Pet,CHM-APL,49
68Ga,Pet,CHM-CMT,69
68Ga,Positron Emission Tomography,CHM-CMT,54
68Ga,Radionuclide,CHM-CHM,43
68Ge,68Ga,CHM-CHM,55
69Ga,71Ga,CHM-CHM,51
69Ga,Ga,CHM-CHM,45
69Ga,NMR,CHM-CMT,33
6FDA-DAM,CH4,CHM-CHM,33
6FDA-DAM,CO2,CHM-CHM,41
6FDA-DAM,Membrane,CHM-DSC,35
6FDA-Durene,CO2,CHM-CHM,33
6FDA-Durene,Membrane,CHM-DSC,35
6H,4H,SPL-SPL,100
6H,Carbon,SPL-CHM,30
6H,Crystal,SPL-DSC,42
6H,Crystal Structure,SPL-PRO,34
6H,Cubic,SPL-SPL,51
6H,Hexagonal,SPL-SPL,104
6H,Layers,SPL-DSC,45
6H,Oxygen,SPL-CHM,40
6H,Perovskites,SPL-CHM,51
6H,Perovskites,SPL-SPL,43
6H,Polytypes,SPL-PRO,44
6H,Si,SPL-CHM,53
6H,SiC,SPL-CHM,143
6H,Silicon Carbide,SPL-CHM,43
6H,Structure,SPL-PRO,36
6H,Substrate,SPL-DSC,49
6H,Surface,SPL-DSC,42
6H,X-Ray Diffraction,SPL-CMT,37
6H,XRD,SPL-CMT,30
6H-SiC(0001),Graphene,CHM-CHM,30
6H-SiC(0001),Layers,CHM-DSC,33
6H-SiC(0001),SiC,CHM-CHM,30
6H-SiC(0001),Substrate,CHM-DSC,35
6H–SiC,3C–SiC,CHM-CHM,30
6H–SiC,4H–SiC,CHM-CHM,36
6H–SiC,Layers,CHM-DSC,46
6H–SiC,Si,CHM-CHM,62
6H–SiC,SiC,CHM-CHM,97
6H–SiC,Substrate,CHM-DSC,59
6H–SiC,Surface,CHM-DSC,46
6Li,Li,CMT-CHM,89
6Li,Lithium,CMT-CHM,79
6Li,MAS NMR,CMT-CMT,55
6Li,NMR,CMT-CMT,83
6N HCl,AcOH,CHM-CHM,34
6N HCl,CH2Cl2,CHM-CHM,61
6N HCl,DMF,CHM-CHM,68
6N HCl,Et3N,CHM-CHM,55
6N HCl,H2,CHM-CHM,46
6N HCl,H2O,CHM-CHM,50
6N HCl,HCl,CHM-CHM,54
6N HCl,K2CO3,CHM-CHM,34
6N HCl,MeOH,CHM-CHM,79
6N HCl,NaH,CHM-CHM,50
6N HCl,NaOH,CHM-CHM,37
6N HCl,TFA,CHM-CHM,37
6N HCl,THF,CHM-CHM,90
6N HCl,Toluene,CHM-CHM,37
"7,7,8,8-Tetracyano-p-Quinodimethane",TCNQ,CHM-CHM,31
"7,7,8,8-Tetracyanoquinodimethane",TCNQ,CHM-CHM,156
7-AAD,Annexin,CHM-CMT,30
7-AAD,Annexin V,CHM-CHM,32
7-AAD,Apoptosis,CHM-PRO,49
7-AAD,Cell,CHM-DSC,40
7-AAD,Cell Cycle,CHM-PRO,39
7-AAD,Cell Viability,CHM-PRO,84
7-AAD,Cells,CHM-APL,31
7-AAD,Cells,CHM-DSC,159
7-AAD,Cytotoxicity,CHM-PRO,30
7-AAD,DAPI,CHM-CHM,43
7-AAD,DMSO,CHM-CHM,43
7-AAD,FITC,CHM-CHM,41
7-AAD,Flow Cytometric Analysis,CHM-CMT,42
7-AAD,Flow Cytometry,CHM-CMT,181
7-AAD,Flow Cytometry,CMT-CMT,38
7-AAD,Fluorescence,CHM-CMT,35
7-AAD,Fluorescence Intensity,CHM-PRO,51
7-AAD,MTT,CHM-CHM,42
7-AAD,MTT Assay,CHM-CMT,35
7-AAD,Morphology,CHM-PRO,30
7-AAD,Viability,CHM-PRO,40
7-AAD,Western Blots,CHM-CMT,53
7-AAD,Western Blotting,CHM-CMT,33
7-ADCA,Cephalexin,CHM-CHM,30
7-Azaindole,Hydrogen,CHM-CHM,73
7-Dehydrocholesterol,Cholesterol,CHM-CHM,48
7-Dehydrocholesterol,Sterol,CHM-CHM,33
7-Hydroxycoumarin,Coumarins,CHM-CHM,97
7-Hydroxycoumarin,Fluorescence,CHM-CMT,39
7-Hydroxycoumarin,H2O2,CHM-CHM,37
7-Hydroxycoumarin,Hydroxyl,CHM-CHM,37
7-Hydroxycoumarin,SEM,CHM-CMT,33
7-Hydroxycoumarin,TEM,CHM-CMT,48
7-Hydroxycoumarin,TiO2,CHM-CHM,38
7-Hydroxycoumarin,XRD,CHM-CMT,45
7-Ketocholesterol,Cholesterol,CHM-CHM,43
70 MPa,Alloy,CHM-DSC,44
70 MPa,SEM,CHM-CMT,50
700 MPa,Microstructure,CHM-PRO,41
700 MPa,SEM,CHM-CMT,32
700C,Annealed,SMT-SMT,32
700C,SEM,SMT-CMT,31
700C,XRD,SMT-CMT,30
700°C,900°C,SMT-SMT,30
700°C,Annealed,SMT-SMT,55
700°C,Annealing,SMT-SMT,42
700°C,Calcined,SMT-SMT,37
700°C,Film,SMT-DSC,40
700°C,Films,SMT-DSC,39
700°C,Heat Treatment,SMT-SMT,34
700°C,Powder,SMT-DSC,45
700°C,SEM,SMT-CMT,105
700°C,Si,SMT-CHM,31
700°C,Substrate,SMT-DSC,40
700°C,Surface,SMT-DSC,47
700°C,TEM,SMT-CMT,61
700°C,X-Ray Diffraction,SMT-CMT,39
700°C,XRD,SMT-CMT,117
7075-T6 Aluminum,Alloy,CHM-DSC,52
70C,AcOH,CHM-CHM,31
70C,CH2Cl2,CHM-CHM,46
70C,DMF,CHM-CHM,39
70C,H2O,CHM-CHM,40
70C,MeOH,CHM-CHM,61
70C,THF,CHM-CHM,53
70C,Toluene,CHM-CHM,35
71Ga,1H,CHM-CHM,33
71Ga,69Ga,CHM-CHM,51
71Ga,Al,CHM-CHM,34
71Ga,Ga,CHM-CHM,113
71Ga,Ga,CMT-CHM,64
71Ga,Gallium,CHM-CHM,79
71Ga,Gallium,CMT-CHM,46
71Ga,MAS NMR,CMT-CMT,43
71Ga,NMR,CHM-CMT,96
71Ga,NMR,CMT-CMT,56
71Ga,Structure,CHM-PRO,39
71Ga,XRD,CHM-CMT,36
71Ga,XRD,CMT-CMT,40
74Ge,Ge,CHM-CHM,34
75C,CH2Cl2,CHM-CHM,40
75C,DMF,CHM-CHM,36
75C,H2O,CHM-CHM,37
75C,MeOH,CHM-CHM,39
75C,THF,CHM-CHM,45
76Se,Se,CHM-CHM,31
77Se,125Te,CHM-CHM,62
77Se,125Te,CMT-CHM,33
77Se,13C,CHM-CHM,121
77Se,13C,CHM-CMT,80
77Se,13C,CMT-CHM,37
77Se,13C,CMT-CMT,32
77Se,1H,CHM-CHM,173
77Se,1H,CHM-CMT,95
77Se,1H,CMT-CHM,55
77Se,1H,CMT-CMT,41
77Se,1H NMR,CHM-CMT,40
77Se,31P,CHM-CMT,49
77Se,77Se NMR,CHM-CMT,187
77Se,Angles,CHM-PRO,57
77Se,Bond Length,CHM-PRO,58
77Se,Br,CHM-CHM,33
77Se,Chalcogen,CHM-CHM,44
77Se,Chemical Shift,CHM-PRO,64
77Se,Cl,CHM-CHM,30
77Se,Crystal,CHM-DSC,41
77Se,Crystal Structure,CHM-PRO,47
77Se,Elemental Analysis,CHM-CMT,44
77Se,Glass,CHM-DSC,34
77Se,Hydrogen,CHM-CHM,70
77Se,Ir,CHM-CMT,48
77Se,Molecular Structure,CHM-PRO,91
77Se,NMR,CHM-CMT,144
77Se,NMR,CMT-CMT,72
77Se,Raman,CHM-CMT,30
77Se,Se,CHM-CHM,213
77Se,Se,CMT-CHM,70
77Se,Selenium,CHM-CHM,156
77Se,Selenium,CMT-CHM,42
77Se,Single Crystal,CHM-DSC,48
77Se,Structure,CHM-PRO,57
77Se,Sulfur,CHM-CHM,44
77Se,THF,CHM-CHM,31
77Se,Te,CHM-CHM,51
77Se,X-Ray Crystallography,CHM-CMT,43
77Se,X-Ray Diffraction,CHM-CMT,66
77Se NMR,13C,CMT-CHM,37
77Se NMR,1H,CMT-CHM,60
77Se NMR,77Se,CMT-CHM,187
77Se NMR,Angles,CMT-PRO,34
77Se NMR,Bond Length,CMT-PRO,35
77Se NMR,Chemical Shift,CMT-PRO,32
77Se NMR,Hydrogen,CMT-CHM,38
77Se NMR,Molecular Structure,CMT-PRO,42
77Se NMR,NMR,CMT-CMT,31
77Se NMR,Se,CMT-CHM,77
77Se NMR,Selenium,CMT-CHM,70
77Se{1H},1H,CHM-CHM,32
77Se{1H},77Se{1H} NMR,CHM-CMT,31
77Se{1H} NMR,77Se{1H},CMT-CHM,31
79Br,Br,CHM-CHM,31
7Li,13C,CHM-CHM,85
7Li,13C,CHM-CMT,30
7Li,19F,CHM-CHM,102
7Li,1H,CHM-CHM,165
7Li,1H,CHM-CMT,40
7Li,1H NMR,CHM-CMT,38
7Li,7Li NMR,CHM-CMT,230
7Li,Activation Energies,CHM-PRO,49
7Li,Activation Energy,CHM-PRO,57
7Li,Al,CHM-CHM,44
7Li,Arrhenius Plot,CHM-CMT,55
7Li,Bulk,CHM-DSC,54
7Li,Carbon,CHM-CHM,64
7Li,Cell,CHM-APL,46
7Li,Cells,CHM-APL,31
7Li,Chemical Shift,CHM-PRO,53
7Li,Composite,CHM-DSC,52
7Li,Compositions,CHM-PRO,91
7Li,Conductivity,CHM-PRO,131
7Li,Crystal,CHM-DSC,41
7Li,Crystal Structure,CHM-PRO,57
7Li,Crystalline,CHM-DSC,45
7Li,DSC,CHM-CMT,69
7Li,Diffusion Coefficient,CHM-PRO,51
7Li,Doped,CHM-DSC,41
7Li,Electrode,CHM-APL,66
7Li,Electrodes,CHM-APL,40
7Li,Electrolyte,CHM-APL,123
7Li,Glass,CHM-DSC,40
7Li,Hydrogen,CHM-CHM,48
7Li,Impedance Spectroscopy,CHM-CMT,33
7Li,Ionic Conductivity,CHM-PRO,108
7Li,Layers,CHM-DSC,46
7Li,Li,CHM-CHM,345
7Li,Li+,CHM-CHM,57
7Li,LiCl,CHM-CHM,30
7Li,LiClO4,CHM-CHM,42
7Li,LiPF6,CHM-CHM,31
7Li,Linewidth,CHM-PRO,31
7Li,Lithium,CHM-CHM,352
7Li,NMR,CHM-CMT,258
7Li,Na,CHM-CHM,35
7Li,O,CHM-CHM,30
7Li,Oxygen,CHM-CHM,67
7Li,PEO,CHM-CHM,32
7Li,Powder,CHM-DSC,41
7Li,Raman,CHM-CMT,31
7Li,SEM,CHM-CMT,75
7Li,Self Diffusion Coefficient,CHM-PRO,33
7Li,Si,CHM-CHM,36
7Li,Single Crystal,CHM-DSC,41
7Li,Solid State NMR,CHM-CMT,31
7Li,Spin-Lattice Relaxation Time,CHM-PRO,33
7Li,Structure,CHM-PRO,91
7Li,Surface,CHM-DSC,61
7Li,T1,CHM-PRO,39
7Li,THF,CHM-CHM,34
7Li,X-Ray Diffraction,CHM-CMT,61
7Li,XRD,CHM-CMT,83
7Li MAS NMR,Compositions,CMT-PRO,35
7Li MAS NMR,Crystal Structure,CMT-PRO,30
7Li MAS NMR,Electrode,CMT-APL,34
7Li MAS NMR,Electrolyte,CMT-APL,34
7Li MAS NMR,Li,CMT-CHM,114
7Li MAS NMR,Lithium,CMT-CHM,83
7Li MAS NMR,MAS NMR,CMT-CMT,35
7Li MAS NMR,NMR,CMT-CMT,38
7Li MAS NMR,Oxygen,CMT-CHM,32
7Li MAS NMR,SEM,CMT-CMT,60
7Li MAS NMR,TEM,CMT-CMT,31
7Li MAS NMR,X-Ray Diffraction,CMT-CMT,42
7Li MAS NMR,XRD,CMT-CMT,85
7Li NMR,13C,CMT-CHM,42
7Li NMR,19F,CMT-CHM,35
7Li NMR,1H,CMT-CHM,99
7Li NMR,1H NMR,CMT-CMT,59
7Li NMR,7Li,CMT-CHM,230
7Li NMR,Activation Energies,CMT-PRO,34
7Li NMR,Activation Energy,CMT-PRO,49
7Li NMR,Anode,CMT-APL,31
7Li NMR,Arrhenius Plot,CMT-CMT,66
7Li NMR,Bulk,CMT-DSC,41
7Li NMR,Capacity,CMT-PRO,33
7Li NMR,Carbon,CMT-CHM,73
7Li NMR,Cathode,CMT-APL,36
7Li NMR,Cell,CMT-APL,65
7Li NMR,Cells,CMT-APL,33
7Li NMR,Chemical Shift,CMT-PRO,48
7Li NMR,Composite,CMT-DSC,61
7Li NMR,Compositions,CMT-PRO,53
7Li NMR,Conductivity,CMT-PRO,105
7Li NMR,Crystal Structure,CMT-PRO,73
7Li NMR,Crystalline,CMT-DSC,38
7Li NMR,DSC,CMT-CMT,60
7Li NMR,Doped,CMT-DSC,31
7Li NMR,Electrode,CMT-APL,77
7Li NMR,Electrodes,CMT-APL,54
7Li NMR,Electrolyte,CMT-APL,102
7Li NMR,Graphite,CMT-CHM,34
7Li NMR,Hydrogen,CMT-CHM,38
7Li NMR,Ionic Conductivity,CMT-PRO,81
7Li NMR,Layers,CMT-DSC,41
7Li NMR,Li,CMT-CHM,298
7Li NMR,Li+,CMT-CHM,52
7Li NMR,LiClO4,CMT-CHM,33
7Li NMR,Lithium,CMT-CHM,231
7Li NMR,Molecular Structure,CMT-PRO,31
7Li NMR,NMR,CMT-CMT,181
7Li NMR,Nyquist Plot,CMT-CMT,36
7Li NMR,O,CMT-CHM,37
7Li NMR,Oxygen,CMT-CHM,49
7Li NMR,Particles,CMT-DSC,30
7Li NMR,Powder,CMT-DSC,53
7Li NMR,Raman,CMT-CMT,41
7Li NMR,Rietveld Refinement,CMT-CMT,31
7Li NMR,SEM,CMT-CMT,86
7Li NMR,Structure,CMT-PRO,75
7Li NMR,Surface,CMT-DSC,43
7Li NMR,TEM,CMT-CMT,35
7Li NMR,X-Ray Diffraction,CMT-CMT,59
7Li NMR,XRD,CMT-CMT,122
7Li Nuclear Magnetic Resonance,Lithium,CMT-CHM,37
7Li Nuclear Magnetic Resonance,NMR,CMT-CMT,41
7YSZ,Coatings,CHM-APL,54
7YSZ,Substrate,CHM-DSC,31
7YSZ,TBC,CHM-APL,40
7YSZ,Thermal Barrier Coating,CHM-APL,33
7YSZ,XRD,CHM-CMT,32
8-Br-cAMP,cAMP,CHM-CHM,32
8-HQ,8-Hydroxyquinoline,CHM-CHM,71
8-HQ,SEM,CHM-CMT,36
8-Hydroxy-2'-Deoxyguanosine,8-OHdG,CHM-CHM,42
8-Hydroxyquinoline,1H,CHM-CHM,58
8-Hydroxyquinoline,1H NMR,CHM-CMT,43
8-Hydroxyquinoline,8-HQ,CHM-CHM,71
8-Hydroxyquinoline,Al,CHM-CHM,56
8-Hydroxyquinoline,Aluminum,CHM-CHM,79
8-Hydroxyquinoline,Carbon,CHM-CHM,30
8-Hydroxyquinoline,Copper,CHM-CHM,43
8-Hydroxyquinoline,Cu,CHM-CHM,31
8-Hydroxyquinoline,Cu2+,CHM-CHM,38
8-Hydroxyquinoline,Elemental Analysis,CHM-CMT,42
8-Hydroxyquinoline,FT-IR,CHM-CMT,39
8-Hydroxyquinoline,Film,CHM-DSC,31
8-Hydroxyquinoline,Fluorescence,CHM-PRO,43
8-Hydroxyquinoline,Hydrogen,CHM-CHM,43
8-Hydroxyquinoline,Layers,CHM-DSC,38
8-Hydroxyquinoline,Methanol,CHM-CHM,34
8-Hydroxyquinoline,Molecular Structure,CHM-PRO,41
8-Hydroxyquinoline,Oxygen,CHM-CHM,32
8-Hydroxyquinoline,Photo Luminescence,CHM-CMT,51
8-Hydroxyquinoline,SEM,CHM-CMT,53
8-Hydroxyquinoline,Structure,CHM-PRO,49
8-Hydroxyquinoline,Substrate,CHM-DSC,30
8-Hydroxyquinoline,Surface,CHM-DSC,56
8-Hydroxyquinoline,Tris,CHM-CHM,46
8-Hydroxyquinoline,X-Ray Diffraction,CHM-CMT,44
8-Hydroxyquinoline,XRD,CHM-CMT,36
8-Hydroxyquinoline,Zinc,CHM-CHM,30
8-Isoprostane,Isoprostanes,CHM-CHM,30
8-Isoprostane,Oxidative Stress,CHM-PRO,35
8-OHdG,8-Hydroxy-2'-Deoxyguanosine,CHM-CHM,42
8-OHdG,Cells,CHM-DSC,31
8-OHdG,MDA,CHM-CHM,38
8-OHdG,Oxidative Stress,CHM-PRO,74
8-OHdG,Oxygen,CHM-CHM,41
8-OHdG,Western Blots,CHM-CMT,35
8-Oxoguanine,Guanine,CHM-CHM,69
8-oxoG,Guanine,CHM-CHM,38
80 MPa,SEM,CHM-CMT,31
800°C,900°C,SMT-SMT,31
800°C,Annealed,SMT-SMT,42
800°C,SEM,SMT-CMT,83
800°C,TEM,SMT-CMT,35
800°C,X-Ray Diffraction,SMT-CMT,31
800°C,XRD,SMT-CMT,80
80C,AcOH,CHM-CHM,41
80C,CH2Cl2,CHM-CHM,70
80C,Catalyst,CHM-APL,31
80C,DMF,CHM-CHM,73
80C,Et3N,CHM-CHM,45
80C,H2,CHM-CHM,59
80C,H2O,CHM-CHM,75
80C,HCl,CHM-CHM,37
80C,K2CO3,CHM-CHM,58
80C,MeOH,CHM-CHM,80
80C,NaOH,CHM-CHM,30
80C,Pyridine,CHM-CHM,40
80C,THF,CHM-CHM,93
80C,Toluene,CHM-CHM,66
85C,H2O,CHM-CHM,34
85C,THF,CHM-CHM,32
86Sr,87Sr,PRO-PRO,32
86Sr,87Sr/86Sr,PRO-PRO,36
86Sr,Sr,PRO-CHM,39
87Rb,87Rb/86Sr,CHM-PRO,54
87Rb,87Sr/86Sr,CHM-PRO,64
87Rb,87Sr/86Sr Ratios,CHM-PRO,41
87Rb,Age,CHM-PRO,30
87Rb,Bulk,CHM-DSC,34
87Rb,Compositions,CHM-PRO,68
87Rb,Crystal,CHM-DSC,45
87Rb,Diamonds,CHM-CHM,31
87Rb,Geological Map,CHM-CMT,35
87Rb,Isochron,CHM-CHM,57
87Rb,NMR,CHM-CMT,46
87Rb,Nd,CHM-CHM,46
87Rb,Pb,CHM-CHM,45
87Rb,Single Crystal,CHM-DSC,30
87Rb,Sr,CHM-CHM,109
87Rb,Sr,CHM-PRO,30
87Rb,Whole Rocks,CHM-DSC,38
87Rb,Zircons,CHM-CHM,30
87Rb/86Sr,87Rb,PRO-CHM,54
87Rb/86Sr,Sr,PRO-CHM,44
87Sr,86Sr,PRO-PRO,32
87Sr,87Sr/86Sr,PRO-PRO,37
87Sr,Sr,PRO-CHM,59
87Sr/86Sr,143Nd/144Nd,PRO-PRO,90
87Sr/86Sr,143Nd/144Nd Ratios,PRO-PRO,35
87Sr/86Sr,143nd / 144nd,PRO-PRO,158
87Sr/86Sr,18O,PRO-CHM,42
87Sr/86Sr,206Pb,PRO-PRO,34
87Sr/86Sr,206Pb/204Pb,PRO-PRO,174
87Sr/86Sr,207Pb,PRO-CHM,173
87Sr/86Sr,207Pb/204Pb,PRO-PRO,82
87Sr/86Sr,208Pb/204Pb,PRO-PRO,78
87Sr/86Sr,232Th,PRO-CHM,30
87Sr/86Sr,238U,PRO-CHM,71
87Sr/86Sr,86Sr,PRO-PRO,36
87Sr/86Sr,87Rb,PRO-CHM,64
87Sr/86Sr,87Sr,PRO-PRO,37
87Sr/86Sr,87Sr/86Sr Ratios,PRO-PRO,258
87Sr/86Sr,87Sr/86Sr Values,PRO-PRO,64
87Sr/86Sr,ARC,PRO-APL,51
87Sr/86Sr,Age,PRO-PRO,71
87Sr/86Sr,Ages,PRO-PRO,74
87Sr/86Sr,Al,PRO-CHM,87
87Sr/86Sr,Al2O3,PRO-CHM,184
87Sr/86Sr,Alkaline,PRO-PRO,58
87Sr/86Sr,Alkaline,PRO-SPL,36
87Sr/86Sr,Amphiboles,PRO-CHM,127
87Sr/86Sr,Apatites,PRO-CHM,78
87Sr/86Sr,Aquifer,PRO-APL,53
87Sr/86Sr,BA,PRO-PRO,38
87Sr/86Sr,Ba,PRO-CHM,222
87Sr/86Sr,Basaltic,PRO-SPL,86
87Sr/86Sr,Basalts,PRO-PRO,38
87Sr/86Sr,Batch Melting,PRO-SMT,31
87Sr/86Sr,Bedrock,PRO-DSC,43
87Sr/86Sr,Biotites,PRO-CHM,103
87Sr/86Sr,Bulk,PRO-DSC,175
87Sr/86Sr,Bulk Rocks,PRO-DSC,50
87Sr/86Sr,CO2,PRO-CHM,62
87Sr/86Sr,Ca,PRO-CHM,260
87Sr/86Sr,CaO,PRO-CHM,157
87Sr/86Sr,Calc,PRO-SPL,36
87Sr/86Sr,Calcite,PRO-CHM,157
87Sr/86Sr,Calcium,PRO-CHM,30
87Sr/86Sr,Carbon,PRO-CHM,86
87Sr/86Sr,Carbonates,PRO-CHM,290
87Sr/86Sr,Cathodoluminescence,PRO-CMT,46
87Sr/86Sr,Ce,PRO-CHM,93
87Sr/86Sr,Chemical,PRO-PRO,51
87Sr/86Sr,Chemical Composition,PRO-PRO,47
87Sr/86Sr,Chemistry,PRO-PRO,39
87Sr/86Sr,Chlorite,PRO-CHM,36
87Sr/86Sr,Chondrite,PRO-CHM,110
87Sr/86Sr,Chondrite,PRO-SPL,96
87Sr/86Sr,Cl,PRO-CHM,104
87Sr/86Sr,Clinopyroxenes,PRO-CHM,173
87Sr/86Sr,Clinopyroxenes,PRO-SPL,95
87Sr/86Sr,Compositionally,PRO-PRO,42
87Sr/86Sr,Compositions,PRO-PRO,486
87Sr/86Sr,Concentration,PRO-PRO,41
87Sr/86Sr,Continental Crust,PRO-DSC,63
87Sr/86Sr,Core,PRO-DSC,36
87Sr/86Sr,Cpx,PRO-CHM,30
87Sr/86Sr,Cr,PRO-CHM,103
87Sr/86Sr,Crust,PRO-DSC,110
87Sr/86Sr,Crystal,PRO-DSC,106
87Sr/86Sr,Cu,PRO-CHM,46
87Sr/86Sr,DMM,PRO-CHM,32
87Sr/86Sr,Diamonds,PRO-CHM,157
87Sr/86Sr,Dikes,PRO-DSC,32
87Sr/86Sr,Dolomite,PRO-CHM,68
87Sr/86Sr,Dykes,PRO-DSC,32
87Sr/86Sr,END(t),PRO-PRO,44
87Sr/86Sr,EU Anomaly,PRO-PRO,36
87Sr/86Sr,Eclogites,PRO-SPL,35
87Sr/86Sr,Eu,PRO-CHM,107
87Sr/86Sr,F,PRO-CHM,39
87Sr/86Sr,Fe,PRO-CHM,136
87Sr/86Sr,Fe2O3,PRO-CHM,33
87Sr/86Sr,FeO,PRO-CHM,49
87Sr/86Sr,Feldspar,PRO-CHM,68
87Sr/86Sr,Fractional Crystallization,PRO-SMT,96
87Sr/86Sr,Ga,PRO-CHM,54
87Sr/86Sr,Garnet,PRO-SPL,198
87Sr/86Sr,Geochemical,PRO-CMT,31
87Sr/86Sr,Geochemical,PRO-PRO,100
87Sr/86Sr,Geochemistry,PRO-PRO,43
87Sr/86Sr,Geologic Map,PRO-CMT,54
87Sr/86Sr,Geological,PRO-PRO,47
87Sr/86Sr,Geological Map,PRO-CMT,266
87Sr/86Sr,Geology,PRO-PRO,47
87Sr/86Sr,Glass,PRO-DSC,44
87Sr/86Sr,Grains,PRO-DSC,52
87Sr/86Sr,Granite,PRO-SPL,50
87Sr/86Sr,Granitic,PRO-SPL,42
87Sr/86Sr,Granitoids,PRO-PRO,55
87Sr/86Sr,Granitoids,PRO-SPL,33
87Sr/86Sr,Groundmass,PRO-DSC,38
87Sr/86Sr,H2O,PRO-CHM,46
87Sr/86Sr,Halite,PRO-CHM,30
87Sr/86Sr,Hart,PRO-CHM,190
87Sr/86Sr,Hf,PRO-CHM,136
87Sr/86Sr,Holocene,PRO-CHM,44
87Sr/86Sr,Ilmenite,PRO-CHM,50
87Sr/86Sr,Inclusions,PRO-DSC,42
87Sr/86Sr,Iron,PRO-CHM,38
87Sr/86Sr,Isochron,PRO-CHM,77
87Sr/86Sr,Isotope,PRO-CMT,38
87Sr/86Sr,Isotope,PRO-PRO,44
87Sr/86Sr,Isotope Composition,PRO-PRO,35
87Sr/86Sr,Isotope Ratio,PRO-PRO,55
87Sr/86Sr,Isotopic,PRO-CMT,38
87Sr/86Sr,Isotopic,PRO-PRO,98
87Sr/86Sr,Isotopic Composition,PRO-PRO,199
87Sr/86Sr,Isotopic Ratios,PRO-PRO,48
87Sr/86Sr,Isotopic Signature,PRO-PRO,45
87Sr/86Sr,K,PRO-CHM,54
87Sr/86Sr,K,PRO-PRO,52
87Sr/86Sr,K-Feldspar,PRO-CHM,56
87Sr/86Sr,K2O,PRO-CHM,231
87Sr/86Sr,K2O,PRO-PRO,49
87Sr/86Sr,La,PRO-CHM,263
87Sr/86Sr,La/Yb,PRO-PRO,37
87Sr/86Sr,Lava,PRO-DSC,68
87Sr/86Sr,Lavas,PRO-APL,43
87Sr/86Sr,Lavas,PRO-DSC,183
87Sr/86Sr,Layers,PRO-DSC,70
87Sr/86Sr,Leaching,PRO-SMT,33
87Sr/86Sr,Li,PRO-CHM,107
87Sr/86Sr,Limestone,PRO-CHM,71
87Sr/86Sr,Lithological,PRO-PRO,30
87Sr/86Sr,Lithology,PRO-PRO,41
87Sr/86Sr,Lithosphere,PRO-DSC,49
87Sr/86Sr,Lithospheric Mantle,PRO-DSC,38
87Sr/86Sr,Lithospheric Mantle,PRO-PRO,30
87Sr/86Sr,Mafic,PRO-PRO,127
87Sr/86Sr,Magnetite,PRO-CHM,60
87Sr/86Sr,Major,PRO-PRO,31
87Sr/86Sr,Mantle,PRO-DSC,165
87Sr/86Sr,Mantle,PRO-PRO,61
87Sr/86Sr,Matrix,PRO-DSC,48
87Sr/86Sr,Melt,PRO-DSC,54
87Sr/86Sr,Melting,PRO-SMT,247
87Sr/86Sr,Metasomatism,PRO-SMT,34
87Sr/86Sr,Metasomatized,PRO-SMT,31
87Sr/86Sr,Mg,PRO-CHM,286
87Sr/86Sr,Mg,PRO-PRO,38
87Sr/86Sr,Mg#,PRO-PRO,84
87Sr/86Sr,MgO,PRO-CHM,280
87Sr/86Sr,MgO,PRO-PRO,42
87Sr/86Sr,Mineralogy,PRO-PRO,49
87Sr/86Sr,Minerals,PRO-DSC,40
87Sr/86Sr,Miocene,PRO-CHM,82
87Sr/86Sr,Mn,PRO-CHM,82
87Sr/86Sr,Mo,PRO-CHM,34
87Sr/86Sr,N-MORB,PRO-CHM,35
87Sr/86Sr,NB,PRO-PRO,56
87Sr/86Sr,Na,PRO-CHM,143
87Sr/86Sr,Na2O,PRO-CHM,164
87Sr/86Sr,Nb,PRO-CHM,214
87Sr/86Sr,Nd,PRO-CHM,304
87Sr/86Sr,Nd Isotopic Composition,PRO-PRO,39
87Sr/86Sr,Ni,PRO-CHM,95
87Sr/86Sr,O,PRO-CHM,54
87Sr/86Sr,OIB,PRO-CHM,124
87Sr/86Sr,Oceanic Crust,PRO-DSC,37
87Sr/86Sr,Ol,PRO-CHM,37
87Sr/86Sr,Oligocene,PRO-CHM,45
87Sr/86Sr,Olivines,PRO-CHM,219
87Sr/86Sr,Olivines,PRO-SPL,111
87Sr/86Sr,Ore,PRO-APL,33
87Sr/86Sr,Orthopyroxene,PRO-CHM,53
87Sr/86Sr,Os,PRO-CHM,35
87Sr/86Sr,Oxides,PRO-CHM,53
87Sr/86Sr,Oxygen,PRO-CHM,132
87Sr/86Sr,P2O5,PRO-CHM,50
87Sr/86Sr,PB,PRO-PRO,39
87Sr/86Sr,Partial Melting,PRO-SMT,66
87Sr/86Sr,Partition Coefficient,PRO-PRO,93
87Sr/86Sr,Pb,PRO-CHM,350
87Sr/86Sr,Pb Isotopic Composition,PRO-PRO,44
87Sr/86Sr,Peccerillo,PRO-CHM,32
87Sr/86Sr,Phenocryst,PRO-DSC,99
87Sr/86Sr,Phlogopite,PRO-CHM,39
87Sr/86Sr,Photomicrograph,PRO-CMT,73
87Sr/86Sr,Plagioclase,PRO-SPL,34
87Sr/86Sr,Pleistocene,PRO-CHM,31
87Sr/86Sr,Primitive Mantle,PRO-PRO,43
87Sr/86Sr,Primitive Mantle,PRO-SPL,32
87Sr/86Sr,Pyroxene,PRO-CHM,91
87Sr/86Sr,Pyroxene,PRO-SPL,46
87Sr/86Sr,Pyroxenite,PRO-CHM,54
87Sr/86Sr,Quartz,PRO-CHM,150
87Sr/86Sr,RB,PRO-PRO,42
87Sr/86Sr,REE,PRO-PRO,73
87Sr/86Sr,REE Pattern,PRO-CMT,46
87Sr/86Sr,REE Pattern,PRO-PRO,72
87Sr/86Sr,Radiogenic,PRO-PRO,51
87Sr/86Sr,Rare Earth Element,PRO-PRO,42
87Sr/86Sr,Rock,PRO-DSC,86
87Sr/86Sr,Rocks,PRO-DSC,175
87Sr/86Sr,SO4,PRO-CHM,54
87Sr/86Sr,Salinity,PRO-PRO,32
87Sr/86Sr,Sediments,PRO-DSC,170
87Sr/86Sr,Si,PRO-CHM,62
87Sr/86Sr,SiO2,PRO-CHM,332
87Sr/86Sr,SiO2,PRO-PRO,121
87Sr/86Sr,SiO2 Content,PRO-PRO,33
87Sr/86Sr,Silica,PRO-CHM,126
87Sr/86Sr,Silicate,PRO-CHM,174
87Sr/86Sr,Sm,PRO-CHM,94
87Sr/86Sr,Soil,PRO-DSC,64
87Sr/86Sr,Spinels,PRO-SPL,87
87Sr/86Sr,Sr,PRO-CHM,879
87Sr/86Sr,Sr,PRO-PRO,310
87Sr/86Sr,Sr Concentration,PRO-PRO,114
87Sr/86Sr,Sr Content,PRO-PRO,43
87Sr/86Sr,Sr Isotope,PRO-PRO,47
87Sr/86Sr,Sr Isotope Composition,PRO-PRO,39
87Sr/86Sr,Sr Isotope Ratios,PRO-PRO,71
87Sr/86Sr,Sr Isotopic Composition,PRO-PRO,71
87Sr/86Sr,Sr/Ca,PRO-PRO,35
87Sr/86Sr,Strontium,PRO-CHM,240
87Sr/86Sr,Strontium,PRO-PRO,34
87Sr/86Sr,Strontium Isotope,PRO-PRO,32
87Sr/86Sr,Strontium Isotope Ratios,PRO-PRO,37
87Sr/86Sr,Subducted,PRO-SMT,37
87Sr/86Sr,Sulfates,PRO-CHM,40
87Sr/86Sr,Sulfide,PRO-CHM,47
87Sr/86Sr,Surface,PRO-DSC,101
87Sr/86Sr,TH,PRO-PRO,35
87Sr/86Sr,Ta,PRO-CHM,122
87Sr/86Sr,Th,PRO-CHM,87
87Sr/86Sr,Tholeiitic,PRO-SPL,37
87Sr/86Sr,Ti,PRO-CHM,156
87Sr/86Sr,Ti,PRO-PRO,33
87Sr/86Sr,TiO2,PRO-CHM,157
87Sr/86Sr,Trace Element,PRO-PRO,74
87Sr/86Sr,Trace Element Composition,PRO-PRO,38
87Sr/86Sr,Trace Element Concentrations,PRO-PRO,41
87Sr/86Sr,Vein,PRO-DSC,40
87Sr/86Sr,Veins,PRO-DSC,43
87Sr/86Sr,Volcanic,PRO-PRO,52
87Sr/86Sr,Volcanic Rocks,PRO-APL,39
87Sr/86Sr,Volcanic Rocks,PRO-PRO,41
87Sr/86Sr,Volcanoes,PRO-APL,35
87Sr/86Sr,Weathering,PRO-SMT,88
87Sr/86Sr,Whole Rocks,PRO-DSC,128
87Sr/86Sr,Xenoliths,PRO-DSC,96
87Sr/86Sr,Yb,PRO-CHM,213
87Sr/86Sr,Zircon,PRO-CHM,34
87Sr/86Sr,Zircons,PRO-CHM,166
87Sr/86Sr,Zircons,PRO-DSC,37
87Sr/86Sr,Zn,PRO-CHM,41
87Sr/86Sr,Zr,PRO-CHM,215
87Sr/86Sr,Zr,PRO-PRO,44
87Sr/86Sr,Δ13C,PRO-PRO,30
87Sr/86Sr,Δ18O,PRO-PRO,106
87Sr/86Sr,δ13c,PRO-PRO,55
87Sr/86Sr,δ18O,PRO-PRO,78
87Sr/86Sr Ratios,206Pb/204Pb,PRO-PRO,31
87Sr/86Sr Ratios,207Pb,PRO-CHM,49
87Sr/86Sr Ratios,87Rb,PRO-CHM,41
87Sr/86Sr Ratios,87Sr/86Sr,PRO-PRO,258
87Sr/86Sr Ratios,Age,PRO-PRO,41
87Sr/86Sr Ratios,Ages,PRO-PRO,52
87Sr/86Sr Ratios,Al,PRO-CHM,60
87Sr/86Sr Ratios,Al2O3,PRO-CHM,67
87Sr/86Sr Ratios,Amphiboles,PRO-CHM,44
87Sr/86Sr Ratios,Apatites,PRO-CHM,46
87Sr/86Sr Ratios,Aquifer,PRO-APL,38
87Sr/86Sr Ratios,BA,PRO-PRO,31
87Sr/86Sr Ratios,Ba,PRO-CHM,118
87Sr/86Sr Ratios,Basaltic,PRO-SPL,34
87Sr/86Sr Ratios,Bedrock,PRO-DSC,35
87Sr/86Sr Ratios,Biotites,PRO-CHM,74
87Sr/86Sr Ratios,Bulk,PRO-DSC,68
87Sr/86Sr Ratios,CO2,PRO-CHM,45
87Sr/86Sr Ratios,Ca,PRO-CHM,159
87Sr/86Sr Ratios,CaO,PRO-CHM,59
87Sr/86Sr Ratios,Calcite,PRO-CHM,110
87Sr/86Sr Ratios,Carbon,PRO-CHM,45
87Sr/86Sr Ratios,Carbonates,PRO-CHM,179
87Sr/86Sr Ratios,Chemical,PRO-PRO,43
87Sr/86Sr Ratios,Chemical Composition,PRO-PRO,30
87Sr/86Sr Ratios,Cl,PRO-CHM,79
87Sr/86Sr Ratios,Clinopyroxenes,PRO-CHM,40
87Sr/86Sr Ratios,Compositions,PRO-PRO,176
87Sr/86Sr Ratios,Cr,PRO-CHM,43
87Sr/86Sr Ratios,Crust,PRO-DSC,52
87Sr/86Sr Ratios,Crystal,PRO-DSC,53
87Sr/86Sr Ratios,Diamonds,PRO-CHM,63
87Sr/86Sr Ratios,Dolomite,PRO-CHM,55
87Sr/86Sr Ratios,END(T),PRO-PRO,30
87Sr/86Sr Ratios,END(t),PRO-PRO,65
87Sr/86Sr Ratios,EU Anomaly,PRO-PRO,38
87Sr/86Sr Ratios,Eu,PRO-CHM,83
87Sr/86Sr Ratios,Fe,PRO-CHM,59
87Sr/86Sr Ratios,Feldspar,PRO-CHM,36
87Sr/86Sr Ratios,Fractional Crystallization,PRO-SMT,35
87Sr/86Sr Ratios,Ga,PRO-CHM,34
87Sr/86Sr Ratios,Garnet,PRO-SPL,80
87Sr/86Sr Ratios,Geochemical,PRO-PRO,73
87Sr/86Sr Ratios,Geochemistry,PRO-PRO,33
87Sr/86Sr Ratios,Geological Map,PRO-CMT,86
87Sr/86Sr Ratios,Geology,PRO-PRO,30
87Sr/86Sr Ratios,Granite,PRO-SPL,60
87Sr/86Sr Ratios,Granitoids,PRO-PRO,37
87Sr/86Sr Ratios,Granitoids,PRO-SPL,35
87Sr/86Sr Ratios,Hart,PRO-CHM,31
87Sr/86Sr Ratios,Hf,PRO-CHM,40
87Sr/86Sr Ratios,Isochron,PRO-CHM,41
87Sr/86Sr Ratios,Isotopic,PRO-PRO,46
87Sr/86Sr Ratios,Isotopic Composition,PRO-PRO,94
87Sr/86Sr Ratios,K-Feldspar,PRO-CHM,32
87Sr/86Sr Ratios,K2O,PRO-CHM,90
87Sr/86Sr Ratios,La,PRO-CHM,90
87Sr/86Sr Ratios,Lavas,PRO-DSC,48
87Sr/86Sr Ratios,Layers,PRO-DSC,34
87Sr/86Sr Ratios,Li,PRO-CHM,50
87Sr/86Sr Ratios,Limestone,PRO-CHM,61
87Sr/86Sr Ratios,Lithology,PRO-PRO,30
87Sr/86Sr Ratios,Mafic,PRO-PRO,51
87Sr/86Sr Ratios,Mantle,PRO-DSC,42
87Sr/86Sr Ratios,Melting,PRO-SMT,113
87Sr/86Sr Ratios,Mg,PRO-CHM,142
87Sr/86Sr Ratios,MgO,PRO-CHM,92
87Sr/86Sr Ratios,Miocene,PRO-CHM,31
87Sr/86Sr Ratios,Mn,PRO-CHM,46
87Sr/86Sr Ratios,NB,PRO-PRO,34
87Sr/86Sr Ratios,Na,PRO-CHM,95
87Sr/86Sr Ratios,Na2O,PRO-CHM,64
87Sr/86Sr Ratios,Nb,PRO-CHM,89
87Sr/86Sr Ratios,Nd,PRO-CHM,97
87Sr/86Sr Ratios,Ni,PRO-CHM,40
87Sr/86Sr Ratios,O,PRO-CHM,37
87Sr/86Sr Ratios,OIB,PRO-CHM,32
87Sr/86Sr Ratios,Olivines,PRO-CHM,61
87Sr/86Sr Ratios,Oxygen,PRO-CHM,61
87Sr/86Sr Ratios,Partial Melting,PRO-SMT,40
87Sr/86Sr Ratios,Pb,PRO-CHM,125
87Sr/86Sr Ratios,Photomicrograph,PRO-CMT,36
87Sr/86Sr Ratios,Quartz,PRO-CHM,78
87Sr/86Sr Ratios,REE,PRO-PRO,42
87Sr/86Sr Ratios,REE Pattern,PRO-PRO,32
87Sr/86Sr Ratios,Rock,PRO-DSC,48
87Sr/86Sr Ratios,Rocks,PRO-DSC,65
87Sr/86Sr Ratios,SO4,PRO-CHM,42
87Sr/86Sr Ratios,Salinity,PRO-PRO,34
87Sr/86Sr Ratios,Sediments,PRO-DSC,76
87Sr/86Sr Ratios,Si,PRO-CHM,31
87Sr/86Sr Ratios,SiO2,PRO-CHM,124
87Sr/86Sr Ratios,SiO2,PRO-PRO,55
87Sr/86Sr Ratios,Silica,PRO-CHM,32
87Sr/86Sr Ratios,Silicate,PRO-CHM,95
87Sr/86Sr Ratios,Soil,PRO-DSC,48
87Sr/86Sr Ratios,Spinels,PRO-SPL,31
87Sr/86Sr Ratios,Sr,PRO-CHM,527
87Sr/86Sr Ratios,Sr,PRO-PRO,163
87Sr/86Sr Ratios,Sr Concentration,PRO-PRO,96
87Sr/86Sr Ratios,Sr Content,PRO-PRO,38
87Sr/86Sr Ratios,Sr Isotope Composition,PRO-PRO,34
87Sr/86Sr Ratios,Sr Isotope Ratios,PRO-PRO,60
87Sr/86Sr Ratios,Sr Isotopic Composition,PRO-PRO,52
87Sr/86Sr Ratios,Strontium,PRO-CHM,162
87Sr/86Sr Ratios,Sulfates,PRO-CHM,30
87Sr/86Sr Ratios,Surface,PRO-DSC,54
87Sr/86Sr Ratios,Ta,PRO-CHM,59
87Sr/86Sr Ratios,Th,PRO-CHM,38
87Sr/86Sr Ratios,Ti,PRO-CHM,89
87Sr/86Sr Ratios,TiO2,PRO-CHM,49
87Sr/86Sr Ratios,Trace Element,PRO-PRO,39
87Sr/86Sr Ratios,Vein,PRO-DSC,31
87Sr/86Sr Ratios,Veins,PRO-DSC,38
87Sr/86Sr Ratios,Weathering,PRO-SMT,72
87Sr/86Sr Ratios,Whole Rocks,PRO-DSC,40
87Sr/86Sr Ratios,Yb,PRO-CHM,60
87Sr/86Sr Ratios,Zircon,PRO-CHM,39
87Sr/86Sr Ratios,Zircons,PRO-CHM,117
87Sr/86Sr Ratios,Zr,PRO-CHM,76
87Sr/86Sr Ratios,Δ18O,PRO-PRO,65
87Sr/86Sr Ratios,δ13c,PRO-PRO,39
87Sr/86Sr Ratios,δ18O,PRO-PRO,39
87Sr/86Sr Values,87Sr/86Sr,PRO-PRO,64
87Sr/86Sr Values,Sr,PRO-CHM,62
87Sr/86Sr Values,Strontium,PRO-CHM,36
87Sr/86Sr Vs,Compositions,CMT-PRO,33
87Sr/86Sr Vs,Sr,CMT-CHM,43
87Sr/86Sr Vs,Sr,PRO-CHM,35
87Sr/86Sr)I,Al2O3,PRO-CHM,35
87Sr/86Sr)I,Ba,PRO-CHM,40
87Sr/86Sr)I,Compositions,PRO-PRO,31
87Sr/86Sr)I,Cu,PRO-CHM,30
87Sr/86Sr)I,END(t),PRO-PRO,75
87Sr/86Sr)I,Eu,PRO-CHM,36
87Sr/86Sr)I,Geochemical,PRO-PRO,36
87Sr/86Sr)I,Geological Map,PRO-CMT,44
87Sr/86Sr)I,Granite,PRO-SPL,35
87Sr/86Sr)I,Granitoids,PRO-PRO,33
87Sr/86Sr)I,K2O,PRO-CHM,65
87Sr/86Sr)I,La,PRO-CHM,55
87Sr/86Sr)I,Mafic,PRO-PRO,33
87Sr/86Sr)I,Melting,PRO-SMT,49
87Sr/86Sr)I,Mg,PRO-CHM,34
87Sr/86Sr)I,MgO,PRO-CHM,48
87Sr/86Sr)I,Na2O,PRO-CHM,44
87Sr/86Sr)I,Nb,PRO-CHM,47
87Sr/86Sr)I,Pb,PRO-CHM,60
87Sr/86Sr)I,Quartz,PRO-CHM,42
87Sr/86Sr)I,SiO2,PRO-CHM,79
87Sr/86Sr)I,SiO2,PRO-PRO,60
87Sr/86Sr)I,Sr,PRO-CHM,77
87Sr/86Sr)I,Sr,PRO-PRO,31
87Sr/86Sr)I,Ta,PRO-CHM,44
87Sr/86Sr)I,Ti,PRO-CHM,44
87Sr/86Sr)I,Yb,PRO-CHM,42
87Sr/86Sr)I,Zircons,PRO-CHM,80
87Sr/86Sr)I,Zr,PRO-CHM,32
88Sr,Sr,CHM-CHM,54
88Sr,Strontium,CHM-CHM,30
8MPa,CO2,CHM-CHM,55
8MPa,SEM,CHM-CMT,43
8YSZ,3YSZ,CHM-CHM,30
8YSZ,Al2O3,CHM-CHM,45
8YSZ,Alumina,CHM-CHM,31
8YSZ,Annealed,CHM-SMT,35
8YSZ,Annealing,CHM-SMT,35
8YSZ,Anode,CHM-APL,98
8YSZ,Arrhenius Plot,CHM-CMT,77
8YSZ,Bulk,CHM-DSC,56
8YSZ,Calcined,CHM-SMT,36
8YSZ,Cathode,CHM-APL,84
8YSZ,Cell,CHM-APL,57
8YSZ,Cells,CHM-APL,35
8YSZ,Ceramic,CHM-DSC,71
8YSZ,Cermets,CHM-DSC,36
8YSZ,Coatings,CHM-APL,129
8YSZ,Composite,CHM-DSC,68
8YSZ,Compositions,CHM-PRO,69
8YSZ,Conductivity,CHM-PRO,81
8YSZ,Cross Section,CHM-DSC,33
8YSZ,Cubic,CHM-SPL,60
8YSZ,Dense,CHM-PRO,66
8YSZ,Density,CHM-PRO,34
8YSZ,Doped,CHM-DSC,60
8YSZ,EDS,CHM-CMT,65
8YSZ,Electrical Conductivity,CHM-PRO,59
8YSZ,Electrode,CHM-APL,60
8YSZ,Electrodes,CHM-APL,33
8YSZ,Electrolyte,CHM-APL,147
8YSZ,Film,CHM-DSC,45
8YSZ,Films,CHM-DSC,41
8YSZ,Grain Boundary,CHM-PRO,38
8YSZ,Grain Size,CHM-PRO,54
8YSZ,H2,CHM-CHM,64
8YSZ,H2O,CHM-CHM,33
8YSZ,Heat Treatment,CHM-SMT,42
8YSZ,Heating,CHM-SMT,45
8YSZ,Hydrogen,CHM-CHM,30
8YSZ,Impedance,CHM-PRO,54
8YSZ,Interface,CHM-DSC,120
8YSZ,Ionic Conductivity,CHM-PRO,45
8YSZ,Layers,CHM-DSC,121
8YSZ,Microstructure,CHM-PRO,133
8YSZ,Monoclinic,CHM-SPL,30
8YSZ,Morphology,CHM-PRO,49
8YSZ,N2,CHM-CHM,38
8YSZ,Ni,CHM-CHM,113
8YSZ,NiO,CHM-CHM,56
8YSZ,Oxides,CHM-CHM,44
8YSZ,Oxygen,CHM-CHM,115
8YSZ,Particles,CHM-DSC,67
8YSZ,Polished,CHM-SMT,30
8YSZ,Porosity,CHM-PRO,47
8YSZ,Porous,CHM-DSC,47
8YSZ,Powder,CHM-DSC,118
8YSZ,Powders,CHM-DSC,71
8YSZ,Pt,CHM-CHM,41
8YSZ,Raman,CHM-CMT,44
8YSZ,Relative Density,CHM-PRO,35
8YSZ,SEM,CHM-CMT,259
8YSZ,SOFC,CHM-APL,56
8YSZ,Scanning Electron Microscopy,CHM-CMT,31
8YSZ,Sintered,CHM-SMT,139
8YSZ,Sintering,CHM-SMT,116
8YSZ,Solid Oxide Fuel Cells,CHM-APL,56
8YSZ,Stabilized,CHM-DSC,43
8YSZ,Structure,CHM-PRO,34
8YSZ,Substrate,CHM-DSC,111
8YSZ,Surface,CHM-DSC,126
8YSZ,Surface Morphology,CHM-PRO,42
8YSZ,Surfaces,CHM-DSC,32
8YSZ,TBC,CHM-APL,33
8YSZ,TEM,CHM-CMT,71
8YSZ,Tetragonal,CHM-SPL,43
8YSZ,Thermal Barrier Coating,CHM-APL,52
8YSZ,Thermal Conductivity,CHM-PRO,47
8YSZ,Thermal Expansion Coefficient,CHM-PRO,35
8YSZ,Thin Films,CHM-DSC,35
8YSZ,X-Ray Diffraction,CHM-CMT,80
8YSZ,XRD,CHM-CMT,225
8YSZ,Y2O3,CHM-CHM,53
8YSZ,YSZ,CHM-CHM,77
8YSZ,Zirconia,CHM-CHM,131
8YSZ,Zr,CHM-CHM,48
8YSZ,ZrO2,CHM-CHM,61
"9,10-Anthraquinone",Anthracene,CHM-CHM,31
"9,10-Anthraquinone",Quinones,CHM-CHM,33
"9,10-Dicyanoanthracene",DCA,CHM-CHM,35
"9,10-Dihydro-9-Oxa-10-Phosphaphenanthrene-10-Oxide",DOPO,CHM-CHM,52
"9,10-Dihydroanthracene",Hydrogen,CHM-CHM,45
"9,10-Dimethylanthracene",DMA,CHM-CHM,36
"9,10-Dimethylanthracene",Oxygen,CHM-CHM,33
"9,10-Diphenylanthracene",Anthracene,CHM-CHM,44
"9,10-Diphenylanthracene",DPA,CHM-CHM,116
"9,10-Diphenylanthracene",Oxygen,CHM-CHM,30
9-BBN,(COCl)2,CHM-CHM,35
9-BBN,"2,6-Lutidine",CHM-CHM,40
9-BBN,Ac2O,CHM-CHM,45
9-BBN,AcOH,CHM-CHM,41
9-BBN,Acetone,CHM-CHM,41
9-BBN,CH2Cl2,CHM-CHM,156
9-BBN,CH3CN,CHM-CHM,53
9-BBN,CuI,CHM-CHM,30
9-BBN,DIBAL-H,CHM-CHM,32
9-BBN,DMAP,CHM-CHM,79
9-BBN,DMF,CHM-CHM,142
9-BBN,DMSO,CHM-CHM,78
9-BBN,Dess-Martin Periodinane,CHM-SMT,32
9-BBN,Dioxane,CHM-CHM,37
9-BBN,Et2O,CHM-CHM,54
9-BBN,Et3N,CHM-CHM,102
9-BBN,EtOAc,CHM-CHM,31
9-BBN,H2,CHM-CHM,97
9-BBN,H2O,CHM-CHM,112
9-BBN,H2O2,CHM-CHM,155
9-BBN,HCl,CHM-CHM,62
9-BBN,Hydroboration,CHM-SMT,31
9-BBN,Imidazole,CHM-CHM,57
9-BBN,K2CO3,CHM-CHM,79
9-BBN,KOH,CHM-CHM,34
9-BBN,LiAlH4,CHM-CHM,30
9-BBN,MeCN,CHM-CHM,38
9-BBN,MeOH,CHM-CHM,149
9-BBN,MsCl,CHM-CHM,31
9-BBN,NaBH4,CHM-CHM,62
9-BBN,NaH,CHM-CHM,84
9-BBN,NaHCO3,CHM-CHM,61
9-BBN,NaIO4,CHM-CHM,36
9-BBN,NaOH,CHM-CHM,140
9-BBN,O3,CHM-CHM,36
9-BBN,PPh3,CHM-CHM,70
9-BBN,Pd(PPh3)4,CHM-CHM,52
9-BBN,Pd/C,CHM-CHM,40
9-BBN,Pyridine,CHM-CHM,68
9-BBN,TBAF,CHM-CHM,63
9-BBN,TBSCl,CHM-CHM,34
9-BBN,TFA,CHM-CHM,49
9-BBN,THF,CHM-CHM,218
9-BBN,Toluene,CHM-CHM,103
9-Fluorenylmethoxycarbonyl,Amino Acid,CHM-CHM,39
9-Fluorenylmethoxycarbonyl,Boc,CHM-CHM,49
9-Fluorenylmethoxycarbonyl,CH2Cl2,CHM-CHM,54
9-Fluorenylmethoxycarbonyl,DMF,CHM-CHM,67
9-Fluorenylmethoxycarbonyl,Fmoc,CHM-CHM,123
9-Fluorenylmethoxycarbonyl,H2O,CHM-CHM,41
9-Fluorenylmethoxycarbonyl,MeOH,CHM-CHM,40
9-Fluorenylmethoxycarbonyl,"N,N-Dimethylformamide",CHM-CHM,40
9-Fluorenylmethoxycarbonyl,Piperidine,CHM-CHM,35
9-Fluorenylmethoxycarbonyl,Pyridine,CHM-CHM,34
9-Fluorenylmethoxycarbonyl,TFA,CHM-CHM,40
9-Fluorenylmethoxycarbonyl,TFA = Trifluoroacetic Acid,CHM-CHM,41
9-Fluorenylmethoxycarbonyl,THF,CHM-CHM,38
9-Fluorenylmethoxycarbonyl,Tertbutoxycarbonyl,CHM-CHM,51
9-Fluorenylmethyloxycarbonyl,Fmoc,CHM-CHM,40
9-Methyladenine,Adenine,CHM-CHM,33
90,50,PRO-PRO,30
90,T,PRO-PRO,54
900,Annealed,SMT-SMT,36
900,SEM,SMT-CMT,76
900,XRD,SMT-CMT,60
900C,Annealed,SMT-SMT,50
900C,Annealing,SMT-SMT,37
900C,SEM,SMT-CMT,40
900C,TEM,SMT-CMT,37
900C,XRD,SMT-CMT,50
900°C,1000°C,SMT-SMT,50
900°C,700°C,SMT-SMT,30
900°C,800°C,SMT-SMT,31
900°C,AFM,SMT-CMT,35
900°C,Al,SMT-CHM,64
900°C,Alloy,SMT-DSC,96
900°C,Alloys,SMT-DSC,55
900°C,Annealed,SMT-SMT,178
900°C,Annealing,SMT-SMT,104
900°C,As Deposited,SMT-DSC,30
900°C,As Prepared,SMT-DSC,35
900°C,Bulk,SMT-DSC,33
900°C,Calcination,SMT-SMT,34
900°C,Calcined,SMT-SMT,116
900°C,Carbon,SMT-CHM,43
900°C,Ceramic,SMT-DSC,41
900°C,Co,SMT-CHM,32
900°C,Coated,SMT-SMT,35
900°C,Coatings,SMT-APL,52
900°C,Composite,SMT-DSC,35
900°C,Compositions,SMT-PRO,59
900°C,Cr,SMT-CHM,30
900°C,Cu,SMT-CHM,43
900°C,DTA,SMT-CMT,43
900°C,Density,SMT-PRO,30
900°C,EDS,SMT-CMT,67
900°C,EDX,SMT-CMT,33
900°C,FESEM,SMT-CMT,32
900°C,FTIR,SMT-CMT,33
900°C,Fe,SMT-CHM,43
900°C,Film,SMT-DSC,54
900°C,Films,SMT-DSC,50
900°C,Grain Size,SMT-PRO,35
900°C,HRTEM,SMT-CMT,59
900°C,Hardness,SMT-PRO,30
900°C,Heat Treated,SMT-SMT,54
900°C,Heat Treatment,SMT-SMT,54
900°C,Heated,SMT-SMT,32
900°C,Heating,SMT-SMT,65
900°C,Interface,SMT-DSC,37
900°C,Lattice Parameter,SMT-PRO,33
900°C,Layers,SMT-DSC,75
900°C,Micro Structures,SMT-PRO,43
900°C,Microstructure,SMT-PRO,69
900°C,Morphology,SMT-PRO,36
900°C,N2,SMT-CHM,32
900°C,Ni,SMT-CHM,47
900°C,Nitrogen,SMT-CHM,44
900°C,O,SMT-CHM,31
900°C,Optical Micrograph,SMT-CMT,33
900°C,Oxidation,SMT-SMT,50
900°C,Oxidize,SMT-SMT,30
900°C,Oxygen,SMT-CHM,41
900°C,PL,SMT-CMT,38
900°C,Particles,SMT-DSC,60
900°C,Powder,SMT-DSC,102
900°C,Powders,SMT-DSC,74
900°C,Pure,SMT-DSC,31
900°C,Raman,SMT-CMT,40
900°C,SAED,SMT-CMT,37
900°C,SEM,SMT-CMT,344
900°C,Si,SMT-CHM,65
900°C,Sintered,SMT-SMT,128
900°C,Sintering,SMT-SMT,73
900°C,Structure,SMT-PRO,30
900°C,Substrate,SMT-DSC,61
900°C,Surface,SMT-DSC,122
900°C,Surface Morphology,SMT-PRO,30
900°C,TEM,SMT-CMT,166
900°C,Ti,SMT-CHM,53
900°C,X-Ray Diffraction,SMT-CMT,109
900°C,XPS,SMT-CMT,46
900°C,XRD,SMT-CMT,380
90C,CH2Cl2,CHM-CHM,47
90C,DMF,CHM-CHM,58
90C,H2,CHM-CHM,33
90C,H2O,CHM-CHM,52
90C,HCl,CHM-CHM,34
90C,K2CO3,CHM-CHM,46
90C,MeOH,CHM-CHM,49
90C,NaH,CHM-CHM,30
90C,THF,CHM-CHM,65
90C,Toluene,CHM-CHM,50
90Deg,Domain Wall,PRO-PRO,31
90MPa,Alloy,CHM-DSC,30
90Sr,60Co,CHM-CHM,45
90Sr,Detector,CHM-APL,78
90Sr,Irradiated,CHM-SMT,75
90Sr,Irradiation,CHM-SMT,85
90Sr,OSL,CHM-CMT,37
90Sr,Radionuclide,CHM-CHM,59
90Sr,Soil,CHM-DSC,42
90Sr,Sr,CHM-CHM,86
90Sr,Sr2+,CHM-CHM,40
90Sr,Strontium,CHM-CHM,75
90Sr,Surface,CHM-DSC,41
90Sr,Tl,CHM-CMT,42
95 %,Intervals,PRO-PRO,37
95% Confidence Interval,CI,CMT-CMT,37
95% Confidence Interval,CI,PRO-PRO,109
95% Confidence Interval,Cancer,PRO-PRO,47
95% Confidence Interval,Cis,PRO-PRO,89
95% Confidence Interval,Hazard Ratio,PRO-PRO,74
95% Confidence Interval,Hr,PRO-PRO,46
95% Confidence Interval,ORS,PRO-PRO,39
95% Confidence Interval,Odds Ratio,PRO-PRO,115
96-Well,Absorbance,APL-PRO,37
96-Well,Cell,APL-DSC,32
96-Well,Cell,DSC-DSC,42
96-Well,Cell Viability,DSC-PRO,76
96-Well,Cells,APL-DSC,67
96-Well,Cells,DSC-DSC,140
96-Well,Chemical Structures,DSC-PRO,35
96-Well,Cytotoxicity,DSC-PRO,37
96-Well,DAPI,DSC-CHM,42
96-Well,DMSO,DSC-CHM,39
96-Well,ELISA,APL-CMT,43
96-Well,ELISA,DSC-CMT,46
96-Well,FITC,DSC-CHM,32
96-Well,Flow Cytometry,DSC-CMT,64
96-Well,Fluorescence,APL-CMT,44
96-Well,Fluorescence,DSC-CMT,33
96-Well,Fluorescence Intensity,APL-PRO,36
96-Well,Fluorescence Intensity,DSC-PRO,34
96-Well,MTT,DSC-CHM,72
96-Well,MTT Assay,DSC-CMT,50
96-Well,Membrane,DSC-DSC,38
96-Well,Microtiter,APL-CMT,44
96-Well,Plate,APL-APL,52
96-Well,Plate,APL-CMT,75
96-Well,Plate,APL-DSC,31
96-Well,Plates,APL-APL,40
96-Well,Plates,APL-CMT,35
96-Well,Plates,DSC-APL,36
96-Well,SDS-Page,DSC-CMT,31
96-Well,Surface,APL-DSC,52
96-Well,Surface,DSC-DSC,42
96-Well,TEM,DSC-CMT,31
96-Well,Western Blots,APL-CMT,33
96-Well,Western Blots,DSC-CMT,77
96-Well,Western Blotting,DSC-CMT,35
96-Well Plate,Absorbance,CMT-PRO,37
96-Well Plate,Cell,CMT-DSC,31
96-Well Plate,Cell,DSC-DSC,30
96-Well Plate,Cell Viability,CMT-PRO,51
96-Well Plate,Cells,APL-DSC,75
96-Well Plate,Cells,CMT-DSC,146
96-Well Plate,Cells,DSC-DSC,84
96-Well Plate,DMSO,CMT-CHM,35
96-Well Plate,ELISA,APL-CMT,30
96-Well Plate,Flow Cytometry,CMT-CMT,48
96-Well Plate,Fluorescence,APL-CMT,30
96-Well Plate,MTT,CMT-CHM,47
96-Well Plate,MTT Assay,CMT-CMT,32
96-Well Plate,Membrane,APL-DSC,33
96-Well Plate,Surface,APL-DSC,49
96-Well Plate,Western Blot,CMT-CMT,33
96-Well Plate,Western Blotting,CMT-CMT,32
99MTC,99mTc,APL-CHM,46
99Mo,99mTc,CHM-CHM,52
99Tc,Tc,CHM-CHM,38
99Tc,Technetium,CHM-CHM,46
99mTc,188Re,CHM-CHM,32
99mTc,1H,CHM-CHM,41
99mTc,99MTC,CHM-APL,46
99mTc,99Mo,CHM-CHM,52
99mTc,Biodistribution,CHM-CMT,39
99mTc,Biodistribution,CHM-PRO,121
99mTc,Cells,CHM-DSC,43
99mTc,Generator,CHM-APL,30
99mTc,H2O,CHM-CHM,30
99mTc,Hplc,CHM-CMT,78
99mTc,Imaging,CHM-APL,41
99mTc,Nanoparticles,CHM-DSC,56
99mTc,Nuclear Medicine,CHM-APL,34
99mTc,PEG,CHM-CHM,31
99mTc,Radioactivity,CHM-PRO,42
99mTc,Radiochemical Purity,CHM-PRO,37
99mTc,Radionuclide,CHM-CHM,56
99mTc,Radiopharmaceuticals,CHM-APL,93
99mTc,Radiotracer,CHM-APL,32
99mTc,Re,CHM-CHM,85
99mTc,Rhenium,CHM-CHM,67
99mTc,Spect,CHM-CMT,89
99mTc,Stability,CHM-PRO,74
99mTc,Structure,CHM-PRO,35
99mTc,TEM,CHM-CMT,43
99mTc,Technetium,CHM-CHM,43
99mTc,Technetium-99m,CHM-CHM,60
99mTc,Tumours,CHM-APL,50
9Cr–1Mo Steel,Hardness,CHM-PRO,34
9Cr–1Mo Steel,Martensite,CHM-SPL,34
9Cr–1Mo Steel,Martensitic,CHM-SPL,33
9Cr–1Mo Steel,Microstructure,CHM-PRO,64
9Cr–1Mo Steel,Normalized,CHM-SMT,37
9Cr–1Mo Steel,Precipitates,CHM-DSC,46
9Cr–1Mo Steel,SEM,CHM-CMT,47
9Cr–1Mo Steel,Surface,CHM-DSC,35
9Cr–1Mo Steel,Tempered,CHM-SMT,60
: Al,Al,PRO-CHM,49
: Si,Si,PRO-CHM,37
: Ti,Ti,PRO-CHM,54
<1 1 0>,100,CHM-CHM,68
<1 1 0>,Alloy,CHM-DSC,30
<1 1 0>,Crystal,CHM-DSC,34
<1 1 0>,Single Crystal,CHM-DSC,32
<1 1 0>,Substrate,CHM-DSC,39
A 0,Absorbance,PRO-PRO,30
A 0,Al,PRO-CHM,39
A 0,B 0,PRO-PRO,59
A 0,Bulk,PRO-DSC,54
A 0,Carbon,PRO-CHM,33
A 0,Compositions,PRO-PRO,35
A 0,Crystal,PRO-DSC,41
A 0,Crystal Structure,PRO-PRO,30
A 0,Cubic,PRO-SPL,34
A 0,Density,PRO-PRO,31
A 0,Diamonds,PRO-CHM,47
A 0,F,PRO-PRO,43
A 0,FCC,PRO-SPL,33
A 0,Fe,PRO-CHM,35
A 0,Film,PRO-DSC,41
A 0,Films,PRO-DSC,30
A 0,Hexagonal,PRO-SPL,30
A 0,Interface,PRO-DSC,81
A 0,K,PRO-PRO,55
A 0,Lattice Constant,PRO-PRO,82
A 0,Lattice Parameter,PRO-PRO,85
A 0,Layers,PRO-DSC,76
A 0,M,PRO-PRO,55
A 0,Monolayers,PRO-DSC,34
A 0,Ni,PRO-CHM,34
A 0,Oxygen,PRO-CHM,30
A 0,P,PRO-PRO,36
A 0,Particles,PRO-DSC,41
A 0,SEM,PRO-CMT,54
A 0,Si,PRO-CHM,40
A 0,Stress,PRO-PRO,31
A 0,Structure,PRO-PRO,60
A 0,Substrate,PRO-DSC,55
A 0,Surface,PRO-DSC,133
A 0,Surfaces,PRO-DSC,38
A 0,T,PRO-PRO,59
A 0,TEM,PRO-CMT,48
A 0,X-Ray Diffraction,PRO-CMT,41
A 0,XRD,PRO-CMT,56
A 0,β,PRO-PRO,49
A Lattice Parameter,C Lattice Parameter,PRO-PRO,41
A Lattice Parameter,Lattice Parameter,PRO-PRO,32
A Parameter,C Parameter,PRO-PRO,52
A Parameter,X-Ray Diffraction,PRO-CMT,31
A S,F,PRO-PRO,42
A S,M,PRO-PRO,32
A S,Surface,PRO-DSC,38
A Site Deficiency,Oxygen,PRO-CHM,60
A Site Deficiency,Perovskites,PRO-CHM,47
A Site Deficiency,Perovskites,PRO-SPL,53
A Site Deficient,Anode,PRO-APL,30
A Site Deficient,Cathode,PRO-APL,36
A Site Deficient,Compositions,PRO-PRO,36
A Site Deficient,Conductivity,PRO-PRO,30
A Site Deficient,Doped,PRO-DSC,40
A Site Deficient,Electrolyte,PRO-APL,33
A Site Deficient,Ni,PRO-CHM,30
A Site Deficient,Oxygen,PRO-CHM,58
A Site Deficient,Perovskites,PRO-CHM,110
A Site Deficient,Perovskites,PRO-SPL,130
A Site Deficient,XRD,PRO-CMT,32
"A,B","C,D",PRO-PRO,33
A-Al2O3,A-Alumina,CHM-CHM,73
A-Al2O3,A-Fe2O3,CHM-CHM,38
A-Al2O3,AFM,CHM-CMT,30
A-Al2O3,Activation Energy,CHM-PRO,50
A-Al2O3,Activity,CHM-PRO,79
A-Al2O3,Adhesions,CHM-PRO,48
A-Al2O3,Ag,CHM-CHM,44
A-Al2O3,Al,CHM-CHM,339
A-Al2O3,Al2O3,CHM-CHM,577
A-Al2O3,AlN,CHM-CHM,50
A-Al2O3,Alloy,CHM-DSC,170
A-Al2O3,Alloys,CHM-DSC,91
A-Al2O3,Alumina,CHM-CHM,575
A-Al2O3,Aluminum,CHM-CHM,213
A-Al2O3,Aluminum Oxide,CHM-CHM,67
A-Al2O3,Amorphous,CHM-DSC,203
A-Al2O3,Annealed,CHM-SMT,51
A-Al2O3,Annealing,CHM-SMT,104
A-Al2O3,Boehmite,CHM-CHM,74
A-Al2O3,Bulk,CHM-DSC,100
A-Al2O3,CH4,CHM-CHM,66
A-Al2O3,CO,CHM-CHM,82
A-Al2O3,CO2,CHM-CHM,128
A-Al2O3,CVD,CHM-SMT,39
A-Al2O3,Calcination,CHM-SMT,114
A-Al2O3,Calcined,CHM-SMT,64
A-Al2O3,Carbon,CHM-CHM,106
A-Al2O3,Catalyst,CHM-APL,242
A-Al2O3,Catalytic Activity,CHM-PRO,61
A-Al2O3,Catalytic Performance,CHM-PRO,35
A-Al2O3,CeO2,CHM-CHM,38
A-Al2O3,Ceramic,CHM-DSC,262
A-Al2O3,Chemical Vapour Deposition,CHM-SMT,38
A-Al2O3,Cluster,CHM-DSC,31
A-Al2O3,Co,CHM-CHM,59
A-Al2O3,Coated,CHM-SMT,96
A-Al2O3,Coatings,CHM-APL,363
A-Al2O3,Composite,CHM-DSC,207
A-Al2O3,Compositions,CHM-PRO,183
A-Al2O3,Conductivity,CHM-PRO,44
A-Al2O3,Cooling,CHM-SMT,36
A-Al2O3,Corrosion Resistance,CHM-PRO,49
A-Al2O3,Corundum,CHM-CHM,87
A-Al2O3,Cr,CHM-CHM,78
A-Al2O3,Cr2O3,CHM-CHM,68
A-Al2O3,Crystal,CHM-DSC,118
A-Al2O3,Crystal Structure,CHM-PRO,38
A-Al2O3,Crystalline,CHM-DSC,126
A-Al2O3,Crystallite,CHM-DSC,39
A-Al2O3,Crystallite Size,CHM-PRO,45
A-Al2O3,Cu,CHM-CHM,46
A-Al2O3,Cubic,CHM-SPL,49
A-Al2O3,D-Al2O3,CHM-CHM,30
A-Al2O3,Defect,CHM-PRO,33
A-Al2O3,Dense,CHM-PRO,129
A-Al2O3,Densification,CHM-SMT,42
A-Al2O3,Density,CHM-PRO,93
A-Al2O3,Doped,CHM-DSC,146
A-Al2O3,EDS,CHM-CMT,53
A-Al2O3,EDX,CHM-CMT,39
A-Al2O3,Electrolyte,CHM-APL,39
A-Al2O3,Ethanol,CHM-CHM,44
A-Al2O3,FTIR,CHM-CMT,48
A-Al2O3,Fe,CHM-CHM,84
A-Al2O3,Film,CHM-DSC,162
A-Al2O3,Films,CHM-DSC,191
A-Al2O3,Fracture Toughness,CHM-PRO,39
A-Al2O3,G-Al2O3,CHM-CHM,388
A-Al2O3,Grain Boundaries,CHM-PRO,63
A-Al2O3,Grain Size,CHM-PRO,110
A-Al2O3,Grains,CHM-DSC,34
A-Al2O3,H2,CHM-CHM,127
A-Al2O3,H2O,CHM-CHM,52
A-Al2O3,HRTEM,CHM-CMT,38
A-Al2O3,Hardness,CHM-PRO,104
A-Al2O3,Heat Treatment,CHM-SMT,86
A-Al2O3,Heating,CHM-SMT,86
A-Al2O3,Hexagonal,CHM-SPL,59
A-Al2O3,Hydrogen,CHM-CHM,117
A-Al2O3,Interface,CHM-DSC,205
A-Al2O3,Iron,CHM-CHM,32
A-Al2O3,Irradiated,CHM-SMT,35
A-Al2O3,Irradiation,CHM-SMT,34
A-Al2O3,Layers,CHM-DSC,421
A-Al2O3,Macroporous,CHM-DSC,31
A-Al2O3,Matrix,CHM-DSC,90
A-Al2O3,Mechanical Property,CHM-PRO,105
A-Al2O3,Membrane,CHM-APL,80
A-Al2O3,Membrane,CHM-DSC,209
A-Al2O3,Mesoporous,CHM-DSC,41
A-Al2O3,Metallic,CHM-PRO,74
A-Al2O3,Metals,CHM-PRO,94
A-Al2O3,Metastable,CHM-PRO,76
A-Al2O3,Methane,CHM-CHM,62
A-Al2O3,Mg,CHM-CHM,41
A-Al2O3,MgAl2O4,CHM-CHM,37
A-Al2O3,MgO,CHM-CHM,76
A-Al2O3,Micro Arc Oxidation,CHM-SMT,33
A-Al2O3,Micro Hardness,CHM-PRO,44
A-Al2O3,Microstructural,CHM-PRO,56
A-Al2O3,Microstructure,CHM-PRO,401
A-Al2O3,Morphology,CHM-PRO,150
A-Al2O3,Mullite,CHM-CHM,69
A-Al2O3,N2,CHM-CHM,95
A-Al2O3,Nano Structured,CHM-DSC,31
A-Al2O3,Nanocomposite,CHM-DSC,36
A-Al2O3,Nanocrystalline,CHM-DSC,72
A-Al2O3,Nanoparticles,CHM-DSC,108
A-Al2O3,Ni,CHM-CHM,183
A-Al2O3,NiO,CHM-CHM,49
A-Al2O3,Nickel,CHM-CHM,51
A-Al2O3,Nitrogen,CHM-CHM,71
A-Al2O3,O,CHM-CHM,59
A-Al2O3,O2,CHM-CHM,88
A-Al2O3,Oxidation,CHM-SMT,224
A-Al2O3,Oxidation Behavior,CHM-PRO,56
A-Al2O3,Oxidation Resistance,CHM-PRO,77
A-Al2O3,Oxides,CHM-CHM,198
A-Al2O3,Oxidize,CHM-SMT,57
A-Al2O3,Oxygen,CHM-CHM,278
A-Al2O3,Particle,CHM-DSC,38
A-Al2O3,Particle Size,CHM-PRO,61
A-Al2O3,Particles,CHM-DSC,297
A-Al2O3,Pd,CHM-CHM,52
A-Al2O3,Phase,CHM-PRO,35
A-Al2O3,Phase Composition,CHM-PRO,54
A-Al2O3,Photo Luminescence,CHM-CMT,39
A-Al2O3,Platelet,CHM-DSC,32
A-Al2O3,Polycrystalline,CHM-DSC,68
A-Al2O3,Pore Sizes,CHM-PRO,66
A-Al2O3,Porosity,CHM-PRO,84
A-Al2O3,Porous,CHM-DSC,152
A-Al2O3,Powder,CHM-DSC,216
A-Al2O3,Powders,CHM-DSC,192
A-Al2O3,Precipitates,CHM-DSC,30
A-Al2O3,Pt,CHM-CHM,64
A-Al2O3,Raman,CHM-CMT,32
A-Al2O3,Rutile,CHM-SPL,38
A-Al2O3,SEM,CHM-CMT,283
A-Al2O3,Sapphire,CHM-CHM,102
A-Al2O3,Scales,CHM-DSC,72
A-Al2O3,Scanning Electron Microscope,CHM-CMT,31
A-Al2O3,Scanning Electron Microscopy,CHM-CMT,184
A-Al2O3,Selectivity,CHM-PRO,59
A-Al2O3,Separation Factor,CHM-PRO,44
A-Al2O3,Si,CHM-CHM,103
A-Al2O3,SiC,CHM-CHM,35
A-Al2O3,SiO2,CHM-CHM,133
A-Al2O3,Silica,CHM-CHM,56
A-Al2O3,Single Crystal,CHM-DSC,129
A-Al2O3,Single Phase,CHM-DSC,31
A-Al2O3,Sintered,CHM-SMT,108
A-Al2O3,Sintering,CHM-SMT,183
A-Al2O3,Sol-Gel,CHM-SMT,101
A-Al2O3,Solid Solution,CHM-DSC,54
A-Al2O3,Specific Surface Area,CHM-PRO,50
A-Al2O3,Spinels,CHM-SPL,86
A-Al2O3,Stability,CHM-PRO,83
A-Al2O3,Strengths,CHM-PRO,38
A-Al2O3,Stress,CHM-PRO,32
A-Al2O3,Structural,CHM-PRO,49
A-Al2O3,Structure,CHM-PRO,222
A-Al2O3,Structures,CHM-PRO,30
A-Al2O3,Substrate,CHM-DSC,415
A-Al2O3,Superalloy,CHM-DSC,45
A-Al2O3,Support,CHM-APL,93
A-Al2O3,Surface,CHM-DSC,455
A-Al2O3,Surface Area,CHM-PRO,76
A-Al2O3,Surface Morphology,CHM-PRO,44
A-Al2O3,Surfaces,CHM-DSC,133
A-Al2O3,TEM,CHM-CMT,158
A-Al2O3,Tetragonal,CHM-SPL,40
A-Al2O3,Th Al2O3,CHM-CHM,87
A-Al2O3,Thermal Barrier Coating,CHM-APL,46
A-Al2O3,Thermal Conductivity,CHM-PRO,40
A-Al2O3,Thermal Stability,CHM-PRO,65
A-Al2O3,Thermal Treatment,CHM-SMT,30
A-Al2O3,Thermally Grown,CHM-SMT,37
A-Al2O3,Thin,CHM-DSC,48
A-Al2O3,Thin Films,CHM-DSC,119
A-Al2O3,Ti,CHM-CHM,71
A-Al2O3,TiO2,CHM-CHM,135
A-Al2O3,Transmission Electron Microscopy,CHM-CMT,137
A-Al2O3,Transparent,CHM-PRO,39
A-Al2O3,Wear Resistance,CHM-PRO,46
A-Al2O3,X-Ray Diffraction,CHM-CMT,342
A-Al2O3,X-Ray Photoelectron Spectroscopy,CHM-CMT,47
A-Al2O3,XPS,CHM-CMT,85
A-Al2O3,XRD,CHM-CMT,381
A-Al2O3,Y2O3,CHM-CHM,70
A-Al2O3,Zeolites,CHM-CHM,88
A-Al2O3,Zirconia,CHM-CHM,63
A-Al2O3,ZnO,CHM-CHM,42
A-Al2O3,ZrO2,CHM-CHM,111
A-Alumina,A-Al2O3,CHM-CHM,73
A-Alumina,Al,CHM-CHM,74
A-Alumina,Al2O3,CHM-CHM,73
A-Alumina,Alloy,CHM-DSC,39
A-Alumina,Alumina,CHM-CHM,389
A-Alumina,Aluminum,CHM-CHM,78
A-Alumina,Amorphous,CHM-DSC,63
A-Alumina,Annealing,CHM-SMT,30
A-Alumina,Boehmite,CHM-CHM,51
A-Alumina,Bulk,CHM-DSC,40
A-Alumina,CH4,CHM-CHM,33
A-Alumina,CO,CHM-CHM,30
A-Alumina,CO2,CHM-CHM,77
A-Alumina,Calcination,CHM-SMT,74
A-Alumina,Calcined,CHM-SMT,44
A-Alumina,Carbon,CHM-CHM,45
A-Alumina,Catalyst,CHM-APL,86
A-Alumina,Ceramic,CHM-DSC,94
A-Alumina,Coated,CHM-SMT,50
A-Alumina,Coatings,CHM-APL,96
A-Alumina,Composite,CHM-DSC,80
A-Alumina,Compositions,CHM-PRO,47
A-Alumina,Crystal,CHM-DSC,66
A-Alumina,Crystalline,CHM-DSC,37
A-Alumina,Dense,CHM-PRO,55
A-Alumina,Density,CHM-PRO,45
A-Alumina,Doped,CHM-DSC,53
A-Alumina,Ethanol,CHM-CHM,42
A-Alumina,Film,CHM-DSC,53
A-Alumina,Films,CHM-DSC,64
A-Alumina,G-Alumina,CHM-CHM,118
A-Alumina,Grain Boundaries,CHM-PRO,30
A-Alumina,H2,CHM-CHM,79
A-Alumina,Heat Treatment,CHM-SMT,41
A-Alumina,Heating,CHM-SMT,30
A-Alumina,Hydrogen,CHM-CHM,71
A-Alumina,Interface,CHM-DSC,49
A-Alumina,Layers,CHM-DSC,164
A-Alumina,MFI,CHM-SPL,30
A-Alumina,Mechanical Property,CHM-PRO,31
A-Alumina,Membrane,CHM-APL,114
A-Alumina,Membrane,CHM-DSC,257
A-Alumina,Mesoporous,CHM-DSC,36
A-Alumina,Metals,CHM-PRO,33
A-Alumina,Microstructure,CHM-PRO,107
A-Alumina,Morphology,CHM-PRO,53
A-Alumina,Mullite,CHM-CHM,46
A-Alumina,N2,CHM-CHM,74
A-Alumina,Nanoparticles,CHM-DSC,46
A-Alumina,Nitrogen,CHM-CHM,45
A-Alumina,O2,CHM-CHM,38
A-Alumina,Oxidation,CHM-SMT,55
A-Alumina,Oxides,CHM-CHM,51
A-Alumina,Oxygen,CHM-CHM,78
A-Alumina,Particles,CHM-DSC,137
A-Alumina,Permeance,CHM-PRO,40
A-Alumina,Polycrystalline,CHM-DSC,39
A-Alumina,Pore Sizes,CHM-PRO,51
A-Alumina,Porosity,CHM-PRO,44
A-Alumina,Porous,CHM-DSC,145
A-Alumina,Powder,CHM-DSC,102
A-Alumina,Powders,CHM-DSC,85
A-Alumina,SEM,CHM-CMT,124
A-Alumina,Scanning Electron Microscopy,CHM-CMT,77
A-Alumina,Selectivity,CHM-PRO,34
A-Alumina,Separation Factor,CHM-PRO,44
A-Alumina,Si,CHM-CHM,30
A-Alumina,Silica,CHM-CHM,103
A-Alumina,Single Crystal,CHM-DSC,30
A-Alumina,Sintered,CHM-SMT,60
A-Alumina,Sintering,CHM-SMT,90
A-Alumina,Sol-Gel,CHM-SMT,66
A-Alumina,Stability,CHM-PRO,44
A-Alumina,Structure,CHM-PRO,65
A-Alumina,Substrate,CHM-DSC,131
A-Alumina,Support,CHM-APL,100
A-Alumina,Support,CHM-DSC,31
A-Alumina,Surface,CHM-DSC,213
A-Alumina,Surface Area,CHM-PRO,37
A-Alumina,Surfaces,CHM-DSC,82
A-Alumina,TEM,CHM-CMT,41
A-Alumina,Thin,CHM-DSC,34
A-Alumina,Transmission Electron Microscopy,CHM-CMT,35
A-Alumina,Tubular,CHM-DSC,37
A-Alumina,X-Ray Diffraction,CHM-CMT,110
A-Alumina,XRD,CHM-CMT,121
A-Alumina,Zeolites,CHM-CHM,108
A-Alumina,Zirconia,CHM-CHM,66
A-Amino Acids,Amino Acid,CHM-CHM,31
A-B,C-D,CHM-CHM,58
A-B,E-F,CHM-CHM,37
A-B,Microstructure,SPL-PRO,46
A-B,SEM,CHM-CMT,47
A-B,TEM,CHM-CMT,56
A-B,XRD,CHM-CMT,40
A-Bi2O3,B-Bi2O3,CHM-CHM,31
A-Bi2O3,Bi2O3,CHM-CHM,56
A-Bi2O3,Photo Catalytic Activity,CHM-PRO,33
A-Bi2O3,XRD,CHM-CMT,35
A-C,D-F,CHM-CHM,32
A-C,Films,CHM-DSC,30
A-C,SEM,CHM-CMT,44
A-C,TEM,CHM-CMT,34
A-C,XRD,CHM-CMT,31
A-CN,Films,CHM-DSC,30
A-Carbon,Carbon,CHM-CHM,41
A-Cut,Crystal,DSC-DSC,34
A-F,SEM,CHM-CMT,46
A-F,Surface,CHM-DSC,32
A-Fe2O3,3D,CHM-DSC,45
A-Fe2O3,57Fe,CHM-CHM,31
A-Fe2O3,A-Al2O3,CHM-CHM,38
A-Fe2O3,A-FeOOH,CHM-CHM,60
A-Fe2O3,Acetone,CHM-CHM,40
A-Fe2O3,Activity,CHM-PRO,76
A-Fe2O3,Adsorption Capacity,CHM-PRO,34
A-Fe2O3,Ag,CHM-CHM,33
A-Fe2O3,Al2O3,CHM-CHM,41
A-Fe2O3,Alumina,CHM-CHM,32
A-Fe2O3,Amorphous,CHM-DSC,110
A-Fe2O3,Annealed,CHM-SMT,58
A-Fe2O3,Annealing,CHM-SMT,136
A-Fe2O3,Anode,CHM-APL,156
A-Fe2O3,Anodes,CHM-APL,39
A-Fe2O3,As Obtained,CHM-DSC,40
A-Fe2O3,As Prepared,CHM-DSC,136
A-Fe2O3,As-Synthesized,CHM-DSC,60
A-Fe2O3,Au,CHM-CHM,42
A-Fe2O3,B-FeOOH,CHM-CHM,49
A-Fe2O3,BET,CHM-CMT,37
A-Fe2O3,Band Gap,CHM-PRO,45
A-Fe2O3,Bandgap,CHM-PRO,33
A-Fe2O3,Bulk,CHM-DSC,83
A-Fe2O3,CO,CHM-CHM,63
A-Fe2O3,CO2,CHM-CHM,39
A-Fe2O3,Calcination,CHM-SMT,113
A-Fe2O3,Calcined,CHM-SMT,61
A-Fe2O3,Capacity,CHM-PRO,94
A-Fe2O3,Capacity Retention,CHM-PRO,30
A-Fe2O3,Carbon,CHM-CHM,167
A-Fe2O3,Catalyst,CHM-APL,221
A-Fe2O3,Catalytic Activity,CHM-PRO,80
A-Fe2O3,Catalytic Performance,CHM-PRO,47
A-Fe2O3,Chemical Composition,CHM-PRO,31
A-Fe2O3,Co,CHM-CHM,33
A-Fe2O3,Coated,CHM-SMT,55
A-Fe2O3,Coatings,CHM-APL,56
A-Fe2O3,Coercivity,CHM-PRO,84
A-Fe2O3,Composite,CHM-DSC,261
A-Fe2O3,Compositions,CHM-PRO,111
A-Fe2O3,Conductive,CHM-PRO,32
A-Fe2O3,Conductivity,CHM-PRO,56
A-Fe2O3,Core,CHM-DSC,31
A-Fe2O3,Crystal,CHM-DSC,67
A-Fe2O3,Crystal Structure,CHM-PRO,65
A-Fe2O3,Crystalline,CHM-DSC,93
A-Fe2O3,Crystallinity,CHM-PRO,60
A-Fe2O3,Crystallite Size,CHM-PRO,50
A-Fe2O3,Cu,CHM-CHM,30
A-Fe2O3,Cubic,CHM-SPL,40
A-Fe2O3,Cyclic Voltammetry,CHM-CMT,41
A-Fe2O3,Cycling Performance,CHM-PRO,49
A-Fe2O3,Cycling Stability,CHM-PRO,55
A-Fe2O3,Discharge Capacity,CHM-PRO,48
A-Fe2O3,Doped,CHM-DSC,133
A-Fe2O3,Doping,CHM-SMT,55
A-Fe2O3,EDS,CHM-CMT,41
A-Fe2O3,EDX,CHM-CMT,40
A-Fe2O3,Efficiency,CHM-PRO,40
A-Fe2O3,Electrical Conductivity,CHM-PRO,46
A-Fe2O3,Electrochemical Impedance Spectroscopy,CHM-CMT,36
A-Fe2O3,Electrochemical Performance,CHM-PRO,112
A-Fe2O3,Electrochemical Properties,CHM-PRO,59
A-Fe2O3,Electrode,CHM-APL,195
A-Fe2O3,Electrodes,CHM-APL,110
A-Fe2O3,Electrolyte,CHM-APL,95
A-Fe2O3,Energy Density,CHM-PRO,30
A-Fe2O3,Ethanol,CHM-CHM,73
A-Fe2O3,FE-SEM,CHM-CMT,32
A-Fe2O3,FESEM,CHM-CMT,55
A-Fe2O3,FT-IR,CHM-CMT,75
A-Fe2O3,FTIR,CHM-CMT,96
A-Fe2O3,FTO,CHM-CHM,31
A-Fe2O3,Fe,CHM-CHM,265
A-Fe2O3,Fe2+,CHM-CHM,53
A-Fe2O3,Fe2O3,CHM-CHM,335
A-Fe2O3,Fe3+,CHM-CHM,128
A-Fe2O3,Fe3O4,CHM-CHM,194
A-Fe2O3,FeCl3,CHM-CHM,64
A-Fe2O3,FeOOH,CHM-CHM,36
A-Fe2O3,Ferrite,CHM-CHM,60
A-Fe2O3,Ferromagnetic,CHM-PRO,32
A-Fe2O3,Field Emission Scanning Electron Microscopy,CHM-CMT,70
A-Fe2O3,Film,CHM-DSC,98
A-Fe2O3,Films,CHM-DSC,127
A-Fe2O3,Formation Mechanism,CHM-PRO,44
A-Fe2O3,Fourier Transform Infrared,CHM-CMT,35
A-Fe2O3,Fourier Transform Infrared Spectroscopy,CHM-CMT,63
A-Fe2O3,Gas Sensing Properties,CHM-PRO,34
A-Fe2O3,Gas Sensors,CHM-APL,39
A-Fe2O3,Goethite,CHM-CHM,40
A-Fe2O3,Grain Size,CHM-PRO,30
A-Fe2O3,Graphene,CHM-CHM,70
A-Fe2O3,Graphene Oxide,CHM-CHM,80
A-Fe2O3,H2,CHM-CHM,58
A-Fe2O3,H2O2,CHM-CHM,44
A-Fe2O3,HRTEM,CHM-CMT,96
A-Fe2O3,Heat Treatment,CHM-SMT,58
A-Fe2O3,Heating,CHM-SMT,50
A-Fe2O3,Hematite,CHM-CHM,611
A-Fe2O3,Heterojunction,CHM-DSC,42
A-Fe2O3,Heterostructure,CHM-DSC,49
A-Fe2O3,Hexagonal,CHM-SPL,83
A-Fe2O3,Hollow,CHM-DSC,36
A-Fe2O3,Hydrogen,CHM-CHM,151
A-Fe2O3,Hydrolysis,CHM-SMT,32
A-Fe2O3,Hydrothermal Method,CHM-SMT,88
A-Fe2O3,Hydrothermal Process,CHM-SMT,41
A-Fe2O3,Hydrothermal Synthesis,CHM-SMT,42
A-Fe2O3,Hydroxyl,CHM-CHM,37
A-Fe2O3,Interface,CHM-DSC,103
A-Fe2O3,Ir,CHM-CMT,33
A-Fe2O3,Iron,CHM-CHM,256
A-Fe2O3,Iron Oxide,CHM-CHM,317
A-Fe2O3,LIBs,CHM-APL,41
A-Fe2O3,Layers,CHM-DSC,144
A-Fe2O3,Li,CHM-CHM,76
A-Fe2O3,Li-Ion Battery,CHM-APL,35
A-Fe2O3,Lithium,CHM-CHM,209
A-Fe2O3,Lithium Ion Battery,CHM-APL,97
A-Fe2O3,Lithium-Ion Batteries,CHM-APL,42
A-Fe2O3,Maghemite,CHM-CHM,60
A-Fe2O3,Magnetic Measurement,CHM-CMT,39
A-Fe2O3,Magnetic Properties,CHM-PRO,165
A-Fe2O3,Magnetics,CHM-PRO,108
A-Fe2O3,Magnetite,CHM-CHM,55
A-Fe2O3,Magnetite (Fe3O4),CHM-CHM,49
A-Fe2O3,Magnetization,CHM-PRO,49
A-Fe2O3,Mesoporous,CHM-DSC,91
A-Fe2O3,Metal Oxide,CHM-CHM,77
A-Fe2O3,Metal Oxides,CHM-CHM,50
A-Fe2O3,Metallic,CHM-PRO,39
A-Fe2O3,Metals,CHM-PRO,43
A-Fe2O3,Methanol,CHM-CHM,32
A-Fe2O3,Methylene Blue,CHM-CHM,51
A-Fe2O3,Microstructure,CHM-PRO,143
A-Fe2O3,Milling,CHM-SMT,38
A-Fe2O3,Morin,CHM-CHM,32
A-Fe2O3,Morphologic,CHM-PRO,48
A-Fe2O3,Morphologies,CHM-PRO,112
A-Fe2O3,Morphology,CHM-PRO,338
A-Fe2O3,Mossbauer,CHM-CMT,56
A-Fe2O3,Mossbauer Spectroscopy,CHM-CMT,75
A-Fe2O3,N2,CHM-CHM,85
A-Fe2O3,NPS,CHM-DSC,64
A-Fe2O3,NaOH,CHM-CHM,51
A-Fe2O3,Nano Structured,CHM-DSC,61
A-Fe2O3,Nanocomposite,CHM-DSC,130
A-Fe2O3,Nanocrystalline,CHM-DSC,61
A-Fe2O3,Nanocrystals,CHM-DSC,77
A-Fe2O3,Nanomaterial,CHM-DSC,61
A-Fe2O3,Nanoparticle,CHM-DSC,59
A-Fe2O3,Nanoparticles,CHM-DSC,509
A-Fe2O3,Nanorods,CHM-DSC,169
A-Fe2O3,Nanosheets,CHM-DSC,83
A-Fe2O3,Nanosphere,CHM-DSC,44
A-Fe2O3,Nanostructure,CHM-DSC,42
A-Fe2O3,Nanostructures,CHM-DSC,151
A-Fe2O3,Nanotube,CHM-DSC,77
A-Fe2O3,Nanowires,CHM-DSC,58
A-Fe2O3,Ni,CHM-CHM,36
A-Fe2O3,NiO,CHM-CHM,36
A-Fe2O3,Nitrogen,CHM-CHM,76
A-Fe2O3,O2,CHM-CHM,67
A-Fe2O3,One-Dimensional,CHM-DSC,31
A-Fe2O3,Onset Potential,CHM-PRO,37
A-Fe2O3,Oxidation,CHM-SMT,52
A-Fe2O3,Oxides,CHM-CHM,100
A-Fe2O3,Oxygen,CHM-CHM,199
A-Fe2O3,PEC Performance,CHM-PRO,36
A-Fe2O3,Particle,CHM-DSC,31
A-Fe2O3,Particle Size,CHM-PRO,88
A-Fe2O3,Particles,CHM-DSC,300
A-Fe2O3,Phase Composition,CHM-PRO,32
A-Fe2O3,Photo Catalytic Activity,CHM-PRO,103
A-Fe2O3,Photoanode,CHM-APL,145
A-Fe2O3,Photocatalyst,CHM-APL,37
A-Fe2O3,Photocatalysts,CHM-APL,45
A-Fe2O3,Photocurrent,CHM-PRO,64
A-Fe2O3,Photocurrent Density,CHM-PRO,91
A-Fe2O3,Photoelectrochemical Water Splitting,CHM-APL,30
A-Fe2O3,Photoelectrodes,CHM-APL,48
A-Fe2O3,Porosity,CHM-PRO,32
A-Fe2O3,Porous,CHM-DSC,135
A-Fe2O3,Powder,CHM-DSC,80
A-Fe2O3,Powders,CHM-DSC,91
A-Fe2O3,Pt,CHM-CHM,41
A-Fe2O3,Raman,CHM-CMT,67
A-Fe2O3,Raman Spectroscopy,CHM-CMT,84
A-Fe2O3,Rate Capability,CHM-PRO,83
A-Fe2O3,Rate Performance,CHM-PRO,32
A-Fe2O3,Reductions,CHM-SMT,60
A-Fe2O3,Response,CHM-PRO,66
A-Fe2O3,Reversible Capacity,CHM-PRO,84
A-Fe2O3,Rhodamine B,CHM-CHM,37
A-Fe2O3,Rhombohedral,CHM-SPL,41
A-Fe2O3,SAED,CHM-CMT,31
A-Fe2O3,SEM,CHM-CMT,239
A-Fe2O3,Saturation Magnetization,CHM-PRO,79
A-Fe2O3,Scanning Electron Microscopy,CHM-CMT,209
A-Fe2O3,Selectivity,CHM-PRO,46
A-Fe2O3,Semiconductor,CHM-PRO,82
A-Fe2O3,Sensitivity,CHM-PRO,52
A-Fe2O3,Sensor,CHM-APL,70
A-Fe2O3,Sheets,CHM-DSC,32
A-Fe2O3,Shell,CHM-DSC,55
A-Fe2O3,Si,CHM-CHM,39
A-Fe2O3,SiO2,CHM-CHM,64
A-Fe2O3,Silica,CHM-CHM,57
A-Fe2O3,Single Crystal,CHM-DSC,48
A-Fe2O3,Single Crystalline,CHM-DSC,42
A-Fe2O3,Single Phase,CHM-DSC,49
A-Fe2O3,Sintering,CHM-SMT,40
A-Fe2O3,SnO2,CHM-CHM,51
A-Fe2O3,Sol-Gel,CHM-SMT,61
A-Fe2O3,Solid Solution,CHM-DSC,32
A-Fe2O3,Specific Capacitance,CHM-PRO,56
A-Fe2O3,Specific Capacity,CHM-PRO,49
A-Fe2O3,Specific Surface Area,CHM-PRO,102
A-Fe2O3,Spinels,CHM-SPL,67
A-Fe2O3,Stability,CHM-PRO,119
A-Fe2O3,Structural,CHM-PRO,70
A-Fe2O3,Structure,CHM-PRO,280
A-Fe2O3,Structures,CHM-PRO,49
A-Fe2O3,Substrate,CHM-DSC,148
A-Fe2O3,Supercapacitor,CHM-APL,32
A-Fe2O3,Surface,CHM-DSC,340
A-Fe2O3,Surface Area,CHM-PRO,138
A-Fe2O3,Surfaces,CHM-DSC,86
A-Fe2O3,TEM,CHM-CMT,315
A-Fe2O3,Tga,CHM-CMT,46
A-Fe2O3,Thermal Decomposition,CHM-SMT,45
A-Fe2O3,Thermal Treatment,CHM-SMT,55
A-Fe2O3,Thin Films,CHM-DSC,104
A-Fe2O3,Ti,CHM-CHM,49
A-Fe2O3,TiO2,CHM-CHM,127
A-Fe2O3,Transmission Electron Microscopy,CHM-CMT,257
A-Fe2O3,Urea,CHM-CHM,37
A-Fe2O3,Vibrating Sample Magnetometer,CHM-CMT,44
A-Fe2O3,Vsm,CHM-CMT,56
A-Fe2O3,Water Oxidation,CHM-APL,43
A-Fe2O3,Water Splitting,CHM-APL,47
A-Fe2O3,X-Ray Diffraction,CHM-CMT,451
A-Fe2O3,X-Ray Photoelectron Spectroscopy,CHM-CMT,128
A-Fe2O3,X-Ray Powder Diffraction,CHM-CMT,54
A-Fe2O3,XPS,CHM-CMT,142
A-Fe2O3,XRD,CHM-CMT,477
A-Fe2O3,ZnO,CHM-CHM,69
A-Fe2O3,g-Fe2O3,CHM-CHM,151
A-FeOOH,A-Fe2O3,CHM-CHM,60
A-FeOOH,Fe,CHM-CHM,31
A-FeOOH,Goethite,CHM-CHM,55
A-FeOOH,Iron,CHM-CHM,30
A-FeOOH,Nanorods,CHM-DSC,31
A-FeOOH,Particles,CHM-DSC,48
A-FeOOH,Surface,CHM-DSC,34
A-FeOOH,X-Ray Diffraction,CHM-CMT,33
A-FeOOH,XRD,CHM-CMT,39
A-Ferrite,Alloy,CHM-DSC,38
A-Ferrite,Austenite,CHM-SPL,113
A-Ferrite,Carbon,CHM-CHM,39
A-Ferrite,Chemical Composition,CHM-PRO,50
A-Ferrite,Compositions,CHM-PRO,40
A-Ferrite,Cooling,CHM-SMT,38
A-Ferrite,Cr,CHM-CHM,32
A-Ferrite,Ferrite,CHM-CHM,108
A-Ferrite,Ferrite,CHM-SPL,32
A-Ferrite,Grain Size,CHM-PRO,35
A-Ferrite,Interface,CHM-DSC,33
A-Ferrite,Martensite,CHM-SPL,50
A-Ferrite,Microstructure,CHM-PRO,100
A-Ferrite,SEM,CHM-CMT,53
A-Ferrite,Structure,CHM-PRO,30
A-Ferrite,TEM,CHM-CMT,38
A-Form,Crystal,SPL-DSC,39
A-IGZO,AFM,CHM-CMT,37
A-IGZO,Amorphous,CHM-DSC,68
A-IGZO,Annealed,CHM-SMT,45
A-IGZO,Annealing,CHM-SMT,41
A-IGZO,Channels,CHM-APL,37
A-IGZO,Film,CHM-DSC,82
A-IGZO,Films,CHM-DSC,115
A-IGZO,Layers,CHM-DSC,72
A-IGZO,Mobility,CHM-PRO,36
A-IGZO,O,CHM-CHM,53
A-IGZO,O2,CHM-CHM,32
A-IGZO,Output Characteristics,CHM-PRO,59
A-IGZO,Oxygen,CHM-CHM,52
A-IGZO,SEM,CHM-CMT,36
A-IGZO,SiO2,CHM-CHM,40
A-IGZO,Substrate,CHM-DSC,93
A-IGZO,Surface,CHM-DSC,31
A-IGZO,TFT,CHM-APL,63
A-IGZO,TFTs,CHM-APL,83
A-IGZO,Tfts,CHM-APL,103
A-IGZO,Thin Film Transistor,CHM-APL,59
A-IGZO,Thin Films,CHM-DSC,68
A-IGZO,Threshold Voltage,CHM-PRO,47
A-IGZO,Transfer Characteristic,CHM-PRO,88
A-IGZO,Transfer Characteristics,CHM-PRO,49
A-IGZO,Transfer Curve,CHM-PRO,46
A-IGZO,XPS,CHM-CMT,57
A-IGZO,XRD,CHM-CMT,44
A-IGZO,Zn,CHM-CHM,33
A-Iron,Iron,CHM-CHM,34
A-MoO3,Composite,CHM-DSC,30
A-MoO3,Crystal Structure,CHM-PRO,32
A-MoO3,Electrode,CHM-APL,38
A-MoO3,Electrodes,CHM-APL,35
A-MoO3,Film,CHM-DSC,32
A-MoO3,HRTEM,CHM-CMT,48
A-MoO3,Layered,CHM-DSC,30
A-MoO3,Layers,CHM-DSC,32
A-MoO3,Lithium,CHM-CHM,38
A-MoO3,Mo,CHM-CHM,74
A-MoO3,MoO3,CHM-CHM,168
A-MoO3,Morphology,CHM-PRO,42
A-MoO3,Nanobelts,CHM-DSC,47
A-MoO3,Orthorhombic,CHM-SPL,50
A-MoO3,Oxygen,CHM-CHM,46
A-MoO3,Raman,CHM-CMT,45
A-MoO3,SAED,CHM-CMT,31
A-MoO3,SEM,CHM-CMT,93
A-MoO3,Structure,CHM-PRO,49
A-MoO3,Surface,CHM-DSC,52
A-MoO3,TEM,CHM-CMT,82
A-MoO3,X-Ray Diffraction,CHM-CMT,41
A-MoO3,XPS,CHM-CMT,50
A-MoO3,XRD,CHM-CMT,113
A-Olefins,1-Hexene,CHM-CHM,32
A-Olefins,Catalyst,CHM-APL,176
A-Olefins,Catalytic Performance,CHM-PRO,34
A-Olefins,Copolymer,CHM-DSC,31
A-Olefins,Ethylene,CHM-CHM,109
A-Olefins,Hydrocarbon,CHM-CHM,38
A-Olefins,MTO,CHM-APL,68
A-Olefins,Metallocene,CHM-CHM,34
A-Olefins,Methanol,CHM-CHM,105
A-Olefins,Methanol-to-Olefins,CHM-APL,48
A-Olefins,Microstructure,CHM-PRO,34
A-Olefins,Molecular Weight,CHM-PRO,30
A-Olefins,Olefins,CHM-CHM,107
A-Olefins,Polyethylene,CHM-CHM,30
A-Olefins,Propylene,CHM-CHM,38
A-Olefins,SAPO-34,CHM-CHM,30
A-Olefins,Zeolites,CHM-CHM,71
A-Phase,Al,SPL-CHM,40
A-Phase,Alloy,SPL-DSC,118
A-Phase,Alloys,SPL-DSC,90
A-Phase,Annealing,SPL-SMT,31
A-Phase,Bulk,SPL-DSC,32
A-Phase,Compositions,SPL-PRO,65
A-Phase,Crystalline,SPL-DSC,35
A-Phase,Film,SPL-DSC,45
A-Phase,Films,SPL-DSC,47
A-Phase,G,SPL-SPL,58
A-Phase,Grain Size,SPL-PRO,34
A-Phase,Heat Treatment,SPL-SMT,35
A-Phase,Hydrogen,SPL-CHM,33
A-Phase,Layers,SPL-DSC,30
A-Phase,Mechanical Property,SPL-PRO,50
A-Phase,Microstructure,SPL-PRO,164
A-Phase,Morphology,SPL-PRO,46
A-Phase,Oxygen,SPL-CHM,31
A-Phase,Particles,SPL-DSC,46
A-Phase,Perovskites,SPL-CHM,40
A-Phase,Perovskites,SPL-SPL,38
A-Phase,Phase,SPL-SPL,55
A-Phase,Powder,SPL-DSC,32
A-Phase,SEM,SPL-CMT,34
A-Phase,Scanning Electron Microscopy,SPL-CMT,30
A-Phase,Strengths,SPL-PRO,40
A-Phase,Structure,SPL-PRO,75
A-Phase,Substrate,SPL-DSC,41
A-Phase,Surface,SPL-DSC,43
A-Phase,TEM,SPL-CMT,34
A-Phase,Ti,SPL-CHM,33
A-Phase,Titanium,SPL-CHM,34
A-Phase,X-Ray Diffraction,SPL-CMT,79
A-Phase,XRD,SPL-CMT,60
A-Pinene,Activity,CHM-PRO,39
A-Pinene,Camphene,CHM-CHM,36
A-Pinene,Catalyst,CHM-APL,93
A-Pinene,Catalytic Activity,CHM-PRO,34
A-Pinene,Limonene,CHM-CHM,41
A-Pinene,XRD,CHM-CMT,32
A-Pinene,Zeolites,CHM-CHM,40
A-Plane,AFM,CHM-CMT,114
A-Plane,Al,CHM-CHM,30
A-Plane,Al2O3,CHM-CHM,45
A-Plane,AlN,CHM-CHM,48
A-Plane,Annealed,CHM-SMT,34
A-Plane,Annealing,CHM-SMT,39
A-Plane,As-Grown,CHM-DSC,30
A-Plane,Atomic Force Microscopy,CHM-CMT,46
A-Plane,Buffer Layer,CHM-DSC,45
A-Plane,C-Plane,CHM-CHM,30
A-Plane,Crystal,CHM-DSC,57
A-Plane,Crystalline Quality,CHM-PRO,35
A-Plane,Doped,CHM-DSC,37
A-Plane,FWHM,CHM-PRO,31
A-Plane,Film,CHM-DSC,150
A-Plane,Films,CHM-DSC,173
A-Plane,Films,DSC-DSC,44
A-Plane,Ga,CHM-CHM,41
A-Plane,GaN,CHM-CHM,230
A-Plane,GaN,DSC-CHM,58
A-Plane,Hexagonal,CHM-SPL,34
A-Plane,Interface,CHM-DSC,63
A-Plane,Layers,CHM-DSC,133
A-Plane,M-Plane,CHM-CHM,73
A-Plane,MOCVD,CHM-SMT,30
A-Plane,Mg,CHM-CHM,30
A-Plane,Morphology,CHM-PRO,32
A-Plane,Nanowires,CHM-DSC,30
A-Plane,Nonpolar,CHM-PRO,108
A-Plane,Optical Properties,CHM-PRO,36
A-Plane,Oxygen,CHM-CHM,40
A-Plane,PL,CHM-CMT,66
A-Plane,Photo Luminescence,CHM-CMT,85
A-Plane,Pulsed Laser Deposition,CHM-SMT,32
A-Plane,R-Plane,CHM-CHM,43
A-Plane,Raman,CHM-CMT,41
A-Plane,Rocking Curve,CHM-CMT,41
A-Plane,SEM,CHM-CMT,116
A-Plane,Sapphire,CHM-CHM,304
A-Plane,Sapphire,DSC-CHM,75
A-Plane,Si,CHM-CHM,45
A-Plane,Single Crystal,CHM-DSC,38
A-Plane,Substrate,CHM-DSC,303
A-Plane,Substrate,DSC-DSC,69
A-Plane,Surface,CHM-DSC,142
A-Plane,Surface,DSC-DSC,39
A-Plane,Surface Morphology,CHM-PRO,67
A-Plane,Surfaces,CHM-DSC,45
A-Plane,TEM,CHM-CMT,40
A-Plane,Thin Films,CHM-DSC,87
A-Plane,Transmission Electron Microscopy,CHM-CMT,33
A-Plane,Wurtzite,CHM-CHM,32
A-Plane,X-Ray Diffraction,CHM-CMT,81
A-Plane,X-Ray Rocking Curve,CHM-CMT,38
A-Plane,XRD,CHM-CMT,96
A-Plane,ZnO,CHM-CHM,144
A-Quartz,Quartz,CHM-CHM,34
A-Quartz,Silica,CHM-CHM,39
A-Sheet,Structure,DSC-PRO,32
A-Si3N4,Al,CHM-CHM,30
A-Si3N4,Al2O3,CHM-CHM,37
A-Si3N4,AlN,CHM-CHM,31
A-Si3N4,Amorphous,CHM-DSC,108
A-Si3N4,Annealing,CHM-SMT,33
A-Si3N4,B-Si3N4,CHM-CHM,112
A-Si3N4,Carbon,CHM-CHM,56
A-Si3N4,Ceramic,CHM-DSC,96
A-Si3N4,Coatings,CHM-APL,86
A-Si3N4,Composite,CHM-DSC,48
A-Si3N4,Compositions,CHM-PRO,68
A-Si3N4,Crystal,CHM-DSC,34
A-Si3N4,Crystalline,CHM-DSC,45
A-Si3N4,Dense,CHM-PRO,32
A-Si3N4,Density,CHM-PRO,33
A-Si3N4,Film,CHM-DSC,35
A-Si3N4,Films,CHM-DSC,47
A-Si3N4,Fracture Toughness,CHM-PRO,44
A-Si3N4,Hardness,CHM-PRO,120
A-Si3N4,Interface,CHM-DSC,33
A-Si3N4,Layers,CHM-DSC,39
A-Si3N4,Mechanical Property,CHM-PRO,78
A-Si3N4,Microstructure,CHM-PRO,117
A-Si3N4,Morphology,CHM-PRO,33
A-Si3N4,N2,CHM-CHM,43
A-Si3N4,NC,CHM-DSC,38
A-Si3N4,Nanocomposite,CHM-DSC,84
A-Si3N4,Nitrogen,CHM-CHM,77
A-Si3N4,Particles,CHM-DSC,36
A-Si3N4,Powder,CHM-DSC,94
A-Si3N4,Powders,CHM-DSC,61
A-Si3N4,SEM,CHM-CMT,42
A-Si3N4,Si,CHM-CHM,126
A-Si3N4,Si3N4,CHM-CHM,157
A-Si3N4,SiC,CHM-CHM,36
A-Si3N4,SiO2,CHM-CHM,37
A-Si3N4,Silicon,CHM-CHM,73
A-Si3N4,Silicon Nitride,CHM-CHM,105
A-Si3N4,Sintered,CHM-SMT,39
A-Si3N4,Sintering,CHM-SMT,60
A-Si3N4,Structure,CHM-PRO,55
A-Si3N4,Substrate,CHM-DSC,43
A-Si3N4,Super Hard,CHM-PRO,33
A-Si3N4,Surface,CHM-DSC,45
A-Si3N4,TEM,CHM-CMT,35
A-Si3N4,Ti,CHM-CHM,35
A-Si3N4,TiN,CHM-CHM,81
A-Si3N4,X-Ray Diffraction,CHM-CMT,55
A-Si3N4,XRD,CHM-CMT,52
A-Si3N4,Y2O3,CHM-CHM,47
A-SiO2,Amorphous,CHM-DSC,111
A-SiO2,Bulk,CHM-DSC,41
A-SiO2,Crystalline,CHM-DSC,37
A-SiO2,Film,CHM-DSC,46
A-SiO2,Films,CHM-DSC,61
A-SiO2,Glass,CHM-DSC,35
A-SiO2,Interface,CHM-DSC,50
A-SiO2,Layers,CHM-DSC,56
A-SiO2,O,CHM-CHM,69
A-SiO2,Oxygen,CHM-CHM,54
A-SiO2,Si,CHM-CHM,132
A-SiO2,SiO2,CHM-CHM,89
A-SiO2,Silica,CHM-CHM,59
A-SiO2,Silicon,CHM-CHM,41
A-SiO2,Structure,CHM-PRO,38
A-SiO2,Substrate,CHM-DSC,62
A-SiO2,Surface,CHM-DSC,51
A-SiO2,XRD,CHM-CMT,30
A-Site,B-Site,CHM-CHM,44
A-Site,Ba,PRO-CHM,32
A-Site,Compositions,PRO-PRO,51
A-Site,Crystal Structure,PRO-PRO,30
A-Site,Doped,PRO-DSC,54
A-Site,Doping,PRO-SMT,38
A-Site,La,PRO-CHM,41
A-Site,Oxides,PRO-CHM,34
A-Site,Oxygen,PRO-CHM,78
A-Site,Perovskites,CHM-CHM,36
A-Site,Perovskites,CHM-SPL,33
A-Site,Perovskites,PRO-CHM,151
A-Site,Perovskites,PRO-SPL,156
A-Site,Sr,PRO-CHM,38
A-Site,X-Ray Diffraction,PRO-CMT,37
A-Site,XRD,PRO-CMT,30
A-Site Ordered,Crystal Structure,PRO-PRO,31
A-Site Ordered,Cu,PRO-CHM,30
A-Site Ordered,Oxygen,PRO-CHM,32
A-Site Ordered,Perovskites,PRO-CHM,109
A-Site Ordered,Perovskites,PRO-SPL,113
A-TiO2,Amorphous,CHM-DSC,50
A-TiO2,Anatase,CHM-SPL,120
A-TiO2,Annealed,CHM-SMT,30
A-TiO2,Au,CHM-CHM,38
A-TiO2,Catalyst,CHM-APL,34
A-TiO2,Composite,CHM-DSC,35
A-TiO2,Doped,CHM-DSC,30
A-TiO2,Electrode,CHM-APL,36
A-TiO2,Electrodes,CHM-APL,40
A-TiO2,Film,CHM-DSC,43
A-TiO2,Films,CHM-DSC,50
A-TiO2,H2,CHM-CHM,32
A-TiO2,HRTEM,CHM-CMT,82
A-TiO2,Hydrogen,CHM-CHM,35
A-TiO2,Interface,CHM-DSC,39
A-TiO2,Layers,CHM-DSC,32
A-TiO2,Nanoparticles,CHM-DSC,39
A-TiO2,O,CHM-CHM,55
A-TiO2,Oxygen,CHM-CHM,50
A-TiO2,Particles,CHM-DSC,30
A-TiO2,R-TiO2,CHM-CHM,47
A-TiO2,Raman,CHM-CMT,45
A-TiO2,Rutile,CHM-SPL,81
A-TiO2,SAED,CHM-CMT,35
A-TiO2,SEM,CHM-CMT,97
A-TiO2,Structure,CHM-PRO,36
A-TiO2,Substrate,CHM-DSC,53
A-TiO2,Surface,CHM-DSC,78
A-TiO2,TEM,CHM-CMT,128
A-TiO2,Ti,CHM-CHM,107
A-TiO2,TiO2,CHM-CHM,224
A-TiO2,XPS,CHM-CMT,57
A-TiO2,XRD,CHM-CMT,135
A-Type,Ages,SPL-PRO,43
A-Type,Al,SPL-CHM,92
A-Type,Al2O3,SPL-CHM,62
A-Type,Amphiboles,SPL-CHM,35
A-Type,Antiferromagnetic,PRO-PRO,49
A-Type,Apatites,SPL-CHM,30
A-Type,B-Type,SPL-SPL,46
A-Type,Ba,SPL-CHM,67
A-Type,Biotites,SPL-CHM,93
A-Type,Bulk,SPL-DSC,41
A-Type,Ca,SPL-CHM,33
A-Type,CaO,SPL-CHM,64
A-Type,Calc,SPL-SPL,32
A-Type,Cathodoluminescence,SPL-CMT,30
A-Type,Ce,SPL-CHM,36
A-Type,Chondrite,SPL-CHM,43
A-Type,Chondrite,SPL-SPL,33
A-Type,Compositions,SPL-PRO,94
A-Type,Crystal,SPL-DSC,54
A-Type,Discrimination Diagram,SPL-CMT,35
A-Type,END(t),SPL-PRO,34
A-Type,EU Anomaly,SPL-PRO,30
A-Type,Eu,SPL-CHM,60
A-Type,Fe,SPL-CHM,48
A-Type,Feldspar,SPL-CHM,41
A-Type,Ferromagnetic,PRO-PRO,38
A-Type,Film,SPL-DSC,31
A-Type,Fractional Crystallization,SPL-SMT,31
A-Type,Ga,SPL-CHM,72
A-Type,Garnet,SPL-SPL,43
A-Type,Geochemical,SPL-PRO,41
A-Type,Geological Map,SPL-CMT,75
A-Type,Granite,SPL-DSC,39
A-Type,Granite,SPL-SPL,157
A-Type,Granitic,SPL-SPL,49
A-Type,Granitoids,SPL-PRO,78
A-Type,Granitoids,SPL-SPL,56
A-Type,Hexagonal,SPL-SPL,34
A-Type,Hf,SPL-CHM,47
A-Type,K-Feldspar,SPL-CHM,46
A-Type,K2O,SPL-CHM,109
A-Type,K2O,SPL-PRO,31
A-Type,La,SPL-CHM,56
A-Type,Layers,SPL-DSC,55
A-Type,Li,SPL-CHM,51
A-Type,Mafic,SPL-PRO,47
A-Type,Magnetite,SPL-CHM,31
A-Type,Melting,SPL-SMT,80
A-Type,Mg,SPL-CHM,49
A-Type,MgO,SPL-CHM,81
A-Type,NB,SPL-PRO,40
A-Type,Na2O,SPL-CHM,95
A-Type,Nb,SPL-CHM,92
A-Type,Ni,SPL-CHM,35
A-Type,O,SPL-CHM,31
A-Type,Oxygen,SPL-CHM,45
A-Type,Pb,SPL-CHM,78
A-Type,Perovskites,PRO-CHM,32
A-Type,Perovskites,PRO-SPL,34
A-Type,Quartz,SPL-CHM,94
A-Type,REE Pattern,SPL-PRO,30
A-Type,Rocks,SPL-DSC,31
A-Type,SEM,SPL-CMT,65
A-Type,Si,SPL-CHM,36
A-Type,SiO2,SPL-CHM,120
A-Type,SiO2,SPL-PRO,56
A-Type,Silica,SPL-CHM,34
A-Type,Sr,SPL-CHM,112
A-Type,Structure,SPL-PRO,78
A-Type,Substrate,SPL-DSC,38
A-Type,Surface,SPL-DSC,71
A-Type,Ta,SPL-CHM,50
A-Type,Ti,SPL-CHM,46
A-Type,TiO2,SPL-CHM,37
A-Type,Type,SPL-SPL,75
A-Type,U-Pb Age,SPL-PRO,30
A-Type,X-Ray Diffraction,SPL-CMT,40
A-Type,XRD,SPL-CMT,68
A-Type,Yb,SPL-CHM,37
A-Type,Zeolites,SPL-CHM,60
A-Type,Zircon,SPL-CHM,58
A-Type,Zircons,SPL-CHM,153
A-Type,Zircons,SPL-DSC,36
A-Type,Zr,SPL-CHM,95
A-Type,Zr,SPL-PRO,36
A/A0,Absorbance,PRO-PRO,30
A/A0,Surface,PRO-DSC,35
A/A0,TEM,PRO-CMT,32
A/CNK,A/NK,PRO-PRO,37
A/CNK,Al,PRO-CHM,32
A/CNK,Al2O3,PRO-CHM,65
A/CNK,Ba,PRO-CHM,57
A/CNK,Biotites,PRO-CHM,64
A/CNK,CaO,PRO-CHM,42
A/CNK,Chondrite,PRO-CHM,36
A/CNK,Chondrite,PRO-SPL,31
A/CNK,Compositions,PRO-PRO,31
A/CNK,END(t),PRO-PRO,39
A/CNK,EU Anomaly,PRO-PRO,33
A/CNK,Eu,PRO-CHM,56
A/CNK,Geochemical,PRO-PRO,30
A/CNK,Geological Map,PRO-CMT,37
A/CNK,Granite,PRO-DSC,37
A/CNK,Granite,PRO-SPL,80
A/CNK,Granitoids,PRO-PRO,45
A/CNK,K-Feldspar,PRO-CHM,38
A/CNK,K2O,PRO-CHM,83
A/CNK,K2O,PRO-PRO,32
A/CNK,Melting,PRO-SMT,55
A/CNK,Metaluminous,PRO-PRO,30
A/CNK,Mg,PRO-CHM,34
A/CNK,MgO,PRO-CHM,57
A/CNK,Na2O,PRO-CHM,72
A/CNK,Nb,PRO-CHM,57
A/CNK,Pb,PRO-CHM,47
A/CNK,Peraluminous,PRO-PRO,30
A/CNK,Quartz,PRO-CHM,53
A/CNK,SiO2,PRO-CHM,91
A/CNK,SiO2,PRO-PRO,74
A/CNK,Sr,PRO-CHM,82
A/CNK,Sr,PRO-PRO,38
A/CNK,Ta,PRO-CHM,35
A/CNK,Ti,PRO-CHM,37
A/CNK,Type,PRO-SPL,44
A/CNK,Zircon,PRO-CHM,36
A/CNK,Zircons,PRO-CHM,99
A/CNK,Zircons,PRO-DSC,32
A/CNK,Zr,PRO-CHM,40
A/CNK,εHF(t),PRO-PRO,30
A/NK,A/CNK,PRO-PRO,37
A/NK,Al2O3,PRO-CHM,48
A/NK,Biotites,PRO-CHM,38
A/NK,Chondrite,PRO-CHM,36
A/NK,Geological Map,PRO-CMT,46
A/NK,K-Feldspar,PRO-CHM,32
A/NK,K2O,PRO-CHM,53
A/NK,MgO,PRO-CHM,32
A/NK,Na2O,PRO-CHM,45
A/NK,Pb,PRO-CHM,37
A/NK,Quartz,PRO-CHM,37
A/NK,SiO2,PRO-CHM,50
A/NK,Sr,PRO-CHM,37
A/NK,Zircons,PRO-CHM,44
A1,A2,PRO-PRO,82
A1,A2,SPL-SPL,50
A1,Alloy,SPL-DSC,44
A1,Compositions,SPL-PRO,38
A1,Raman,PRO-CMT,36
A1,SEM,SPL-CMT,60
A1,Surface,SPL-DSC,42
A1,XRD,SPL-CMT,56
A1 Mode,Raman,PRO-CMT,51
A1/4,Abstract,PRO-SPL,33
A1/4,C 1/4,PRO-PRO,84
A1/4,Crystal Structure,PRO-PRO,35
A1/4,Monoclinic,PRO-SPL,35
A1/4,Single Crystal,PRO-DSC,49
A1/4,Structure,PRO-PRO,43
A1/4,X-Ray Diffraction,PRO-CMT,42
A15,Alloys,SPL-DSC,30
A15,BCC,SPL-SPL,39
A15,Compositions,SPL-PRO,36
A15,TC,SPL-PRO,30
A1G Mode,Raman,PRO-CMT,65
A1g,2D,PRO-DSC,42
A1g,AFM,PRO-CMT,132
A1g,Annealed,PRO-SMT,41
A1g,Annealing,PRO-SMT,52
A1g,Au,PRO-CHM,38
A1g,Bilayer,PRO-DSC,54
A1g,Bulk,PRO-DSC,104
A1g,CVD,PRO-SMT,68
A1g,Carbon,PRO-CHM,48
A1g,Co,PRO-CHM,31
A1g,Compositions,PRO-PRO,45
A1g,Crystal,PRO-DSC,78
A1g,Crystal Structure,PRO-PRO,51
A1g,Doped,PRO-DSC,48
A1g,E12G,PRO-PRO,30
A1g,E2G,PRO-PRO,32
A1g,Electrode,PRO-APL,38
A1g,Electrodes,PRO-APL,35
A1g,FET,PRO-APL,33
A1g,Fe,PRO-CHM,30
A1g,Few Layer,PRO-DSC,36
A1g,Fft,PRO-CMT,33
A1g,Film,PRO-DSC,99
A1g,Films,PRO-DSC,91
A1g,Flake,PRO-DSC,61
A1g,Flakes,PRO-DSC,62
A1g,Graphene,PRO-CHM,59
A1g,HRTEM,PRO-CMT,91
A1g,Height Profile,PRO-CMT,48
A1g,Heterostructure,PRO-DSC,36
A1g,Hexagonal,PRO-SPL,56
A1g,Interface,PRO-DSC,34
A1g,Layered,PRO-DSC,52
A1g,Layers,PRO-DSC,145
A1g,Mo,PRO-CHM,111
A1g,MoS2,PRO-CHM,216
A1g,MoS2,SPL-CHM,36
A1g,Modes,PRO-PRO,34
A1g,Monolayers,PRO-DSC,130
A1g,Morphology,PRO-PRO,38
A1g,Multilayer,PRO-DSC,39
A1g,Nanoparticles,PRO-DSC,45
A1g,Nanosheets,PRO-DSC,48
A1g,O,PRO-CHM,46
A1g,Optical Image,PRO-CMT,93
A1g,Optical Microscopy,PRO-CMT,37
A1g,Oxygen,PRO-CHM,49
A1g,Phonon Mode,PRO-PRO,59
A1g,Photo Luminescence,PRO-CMT,53
A1g,Powder,PRO-DSC,32
A1g,Raman,PRO-CMT,534
A1g,Raman,SPL-CMT,95
A1g,Raman Mapping,PRO-CMT,38
A1g,Raman Scattering,PRO-CMT,36
A1g,Raman Spectroscopy,PRO-CMT,79
A1g,SAED,PRO-CMT,57
A1g,SEM,PRO-CMT,166
A1g,SEM,SPL-CMT,35
A1g,Se,PRO-CHM,32
A1g,Si,PRO-CHM,123
A1g,SiO2,PRO-CHM,106
A1g,Single Crystal,PRO-DSC,53
A1g,Single Layer,PRO-DSC,33
A1g,Structure,PRO-PRO,60
A1g,Substrate,PRO-DSC,175
A1g,Sulfur,PRO-CHM,36
A1g,Surface,PRO-DSC,102
A1g,TEM,PRO-CMT,133
A1g,Thin Films,PRO-DSC,53
A1g,TiO2,PRO-CHM,38
A1g,Vibration Mode,PRO-PRO,56
A1g,X-Ray Diffraction,PRO-CMT,63
A1g,XPS,PRO-CMT,129
A1g,XRD,PRO-CMT,132
A1g,XRD,SPL-CMT,30
A2,A1,PRO-PRO,82
A2,A1,SPL-SPL,50
A2,Al,SPL-CHM,42
A2,Alloy,SPL-DSC,52
A2,B2,SPL-SPL,40
A2,Compositions,SPL-PRO,39
A2,Fe,SPL-CHM,44
A2,SEM,SPL-CMT,36
A2,XRD,SPL-CMT,30
A21am,Orthorhombic,SPL-SPL,37
A23187,ATP,CHM-CHM,33
A23187,Ca2+,CHM-CHM,112
A23187,Calcium,CHM-CHM,113
A23187,Cells,CHM-DSC,74
A23187,EGTA,CHM-CHM,33
A23187,Ionophore A23187,CHM-CHM,57
A23187,PMA,CHM-CHM,39
A3,Microstructure,SPL-PRO,32
A3,SEM,PRO-CMT,38
A3,SEM,SPL-CMT,49
A3,Structure,PRO-PRO,31
A3,Surface,PRO-DSC,54
A3,Surface,SPL-DSC,45
A3,XRD,SPL-CMT,38
A549,Cytotoxicity,SPL-PRO,39
A:,Anatase,SPL-SPL,48
A:,B:,PRO-PRO,101
A:,C:,PRO-PRO,71
A:,Rutile,SPL-SPL,46
A:,SEM,SPL-CMT,48
A:,TiO2,SPL-CHM,44
A:,XRD,SPL-CMT,64
A=B,Crystal,PRO-DSC,39
A=B,Crystal Structure,PRO-PRO,60
A=B,Hexagonal,PRO-SPL,49
A=B,Single Crystal,PRO-DSC,43
A=B,Structure,PRO-PRO,56
A=B,Tetragonal,PRO-SPL,63
A=B,X-Ray Diffraction,PRO-CMT,65
A=B,XRD,PRO-CMT,47
AA 5754,Alloy,CHM-DSC,59
AA 5754,Alloys,CHM-DSC,40
AA 5754,Aluminum,CHM-CHM,46
AA 5754,Microstructure,CHM-PRO,30
AA 5754,Sheet,CHM-DSC,38
AA1050,Aluminum,CHM-CHM,31
AA2024-T3,Alloy,CHM-DSC,51
AA2024-T3,Aluminum,CHM-CHM,48
AA2024-T3,Coatings,CHM-APL,36
AA2024-T3,NaCl,CHM-CHM,61
AA2024-T3,SEM,CHM-CMT,32
AA2024-T3,Surface,CHM-DSC,47
AA2219,Alloy,CHM-DSC,39
AA5083,Al,CHM-CHM,50
AA5083,Alloy,CHM-DSC,117
AA5083,Alloys,CHM-DSC,60
AA5083,Aluminum,CHM-CHM,82
AA5083,Grain Size,CHM-PRO,38
AA5083,Mechanical Property,CHM-PRO,30
AA5083,Mg,CHM-CHM,35
AA5083,Microstructure,CHM-PRO,65
AA5083,NaCl,CHM-CHM,39
AA5083,Particles,CHM-DSC,35
AA5083,SEM,CHM-CMT,69
AA5083,Surface,CHM-DSC,59
AA5182,Alloy,CHM-DSC,38
AA5182,Alloys,CHM-DSC,36
AA5182,Aluminum,CHM-CHM,35
AA6060,Alloy,CHM-DSC,36
AA6060,Aluminum,CHM-CHM,31
AA6061,Al,CHM-CHM,82
AA6061,Alloy,CHM-DSC,110
AA6061,Alloys,CHM-DSC,57
AA6061,Aluminum,CHM-CHM,91
AA6061,Composite,CHM-DSC,59
AA6061,EDS,CHM-CMT,30
AA6061,Grain Size,CHM-PRO,34
AA6061,Hardness,CHM-PRO,41
AA6061,Interface,CHM-DSC,56
AA6061,Layers,CHM-DSC,36
AA6061,Mechanical Property,CHM-PRO,42
AA6061,Mg,CHM-CHM,32
AA6061,Microstructure,CHM-PRO,76
AA6061,Particles,CHM-DSC,52
AA6061,SEM,CHM-CMT,69
AA6061,Surface,CHM-DSC,53
AA6061,TEM,CHM-CMT,41
AA6061,Tensile Strength,CHM-PRO,31
AA6063,Alloy,CHM-DSC,44
AA6063,Aluminum,CHM-CHM,38
AA6082,Alloy,CHM-DSC,65
AA6082,Alloys,CHM-DSC,39
AA6082,Aluminum,CHM-CHM,53
AA6082,Microstructure,CHM-PRO,30
AA6082,SEM,CHM-CMT,30
AA6111,Alloy,CHM-DSC,37
AA7075,Al,CHM-CHM,74
AA7075,Alloy,CHM-DSC,130
AA7075,Alloys,CHM-DSC,106
AA7075,Aluminum,CHM-CHM,128
AA7075,Composite,CHM-DSC,37
AA7075,Cu,CHM-CHM,36
AA7075,Grain Size,CHM-PRO,31
AA7075,Hardness,CHM-PRO,50
AA7075,Mechanical Property,CHM-PRO,39
AA7075,Mg,CHM-CHM,34
AA7075,Microstructure,CHM-PRO,90
AA7075,NaCl,CHM-CHM,42
AA7075,Particles,CHM-DSC,48
AA7075,SEM,CHM-CMT,74
AA7075,Strengths,CHM-PRO,39
AA7075,Surface,CHM-DSC,59
AA7075,Welding,CHM-SMT,33
AA7075,Zn,CHM-CHM,31
AACVD,Aerosol-Assisted Chemical Vapor Deposition,SMT-SMT,77
AACVD,Aerosol-Assisted Chemical Vapour Deposition,SMT-SMT,89
AACVD,Compositions,SMT-PRO,31
AACVD,Crystalline,SMT-DSC,39
AACVD,Doped,SMT-DSC,64
AACVD,EDX,SMT-CMT,60
AACVD,FTO,SMT-CHM,35
AACVD,Film,SMT-DSC,116
AACVD,Films,SMT-DSC,176
AACVD,Morphology,SMT-PRO,55
AACVD,Raman,SMT-CMT,37
AACVD,SEM,SMT-CMT,157
AACVD,Scanning Electron Microscopy,SMT-CMT,53
AACVD,Structure,SMT-PRO,36
AACVD,Substrate,SMT-DSC,141
AACVD,Surface,SMT-DSC,37
AACVD,TEM,SMT-CMT,31
AACVD,Tga,SMT-CMT,35
AACVD,Thin Films,SMT-DSC,168
AACVD,TiO2,SMT-CHM,33
AACVD,Toluene,SMT-CHM,32
AACVD,X-Ray Diffraction,SMT-CMT,67
AACVD,X-Ray Photoelectron Spectroscopy,SMT-CMT,31
AACVD,XPS,SMT-CMT,65
AACVD,XRD,SMT-CMT,128
AACVD,ZnO,SMT-CHM,32
AAMS,Alkali Activated,APL-SMT,33
AAMS,Membrane,DSC-DSC,30
AAO,Alumina Oxide,CHM-CHM,74
AAO,Anodic,CHM-PRO,53
AAO,Film,CHM-DSC,41
AAO,Layers,CHM-DSC,36
AAO,Membrane,CHM-DSC,46
AAO,Nanotube,CHM-DSC,40
AAO,Nanowires,CHM-DSC,33
AAO,Porous,CHM-DSC,35
AAO,SEM,CHM-CMT,88
AAO,Substrate,CHM-DSC,53
AAO,Surface,CHM-DSC,52
AAO,TEM,CHM-CMT,37
AAO,XRD,CHM-CMT,48
AAP,Electrode,CHM-APL,30
AAP,SEM,CHM-CMT,33
AAP,TEM,CHM-CMT,35
AAPH,Antioxidant Activity,CHM-PRO,35
AAPH,DPPH,CHM-CHM,48
AAPH,H2O2,CHM-CHM,38
AAPH,Oxidation,CHM-SMT,57
AAPH,Peroxyl,CHM-CHM,46
AAPH,Trolox,CHM-CHM,34
AAR,Amino Acid,CMT-CHM,32
AARE,Average Absolute Relative Error,PRO-PRO,34
AARE,Correlation Coefficient,PRO-PRO,35
AARE,Flow Stress,PRO-PRO,32
AAS,1H,CMT-CHM,34
AAS,AFM,CMT-CMT,39
AAS,Activity,CMT-PRO,113
AAS,Adsorbent,CMT-APL,30
AAS,Aes,CMT-CMT,46
AAS,Ag,CMT-CHM,79
AAS,Al,CMT-CHM,90
AAS,Al2O3,CMT-CHM,30
AAS,Alloy,CMT-DSC,37
AAS,Alumina,CMT-CHM,33
AAS,Aluminum,CMT-CHM,34
AAS,Amorphous,CMT-DSC,37
AAS,Atomic Absorption Spectrometry,CMT-CMT,144
AAS,Atomic Absorption Spectrophotometer,CMT-CMT,34
AAS,Atomic Absorption Spectrophotometry,CMT-CMT,47
AAS,Atomic Absorption Spectroscopy,CMT-CMT,342
AAS,Au,CMT-CHM,70
AAS,BET,CMT-CMT,96
AAS,Bulk,CMT-DSC,59
AAS,CO,CMT-CHM,68
AAS,CO2,CMT-CHM,49
AAS,CV,CMT-CMT,33
AAS,Ca,CMT-CHM,56
AAS,Calcination,CMT-SMT,38
AAS,Calcined,CMT-SMT,30
AAS,Calcium,CMT-CHM,30
AAS,Carbon,CMT-CHM,110
AAS,Catalyst,CMT-APL,386
AAS,Catalytic Activity,CMT-PRO,144
AAS,Catalytic Performance,CMT-PRO,53
AAS,Cd,CMT-CHM,71
AAS,Chemical Analysis,CMT-CMT,37
AAS,Chemical Composition,CMT-PRO,41
AAS,Co,CMT-CHM,88
AAS,Coated,CMT-SMT,34
AAS,Coatings,CMT-APL,49
AAS,Cobalt,CMT-CHM,43
AAS,Composite,CMT-DSC,85
AAS,Compositions,CMT-PRO,118
AAS,Copper,CMT-CHM,120
AAS,Cr,CMT-CHM,52
AAS,Crystal,CMT-DSC,56
AAS,Crystalline,CMT-DSC,39
AAS,Cu,CMT-CHM,192
AAS,Cu(II),CMT-CHM,47
AAS,Cu2+,CMT-CHM,45
AAS,Cyclic Voltammetry,CMT-CMT,31
AAS,Detection Limit,CMT-PRO,55
AAS,Doped,CMT-DSC,61
AAS,EDS,CMT-CMT,90
AAS,EDTA,CMT-CHM,30
AAS,EDX,CMT-CMT,116
AAS,Electrode,CMT-APL,85
AAS,Electrodes,CMT-APL,50
AAS,Elemental Analysis,CMT-CMT,71
AAS,Energy Dispersive X-Ray Spectroscopy,CMT-CMT,39
AAS,Epr,CMT-CMT,31
AAS,Ethanol,CMT-CHM,32
AAS,FESEM,CMT-CMT,34
AAS,FT-IR,CMT-CMT,169
AAS,FTIR,CMT-CMT,198
AAS,Fe,CMT-CHM,122
AAS,Fe3+,CMT-CHM,33
AAS,Fe3O4,CMT-CHM,38
AAS,Film,CMT-DSC,54
AAS,Films,CMT-DSC,46
AAS,Fourier Transform Infrared,CMT-CMT,40
AAS,Fourier Transform Infrared Spectroscopy,CMT-CMT,71
AAS,H2,CMT-CHM,40
AAS,H2O,CMT-CHM,35
AAS,H2O2,CMT-CHM,44
AAS,HCl,CMT-CHM,56
AAS,HRTEM,CMT-CMT,66
AAS,Heterogeneous Catalyst,CMT-APL,39
AAS,Hg,CMT-CHM,44
AAS,Hydrogen,CMT-CHM,71
AAS,ICP,CMT-CMT,90
AAS,ICP-MS,CMT-CMT,73
AAS,Inductively Coupled Plasma Mass Spectrometry,CMT-CMT,36
AAS,Ir,CMT-CMT,51
AAS,Iron,CMT-CHM,83
AAS,Layers,CMT-DSC,71
AAS,Li,CMT-CHM,36
AAS,Magnetics,CMT-PRO,41
AAS,Membrane,CMT-DSC,37
AAS,Mercury,CMT-CHM,48
AAS,Mesoporous,CMT-DSC,54
AAS,Metals,CMT-PRO,67
AAS,Methanol,CMT-CHM,49
AAS,Mg,CMT-CHM,56
AAS,Mn,CMT-CHM,80
AAS,Morphology,CMT-PRO,80
AAS,N2,CMT-CHM,134
AAS,NH3,CMT-CHM,36
AAS,NPS,CMT-DSC,40
AAS,Na,CMT-CHM,44
AAS,NaBH4,CMT-CHM,35
AAS,NaCl,CMT-CHM,45
AAS,NaOH,CMT-CHM,35
AAS,Nanocomposite,CMT-DSC,31
AAS,Nanoparticle,CMT-DSC,46
AAS,Nanoparticles,CMT-DSC,202
AAS,Ni,CMT-CHM,141
AAS,Nickel,CMT-CHM,52
AAS,Nitrogen,CMT-CHM,94
AAS,O2,CMT-CHM,57
AAS,Oxidation,CMT-APL,34
AAS,Oxides,CMT-CHM,43
AAS,Oxygen,CMT-CHM,95
AAS,Palladium,CMT-CHM,36
AAS,Particle Size,CMT-PRO,50
AAS,Particle Size Distribution,CMT-PRO,31
AAS,Particles,CMT-DSC,135
AAS,Pb,CMT-CHM,92
AAS,Pb2+,CMT-CHM,35
AAS,Pd,CMT-CHM,53
AAS,Physicochemical Properties,CMT-PRO,32
AAS,Porosity,CMT-PRO,30
AAS,Porous,CMT-DSC,37
AAS,Powder,CMT-DSC,66
AAS,Powders,CMT-DSC,37
AAS,Pt,CMT-CHM,49
AAS,Raman,CMT-CMT,48
AAS,SEM,CMT-CMT,492
AAS,SEM,SMT-CMT,41
AAS,Scanning Electron Microscopy,CMT-CMT,171
AAS,Selectivity,CMT-PRO,53
AAS,Sensitivity,CMT-PRO,48
AAS,Si,CMT-CHM,63
AAS,SiO2,CMT-CHM,45
AAS,Silica,CMT-CHM,78
AAS,Silver,CMT-CHM,66
AAS,Specific Surface Area,CMT-PRO,38
AAS,Stability,CMT-PRO,88
AAS,Structural,CMT-PRO,32
AAS,Structure,CMT-PRO,94
AAS,Substrate,CMT-DSC,55
AAS,Surface,CMT-DSC,242
AAS,Surface Area,CMT-PRO,45
AAS,Surfaces,CMT-DSC,57
AAS,TEM,CMT-CMT,366
AAS,TG,CMT-CMT,35
AAS,TPR,CMT-CMT,46
AAS,Tga,CMT-CMT,147
AAS,Thermogravimetric Analysis,CMT-CMT,60
AAS,Ti,CMT-CHM,33
AAS,TiO2,CMT-CHM,56
AAS,Transmission Electron Microscopy,CMT-CMT,120
AAS,UV Vis,CMT-CMT,47
AAS,Vsm,CMT-CMT,35
AAS,X-Ray Diffraction,CMT-CMT,239
AAS,X-Ray Photoelectron Spectroscopy,CMT-CMT,72
AAS,X-Ray Powder Diffraction,CMT-CMT,37
AAS,XPS,CMT-CMT,252
AAS,XRD,CMT-CMT,622
AAS,XRD,SMT-CMT,40
AAS,XRF,CMT-CMT,61
AAS,Zeolites,CMT-CHM,73
AAS,Zinc,CMT-CHM,63
AAS,Zn,CMT-CHM,109
AAS,Zn2+,CMT-CHM,31
AAS,ZnO,CMT-CHM,38
AAS,cadmium,CMT-CHM,36
AAc,Acrylic Acid,CHM-CHM,175
AAc,Films,CHM-DSC,32
AAc,Hydrogel,CHM-DSC,59
AAc,N-Isopropyl Acrylamide,CHM-CHM,38
AAc,Surface,CHM-DSC,48
AAc,XPS,CHM-CMT,30
AAm,Acrylamide,CHM-CHM,256
AAm,Acrylic Acid,CHM-CHM,47
AAm,Chemical Structures,CHM-PRO,31
AAm,Compositions,CHM-PRO,50
AAm,Copolymer,CHM-DSC,47
AAm,FTIR,CHM-CMT,80
AAm,Film,CHM-DSC,30
AAm,Films,CHM-DSC,39
AAm,Gel,CHM-DSC,32
AAm,Gels,CHM-DSC,50
AAm,Hydrogel,CHM-DSC,219
AAm,Hydrophilic,CHM-PRO,33
AAm,Mechanical Property,CHM-PRO,43
AAm,Membrane,CHM-DSC,34
AAm,Nanoparticles,CHM-DSC,32
AAm,PAAm,CHM-CHM,77
AAm,Particles,CHM-DSC,33
AAm,Poly(Acrylamide),CHM-CHM,50
AAm,SEM,CHM-CMT,135
AAm,Scanning Electron Microscopy,CHM-CMT,34
AAm,Structure,CHM-PRO,40
AAm,Substrate,CHM-DSC,42
AAm,Surface,CHM-DSC,80
AAm,Surfaces,CHM-DSC,37
AAm,Swelling Behaviour,CHM-PRO,30
AAm,Swelling Ratio,CHM-PRO,33
AAm,TEM,CHM-CMT,55
AAm,Tga,CHM-CMT,31
AAs,Amino Acid,CHM-CHM,112
AB Hydrolysis,Catalyst,APL-APL,36
AB2O4,Spinels,CHM-SPL,42
ABA,1H,SPL-CHM,37
ABA,Abscisic Acid,CHM-CHM,205
ABA,Abscisic Acid,PRO-CHM,38
ABA,Amphiphilic,SPL-PRO,41
ABA,Block Copolymer,SPL-DSC,64
ABA,Copolymer,SPL-DSC,52
ABA,Graphene,SPL-CHM,45
ABA,Layers,SPL-DSC,61
ABA,Leaves,CHM-DSC,44
ABA,Micelles,SPL-DSC,30
ABA,Molecular Weight,SPL-PRO,33
ABA,Plants,CHM-DSC,35
ABA,Seedlings,CHM-DSC,34
ABA,Structure,SPL-PRO,34
ABA,Surface,SPL-DSC,35
ABA,TEM,SPL-CMT,33
ABA,Triblock,SPL-DSC,55
ABA,Triblock Copolymer,SPL-DSC,130
ABA,Trilayers,SPL-DSC,34
ABA2,Orthorhombic,SPL-SPL,32
ABAQUS,Stress,CMT-PRO,35
ABAQUS,Surface,CMT-DSC,31
ABC Transporter,ATP,APL-CHM,136
ABC Transporter,ATP Binding Cassette,APL-APL,34
ABC Transporter,Transporter,APL-APL,103
ABCA1,ATP,PRO-CHM,35
ABCA1,Cholesterol,PRO-CHM,60
ABCB1,P,PRO-PRO,31
ABCG2,ATP,PRO-CHM,31
ABE,ABE Fermentation,CHM-APL,53
ABE,Acetone,CHM-CHM,57
ABE,Acetone-Butanol-Ethanol,CHM-APL,80
ABE,Acetone-Butanol-Ethanol,CHM-CHM,140
ABE,Butanol,CHM-CHM,143
ABE,Ethanol,CHM-CHM,78
ABE,Fermentation,CHM-APL,62
ABE,Fermentation,CHM-SMT,54
ABE,Glucose,CHM-CHM,57
ABE,Sugar,CHM-CHM,46
ABE Fermentation,ABE,APL-CHM,53
ABE Fermentation,Acetone,APL-CHM,52
ABE Fermentation,Acetone,SMT-CHM,30
ABE Fermentation,Acetone-Butanol-Ethanol,APL-APL,30
ABE Fermentation,Acetone-Butanol-Ethanol,APL-CHM,43
ABE Fermentation,Butanol,APL-CHM,93
ABE Fermentation,Butanol,SMT-CHM,52
ABE Fermentation,Ethanol,APL-CHM,58
ABE Fermentation,Ethanol,SMT-CHM,32
ABE Fermentation,Fermentation,APL-APL,33
ABE Fermentation,Fermentation,APL-SMT,35
ABE Fermentation,Fermentation,SMT-SMT,30
ABE Fermentation,Glucose,APL-CHM,45
ABE Fermentation,Glucose,SMT-CHM,30
ABEI,ECL,CHM-CMT,32
ABEI,H2O2,CHM-CHM,50
ABF Stem,HAADF STEM,CMT-CMT,34
ABF Stem,SEM,CMT-CMT,31
ABF Stem,TEM,CMT-CMT,31
ABF-STEM,Co,CMT-CHM,32
ABF-STEM,Crystal Structure,CMT-PRO,38
ABF-STEM,HAADF,CMT-CMT,31
ABF-STEM,HAADF STEM,CMT-CMT,82
ABF-STEM,HRTEM,CMT-CMT,37
ABF-STEM,Interface,CMT-DSC,36
ABF-STEM,Layers,CMT-DSC,42
ABF-STEM,O,CMT-CHM,41
ABF-STEM,Oxygen,CMT-CHM,52
ABF-STEM,SEM,CMT-CMT,35
ABF-STEM,Structure,CMT-PRO,37
ABF-STEM,TEM,CMT-CMT,34
ABF-STEM,XRD,CMT-CMT,52
ABO3,Oxygen,SPL-CHM,30
ABO3,Perovskites,SPL-CHM,66
ABO3,Perovskites,SPL-SPL,73
ABO3 Perovskite,Oxygen,CHM-CHM,31
ABO3 Perovskite,Perovskites,CHM-CHM,44
ABO3 Perovskite,Perovskites,CHM-SPL,87
ABPE,BiVO4,CMT-CHM,31
ABPE,Electrode,PRO-APL,31
ABPE,HRTEM,CMT-CMT,59
ABPE,HRTEM,PRO-CMT,30
ABPE,Hydrogen,PRO-CHM,30
ABPE,IPCE,CMT-CMT,45
ABPE,LSV,CMT-CMT,32
ABPE,PEC,CMT-CHM,43
ABPE,PEC,PRO-CHM,30
ABPE,Photoanode,CMT-APL,63
ABPE,Photoanode,PRO-APL,64
ABPE,Photocurrent Density,PRO-PRO,44
ABPE,Photon-To-Current Efficiency,PRO-PRO,32
ABPE,SEM,CMT-CMT,50
ABPE,SEM,PRO-CMT,39
ABPE,TEM,CMT-CMT,48
ABPE,TEM,PRO-CMT,37
ABPE,XPS,CMT-CMT,38
ABPE,XRD,CMT-CMT,60
ABPE,XRD,PRO-CMT,39
ABR,Anaerobic Baffled Reactor,APL-APL,35
ABS,AFM,CMT-CMT,42
ABS,Absorbance,PRO-PRO,166
ABS,Absorption,CMT-CMT,113
ABS,Absorption,PRO-CMT,101
ABS,Absorption,PRO-PRO,165
ABS,Absorption Maximum,PRO-PRO,36
ABS,Absorption Spectrum,CMT-CMT,54
ABS,Absorption Spectrum,PRO-CMT,127
ABS,Acetonitrile,PRO-CHM,48
ABS,Acrylonitrile-Butadiene-Styrene,CHM-CHM,292
ABS,Ag,PRO-CHM,33
ABS,Au,PRO-CHM,45
ABS,Blend,CHM-DSC,61
ABS,Blue Line,PRO-CHM,30
ABS,CH2Cl2,PRO-CHM,41
ABS,Carbon,CHM-CHM,58
ABS,Carbon,CMT-CHM,44
ABS,Carbon,PRO-CHM,54
ABS,Chemical Structures,APL-PRO,40
ABS,Chemical Structures,CMT-PRO,37
ABS,Chemical Structures,PRO-PRO,62
ABS,Composite,APL-DSC,31
ABS,Composite,CHM-DSC,83
ABS,Cyclic Voltammogram,PRO-CMT,32
ABS,DMF,PRO-CHM,35
ABS,DMSO,PRO-CHM,31
ABS,EM,PRO-PRO,106
ABS,El,CMT-CMT,42
ABS,Emission Spectra,CMT-CMT,46
ABS,Emission Spectra,PRO-CMT,74
ABS,Emissions,PRO-CMT,41
ABS,Emissions,PRO-PRO,65
ABS,Energy Level,PRO-PRO,30
ABS,Ethanol,PRO-CHM,34
ABS,F,PRO-PRO,89
ABS,Fdm,CHM-SMT,30
ABS,Film,CMT-DSC,42
ABS,Film,PRO-DSC,69
ABS,Films,CMT-DSC,42
ABS,Films,PRO-DSC,55
ABS,Fluorescence,CMT-CMT,78
ABS,Fluorescence,PRO-CMT,104
ABS,Fluorescence,PRO-PRO,54
ABS,Fluorescence Intensity,PRO-PRO,44
ABS,Fluorescence Quantum Yield,PRO-PRO,55
ABS,Fluorescence Spectra,PRO-CMT,32
ABS,H2O,PRO-CHM,31
ABS,HRTEM,CMT-CMT,45
ABS,Homo,PRO-PRO,56
ABS,Hydrogen,PRO-CHM,55
ABS,Irradiation,PRO-SMT,33
ABS,K,PRO-PRO,39
ABS,LUMO,PRO-PRO,44
ABS,Layers,CHM-DSC,54
ABS,Layers,PRO-DSC,54
ABS,Mechanical Property,CHM-PRO,90
ABS,Methanol,PRO-CHM,45
ABS,Microstructure,CHM-PRO,36
ABS,Molecular Structure,CMT-PRO,31
ABS,Molecular Structure,PRO-PRO,58
ABS,Morphology,CHM-PRO,47
ABS,NaCl,PRO-CHM,33
ABS,Nanocomposite,CHM-DSC,38
ABS,Nanoparticles,CMT-DSC,31
ABS,Nanoparticles,PRO-DSC,47
ABS,Oscillator Strength,PRO-PRO,53
ABS,Oxygen,PRO-CHM,41
ABS,Particles,CHM-DSC,37
ABS,Particles,PRO-DSC,47
ABS,Phase Diagram,APL-PRO,57
ABS,Photo Luminescence,CMT-CMT,63
ABS,Photo Luminescence,PRO-CMT,39
ABS,Polycarbonate,CHM-CHM,67
ABS,Polypropylene,CHM-CHM,34
ABS,Polystyrene,CHM-CHM,44
ABS,Raman,PRO-CMT,30
ABS,SEM,CHM-CMT,63
ABS,SEM,CMT-CMT,30
ABS,SEM,PRO-CMT,70
ABS,Scanning Electron Microscopy,CHM-CMT,43
ABS,Stokes Shift,PRO-PRO,44
ABS,Structure,PRO-PRO,51
ABS,Substrate,PRO-DSC,54
ABS,Surface,APL-DSC,37
ABS,Surface,CHM-DSC,80
ABS,Surface,CMT-DSC,30
ABS,Surface,PRO-DSC,78
ABS,TEM,CMT-CMT,99
ABS,TEM,PRO-CMT,87
ABS,THF,PRO-CHM,43
ABS,Tensile Strength,CHM-PRO,49
ABS,Thermoplastics,CHM-PRO,35
ABS,Thin Films,PRO-DSC,32
ABS,Toluene,PRO-CHM,46
ABS,UV Vis Absorption,CMT-CMT,56
ABS,UV Vis Absorption,PRO-CMT,47
ABS,XPS,CMT-CMT,33
ABS,XRD,CMT-CMT,43
ABS,XRD,PRO-CMT,35
ABT,Surface,CHM-DSC,31
ABTS,1H,CHM-CHM,46
ABTS,1H NMR,CHM-CMT,37
ABTS,"2,2-Diphenyl-1-Picrylhydrazyl",CHM-CHM,32
ABTS,ABTS Assay,CHM-CMT,60
ABTS,ABTS+,CHM-CHM,32
ABTS,AFM,CHM-CMT,44
ABTS,Absorbance,CHM-PRO,166
ABTS,Absorption,CHM-CMT,31
ABTS,Absorption Spectrum,CHM-CMT,65
ABTS,Abts,CHM-CMT,217
ABTS,Abts,CHM-PRO,30
ABTS,Acetate,CHM-CHM,87
ABTS,Acetonitrile,CHM-CHM,32
ABTS,Activity,CHM-PRO,186
ABTS,Ag,CHM-CHM,60
ABTS,AgCl,CHM-CHM,42
ABTS,Amino Acid,CHM-CHM,75
ABTS,Anode,CHM-APL,36
ABTS,Antimicrobial Activity,CHM-PRO,36
ABTS,Antioxidant,CHM-APL,84
ABTS,Antioxidant,CHM-PRO,107
ABTS,Antioxidant Activity,CHM-PRO,356
ABTS,Antioxidant Capacity,CHM-PRO,110
ABTS,Antioxidant Property,CHM-PRO,58
ABTS,Ascorbic Acid,CHM-CHM,70
ABTS,Au,CHM-CHM,63
ABTS,BHT,CHM-CHM,35
ABTS,Biocathode,CHM-APL,38
ABTS,CO2,CHM-CHM,36
ABTS,CV,CHM-CMT,32
ABTS,Calibration Curve,CHM-CMT,35
ABTS,Carbon,CHM-CHM,108
ABTS,Catalyst,CHM-APL,65
ABTS,Catalytic Activity,CHM-PRO,76
ABTS,Catechin,CHM-CHM,33
ABTS,Cathode,CHM-APL,46
ABTS,Cell Viability,CHM-PRO,57
ABTS,Cells,CHM-DSC,63
ABTS,Chemical Composition,CHM-PRO,36
ABTS,Chemical Structures,CHM-PRO,87
ABTS,Citrates,CHM-CHM,56
ABTS,Coated,CHM-SMT,44
ABTS,Color,CHM-PRO,49
ABTS,Composite,CHM-DSC,31
ABTS,Compositions,CHM-PRO,44
ABTS,Copper,CHM-CHM,52
ABTS,Cu,CHM-CHM,47
ABTS,Cu2+,CHM-CHM,38
ABTS,Curves,CHM-CMT,32
ABTS,Cyclic Voltammetry,CHM-CMT,51
ABTS,Cyclic Voltammogram,CHM-CMT,118
ABTS,Cytotoxicity,CHM-PRO,33
ABTS,DLS,CHM-CMT,38
ABTS,DMSO,CHM-CHM,56
ABTS,DPPH,CHM-CHM,485
ABTS,DPPH Assay,CHM-CMT,35
ABTS,Detection,CHM-APL,34
ABTS,Dnazymes,CHM-APL,60
ABTS,Dpph,CHM-CMT,232
ABTS,EDTA,CHM-CHM,35
ABTS,EDX,CHM-CMT,36
ABTS,Electrode,CHM-APL,155
ABTS,Electrodes,CHM-APL,101
ABTS,Enzymatic Activity,CHM-PRO,38
ABTS,Enzyme Activity,CHM-PRO,62
ABTS,Enzymes,CHM-APL,50
ABTS,Epr,CHM-CMT,30
ABTS,Ethanol,CHM-CHM,89
ABTS,Ethyl Acetate,CHM-CHM,40
ABTS,FRAP,CHM-CMT,85
ABTS,FT-IR,CHM-CMT,76
ABTS,FTIR,CHM-CMT,99
ABTS,Fe,CHM-CHM,44
ABTS,Fe2+,CHM-CHM,34
ABTS,Fe3O4,CHM-CHM,36
ABTS,Ferric,CHM-CHM,77
ABTS,Film,CHM-DSC,74
ABTS,Films,CHM-DSC,65
ABTS,Flavonoids,CHM-CHM,99
ABTS,Fluorescence,CHM-CMT,64
ABTS,Fluorescence,CHM-PRO,37
ABTS,Fluorescence Intensity,CHM-PRO,43
ABTS,Food,CHM-APL,33
ABTS,G-Quadruplex,CHM-PRO,34
ABTS,GSH,CHM-CHM,48
ABTS,Gallic Acid,CHM-CHM,57
ABTS,Glucose,CHM-CHM,187
ABTS,Gox,CHM-APL,38
ABTS,Guaiacols,CHM-CHM,42
ABTS,H2O,CHM-CHM,41
ABTS,H2O2,CHM-CHM,378
ABTS,HCl,CHM-CHM,47
ABTS,HRP,CHM-APL,63
ABTS,HRP,CHM-CHM,66
ABTS,HRTEM,CHM-CMT,46
ABTS,Heme,CHM-CHM,38
ABTS,Hemin,CHM-CHM,97
ABTS,Hplc,CHM-CMT,87
ABTS,Hydrogen,CHM-CHM,71
ABTS,Hydrogen Peroxide,CHM-CHM,82
ABTS,Hydrolysis,CHM-SMT,36
ABTS,Hydroxyl,CHM-CHM,107
ABTS,IC50,CHM-PRO,67
ABTS,Iron,CHM-CHM,38
ABTS,Irradiation,CHM-SMT,39
ABTS,K,CHM-PRO,35
ABTS,KCl,CHM-CHM,38
ABTS,Kinetic Parameters,CHM-PRO,44
ABTS,Laccase,CHM-APL,164
ABTS,Laccase,CHM-PRO,59
ABTS,Laccase Activity,CHM-PRO,81
ABTS,Layers,CHM-DSC,48
ABTS,Leaves,CHM-DSC,56
ABTS,MTT,CHM-CHM,43
ABTS,MTT Assay,CHM-CMT,37
ABTS,Membrane,CHM-DSC,52
ABTS,Methanol,CHM-CHM,90
ABTS,Molecular Structure,CHM-PRO,41
ABTS,Molecular Weight,CHM-PRO,42
ABTS,Morphology,CHM-PRO,30
ABTS,N2,CHM-CHM,69
ABTS,NPS,CHM-DSC,53
ABTS,NaCl,CHM-CHM,70
ABTS,NaOH,CHM-CHM,30
ABTS,Nanoparticles,CHM-DSC,110
ABTS,Nitrogen,CHM-CHM,53
ABTS,O,CHM-CHM,35
ABTS,O2,CHM-CHM,113
ABTS,OH,CHM-CHM,54
ABTS,Oxidation,CHM-APL,93
ABTS,Oxidation,CHM-SMT,93
ABTS,Oxygen,CHM-CHM,165
ABTS,Particles,CHM-DSC,39
ABTS,Peroxidase,CHM-APL,61
ABTS,Peroxidase Activity,CHM-PRO,40
ABTS,Peroxidase-Like Activity,CHM-PRO,35
ABTS,Phenol,CHM-CHM,61
ABTS,Phenolics,CHM-CHM,213
ABTS,Phenolics,CHM-PRO,42
ABTS,Phenolics Content,CHM-PRO,61
ABTS,Phosphate,CHM-CHM,174
ABTS,Polarization Curve,CHM-CMT,35
ABTS,Polyphenol,CHM-CHM,68
ABTS,Powder,CHM-DSC,32
ABTS,Power Density,CHM-PRO,40
ABTS,Pt,CHM-CHM,46
ABTS,Radical Scavenging Activity,CHM-PRO,70
ABTS,Raman,CHM-CMT,37
ABTS,Rate Constant,CHM-PRO,32
ABTS,Reaction Rate,CHM-PRO,31
ABTS,Reducing Power,CHM-PRO,58
ABTS,SDS-Page,CHM-CMT,47
ABTS,SEM,CHM-CMT,211
ABTS,Scavenging Activity,CHM-PRO,40
ABTS,Sensor,CHM-APL,35
ABTS,Silica,CHM-CHM,35
ABTS,Stability,CHM-PRO,140
ABTS,Storage Stability,CHM-PRO,30
ABTS,Structure,CHM-PRO,81
ABTS,Substrate,CHM-DSC,68
ABTS,Sugar,CHM-CHM,35
ABTS,Superoxide,CHM-CHM,86
ABTS,Surface,CHM-DSC,167
ABTS,Surfaces,CHM-DSC,42
ABTS,Syringaldazine,CHM-CHM,31
ABTS,TEM,CHM-CMT,218
ABTS,TMB,CHM-CHM,90
ABTS,TPC,CHM-PRO,33
ABTS,Tga,CHM-CMT,33
ABTS,TiO2,CHM-CHM,35
ABTS,Trolox,CHM-CHM,98
ABTS,UV Vis,CHM-CMT,64
ABTS,UV Vis Absorption,CHM-CMT,66
ABTS,UV-VIS Spectral,CHM-CMT,39
ABTS,X-Ray Diffraction,CHM-CMT,34
ABTS,XPS,CHM-CMT,73
ABTS,XRD,CHM-CMT,99
ABTS,Zeta Potential,CHM-PRO,34
ABTS Assay,ABTS,CMT-CHM,60
ABTS+,ABTS,CHM-CHM,32
ABTS+,Antioxidant Activity,CHM-PRO,36
ABTS+,DPPH,CHM-CHM,65
ABTS2,H2O2,CHM-CHM,30
AC,Alloy,SMT-DSC,43
AC,Microstructure,SMT-PRO,38
AC,SEM,DSC-CMT,50
AC,SEM,PRO-CMT,32
AC,SEM,SMT-CMT,59
AC,Surface,SMT-DSC,31
AC Conduction,AC Conductivity,PRO-PRO,34
AC Conductivity,1H,PRO-CHM,60
AC Conductivity,1H NMR,PRO-CMT,44
AC Conductivity,AC Conduction,PRO-PRO,34
AC Conductivity,AC Electrical Conductivity,PRO-PRO,43
AC Conductivity,AFM,PRO-CMT,103
AC Conductivity,Absorption,PRO-PRO,31
AC Conductivity,Absorption Spectrum,PRO-CMT,33
AC Conductivity,Ac,PRO-PRO,180
AC Conductivity,Activation Energies,PRO-PRO,195
AC Conductivity,Activation Energy,PRO-PRO,552
AC Conductivity,Ag,PRO-CHM,73
AC Conductivity,Al,PRO-CHM,88
AC Conductivity,Al2O3,PRO-CHM,41
AC Conductivity,Amorphous,PRO-DSC,121
AC Conductivity,Anilines,PRO-CHM,31
AC Conductivity,Annealed,PRO-SMT,102
AC Conductivity,Annealing,PRO-SMT,93
AC Conductivity,Arrhenius Law,PRO-CMT,41
AC Conductivity,Arrhenius Plot,PRO-CMT,388
AC Conductivity,Arrhenius Relation,PRO-CMT,35
AC Conductivity,As Prepared,PRO-DSC,68
AC Conductivity,Au,PRO-CHM,48
AC Conductivity,BFO,PRO-CHM,52
AC Conductivity,Ba,PRO-CHM,34
AC Conductivity,BaTiO3,PRO-CHM,55
AC Conductivity,Band Gap,PRO-PRO,74
AC Conductivity,BiFeO3,PRO-CHM,46
AC Conductivity,Blend,PRO-DSC,80
AC Conductivity,Bond Length,PRO-PRO,35
AC Conductivity,Breakdown Strength,PRO-PRO,30
AC Conductivity,Bulk,PRO-DSC,267
AC Conductivity,CBH Model,PRO-CMT,30
AC Conductivity,Ca,PRO-CHM,31
AC Conductivity,Calcination,PRO-SMT,47
AC Conductivity,Calcined,PRO-SMT,109
AC Conductivity,Capacitance,PRO-PRO,190
AC Conductivity,Capacitor,PRO-APL,38
AC Conductivity,Carbon,PRO-CHM,99
AC Conductivity,Cbh,PRO-CMT,80
AC Conductivity,Cbh,PRO-PRO,31
AC Conductivity,Cell,PRO-APL,32
AC Conductivity,Ceramic,PRO-DSC,430
AC Conductivity,Charge Transport,PRO-PRO,36
AC Conductivity,Chemical Composition,PRO-PRO,33
AC Conductivity,Chemical Structures,PRO-PRO,42
AC Conductivity,Co,PRO-CHM,78
AC Conductivity,CoFe2O4,PRO-CHM,39
AC Conductivity,Coated,PRO-SMT,45
AC Conductivity,Cobalt,PRO-CHM,30
AC Conductivity,Coercive Field,PRO-PRO,46
AC Conductivity,Coercivity,PRO-PRO,85
AC Conductivity,Cole-Cole Plot,PRO-CMT,231
AC Conductivity,Complex Impedance,PRO-PRO,100
AC Conductivity,Complex Impedance Plot,PRO-CMT,82
AC Conductivity,Complex Impedance Spectroscopy,PRO-CMT,48
AC Conductivity,Complex Modulus,PRO-PRO,41
AC Conductivity,Complex Permittivity,PRO-PRO,57
AC Conductivity,Composite,PRO-DSC,601
AC Conductivity,Composite Film,PRO-DSC,72
AC Conductivity,Compositions,PRO-PRO,481
AC Conductivity,Concentration,PRO-PRO,30
AC Conductivity,Conducting,PRO-PRO,64
AC Conductivity,Conduction,PRO-PRO,160
AC Conductivity,Conduction Mechanisms,PRO-PRO,213
AC Conductivity,Conductive,PRO-PRO,45
AC Conductivity,Conductivity,PRO-PRO,874
AC Conductivity,Conductivity Relaxation,PRO-PRO,31
AC Conductivity,Cooling,PRO-SMT,63
AC Conductivity,Copper,PRO-CHM,34
AC Conductivity,Correlated Barrier Hopping,PRO-CMT,61
AC Conductivity,Correlated Barrier Hopping,PRO-PRO,35
AC Conductivity,Correlated Barrier Hopping Model,PRO-CMT,57
AC Conductivity,Cr,PRO-CHM,37
AC Conductivity,Crystal,PRO-DSC,170
AC Conductivity,Crystal Structure,PRO-PRO,177
AC Conductivity,Crystalline,PRO-DSC,86
AC Conductivity,Crystallinity,PRO-PRO,79
AC Conductivity,Crystallite Size,PRO-PRO,203
AC Conductivity,Cu,PRO-CHM,86
AC Conductivity,CuO,PRO-CHM,35
AC Conductivity,Cubic,PRO-SPL,103
AC Conductivity,Cubic Spinel,PRO-SPL,54
AC Conductivity,Curie Temperature,PRO-PRO,47
AC Conductivity,Cyclic Voltammogram,PRO-CMT,36
AC Conductivity,DC,PRO-PRO,191
AC Conductivity,DC Conductivity,PRO-PRO,845
AC Conductivity,DC Electrical Conductivity,PRO-PRO,52
AC Conductivity,DC Resistivity,PRO-PRO,88
AC Conductivity,DMF,PRO-CHM,40
AC Conductivity,DSC,PRO-CMT,345
AC Conductivity,DTA,PRO-CMT,90
AC Conductivity,Density,PRO-PRO,134
AC Conductivity,Density of States,PRO-PRO,38
AC Conductivity,Dielectric,PRO-PRO,240
AC Conductivity,Dielectric Behaviour,PRO-PRO,75
AC Conductivity,Dielectric Constant,PRO-PRO,1593
AC Conductivity,Dielectric Constants,PRO-PRO,75
AC Conductivity,Dielectric Dispersion,PRO-PRO,54
AC Conductivity,Dielectric Loss,PRO-PRO,963
AC Conductivity,Dielectric Loss Factor,PRO-PRO,52
AC Conductivity,Dielectric Loss Tangent,PRO-PRO,121
AC Conductivity,Dielectric Losses,PRO-PRO,32
AC Conductivity,Dielectric Measurement,PRO-CMT,70
AC Conductivity,Dielectric Modulus,PRO-PRO,38
AC Conductivity,Dielectric Parameters,PRO-PRO,68
AC Conductivity,Dielectric Permittivities,PRO-PRO,266
AC Conductivity,Dielectric Properties,PRO-PRO,475
AC Conductivity,Dielectric Relaxation,PRO-PRO,108
AC Conductivity,Dielectric Response,PRO-PRO,62
AC Conductivity,Dielectric Studies,PRO-CMT,37
AC Conductivity,Differential Scanning Calorimetry,PRO-CMT,100
AC Conductivity,Differential Thermal Analysis,PRO-CMT,45
AC Conductivity,Dissipation Factor,PRO-PRO,51
AC Conductivity,Doped,PRO-DSC,424
AC Conductivity,Doping,PRO-SMT,97
AC Conductivity,Doping Concentration,PRO-PRO,38
AC Conductivity,EDAX,PRO-CMT,41
AC Conductivity,EDS,PRO-CMT,134
AC Conductivity,EDX,PRO-CMT,181
AC Conductivity,ESR,PRO-CMT,43
AC Conductivity,Edax,PRO-CMT,64
AC Conductivity,Electrical,PRO-PRO,115
AC Conductivity,Electrical Conduction,PRO-PRO,53
AC Conductivity,Electrical Conductivity,PRO-PRO,235
AC Conductivity,Electrical Equivalent Circuit,PRO-CMT,43
AC Conductivity,Electrical Modulus,PRO-PRO,311
AC Conductivity,Electrical Parameters,PRO-PRO,45
AC Conductivity,Electrical Properties,PRO-PRO,311
AC Conductivity,Electrode,PRO-APL,114
AC Conductivity,Electrodes,PRO-APL,65
AC Conductivity,Electrolyte,PRO-APL,130
AC Conductivity,Elemental Analysis,PRO-CMT,38
AC Conductivity,Elemental Composition,PRO-PRO,33
AC Conductivity,Epoxy,PRO-CHM,37
AC Conductivity,Equivalent Circuit Model,PRO-CMT,85
AC Conductivity,Equivalent Circuits,PRO-CMT,233
AC Conductivity,F,PRO-PRO,46
AC Conductivity,FE-SEM,PRO-CMT,46
AC Conductivity,FESEM,PRO-CMT,215
AC Conductivity,FT-IR,PRO-CMT,237
AC Conductivity,FTIR,PRO-CMT,578
AC Conductivity,Fe,PRO-CHM,106
AC Conductivity,Fe2+,PRO-CHM,36
AC Conductivity,Fe3+,PRO-CHM,50
AC Conductivity,Fermi Level,PRO-PRO,42
AC Conductivity,Ferrite,PRO-CHM,202
AC Conductivity,Ferroelectric,PRO-PRO,93
AC Conductivity,Field Emission Scanning Electron Microscopy,PRO-CMT,31
AC Conductivity,Filler,PRO-APL,31
AC Conductivity,Film,PRO-DSC,198
AC Conductivity,Films,PRO-DSC,301
AC Conductivity,Fourier Transform Infrared,PRO-CMT,73
AC Conductivity,Fourier Transform Infrared Spectroscopy,PRO-CMT,69
AC Conductivity,Frequency,PRO-PRO,46
AC Conductivity,Frequency Exponent,PRO-PRO,162
AC Conductivity,G,PRO-PRO,48
AC Conductivity,Gd,PRO-CHM,31
AC Conductivity,Glass,PRO-DSC,227
AC Conductivity,Glass Ceramics,PRO-DSC,34
AC Conductivity,Glass Transition Temperature,PRO-PRO,72
AC Conductivity,Glasses,PRO-DSC,246
AC Conductivity,Glasses Doped,PRO-DSC,33
AC Conductivity,Glassy,PRO-DSC,57
AC Conductivity,Grain Boundaries,PRO-PRO,114
AC Conductivity,Grain Boundary,PRO-PRO,210
AC Conductivity,Grain Boundary Resistance,PRO-PRO,72
AC Conductivity,Grain Size,PRO-PRO,164
AC Conductivity,Grains,PRO-PRO,163
AC Conductivity,Graphene,PRO-CHM,48
AC Conductivity,HRTEM,PRO-CMT,149
AC Conductivity,Heat Treatment,PRO-SMT,35
AC Conductivity,Heating,PRO-SMT,137
AC Conductivity,Hexagonal,PRO-SPL,58
AC Conductivity,Hopping Conduction,PRO-PRO,32
AC Conductivity,Hopping Frequency,PRO-PRO,43
AC Conductivity,Hydrogen,PRO-CHM,83
AC Conductivity,Hysteresis Loop,PRO-CMT,84
AC Conductivity,IR,PRO-CMT,53
AC Conductivity,Imaginary,PRO-PRO,134
AC Conductivity,Imaginary Part,PRO-PRO,513
AC Conductivity,Imaginary Part of Electric Modulus,PRO-PRO,51
AC Conductivity,Imaginary Part of Impedance,PRO-PRO,104
AC Conductivity,Imaginary Part of Modulus,PRO-PRO,65
AC Conductivity,Impedance,PRO-CMT,69
AC Conductivity,Impedance,PRO-PRO,556
AC Conductivity,Impedance Analysis,PRO-CMT,33
AC Conductivity,Impedance Measurement,PRO-CMT,39
AC Conductivity,Impedance Plot,PRO-CMT,112
AC Conductivity,Impedance Spectra,PRO-CMT,65
AC Conductivity,Impedance Spectroscopy,PRO-CMT,201
AC Conductivity,Infrared,PRO-CMT,30
AC Conductivity,Insulating,PRO-PRO,41
AC Conductivity,Interface,PRO-DSC,88
AC Conductivity,Interfacial Polarization,PRO-PRO,71
AC Conductivity,Ionic Conduction,PRO-PRO,37
AC Conductivity,Ionic Conductivity,PRO-PRO,132
AC Conductivity,Ir,PRO-CMT,77
AC Conductivity,Iron,PRO-CHM,38
AC Conductivity,Irradiated,PRO-SMT,44
AC Conductivity,Irradiation,PRO-SMT,36
AC Conductivity,Jonscher's Power Law,PRO-CMT,95
AC Conductivity,Jonscher's Universal Power Law,PRO-CMT,79
AC Conductivity,K,PRO-PRO,31
AC Conductivity,La,PRO-CHM,45
AC Conductivity,Lattice Constant,PRO-PRO,86
AC Conductivity,Lattice Parameter,PRO-PRO,205
AC Conductivity,Law,PRO-CMT,36
AC Conductivity,Layers,PRO-DSC,106
AC Conductivity,Li,PRO-CHM,64
AC Conductivity,Linear Fit,PRO-CMT,42
AC Conductivity,Lithium,PRO-CHM,69
AC Conductivity,Ln,PRO-PRO,36
AC Conductivity,Loss,PRO-PRO,108
AC Conductivity,Loss Factor,PRO-PRO,52
AC Conductivity,Loss Tangent,PRO-PRO,332
AC Conductivity,M,PRO-PRO,138
AC Conductivity,MS,PRO-PRO,32
AC Conductivity,Magnetic Hysteresis Loop,PRO-CMT,60
AC Conductivity,Magnetic Moment,PRO-PRO,34
AC Conductivity,Magnetic Properties,PRO-PRO,73
AC Conductivity,Magnetics,PRO-PRO,76
AC Conductivity,Magnetization,PRO-PRO,107
AC Conductivity,Matrix,PRO-DSC,35
AC Conductivity,Mechanical Property,PRO-PRO,39
AC Conductivity,Metallic,PRO-PRO,40
AC Conductivity,Metals,PRO-PRO,37
AC Conductivity,Mg,PRO-CHM,46
AC Conductivity,Microstructural,PRO-PRO,34
AC Conductivity,Microstructure,PRO-PRO,155
AC Conductivity,Mn,PRO-CHM,98
AC Conductivity,Mobility,PRO-PRO,32
AC Conductivity,Models,PRO-CMT,56
AC Conductivity,Modulus,PRO-PRO,126
AC Conductivity,Molecular Structure,PRO-PRO,43
AC Conductivity,Monoclinic,PRO-SPL,69
AC Conductivity,Morphologic,PRO-PRO,52
AC Conductivity,Morphology,PRO-PRO,145
AC Conductivity,Multiferroics,PRO-PRO,45
AC Conductivity,N2,PRO-CHM,58
AC Conductivity,NPS,PRO-DSC,47
AC Conductivity,NTCR,PRO-PRO,40
AC Conductivity,Na,PRO-CHM,35
AC Conductivity,Nano,PRO-DSC,39
AC Conductivity,Nanocomposite,PRO-DSC,331
AC Conductivity,Nanocomposite Film,PRO-DSC,53
AC Conductivity,Nanocrystalline,PRO-DSC,87
AC Conductivity,Nanocrystals,PRO-DSC,32
AC Conductivity,Nanoparticle,PRO-DSC,41
AC Conductivity,Nanoparticles,PRO-DSC,366
AC Conductivity,Nanotube,PRO-DSC,38
AC Conductivity,Nd,PRO-CHM,33
AC Conductivity,Ni,PRO-CHM,105
AC Conductivity,NiO,PRO-CHM,30
AC Conductivity,Nickel,PRO-CHM,36
AC Conductivity,Nitrogen,PRO-CHM,55
AC Conductivity,Non-Debye,PRO-PRO,35
AC Conductivity,Nyquist Plot,PRO-CMT,362
AC Conductivity,O,PRO-CHM,81
AC Conductivity,O2,PRO-CHM,34
AC Conductivity,Optical,PRO-PRO,62
AC Conductivity,Optical Absorption,PRO-CMT,84
AC Conductivity,Optical Band Gap,PRO-PRO,99
AC Conductivity,Optical Properties,PRO-PRO,50
AC Conductivity,Orthorhombic,PRO-SPL,114
AC Conductivity,Oxides,PRO-CHM,44
AC Conductivity,Oxygen,PRO-CHM,250
AC Conductivity,Oxygen Vacancies,PRO-PRO,69
AC Conductivity,PE Hysteresis Loop,PRO-CMT,63
AC Conductivity,PE Loop,PRO-CMT,50
AC Conductivity,PEO,PRO-CHM,49
AC Conductivity,PMMA,PRO-CHM,36
AC Conductivity,PVA,PRO-CHM,85
AC Conductivity,PVDF,PRO-CHM,139
AC Conductivity,Particle Size,PRO-PRO,123
AC Conductivity,Particle Size Distribution,PRO-PRO,54
AC Conductivity,Particles,PRO-DSC,171
AC Conductivity,Pellet,PRO-DSC,130
AC Conductivity,Percolation Threshold,PRO-PRO,40
AC Conductivity,Permeability,PRO-PRO,35
AC Conductivity,Permittivity,PRO-PRO,201
AC Conductivity,Perovskites,PRO-CHM,110
AC Conductivity,Perovskites,PRO-SPL,97
AC Conductivity,Phase Transition,PRO-PRO,61
AC Conductivity,Photo Luminescence,PRO-CMT,81
AC Conductivity,Physical Properties,PRO-PRO,34
AC Conductivity,Polarization,PRO-PRO,71
AC Conductivity,Polyaniline,PRO-CHM,74
AC Conductivity,Polycrystalline,PRO-DSC,177
AC Conductivity,Polymer Electrolyte,PRO-APL,44
AC Conductivity,Polymer Electrolytes,PRO-APL,37
AC Conductivity,Polyvinyl Alcohol,PRO-CHM,30
AC Conductivity,Porosity,PRO-PRO,67
AC Conductivity,Powder,PRO-DSC,295
AC Conductivity,Powder XRD,PRO-CMT,33
AC Conductivity,Powders,PRO-DSC,93
AC Conductivity,Power Law,PRO-CMT,88
AC Conductivity,Protonic Conductivity,PRO-PRO,31
AC Conductivity,Pt,PRO-CHM,44
AC Conductivity,Pure,PRO-DSC,213
AC Conductivity,RGB,PRO-PRO,37
AC Conductivity,Raman,PRO-CMT,379
AC Conductivity,Raman Spectroscopy,PRO-CMT,62
AC Conductivity,Real,PRO-PRO,52
AC Conductivity,Real Part of Impedance,PRO-PRO,68
AC Conductivity,Real Parts,PRO-PRO,214
AC Conductivity,Real Permittivity,PRO-PRO,39
AC Conductivity,Refractive Index,PRO-PRO,48
AC Conductivity,Relative Permittivity,PRO-PRO,82
AC Conductivity,Relaxation Frequency,PRO-PRO,90
AC Conductivity,Relaxation Time,PRO-PRO,264
AC Conductivity,Remnant Polarization,PRO-PRO,31
AC Conductivity,Resistance,PRO-PRO,112
AC Conductivity,Resistivity,PRO-PRO,124
AC Conductivity,Rhombohedral,PRO-SPL,53
AC Conductivity,Rietveld Analysis,PRO-CMT,31
AC Conductivity,Rietveld Refined,PRO-CMT,34
AC Conductivity,Rietveld Refinement,PRO-CMT,181
AC Conductivity,SAC,PRO-PRO,43
AC Conductivity,SAED,PRO-CMT,130
AC Conductivity,SEM,PRO-CMT,1148
AC Conductivity,Saturation Magnetization,PRO-PRO,122
AC Conductivity,Scaling Behaviour,PRO-PRO,46
AC Conductivity,Scanning Electron Micrograph,PRO-CMT,93
AC Conductivity,Scanning Electron Microscope,PRO-CMT,45
AC Conductivity,Scanning Electron Microscopy,PRO-CMT,182
AC Conductivity,Selected Area Electron Diffraction,PRO-CMT,33
AC Conductivity,Semiconducting,PRO-PRO,47
AC Conductivity,Semiconductor,PRO-PRO,75
AC Conductivity,Si,PRO-CHM,68
AC Conductivity,SiO2,PRO-CHM,58
AC Conductivity,Silver,PRO-CHM,47
AC Conductivity,Single Crystal,PRO-DSC,135
AC Conductivity,Single Phase,PRO-DSC,165
AC Conductivity,Sintered,PRO-SMT,321
AC Conductivity,Sintering,PRO-SMT,101
AC Conductivity,SnO2,PRO-CHM,42
AC Conductivity,Sodium,PRO-CHM,34
AC Conductivity,Sol-Gel,PRO-SMT,102
AC Conductivity,Solid Solution,PRO-DSC,53
AC Conductivity,Solid State Reaction,PRO-SMT,42
AC Conductivity,Solid State Reaction Method,PRO-SMT,56
AC Conductivity,Solid State Reaction Technique,PRO-SMT,40
AC Conductivity,Space Charge Polarization,PRO-PRO,38
AC Conductivity,Spinels,PRO-SPL,102
AC Conductivity,Sr,PRO-CHM,40
AC Conductivity,Storage Modulus,PRO-PRO,44
AC Conductivity,Structural,PRO-PRO,210
AC Conductivity,Structural Analysis,PRO-CMT,31
AC Conductivity,Structural Parameter,PRO-PRO,53
AC Conductivity,Structure,PRO-PRO,229
AC Conductivity,Substituted,PRO-DSC,60
AC Conductivity,Substrate,PRO-DSC,107
AC Conductivity,Surface,PRO-DSC,204
AC Conductivity,Surface Morphology,PRO-PRO,107
AC Conductivity,Surfaces,PRO-DSC,67
AC Conductivity,T,PRO-PRO,59
AC Conductivity,TC,PRO-PRO,46
AC Conductivity,TEM,PRO-CMT,494
AC Conductivity,TG,PRO-CMT,71
AC Conductivity,TG,PRO-PRO,39
AC Conductivity,TGA,PRO-CMT,94
AC Conductivity,Tan δ,PRO-PRO,164
AC Conductivity,Tangent Loss,PRO-PRO,115
AC Conductivity,Tanδ,PRO-PRO,98
AC Conductivity,Tauc Plot,PRO-CMT,34
AC Conductivity,Temperature Coefficient of Resistance,PRO-PRO,35
AC Conductivity,Tetragonal,PRO-SPL,99
AC Conductivity,Tga,PRO-CMT,193
AC Conductivity,Thermal Analysis,PRO-CMT,36
AC Conductivity,Thermal Conductivity,PRO-PRO,39
AC Conductivity,Thermal Properties,PRO-PRO,30
AC Conductivity,Thermal Stability,PRO-PRO,68
AC Conductivity,Thermogravimetric Analysis,PRO-CMT,66
AC Conductivity,Thin,PRO-DSC,35
AC Conductivity,Thin Films,PRO-DSC,221
AC Conductivity,Ti,PRO-CHM,69
AC Conductivity,TiO2,PRO-CHM,82
AC Conductivity,Total Conductivity,PRO-PRO,30
AC Conductivity,Transition Temperature,PRO-PRO,42
AC Conductivity,Transmission Electron Microscopy,PRO-CMT,83
AC Conductivity,Transport Properties,PRO-PRO,32
AC Conductivity,UV Vis,PRO-CMT,52
AC Conductivity,UV Vis Absorption,PRO-CMT,54
AC Conductivity,Undoped,PRO-DSC,81
AC Conductivity,Unit Cell Volume,PRO-PRO,40
AC Conductivity,Vsm,PRO-CMT,34
AC Conductivity,Williamson Hall Plot,PRO-CMT,40
AC Conductivity,X Ray Diffractogram,PRO-CMT,87
AC Conductivity,X-Ray Diffraction,PRO-CMT,975
AC Conductivity,X-Ray Photoelectron Spectroscopy,PRO-CMT,33
AC Conductivity,X-Ray Powder Diffraction,PRO-CMT,104
AC Conductivity,XPS,PRO-CMT,140
AC Conductivity,XRD,PRO-CMT,1532
AC Conductivity,Zn,PRO-CHM,90
AC Conductivity,ZnO,PRO-CHM,132
AC Conductivity,β,PRO-PRO,39
AC Conductivity,σ,PRO-PRO,81
AC Conductivity,σ Ac,PRO-PRO,81
AC Conductivity,σ Dc,PRO-PRO,32
AC Conductivity,σdc,PRO-PRO,44
AC Conductivity,ω,PRO-PRO,31
AC Electrical Conductivity,AC Conductivity,PRO-PRO,43
AC Electrical Conductivity,Activation Energy,PRO-PRO,34
AC Electrical Conductivity,Composite,PRO-DSC,50
AC Electrical Conductivity,Compositions,PRO-PRO,31
AC Electrical Conductivity,Conductivity,PRO-PRO,55
AC Electrical Conductivity,Dielectric Constant,PRO-PRO,113
AC Electrical Conductivity,Dielectric Loss,PRO-PRO,75
AC Electrical Conductivity,Dielectric Properties,PRO-PRO,48
AC Electrical Conductivity,Doped,PRO-DSC,37
AC Electrical Conductivity,Electrical Conductivity,PRO-PRO,38
AC Electrical Conductivity,FTIR,PRO-CMT,47
AC Electrical Conductivity,Films,PRO-DSC,37
AC Electrical Conductivity,Loss Tangent,PRO-PRO,32
AC Electrical Conductivity,Nanocomposite,PRO-DSC,32
AC Electrical Conductivity,Nanoparticles,PRO-DSC,33
AC Electrical Conductivity,SEM,PRO-CMT,70
AC Electrical Conductivity,TEM,PRO-CMT,41
AC Electrical Conductivity,X-Ray Diffraction,PRO-CMT,75
AC Electrical Conductivity,XRD,PRO-CMT,90
AC Impedance,1H,CMT-CHM,36
AC Impedance,AC Impedance Spectra,CMT-CMT,39
AC Impedance,AFM,CMT-CMT,42
AC Impedance,Activation Energy,CMT-PRO,79
AC Impedance,Activation Energy,PRO-PRO,30
AC Impedance,Ag,CMT-CHM,57
AC Impedance,Al,CMT-CHM,57
AC Impedance,Alloy,CMT-DSC,42
AC Impedance,Amorphous,CMT-DSC,36
AC Impedance,Annealed,CMT-SMT,39
AC Impedance,Annealing,CMT-SMT,42
AC Impedance,Anode,CMT-APL,214
AC Impedance,Anode,PRO-APL,98
AC Impedance,Anodes,CMT-APL,54
AC Impedance,Anodes,PRO-APL,35
AC Impedance,Arrhenius Plot,CMT-CMT,155
AC Impedance,Arrhenius Plot,PRO-CMT,94
AC Impedance,As Prepared,CMT-DSC,73
AC Impedance,As Prepared,PRO-DSC,34
AC Impedance,Au,CMT-CHM,58
AC Impedance,Batteries,CMT-APL,57
AC Impedance,Battery,CMT-APL,68
AC Impedance,Battery,PRO-APL,33
AC Impedance,Bode Plot,CMT-CMT,33
AC Impedance,Bulk,CMT-DSC,100
AC Impedance,Bulk,PRO-DSC,55
AC Impedance,CO,CMT-CHM,36
AC Impedance,CO2,CMT-CHM,45
AC Impedance,CO2,PRO-CHM,33
AC Impedance,CV,CMT-CMT,150
AC Impedance,CV,PRO-CMT,84
AC Impedance,Calcined,CMT-SMT,54
AC Impedance,Capacitance,CMT-PRO,73
AC Impedance,Capacitance,PRO-PRO,30
AC Impedance,Capacity,CMT-PRO,81
AC Impedance,Capacity,PRO-PRO,31
AC Impedance,Capacity Retention,CMT-PRO,49
AC Impedance,Carbon,CMT-CHM,166
AC Impedance,Carbon,PRO-CHM,93
AC Impedance,Catalyst,CMT-APL,56
AC Impedance,Cathode,CMT-APL,291
AC Impedance,Cathode,PRO-APL,132
AC Impedance,Cathodes,CMT-APL,114
AC Impedance,Cathodes,PRO-APL,65
AC Impedance,Cell,CMT-APL,329
AC Impedance,Cell,PRO-APL,172
AC Impedance,Cells,CMT-APL,330
AC Impedance,Cells,PRO-APL,164
AC Impedance,Ceramic,CMT-DSC,51
AC Impedance,Charge Discharge Curve,CMT-CMT,56
AC Impedance,Charge Discharge Curve,CMT-PRO,100
AC Impedance,Charge Discharge Curve,PRO-PRO,55
AC Impedance,Charge Discharge Profile,CMT-PRO,50
AC Impedance,Charge Transfer Resistance,CMT-PRO,91
AC Impedance,Charge Transfer Resistance,PRO-PRO,30
AC Impedance,Charges,CMT-PRO,129
AC Impedance,Charges,PRO-PRO,51
AC Impedance,Chronoamperometry,CMT-CMT,52
AC Impedance,Co,CMT-CHM,51
AC Impedance,Co,PRO-CHM,31
AC Impedance,Coated,CMT-SMT,79
AC Impedance,Coated,PRO-SMT,37
AC Impedance,Coatings,CMT-APL,65
AC Impedance,Coatings,PRO-APL,30
AC Impedance,Composite,CMT-DSC,263
AC Impedance,Composite,PRO-DSC,124
AC Impedance,Compositions,CMT-PRO,115
AC Impedance,Compositions,PRO-PRO,50
AC Impedance,Conductivity,CMT-PRO,232
AC Impedance,Conductivity,PRO-PRO,121
AC Impedance,Coulombic Efficiency,CMT-PRO,104
AC Impedance,Coulombic Efficiency,PRO-PRO,40
AC Impedance,Cross Section,CMT-DSC,49
AC Impedance,Cross Sectional SEM,CMT-CMT,43
AC Impedance,Crystal Structure,CMT-PRO,66
AC Impedance,Cu,CMT-CHM,51
AC Impedance,Cubic,CMT-SPL,42
AC Impedance,Current Density,CMT-PRO,45
AC Impedance,Cycle Performance,CMT-PRO,114
AC Impedance,Cycle Performance,PRO-PRO,47
AC Impedance,Cyclic Performance,PRO-PRO,40
AC Impedance,Cyclic Voltammetry,CMT-CMT,197
AC Impedance,Cyclic Voltammetry,PRO-CMT,48
AC Impedance,Cyclic Voltammogram,CMT-CMT,216
AC Impedance,Cyclic Voltammogram,PRO-CMT,108
AC Impedance,Cycling Performance,CMT-PRO,205
AC Impedance,Cycling Performance,PRO-PRO,108
AC Impedance,Cycling Stability,CMT-PRO,33
AC Impedance,DMC,CMT-CHM,34
AC Impedance,DSC,CMT-CMT,151
AC Impedance,DSC,PRO-CMT,74
AC Impedance,Density,CMT-PRO,32
AC Impedance,Differential Scanning Calorimetry,CMT-CMT,31
AC Impedance,Discharge,CMT-PRO,39
AC Impedance,Discharge Capacity,CMT-PRO,181
AC Impedance,Discharge Capacity,PRO-PRO,84
AC Impedance,Discharge Curves,CMT-CMT,32
AC Impedance,Discharge Curves,CMT-PRO,94
AC Impedance,Discharge Curves,PRO-PRO,56
AC Impedance,Discharge Profile,CMT-PRO,62
AC Impedance,Doped,CMT-DSC,96
AC Impedance,Doped,PRO-DSC,35
AC Impedance,EDS,CMT-CMT,93
AC Impedance,EDS,PRO-CMT,45
AC Impedance,EDX,CMT-CMT,62
AC Impedance,EDX,PRO-CMT,54
AC Impedance,EIS,CMT-CMT,39
AC Impedance,Eis,CMT-CMT,63
AC Impedance,Electrical Conductivity,CMT-PRO,84
AC Impedance,Electrical Conductivity,PRO-PRO,38
AC Impedance,Electrochemical Impedance Spectroscopy,CMT-CMT,32
AC Impedance,Electrochemical Performance,CMT-PRO,103
AC Impedance,Electrochemical Performance,PRO-PRO,48
AC Impedance,Electrochemical Properties,CMT-PRO,67
AC Impedance,Electrochemical Stability,CMT-PRO,38
AC Impedance,Electrode,CMT-APL,503
AC Impedance,Electrode,PRO-APL,258
AC Impedance,Electrodes,CMT-APL,362
AC Impedance,Electrodes,PRO-APL,214
AC Impedance,Electrolyte,CMT-APL,460
AC Impedance,Electrolyte,PRO-APL,182
AC Impedance,Electronic Conductivity,CMT-PRO,32
AC Impedance,Equivalent Circuit Model,CMT-CMT,38
AC Impedance,Equivalent Circuits,CMT-CMT,239
AC Impedance,Equivalent Circuits,PRO-CMT,124
AC Impedance,FESEM,CMT-CMT,93
AC Impedance,FESEM,PRO-CMT,39
AC Impedance,FT-IR,CMT-CMT,73
AC Impedance,FT-IR,PRO-CMT,30
AC Impedance,FTIR,CMT-CMT,149
AC Impedance,FTIR,PRO-CMT,49
AC Impedance,Fe,CMT-CHM,48
AC Impedance,Film,CMT-DSC,212
AC Impedance,Film,PRO-DSC,85
AC Impedance,Films,CMT-DSC,135
AC Impedance,Films,PRO-DSC,53
AC Impedance,Foil,CMT-DSC,33
AC Impedance,Fuel Cell,CMT-APL,52
AC Impedance,Gel Polymer Electrolyte,CMT-APL,30
AC Impedance,Grain Boundary,CMT-PRO,46
AC Impedance,Grain Size,CMT-PRO,32
AC Impedance,Graphene,CMT-CHM,31
AC Impedance,Graphite,CMT-CHM,83
AC Impedance,Graphite,PRO-CHM,44
AC Impedance,H2,CMT-CHM,109
AC Impedance,H2,PRO-CHM,59
AC Impedance,H2O,CMT-CHM,58
AC Impedance,H2O,PRO-CHM,34
AC Impedance,H2SO4,CMT-CHM,49
AC Impedance,HRTEM,CMT-CMT,129
AC Impedance,HRTEM,PRO-CMT,56
AC Impedance,Half Cell,CMT-APL,46
AC Impedance,Heat Treatment,CMT-SMT,34
AC Impedance,Heating,CMT-SMT,57
AC Impedance,Heating,PRO-SMT,30
AC Impedance,Hydrogen,CMT-CHM,99
AC Impedance,Hydrogen,PRO-CHM,54
AC Impedance,Impedance,CMT-PRO,164
AC Impedance,Impedance,PRO-PRO,112
AC Impedance,Impedance Spectra,CMT-CMT,52
AC Impedance,Interface,CMT-DSC,127
AC Impedance,Interface,PRO-DSC,58
AC Impedance,Interfacial Resistance,CMT-PRO,41
AC Impedance,Ionic Conductivity,CMT-PRO,266
AC Impedance,Ionic Conductivity,PRO-PRO,106
AC Impedance,KOH,CMT-CHM,36
AC Impedance,LSV,CMT-CMT,51
AC Impedance,Lattice Parameter,CMT-PRO,46
AC Impedance,Layers,CMT-DSC,150
AC Impedance,Layers,PRO-DSC,59
AC Impedance,Li,CMT-APL,42
AC Impedance,Li,CMT-CHM,426
AC Impedance,Li,PRO-CHM,185
AC Impedance,Li+,CMT-CHM,41
AC Impedance,Li4Ti5O12,CMT-CHM,37
AC Impedance,LiClO4,CMT-CHM,51
AC Impedance,LiClO4,PRO-CHM,35
AC Impedance,LiCoO2,CMT-CHM,81
AC Impedance,LiCoO2,PRO-CHM,32
AC Impedance,LiFePO4,CMT-CHM,80
AC Impedance,LiFePO4,PRO-CHM,45
AC Impedance,LiMn2O4,CMT-CHM,37
AC Impedance,LiPF6,CMT-CHM,84
AC Impedance,LiPF6,PRO-CHM,51
AC Impedance,Linear Sweep Voltammetry,CMT-CMT,53
AC Impedance,Linear Sweep Voltammogram,CMT-CMT,41
AC Impedance,Liquid Electrolyte,CMT-APL,41
AC Impedance,Lithium,CMT-CHM,300
AC Impedance,Lithium,PRO-CHM,112
AC Impedance,Lithium Ion Battery,CMT-APL,36
AC Impedance,Membrane,CMT-DSC,158
AC Impedance,Membrane,PRO-DSC,70
AC Impedance,Metals,CMT-PRO,46
AC Impedance,Mg,CMT-CHM,30
AC Impedance,Microstructure,CMT-PRO,50
AC Impedance,Microstructure,PRO-PRO,35
AC Impedance,Mn,CMT-CHM,47
AC Impedance,Morphology,CMT-PRO,93
AC Impedance,Morphology,PRO-PRO,37
AC Impedance,N2,CMT-CHM,107
AC Impedance,N2,PRO-CHM,44
AC Impedance,Na,CMT-CHM,32
AC Impedance,NaCl,CMT-CHM,34
AC Impedance,Nafion,CMT-CHM,40
AC Impedance,Nanocomposite,CMT-DSC,37
AC Impedance,Nanoparticles,CMT-DSC,52
AC Impedance,Nanotube,CMT-DSC,30
AC Impedance,Ni,CMT-CHM,114
AC Impedance,Ni,PRO-CHM,71
AC Impedance,NiO,CMT-CHM,32
AC Impedance,Nickel,CMT-CHM,33
AC Impedance,Nitrogen,CMT-CHM,53
AC Impedance,Nyquist Plot,CMT-CMT,169
AC Impedance,Nyquist Plot,PRO-CMT,178
AC Impedance,O,CMT-CHM,73
AC Impedance,O,PRO-CHM,34
AC Impedance,O2,CMT-CHM,68
AC Impedance,O2,PRO-CHM,39
AC Impedance,Oxides,CMT-CHM,42
AC Impedance,Oxygen,CMT-CHM,167
AC Impedance,Oxygen,PRO-CHM,70
AC Impedance,PEO,CMT-CHM,60
AC Impedance,PVDF,CMT-CHM,42
AC Impedance,Particles,CMT-DSC,90
AC Impedance,Particles,PRO-DSC,47
AC Impedance,Pellet,CMT-DSC,59
AC Impedance,Pellet,PRO-DSC,33
AC Impedance,Perovskites,CMT-CHM,45
AC Impedance,Perovskites,CMT-SPL,41
AC Impedance,Platinum,CMT-CHM,30
AC Impedance,Polarisation Resistance,CMT-PRO,49
AC Impedance,Polarization,CMT-PRO,36
AC Impedance,Polarization Curve,CMT-CMT,55
AC Impedance,Polymer Electrolyte,CMT-APL,56
AC Impedance,Polymer Electrolytes,CMT-APL,44
AC Impedance,Pore Size Distribution,CMT-PRO,58
AC Impedance,Pore Size Distribution,PRO-PRO,31
AC Impedance,Porosity,CMT-PRO,30
AC Impedance,Porous,CMT-DSC,84
AC Impedance,Porous,PRO-DSC,43
AC Impedance,Powder,CMT-DSC,108
AC Impedance,Powder,PRO-DSC,68
AC Impedance,Powders,CMT-DSC,99
AC Impedance,Powders,PRO-DSC,55
AC Impedance,Power Density,CMT-PRO,79
AC Impedance,Pt,CMT-CHM,119
AC Impedance,Pt,PRO-CHM,57
AC Impedance,Pure,CMT-DSC,53
AC Impedance,RCT,CMT-PRO,35
AC Impedance,Raman,CMT-CMT,138
AC Impedance,Raman,PRO-CMT,60
AC Impedance,Rate Capability,CMT-PRO,88
AC Impedance,Rate Capability,PRO-PRO,35
AC Impedance,Rate Performance,CMT-PRO,81
AC Impedance,Rate Performance,PRO-PRO,56
AC Impedance,Resistance,CMT-PRO,112
AC Impedance,Resistance,PRO-PRO,58
AC Impedance,SAED,CMT-CMT,48
AC Impedance,SEM,CMT-CMT,735
AC Impedance,SEM,PRO-CMT,393
AC Impedance,Scanning Electron Micrograph,CMT-CMT,31
AC Impedance,Scanning Electron Microscopy,CMT-CMT,85
AC Impedance,Separator,CMT-APL,94
AC Impedance,Separator,PRO-APL,49
AC Impedance,Si,CMT-CHM,49
AC Impedance,SiO2,CMT-CHM,48
AC Impedance,Single Cell,CMT-APL,38
AC Impedance,Sintered,CMT-SMT,126
AC Impedance,Sintered,PRO-SMT,61
AC Impedance,Sintering,CMT-SMT,78
AC Impedance,Solid Electrolyte,CMT-APL,48
AC Impedance,Specific Capacitance,CMT-PRO,43
AC Impedance,Specific Capacity,CMT-PRO,39
AC Impedance,Stability,CMT-PRO,33
AC Impedance,Structure,CMT-PRO,122
AC Impedance,Structure,PRO-PRO,46
AC Impedance,Substrate,CMT-DSC,96
AC Impedance,Substrate,PRO-DSC,45
AC Impedance,Sulfur,CMT-CHM,41
AC Impedance,Surface,CMT-DSC,293
AC Impedance,Surface,PRO-DSC,120
AC Impedance,Surface Morphology,CMT-PRO,59
AC Impedance,Surface Morphology,PRO-PRO,32
AC Impedance,Surfaces,CMT-DSC,59
AC Impedance,Symmetrical Cell,CMT-APL,38
AC Impedance,TEM,CMT-CMT,301
AC Impedance,TEM,PRO-CMT,163
AC Impedance,TG,CMT-CMT,33
AC Impedance,TGA,CMT-CMT,78
AC Impedance,TGA,PRO-CMT,32
AC Impedance,Tetragonal,CMT-SPL,30
AC Impedance,Tga,CMT-CMT,61
AC Impedance,Thin Films,CMT-DSC,64
AC Impedance,Ti,CMT-CHM,61
AC Impedance,TiO2,CMT-CHM,53
AC Impedance,TiO2,PRO-CHM,32
AC Impedance,Voltage Profile,CMT-PRO,46
AC Impedance,Voltages,CMT-PRO,32
AC Impedance,Working Electrodes,CMT-APL,39
AC Impedance,X-Ray Diffraction,CMT-CMT,213
AC Impedance,X-Ray Diffraction,PRO-CMT,77
AC Impedance,XPS,CMT-CMT,185
AC Impedance,XPS,PRO-CMT,89
AC Impedance,XRD,CMT-CMT,602
AC Impedance,XRD,PRO-CMT,318
AC Impedance,YSZ,CMT-CHM,34
AC Impedance,Zn,CMT-CHM,43
AC Impedance Analysis,Electrolyte,CMT-APL,33
AC Impedance Analysis,XRD,CMT-CMT,31
AC Impedance Measurement,Activation Energy,CMT-PRO,34
AC Impedance Measurement,Anode,CMT-APL,37
AC Impedance Measurement,Carbon,CMT-CHM,45
AC Impedance Measurement,Cathode,CMT-APL,68
AC Impedance Measurement,Cell,CMT-APL,51
AC Impedance Measurement,Cells,CMT-APL,43
AC Impedance Measurement,Composite,CMT-DSC,73
AC Impedance Measurement,Compositions,CMT-PRO,65
AC Impedance Measurement,Conductivity,CMT-PRO,107
AC Impedance Measurement,Cyclic Voltammetry,CMT-CMT,48
AC Impedance Measurement,Doped,CMT-DSC,37
AC Impedance Measurement,Electrical Conductivity,CMT-PRO,30
AC Impedance Measurement,Electrochemical Performance,CMT-PRO,37
AC Impedance Measurement,Electrochemical Properties,CMT-PRO,31
AC Impedance Measurement,Electrode,CMT-APL,132
AC Impedance Measurement,Electrodes,CMT-APL,86
AC Impedance Measurement,Electrolyte,CMT-APL,125
AC Impedance Measurement,Film,CMT-DSC,61
AC Impedance Measurement,Films,CMT-DSC,56
AC Impedance Measurement,Hydrogen,CMT-CHM,42
AC Impedance Measurement,Impedance,CMT-PRO,37
AC Impedance Measurement,Interface,CMT-DSC,44
AC Impedance Measurement,Ionic Conductivity,CMT-PRO,64
AC Impedance Measurement,Layers,CMT-DSC,51
AC Impedance Measurement,Li,CMT-CHM,77
AC Impedance Measurement,Lithium,CMT-CHM,93
AC Impedance Measurement,Morphology,CMT-PRO,38
AC Impedance Measurement,Oxygen,CMT-CHM,54
AC Impedance Measurement,Powder,CMT-DSC,31
AC Impedance Measurement,Resistance,CMT-PRO,31
AC Impedance Measurement,SEM,CMT-CMT,100
AC Impedance Measurement,Scanning Electron Microscopy,CMT-CMT,46
AC Impedance Measurement,Structure,CMT-PRO,54
AC Impedance Measurement,Surface,CMT-DSC,93
AC Impedance Measurement,TEM,CMT-CMT,41
AC Impedance Measurement,X-Ray Diffraction,CMT-CMT,64
AC Impedance Measurement,XPS,CMT-CMT,36
AC Impedance Measurement,XRD,CMT-CMT,86
AC Impedance Plots,SEM,CMT-CMT,54
AC Impedance Plots,TEM,CMT-CMT,32
AC Impedance Plots,XRD,CMT-CMT,42
AC Impedance Spectra,AC Impedance,CMT-CMT,39
AC Impedance Spectra,Anode,CMT-APL,50
AC Impedance Spectra,Battery,CMT-APL,34
AC Impedance Spectra,CV,CMT-CMT,33
AC Impedance Spectra,Carbon,CMT-CHM,42
AC Impedance Spectra,Cathode,CMT-APL,46
AC Impedance Spectra,Cell,CMT-APL,59
AC Impedance Spectra,Cells,CMT-APL,64
AC Impedance Spectra,Charges,CMT-PRO,43
AC Impedance Spectra,Composite,CMT-DSC,52
AC Impedance Spectra,Coulombic Efficiency,CMT-PRO,34
AC Impedance Spectra,Cycle Performance,CMT-PRO,31
AC Impedance Spectra,Cyclic Voltammogram,CMT-CMT,41
AC Impedance Spectra,Cycling Performance,CMT-PRO,82
AC Impedance Spectra,DSC,CMT-CMT,34
AC Impedance Spectra,Discharge Capacity,CMT-PRO,35
AC Impedance Spectra,Electrochemical Performance,CMT-PRO,37
AC Impedance Spectra,Electrode,CMT-APL,68
AC Impedance Spectra,Electrodes,CMT-APL,65
AC Impedance Spectra,Electrolyte,CMT-APL,83
AC Impedance Spectra,Equivalent Circuits,CMT-CMT,46
AC Impedance Spectra,FTIR,CMT-CMT,44
AC Impedance Spectra,Film,CMT-DSC,30
AC Impedance Spectra,HRTEM,CMT-CMT,50
AC Impedance Spectra,Ionic Conductivity,CMT-PRO,59
AC Impedance Spectra,Li,CMT-CHM,94
AC Impedance Spectra,Lithium,CMT-CHM,47
AC Impedance Spectra,Nyquist Plot,CMT-CMT,47
AC Impedance Spectra,Raman,CMT-CMT,37
AC Impedance Spectra,Rate Capability,CMT-PRO,31
AC Impedance Spectra,Rate Performance,CMT-PRO,38
AC Impedance Spectra,SEM,CMT-CMT,162
AC Impedance Spectra,Surface,CMT-DSC,49
AC Impedance Spectra,TEM,CMT-CMT,100
AC Impedance Spectra,Tga,CMT-CMT,41
AC Impedance Spectra,XPS,CMT-CMT,58
AC Impedance Spectra,XRD,CMT-CMT,137
AC Impedance Spectroscopy,Activation Energy,CMT-PRO,98
AC Impedance Spectroscopy,Al,CMT-CHM,35
AC Impedance Spectroscopy,Amorphous,CMT-DSC,48
AC Impedance Spectroscopy,Anode,CMT-APL,80
AC Impedance Spectroscopy,Arrhenius Plot,CMT-CMT,32
AC Impedance Spectroscopy,Bulk,CMT-DSC,82
AC Impedance Spectroscopy,CV,CMT-CMT,45
AC Impedance Spectroscopy,Capacitance,CMT-PRO,45
AC Impedance Spectroscopy,Capacity,CMT-PRO,38
AC Impedance Spectroscopy,Carbon,CMT-CHM,108
AC Impedance Spectroscopy,Catalyst,CMT-APL,35
AC Impedance Spectroscopy,Cathode,CMT-APL,142
AC Impedance Spectroscopy,Cathodes,CMT-APL,51
AC Impedance Spectroscopy,Cell,CMT-APL,76
AC Impedance Spectroscopy,Cells,CMT-APL,57
AC Impedance Spectroscopy,Ceramic,CMT-DSC,71
AC Impedance Spectroscopy,Charge Transfer Resistance,CMT-PRO,61
AC Impedance Spectroscopy,Coated,CMT-SMT,39
AC Impedance Spectroscopy,Composite,CMT-DSC,170
AC Impedance Spectroscopy,Compositions,CMT-PRO,151
AC Impedance Spectroscopy,Conducting,CMT-PRO,40
AC Impedance Spectroscopy,Conductivity,CMT-PRO,299
AC Impedance Spectroscopy,Crystal Structure,CMT-PRO,43
AC Impedance Spectroscopy,Cubic,CMT-SPL,44
AC Impedance Spectroscopy,Cyclic Voltammetry,CMT-CMT,159
AC Impedance Spectroscopy,Cyclic Voltammogram,CMT-CMT,32
AC Impedance Spectroscopy,Cycling Performance,CMT-PRO,32
AC Impedance Spectroscopy,DSC,CMT-CMT,43
AC Impedance Spectroscopy,Dense,CMT-PRO,45
AC Impedance Spectroscopy,Differential Scanning Calorimetry,CMT-CMT,44
AC Impedance Spectroscopy,Discharge Capacity,CMT-PRO,53
AC Impedance Spectroscopy,Doped,CMT-DSC,135
AC Impedance Spectroscopy,Doping,CMT-SMT,43
AC Impedance Spectroscopy,EDS,CMT-CMT,31
AC Impedance Spectroscopy,Electrical Conductivity,CMT-PRO,111
AC Impedance Spectroscopy,Electrical Properties,CMT-PRO,105
AC Impedance Spectroscopy,Electrochemical Performance,CMT-PRO,91
AC Impedance Spectroscopy,Electrochemical Properties,CMT-PRO,95
AC Impedance Spectroscopy,Electrode,CMT-APL,241
AC Impedance Spectroscopy,Electrodes,CMT-APL,161
AC Impedance Spectroscopy,Electrolyte,CMT-APL,308
AC Impedance Spectroscopy,FTIR,CMT-CMT,50
AC Impedance Spectroscopy,Film,CMT-DSC,115
AC Impedance Spectroscopy,Films,CMT-DSC,92
AC Impedance Spectroscopy,Fluorite,CMT-CHM,39
AC Impedance Spectroscopy,Grain Boundary,CMT-PRO,39
AC Impedance Spectroscopy,Grain Size,CMT-PRO,38
AC Impedance Spectroscopy,Graphite,CMT-CHM,34
AC Impedance Spectroscopy,H2,CMT-CHM,40
AC Impedance Spectroscopy,Hydrogen,CMT-CHM,83
AC Impedance Spectroscopy,Impedance,CMT-PRO,73
AC Impedance Spectroscopy,Interface,CMT-DSC,86
AC Impedance Spectroscopy,Ionic Conductivity,CMT-PRO,219
AC Impedance Spectroscopy,Layers,CMT-DSC,99
AC Impedance Spectroscopy,Li,CMT-CHM,117
AC Impedance Spectroscopy,Lithium,CMT-CHM,183
AC Impedance Spectroscopy,Membrane,CMT-DSC,64
AC Impedance Spectroscopy,Microstructure,CMT-PRO,119
AC Impedance Spectroscopy,Morphology,CMT-PRO,70
AC Impedance Spectroscopy,N2,CMT-CHM,36
AC Impedance Spectroscopy,Nanocomposite,CMT-DSC,30
AC Impedance Spectroscopy,Nanoparticles,CMT-DSC,46
AC Impedance Spectroscopy,Ni,CMT-CHM,55
AC Impedance Spectroscopy,Nyquist Plot,CMT-CMT,42
AC Impedance Spectroscopy,Oxides,CMT-CHM,97
AC Impedance Spectroscopy,Oxygen,CMT-CHM,187
AC Impedance Spectroscopy,Oxygen Vacancies,CMT-PRO,31
AC Impedance Spectroscopy,Particles,CMT-DSC,62
AC Impedance Spectroscopy,Pellet,CMT-DSC,34
AC Impedance Spectroscopy,Perovskites,CMT-CHM,67
AC Impedance Spectroscopy,Perovskites,CMT-SPL,62
AC Impedance Spectroscopy,Polarisation Resistance,CMT-PRO,37
AC Impedance Spectroscopy,Polymer Electrolyte,CMT-APL,41
AC Impedance Spectroscopy,Polymer Electrolytes,CMT-APL,35
AC Impedance Spectroscopy,Porous,CMT-DSC,63
AC Impedance Spectroscopy,Powder,CMT-DSC,55
AC Impedance Spectroscopy,Powders,CMT-DSC,78
AC Impedance Spectroscopy,Power Density,CMT-PRO,33
AC Impedance Spectroscopy,Protonic Conductivity,CMT-PRO,34
AC Impedance Spectroscopy,Pt,CMT-CHM,51
AC Impedance Spectroscopy,Raman,CMT-CMT,31
AC Impedance Spectroscopy,Raman Spectroscopy,CMT-CMT,33
AC Impedance Spectroscopy,Rate Capability,CMT-PRO,32
AC Impedance Spectroscopy,Resistance,CMT-PRO,57
AC Impedance Spectroscopy,SEM,CMT-CMT,199
AC Impedance Spectroscopy,Scanning Electron Microscopy,CMT-CMT,161
AC Impedance Spectroscopy,Sintered,CMT-SMT,81
AC Impedance Spectroscopy,Sintering,CMT-SMT,72
AC Impedance Spectroscopy,Sol-Gel,CMT-SMT,32
AC Impedance Spectroscopy,Solid Electrolyte,CMT-APL,51
AC Impedance Spectroscopy,Solid Oxide Fuel Cells,CMT-APL,60
AC Impedance Spectroscopy,Solid Solution,CMT-DSC,45
AC Impedance Spectroscopy,Solid State Reaction,CMT-SMT,42
AC Impedance Spectroscopy,Stability,CMT-PRO,54
AC Impedance Spectroscopy,Structural,CMT-PRO,44
AC Impedance Spectroscopy,Structure,CMT-PRO,116
AC Impedance Spectroscopy,Substrate,CMT-DSC,71
AC Impedance Spectroscopy,Surface,CMT-DSC,133
AC Impedance Spectroscopy,TEM,CMT-CMT,84
AC Impedance Spectroscopy,Tetragonal,CMT-SPL,33
AC Impedance Spectroscopy,Tga,CMT-CMT,40
AC Impedance Spectroscopy,Thermogravimetric Analysis,CMT-CMT,30
AC Impedance Spectroscopy,Thin Films,CMT-DSC,69
AC Impedance Spectroscopy,Ti,CMT-CHM,30
AC Impedance Spectroscopy,Transmission Electron Microscopy,CMT-CMT,43
AC Impedance Spectroscopy,X-Ray Diffraction,CMT-CMT,229
AC Impedance Spectroscopy,X-Ray Photoelectron Spectroscopy,CMT-CMT,30
AC Impedance Spectroscopy,X-Ray Powder Diffraction,CMT-CMT,38
AC Impedance Spectroscopy,XPS,CMT-CMT,64
AC Impedance Spectroscopy,XRD,CMT-CMT,227
AC Impedance Spectroscopy,Zirconia,CMT-CHM,53
AC Impedance Studies,Conductivity,CMT-PRO,38
AC Impedance Studies,Cyclic Voltammetry,CMT-CMT,31
AC Impedance Studies,Electrode,CMT-APL,38
AC Impedance Studies,Electrodes,CMT-APL,41
AC Impedance Studies,SEM,CMT-CMT,41
AC Impedance Studies,Surface,CMT-DSC,39
AC Impedance Studies,X-Ray Diffraction,CMT-CMT,36
AC Impedance Studies,XRD,CMT-CMT,49
AC Losses,Ac Loss,PRO-PRO,87
AC Losses,Cables,PRO-APL,63
AC Losses,Coated,PRO-SMT,35
AC Losses,Coil,PRO-APL,33
AC Losses,Conductors,PRO-APL,39
AC Losses,Conductors,PRO-PRO,97
AC Losses,Critical Current,PRO-PRO,45
AC Losses,Critical Current Density,PRO-PRO,30
AC Losses,Hts,PRO-PRO,48
AC Losses,Layers,PRO-DSC,34
AC Losses,Superconducting,PRO-PRO,94
AC Losses,Superconductor,PRO-PRO,69
AC Losses,Tape,PRO-DSC,71
AC Losses,Tapes,PRO-DSC,79
AC Losses,Wires,PRO-DSC,30
AC Losses,YBCO,PRO-CHM,46
AC Magnetic,Susceptibility,CMT-PRO,42
AC Magnetic Susceptibility,AC Susceptibility,PRO-PRO,38
AC Magnetic Susceptibility,Arrhenius Plot,CMT-CMT,37
AC Magnetic Susceptibility,Cluster,CMT-DSC,35
AC Magnetic Susceptibility,Co,CMT-CHM,39
AC Magnetic Susceptibility,Cole-Cole Plot,CMT-CMT,31
AC Magnetic Susceptibility,Cole-Cole Plot,PRO-CMT,37
AC Magnetic Susceptibility,Cooling,PRO-SMT,33
AC Magnetic Susceptibility,Crystal Structure,CMT-PRO,60
AC Magnetic Susceptibility,Crystal Structure,PRO-PRO,55
AC Magnetic Susceptibility,DC,CMT-CMT,49
AC Magnetic Susceptibility,Electrical Resistivity,PRO-PRO,37
AC Magnetic Susceptibility,Fe,CMT-CHM,37
AC Magnetic Susceptibility,Ferromagnetic,CMT-PRO,40
AC Magnetic Susceptibility,Ground State,CMT-PRO,43
AC Magnetic Susceptibility,Hydrogen,CMT-CHM,50
AC Magnetic Susceptibility,Hydrogen,PRO-CHM,88
AC Magnetic Susceptibility,Hysteresis Loop,PRO-CMT,37
AC Magnetic Susceptibility,M,CMT-PRO,36
AC Magnetic Susceptibility,M,PRO-PRO,31
AC Magnetic Susceptibility,Magnetic Properties,CMT-PRO,80
AC Magnetic Susceptibility,Magnetic Susceptibility,CMT-PRO,56
AC Magnetic Susceptibility,Magnetic Susceptibility,PRO-PRO,57
AC Magnetic Susceptibility,Magnetics,CMT-PRO,56
AC Magnetic Susceptibility,Magnetization,CMT-PRO,112
AC Magnetic Susceptibility,Magnetization,PRO-PRO,137
AC Magnetic Susceptibility,Mn,CMT-CHM,37
AC Magnetic Susceptibility,Molecular Structure,CMT-PRO,33
AC Magnetic Susceptibility,Molecular Structure,PRO-PRO,61
AC Magnetic Susceptibility,O,PRO-CHM,30
AC Magnetic Susceptibility,Oxygen,CMT-CHM,34
AC Magnetic Susceptibility,Powder,PRO-DSC,38
AC Magnetic Susceptibility,Resistivity,CMT-PRO,36
AC Magnetic Susceptibility,Resistivity,PRO-PRO,48
AC Magnetic Susceptibility,Single Crystal,CMT-DSC,53
AC Magnetic Susceptibility,Single Crystal,PRO-DSC,36
AC Magnetic Susceptibility,Single Molecule Magnet,CMT-APL,35
AC Magnetic Susceptibility,Specific Heat,PRO-PRO,32
AC Magnetic Susceptibility,Structure,CMT-PRO,54
AC Magnetic Susceptibility,Structure,PRO-PRO,49
AC Magnetic Susceptibility,Structure Refinement,PRO-CMT,30
AC Magnetic Susceptibility,Susceptibility,PRO-PRO,30
AC Magnetic Susceptibility,TC,CMT-PRO,32
AC Magnetic Susceptibility,X-Ray Diffraction,CMT-CMT,72
AC Magnetic Susceptibility,X-Ray Diffraction,PRO-CMT,59
AC Magnetic Susceptibility,XRD,CMT-CMT,42
AC Magnetic Susceptibility,XRD,PRO-CMT,45
AC Magnetic Susceptibility,ZFC,PRO-CMT,59
AC Magnetic Susceptibility,Zero Field Cooled,PRO-CMT,31
AC Measurement,DC,CMT-CMT,34
AC Resistivity,Dielectric Constant,PRO-PRO,32
AC Susceptibilities,Cole-Cole Plot,PRO-CMT,42
AC Susceptibilities,Crystal Structure,PRO-PRO,33
AC Susceptibilities,Hydrogen,CMT-CHM,32
AC Susceptibilities,Hydrogen,PRO-CHM,87
AC Susceptibilities,M,PRO-PRO,39
AC Susceptibilities,Magnetization,PRO-PRO,79
AC Susceptibilities,Molecular Structure,PRO-PRO,43
AC Susceptibilities,O,PRO-CHM,30
AC Susceptibilities,OFMT,PRO-CMT,36
AC Susceptibilities,Structure,PRO-PRO,54
AC Susceptibilities,Structure Refinement,PRO-CMT,47
AC Susceptibility,1D,PRO-DSC,44
AC Susceptibility,1D Chains,PRO-DSC,33
AC Susceptibility,2D,PRO-DSC,43
AC Susceptibility,3D,PRO-DSC,43
AC Susceptibility,AC Magnetic Susceptibility,PRO-PRO,38
AC Susceptibility,Ac,PRO-CMT,32
AC Susceptibility,Ac,PRO-PRO,35
AC Susceptibility,Alloy,PRO-DSC,58
AC Susceptibility,Alloys,PRO-DSC,52
AC Susceptibility,Angles,PRO-PRO,77
AC Susceptibility,Annealed,PRO-SMT,69
AC Susceptibility,Annealing,PRO-SMT,39
AC Susceptibility,Antiferromagnetic,CMT-PRO,64
AC Susceptibility,Antiferromagnetic,PRO-PRO,54
AC Susceptibility,Arrhenius Law,PRO-CMT,115
AC Susceptibility,Arrhenius Plot,CMT-CMT,36
AC Susceptibility,Arrhenius Plot,PRO-CMT,67
AC Susceptibility,Blocking Temperature,PRO-PRO,37
AC Susceptibility,Blue Line,PRO-CHM,52
AC Susceptibility,Bond Length,PRO-PRO,92
AC Susceptibility,Bulk,CMT-DSC,64
AC Susceptibility,Bulk,PRO-DSC,81
AC Susceptibility,Carbon,PRO-CHM,55
AC Susceptibility,Chains,PRO-DSC,35
AC Susceptibility,Cl,PRO-CHM,40
AC Susceptibility,Cluster,CMT-DSC,64
AC Susceptibility,Cluster,PRO-DSC,67
AC Susceptibility,Co,CMT-CHM,58
AC Susceptibility,Co,PRO-CHM,113
AC Susceptibility,Coercive Field,PRO-PRO,30
AC Susceptibility,Coercivity,PRO-PRO,41
AC Susceptibility,Cole-Cole Plot,CMT-CMT,41
AC Susceptibility,Cole-Cole Plot,PRO-CMT,122
AC Susceptibility,Compositions,CMT-PRO,79
AC Susceptibility,Compositions,PRO-PRO,85
AC Susceptibility,Cooling,PRO-SMT,112
AC Susceptibility,Coordination Environment,PRO-PRO,63
AC Susceptibility,Coordination Geometry,PRO-PRO,38
AC Susceptibility,Coordination Mode,PRO-PRO,49
AC Susceptibility,Cr,PRO-CHM,36
AC Susceptibility,Critical Current Density,CMT-PRO,32
AC Susceptibility,Critical Current Density,PRO-PRO,30
AC Susceptibility,Crystal,CMT-DSC,50
AC Susceptibility,Crystal,PRO-DSC,84
AC Susceptibility,Crystal Data,PRO-CMT,30
AC Susceptibility,Crystal Structure,CMT-PRO,75
AC Susceptibility,Crystal Structure,PRO-PRO,191
AC Susceptibility,Cu,CMT-CHM,46
AC Susceptibility,Cu,PRO-CHM,67
AC Susceptibility,Cubic,PRO-SPL,33
AC Susceptibility,Curie Temperature,CMT-PRO,43
AC Susceptibility,Curie Temperature,PRO-PRO,75
AC Susceptibility,Curie Weiss Law,PRO-CMT,79
AC Susceptibility,Curie-Weiss Fit,PRO-CMT,35
AC Susceptibility,DC Magnetization,CMT-CMT,72
AC Susceptibility,DC Magnetization,PRO-CMT,40
AC Susceptibility,DC Magnetization,PRO-PRO,56
AC Susceptibility,DC Susceptibility,PRO-PRO,40
AC Susceptibility,DSC,PRO-CMT,33
AC Susceptibility,Doped,CMT-DSC,59
AC Susceptibility,Doped,PRO-DSC,61
AC Susceptibility,Doping,CMT-SMT,53
AC Susceptibility,Doping,PRO-SMT,36
AC Susceptibility,Dy(III),PRO-CHM,41
AC Susceptibility,Electrical Resistivity,CMT-PRO,50
AC Susceptibility,Electrical Resistivity,PRO-PRO,85
AC Susceptibility,FC,PRO-CMT,70
AC Susceptibility,Fe,CMT-CHM,55
AC Susceptibility,Fe,PRO-CHM,110
AC Susceptibility,Ferromagnetic,CMT-PRO,104
AC Susceptibility,Ferromagnetic,PRO-PRO,86
AC Susceptibility,Field Cooled,PRO-CMT,63
AC Susceptibility,Film,PRO-DSC,40
AC Susceptibility,Films,CMT-DSC,30
AC Susceptibility,G,PRO-PRO,47
AC Susceptibility,Gd,CMT-CHM,44
AC Susceptibility,Gd,PRO-CHM,75
AC Susceptibility,Generalized Debye Model,PRO-CMT,67
AC Susceptibility,Ground State,CMT-PRO,41
AC Susceptibility,Ground State,PRO-PRO,37
AC Susceptibility,HRTEM,PRO-CMT,46
AC Susceptibility,Heat Capacity,PRO-PRO,59
AC Susceptibility,Heating,PRO-SMT,72
AC Susceptibility,Hydrogen,CMT-CHM,89
AC Susceptibility,Hydrogen,PRO-CHM,319
AC Susceptibility,Hysteresis Loop,CMT-CMT,46
AC Susceptibility,Hysteresis Loop,PRO-CMT,163
AC Susceptibility,Imaginary,PRO-PRO,82
AC Susceptibility,Imaginary Part,PRO-PRO,95
AC Susceptibility,Inverse Susceptibility,PRO-PRO,42
AC Susceptibility,Iron,PRO-CHM,34
AC Susceptibility,La,PRO-CHM,30
AC Susceptibility,Lattice Parameter,CMT-PRO,49
AC Susceptibility,Lattice Parameter,PRO-PRO,85
AC Susceptibility,Layers,CMT-DSC,41
AC Susceptibility,Layers,PRO-DSC,82
AC Susceptibility,Least Squares Fit,PRO-CMT,36
AC Susceptibility,M,CMT-PRO,48
AC Susceptibility,M,PRO-PRO,141
AC Susceptibility,Magnetic Anisotropy,CMT-PRO,36
AC Susceptibility,Magnetic Behaviour,CMT-PRO,37
AC Susceptibility,Magnetic Entropy,PRO-PRO,40
AC Susceptibility,Magnetic Hysteresis Loop,PRO-CMT,40
AC Susceptibility,Magnetic Moment,CMT-PRO,55
AC Susceptibility,Magnetic Moment,PRO-PRO,90
AC Susceptibility,Magnetic Ordering,CMT-PRO,30
AC Susceptibility,Magnetic Phase Diagram,PRO-PRO,39
AC Susceptibility,Magnetic Properties,CMT-PRO,192
AC Susceptibility,Magnetic Properties,PRO-PRO,111
AC Susceptibility,Magnetic Relaxation,CMT-PRO,46
AC Susceptibility,Magnetic Structure,PRO-PRO,30
AC Susceptibility,Magnetic Susceptibility,CMT-PRO,61
AC Susceptibility,Magnetic Susceptibility,PRO-PRO,153
AC Susceptibility,Magnetic Transition,CMT-PRO,43
AC Susceptibility,Magnetic Transition,PRO-PRO,30
AC Susceptibility,Magnetics,CMT-PRO,153
AC Susceptibility,Magnetics,PRO-PRO,154
AC Susceptibility,Magnetisation,PRO-PRO,43
AC Susceptibility,Magnetization,CMT-CMT,56
AC Susceptibility,Magnetization,CMT-PRO,213
AC Susceptibility,Magnetization,PRO-CMT,39
AC Susceptibility,Magnetization,PRO-PRO,557
AC Susceptibility,Magnetization Curve,PRO-CMT,78
AC Susceptibility,Magneto Resistance,CMT-PRO,33
AC Susceptibility,Magneto Resistance,PRO-PRO,50
AC Susceptibility,Mn,CMT-CHM,89
AC Susceptibility,Mn,PRO-CHM,128
AC Susceptibility,Molecular Structure,CMT-PRO,76
AC Susceptibility,Molecular Structure,PRO-PRO,203
AC Susceptibility,Mossbauer,CMT-CMT,31
AC Susceptibility,Mossbauer,PRO-CMT,49
AC Susceptibility,N Blue,PRO-CHM,40
AC Susceptibility,Nanoparticles,CMT-DSC,72
AC Susceptibility,Nanoparticles,PRO-DSC,113
AC Susceptibility,Neutron Diffraction,CMT-CMT,34
AC Susceptibility,Neutron Diffraction,PRO-CMT,36
AC Susceptibility,Ni,CMT-CHM,44
AC Susceptibility,Ni,PRO-CHM,82
AC Susceptibility,Nitrogen,PRO-CHM,30
AC Susceptibility,O,CMT-CHM,50
AC Susceptibility,O,PRO-CHM,130
AC Susceptibility,O Red,PRO-CHM,33
AC Susceptibility,OFMT,PRO-CMT,78
AC Susceptibility,Orthorhombic,CMT-SPL,43
AC Susceptibility,Orthorhombic,PRO-SPL,50
AC Susceptibility,Out,CMT-PRO,38
AC Susceptibility,Out,PRO-PRO,83
AC Susceptibility,Oxygen,CMT-CHM,69
AC Susceptibility,Oxygen,PRO-CHM,113
AC Susceptibility,Paramagnetic,CMT-PRO,49
AC Susceptibility,Paramagnetic,PRO-PRO,70
AC Susceptibility,Particles,CMT-DSC,51
AC Susceptibility,Particles,PRO-DSC,68
AC Susceptibility,Perovskites,CMT-CHM,52
AC Susceptibility,Perovskites,CMT-SPL,40
AC Susceptibility,Perovskites,PRO-CHM,40
AC Susceptibility,Perovskites,PRO-SPL,31
AC Susceptibility,Phase,PRO-PRO,60
AC Susceptibility,Phase Diagram,PRO-PRO,49
AC Susceptibility,Polycrystalline,CMT-DSC,71
AC Susceptibility,Polycrystalline,PRO-DSC,110
AC Susceptibility,Powder,CMT-DSC,53
AC Susceptibility,Powder,PRO-DSC,135
AC Susceptibility,Powders,PRO-DSC,32
AC Susceptibility,Raman,PRO-CMT,54
AC Susceptibility,Relaxation Time,CMT-PRO,65
AC Susceptibility,Relaxation Time,PRO-PRO,144
AC Susceptibility,Resistance,PRO-PRO,42
AC Susceptibility,Resistivity,CMT-PRO,95
AC Susceptibility,Resistivity,PRO-PRO,197
AC Susceptibility,Rietveld Refinement,PRO-CMT,66
AC Susceptibility,SEM,CMT-CMT,47
AC Susceptibility,SEM,PRO-CMT,152
AC Susceptibility,Saturation Magnetization,CMT-PRO,34
AC Susceptibility,Saturation Magnetization,PRO-PRO,43
AC Susceptibility,Single Crystal,CMT-DSC,111
AC Susceptibility,Single Crystal,PRO-DSC,157
AC Susceptibility,Single Molecule Magnet,CMT-APL,34
AC Susceptibility,Single Phase,CMT-DSC,36
AC Susceptibility,Sintered,PRO-SMT,50
AC Susceptibility,Specific Heat,CMT-PRO,63
AC Susceptibility,Specific Heat,PRO-PRO,101
AC Susceptibility,Spin Glass,CMT-PRO,50
AC Susceptibility,Spin Glass,PRO-PRO,34
AC Susceptibility,Structural,CMT-PRO,84
AC Susceptibility,Structural,PRO-PRO,52
AC Susceptibility,Structure,CMT-PRO,98
AC Susceptibility,Structure,PRO-PRO,220
AC Susceptibility,Structure Refinement,PRO-CMT,115
AC Susceptibility,Superconducting,CMT-PRO,69
AC Susceptibility,Superconducting,PRO-PRO,48
AC Susceptibility,Superconducting Property,CMT-PRO,30
AC Susceptibility,Superconducting Transition,CMT-PRO,34
AC Susceptibility,Superconductivity,CMT-PRO,68
AC Susceptibility,Superconductivity,PRO-PRO,40
AC Susceptibility,Superconductor,CMT-PRO,58
AC Susceptibility,Superconductor,PRO-PRO,51
AC Susceptibility,Surface,PRO-DSC,42
AC Susceptibility,Susceptibility,CMT-PRO,70
AC Susceptibility,Susceptibility,PRO-PRO,145
AC Susceptibility,T,CMT-PRO,37
AC Susceptibility,T,PRO-PRO,102
AC Susceptibility,TC,CMT-PRO,81
AC Susceptibility,TC,PRO-PRO,101
AC Susceptibility,TEM,CMT-CMT,44
AC Susceptibility,TEM,PRO-CMT,132
AC Susceptibility,Tb,CMT-CHM,31
AC Susceptibility,Tb,PRO-CHM,40
AC Susceptibility,Tetragonal,PRO-SPL,33
AC Susceptibility,Themt,PRO-PRO,34
AC Susceptibility,Thet,PRO-PRO,42
AC Susceptibility,Transition Temperature,CMT-PRO,39
AC Susceptibility,Transition Temperature,PRO-PRO,33
AC Susceptibility,X-Ray Diffraction,CMT-CMT,177
AC Susceptibility,X-Ray Diffraction,PRO-CMT,234
AC Susceptibility,X-Ray Powder Diffraction,PRO-CMT,45
AC Susceptibility,XPS,PRO-CMT,35
AC Susceptibility,XRD,CMT-CMT,85
AC Susceptibility,XRD,PRO-CMT,273
AC Susceptibility,ZFC,CMT-CMT,45
AC Susceptibility,ZFC,PRO-CMT,227
AC Susceptibility,Zero Field Cooled,CMT-CMT,36
AC Susceptibility,Zero Field Cooled,PRO-CMT,91
AC Susceptibility,Zn,PRO-CHM,34
AC Susceptibility,Χ,CMT-PRO,30
AC Susceptibility,Χ,PRO-PRO,59
AC Voltammograms,Electrode,CMT-APL,39
AC1,Microstructure,PRO-PRO,31
AC3,Microstructure,PRO-PRO,30
ACE Inhibitor,Ace,APL-APL,38
ACF,AFM,CHM-CMT,40
ACF,Acf,CHM-CMT,146
ACF,Acf,CHM-PRO,114
ACF,Acfs,CHM-APL,35
ACF,Acfs,CHM-CMT,31
ACF,Adsorbent,CHM-APL,40
ACF,Adsorption Capacity,CHM-PRO,31
ACF,Adsorption Isotherm,CHM-CMT,40
ACF,Al2O3,CHM-CHM,31
ACF,Anode,CHM-APL,42
ACF,Bulk,CHM-DSC,56
ACF,CO2,CHM-CHM,59
ACF,CV,CHM-CMT,56
ACF,Capacitance,CHM-PRO,32
ACF,Carbon,CHM-CHM,311
ACF,Carbons,CHM-CHM,33
ACF,Catalyst,CHM-APL,84
ACF,Cathode,CHM-APL,52
ACF,Composite,CHM-DSC,80
ACF,Compositions,CHM-PRO,56
ACF,Cu,CHM-CHM,48
ACF,Cyclic Voltammogram,CHM-CMT,44
ACF,EDS,CHM-CMT,30
ACF,EDX,CHM-CMT,44
ACF,Electrode,CHM-APL,118
ACF,Electrodes,CHM-APL,92
ACF,Electrolyte,CHM-APL,32
ACF,FT-IR,CHM-CMT,35
ACF,FTIR,CHM-CMT,64
ACF,Fe,CHM-CHM,44
ACF,Fiber,CHM-DSC,108
ACF,Fibers,CHM-DSC,123
ACF,Film,CHM-DSC,56
ACF,Films,CHM-DSC,38
ACF,Graphite,CHM-CHM,30
ACF,H2O,CHM-CHM,39
ACF,H2O2,CHM-CHM,41
ACF,HRTEM,CHM-CMT,44
ACF,Hydrogen,CHM-CHM,61
ACF,KOH,CHM-CHM,39
ACF,Layers,CHM-DSC,59
ACF,Morphology,CHM-PRO,37
ACF,N2,CHM-CHM,117
ACF,N2 Adsorption Isotherm,CHM-CMT,31
ACF,NO,CHM-CHM,40
ACF,Na2SO4,CHM-CHM,30
ACF,Nanofiber,CHM-DSC,32
ACF,Nanoparticles,CHM-DSC,53
ACF,Ni,CHM-CHM,50
ACF,Nitrogen,CHM-CHM,96
ACF,Nyquist Plot,CHM-CMT,46
ACF,O,CHM-CHM,44
ACF,O2,CHM-CHM,52
ACF,Oxygen,CHM-CHM,88
ACF,PACF,CHM-CHM,77
ACF,Pacf,CHM-CMT,36
ACF,Particles,CHM-DSC,68
ACF,Pd,CHM-CHM,30
ACF,Pore Size Distribution,CHM-PRO,93
ACF,Pt,CHM-CHM,42
ACF,Quartz,CHM-CHM,37
ACF,Raman,CHM-CMT,64
ACF,SEM,CHM-CMT,310
ACF,Si,CHM-CHM,38
ACF,SiO2,CHM-CHM,30
ACF,Specific Capacitance,CHM-PRO,35
ACF,Structure,CHM-PRO,63
ACF,Substrate,CHM-DSC,72
ACF,Surface,CHM-DSC,170
ACF,Surface Area,CHM-PRO,51
ACF,Surfaces,CHM-DSC,40
ACF,TEM,CHM-CMT,121
ACF,Ti,CHM-CHM,38
ACF,TiO2,CHM-CHM,51
ACF,X-Ray Diffraction,CHM-CMT,38
ACF,XPS,CHM-CMT,119
ACF,XRD,CHM-CMT,148
ACHE Activity,Acetylcholinesterase,PRO-PRO,37
ACHE Activity,Ache,PRO-APL,58
ACHE Activity,Ache,PRO-PRO,88
ACHR,Acetylcholine,PRO-CHM,44
ACI,Beams,CMT-DSC,39
ACI,Columns,CMT-APL,32
ACI,Compressive Strength,CMT-PRO,47
ACI,Strengths,CMT-PRO,60
ACL,Acl,CHM-APL,42
ACL,Carbon,CHM-CHM,37
ACN,1H,CHM-CHM,77
ACN,1H NMR,CHM-CMT,61
ACN,AFM,CHM-CMT,52
ACN,Absorbance,CHM-PRO,59
ACN,Absorption,CHM-CMT,107
ACN,Absorption,CHM-PRO,69
ACN,Absorption Spectrum,CHM-CMT,115
ACN,AcOH,CHM-CHM,48
ACN,Acetic Acid,CHM-CHM,74
ACN,Acetone,CHM-CHM,90
ACN,Acetonitrile,CHM-CHM,944
ACN,Acrylonitrile,CHM-CHM,42
ACN,Ag,CHM-CHM,88
ACN,AgCl,CHM-CHM,45
ACN,Alkyl Benzenes,CHM-CHM,31
ACN,Amides,CHM-CHM,34
ACN,Amines,CHM-CHM,42
ACN,Amino Acid,CHM-CHM,37
ACN,Ammonia,CHM-CHM,32
ACN,Ammonium Acetate,CHM-CHM,63
ACN,Ammonium Formate,CHM-CHM,63
ACN,Anilines,CHM-CHM,34
ACN,Au,CHM-CHM,51
ACN,B3LYP,CHM-CMT,42
ACN,Benzenes,CHM-CHM,82
ACN,Blue Line,CHM-CHM,38
ACN,Bulk,CHM-DSC,39
ACN,CH2Cl2,CHM-CHM,79
ACN,CHCl3,CHM-CHM,56
ACN,CO2,CHM-CHM,53
ACN,CV,CHM-CMT,108
ACN,CVS,CHM-CMT,36
ACN,Calibration Curve,CHM-CMT,30
ACN,Capillary,CHM-APL,42
ACN,Capillary Column,CHM-APL,36
ACN,Carbon,CHM-CHM,133
ACN,Catalyst,CHM-APL,63
ACN,Cell,CHM-APL,30
ACN,Chemical Structures,CHM-PRO,163
ACN,Chloroform,CHM-CHM,57
ACN,Cl,CHM-CHM,31
ACN,Coated,CHM-SMT,53
ACN,Columns,CHM-APL,139
ACN,Composite,CHM-DSC,31
ACN,Compositions,CHM-PRO,66
ACN,Conductivity,CHM-PRO,52
ACN,Crystal,CHM-DSC,45
ACN,Crystal Structure,CHM-PRO,35
ACN,Cyclic Voltammetry,CHM-CMT,124
ACN,Cyclic Voltammogram,CHM-CMT,175
ACN,Cyclohexane,CHM-CHM,47
ACN,DCM,CHM-CHM,134
ACN,DFT,CHM-CMT,49
ACN,DMAP,CHM-CHM,33
ACN,DMF,CHM-CHM,239
ACN,DMSO,CHM-CHM,175
ACN,Density,CHM-PRO,33
ACN,Diamonds,CHM-CHM,48
ACN,Dichloromethane,CHM-CHM,78
ACN,Diethyl Ether,CHM-CHM,32
ACN,Dimethylformamide,CHM-CHM,38
ACN,Dimethylsulfoxide,CHM-CHM,60
ACN,Dioxane,CHM-CHM,46
ACN,Dipole Moment,CHM-PRO,35
ACN,Doped,CHM-DSC,49
ACN,Efficiency,CHM-PRO,30
ACN,Eis,CHM-CMT,37
ACN,Electrochemical,CHM-SMT,37
ACN,Electrochemical Impedance Spectroscopy,CHM-CMT,31
ACN,Electrode,CHM-APL,233
ACN,Electrodes,CHM-APL,139
ACN,Electrolyte,CHM-APL,107
ACN,Emission Spectra,CHM-CMT,101
ACN,Emissions,CHM-CMT,36
ACN,Et3N,CHM-CHM,44
ACN,Ethanol,CHM-CHM,155
ACN,Ethyl Acetate,CHM-CHM,55
ACN,Ethylbenzene,CHM-CHM,43
ACN,Excitation Spectra,CHM-CMT,33
ACN,F,CHM-PRO,36
ACN,FT-IR,CHM-CMT,64
ACN,FTIR,CHM-CMT,87
ACN,Film,CHM-DSC,166
ACN,Films,CHM-DSC,148
ACN,Fluorescence,CHM-CMT,153
ACN,Fluorescence,CHM-PRO,34
ACN,Fluorescence Emission,CHM-CMT,45
ACN,Fluorescence Intensity,CHM-PRO,38
ACN,Fluorescence Spectra,CHM-CMT,35
ACN,Formic Acids,CHM-CHM,110
ACN,Glassy,CHM-DSC,56
ACN,Glassy Carbon,CHM-CHM,53
ACN,H2,CHM-CHM,56
ACN,H2O,CHM-CHM,343
ACN,H2SO4,CHM-CHM,55
ACN,HCl,CHM-CHM,71
ACN,Hexane,CHM-CHM,69
ACN,Homo,CHM-PRO,47
ACN,Hplc,CHM-CMT,95
ACN,Hydrogen,CHM-CHM,147
ACN,IPA,CHM-CHM,42
ACN,ITO,CHM-CHM,48
ACN,Irradiation,CHM-SMT,37
ACN,Isopropanol,CHM-CHM,31
ACN,K,CHM-PRO,57
ACN,K2CO3,CHM-CHM,73
ACN,KOH,CHM-CHM,34
ACN,LUMO,CHM-PRO,40
ACN,Layers,CHM-DSC,71
ACN,Lc,CHM-CMT,38
ACN,Li,CHM-CHM,33
ACN,LiClO4,CHM-CHM,80
ACN,Lifetime,CHM-PRO,32
ACN,MS,CHM-CMT,74
ACN,MS/MS,CHM-CMT,35
ACN,Mass Spectra,CHM-CMT,37
ACN,MeOH,CHM-CHM,393
ACN,Methanol,CHM-CHM,247
ACN,Molecular Structure,CHM-PRO,105
ACN,Monolithic,CHM-DSC,57
ACN,Monoliths,CHM-DSC,55
ACN,Morphology,CHM-PRO,51
ACN,N-Hexane,CHM-CHM,32
ACN,N2,CHM-CHM,53
ACN,NH3,CHM-CHM,37
ACN,NMP,CHM-CHM,32
ACN,NaCl,CHM-CHM,51
ACN,NaClO4,CHM-CHM,30
ACN,NaH,CHM-CHM,35
ACN,NaOH,CHM-CHM,88
ACN,Nanoparticles,CHM-DSC,42
ACN,Naphthalene,CHM-CHM,37
ACN,Nitrogen,CHM-CHM,77
ACN,Nyquist Plot,CHM-CMT,45
ACN,O,CHM-CHM,49
ACN,Oscillator Strength,CHM-PRO,38
ACN,Oxidation,CHM-SMT,49
ACN,Oxygen,CHM-CHM,65
ACN,Particles,CHM-DSC,64
ACN,Pd,CHM-CHM,30
ACN,Phenol,CHM-CHM,66
ACN,Phenyls,CHM-CHM,32
ACN,Phosphate,CHM-CHM,81
ACN,Plasma,CHM-DSC,35
ACN,Platinum,CHM-CHM,38
ACN,Porous,CHM-DSC,30
ACN,Powder,CHM-DSC,30
ACN,Precision,CHM-PRO,42
ACN,Propylene Carbonate,CHM-CHM,35
ACN,Pt,CHM-CHM,98
ACN,Pyridine,CHM-CHM,69
ACN,Raman,CHM-CMT,81
ACN,Rate Constant,CHM-PRO,30
ACN,Reductions,CHM-SMT,35
ACN,Retention,CHM-PRO,35
ACN,Retention Factor,CHM-PRO,60
ACN,Retention Time,CHM-PRO,75
ACN,SEM,CHM-CMT,260
ACN,SPE,CHM-SMT,33
ACN,Scanning Electron Microscopy,CHM-CMT,49
ACN,Selectivity,CHM-PRO,32
ACN,Sensitivity,CHM-PRO,38
ACN,Si,CHM-CHM,32
ACN,Silica,CHM-CHM,138
ACN,Stability,CHM-PRO,62
ACN,Stationary Phase,CHM-APL,37
ACN,Structure,CHM-PRO,130
ACN,Structures,CHM-PRO,44
ACN,Substrate,CHM-DSC,70
ACN,Surface,CHM-DSC,169
ACN,Surfaces,CHM-DSC,37
ACN,TEA,CHM-CHM,46
ACN,TEM,CHM-CMT,123
ACN,TFA,CHM-CHM,196
ACN,THF,CHM-CHM,282
ACN,Tetrahydrofuran,CHM-CHM,81
ACN,Tga,CHM-CMT,30
ACN,Thin Films,CHM-DSC,47
ACN,Thiourea,CHM-CHM,40
ACN,TiO2,CHM-CHM,66
ACN,Toluene,CHM-CHM,197
ACN,Transient Absorption,CHM-CMT,60
ACN,Tryptic,CHM-CHM,67
ACN,UV,CHM-CMT,33
ACN,UV Detection,CHM-CMT,74
ACN,UV Vis,CHM-CMT,57
ACN,UV Vis Absorption,CHM-CMT,37
ACN,Uracil,CHM-CHM,35
ACN,Viscosity,CHM-PRO,48
ACN,Working Electrodes,CHM-APL,34
ACN,XPS,CHM-CMT,84
ACN,XRD,CHM-CMT,98
ACNTS,Carbon,DSC-CHM,39
ACNTS,Nanotube,DSC-DSC,38
ACT,Abstract,PRO-CHM,49
ACT,Abstract,SPL-CHM,49
ACT,Activity,SPL-PRO,30
ACT,Ag,PRO-CHM,32
ACT,Al,PRO-CHM,48
ACT,Alloy,PRO-DSC,45
ACT,Alloys,PRO-DSC,37
ACT,Annealing,PRO-SMT,40
ACT,Anode,PRO-APL,38
ACT,B s t,SPL-SPL,97
ACT,BSTRAct A,PRO-CHM,96
ACT,BSTRAct A,SPL-CHM,40
ACT,Carbon,PRO-CHM,93
ACT,Carbon,SPL-CHM,70
ACT,Catalyst,PRO-APL,58
ACT,Catalyst,SPL-APL,96
ACT,Cathode,PRO-APL,33
ACT,Composite,PRO-DSC,89
ACT,Composite,SPL-DSC,39
ACT,Compositions,PRO-PRO,53
ACT,Compositions,SPL-PRO,31
ACT,Copper,PRO-CHM,36
ACT,Crystal,PRO-DSC,36
ACT,Crystalline,PRO-DSC,36
ACT,Cu,PRO-CHM,30
ACT,Cyclic Voltammetry,PRO-CMT,35
ACT,Cyclic Voltammetry,SPL-CMT,31
ACT,Doped,PRO-DSC,80
ACT,Electrochemical Performance,PRO-PRO,32
ACT,Electrode,PRO-APL,91
ACT,Electrode,SPL-APL,51
ACT,Electrodes,PRO-APL,55
ACT,Electrolyte,PRO-APL,33
ACT,FT-IR,SPL-CMT,30
ACT,FTIR,SPL-CMT,32
ACT,Fe,PRO-CHM,30
ACT,Film,PRO-DSC,65
ACT,Films,PRO-DSC,58
ACT,Films,SPL-DSC,31
ACT,Graphene,PRO-CHM,40
ACT,Heat Transfer,PRO-PRO,37
ACT,Hydrogen,PRO-CHM,62
ACT,Hydrogen,SPL-CHM,56
ACT,Interface,PRO-DSC,37
ACT,Layers,PRO-DSC,83
ACT,Layers,SPL-DSC,44
ACT,Lithium,PRO-CHM,30
ACT,Microstructure,PRO-PRO,62
ACT,Morphology,PRO-PRO,84
ACT,Morphology,SPL-PRO,71
ACT,Nanocomposite,PRO-DSC,37
ACT,Nanoparticles,PRO-DSC,112
ACT,Nanoparticles,SPL-DSC,101
ACT,Nanotube,PRO-DSC,33
ACT,Ni,PRO-CHM,45
ACT,Ni,SPL-CHM,30
ACT,Nitrogen,SPL-CHM,31
ACT,Optical Properties,PRO-PRO,35
ACT,Oxygen,PRO-CHM,77
ACT,Oxygen,SPL-CHM,57
ACT,Particles,PRO-DSC,63
ACT,Particles,SPL-DSC,60
ACT,Porous,PRO-DSC,39
ACT,Powder,PRO-DSC,33
ACT,Pt,SPL-CHM,35
ACT,S T,PRO-SPL,67
ACT,S T,SPL-SPL,396
ACT,SEM,PRO-CMT,83
ACT,SEM,SPL-CMT,63
ACT,Scanning Electron Microscopy,PRO-CMT,72
ACT,Scanning Electron Microscopy,SPL-CMT,49
ACT,Si,PRO-CHM,39
ACT,Silicon,PRO-CHM,41
ACT,Stability,PRO-PRO,57
ACT,Stability,SPL-PRO,36
ACT,Structural,PRO-PRO,45
ACT,Structure,PRO-PRO,94
ACT,Structure,SPL-PRO,64
ACT,Substrate,PRO-DSC,86
ACT,Surface,PRO-DSC,146
ACT,Surface,SPL-DSC,105
ACT,Surface Area,PRO-PRO,30
ACT,T,PRO-SPL,213
ACT,T,SPL-SPL,389
ACT,TEM,PRO-CMT,57
ACT,TEM,SPL-CMT,47
ACT,Thermal Conductivity,PRO-PRO,31
ACT,Thin Films,PRO-DSC,48
ACT,TiO2,PRO-CHM,57
ACT,TiO2,SPL-CHM,56
ACT,Transmission Electron Microscopy,PRO-CMT,48
ACT,Transmission Electron Microscopy,SPL-CMT,44
ACT,X-Ray Diffraction,PRO-CMT,145
ACT,X-Ray Diffraction,SPL-CMT,79
ACT,X-Ray Photoelectron Spectroscopy,PRO-CMT,41
ACT,XPS,PRO-CMT,42
ACT,XPS,SPL-CMT,34
ACT,XRD,PRO-CMT,135
ACT,XRD,SPL-CMT,88
ACT,ZnO,PRO-CHM,50
ACT,ZnO,SPL-CHM,31
ACTA,BSTRAct A,PRO-CHM,69
ACTB,Cells,CHM-DSC,54
ACV,Acyclovir,CHM-CHM,81
ACV,Electrode,CMT-APL,41
ACh,Acetylcholine,CHM-CHM,388
ACh,Ache,CHM-APL,53
ACh,Ache,CHM-PRO,34
ACh,Alzheimer's Disease,CHM-APL,30
ACh,Bio-Sensor,CHM-APL,39
ACh,Ca2+,CHM-CHM,62
ACh,Calcium,CHM-CHM,44
ACh,Carbon,CHM-CHM,30
ACh,Cells,CHM-DSC,38
ACh,Choline,CHM-CHM,125
ACh,Cholinergic,CHM-PRO,41
ACh,Dopamine,CHM-CHM,34
ACh,Electrode,CHM-APL,46
ACh,Fluorescence,CHM-CMT,30
ACh,H2O2,CHM-CHM,50
ACh,Hydrogen,CHM-CHM,32
ACh,K+,CHM-CHM,50
ACh,Membrane,CHM-DSC,35
ACh,NO,CHM-CHM,45
ACh,Nanoparticles,CHM-DSC,31
ACh,Nitric Oxide,CHM-CHM,32
ACh,SEM,CHM-CMT,30
ACh,Sensor,CHM-APL,31
ACh,Surface,CHM-DSC,39
ACh,TEM,CHM-CMT,35
AD,Anaerobic Digestion,SMT-SMT,68
AD,Biogas,SMT-CHM,35
AD,CH4,SMT-CHM,50
AD,CO2,SMT-CHM,40
AD,Carbon,SMT-CHM,43
AD,Methane,SMT-CHM,179
AD,Methane Production,SMT-PRO,53
AD,Methane Yield,SMT-PRO,59
AD,Reactors,SMT-APL,30
AD,SEM,SMT-CMT,43
AD,Substrate,SMT-DSC,32
AD,Surface,SMT-DSC,32
AD,VFA,SMT-CHM,42
AD,VFAs,SMT-CHM,35
AD,pH,SMT-PRO,50
AD Therapy,Ad,APL-APL,39
AD Therapy,Alzheimer's Disease,APL-APL,35
ADA,Adenosine,CHM-CHM,43
ADA,Adenosine Deaminase,CHM-CHM,77
ADA,Adenosine Deaminase,PRO-CHM,31
ADC,ADCS,APL-APL,133
ADC,Amplifiers,APL-APL,35
ADC,Analog,APL-APL,34
ADC,Analog to Digital Converter,APL-APL,101
ADC,Antibody,APL-APL,63
ADC,Apparent Diffusion Coefficient,PRO-PRO,103
ADC,CMOS,APL-APL,48
ADC,CMOS Technology,APL-APL,34
ADC,Converters,APL-APL,37
ADC,DAC,APL-CHM,58
ADC,DWI,PRO-CMT,52
ADC,Dac,APL-APL,71
ADC,Detector,APL-APL,122
ADC,Detector,CMT-APL,43
ADC,Detector,PRO-APL,41
ADC,Digital,APL-APL,33
ADC,Dnl,APL-PRO,41
ADC,Energy Resolution,APL-PRO,31
ADC,FPGA,APL-APL,44
ADC,Gain,APL-PRO,37
ADC,Layers,APL-DSC,30
ADC,MRI,PRO-CMT,43
ADC,PMT,APL-APL,32
ADC,PMT,PRO-APL,31
ADC,Power Consumption,APL-PRO,41
ADC,Resolution,APL-PRO,34
ADC,SAR ADC,APL-APL,32
ADC,SFDR,APL-PRO,35
ADC,SNDR,APL-PRO,48
ADC,Sensor,APL-APL,52
ADC,Silicon,APL-CHM,36
ADC,Surface,APL-DSC,30
ADC,TDC,APL-APL,31
ADC,TDC,APL-CHM,33
ADCC,Cellular Cytotoxicity,PRO-PRO,31
ADCP,Acoustic Doppler Current Profiler,CMT-CMT,115
ADCP,Bathymetry,APL-PRO,42
ADCP,Bathymetry,CMT-PRO,115
ADCP,Blue Line,CMT-CHM,30
ADCP,CTD,CMT-APL,32
ADCP,CTD,CMT-CHM,135
ADCP,CTD,CMT-CMT,137
ADCP,Current,APL-PRO,37
ADCP,Current,CMT-PRO,94
ADCP,Current Velocity,CMT-PRO,42
ADCP,Density,CMT-PRO,71
ADCP,Diamonds,CMT-CHM,32
ADCP,Mean,CMT-PRO,30
ADCP,Mooring,CMT-APL,33
ADCP,Salinity,APL-PRO,38
ADCP,Salinity,CMT-PRO,155
ADCP,Sediments,CMT-PRO,34
ADCP,Shelf,CMT-DSC,32
ADCP,Surface,CMT-DSC,71
ADCP,Surface,CMT-PRO,37
ADCP,Temperature,APL-PRO,41
ADCP,Temperature,CMT-PRO,141
ADCP,Velocities,CMT-PRO,51
ADCP,Velocity,APL-PRO,44
ADCP,Velocity,CMT-PRO,136
ADCP,Water Depth,CMT-PRO,31
ADCP,Water Levels,CMT-PRO,38
ADCP,Wind Speed,CMT-PRO,35
ADCS,ADC,APL-APL,133
ADCS,Antibody,APL-APL,76
ADCS,Conjugates,APL-APL,33
ADF,Amsterdam Density Functional,CMT-CMT,30
ADF,Au,CMT-CHM,48
ADF,Bond Length,CMT-PRO,33
ADF,Bulk,CMT-DSC,38
ADF,Carbon,CMT-CHM,74
ADF,Cluster,CMT-DSC,44
ADF,Crystal,CMT-DSC,44
ADF,DFT,CMT-CMT,54
ADF,Eels,CMT-CMT,56
ADF,Film,CMT-DSC,32
ADF,Graphene,CMT-CHM,37
ADF,HRTEM,CMT-CMT,33
ADF,Hydrogen,CMT-CHM,37
ADF,Interface,CMT-DSC,41
ADF,Layers,CMT-DSC,70
ADF,Monolayers,CMT-DSC,42
ADF,Nanoparticles,CMT-DSC,34
ADF,O,CMT-CHM,55
ADF,Oxygen,CMT-CHM,60
ADF,Pt,CMT-CHM,34
ADF,Raman,CMT-CMT,31
ADF,SEM,CMT-CMT,43
ADF,Si,CMT-CHM,49
ADF,Stem,CMT-CMT,75
ADF,Structure,CMT-PRO,68
ADF,Structures,CMT-PRO,31
ADF,Substrate,CMT-DSC,39
ADF,Surface,CMT-DSC,67
ADF,TEM,CMT-CMT,69
ADF STEM,HRTEM,CMT-CMT,35
ADF STEM,Interface,CMT-DSC,31
ADF STEM,Layers,CMT-DSC,30
ADF STEM,Particles,CMT-DSC,30
ADF STEM,SEM,CMT-CMT,34
ADF STEM,Si,CMT-CHM,32
ADF STEM,Surface,CMT-DSC,34
ADF STEM,TEM,CMT-CMT,52
ADF STEM,XRD,CMT-CMT,33
ADF Stem,Carbon,CMT-CHM,35
ADF Stem,Eels,CMT-CMT,38
ADF Stem,HRTEM,CMT-CMT,55
ADF Stem,Layers,CMT-DSC,38
ADF Stem,Monolayers,CMT-DSC,30
ADF Stem,SEM,CMT-CMT,64
ADF Stem,Si,CMT-CHM,31
ADF Stem,Stem,CMT-CMT,36
ADF Stem,Structure,CMT-PRO,37
ADF Stem,Substrate,CMT-DSC,39
ADF Stem,Surface,CMT-DSC,49
ADF Stem,TEM,CMT-CMT,68
ADF Stem,XPS,CMT-CMT,30
ADF Stem,XRD,CMT-CMT,43
ADF-STEM,Amorphous,CMT-DSC,30
ADF-STEM,Au,CMT-CHM,41
ADF-STEM,Bulk,CMT-DSC,32
ADF-STEM,Carbon,CMT-CHM,52
ADF-STEM,Catalyst,CMT-APL,50
ADF-STEM,Composite,CMT-DSC,38
ADF-STEM,Crystal,CMT-DSC,35
ADF-STEM,Cu,CMT-CHM,35
ADF-STEM,EDX,CMT-CMT,31
ADF-STEM,Eels,CMT-CMT,53
ADF-STEM,Electrode,CMT-APL,30
ADF-STEM,Electrodes,CMT-APL,30
ADF-STEM,Fft,CMT-CMT,41
ADF-STEM,Film,CMT-DSC,48
ADF-STEM,Graphene,CMT-CHM,35
ADF-STEM,HAADF STEM,CMT-CMT,36
ADF-STEM,HRTEM,CMT-CMT,84
ADF-STEM,Interface,CMT-DSC,37
ADF-STEM,Layers,CMT-DSC,66
ADF-STEM,Mo,CMT-CHM,32
ADF-STEM,Monolayers,CMT-DSC,46
ADF-STEM,Nanoparticle,CMT-DSC,34
ADF-STEM,Nanoparticles,CMT-DSC,55
ADF-STEM,O,CMT-CHM,42
ADF-STEM,O2,CMT-CHM,30
ADF-STEM,Oxygen,CMT-CHM,42
ADF-STEM,Particles,CMT-DSC,46
ADF-STEM,Pt,CMT-CHM,56
ADF-STEM,Raman,CMT-CMT,39
ADF-STEM,SAED,CMT-CMT,36
ADF-STEM,SEM,CMT-CMT,85
ADF-STEM,Si,CMT-CHM,52
ADF-STEM,SiO2,CMT-CHM,31
ADF-STEM,Stem,CMT-CMT,53
ADF-STEM,Structure,CMT-PRO,51
ADF-STEM,Substrate,CMT-DSC,52
ADF-STEM,Surface,CMT-DSC,70
ADF-STEM,TEM,CMT-CMT,127
ADF-STEM,XPS,CMT-CMT,36
ADF-STEM,XRD,CMT-CMT,68
ADH,Alcohol Dehydrogenase,APL-APL,103
ADH,Alcohols,APL-CHM,141
ADH,Alcohols,PRO-CHM,32
ADH,Carbon,APL-CHM,33
ADH,Electrode,APL-APL,39
ADH,Ethanol,APL-CHM,66
ADH,NAD+,APL-CHM,37
ADH,NADH,APL-CHM,55
ADHD,Attention Deficit Hyperactivity Disorder,PRO-PRO,41
ADI,Austempered,APL-SMT,60
ADI,Ductile,APL-PRO,57
ADI,Iron,APL-CHM,55
ADI,Microstructure,APL-PRO,35
ADLattice,Adlayer,DSC-DSC,30
ADLattice,STM,DSC-CMT,41
ADLattice,Surface,DSC-DSC,38
ADM,Adomian Decomposition Method,CMT-CMT,46
ADM1,Anaerobic Digestion,CMT-APL,40
ADM1,Methane,CMT-CHM,51
ADMA,Asymmetric Dimethylarginine,CHM-CHM,75
ADMA,Asymmetric Dimethylarginine,PRO-CHM,30
ADMA,Nitric Oxide,CHM-CHM,42
ADME,Metabolism,PRO-PRO,35
ADMET,Toxicity,PRO-PRO,31
ADMM,Alternating Direction Method of Multipliers,CMT-CMT,38
ADN,Adiponitrile,CHM-CHM,34
ADNDP,Adaptive Natural Density Partitioning,CMT-CMT,42
ADNDP,B3LYP,CMT-CMT,30
ADNDP,Cluster,CMT-DSC,70
ADNDP,Occupation Number,CMT-PRO,62
ADNDP,PBE0,CMT-CMT,31
ADNDP,Photoelectron,CMT-CMT,30
ADNDP,Relative Energies,CMT-PRO,35
ADNDP,Structures,CMT-PRO,33
ADO,Adenosine,CHM-CHM,35
ADOR,Zeolites,SMT-CHM,30
ADP,13C,CHM-CHM,34
ADP,1H,CHM-CHM,82
ADP,1H NMR,CHM-CMT,66
ADP,31P NMR,CHM-CMT,43
ADP,ADP-Ribose,CHM-CHM,61
ADP,AFM,CHM-CMT,43
ADP,AMP,CHM-CHM,652
ADP,AMP-PNP,CHM-CHM,114
ADP,ANOVA,CHM-CMT,30
ADP,ATP,CHM-APL,62
ADP,ATP,CHM-CHM,2255
ADP,ATP,CHM-PRO,229
ADP,ATP / ADP Ratio,CHM-PRO,43
ADP,ATP Hydrolysis,CHM-APL,79
ADP,ATP Synthase,CHM-APL,82
ADP,ATPase Activity,CHM-PRO,203
ADP,ATPases,CHM-APL,60
ADP,ATPases,CHM-PRO,156
ADP,Absorbance,CHM-PRO,78
ADP,Absorption,CHM-CMT,30
ADP,Acetate,CHM-CHM,52
ADP,Acetone,CHM-CHM,36
ADP,Acetonitrile,CHM-CHM,35
ADP,Acetyl-CoA,CHM-CHM,40
ADP,Activity,CHM-PRO,127
ADP,Adenine,CHM-CHM,97
ADP,Adenine Nucleotides,CHM-CHM,121
ADP,Adenosine,CHM-CHM,228
ADP,Adenosine Diphosphate,CHM-CHM,181
ADP,Adenosine Monophosphate,CHM-CHM,49
ADP,Adenosine Triphosphate,CHM-CHM,128
ADP,Adenylate,CHM-CHM,83
ADP,Adp,CHM-APL,39
ADP,Adp,CHM-CMT,34
ADP,Adp,CHM-PRO,116
ADP,Ag,CHM-CHM,35
ADP,Aggregation,CHM-PRO,45
ADP,Alanine,CHM-CHM,35
ADP,Alcohols,CHM-CHM,37
ADP,Amides,CHM-CHM,33
ADP,Amines,CHM-CHM,30
ADP,Amino,CHM-CHM,36
ADP,Amino Acid,CHM-CHM,297
ADP,Ammonia,CHM-CHM,32
ADP,Ammonium Dihydrogen Phosphate,CHM-CHM,37
ADP,Antimycin A,CHM-CHM,42
ADP,Arachidonic Acid,CHM-CHM,41
ADP,Arg,CHM-CHM,83
ADP,Arginine,CHM-CHM,96
ADP,Asp,CHM-CHM,69
ADP,Aspartate,CHM-CHM,39
ADP,Aspirin,CHM-CHM,37
ADP,Beads,CHM-DSC,42
ADP,Bilayer,CHM-DSC,30
ADP,Blue Line,CHM-CHM,54
ADP,Bulk,CHM-DSC,34
ADP,C,CHM-CHM,164
ADP,CDP,CHM-CHM,43
ADP,CH2Cl2,CHM-CHM,31
ADP,CH3CN,CHM-CHM,32
ADP,CO2,CHM-CHM,60
ADP,CTP,CHM-CHM,85
ADP,Ca2+,CHM-CHM,258
ADP,CaCl2,CHM-CHM,53
ADP,Calcium,CHM-CHM,120
ADP,Calibration Curve,CHM-CMT,31
ADP,Carbohydrate,CHM-CHM,36
ADP,Carbon,CHM-CHM,164
ADP,Catalyst,CHM-APL,38
ADP,Catalytic Activity,CHM-PRO,34
ADP,Cell,CHM-APL,40
ADP,Cell,CHM-DSC,61
ADP,Cell,CHM-PRO,33
ADP,Cell Viability,CHM-PRO,55
ADP,Cells,CHM-APL,51
ADP,Cells,CHM-DSC,208
ADP,Centrifugation,CHM-SMT,35
ADP,Chemical Structures,CHM-PRO,115
ADP,Chlorides,CHM-CHM,32
ADP,Cholesterol,CHM-CHM,35
ADP,Citrates,CHM-CHM,80
ADP,Cl,CHM-CHM,43
ADP,Cluster,CHM-DSC,32
ADP,Coated,CHM-SMT,32
ADP,Compositions,CHM-PRO,65
ADP,Creatine,CHM-CHM,61
ADP,Cryo-EM,CHM-CMT,37
ADP,Crystal,CHM-DSC,192
ADP,Crystal Structure,CHM-DSC,36
ADP,Crystal Structure,CHM-PRO,217
ADP,Cu,CHM-CHM,38
ADP,Cu2+,CHM-CHM,38
ADP,Cys,CHM-CHM,50
ADP,Cysteines,CHM-CHM,91
ADP,D2O,CHM-CHM,34
ADP,DAPI,CHM-CHM,40
ADP,DFT,CHM-CMT,34
ADP,DLS,CHM-CMT,34
ADP,DMF,CHM-CHM,43
ADP,DMSO,CHM-CHM,93
ADP,DNA,CHM-PRO,56
ADP,DTT,CHM-CHM,36
ADP,Dehydrogenase,CHM-APL,50
ADP,Diamonds,CHM-CHM,70
ADP,Dimers,CHM-DSC,32
ADP,Dissociation Constant,CHM-PRO,39
ADP,Disulfide,CHM-CHM,35
ADP,Domains,CHM-PRO,55
ADP,Doped,CHM-DSC,41
ADP,EDTA,CHM-CHM,80
ADP,EGTA,CHM-CHM,41
ADP,Electrode,CHM-APL,49
ADP,Electron Density,CHM-PRO,30
ADP,Electron Microscopy,CHM-CMT,42
ADP,Emission Spectra,CHM-CMT,45
ADP,Environmental Impact,CHM-PRO,39
ADP,Enzymatic Activity,CHM-PRO,37
ADP,Enzyme Activity,CHM-PRO,60
ADP,Enzymes,CHM-APL,46
ADP,Equilibrium Constant,CHM-PRO,33
ADP,Ethanol,CHM-CHM,83
ADP,F,CHM-CHM,72
ADP,F,CHM-PRO,45
ADP,FCCP,CHM-CHM,45
ADP,FTIR,CHM-CMT,43
ADP,Fatty Acid,CHM-CHM,62
ADP,Fe,CHM-CHM,36
ADP,Filaments,CHM-DSC,31
ADP,Film,CHM-DSC,35
ADP,Flow Cytometry,CHM-CMT,64
ADP,Fluorescence,CHM-CMT,206
ADP,Fluorescence,CHM-PRO,160
ADP,Fluorescence Emission,CHM-CMT,58
ADP,Fluorescence Image,CHM-CMT,36
ADP,Fluorescence Intensity,CHM-PRO,177
ADP,Fluorescence Response,CHM-PRO,35
ADP,Fluorescence Spectra,CHM-CMT,45
ADP,Fluorescent,CHM-PRO,50
ADP,Free Energy,CHM-PRO,33
ADP,G,CHM-PRO,36
ADP,GDP,CHM-CHM,123
ADP,GMP,CHM-CHM,55
ADP,GSH,CHM-CHM,60
ADP,GTP,CHM-CHM,203
ADP,GWP,CHM-PRO,30
ADP,Gln,CHM-CHM,34
ADP,Glu,CHM-CHM,88
ADP,Glucose,CHM-CHM,245
ADP,Glucose-6-Phosphate,CHM-CHM,59
ADP,Glutamate,CHM-CHM,136
ADP,Glutamine,CHM-CHM,56
ADP,Glutathione,CHM-CHM,75
ADP,Gly,CHM-CHM,46
ADP,Glyceraldehyde 3-Phosphate,CHM-CHM,36
ADP,Glycerol,CHM-CHM,54
ADP,Glycine,CHM-CHM,60
ADP,H+,CHM-CHM,62
ADP,H2,CHM-CHM,44
ADP,H2O,CHM-CHM,84
ADP,H2O2,CHM-CHM,106
ADP,H2PO4,CHM-CHM,39
ADP,HCl,CHM-CHM,101
ADP,HEPES,CHM-CHM,123
ADP,HPLC,CHM-CMT,38
ADP,Histidine,CHM-CHM,50
ADP,Hplc,CHM-CMT,62
ADP,Hydrogen,CHM-CHM,257
ADP,Hydrogen Peroxide,CHM-CHM,40
ADP,Hydrolysis,CHM-SMT,109
ADP,Hydrophobic,CHM-PRO,55
ADP,Hydroxyl,CHM-CHM,39
ADP,Immunoblotting,CHM-CMT,31
ADP,Inhibitor,CHM-APL,30
ADP,Inosine,CHM-CHM,34
ADP,Interface,CHM-DSC,87
ADP,Iron,CHM-CHM,43
ADP,Irradiation,CHM-SMT,32
ADP,K,CHM-PRO,67
ADP,K M,CHM-PRO,75
ADP,K+,CHM-CHM,117
ADP,KCl,CHM-CHM,114
ADP,KDP,CHM-CHM,40
ADP,Kinase,CHM-APL,52
ADP,Kinase,CHM-PRO,40
ADP,Kinetic Parameters,CHM-PRO,35
ADP,Lactate,CHM-CHM,100
ADP,Layers,CHM-DSC,62
ADP,Light Green,CHM-CHM,36
ADP,Liposome,CHM-DSC,44
ADP,Liver,CHM-DSC,48
ADP,Lys,CHM-CHM,59
ADP,Lysines,CHM-CHM,74
ADP,MD Simulation,CHM-CMT,31
ADP,MTT,CHM-CHM,31
ADP,Magenta,CHM-CHM,138
ADP,Magnesium,CHM-CHM,78
ADP,Malate,CHM-CHM,84
ADP,MeOH,CHM-CHM,44
ADP,Membrane,CHM-DSC,191
ADP,Membrane,CHM-PRO,41
ADP,Membrane Potentials,CHM-PRO,54
ADP,Methanol,CHM-CHM,57
ADP,Mg,CHM-CHM,60
ADP,Mg2+,CHM-CHM,262
ADP,MgADP,CHM-CHM,33
ADP,MgATP,CHM-CHM,43
ADP,MgCl2,CHM-CHM,170
ADP,Mitochondria,CHM-APL,60
ADP,Mitochondria,CHM-DSC,78
ADP,Mitochondria,CHM-PRO,106
ADP,Mitochondrial Membrane Potential,CHM-PRO,48
ADP,Mn2+,CHM-CHM,42
ADP,Molecular Dynamics (MD) Simulation,CHM-CMT,37
ADP,Molecular Mass,CHM-PRO,46
ADP,Molecular Structure,CHM-PRO,48
ADP,Molecular Weight,CHM-PRO,41
ADP,Morphology,CHM-PRO,58
ADP,Motor Domain,CHM-PRO,34
ADP,Motors,CHM-APL,73
ADP,Mutant,CHM-DSC,89
ADP,N2,CHM-CHM,33
ADP,NAD,CHM-CHM,96
ADP,NAD+,CHM-CHM,130
ADP,NADH,CHM-CHM,183
ADP,NADP,CHM-CHM,32
ADP,NADP+,CHM-CHM,50
ADP,NADPH,CHM-CHM,76
ADP,NMR,CHM-CMT,49
ADP,NO,CHM-CHM,54
ADP,Na+,CHM-CHM,84
ADP,NaCl,CHM-CHM,116
ADP,NaOH,CHM-CHM,36
ADP,Nanoparticles,CHM-DSC,69
ADP,Nicotinamide,CHM-CHM,40
ADP,Nicotinamide Adenine Dinucleotide,CHM-CHM,36
ADP,Nitric Oxide,CHM-CHM,38
ADP,Nitrogen,CHM-CHM,111
ADP,Nucleoside,CHM-CHM,48
ADP,Nucleoside Triphosphate,CHM-CHM,38
ADP,Nucleotides,CHM-CHM,366
ADP,O,CHM-CHM,96
ADP,O2,CHM-CHM,79
ADP,ODP,CHM-CHM,31
ADP,OH,CHM-CHM,34
ADP,Oligomycin,CHM-CHM,80
ADP,One Way ANOVA,CHM-CMT,35
ADP,Oxidation,CHM-SMT,30
ADP,Oxygen,CHM-CHM,323
ADP,Oxygen Consumption,CHM-PRO,54
ADP,Ozone,CHM-CHM,42
ADP,PEG,CHM-CHM,30
ADP,Particles,CHM-DSC,66
ADP,Phe,CHM-CHM,44
ADP,Phosphate,CHM-CHM,605
ADP,Phosphoenolpyruvate,CHM-CHM,50
ADP,Phosphorus,CHM-CHM,51
ADP,Phosphoryl,CHM-CHM,31
ADP,Plasma,CHM-DSC,30
ADP,Plasma Membrane,CHM-DSC,31
ADP,Platelet,CHM-DSC,123
ADP,Platelet,CHM-PRO,33
ADP,Platelet Aggregation,CHM-PRO,46
ADP,Poly(Acrylamide),CHM-CHM,49
ADP,Potassium,CHM-CHM,41
ADP,Powder,CHM-DSC,46
ADP,Protein,CHM-PRO,53
ADP,Pure,CHM-DSC,37
ADP,Purine,CHM-CHM,51
ADP,Pyrophosphate,CHM-CHM,80
ADP,Pyruvate,CHM-CHM,160
ADP,RT-PCR,CHM-CMT,30
ADP,Rate Constant,CHM-PRO,81
ADP,Receptor,CHM-APL,32
ADP,Respiration,CHM-PRO,64
ADP,Ribbons,CHM-DSC,31
ADP,Ribose,CHM-CHM,48
ADP,Ribosyl,CHM-CHM,38
ADP,Rotenone,CHM-CHM,61
ADP,SDS-PAGE,CHM-CMT,68
ADP,SDS-Page,CHM-CMT,44
ADP,SEM,CHM-CMT,141
ADP,Sensor,CHM-APL,58
ADP,Sequence,CHM-PRO,32
ADP,Sequence Alignment,CHM-CMT,33
ADP,Ser,CHM-CHM,45
ADP,Serine,CHM-CHM,49
ADP,Silica,CHM-CHM,48
ADP,Silver,CHM-CHM,34
ADP,Single Crystal,CHM-DSC,50
ADP,Society,CHM-CMT,42
ADP,Sodium,CHM-CHM,64
ADP,Specific Activity,CHM-PRO,38
ADP,Stability,CHM-PRO,67
ADP,Structural,CHM-PRO,39
ADP,Structure,CHM-PRO,353
ADP,Structures,CHM-PRO,79
ADP,Substrate,CHM-DSC,141
ADP,Succinate,CHM-CHM,144
ADP,Sucrose,CHM-CHM,58
ADP,Sugar,CHM-CHM,58
ADP,Sulfur,CHM-CHM,35
ADP,Superoxide,CHM-CHM,67
ADP,Suramin,CHM-CHM,32
ADP,Surface,CHM-DSC,248
ADP,Surfaces,CHM-DSC,91
ADP,Synthases,CHM-APL,60
ADP,TEM,CHM-CMT,113
ADP,THF,CHM-CHM,51
ADP,Thiols,CHM-CHM,41
ADP,Thr,CHM-CHM,40
ADP,Transporter,CHM-APL,48
ADP,Triphosphate,CHM-CHM,32
ADP,Tris,CHM-CHM,86
ADP,Tryptophan,CHM-CHM,49
ADP,Tyr,CHM-CHM,49
ADP,Tyrosine,CHM-CHM,59
ADP,UDP,CHM-CHM,109
ADP,UTP,CHM-CHM,127
ADP,UV Vis,CHM-CMT,38
ADP,UV Vis Absorption,CHM-CMT,33
ADP,Urea,CHM-CHM,31
ADP,V Max,CHM-PRO,38
ADP,Vesicle,CHM-DSC,62
ADP,Western Blot,CHM-CMT,31
ADP,Western Blots,CHM-CMT,76
ADP,Western Blotting,CHM-CMT,39
ADP,X-Ray Diffraction,CHM-CMT,52
ADP,XRD,CHM-CMT,68
ADP,Zinc,CHM-CHM,47
ADP,Zn,CHM-CHM,36
ADP,Zn2+,CHM-CHM,62
ADP,ascorbate,CHM-CHM,32
ADP,cAMP,CHM-CHM,70
ADP,γ-Phosphate,CHM-CHM,31
ADP-Ribose,ADP,CHM-CHM,61
ADP-Ribose,NAD+,CHM-CHM,46
ADP-Ribose,Poly(ADP Ribose),CHM-CHM,37
ADPA,Irradiation,CHM-SMT,56
ADPA,TEM,CHM-CMT,37
ADPS,Atomic Displacement Parameters,PRO-PRO,38
ADPS,Crystal Structure,PRO-PRO,37
ADPS,Hydrogen,PRO-CHM,34
ADR,Adriamycin,CHM-CHM,43
ADS,Accelerator-Driven System,APL-APL,149
ADS,Bismuth,APL-CHM,71
ADS,CFT,CMT-CMT,47
ADS,Eutectic,APL-DSC,47
ADS,Fuel,APL-APL,54
ADS,Irradiation,APL-SMT,36
ADS,K,PRO-PRO,34
ADS,Reactors,APL-APL,46
ADS,Spallation Target,APL-APL,49
ADS,Surface,PRO-DSC,66
ADSCS,SEM,DSC-CMT,42
ADSV,Adsorptive Stripping Voltammetry,CMT-CMT,38
ADT,CV,SMT-CMT,82
ADT,Catalyst,SMT-APL,109
ADT,Cyclic Voltammogram,SMT-CMT,35
ADT,ECSA,SMT-PRO,44
ADT,H2SO4,SMT-CHM,50
ADT,HClO4,SMT-CHM,58
ADT,HRTEM,SMT-CMT,51
ADT,KOH,SMT-CHM,31
ADT,LSV,SMT-CMT,53
ADT,Mass Activity,SMT-PRO,38
ADT,N2,SMT-CHM,56
ADT,O2,SMT-CHM,73
ADT,ORR,SMT-APL,31
ADT,Oxygen,SMT-CHM,32
ADT,Polarization Curve,SMT-CMT,38
ADT,Pt,CMT-CHM,30
ADT,Pt,SMT-CHM,142
ADT,SEM,SMT-CMT,48
ADT,TEM,SMT-CMT,129
ADT,Tafel Plots,SMT-CMT,35
ADT,XPS,SMT-CMT,71
ADT,XRD,SMT-CMT,94
AEAS,Adiabatic Electron Affinity,PRO-PRO,41
AEM,1H,APL-CHM,68
AEM,1H NMR,APL-CMT,60
AEM,AEMFC,APL-APL,46
AEM,AEMS,APL-APL,228
AEM,AEMs,APL-APL,46
AEM,Ag,APL-CHM,30
AEM,Alkaline Stability,APL-PRO,63
AEM,Analytical Electron Microscopy,CMT-CMT,48
AEM,Anion Exchange Membrane,APL-APL,417
AEM,Anode,APL-APL,152
AEM,Bipolar Membrane,APL-APL,37
AEM,CEM,APL-APL,66
AEM,CO2,APL-CHM,58
AEM,Carbon,APL-CHM,82
AEM,Catalyst,APL-APL,106
AEM,Cathode,APL-APL,154
AEM,Cation Exchange Membrane,APL-APL,80
AEM,Cations,APL-PRO,32
AEM,Cell,APL-APL,68
AEM,Cell Voltage,APL-PRO,36
AEM,Cem,APL-APL,139
AEM,Chemical Structures,APL-PRO,39
AEM,Chlorides,APL-CHM,33
AEM,Cl,APL-CHM,42
AEM,Compositions,APL-PRO,35
AEM,Compositions,CMT-PRO,30
AEM,Conductivity,APL-PRO,165
AEM,Current Density,APL-PRO,59
AEM,Current Efficiency,APL-PRO,37
AEM,ED,APL-SMT,33
AEM,Electrocatalyst,APL-APL,36
AEM,Electrode,APL-APL,104
AEM,Electrodes,APL-APL,71
AEM,Electrodialysis,APL-SMT,53
AEM,Electrolyte,APL-APL,71
AEM,Exchange Membrane,APL-APL,32
AEM,FTIR,APL-CMT,50
AEM,Fuel Cell,APL-APL,115
AEM,H+,APL-CHM,34
AEM,H2,APL-CHM,70
AEM,Hydrogen,APL-CHM,64
AEM,Hydrophilic,APL-PRO,44
AEM,Hydrophobic,APL-PRO,34
AEM,Hydroxide,APL-CHM,122
AEM,Hydroxide Conductivity,APL-PRO,55
AEM,Iec,APL-PRO,91
AEM,Imidazolium,APL-CHM,38
AEM,Ion Conductivity,APL-PRO,31
AEM,Ion Exchange Capacity,APL-PRO,99
AEM,Ion Exchange Membrane,APL-APL,51
AEM,Ionic Conductivity,APL-PRO,78
AEM,KOH,APL-CHM,99
AEM,Layers,APL-DSC,42
AEM,Mechanical Property,APL-PRO,41
AEM,Membrane,APL-APL,176
AEM,Membrane,APL-DSC,390
AEM,Membrane,APL-PRO,32
AEM,Methanol,APL-CHM,44
AEM,Morphology,APL-PRO,39
AEM,N2,APL-CHM,35
AEM,NaCl,APL-CHM,109
AEM,NaOH,APL-CHM,83
AEM,Nafion,APL-CHM,69
AEM,Nitrogen,APL-CHM,37
AEM,O2,APL-CHM,80
AEM,OH,APL-CHM,55
AEM,Oxygen,APL-CHM,79
AEM,PEM,APL-APL,44
AEM,PPO,APL-CHM,34
AEM,Permselectivity,APL-PRO,38
AEM,Polarization Curve,APL-CMT,38
AEM,Power Density,APL-PRO,133
AEM,Proton Exchange Membranes,APL-APL,41
AEM,Pt,APL-CHM,71
AEM,Quaternary Ammonium,APL-CHM,53
AEM,Quaternization,APL-SMT,33
AEM,Quaternized,APL-SMT,33
AEM,SAXS,APL-CMT,31
AEM,SEM,APL-CMT,110
AEM,SEM,CMT-CMT,35
AEM,Stability,APL-PRO,62
AEM,Structure,APL-PRO,56
AEM,Surface,APL-DSC,90
AEM,Surface,CMT-DSC,33
AEM,TEM,APL-CMT,56
AEM,TEM,CMT-CMT,40
AEM,Water Uptake,APL-PRO,99
AEM,XRD,APL-CMT,37
AEM,pH,APL-PRO,43
AEMFC,AEM,APL-APL,46
AEMFC,AEMS,APL-APL,45
AEMFC,Anion Exchange Membrane,APL-APL,52
AEMFC,Anion Exchange Membrane Fuel Cell,APL-APL,102
AEMFC,Anode,APL-APL,73
AEMFC,Carbon,APL-CHM,60
AEMFC,Catalyst,APL-APL,136
AEMFC,Cathode,APL-APL,79
AEMFC,Cathode Catalyst,APL-APL,43
AEMFC,Cell,APL-APL,32
AEMFC,Conductivity,APL-PRO,35
AEMFC,Doped,APL-DSC,34
AEMFC,Durability,APL-PRO,30
AEMFC,Electrocatalyst,APL-APL,40
AEMFC,Electrode,APL-APL,37
AEMFC,Fe,APL-CHM,34
AEMFC,Fuel Cell,APL-APL,70
AEMFC,H2,APL-CHM,70
AEMFC,Hydrogen,APL-CHM,47
AEMFC,Hydroxide,APL-CHM,56
AEMFC,Hydroxide Conductivity,APL-PRO,32
AEMFC,KOH,APL-CHM,66
AEMFC,Membrane,APL-DSC,74
AEMFC,NaOH,APL-CHM,37
AEMFC,Nitrogen,APL-CHM,37
AEMFC,O2,APL-CHM,94
AEMFC,ORR,APL-APL,53
AEMFC,Oxygen,APL-CHM,89
AEMFC,Oxygen Reduction Reaction,APL-APL,35
AEMFC,PEMFC,APL-APL,41
AEMFC,Platinum,APL-CHM,36
AEMFC,Polarization Curve,APL-CMT,40
AEMFC,Power Density,APL-PRO,79
AEMFC,Proton Exchange Membrane Fuel Cells,APL-APL,36
AEMFC,Pt,APL-CHM,105
AEMFC,SEM,APL-CMT,34
AEMFC,Stability,APL-PRO,35
AEMFC,TEM,APL-CMT,46
AEMFC,Water Uptake,APL-PRO,33
AEMFC,XRD,APL-CMT,34
AEMS,1H,APL-CHM,93
AEMS,1H NMR,APL-CMT,81
AEMS,AEM,APL-APL,228
AEMS,AEMFC,APL-APL,45
AEMS,AFM,APL-CMT,41
AEMS,Alkaline Fuel Cell,APL-APL,46
AEMS,Alkaline Stability,APL-PRO,127
AEMS,Alkyls,APL-CHM,43
AEMS,Anion Exchange Membrane,APL-APL,377
AEMS,Anion Exchange Membrane Fuel Cell,APL-APL,37
AEMS,Anode,APL-APL,32
AEMS,CEMS,APL-APL,35
AEMS,Catalyst,APL-APL,50
AEMS,Cathode,APL-APL,31
AEMS,Chemical Stability,APL-PRO,52
AEMS,Chemical Structures,APL-PRO,35
AEMS,Conductivity,APL-PRO,166
AEMS,Copolymer,APL-DSC,34
AEMS,Dimensional Stability,APL-PRO,45
AEMS,FTIR,APL-CMT,36
AEMS,Fuel Cell,APL-APL,106
AEMS,H2,APL-CHM,65
AEMS,Hydrogen,APL-CHM,30
AEMS,Hydrophilic,APL-PRO,51
AEMS,Hydroxide,APL-CHM,178
AEMS,Hydroxide Conductivity,APL-PRO,116
AEMS,Iec,APL-PRO,164
AEMS,Imidazolium,APL-CHM,67
AEMS,Ion Conductivity,APL-PRO,43
AEMS,Ion Exchange Capacity,APL-PRO,130
AEMS,Ionic Conductivity,APL-PRO,115
AEMS,KOH,APL-CHM,99
AEMS,Mechanical Property,APL-PRO,100
AEMS,Membrane,APL-APL,154
AEMS,Membrane,APL-DSC,334
AEMS,Methanol,APL-CHM,42
AEMS,Morphology,APL-PRO,42
AEMS,NaOH,APL-CHM,86
AEMS,Nafion,APL-CHM,33
AEMS,O2,APL-CHM,61
AEMS,OH,APL-CHM,50
AEMS,Oxygen,APL-CHM,36
AEMS,PPO,APL-CHM,44
AEMS,Power Density,APL-PRO,112
AEMS,Quaternary Ammonium,APL-CHM,76
AEMS,Quaternization,APL-SMT,48
AEMS,Quaternized,APL-SMT,43
AEMS,SAXS,APL-CMT,56
AEMS,SEM,APL-CMT,45
AEMS,Small Angle X-ray Scattering,APL-CMT,36
AEMS,Stability,APL-PRO,70
AEMS,Structure,APL-PRO,39
AEMS,Surface,APL-DSC,44
AEMS,Swelling Ratio,APL-PRO,78
AEMS,TEM,APL-CMT,47
AEMS,Tensile Strength,APL-PRO,30
AEMS,Tga,APL-CMT,70
AEMS,Thermal Stability,APL-PRO,45
AEMS,Trimethylamine,APL-CHM,34
AEMS,Water Uptake,APL-PRO,159
AEMS,Wu,APL-PRO,45
AEMs,1H,APL-CHM,81
AEMs,1H NMR,APL-CMT,83
AEMs,AEM,APL-APL,46
AEMs,AFM,APL-CMT,35
AEMs,Arrhenius Plot,APL-CMT,36
AEMs,Conductivity,APL-PRO,41
AEMs,FT-IR,APL-CMT,34
AEMs,FTIR,APL-CMT,32
AEMs,H2,APL-CHM,39
AEMs,Hydroxide,APL-CHM,68
AEMs,Hydroxide Conductivity,APL-PRO,53
AEMs,IEC,APL-PRO,44
AEMs,KOH,APL-CHM,36
AEMs,Membrane,APL-DSC,137
AEMs,NaOH,APL-CHM,58
AEMs,O2,APL-CHM,48
AEMs,SAXS,APL-CMT,50
AEMs,SEM,APL-CMT,50
AEMs,Swelling Ratio,APL-PRO,35
AEMs,TEM,APL-CMT,43
AEMs,TGA,APL-CMT,86
AEMs,Water Uptake,APL-PRO,55
AES,AES Depth Profile,CMT-CMT,58
AES,AFM,CMT-CMT,224
AES,Ag,CMT-CHM,108
AES,Aged,CMT-SMT,32
AES,Al,CMT-CHM,232
AES,Al2O3,CMT-CHM,91
AES,Alloy,CMT-DSC,241
AES,Alloys,CMT-DSC,92
AES,Aluminum,CMT-CHM,56
AES,Amorphous,CMT-DSC,61
AES,Annealed,CMT-SMT,334
AES,Annealing,CMT-SMT,355
AES,Ar,CMT-CHM,59
AES,Ar+,CMT-CHM,74
AES,Argon,CMT-CHM,49
AES,Arrhenius Plot,CMT-CMT,31
AES,As Deposited,CMT-DSC,227
AES,As-Grown,CMT-DSC,31
AES,As-Received,CMT-DSC,56
AES,Atomic Concentration,CMT-PRO,50
AES,Au,CMT-CHM,100
AES,Auger,CMT-CMT,78
AES,Bilayer,CMT-DSC,30
AES,Bulk,CMT-DSC,83
AES,C,CMT-CHM,59
AES,CO,CMT-CHM,46
AES,CO2,CMT-CHM,30
AES,Ca,CMT-CHM,32
AES,Carbon,CMT-CHM,174
AES,Catalyst,CMT-APL,43
AES,Co,CMT-CHM,67
AES,Coated,CMT-SMT,102
AES,Coatings,CMT-APL,172
AES,Composite,CMT-DSC,42
AES,Compositions,CMT-PRO,130
AES,Contacts,CMT-APL,60
AES,Copper,CMT-CHM,73
AES,Cr,CMT-CHM,141
AES,Cross Section,CMT-DSC,64
AES,Cross Sectional SEM,CMT-CMT,65
AES,Cross Sectional TEM,CMT-CMT,90
AES,Crystal,CMT-DSC,38
AES,Cu,CMT-CHM,259
AES,Cyclic Voltammogram,CMT-CMT,40
AES,Depth Profile,CMT-CMT,77
AES,Diamonds,CMT-CHM,51
AES,Dielectric Constant,CMT-PRO,31
AES,Diffraction Pattern,CMT-CMT,39
AES,Doped,CMT-DSC,33
AES,EBSD,CMT-CMT,30
AES,EDS,CMT-CMT,113
AES,EDX,CMT-CMT,49
AES,EELS,CMT-CMT,44
AES,Electrode,CMT-APL,109
AES,Electrodes,CMT-APL,68
AES,Etched,CMT-SMT,59
AES,Etching,CMT-SMT,69
AES,FESEM,CMT-CMT,38
AES,FTIR,CMT-CMT,50
AES,Fe,CMT-CHM,158
AES,Film,CMT-DSC,642
AES,Film Surface,CMT-DSC,31
AES,Films,CMT-DSC,563
AES,Foil,CMT-DSC,34
AES,Fracture Surface,CMT-PRO,58
AES,Friction Coefficient,CMT-PRO,53
AES,Ga,CMT-CHM,62
AES,GaAs,CMT-CHM,40
AES,GaN,CMT-CHM,42
AES,Ge,CMT-CHM,39
AES,Grain Boundaries,CMT-PRO,41
AES,Grain Boundary,CMT-PRO,50
AES,Grain Size,CMT-PRO,36
AES,Graphite,CMT-CHM,41
AES,H2,CMT-CHM,98
AES,H2O,CMT-CHM,42
AES,H2SO4,CMT-CHM,54
AES,HRTEM,CMT-CMT,72
AES,Hardness,CMT-PRO,62
AES,Heat Treatment,CMT-SMT,45
AES,Heated,CMT-SMT,39
AES,Heating,CMT-SMT,93
AES,High Resolution XPS,CMT-CMT,32
AES,Hydrogen,CMT-CHM,124
AES,I-V Characteristics,CMT-PRO,50
AES,Implantations,CMT-SMT,36
AES,Implanted,CMT-SMT,74
AES,Interface,CMT-DSC,178
AES,Iron,CMT-CHM,38
AES,Irradiation,CMT-SMT,36
AES,LEED,CMT-CMT,76
AES,Layer,CMT-DSC,76
AES,Layers,CMT-DSC,443
AES,Li,CMT-CHM,42
AES,Matrix,CMT-DSC,37
AES,Metallic,CMT-PRO,62
AES,Metals,CMT-PRO,58
AES,Mg,CMT-CHM,73
AES,Micro Structures,CMT-PRO,42
AES,Microstructure,CMT-PRO,68
AES,Mn,CMT-CHM,44
AES,Mo,CMT-CHM,90
AES,Monolayers,CMT-DSC,39
AES,Morphologies,CMT-PRO,37
AES,Morphology,CMT-PRO,71
AES,Multilayer,CMT-DSC,50
AES,N2,CMT-CHM,114
AES,NH3,CMT-CHM,33
AES,NaCl,CMT-CHM,71
AES,Ni,CMT-CHM,197
AES,Nickel,CMT-CHM,34
AES,Nitrogen,CMT-CHM,115
AES,O,CMT-CHM,311
AES,O2,CMT-CHM,148
AES,Optical Micrograph,CMT-CMT,56
AES,Oxidation,CMT-SMT,149
AES,Oxides,CMT-CHM,138
AES,Oxidize,CMT-SMT,106
AES,Oxygen,CMT-CHM,283
AES,PL,CMT-CMT,47
AES,Particle,CMT-DSC,30
AES,Particles,CMT-DSC,91
AES,Pd,CMT-CHM,61
AES,Polished,CMT-SMT,39
AES,Polycrystalline,CMT-DSC,40
AES,Potentiodynamic Polarization,CMT-CMT,42
AES,Powder,CMT-DSC,68
AES,Pt,CMT-CHM,137
AES,Pure,CMT-DSC,67
AES,RBS,CMT-CMT,55
AES,RHEED,CMT-CMT,34
AES,Raman,CMT-CMT,137
AES,Refractive Index,CMT-PRO,32
AES,Resistivity,CMT-PRO,49
AES,Roughness,CMT-PRO,30
AES,Ru,CMT-CHM,40
AES,SEM,CMT-CMT,764
AES,SIMS,CMT-CMT,50
AES,STM,CMT-CMT,51
AES,Sheet Resistance,CMT-PRO,60
AES,Si,CMT-CHM,439
AES,Si (111),CMT-CHM,33
AES,Si(100),CMT-CHM,38
AES,SiC,CMT-CHM,63
AES,SiO2,CMT-CHM,154
AES,Silicon,CMT-CHM,117
AES,Single Crystal,CMT-DSC,31
AES,Sn,CMT-CHM,44
AES,Solar Cell,CMT-APL,33
AES,Sputter,CMT-SMT,40
AES,Sputtered,CMT-SMT,64
AES,Sputtering,CMT-SMT,175
AES,Structure,CMT-PRO,77
AES,Substrate,CMT-DSC,507
AES,Sulfur,CMT-CHM,34
AES,Surface,CMT-DSC,768
AES,Surface Layer,CMT-DSC,35
AES,Surface Morphology,CMT-PRO,132
AES,Surface Roughness,CMT-PRO,42
AES,Surface:,CMT-DSC,44
AES,Surfaces,CMT-DSC,163
AES,TEM,CMT-CMT,237
AES,TPD,CMT-CMT,43
AES,Ta,CMT-CHM,55
AES,Thin Films,CMT-DSC,181
AES,Ti,CMT-CHM,237
AES,TiN,CMT-CHM,77
AES,TiO2,CMT-CHM,76
AES,Titanium,CMT-CHM,48
AES,Tungsten,CMT-CHM,33
AES,Uncoated,CMT-DSC,32
AES,Wafers,CMT-DSC,48
AES,Wear Track,CMT-PRO,30
AES,X-Ray Diffraction,CMT-CMT,135
AES,XPS,CMT-CMT,458
AES,XRD,CMT-CMT,599
AES,Zn,CMT-CHM,57
AES,ZnO,CMT-CHM,60
AES,Zr,CMT-CHM,87
AES Depth Profile,AES,CMT-CMT,58
AES Depth Profile,Al,CMT-CHM,30
AES Depth Profile,Annealed,CMT-SMT,59
AES Depth Profile,Annealing,CMT-SMT,44
AES Depth Profile,As Deposited,CMT-DSC,53
AES Depth Profile,Cu,CMT-CHM,41
AES Depth Profile,Film,CMT-DSC,82
AES Depth Profile,Films,CMT-DSC,77
AES Depth Profile,Layers,CMT-DSC,51
AES Depth Profile,O,CMT-CHM,39
AES Depth Profile,SEM,CMT-CMT,84
AES Depth Profile,Si,CMT-CHM,67
AES Depth Profile,Substrate,CMT-DSC,62
AES Depth Profile,Surface,CMT-DSC,73
AES Depth Profile,Ti,CMT-CHM,36
AES Depth Profile,XPS,CMT-CMT,46
AES Depth Profile,XRD,CMT-CMT,98
AF,FM,PRO-PRO,35
AF,Fe,PRO-CHM,35
AF,Layers,PRO-DSC,31
AF,SEM,PRO-CMT,30
AF,Surface,PRO-DSC,30
AF Order,Af,PRO-PRO,55
AF Order,Antiferromagnetic,PRO-PRO,51
AF1,AF2,PRO-PRO,37
AF2,AF1,PRO-PRO,37
AF4,Asymmetrical Flow Field Flow Fractionation,SMT-SMT,46
AF4,Mals,CMT-CMT,31
AF4,Nanoparticles,SMT-DSC,31
AF488,Cells,CHM-DSC,50
AF488,DAPI,CHM-CHM,32
AF488,Flow Cytometry,CHM-CMT,48
AF488,Fluorescence,CHM-CMT,30
AF488,Fluorescence Intensity,CHM-PRO,30
AF488,SEM,CHM-CMT,31
AF488,Surface,CHM-DSC,34
AF488,TEM,CHM-CMT,37
AFB1,AFM1,CHM-CHM,30
AFB1,Aflatoxin,CHM-CHM,69
AFB1,Aflatoxin B1,CHM-CHM,180
AFB1,Aptasensor,CHM-APL,34
AFB1,Au,CHM-CHM,37
AFB1,Calibration Curve,CHM-CMT,45
AFB1,DON,CHM-CHM,39
AFB1,Detection Limit,CHM-PRO,43
AFB1,Electrode,CHM-APL,62
AFB1,Electrodes,CHM-APL,33
AFB1,FB1,CHM-CHM,36
AFB1,Hplc,CHM-CMT,32
AFB1,Immunoassays,CHM-APL,35
AFB1,Immunosensor,CHM-APL,40
AFB1,Limits of Detection,CHM-PRO,35
AFB1,Methanol,CHM-CHM,35
AFB1,Nanoparticles,CHM-DSC,46
AFB1,OTA,CHM-CHM,43
AFB1,Ochratoxin A,CHM-CHM,38
AFB1,SEM,CHM-CMT,74
AFB1,Sensitivity,CHM-PRO,45
AFB1,Sensor,CHM-APL,38
AFB1,Surface,CHM-DSC,42
AFB1,TEM,CHM-CMT,75
AFB1,XRD,CHM-CMT,35
AFC,Alkaline Fuel Cell,APL-APL,61
AFC,Catalyst,APL-APL,36
AFC,Clinopyroxenes,PRO-CHM,32
AFC,Compositions,CMT-PRO,53
AFC,Compositions,PRO-PRO,42
AFC,Compositions,SMT-PRO,56
AFC,Fractional Crystallization,SMT-SMT,44
AFC,Fuel Cell,APL-APL,47
AFC,Geological Map,PRO-CMT,36
AFC,K2O,PRO-CHM,35
AFC,K2O,SMT-CHM,33
AFC,La,CMT-CHM,33
AFC,La,PRO-CHM,36
AFC,Melting,PRO-SMT,30
AFC,Melting,SMT-SMT,40
AFC,MgO,CMT-CHM,38
AFC,MgO,PRO-CHM,39
AFC,MgO,SMT-CHM,41
AFC,Nb,SMT-CHM,38
AFC,Olivines,CMT-CHM,30
AFC,Olivines,SMT-CHM,31
AFC,SiO2,CMT-CHM,38
AFC,SiO2,PRO-CHM,50
AFC,SiO2,SMT-CHM,52
AFC,Sr,CMT-CHM,44
AFC,Sr,PRO-CHM,39
AFC,Sr,SMT-CHM,44
AFC,Yb,CMT-CHM,32
AFC,Yb,PRO-CHM,34
AFC,Zr,PRO-CHM,32
AFC,Zr,SMT-CHM,31
AFCS,Alkaline Fuel Cell,APL-APL,50
AFCS,Catalyst,APL-APL,30
AFD,Antiferrodistortive,PRO-PRO,36
AFEX,Ammonia,SMT-CHM,74
AFEX,Ammonia Fiber Expansion,SMT-SMT,42
AFEX,Enzymatic Hydrolysis,SMT-SMT,39
AFEX,Ethanol,SMT-CHM,39
AFEX,Glucose,SMT-CHM,36
AFEX,Hydrolysis,SMT-SMT,33
AFEX,Pre-Treatment,SMT-SMT,49
AFEX,Sugar,SMT-CHM,49
AFEX,Xylose,SMT-CHM,34
AFL,Anode,APL-APL,56
AFL,Anode Functional Layer,APL-APL,47
AFL,Cathode,APL-APL,33
AFL,Electrolyte,APL-APL,54
AFL,Power Density,APL-PRO,37
AFL,Solid Oxide Fuel Cells,APL-APL,33
AFM,(B) 1H,CMT-CHM,35
AFM,(B) C,CMT-CHM,71
AFM,(C) 1H,CMT-CHM,30
AFM,(αhν)2 Versus hν,CMT-CMT,33
AFM,(αhν)² vs,CMT-CMT,40
AFM,-COOH,CMT-CHM,41
AFM,-Tem,CMT-CMT,95
AFM,"1,2-Dichlorobenzene",CMT-CHM,78
AFM,"1,2-Dichloroethane",CMT-CHM,49
AFM,"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",CMT-CHM,32
AFM,"1,4-Dioxane",CMT-CHM,94
AFM,1-Butanol,CMT-CHM,61
AFM,1-D,CMT-DSC,51
AFM,1-Dodecanethiol,CMT-CHM,38
AFM,1-Propanol,CMT-CHM,42
AFM,100,CMT-CHM,126
AFM,1000,CMT-CHM,90
AFM,10m10m,CMT-CMT,43
AFM,11-Mercaptoundecanoic Acid,CMT-CHM,32
AFM,13C,CMT-CHM,423
AFM,13C,CMT-CMT,81
AFM,13C CP MAS NMR,CMT-CMT,41
AFM,13C NMR,CMT-CMT,307
AFM,15N,CMT-CHM,37
AFM,180C,CMT-CHM,261
AFM,19F,CMT-CHM,69
AFM,19F NMR,CMT-CMT,56
AFM,1D,CMT-CMT,124
AFM,1D,CMT-DSC,396
AFM,1H,CMT-CHM,2108
AFM,1H,CMT-CMT,70
AFM,1H NMR,CMT-CMT,1829
AFM,1H NMR Spectroscopy,CMT-CMT,49
AFM,1H-NMR,CMT-CMT,228
AFM,1M KCl,CMT-CHM,32
AFM,1T,CMT-SPL,127
AFM,1m1m,CMT-CMT,31
AFM,1s Core Level,CMT-CMT,44
AFM,1s Core Level,CMT-PRO,38
AFM,1s XPS,CMT-CMT,141
AFM,1 1 0,CMT-CHM,32
AFM,2-D,CMT-CMT,82
AFM,2-D,CMT-DSC,144
AFM,2-Propanol,CMT-CHM,117
AFM,25C,CMT-CHM,224
AFM,29Si,CMT-CHM,40
AFM,29Si NMR,CMT-CMT,57
AFM,2D,APL-DSC,35
AFM,2D,CMT-CMT,1073
AFM,2D,CMT-DSC,2298
AFM,2D,CMT-PRO,340
AFM,2D,PRO-DSC,116
AFM,2D AFM,CMT-CMT,132
AFM,2D Array,CMT-DSC,63
AFM,2D Bands,CMT-PRO,84
AFM,2D Crystal,CMT-DSC,60
AFM,2D FFT,CMT-CMT,70
AFM,2D GISAXS,CMT-CMT,41
AFM,2D Images,CMT-CMT,105
AFM,2D Layer,CMT-DSC,52
AFM,2D Layered,CMT-DSC,42
AFM,2D Nanosheet,CMT-DSC,77
AFM,2D Peak,CMT-PRO,79
AFM,2D Sheet,CMT-DSC,52
AFM,2D-FFT,CMT-CMT,36
AFM,2D-GIWAXS,CMT-CMT,43
AFM,2D-GIXD,CMT-CMT,64
AFM,2DEG,CMT-PRO,31
AFM,2H,CMT-CHM,99
AFM,2H,CMT-SPL,152
AFM,2H MoS2,CMT-CHM,40
AFM,2H-MoS2,CMT-CHM,47
AFM,2PXPS,CMT-CMT,186
AFM,2Scan,CMT-CMT,34
AFM,2p,CMT-CMT,810
AFM,2p,CMT-PRO,66
AFM,2p Core Level,CMT-PRO,40
AFM,2p3,CMT-CMT,43
AFM,3,CMT-DSC,47
AFM,3,CMT-PRO,61
AFM,3 Days,CMT-DSC,36
AFM,3-Aminopropyl-Triethoxysilane,CMT-CHM,110
AFM,3-D,CMT-CMT,166
AFM,3-D,CMT-DSC,193
AFM,31P NMR,CMT-CMT,61
AFM,37C,CMT-CHM,276
AFM,3C-SiC,CMT-CHM,74
AFM,3D,APL-CMT,35
AFM,3D,APL-DSC,34
AFM,3D,CMT-CMT,1582
AFM,3D,CMT-DSC,1518
AFM,3D,CMT-PRO,123
AFM,3D AFM,CMT-CMT,754
AFM,3D Height Image,CMT-CMT,36
AFM,3D Image,CMT-CMT,535
AFM,3D Models,CMT-CMT,87
AFM,3D Morphology,CMT-PRO,47
AFM,3D Plots,CMT-CMT,68
AFM,3D Porous,CMT-DSC,44
AFM,3D Printed,CMT-DSC,36
AFM,3D Printed,CMT-SMT,70
AFM,3D Printing,CMT-SMT,50
AFM,3D Reconstruction,CMT-CMT,110
AFM,3D Rendering,CMT-CMT,33
AFM,3D Representation,CMT-CMT,41
AFM,3D Scaffolds,CMT-DSC,33
AFM,3D Structure,CMT-PRO,59
AFM,3D Topography,CMT-CMT,96
AFM,3D Topography,CMT-PRO,51
AFM,3D XPS,CMT-CMT,62
AFM,3D-AFM,CMT-CMT,68
AFM,3m3m,CMT-SPL,34
AFM,4 Pa,CMT-CHM,38
AFM,4-ATP,CMT-CHM,42
AFM,4-NP,CMT-CHM,73
AFM,4-Nitrophenol,CMT-CHM,59
AFM,4H–SiC,CMT-CHM,32
AFM,4VP,CMT-CHM,30
AFM,4t1,CMT-APL,32
AFM,5L,CMT-CHM,77
AFM,6-31G(D),CMT-CMT,35
AFM,6-31G*,CMT-CMT,60
AFM,900°C,CMT-SMT,35
AFM,A-Al2O3,CMT-CHM,30
AFM,A-IGZO,CMT-CHM,37
AFM,A-Plane,CMT-CHM,114
AFM,A1g,CMT-PRO,132
AFM,AAS,CMT-CMT,39
AFM,ABS,CMT-CMT,42
AFM,ABTS,CMT-CHM,44
AFM,AC Conductivity,CMT-PRO,103
AFM,AC Impedance,CMT-CMT,42
AFM,ACF,CMT-CHM,40
AFM,ACN,CMT-CHM,52
AFM,ADP,CMT-CHM,43
AFM,AEMS,CMT-APL,41
AFM,AEMs,CMT-APL,35
AFM,AES,CMT-CMT,224
AFM,AFM 3D,CMT-CMT,93
AFM,AFM Cantilever,APL-APL,60
AFM,AFM Cantilever,CMT-APL,128
AFM,AFM Coupling,PRO-PRO,34
AFM,AFM Force Curves,CMT-CMT,37
AFM,AFM Force Measurement,CMT-CMT,47
AFM,AFM Force Spectroscopy,CMT-CMT,39
AFM,AFM Height,CMT-CMT,84
AFM,AFM Height Images,CMT-CMT,560
AFM,AFM Height Profile,CMT-CMT,196
AFM,AFM Imaging,CMT-CMT,39
AFM,AFM Nanoindentation,CMT-CMT,46
AFM,AFM Order,PRO-PRO,50
AFM,AFM Ordering,PRO-PRO,35
AFM,AFM Phase Images,CMT-CMT,136
AFM,AFM Probes,CMT-APL,30
AFM,AFM Surface Images,CMT-CMT,40
AFM,AFM Tips,APL-APL,199
AFM,AFM Tips,CMT-APL,313
AFM,AFM Topographical,CMT-CMT,125
AFM,AFM Topographical Image,CMT-CMT,173
AFM,AFM Topographical Images,CMT-CMT,107
AFM,AFM Topography,APL-CMT,96
AFM,AFM Topography,CMT-CMT,1540
AFM,AFM Transition,PRO-PRO,41
AFM,AFM-IR,CMT-CMT,34
AFM,AFM1,PRO-CHM,34
AFM,AFM1,PRO-PRO,30
AFM,AFM:,CMT-CMT,36
AFM,AFM;,CMT-CMT,30
AFM,AFT,SPL-SPL,33
AFM,AG,CMT-APL,39
AFM,AIBN,CMT-CHM,89
AFM,ALD,CMT-SMT,197
AFM,ALP,CMT-PRO,64
AFM,ALP Activity,CMT-PRO,161
AFM,AMP,CMT-CHM,62
AFM,ANOVA,CMT-CMT,121
AFM,AOT,CMT-CHM,37
AFM,APCVD,CMT-SMT,61
AFM,APS,CMT-CHM,45
AFM,APS,CMT-SMT,77
AFM,APTES,CMT-CHM,455
AFM,AR,CMT-PRO,41
AFM,AR,CMT-SMT,78
AFM,AR Plasma,CMT-SMT,68
AFM,AR-XPS,CMT-CMT,55
AFM,ARC,CMT-APL,51
AFM,ARPES,CMT-CMT,54
AFM,AST,CMT-PRO,36
AFM,AT10,CMT-CHM,31
AFM,ATO,CMT-CHM,33
AFM,ATP,CMT-CHM,219
AFM,ATR,CMT-CHM,162
AFM,ATR,CMT-CMT,527
AFM,ATR FT-IR,CMT-CMT,95
AFM,ATR-FT-IR,CMT-CMT,1027
AFM,ATR-IR,CMT-CMT,243
AFM,ATR/FT-IR,CMT-CMT,32
AFM,ATRP,CMT-SMT,404
AFM,AZO,CMT-CHM,322
AFM,Ablated,CMT-SMT,128
AFM,Ablation,CMT-SMT,221
AFM,Abraded,CMT-SMT,32
AFM,Abrasion,CMT-SMT,82
AFM,Abrasion Tests,CMT-CMT,46
AFM,Abrasive,CMT-APL,42
AFM,Abrasive,CMT-PRO,35
AFM,Absorbance,CMT-CMT,300
AFM,Absorbance,CMT-PRO,1874
AFM,Absorbance Intensity,CMT-PRO,63
AFM,Absorbance Spectrum,CMT-CMT,369
AFM,Absorbance Spectrum,CMT-PRO,35
AFM,Absorber,CMT-APL,115
AFM,Absorber Layer,CMT-APL,46
AFM,Absorbers,CMT-APL,36
AFM,Absorptance,CMT-PRO,86
AFM,Absorption,CMT-CMT,1536
AFM,Absorption,CMT-PRO,1031
AFM,Absorption Bands,CMT-PRO,215
AFM,Absorption Capacity,CMT-PRO,31
AFM,Absorption Coefficient,CMT-PRO,548
AFM,Absorption Edge,CMT-PRO,174
AFM,Absorption Intensity,CMT-PRO,104
AFM,Absorption Maximum,CMT-PRO,120
AFM,Absorption Peak,CMT-PRO,238
AFM,Absorption Spectroscopy,CMT-CMT,44
AFM,Absorption Spectrum,CMT-CMT,2560
AFM,Absorption Spectrum,CMT-PRO,156
AFM,Absorption Wavelengths,CMT-PRO,39
AFM,Abstract,CMT-PRO,64
AFM,Abstract,CMT-SPL,76
AFM,Ac,CMT-CHM,30
AFM,Ac,CMT-CMT,31
AFM,Ac,CMT-PRO,54
AFM,AcOH,CMT-CHM,59
AFM,Acceptor,CMT-APL,209
AFM,Acceptor,CMT-PRO,54
AFM,Acetaldehyde,CMT-CHM,31
AFM,Acetate,CMT-CHM,299
AFM,Acetic Acid,CMT-CHM,299
AFM,Acetone,CMT-CHM,847
AFM,Acetonitrile,CMT-CHM,773
AFM,Acetyl,CMT-CHM,30
AFM,Acetylacetone,CMT-CHM,30
AFM,Acetylene,CMT-CHM,108
AFM,Acid,CMT-SMT,68
AFM,Acid Etching,CMT-SMT,35
AFM,Acid Treated,CMT-SMT,92
AFM,Acid Treatment,CMT-SMT,84
AFM,Acidic Hydrolysis,CMT-SMT,63
AFM,Acidification,CMT-SMT,37
AFM,Acridine Orange,CMT-CHM,43
AFM,Acrylamide,CMT-CHM,61
AFM,Acrylate,CMT-CHM,127
AFM,Acrylic,CMT-CHM,118
AFM,Acrylic Acid,CMT-CHM,151
AFM,Actin Cytoskeleton,CMT-PRO,68
AFM,Activated,CMT-SMT,33
AFM,Activation,CMT-SMT,43
AFM,Activation Energies,CMT-PRO,157
AFM,Activation Energy,CMT-PRO,471
AFM,Active,CMT-APL,65
AFM,Active,CMT-PRO,114
AFM,Active Area,CMT-PRO,32
AFM,Active Layer,CMT-APL,1023
AFM,Active Sites,CMT-PRO,37
AFM,Activities,CMT-PRO,59
AFM,Activity,CMT-PRO,406
AFM,Actuator,CMT-APL,115
AFM,Acyl,CMT-CHM,60
AFM,Ad,CMT-APL,31
AFM,Ad,CMT-PRO,34
AFM,Adenine,CMT-CHM,109
AFM,Adenosine,CMT-CHM,31
AFM,Adherence,CMT-PRO,33
AFM,Adhesion Behaviour,CMT-PRO,33
AFM,Adhesion Energy,CMT-PRO,118
AFM,Adhesion Force,APL-PRO,169
AFM,Adhesion Force,CMT-PRO,833
AFM,Adhesion Layer,CMT-APL,44
AFM,Adhesion Properties,CMT-PRO,75
AFM,Adhesion Strength,CMT-PRO,152
AFM,Adhesion Test,CMT-CMT,60
AFM,Adhesions,APL-PRO,144
AFM,Adhesions,CMT-CMT,43
AFM,Adhesions,CMT-PRO,1530
AFM,Adhesive,CMT-APL,112
AFM,Adhesive,CMT-PRO,177
AFM,Adhesive Force,APL-PRO,58
AFM,Adhesive Force,CMT-PRO,251
AFM,Adhesive Properties,CMT-PRO,52
AFM,Adhesive Strength,CMT-PRO,64
AFM,Adlayer,CMT-DSC,107
AFM,Adsorbed Mass,CMT-PRO,43
AFM,Adsorbent,CMT-APL,152
AFM,Adsorption,CMT-CMT,71
AFM,Adsorption,CMT-PRO,97
AFM,Adsorption Behavior,CMT-PRO,129
AFM,Adsorption Capacity,CMT-PRO,223
AFM,Adsorption Efficiency,CMT-PRO,30
AFM,Adsorption Energy,CMT-PRO,171
AFM,Adsorption Isotherm,CMT-CMT,286
AFM,Adsorption Isotherm,CMT-PRO,146
AFM,Adsorption Kinetics,CMT-PRO,193
AFM,Adsorption Mechanism,CMT-PRO,42
AFM,Adsorption Properties,CMT-PRO,32
AFM,Adsorption Rate,CMT-PRO,45
AFM,Advancing,CMT-PRO,142
AFM,Advancing Contact Angle,CMT-PRO,121
AFM,Advancing Water Contact Angle,CMT-PRO,35
AFM,Aerogel,CMT-DSC,158
AFM,Aerogels,CMT-DSC,90
AFM,Aes,CMT-CMT,329
AFM,Afm Phase,CMT-CMT,46
AFM,Afm2,PRO-PRO,30
AFM,Ag,APL-CHM,82
AFM,Ag,CMT-CHM,4802
AFM,Ag,PRO-CHM,31
AFM,Ag(111),CMT-CHM,81
AFM,Ag(I),CMT-CHM,37
AFM,Ag+,CMT-CHM,331
AFM,Ag2O,CMT-CHM,40
AFM,Ag2S,CMT-CHM,37
AFM,AgCl,CMT-CHM,1075
AFM,AgI,CMT-CHM,36
AFM,AgNO3,CMT-CHM,328
AFM,Agarose,CMT-CMT,31
AFM,Agarose Gel Electrophoresis,CMT-CMT,154
AFM,Aged,CMT-SMT,471
AFM,Ageing,CMT-SMT,152
AFM,Agglomerate,CMT-DSC,130
AFM,Aggregate,CMT-DSC,38
AFM,Aggregates,CMT-DSC,72
AFM,Aggregation,CMT-PRO,34
AFM,Aggregation Behavior,CMT-PRO,50
AFM,Aggregation Kinetics,CMT-PRO,31
AFM,Aggregation Number,CMT-PRO,32
AFM,Aging,CMT-SMT,659
AFM,Air Annealed,CMT-SMT,33
AFM,Air Dried,CMT-SMT,118
AFM,Air Drying,CMT-SMT,33
AFM,Air Plasma,CMT-SMT,34
AFM,Air Stability,CMT-PRO,53
AFM,Al,APL-CHM,30
AFM,Al,CMT-CHM,3935
AFM,Al,PRO-CHM,48
AFM,Al Concentration,CMT-PRO,41
AFM,Al Content,CMT-PRO,31
AFM,Al2O3,CMT-CHM,1642
AFM,Al2O3(0001),CMT-CHM,48
AFM,Al3+,CMT-CHM,104
AFM,AlAs,CMT-CHM,67
AFM,AlCl3,CMT-CHM,61
AFM,AlGaAs,CMT-CHM,116
AFM,AlN,CMT-CHM,817
AFM,AlO,CMT-CHM,40
AFM,AlOx,CMT-CHM,75
AFM,Ala,CMT-CHM,58
AFM,Alamar Blue,CMT-CHM,71
AFM,Alamar Blue Assay,CMT-CMT,35
AFM,Alanine,CMT-CHM,103
AFM,Alcohols,CMT-CHM,341
AFM,Ald,CMT-SMT,446
AFM,Aldehyde,CMT-CHM,178
AFM,Alexa,CMT-CHM,90
AFM,Alexa Fluor 488,CMT-CHM,69
AFM,Alizarin Red,CMT-CHM,74
AFM,Alizarin Red S,CMT-CHM,47
AFM,Alizarin Red S Staining,CMT-CMT,50
AFM,Alkaline,CMT-PRO,30
AFM,Alkaline Phosphatase,CMT-PRO,57
AFM,Alkaline Phosphatase Activity,CMT-PRO,31
AFM,Alkane,CMT-CHM,105
AFM,Alkanethiolates,CMT-CHM,34
AFM,Alkanethiols,CMT-CHM,167
AFM,Alkene,CMT-CHM,68
AFM,Alkoxide,CMT-CHM,55
AFM,Alkoxyl,CMT-CHM,57
AFM,Alkoxysilane,CMT-CHM,31
AFM,Alkyls,CMT-CHM,716
AFM,Alkyne,CMT-CHM,169
AFM,Alloy,CMT-DSC,1324
AFM,Alloy,PRO-DSC,49
AFM,Alloy Film,CMT-DSC,102
AFM,Alloy Substrate,CMT-DSC,63
AFM,Alloy Surface,CMT-DSC,109
AFM,Alloy Thin Film,CMT-DSC,30
AFM,Alloyed,CMT-DSC,40
AFM,Alloying,CMT-SMT,55
AFM,Alloys,CMT-DSC,584
AFM,Alloys,PRO-DSC,70
AFM,Allylamine,CMT-CHM,40
AFM,Alumina,CMT-CHM,892
AFM,Aluminosilicate,CMT-CHM,49
AFM,Aluminum,CMT-CHM,1211
AFM,Aluminum Nitride,CMT-CHM,35
AFM,Aluminum Oxide,CMT-CHM,211
AFM,Alzheimer's Disease,CMT-APL,31
AFM,Am,CMT-CHM,31
AFM,Ambipolar,CMT-PRO,44
AFM,Amides,CMT-CHM,623
AFM,Amidine,CMT-CHM,30
AFM,Amines,APL-CHM,33
AFM,Amines,CMT-CHM,916
AFM,Amino,CMT-CHM,553
AFM,Amino Acid,CMT-CHM,532
AFM,Amino Acid Sequence,CMT-PRO,36
AFM,Amino Silane,CMT-CHM,64
AFM,Ammonia,CMT-CHM,458
AFM,Ammonia Gas,CMT-CHM,55
AFM,Ammonium,CMT-CHM,117
AFM,Ammonium Persulfate,CMT-CHM,37
AFM,Amorphization,CMT-SMT,31
AFM,Amorphous,APL-DSC,39
AFM,Amorphous,CMT-DSC,2520
AFM,Amorphous Films,CMT-DSC,111
AFM,Amorphous Layer,CMT-DSC,56
AFM,Amorphous Matrix,CMT-DSC,36
AFM,Amperometric I-T Curve,CMT-CMT,34
AFM,Amperometric Response,CMT-PRO,319
AFM,Amphiboles,CMT-CHM,64
AFM,Amphiphile,CMT-APL,42
AFM,Amphiphilic,CMT-PRO,697
AFM,Amplitude,CMT-CMT,44
AFM,Amplitude,CMT-PRO,141
AFM,Amplitude Image,CMT-CMT,126
AFM,Amyloid,CMT-DSC,66
AFM,Amyloid Fibrils,CMT-DSC,81
AFM,Analyses,CMT-CMT,35
AFM,Analysis,CMT-CMT,446
AFM,Analyzer,CMT-APL,43
AFM,Anatase,CMT-SPL,725
AFM,Angle Resolved XPS,CMT-CMT,43
AFM,Angles,CMT-CMT,80
AFM,Angles,CMT-PRO,138
AFM,Anilines,CMT-CHM,251
AFM,Anion Exchange Membrane,CMT-APL,45
AFM,Anionic,CMT-PRO,31
AFM,Anisole,CMT-CHM,53
AFM,Anisotropic,CMT-PRO,42
AFM,Anisotropy,CMT-PRO,162
AFM,Anisotropy,PRO-PRO,35
AFM,Anneal,CMT-SMT,212
AFM,Annealed,CMT-SMT,5831
AFM,Annealed,PRO-SMT,34
AFM,Annealing,APL-SMT,31
AFM,Annealing,CMT-SMT,6319
AFM,Annealing,PRO-SMT,44
AFM,Anode,CMT-APL,987
AFM,Anodes,CMT-APL,288
AFM,Anodic,CMT-PRO,403
AFM,Anodic,CMT-SMT,43
AFM,Anodic Current,CMT-PRO,43
AFM,Anodic Oxidation,CMT-SMT,114
AFM,Anodic Peak Current,CMT-PRO,171
AFM,Anodic Peaks,CMT-PRO,32
AFM,Anodic Polarization,CMT-PRO,37
AFM,Anodization,CMT-SMT,308
AFM,Anodized,CMT-SMT,274
AFM,Anodizing,CMT-SMT,93
AFM,Antennae,CMT-APL,60
AFM,Anthracene,CMT-CHM,121
AFM,Anthraquinone,CMT-CHM,30
AFM,Anti-Cancer,CMT-APL,39
AFM,Anti-Fouling,CMT-PRO,86
AFM,Anti-Fouling Property,CMT-PRO,84
AFM,Anti-Tumor Activity,CMT-PRO,37
AFM,Anti-Tumor Effect,CMT-PRO,37
AFM,Anti-Tumor Efficacy,CMT-PRO,32
AFM,Antibacterial,CMT-PRO,119
AFM,Antibacterial Activity,CMT-PRO,232
AFM,Antibacterial Effects,CMT-PRO,36
AFM,Antibacterial Properties,CMT-PRO,70
AFM,Antibody,CMT-APL,46
AFM,Antiferromagnet,PRO-PRO,98
AFM,Antiferromagnetic,CMT-PRO,61
AFM,Antiferromagnetic,PRO-PRO,1252
AFM,Antiferromagnetically,PRO-PRO,57
AFM,Antiferromagnetism,PRO-PRO,84
AFM,Antifouling Performance,CMT-PRO,76
AFM,Antifouling Properties,CMT-PRO,78
AFM,Antimicrobial,CMT-PRO,94
AFM,Antimicrobial Activity,CMT-PRO,157
AFM,Antimicrobial Property,CMT-PRO,32
AFM,Antimony,CMT-CHM,74
AFM,Antioxidant Activity,CMT-PRO,47
AFM,Apatites,CMT-CHM,118
AFM,Apoptosis,CMT-PRO,54
AFM,Apparent,CMT-PRO,58
AFM,Apparent Viscosity,CMT-PRO,43
AFM,Approach Curve,CMT-CMT,90
AFM,Aptasensor,CMT-APL,55
AFM,Aqueous,CMT-DSC,42
AFM,Aqueous Dispersions,CMT-DSC,43
AFM,Ar,CMT-CHM,1116
AFM,Ar+,CMT-CHM,387
AFM,Ar+ Sputtering,CMT-SMT,61
AFM,Arachidic Acid,CMT-CHM,53
AFM,Aragonite,CMT-CHM,77
AFM,Arc Discharge,CMT-SMT,34
AFM,Area,CMT-PRO,156
AFM,Areal Capacitance,CMT-PRO,113
AFM,Areal Density,CMT-PRO,45
AFM,Arg,CMT-CHM,72
AFM,Arginine,CMT-CHM,67
AFM,Argon,CMT-CHM,1021
AFM,Argon Plasma,CMT-SMT,31
AFM,Aromatic Polyamides,CMT-CHM,33
AFM,Arrangement,CMT-PRO,45
AFM,Array,APL-DSC,41
AFM,Array,CMT-APL,40
AFM,Array,CMT-DSC,1053
AFM,Arrayed,CMT-DSC,31
AFM,Arrhenius,CMT-CMT,42
AFM,Arrhenius Equation,CMT-CMT,32
AFM,Arrhenius Plot,CMT-CMT,744
AFM,Arsenic,CMT-CHM,106
AFM,Aryl,CMT-CHM,70
AFM,Aryl Diazonium,CMT-CHM,45
AFM,As Cast,CMT-DSC,52
AFM,As Cast Film,CMT-DSC,80
AFM,As Deposited,CMT-DSC,2354
AFM,As Fabricated,CMT-DSC,240
AFM,As Grown,CMT-DSC,289
AFM,As Grown Film,CMT-DSC,98
AFM,As Obtained,CMT-DSC,137
AFM,As Prepared,CMT-DSC,2102
AFM,As Synthesized,CMT-DSC,96
AFM,As(III),CMT-CHM,33
AFM,As-Annealed,CMT-SMT,32
AFM,As-Cast,CMT-DSC,277
AFM,As-Coated,CMT-DSC,36
AFM,As-Deposited Films,CMT-DSC,424
AFM,As-Deposited Thin Films,CMT-DSC,30
AFM,As-Exfoliated,CMT-DSC,66
AFM,As-Formed,CMT-DSC,46
AFM,As-Grown,CMT-DSC,1129
AFM,As-Implanted,CMT-DSC,32
AFM,As-Implanted,CMT-SMT,44
AFM,As-Made,CMT-DSC,70
AFM,As-Prepared Film,CMT-DSC,79
AFM,As-Produced,CMT-DSC,55
AFM,As-Received,CMT-DSC,434
AFM,As-Spun,CMT-DSC,115
AFM,As-Sputtered,CMT-SMT,36
AFM,As-Synthesized,CMT-DSC,679
AFM,As-Transferred,CMT-DSC,31
AFM,AsH3,CMT-CHM,37
AFM,Ascorbic Acid,CMT-CHM,304
AFM,Ase,CMT-CMT,32
AFM,Ase,CMT-PRO,30
AFM,Asp,CMT-CHM,85
AFM,Aspartate,CMT-CHM,31
AFM,Aspartic Acid,CMT-CHM,49
AFM,Aspect,CMT-PRO,41
AFM,Aspect Ratio,CMT-PRO,101
AFM,Asphalt,CMT-PRO,30
AFM,Assays,CMT-CMT,43
AFM,Assembled,CMT-SMT,136
AFM,Assembly,CMT-SMT,120
AFM,Association Constant,CMT-PRO,43
AFM,Asymmetric,CMT-APL,35
AFM,Atom Transfer Radical Polymerization,CMT-SMT,126
AFM,Atomic,CMT-PRO,75
AFM,Atomic Arrangement,CMT-PRO,116
AFM,Atomic Composition,CMT-PRO,123
AFM,Atomic Concentration,CMT-PRO,230
AFM,Atomic Configuration,CMT-PRO,88
AFM,Atomic Content,CMT-PRO,30
AFM,Atomic Force,CMT-CMT,97
AFM,Atomic Force Micrograph,CMT-CMT,172
AFM,Atomic Force Microscopy,APL-CMT,536
AFM,Atomic Force Microscopy,CMT-CMT,18425
AFM,Atomic Force Microscopy,SMT-CMT,38
AFM,Atomic Hydrogen,CMT-CHM,61
AFM,Atomic Layer,CMT-DSC,82
AFM,Atomic Layer Deposition,CMT-SMT,161
AFM,Atomic Models,CMT-CMT,163
AFM,Atomic Oxygen,CMT-CHM,53
AFM,Atomic Percentages,CMT-PRO,180
AFM,Atomic Position,CMT-PRO,40
AFM,Atomic Ratio,CMT-PRO,168
AFM,Atomic Resolution HAADF STEM,CMT-CMT,42
AFM,Atomic Resolution STM,CMT-CMT,31
AFM,Atomic Resolution TEM,CMT-CMT,32
AFM,Atomic Structure,CMT-PRO,350
AFM,Atomic Structures,CMT-PRO,123
AFM,Atomic Structures,PRO-PRO,33
AFM,Atomically Flat,CMT-PRO,159
AFM,Atomically Smooth,CMT-PRO,67
AFM,Atomically Thin,CMT-DSC,39
AFM,Atomically Thin,CMT-PRO,42
AFM,Attenuated Total Reflectance Fourier Transform Infrared Spectroscopy,CMT-CMT,50
AFM,Attenuated Total Reflection Fourier Transform Infrared,CMT-CMT,83
AFM,Attenuated Total Reflection Fourier Transform Infrared Spectroscopy,CMT-CMT,41
AFM,Attractive Force,CMT-PRO,69
AFM,Au,APL-CHM,194
AFM,Au,CMT-CHM,6137
AFM,Au(111),APL-CHM,42
AFM,Au(111),CMT-CHM,411
AFM,Au3+,CMT-CHM,40
AFM,AuCl3,CMT-CHM,34
AFM,AuCl4,CMT-CHM,40
AFM,Auger,CMT-CMT,154
AFM,Auger Electron,CMT-CMT,31
AFM,Auger Electron Spectroscopy,CMT-CMT,170
AFM,Aureus,CMT-APL,30
AFM,Austenite,CMT-SPL,84
AFM,Austenitic,CMT-SPL,69
AFM,Autoclave,CMT-SMT,52
AFM,Autocorrelation Function,CMT-PRO,50
AFM,Average Roughness,CMT-PRO,53
AFM,Averaged,CMT-PRO,140
AFM,Avidin,CMT-CHM,56
AFM,Azides,CMT-CHM,176
AFM,Azo,CMT-CHM,132
AFM,Azobenzene,CMT-CHM,242
AFM,A–C,CMT-CHM,87
AFM,A–D,CMT-CHM,40
AFM,B3LYP,CMT-CMT,236
AFM,B3LYP/6-31G(d),CMT-CMT,44
AFM,BAM,CMT-CMT,242
AFM,BCC,CMT-SPL,106
AFM,BCPS,CMT-DSC,36
AFM,BDT,CMT-CHM,52
AFM,BET,CMT-CMT,190
AFM,BET Surface Area,CMT-PRO,103
AFM,BF TEM,CMT-CMT,84
AFM,BFO,CMT-CHM,165
AFM,BHJ,CMT-APL,222
AFM,BHJ Device,CMT-APL,77
AFM,BHJ Film,CMT-APL,53
AFM,BHJ Solar Cell,CMT-APL,165
AFM,BJH Pore Size Distribution,CMT-CMT,42
AFM,BL,CMT-DSC,47
AFM,BN,CMT-CHM,206
AFM,BODIPY,CMT-CHM,53
AFM,BPA,CMT-CHM,75
AFM,BS,CMT-APL,42
AFM,BSA Rejection,CMT-PRO,49
AFM,BSE,CMT-CMT,83
AFM,BST,CMT-CHM,104
AFM,BSTRAct,CMT-SPL,30
AFM,BSTRAct A,CMT-CHM,66
AFM,BTA,CMT-CHM,33
AFM,BTO,CMT-CHM,135
AFM,Ba,CMT-CHM,184
AFM,Ba,PRO-CHM,40
AFM,Ba2+,CMT-CHM,60
AFM,BaTiO3,CMT-CHM,188
AFM,Back Contact,CMT-APL,63
AFM,Back Electrode,CMT-APL,31
AFM,Back Gated,CMT-APL,121
AFM,Back Scattered Electron Image,CMT-CMT,64
AFM,Backgate,CMT-APL,41
AFM,Backscattered Electron,CMT-CMT,65
AFM,Bacteria,CMT-APL,91
AFM,Bacteria,CMT-DSC,61
AFM,Bacterial,CMT-APL,88
AFM,Bacterial,CMT-DSC,103
AFM,Bacterial,CMT-PRO,56
AFM,Bacterial Adhesion,CMT-PRO,67
AFM,Bacterial Cells,CMT-APL,37
AFM,Bactericidal Activity,CMT-PRO,30
AFM,Baked,CMT-SMT,47
AFM,Baking,CMT-SMT,72
AFM,Ball,CMT-APL,37
AFM,Ball,CMT-DSC,73
AFM,Ball Milling,CMT-SMT,96
AFM,Ball-Milled,CMT-SMT,58
AFM,Ball-and-Stick Model,CMT-CMT,106
AFM,Balls,CMT-DSC,92
AFM,Band,CMT-CMT,47
AFM,Band,CMT-PRO,105
AFM,Band Alignment,CMT-PRO,219
AFM,Band Bending,CMT-PRO,105
AFM,Band Diagram,CMT-CMT,121
AFM,Band Diagram,CMT-PRO,428
AFM,Band Edge,CMT-PRO,63
AFM,Band Edges,CMT-PRO,32
AFM,Band Gap,CMT-PRO,1058
AFM,Band Gap,PRO-PRO,110
AFM,Band Gap Energy,CMT-PRO,437
AFM,Band Position,CMT-PRO,43
AFM,Band Structure,CMT-PRO,666
AFM,Band Structure,PRO-PRO,259
AFM,Bandgap,CMT-PRO,751
AFM,Bandgap,PRO-PRO,71
AFM,Bands,CMT-PRO,30
AFM,Bandwidth,CMT-PRO,35
AFM,Bar,CMT-DSC,731
AFM,Bare,CMT-DSC,133
AFM,Barium,CMT-CHM,41
AFM,Barrier,CMT-APL,69
AFM,Barrier,CMT-PRO,34
AFM,Barrier Height,CMT-PRO,159
AFM,Barrier Layer,CMT-APL,125
AFM,Barrier Properties,CMT-PRO,48
AFM,Barriers,CMT-APL,43
AFM,Bars,APL-DSC,34
AFM,Bars,CMT-DSC,1340
AFM,Based,CMT-APL,30
AFM,Batteries,CMT-APL,107
AFM,Battery,CMT-APL,160
AFM,Bcp,CMT-DSC,63
AFM,Be,CMT-PRO,48
AFM,Bead,CMT-DSC,156
AFM,Beads,CMT-DSC,311
AFM,Beam,CMT-DSC,53
AFM,Beam Splitter,CMT-APL,56
AFM,Beams,CMT-DSC,33
AFM,Behavior,CMT-PRO,63
AFM,Bending,CMT-PRO,44
AFM,Bending,CMT-SMT,107
AFM,Bending Angle,CMT-PRO,39
AFM,Bending Radius,CMT-PRO,59
AFM,Bending Test,CMT-CMT,229
AFM,Bentonite,CMT-CHM,36
AFM,Benzaldehyde,CMT-CHM,51
AFM,Benzenes,CMT-CHM,377
AFM,Benzoic Acid,CMT-CHM,46
AFM,Benzophenone,CMT-CHM,44
AFM,Benzotriazole,CMT-CHM,35
AFM,Benzyl,CMT-CHM,33
AFM,Benzyl Alcohol,CMT-CHM,75
AFM,Berkovich,CMT-CMT,35
AFM,Berkovich Indenter,CMT-CMT,66
AFM,Bf,CMT-CMT,33
AFM,Bi Layer,CMT-DSC,156
AFM,Bi-,CMT-DSC,52
AFM,Bi-Layered,CMT-DSC,88
AFM,Bi2O3,CMT-CHM,61
AFM,Bi2S3,CMT-CHM,36
AFM,Bi2Se3,CMT-CHM,90
AFM,Bi2WO6,CMT-CHM,38
AFM,BiFeO3,CMT-CHM,87
AFM,BiOCl,CMT-CHM,46
AFM,BiVO4,CMT-CHM,81
AFM,Bilayer,APL-DSC,69
AFM,Bilayer,CMT-DSC,2336
AFM,Bilayer,CMT-PRO,47
AFM,Bilayer,PRO-DSC,69
AFM,Bilayer Films,CMT-DSC,186
AFM,Bilayer Membrane,CMT-DSC,72
AFM,Bilayer Surface,CMT-DSC,34
AFM,Bilayers,APL-DSC,40
AFM,Bilayers,CMT-DSC,1125
AFM,Bilayers,PRO-DSC,47
AFM,Bimetallic,CMT-DSC,34
AFM,Binary,CMT-DSC,47
AFM,Binders,CMT-APL,63
AFM,Binding Affinity,CMT-PRO,63
AFM,Binding Constant,CMT-PRO,63
AFM,Binding Energies,CMT-PRO,360
AFM,Binding Energy,CMT-PRO,440
AFM,Binding Energy,PRO-PRO,39
AFM,Bio-Medical,CMT-APL,74
AFM,Bio-Sensor,CMT-APL,563
AFM,Bioactive,CMT-PRO,82
AFM,Bioactivity,CMT-PRO,106
AFM,Biochip,CMT-APL,35
AFM,Biocompatibility,CMT-PRO,386
AFM,Biocompatible,CMT-PRO,186
AFM,Biocomposite,CMT-DSC,44
AFM,Biodegradability,CMT-PRO,32
AFM,Biodegradable,CMT-PRO,157
AFM,Biodegradation Rate,CMT-PRO,40
AFM,Biodistribution,CMT-PRO,133
AFM,Bioelectrode,CMT-APL,42
AFM,Biofilm,CMT-DSC,208
AFM,Bioimaging,CMT-APL,50
AFM,Biointerface,CMT-APL,32
AFM,Biological,CMT-APL,30
AFM,Biological Activity,CMT-PRO,63
AFM,Biological Application,CMT-APL,43
AFM,Biological Response,CMT-PRO,32
AFM,Biomaterial,CMT-APL,275
AFM,Biomaterial,CMT-DSC,37
AFM,Biomedical Application,CMT-APL,185
AFM,Biomineralization,CMT-SMT,33
AFM,Bionanocomposite,CMT-DSC,30
AFM,Biosensing,CMT-APL,94
AFM,Biosensor,CMT-APL,36
AFM,Biotechnology,CMT-APL,38
AFM,Biotin,APL-CHM,31
AFM,Biotin,CMT-CHM,401
AFM,Biotinylated,CMT-SMT,30
AFM,Biotites,CMT-CHM,121
AFM,Biphenyls,CMT-CHM,56
AFM,Bipyridine,CMT-CHM,33
AFM,Birefringence,CMT-PRO,145
AFM,Birefringent,CMT-PRO,41
AFM,Bismuth,CMT-CHM,126
AFM,Bisphenol A,CMT-CHM,32
AFM,Black Phosphorus,CMT-CHM,115
AFM,Blacks,CMT-DSC,35
AFM,Blacks,CMT-PRO,30
AFM,Blade Coated,CMT-SMT,30
AFM,Blade Coating,CMT-APL,30
AFM,Bleached,CMT-SMT,43
AFM,Bleaching,CMT-SMT,49
AFM,Blend,CMT-APL,39
AFM,Blend,CMT-DSC,1554
AFM,Blend Film,CMT-DSC,1214
AFM,Blend Thin Film,CMT-DSC,51
AFM,Blended,CMT-DSC,33
AFM,Blended Film,CMT-DSC,31
AFM,Blended Films,CMT-DSC,97
AFM,Blended Membrane,CMT-DSC,96
AFM,Blending,CMT-SMT,33
AFM,Block,CMT-DSC,193
AFM,Block Copolymer,CMT-DSC,722
AFM,Blocking Layer,CMT-APL,39
AFM,Blocks,CMT-DSC,31
AFM,Blodgett,CMT-SMT,41
AFM,Blood Compatibility,CMT-PRO,42
AFM,Blood Vessels,CMT-APL,34
AFM,Blue,CMT-APL,51
AFM,Blue,CMT-CHM,110
AFM,Blue LED,CMT-APL,37
AFM,Blue Line,APL-CHM,59
AFM,Blue Line,CMT-CHM,2050
AFM,Blue Line,PRO-CHM,52
AFM,Bode,CMT-CMT,88
AFM,Bode Diagram,CMT-CMT,53
AFM,Bode Phase Plots,CMT-CMT,70
AFM,Bode Plot,CMT-CMT,476
AFM,Body Weight,CMT-PRO,221
AFM,Boehmite,CMT-CHM,35
AFM,Boiling,CMT-SMT,52
AFM,Boiling Point,CMT-PRO,46
AFM,Bombarded,CMT-SMT,50
AFM,Bombardment,CMT-SMT,88
AFM,Bond Angles,CMT-PRO,52
AFM,Bond Angles,PRO-PRO,32
AFM,Bond Length,CMT-PRO,188
AFM,Bond Length,PRO-PRO,102
AFM,Bond Strength,CMT-PRO,40
AFM,Bonding,CMT-PRO,51
AFM,Bonding,CMT-SMT,50
AFM,Bonding Strength,CMT-PRO,47
AFM,Bonding Structure,CMT-PRO,31
AFM,Bone,CMT-APL,93
AFM,Bone,CMT-DSC,76
AFM,Bone,CMT-PRO,35
AFM,Borate,CMT-CHM,90
AFM,Bore,CMT-CHM,40
AFM,Boric Acid,CMT-CHM,45
AFM,Boron,CMT-CHM,391
AFM,Boron Nitride,CMT-CHM,125
AFM,Boronic Acids,CMT-CHM,33
AFM,Borosilicate,CMT-CHM,146
AFM,Bottom,CMT-APL,49
AFM,Bottom Contact,CMT-APL,83
AFM,Bottom Electrode,CMT-APL,219
AFM,Bottom Gate,CMT-APL,136
AFM,Bottom Layer,CMT-DSC,36
AFM,Boundaries,CMT-PRO,39
AFM,Boundary,CMT-DSC,41
AFM,Boundary,CMT-PRO,30
AFM,Box Plots,CMT-CMT,48
AFM,Br,CMT-CHM,430
AFM,Br2,CMT-CHM,50
AFM,Bragg Peak,CMT-PRO,86
AFM,Bragg Reflection,CMT-CMT,69
AFM,Bragg Reflection,CMT-PRO,34
AFM,Brain,CMT-DSC,35
AFM,BrdU,CMT-CHM,30
AFM,Breakdown Voltage,CMT-PRO,55
AFM,Breast,CMT-SPL,59
AFM,Breast Cancer,CMT-APL,81
AFM,Brewster Angle Microscopy,CMT-CMT,94
AFM,Bridge,CMT-APL,84
AFM,Bright Field,CMT-CMT,115
AFM,Bright Field Image,CMT-CMT,306
AFM,Bright Field Images,CMT-CMT,176
AFM,Bright Field Microscopy,CMT-CMT,63
AFM,Bright Field STEM,CMT-CMT,142
AFM,Bright Field TEM,CMT-CMT,366
AFM,Brightfield,CMT-CMT,225
AFM,Brightness,CMT-PRO,143
AFM,Brittle,CMT-PRO,93
AFM,Brittle Fracture,CMT-PRO,32
AFM,Bromide,CMT-CHM,68
AFM,Bromine,CMT-CHM,90
AFM,Brookite,CMT-CHM,39
AFM,Brookite,CMT-SPL,38
AFM,Brush,CMT-DSC,424
AFM,Brush Layer,CMT-DSC,88
AFM,Brush Surface,CMT-DSC,42
AFM,Brushes,CMT-DSC,588
AFM,Bse,CMT-CMT,72
AFM,Bu4NClO4,CMT-CHM,40
AFM,Bu4NPF6,CMT-CHM,79
AFM,Bu4NPF6 Acetonitrile,CMT-CHM,31
AFM,Bubbles,CMT-DSC,47
AFM,Bubbles,CMT-PRO,32
AFM,Buffer,CMT-DSC,379
AFM,Buffer Layer,CMT-DSC,1053
AFM,Buffered,CMT-DSC,56
AFM,Bulk,APL-DSC,84
AFM,Bulk,CMT-DSC,4468
AFM,Bulk,CMT-PRO,65
AFM,Bulk,PRO-DSC,209
AFM,Bulk Crystal,CMT-DSC,116
AFM,Bulk Films,CMT-DSC,35
AFM,Bulk Heterojunction,CMT-APL,51
AFM,Bulk Heterojunction,CMT-DSC,85
AFM,Bulk Heterojunction Solar Cell,CMT-APL,68
AFM,Bulk Layer,CMT-DSC,37
AFM,Bulk Like,CMT-DSC,35
AFM,Bulk Powder,CMT-DSC,42
AFM,Bulk Single Crystal,CMT-DSC,34
AFM,Bulk Solution,CMT-DSC,36
AFM,Bundle,CMT-DSC,168
AFM,Burgers Vector,CMT-PRO,51
AFM,Burning,CMT-SMT,35
AFM,Butanol,CMT-CHM,74
AFM,Butyl,CMT-CHM,39
AFM,B–D,CMT-CHM,59
AFM,B–F,CMT-CHM,82
AFM,C,CMT-CHM,1365
AFM,C,CMT-PRO,90
AFM,C,PRO-CHM,36
AFM,C 1s,CMT-CMT,524
AFM,C 1s XPS,CMT-CMT,679
AFM,"C 1s, O 1s",CMT-CHM,36
AFM,C AFM,CMT-CMT,53
AFM,C H,CMT-CHM,115
AFM,C-AFM,CMT-CMT,251
AFM,C-C,CMT-CHM,32
AFM,C-Dots,CMT-DSC,35
AFM,C-H,CMT-CHM,40
AFM,C-O,CMT-CHM,41
AFM,C-Sapphire,CMT-CHM,43
AFM,C-Si,CMT-CHM,53
AFM,C-V,CMT-CMT,105
AFM,C-V Characteristics,CMT-PRO,157
AFM,C-V Curve,CMT-CMT,797
AFM,C/O Ratio,CMT-PRO,44
AFM,C/Si Ratio,CMT-PRO,32
AFM,C0,CMT-PRO,43
AFM,C1S,CMT-CMT,438
AFM,C1s,CMT-CMT,361
AFM,C1s Core Level,CMT-CMT,76
AFM,C2H2,CMT-CHM,105
AFM,C2H4,CMT-CHM,62
AFM,C2H5OH,CMT-CHM,59
AFM,C3H8,CMT-CHM,32
AFM,C3N4,CMT-CHM,163
AFM,C60,CMT-CHM,811
AFM,C8-BTBT,CMT-CHM,38
AFM,C=O,CMT-CHM,49
AFM,CA,CMT-CMT,197
AFM,CA,CMT-PRO,286
AFM,CAC,CMT-PRO,40
AFM,CAFM,CMT-CMT,108
AFM,CAP,CMT-APL,69
AFM,CAP,CMT-DSC,80
AFM,CAS,CMT-PRO,65
AFM,CB,CMT-PRO,170
AFM,CBD,CMT-CHM,88
AFM,CBD,CMT-SMT,94
AFM,CBM,CMT-PRO,101
AFM,CCD,CMT-CMT,108
AFM,CCD Camera,CMT-CMT,119
AFM,CCK-8,CMT-CMT,30
AFM,CCK-8 Assay,CMT-CMT,110
AFM,CCl4,CMT-CHM,67
AFM,CD,CMT-CMT,93
AFM,CD Spectra,CMT-CMT,74
AFM,CD Spectroscopy,CMT-CMT,34
AFM,CD3OD,CMT-CHM,41
AFM,CDCl3,CMT-CHM,435
AFM,CDL,CMT-PRO,81
AFM,CE,CMT-APL,210
AFM,CE,CMT-PRO,64
AFM,CEs,CMT-APL,31
AFM,CF2,CMT-CHM,49
AFM,CF3,CMT-CHM,77
AFM,CF4,CMT-CHM,133
AFM,CFM,CMT-CMT,42
AFM,CFO,CMT-CHM,55
AFM,CH,CMT-CHM,271
AFM,CH2,CMT-CHM,166
AFM,CH2Cl2,CMT-CHM,564
AFM,CH3,CMT-CHM,285
AFM,CH3CN,CMT-CHM,319
AFM,CH3COOH,CMT-CHM,50
AFM,CH3NH3I,CMT-CHM,38
AFM,CH3NH3PbBr3,CMT-CHM,35
AFM,CH3NH3PbI3,CMT-CHM,301
AFM,CH3NH3PbI3 Perovskite,CMT-CHM,65
AFM,CH3OH,CMT-CHM,201
AFM,CH4,CMT-CHM,485
AFM,CHCl3,CMT-CHM,767
AFM,CHF3,CMT-CHM,36
AFM,CI,CMT-PRO,46
AFM,CIE,CMT-CMT,45
AFM,CIE,CMT-PRO,35
AFM,CIE Chromaticity Diagram,CMT-CMT,36
AFM,CIE Coordinates,CMT-PRO,64
AFM,CL,CMT-CMT,165
AFM,CLSM,CMT-CMT,689
AFM,CMC,CMT-PRO,163
AFM,CMOS,CMT-APL,35
AFM,CMOS Inverter,CMT-APL,30
AFM,CMP,CMT-APL,39
AFM,CMP,CMT-CHM,82
AFM,CMP,CMT-SMT,172
AFM,CN,CMT-CHM,106
AFM,CNC,CMT-CHM,143
AFM,CNC,CMT-DSC,45
AFM,CNCs,CMT-DSC,98
AFM,CNS,CMT-DSC,31
AFM,CO,CMT-APL,44
AFM,CO,CMT-CHM,979
AFM,CO,CMT-DSC,31
AFM,CO,CMT-PRO,55
AFM,CO,PRO-CHM,69
AFM,CO,PRO-PRO,52
AFM,CO Oxidation,CMT-APL,38
AFM,CO2,CMT-CHM,1083
AFM,CO2,CMT-PRO,41
AFM,CO2 Adsorption Isotherm,CMT-CMT,33
AFM,CO2 Permeability,CMT-PRO,41
AFM,CO2 Reduction,CMT-APL,53
AFM,CO2/N2 Selectivity,CMT-PRO,43
AFM,CO3,CMT-CHM,40
AFM,COD,CMT-PRO,53
AFM,COF,CMT-PRO,43
AFM,COO,CMT-CHM,51
AFM,COOH,CMT-CHM,483
AFM,CP,CMT-CMT,43
AFM,CP,CMT-PRO,79
AFM,CP,CMT-SMT,72
AFM,CPD,CMT-CMT,64
AFM,CPD,CMT-PRO,93
AFM,CPE,CMT-APL,47
AFM,CPE,CMT-CMT,48
AFM,CPE,CMT-PRO,45
AFM,CPT,CMT-CHM,43
AFM,CQD,CMT-DSC,32
AFM,CS,CMT-DSC,66
AFM,CS,CMT-PRO,52
AFM,CS,CMT-SMT,42
AFM,CS2,CMT-CHM,78
AFM,CSD,CMT-SMT,30
AFM,CTAB,CMT-CHM,418
AFM,CTE,CMT-PRO,37
AFM,CUAAC,CMT-SMT,41
AFM,CV,CMT-CMT,2624
AFM,CV,CMT-PRO,36
AFM,CV,CMT-SMT,153
AFM,CVD,CMT-SMT,1325
AFM,CVD Grown,CMT-SMT,35
AFM,CVD-,CMT-SMT,38
AFM,CVD-Grown,CMT-SMT,60
AFM,CVS,CMT-CMT,577
AFM,CVs,CMT-CMT,420
AFM,Ca,CMT-CHM,841
AFM,Ca,PRO-CHM,58
AFM,Ca/P Ratios,CMT-PRO,32
AFM,Ca2,CMT-CHM,45
AFM,Ca2+,CMT-CHM,486
AFM,Ca2Nb3O10,CMT-CHM,34
AFM,CaCO3,CMT-CHM,192
AFM,CaCl2,CMT-CHM,377
AFM,CaF2,CMT-CHM,183
AFM,CaO,CMT-CHM,106
AFM,CaOH2,CMT-CHM,44
AFM,Cadmium Sulfide,CMT-CHM,30
AFM,Caesium,CMT-CHM,43
AFM,Caffeine,CMT-CHM,35
AFM,Calc,CMT-PRO,31
AFM,Calcein,CMT-CHM,95
AFM,Calcein AM,CMT-CHM,195
AFM,Calcinated,CMT-SMT,65
AFM,Calcination,CMT-SMT,489
AFM,Calcined,CMT-SMT,387
AFM,Calcining,CMT-SMT,35
AFM,Calcite,CMT-CHM,350
AFM,Calcite,CMT-SPL,32
AFM,Calcium,CMT-CHM,526
AFM,Calcium Carbonate,CMT-CHM,96
AFM,Calcium Phosphate,CMT-CHM,108
AFM,Calculations,CMT-CMT,31
AFM,Calibration Curve,CMT-CMT,613
AFM,Calibration Curve,CMT-PRO,39
AFM,Calibration Plot,CMT-CMT,128
AFM,Calix[4]arene,CMT-CHM,38
AFM,Calixarene,CMT-CHM,50
AFM,Calomel,CMT-CHM,52
AFM,Cancer,CMT-APL,97
AFM,Cancer Cell,CMT-APL,59
AFM,Cancer Therapy,CMT-APL,31
AFM,Canted,PRO-PRO,33
AFM,Cantilever Deflection,APL-PRO,49
AFM,Cantilever Deflection,CMT-PRO,118
AFM,Cantilever Spring Constant,CMT-PRO,32
AFM,Cantilevered,APL-APL,331
AFM,Cantilevered,APL-DSC,63
AFM,Cantilevered,CMT-APL,748
AFM,Cantilevered,CMT-DSC,216
AFM,Cantilevered,CMT-PRO,44
AFM,Cantilevers,APL-APL,105
AFM,Cantilevers,CMT-APL,291
AFM,Cantilevers,CMT-DSC,39
AFM,Cap Layer,CMT-DSC,102
AFM,Capacitance,CMT-PRO,823
AFM,Capacitance Density,CMT-PRO,35
AFM,Capacitance Measurement,CMT-CMT,31
AFM,Capacitance Retention,CMT-PRO,107
AFM,Capacitance Voltage,CMT-CMT,63
AFM,Capacitance Voltage Characteristic,CMT-PRO,45
AFM,Capacities,CMT-PRO,52
AFM,Capacitive,CMT-PRO,55
AFM,Capacitive Contribution,CMT-PRO,32
AFM,Capacitive Current,CMT-PRO,49
AFM,Capacitor,CMT-APL,421
AFM,Capacity,CMT-PRO,240
AFM,Capacity Retention,CMT-PRO,94
AFM,Capillaries,CMT-DSC,52
AFM,Capillary,CMT-APL,45
AFM,Capillary,CMT-DSC,69
AFM,Capillary Force,CMT-PRO,83
AFM,Capped,CMT-DSC,49
AFM,Capping,CMT-APL,31
AFM,Capping Layers,CMT-DSC,87
AFM,Capsids,CMT-DSC,46
AFM,Capsule,CMT-APL,45
AFM,Capsule,CMT-DSC,236
AFM,Carbamates,CMT-CHM,32
AFM,Carbazoles,CMT-CHM,87
AFM,Carbide,CMT-CHM,100
AFM,Carbodiimide,CMT-CHM,63
AFM,Carbohydrate,CMT-CHM,130
AFM,Carbon,APL-CHM,172
AFM,Carbon,CMT-CHM,6386
AFM,Carbon,CMT-PRO,31
AFM,Carbon,PRO-CHM,68
AFM,Carbon Black,CMT-CHM,121
AFM,Carbon Concentration,CMT-PRO,31
AFM,Carbon Content,CMT-PRO,44
AFM,Carbon Dioxide,CMT-CHM,100
AFM,Carbon Monoxide,CMT-CHM,42
AFM,Carbon Nitride,CMT-CHM,102
AFM,Carbon Steel,CMT-CHM,95
AFM,Carbonates,CMT-CHM,216
AFM,Carbonization,CMT-SMT,141
AFM,Carbonize,CMT-SMT,92
AFM,Carbons,CMT-CHM,185
AFM,Carbonyls,CMT-CHM,345
AFM,Carboxy,CMT-CHM,30
AFM,Carboxyl,CMT-CHM,425
AFM,Carboxylates,CMT-CHM,199
AFM,Carboxylic,CMT-CHM,196
AFM,Carboxylic Acid,CMT-CHM,335
AFM,Carboxymethyl,CMT-CHM,59
AFM,Carrier,CMT-APL,42
AFM,Carrier Concentration,CMT-PRO,675
AFM,Carrier Density,CMT-PRO,213
AFM,Carrier Lifetime,CMT-PRO,51
AFM,Carrier Mobilities,CMT-PRO,45
AFM,Carrier Mobility,CMT-PRO,252
AFM,Carrier Transport,CMT-PRO,48
AFM,Cassie,CMT-SPL,33
AFM,Cast,CMT-DSC,59
AFM,Cast,CMT-SMT,176
AFM,Cast Films,CMT-DSC,117
AFM,Casting,CMT-SMT,101
AFM,Catalysis,CMT-APL,123
AFM,Catalyst,APL-APL,30
AFM,Catalyst,CMT-APL,1949
AFM,Catalytic,CMT-APL,101
AFM,Catalytic,CMT-PRO,65
AFM,Catalytic Activity,CMT-PRO,350
AFM,Catalytic Current,CMT-PRO,41
AFM,Catalytic Mechanism,CMT-PRO,35
AFM,Catalytic Performance,CMT-PRO,112
AFM,Catalytic Properties,CMT-PRO,33
AFM,Catalytic Reaction,CMT-APL,31
AFM,Catalytic Reduction,CMT-APL,36
AFM,Catechols,CMT-CHM,154
AFM,Catheter,CMT-APL,31
AFM,Cathode,CMT-APL,961
AFM,Cathodes,CMT-APL,251
AFM,Cathodic,CMT-PRO,165
AFM,Cathodic Currents,CMT-PRO,54
AFM,Cathodic Peak Current,CMT-PRO,93
AFM,Cathodoluminescence,CMT-CMT,118
AFM,Cationic,CMT-PRO,120
AFM,Cavity,CMT-APL,38
AFM,Cc,CMT-PRO,38
AFM,Cd,CMT-CHM,416
AFM,Cd(II),CMT-CHM,74
AFM,Cd2+,CMT-CHM,205
AFM,CdCl2,CMT-CHM,86
AFM,CdO,CMT-CHM,98
AFM,CdS,CMT-CHM,766
AFM,CdSe,CMT-CHM,543
AFM,CdTe,CMT-CHM,360
AFM,Cdl,CMT-PRO,44
AFM,Ce,CMT-CHM,205
AFM,Ce,PRO-CHM,35
AFM,Ce3+,CMT-CHM,71
AFM,Ce4+,CMT-CHM,41
AFM,Ce6,CMT-CHM,30
AFM,CeO2,CMT-CHM,376
AFM,Cell,APL-APL,63
AFM,Cell,APL-DSC,36
AFM,Cell,CMT-APL,1270
AFM,Cell,CMT-DSC,640
AFM,Cell,CMT-PRO,442
AFM,Cell Adhesion,CMT-PRO,205
AFM,Cell Behavior,CMT-PRO,35
AFM,Cell Cultures,CMT-APL,82
AFM,Cell Cultures,CMT-CMT,31
AFM,Cell Cycle,CMT-PRO,57
AFM,Cell Density,CMT-PRO,119
AFM,Cell Membrane,CMT-DSC,98
AFM,Cell Membranes,CMT-DSC,34
AFM,Cell Morphology,CMT-PRO,216
AFM,Cell Number,CMT-PRO,95
AFM,Cell Parameters,CMT-PRO,52
AFM,Cell Performance,CMT-PRO,59
AFM,Cell Proliferation,CMT-PRO,119
AFM,Cell Surfaces,CMT-DSC,81
AFM,Cell Viabilities,CMT-PRO,84
AFM,Cell Viability,CMT-PRO,1025
AFM,Cell Viability Assay,CMT-CMT,82
AFM,Cell Voltage,CMT-PRO,51
AFM,Cell Volume,CMT-PRO,32
AFM,Cell Wall,CMT-DSC,92
AFM,Cell Wall,CMT-PRO,83
AFM,Cells,APL-DSC,42
AFM,Cells,CMT-APL,1134
AFM,Cells,CMT-DSC,1892
AFM,Cells,CMT-PRO,45
AFM,Cellular Morphology,CMT-PRO,47
AFM,Cellular Uptake,CMT-PRO,189
AFM,Cellular Viability,CMT-PRO,39
AFM,Cellulose Acetate,CMT-CHM,100
AFM,Centrifugation,CMT-SMT,458
AFM,Centrifuge,CMT-SMT,100
AFM,Ceramic,CMT-DSC,451
AFM,Ceramic,PRO-DSC,32
AFM,Cerium,CMT-CHM,86
AFM,Cerium Oxide,CMT-CHM,44
AFM,Ces,CMT-APL,76
AFM,Cetyltrimethylammonium Bromide,CMT-CHM,58
AFM,Chain Conformation,CMT-PRO,36
AFM,Chain Length,CMT-PRO,84
AFM,Chains,CMT-DSC,225
AFM,Chains,CMT-PRO,30
AFM,Chalcogen,CMT-CHM,59
AFM,Chalcogenide,CMT-CHM,76
AFM,Chalcopyrite,CMT-CHM,52
AFM,Chalcopyrite,CMT-SPL,40
AFM,Champion,CMT-APL,63
AFM,Champion Device,CMT-APL,66
AFM,Channel Layer,CMT-APL,41
AFM,Channel Length,CMT-PRO,170
AFM,Channel Width,CMT-PRO,31
AFM,Channels,CMT-APL,545
AFM,Channels,CMT-DSC,81
AFM,Channels,CMT-PRO,201
AFM,Characteristic,CMT-PRO,68
AFM,Characteristic Lengths,CMT-PRO,30
AFM,Characteristic Parameters,CMT-PRO,51
AFM,Characteristics,CMT-PRO,239
AFM,Characterization,CMT-CMT,135
AFM,Charge Accumulation,CMT-PRO,40
AFM,Charge Capacity,CMT-PRO,40
AFM,Charge Carrier Concentration,CMT-PRO,31
AFM,Charge Carrier Density,CMT-PRO,36
AFM,Charge Carrier Mobility,CMT-PRO,162
AFM,Charge Carrier Transport,CMT-PRO,32
AFM,Charge Densities,CMT-PRO,62
AFM,Charge Density,CMT-PRO,296
AFM,Charge Density,PRO-PRO,44
AFM,Charge Density Difference,CMT-PRO,62
AFM,Charge Density Distribution,CMT-PRO,43
AFM,Charge Discharge Curve,CMT-CMT,162
AFM,Charge Discharge Curve,CMT-PRO,94
AFM,Charge Discharge Profile,CMT-PRO,89
AFM,Charge Distribution,CMT-PRO,141
AFM,Charge Ordering,PRO-PRO,39
AFM,Charge Profile,CMT-PRO,34
AFM,Charge Ratio,CMT-PRO,41
AFM,Charge Recombination,CMT-PRO,33
AFM,Charge Separation,CMT-PRO,92
AFM,Charge State,CMT-PRO,41
AFM,Charge Transfer,CMT-PRO,274
AFM,Charge Transfer Mechanism,CMT-PRO,35
AFM,Charge Transfer Resistance,CMT-PRO,279
AFM,Charge Transport,CMT-PRO,212
AFM,Charge Transport Property,CMT-PRO,44
AFM,Charge/Discharge Curve,CMT-CMT,36
AFM,Charges,CMT-CMT,59
AFM,Charges,CMT-PRO,455
AFM,Charges,PRO-PRO,42
AFM,Charging,CMT-SMT,42
AFM,Chemical,CMT-CMT,89
AFM,Chemical,CMT-PRO,337
AFM,Chemical,CMT-SMT,42
AFM,Chemical Analysis,CMT-CMT,93
AFM,Chemical Bath Deposition,CMT-SMT,84
AFM,Chemical Bonding,CMT-PRO,63
AFM,Chemical Bonds,CMT-PRO,35
AFM,Chemical Characterization,CMT-CMT,55
AFM,Chemical Cleaning,CMT-SMT,31
AFM,Chemical Composition,CMT-PRO,1212
AFM,Chemical Etching,CMT-SMT,180
AFM,Chemical Exfoliation,CMT-SMT,40
AFM,Chemical Formula,CMT-PRO,111
AFM,Chemical Interactions,CMT-PRO,35
AFM,Chemical Map,CMT-CMT,36
AFM,Chemical Mechanical Polishing,CMT-SMT,43
AFM,Chemical Method,CMT-SMT,33
AFM,Chemical Modification,CMT-SMT,106
AFM,Chemical Nature,CMT-PRO,35
AFM,Chemical Oxidation,CMT-SMT,44
AFM,Chemical Potential,CMT-PRO,64
AFM,Chemical Properties,CMT-PRO,164
AFM,Chemical Reaction,CMT-SMT,69
AFM,Chemical Reactivity,CMT-PRO,36
AFM,Chemical Reduction,CMT-SMT,103
AFM,Chemical Sensors,CMT-APL,37
AFM,Chemical Shift,CMT-PRO,123
AFM,Chemical Society,CMT-CMT,578
AFM,Chemical Solution Deposition,CMT-SMT,30
AFM,Chemical Spray Pyrolysis,CMT-SMT,30
AFM,Chemical Stability,CMT-PRO,104
AFM,Chemical State,CMT-PRO,115
AFM,Chemical Structures,APL-PRO,69
AFM,Chemical Structures,CMT-PRO,5346
AFM,Chemical Synthesis,CMT-SMT,44
AFM,Chemical Treatment,CMT-SMT,92
AFM,Chemical Vapour Deposition,CMT-SMT,263
AFM,Chemically,CMT-PRO,47
AFM,Chemically,CMT-SMT,39
AFM,Chemically Etched,CMT-SMT,51
AFM,Chemically Exfoliated,CMT-SMT,39
AFM,Chemically Modified,CMT-SMT,88
AFM,Chemically Patterned,CMT-SMT,37
AFM,Chemically Reduced,CMT-SMT,59
AFM,Chemically Synthesized,CMT-SMT,30
AFM,Chemically Treated,CMT-SMT,31
AFM,Chemiluminescence,CMT-CMT,30
AFM,Chemistry,CMT-CMT,107
AFM,Chemistry,CMT-PRO,121
AFM,Chip,CMT-APL,257
AFM,Chip,CMT-DSC,273
AFM,Chips,CMT-APL,61
AFM,Chips,CMT-DSC,146
AFM,Chiral,CMT-PRO,195
AFM,Chirality,CMT-PRO,135
AFM,Chlorides,CMT-CHM,337
AFM,Chlorination,CMT-SMT,46
AFM,Chlorines,CMT-CHM,251
AFM,Chlorite,CMT-CHM,64
AFM,Chlorobenzene,CMT-CHM,468
AFM,Chloroform,CMT-CHM,1707
AFM,Chlorophyll,CMT-CHM,33
AFM,Chol,CMT-CHM,98
AFM,Cholesterol,CMT-CHM,288
AFM,Choline,CMT-CHM,30
AFM,Chondrite,CMT-CHM,40
AFM,Chondrite,CMT-SPL,39
AFM,Chromate,CMT-CHM,39
AFM,Chrome,CMT-CHM,40
AFM,Chromium,CMT-CHM,253
AFM,Chronoamperogram,CMT-CMT,89
AFM,Chronoamperometric,CMT-CMT,35
AFM,Chronoamperometric Measurement,CMT-CMT,31
AFM,Chronoamperometric Response,CMT-PRO,81
AFM,Chronoamperometry,CMT-CMT,194
AFM,Chronoamperometry Curve,CMT-CMT,139
AFM,Chronocoulometry,CMT-CMT,30
AFM,Chronopotentiometric Curve,CMT-CMT,56
AFM,Chronopotentiometry,CMT-CMT,55
AFM,Ciprofloxacin,CMT-CHM,32
AFM,Circuit,CMT-APL,120
AFM,Circuit,CMT-CMT,55
AFM,Circuit Diagram,CMT-CMT,50
AFM,Circuit Diagram,CMT-PRO,56
AFM,Circular,CMT-CMT,30
AFM,Circular Dichroism,CMT-CMT,267
AFM,Cisplatin,CMT-CHM,63
AFM,Citrates,CMT-CHM,290
AFM,Citrates,CMT-SMT,34
AFM,Citric Acid,CMT-CHM,169
AFM,Cl,CMT-CHM,638
AFM,Cl,PRO-CHM,61
AFM,Cl2,CMT-CHM,83
AFM,ClO4,CMT-CHM,52
AFM,Cleaned,CMT-SMT,79
AFM,Cleaning,CMT-SMT,219
AFM,Cleavage,CMT-SMT,49
AFM,Cleaved,CMT-DSC,127
AFM,Cleaved,CMT-SMT,334
AFM,Cleaving,CMT-SMT,34
AFM,Click Chemistry,CMT-SMT,69
AFM,Clinopyroxenes,CMT-CHM,59
AFM,Close Packed,CMT-DSC,48
AFM,Cloth,CMT-DSC,61
AFM,Cluster,CMT-DSC,1288
AFM,Cluster,PRO-DSC,79
AFM,Cluster Size,CMT-PRO,64
AFM,Clusters,CMT-DSC,57
AFM,Cl−,CMT-CHM,91
AFM,Co,CMT-CHM,1490
AFM,Co,PRO-CHM,218
AFM,Co 2p3,CMT-CHM,30
AFM,Co II,CMT-CHM,68
AFM,Co(OH)2,CMT-CHM,63
AFM,Co-Catalysts,CMT-APL,39
AFM,Co-Deposited,CMT-DSC,30
AFM,Co-Deposition,CMT-SMT,93
AFM,Co-Doped,CMT-DSC,135
AFM,Co-Sputtering,CMT-SMT,38
AFM,Co2+,CMT-CHM,192
AFM,Co3O4,CMT-CHM,249
AFM,CoCl2,CMT-CHM,37
AFM,CoFe,CMT-CHM,54
AFM,CoFe2O4,CMT-CHM,83
AFM,CoO,CMT-CHM,97
AFM,CoO,PRO-CHM,43
AFM,CoPc,CMT-CHM,39
AFM,Coagulation,CMT-SMT,30
AFM,Coal,CMT-CHM,52
AFM,Coarse Grained,CMT-PRO,42
AFM,Coated,APL-DSC,144
AFM,Coated,APL-SMT,206
AFM,Coated,CMT-APL,45
AFM,Coated,CMT-DSC,1589
AFM,Coated,CMT-SMT,5917
AFM,Coatings,APL-APL,77
AFM,Coatings,CMT-APL,5046
AFM,Coatings,CMT-SMT,1193
AFM,Cobalt,CMT-CHM,408
AFM,Cobalt,PRO-CHM,35
AFM,Cobaltic Oxide,CMT-CHM,47
AFM,Coc,CMT-CHM,44
AFM,Cocatalyst,CMT-APL,42
AFM,Codoped,CMT-DSC,43
AFM,Coefficient,CMT-PRO,39
AFM,Coefficient of Friction,CMT-PRO,307
AFM,Coercive Field,CMT-PRO,127
AFM,Coercivity,CMT-PRO,212
AFM,Coercivity,PRO-PRO,68
AFM,Cof,CMT-PRO,67
AFM,Coherence Length,CMT-PRO,39
AFM,Cohesion,CMT-PRO,36
AFM,Coin Cell,CMT-APL,47
AFM,Cold Rolled,CMT-SMT,45
AFM,Cole-Cole Plot,CMT-CMT,85
AFM,Coli,CMT-APL,120
AFM,Collagen Fiber,CMT-CHM,30
AFM,Collapse Pressure,CMT-PRO,40
AFM,Collector,CMT-APL,55
AFM,Colloid Nanoparticle,CMT-DSC,183
AFM,Colloid Probe Atomic Force Microscopy,CMT-CMT,33
AFM,Colloidal,CMT-DSC,476
AFM,Colloidal Crystals,CMT-DSC,93
AFM,Colloidal Dispersion,CMT-DSC,83
AFM,Colloidal Lithography,CMT-SMT,43
AFM,Colloidal Monolayer,CMT-DSC,32
AFM,Colloidal Particle,CMT-DSC,50
AFM,Colloidal Probe Technique,CMT-CMT,31
AFM,Colloidal Probes,CMT-APL,97
AFM,Colloidal Probes,CMT-CMT,94
AFM,Colloidal Probes,CMT-DSC,33
AFM,Colloidal Solution,CMT-DSC,146
AFM,Colloidal Sphere,CMT-DSC,31
AFM,Colloidal Stability,CMT-PRO,88
AFM,Colloidal Suspension,CMT-DSC,192
AFM,Colloids,CMT-DSC,511
AFM,Color,CMT-CMT,250
AFM,Color,CMT-PRO,483
AFM,Color Contrast,CMT-PRO,30
AFM,Color Coordinates,CMT-PRO,43
AFM,Color Figure,CMT-CMT,109
AFM,Color Scale,CMT-PRO,31
AFM,Coloration Efficiency,CMT-PRO,51
AFM,Colored,CMT-PRO,33
AFM,Colors,CMT-PRO,54
AFM,Colour,CMT-PRO,41
AFM,Colour Map,CMT-CMT,56
AFM,Columnar,CMT-DSC,48
AFM,Columns,CMT-APL,54
AFM,Columns,CMT-DSC,77
AFM,Combustion,CMT-SMT,51
AFM,Compactness,CMT-PRO,47
AFM,Complementary Inverter,CMT-APL,54
AFM,Complex,CMT-PRO,33
AFM,Complex Impedance,CMT-PRO,30
AFM,Complex Permittivity,CMT-PRO,32
AFM,Complex Viscosity,CMT-PRO,102
AFM,Compliance,CMT-PRO,37
AFM,Compliant,CMT-PRO,31
AFM,Composite,APL-DSC,31
AFM,Composite,CMT-DSC,4628
AFM,Composite Fibre,CMT-DSC,62
AFM,Composite Film,CMT-DSC,1087
AFM,Composite Hydrogel,CMT-DSC,47
AFM,Composite Layer,CMT-DSC,63
AFM,Composite Membrane,CMT-DSC,459
AFM,Composite Nanofiber,CMT-DSC,39
AFM,Composite Particle,CMT-DSC,58
AFM,Composite Powder,CMT-DSC,30
AFM,Composite Surfaces,CMT-DSC,63
AFM,Composite Thin Film,CMT-DSC,107
AFM,Compositional Analysis,CMT-CMT,53
AFM,Compositional Profile,CMT-PRO,40
AFM,Compositional Ratio,CMT-PRO,35
AFM,Compositionally,CMT-PRO,113
AFM,Compositions,APL-PRO,40
AFM,Compositions,CMT-PRO,4022
AFM,Compositions,PRO-PRO,126
AFM,Compressibility,CMT-PRO,38
AFM,Compression Isotherm,CMT-CMT,65
AFM,Compression Test,CMT-CMT,49
AFM,Compressional,CMT-SMT,90
AFM,Compressive,CMT-PRO,39
AFM,Compressive Modulus,CMT-PRO,45
AFM,Compressive Strength,CMT-PRO,83
AFM,Compressive Stress,CMT-PRO,137
AFM,Compressive Stress Strain Curve,CMT-CMT,30
AFM,Concentration,CMT-PRO,384
AFM,Concentration Profile,CMT-PRO,75
AFM,Conductance,CMT-PRO,500
AFM,Conducting,APL-PRO,33
AFM,Conducting,CMT-PRO,593
AFM,Conduction,CMT-PRO,178
AFM,Conduction Band,CMT-PRO,367
AFM,Conduction Band Edge,CMT-PRO,66
AFM,Conduction Band Minima,CMT-PRO,71
AFM,Conduction Mechanisms,CMT-PRO,79
AFM,Conductive,APL-PRO,75
AFM,Conductive,CMT-PRO,951
AFM,Conductive AFM,CMT-CMT,96
AFM,Conductive Atomic Force Microscopy,CMT-CMT,70
AFM,Conductivity,CMT-PRO,1875
AFM,Conductors,CMT-PRO,100
AFM,Configurations,CMT-PRO,46
AFM,Confocal,CMT-CMT,95
AFM,Confocal Fluorescence,CMT-CMT,126
AFM,Confocal Fluorescence Images,CMT-CMT,69
AFM,Confocal Fluorescence Microscopy,CMT-CMT,126
AFM,Confocal Image,CMT-CMT,331
AFM,Confocal Imaging,CMT-CMT,33
AFM,Confocal Laser Scanning Microscope,CMT-CMT,45
AFM,Confocal Laser Scanning Microscopy,CMT-CMT,235
AFM,Confocal Micrograph,CMT-CMT,57
AFM,Confocal Microscope,CMT-CMT,151
AFM,Confocal Microscopy,CMT-CMT,614
AFM,Confocal Raman,CMT-CMT,34
AFM,Conformation,CMT-PRO,159
AFM,Congo Red,CMT-CHM,106
AFM,Conjugates,CMT-PRO,44
AFM,Constant Phase Element,CMT-PRO,75
AFM,Constants,CMT-PRO,54
AFM,Contact AFM,CMT-CMT,36
AFM,Contact Angle,APL-PRO,60
AFM,Contact Angle,CMT-CMT,536
AFM,Contact Angle,CMT-PRO,3445
AFM,Contact Angle Analysis,CMT-CMT,68
AFM,Contact Angle Goniometry,CMT-CMT,45
AFM,Contact Angle Hysteresis,CMT-PRO,112
AFM,Contact Angle Measurement,CMT-CMT,761
AFM,Contact Angle of Water,CMT-PRO,47
AFM,Contact Area,APL-PRO,36
AFM,Contact Area,CMT-PRO,275
AFM,Contact Depth,CMT-PRO,53
AFM,Contact Electrodes,CMT-APL,31
AFM,Contact Force,CMT-PRO,46
AFM,Contact Line,CMT-PRO,39
AFM,Contact Mode AFM,APL-CMT,37
AFM,Contact Mode AFM,CMT-CMT,259
AFM,Contact Mode Atomic Force Microscopy,CMT-CMT,33
AFM,Contact Model,CMT-CMT,93
AFM,Contact Pad,CMT-APL,67
AFM,Contact Potential Difference,CMT-PRO,64
AFM,Contact Pressure,CMT-PRO,42
AFM,Contact Radius,CMT-PRO,55
AFM,Contact Resistance,CMT-PRO,218
AFM,Contact Stiffness,CMT-PRO,45
AFM,Contacts,APL-APL,50
AFM,Contacts,CMT-APL,894
AFM,Contacts,CMT-PRO,142
AFM,Content,CMT-PRO,143
AFM,Contour Lengths,CMT-PRO,99
AFM,Contour Plot,CMT-CMT,49
AFM,Contrast,CMT-PRO,92
AFM,Conversion,CMT-APL,34
AFM,Conversion Coating,CMT-APL,36
AFM,Conversion Efficiency,CMT-PRO,73
AFM,Cooled,CMT-SMT,240
AFM,Cooling,CMT-SMT,1301
AFM,Cooling,PRO-SMT,102
AFM,Cooling Curve,CMT-CMT,40
AFM,Coordination Number,CMT-PRO,52
AFM,Coordination Polymer,CMT-DSC,47
AFM,Copolymer,CMT-DSC,1271
AFM,Copolymer Film,CMT-DSC,87
AFM,Copper,APL-CHM,42
AFM,Copper,CMT-CHM,1998
AFM,Copper II,CMT-CHM,35
AFM,Copper Oxide,CMT-CHM,109
AFM,Copper Phthalocyanine,CMT-CHM,39
AFM,Core,CMT-DSC,462
AFM,Core,CMT-PRO,33
AFM,Core,PRO-DSC,33
AFM,Core Level,CMT-CMT,88
AFM,Core Level,CMT-PRO,130
AFM,Core Level Spectra,CMT-CMT,73
AFM,Core Level XPS,CMT-CMT,108
AFM,Core Shell,CMT-DSC,283
AFM,Core Shell Nanoparticle,CMT-DSC,79
AFM,Core Shell Particle,CMT-DSC,90
AFM,Core Shell Structures,CMT-DSC,38
AFM,Core Shell Structures,CMT-PRO,45
AFM,Core Shells,CMT-DSC,32
AFM,Cores,CMT-DSC,119
AFM,Correlation Coefficient,CMT-PRO,110
AFM,Correlation Function,CMT-PRO,39
AFM,Correlation Lengths,CMT-PRO,121
AFM,Corrosion,CMT-APL,53
AFM,Corrosion,CMT-PRO,55
AFM,Corrosion,CMT-SMT,39
AFM,Corrosion Behaviour,CMT-PRO,139
AFM,Corrosion Current Density,CMT-PRO,86
AFM,Corrosion Inhibitor,CMT-APL,43
AFM,Corrosion Inhibitors,CMT-APL,34
AFM,Corrosion Mechanism,CMT-PRO,37
AFM,Corrosion Morphology,CMT-PRO,30
AFM,Corrosion Parameters,CMT-PRO,35
AFM,Corrosion Potential,CMT-PRO,89
AFM,Corrosion Protection,CMT-PRO,38
AFM,Corrosion Rate,CMT-PRO,161
AFM,Corrosion Resistance,CMT-PRO,302
AFM,Corrosion Testing,CMT-CMT,59
AFM,Corrosion Tests,CMT-CMT,33
AFM,Corrugation,CMT-PRO,49
AFM,Cotton,CMT-DSC,51
AFM,Coulombic Efficiency,CMT-PRO,342
AFM,Coumarins,CMT-CHM,63
AFM,Counter,CMT-APL,81
AFM,Counter Electrode,CMT-APL,524
AFM,Coupons,CMT-DSC,96
AFM,Cover Glass,CMT-DSC,41
AFM,Cover Slip,CMT-DSC,54
AFM,Coverages,CMT-PRO,49
AFM,Covers,CMT-APL,51
AFM,Covers,CMT-DSC,39
AFM,Coverslip,CMT-DSC,249
AFM,Cr,CMT-CHM,1034
AFM,Cr,CMT-PRO,63
AFM,Cr,PRO-CHM,146
AFM,Cr(III),CMT-CHM,37
AFM,Cr(VI),CMT-CHM,106
AFM,Cr2O3,CMT-CHM,91
AFM,Cr3+,CMT-CHM,48
AFM,CrN,CMT-CHM,80
AFM,Crack,CMT-PRO,35
AFM,Crack Free,CMT-PRO,82
AFM,Crack Length,CMT-PRO,35
AFM,Crack Tip,CMT-PRO,47
AFM,Craters,CMT-DSC,31
AFM,Creatinine,CMT-CHM,40
AFM,Creative Commons Attribution,CMT-CMT,31
AFM,Creative Commons Attribution 4.0,CMT-CMT,41
AFM,Creep,CMT-PRO,34
AFM,Critical Angle,CMT-PRO,56
AFM,Critical Current Density,CMT-PRO,35
AFM,Critical Load,CMT-PRO,98
AFM,Critical Micellar Concentration,CMT-PRO,87
AFM,Critical Points,CMT-PRO,32
AFM,Critical Temperature TC,CMT-PRO,44
AFM,Critical Thickness,CMT-PRO,37
AFM,Cross,CMT-CMT,187
AFM,Cross,CMT-DSC,93
AFM,Cross,CMT-PRO,100
AFM,Cross Linking Density,CMT-PRO,42
AFM,Cross Section,CMT-CMT,326
AFM,Cross Section,CMT-DSC,1017
AFM,Cross Section,CMT-PRO,335
AFM,Cross Section Image,CMT-CMT,135
AFM,Cross Section Profile,CMT-CMT,510
AFM,Cross Section Profile,CMT-PRO,293
AFM,Cross Section SEM,CMT-CMT,680
AFM,Cross Section Scanning Electron Microscopy,CMT-CMT,51
AFM,Cross Section Structure,CMT-PRO,74
AFM,Cross Sectional Analysis,CMT-CMT,425
AFM,Cross Sectional Area,CMT-PRO,38
AFM,Cross Sectional Bright Field TEM,CMT-CMT,58
AFM,Cross Sectional FE SEM,CMT-CMT,117
AFM,Cross Sectional FESEM,CMT-CMT,120
AFM,Cross Sectional HRTEM,CMT-CMT,122
AFM,Cross Sectional Image,CMT-CMT,159
AFM,Cross Sectional Micrographs,CMT-CMT,45
AFM,Cross Sectional Microstructure,CMT-PRO,40
AFM,Cross Sectional Morphology,CMT-PRO,340
AFM,Cross Sectional SEM,CMT-CMT,2227
AFM,Cross Sectional STEM,CMT-CMT,67
AFM,Cross Sectional TEM,CMT-CMT,1312
AFM,Cross Sectional Transmission Electron Microscopy,CMT-CMT,68
AFM,Cross Sectioned,CMT-DSC,31
AFM,Cross-Linking,CMT-SMT,330
AFM,Cross-Section TEM,CMT-CMT,138
AFM,Cross-Sectional HR-TEM,CMT-CMT,78
AFM,Cross-Sectional Height Profile,CMT-CMT,100
AFM,Crosslinked,CMT-DSC,147
AFM,Crosslinked,CMT-SMT,333
AFM,Crosslinking Density,CMT-PRO,42
AFM,Crown Ether,CMT-CHM,34
AFM,Crucible,CMT-APL,31
AFM,Crumpled,CMT-DSC,30
AFM,Cryo,CMT-CMT,131
AFM,Cryo Fracture,CMT-SMT,43
AFM,Cryo-EM,CMT-CMT,31
AFM,Cryo-SEM,CMT-CMT,62
AFM,CryoTEM,CMT-CMT,256
AFM,Crystal,APL-DSC,73
AFM,Crystal,CMT-APL,45
AFM,Crystal,CMT-DSC,3872
AFM,Crystal,CMT-PRO,134
AFM,Crystal,PRO-DSC,93
AFM,Crystal,PRO-PRO,32
AFM,Crystal Lattice,CMT-DSC,45
AFM,Crystal Lattice,CMT-PRO,60
AFM,Crystal Morphology,CMT-PRO,79
AFM,Crystal Orientation,CMT-PRO,189
AFM,Crystal Packings,CMT-PRO,87
AFM,Crystal Property,CMT-PRO,31
AFM,Crystal Quality,CMT-PRO,113
AFM,Crystal Size,CMT-PRO,129
AFM,Crystal Structure,CMT-PRO,1978
AFM,Crystal Structure,PRO-PRO,241
AFM,Crystal Surface,CMT-DSC,227
AFM,Crystal Violet,CMT-CHM,97
AFM,Crystalline,APL-DSC,36
AFM,Crystalline,CMT-DSC,1929
AFM,Crystalline,CMT-PRO,149
AFM,Crystalline Domain,CMT-PRO,58
AFM,Crystalline Film,CMT-DSC,71
AFM,Crystalline Morphology,CMT-PRO,31
AFM,Crystalline Orientation,CMT-PRO,40
AFM,Crystalline Quality,CMT-PRO,162
AFM,Crystalline Size,CMT-PRO,78
AFM,Crystalline Structure,CMT-PRO,413
AFM,Crystallinity,CMT-PRO,1208
AFM,Crystallinity Index,CMT-PRO,31
AFM,Crystallite,CMT-DSC,739
AFM,Crystallite Size,CMT-PRO,810
AFM,Crystallization,CMT-PRO,97
AFM,Crystallization,CMT-SMT,124
AFM,Crystallization Behavior,CMT-PRO,52
AFM,Crystallization Onset Temperature,CMT-PRO,94
AFM,Crystallization Temperature,CMT-PRO,48
AFM,Crystallize,CMT-DSC,108
AFM,Crystallize,CMT-SMT,77
AFM,Crystallographic Direction,CMT-PRO,79
AFM,Crystallographic Orientation,CMT-PRO,212
AFM,Crystallographic Planes,CMT-PRO,33
AFM,Crystallographic Structure,CMT-PRO,55
AFM,Crystallography,CMT-PRO,98
AFM,Cs,CMT-CHM,84
AFM,Cs+,CMT-CHM,57
AFM,Cs2CO3,CMT-CHM,64
AFM,CsCl,CMT-CHM,48
AFM,CsF,CMT-CHM,30
AFM,CsPbBr3,CMT-CHM,134
AFM,CsPbI3,CMT-CHM,45
AFM,Cu,APL-CHM,34
AFM,Cu,CMT-CHM,3382
AFM,Cu,PRO-CHM,116
AFM,Cu 2p3,CMT-CHM,30
AFM,Cu(100),CMT-CHM,38
AFM,Cu(111),CMT-CHM,107
AFM,Cu(I),CMT-CHM,54
AFM,Cu(II),CMT-CHM,213
AFM,Cu+,CMT-CHM,44
AFM,Cu2,CMT-CHM,36
AFM,Cu2+,CMT-CHM,480
AFM,Cu2O,CMT-CHM,279
AFM,Cu2S,CMT-CHM,43
AFM,CuBr,CMT-CHM,51
AFM,CuBr2,CMT-CHM,30
AFM,CuCl,CMT-CHM,57
AFM,CuCl2,CMT-CHM,97
AFM,CuI,CMT-CHM,139
AFM,CuInS2,CMT-CHM,48
AFM,CuInSe2,CMT-CHM,36
AFM,CuO,CMT-CHM,341
AFM,CuPc,CMT-CHM,222
AFM,CuS,CMT-CHM,109
AFM,CuSCN,CMT-CHM,45
AFM,CuSO4,CMT-CHM,149
AFM,Cube,CMT-DSC,43
AFM,Cubes,CMT-DSC,72
AFM,Cubic,CMT-SPL,867
AFM,Cubic,PRO-SPL,98
AFM,Curcumin,CMT-CHM,89
AFM,Cure,CMT-SMT,33
AFM,Cured,CMT-SMT,299
AFM,Curie Temperature,CMT-PRO,60
AFM,Curie Temperature,PRO-PRO,86
AFM,Curing,CMT-SMT,341
AFM,Current,APL-PRO,61
AFM,Current,CMT-CMT,94
AFM,Current,CMT-PRO,1039
AFM,Current Collector,CMT-APL,87
AFM,Current Collectors,CMT-APL,36
AFM,Current Densities,CMT-PRO,164
AFM,Current Density,CMT-PRO,1188
AFM,Current Density Versus Voltage,CMT-PRO,73
AFM,Current Density Versus Voltage Characteristics,CMT-PRO,30
AFM,Current Density Voltage,CMT-CMT,56
AFM,Current Density Voltage,CMT-PRO,434
AFM,Current Density Voltage Curve,CMT-CMT,53
AFM,Current Density Voltage Curve,CMT-PRO,31
AFM,Current Density-Voltage Characteristics,CMT-PRO,259
AFM,Current Distribution,CMT-PRO,34
AFM,Current Efficiency,CMT-PRO,248
AFM,Current Flow,CMT-PRO,59
AFM,Current Image,CMT-CMT,88
AFM,Current Map,CMT-CMT,80
AFM,Current Mapping,CMT-CMT,31
AFM,Current On/Off Ratio,CMT-PRO,36
AFM,Current Potential Curve,CMT-CMT,37
AFM,Current Response,CMT-PRO,280
AFM,Current Time Curve,CMT-CMT,51
AFM,Current Time Response,CMT-PRO,32
AFM,Current Transient,CMT-CMT,45
AFM,Current Versus Voltage Characteristics,CMT-PRO,576
AFM,Current Voltage,CMT-CMT,181
AFM,Current Voltage,CMT-PRO,285
AFM,Current Voltage Characteristic,CMT-PRO,57
AFM,Current Voltage Curve,CMT-CMT,191
AFM,Current Voltage Curve,CMT-PRO,66
AFM,Current-Voltage (I-V) Characteristics,CMT-PRO,42
AFM,Curvature,CMT-PRO,102
AFM,Curvature Radius,CMT-PRO,34
AFM,Curve Fit,CMT-CMT,53
AFM,Curve Fitting,CMT-CMT,269
AFM,Curves,APL-CMT,92
AFM,Curves,CMT-CMT,1293
AFM,Curves,CMT-PRO,118
AFM,Cut,CMT-DSC,47
AFM,Cut,CMT-SMT,67
AFM,Cutting,CMT-SMT,173
AFM,Cuvette,CMT-APL,38
AFM,Cy3,CMT-CHM,100
AFM,Cy5,CMT-CHM,80
AFM,Cyan,CMT-CHM,34
AFM,Cyanides,CMT-CHM,47
AFM,Cyanine,CMT-CHM,43
AFM,Cycle Life,CMT-PRO,53
AFM,Cycle Performance,CMT-PRO,185
AFM,Cycle Stability,CMT-PRO,65
AFM,Cycleability,CMT-PRO,45
AFM,Cyclic Performance,CMT-PRO,99
AFM,Cyclic Stability,CMT-PRO,69
AFM,Cyclic Voltammetric,CMT-CMT,103
AFM,Cyclic Voltammetry,CMT-CMT,1831
AFM,Cyclic Voltammogram,APL-CMT,31
AFM,Cyclic Voltammogram,CMT-CMT,3890
AFM,Cyclic Voltammogram Curve,CMT-CMT,34
AFM,Cycling,CMT-SMT,32
AFM,Cycling Behaviour,CMT-PRO,39
AFM,Cycling Performance,CMT-PRO,619
AFM,Cycling Stability,CMT-PRO,273
AFM,Cycling Test,CMT-CMT,84
AFM,Cyclohexane,CMT-CHM,260
AFM,Cyclohexanone,CMT-CHM,43
AFM,Cylinder,CMT-DSC,339
AFM,Cylindrical,CMT-DSC,85
AFM,Cylindrical Micelles,CMT-DSC,72
AFM,Cys,CMT-CHM,122
AFM,Cystamine,CMT-CHM,30
AFM,Cysteamine,CMT-CHM,91
AFM,Cysteines,CMT-CHM,227
AFM,Cytocompatibility,CMT-PRO,71
AFM,Cytosine,CMT-CHM,53
AFM,Cytoskeleton,CMT-PRO,145
AFM,Cytotoxic Effect,CMT-PRO,33
AFM,Cytotoxicity,CMT-PRO,718
AFM,C–C,CMT-CHM,36
AFM,C–D,CMT-CHM,118
AFM,C–E,CMT-CHM,31
AFM,C–F,CMT-CHM,124
AFM,C–H,CMT-CHM,66
AFM,C–O,CMT-CHM,49
AFM,C–TiO2,CMT-CHM,51
AFM,D Band,CMT-PRO,110
AFM,D-Spacing,CMT-PRO,262
AFM,D/G Ratio,CMT-PRO,30
AFM,D2,CMT-PRO,45
AFM,D2O,CMT-CHM,495
AFM,D33,CMT-PRO,35
AFM,DAP,CMT-CHM,39
AFM,DAPI,CMT-CHM,819
AFM,DBD,CMT-SMT,47
AFM,DBR,CMT-APL,44
AFM,DC,CMT-PRO,67
AFM,DC,CMT-SMT,53
AFM,DC Conductivity,CMT-PRO,92
AFM,DC Magnetron Sputtering,CMT-SMT,102
AFM,DC Reactive Magnetron Sputtering,CMT-SMT,35
AFM,DCB,CMT-CHM,45
AFM,DCC,CMT-CHM,31
AFM,DCF,CMT-CHM,49
AFM,DCFH-DA,CMT-CHM,62
AFM,DCM,CMT-CHM,67
AFM,DCMD,CMT-SMT,41
AFM,DDAB,CMT-CHM,45
AFM,DDT,CMT-CHM,41
AFM,DEA,CMT-CHM,30
AFM,DEP,CMT-SMT,39
AFM,DETA,CMT-CHM,33
AFM,DF,CMT-CMT,36
AFM,DF,CMT-PRO,35
AFM,DFT,CMT-CMT,870
AFM,DFT,PRO-CMT,108
AFM,DFT Calculations,CMT-CMT,417
AFM,DGEBA,CMT-CHM,36
AFM,DH,CMT-PRO,73
AFM,DIC,CMT-CMT,144
AFM,DIO,CMT-CHM,216
AFM,DIP,CMT-CHM,34
AFM,DLPC,CMT-CHM,39
AFM,DLS,CMT-CMT,1782
AFM,DLS Size Distribution,CMT-CMT,31
AFM,DLTS,CMT-CMT,30
AFM,DLVO,CMT-CMT,68
AFM,DLVO Theory,CMT-CMT,119
AFM,DMA,CMT-CHM,335
AFM,DMA,CMT-CMT,66
AFM,DMAB,CMT-CHM,44
AFM,DMAEMA,CMT-CHM,45
AFM,DMAP,CMT-CHM,78
AFM,DMAc,CMT-CHM,86
AFM,DMC,CMT-CHM,69
AFM,DMEM,CMT-CHM,100
AFM,DMF,CMT-CHM,1510
AFM,DMFC,CMT-APL,33
AFM,DMFC,CMT-CHM,33
AFM,DMMP,CMT-CHM,33
AFM,DMPA,CMT-CHM,43
AFM,DMPC,CMT-CHM,121
AFM,DMPO,CMT-CHM,110
AFM,DMPO-O2,CMT-CHM,34
AFM,DMPO-OH,CMT-CHM,51
AFM,DMSO,CMT-CHM,894
AFM,DMSO-D,CMT-CHM,53
AFM,DMSO-D6,CMT-CHM,119
AFM,DMT,CMT-CMT,42
AFM,DMT Modulus,CMT-PRO,36
AFM,DMTA,CMT-CMT,76
AFM,DNA,CMT-APL,79
AFM,DNA,CMT-DSC,73
AFM,DNA,CMT-PRO,271
AFM,DNA,CMT-SMT,55
AFM,DNA Content,CMT-PRO,30
AFM,DNA Detection,CMT-APL,44
AFM,DNase I,CMT-CHM,47
AFM,DOC,CMT-CHM,44
AFM,DOPA,CMT-CHM,56
AFM,DOPC,CMT-CHM,236
AFM,DOPE,CMT-CHM,57
AFM,DOPG,CMT-CHM,31
AFM,DOS,CMT-CMT,32
AFM,DOS,CMT-PRO,298
AFM,DOS,PRO-PRO,209
AFM,DOTAP,CMT-CHM,60
AFM,DOX,CMT-CHM,353
AFM,DP Voltammograms,CMT-CMT,30
AFM,DPA,CMT-CHM,49
AFM,DPN,CMT-CHM,60
AFM,DPP,CMT-CHM,117
AFM,DPPC,CMT-CHM,394
AFM,DPPE,CMT-CHM,57
AFM,DPPG,CMT-CHM,43
AFM,DPPH,CMT-CHM,70
AFM,DPV,CMT-CMT,341
AFM,DPVS,CMT-CMT,50
AFM,DPVs,CMT-CMT,55
AFM,DRS,CMT-CMT,147
AFM,DS,CMT-PRO,167
AFM,DSC,CMT-APL,30
AFM,DSC,CMT-CMT,2699
AFM,DSC Heating,CMT-CMT,48
AFM,DSC Heating Curves,CMT-CMT,38
AFM,DSPC,CMT-CHM,47
AFM,DSPE,CMT-CHM,36
AFM,DSSC,CMT-APL,51
AFM,DSSCS,CMT-APL,180
AFM,DSSCs,CMT-APL,101
AFM,DTA,CMT-CMT,226
AFM,DTAB,CMT-CHM,73
AFM,DTG,CMT-CHM,308
AFM,DTG,CMT-CMT,172
AFM,DTG Curve,CMT-CMT,43
AFM,DTGA,CMT-CMT,38
AFM,DTT,CMT-CHM,63
AFM,Damping,CMT-PRO,60
AFM,Dark,CMT-PRO,59
AFM,Dark Conductivity,CMT-PRO,33
AFM,Dark Current Density,CMT-PRO,36
AFM,Dark Currents,CMT-PRO,207
AFM,Dark Field,CMT-CMT,60
AFM,Dark Field Image,CMT-CMT,185
AFM,Dark Field STEM,CMT-CMT,94
AFM,Dark Field TEM,CMT-CMT,62
AFM,Dark J-V Characteristics,CMT-PRO,90
AFM,Dark J-V Curve,CMT-CMT,58
AFM,Data,CMT-CMT,35
AFM,De,CMT-PRO,31
AFM,Debye Length,CMT-PRO,95
AFM,Decane,CMT-CHM,84
AFM,Decanethiol,CMT-CHM,37
AFM,Decay Curve,CMT-CMT,90
AFM,Decay Length,CMT-PRO,60
AFM,Decay Time,CMT-PRO,98
AFM,Decomposition Temperature,CMT-PRO,53
AFM,Deconvoluted,CMT-CMT,37
AFM,Defect,CMT-PRO,359
AFM,Defect Concentration,CMT-PRO,34
AFM,Defect Density,CMT-PRO,112
AFM,Defect Free,CMT-PRO,116
AFM,Defect State,CMT-PRO,44
AFM,Defect Structure,CMT-PRO,40
AFM,Deflection,CMT-CMT,46
AFM,Deflection,CMT-PRO,51
AFM,Deflection Images,CMT-CMT,98
AFM,Deformability,CMT-PRO,36
AFM,Deformation Behavior,CMT-PRO,32
AFM,Deformation Mechanism,CMT-PRO,39
AFM,Deformations,CMT-PRO,92
AFM,Deformations,CMT-SMT,78
AFM,Degassing,CMT-SMT,31
AFM,Degradation,CMT-APL,56
AFM,Degradation,CMT-SMT,43
AFM,Degradation Efficiency,CMT-PRO,57
AFM,Degree of,CMT-PRO,40
AFM,Degussa,CMT-CHM,52
AFM,Dehydrated,CMT-SMT,48
AFM,Dehydration,CMT-SMT,72
AFM,Delaminated,CMT-DSC,32
AFM,Delaminated,CMT-SMT,83
AFM,Delamination,CMT-SMT,74
AFM,Delithiation,CMT-SMT,33
AFM,Delivery,CMT-APL,59
AFM,Dendrimers,CMT-DSC,326
AFM,Dendrite,CMT-DSC,74
AFM,Dendrites,CMT-DSC,111
AFM,Dendritic,CMT-DSC,207
AFM,Dense,CMT-PRO,439
AFM,Densely Packed,CMT-PRO,35
AFM,Densification,CMT-SMT,57
AFM,Densities,CMT-PRO,209
AFM,Density,APL-PRO,46
AFM,Density,CMT-PRO,1771
AFM,Density,PRO-PRO,30
AFM,Density Functional Theory,CMT-CMT,244
AFM,Density Functional Theory,PRO-CMT,85
AFM,Density Polyethylene,CMT-CHM,46
AFM,Density Profiles,CMT-CMT,31
AFM,Density Profiles,CMT-PRO,56
AFM,Density of States,CMT-PRO,350
AFM,Density of States,PRO-PRO,171
AFM,Density-Functional Theory Calculations,CMT-CMT,36
AFM,Deposit,CMT-DSC,47
AFM,Deposited,CMT-DSC,92
AFM,Deposition,CMT-SMT,109
AFM,Deprotection,CMT-SMT,32
AFM,Depth,CMT-CMT,62
AFM,Depth,CMT-PRO,55
AFM,Depth Profile,CMT-CMT,359
AFM,Depth Profiling,CMT-CMT,69
AFM,Derivatives,CMT-CMT,48
AFM,Desalination,CMT-APL,46
AFM,Desalination Performance,CMT-PRO,35
AFM,Desorption,CMT-CMT,30
AFM,Desorption Isotherm,CMT-CMT,76
AFM,Desorption Kinetics,CMT-PRO,34
AFM,Detachment Force,CMT-PRO,40
AFM,Detection,CMT-APL,317
AFM,Detection Limit,CMT-PRO,460
AFM,Detection Sensitivity,CMT-PRO,33
AFM,Detectivity,CMT-PRO,146
AFM,Detector,CMT-APL,238
AFM,Deuterium,CMT-CHM,63
AFM,Deviation,CMT-CMT,43
AFM,Deviation,CMT-PRO,131
AFM,Device,CMT-APL,696
AFM,Device,CMT-PRO,213
AFM,Device Characteristics,CMT-PRO,175
AFM,Device Efficiency,CMT-PRO,33
AFM,Device Parameters,CMT-PRO,197
AFM,Device Performance,CMT-PRO,620
AFM,Device Stability,CMT-PRO,56
AFM,Device Structure,CMT-PRO,214
AFM,Dewetted,CMT-SMT,63
AFM,Dewetting,CMT-SMT,208
AFM,Di/Dv,CMT-CMT,33
AFM,Diacetylene,CMT-CHM,39
AFM,Diagram,CMT-CMT,118
AFM,Diagram,CMT-PRO,134
AFM,Dialysis,CMT-SMT,113
AFM,Diamagnetic,CMT-PRO,41
AFM,Diameter,CMT-PRO,142
AFM,Diameter Distribution,CMT-PRO,38
AFM,Diamines,CMT-CHM,80
AFM,Diamonds,APL-CHM,94
AFM,Diamonds,CMT-CHM,2219
AFM,Diamonds,PRO-CHM,50
AFM,Diazonium,CMT-CHM,131
AFM,Diblock,CMT-DSC,152
AFM,Diblock Copolymer,CMT-DSC,386
AFM,Dichlorobenzene,CMT-CHM,76
AFM,Dichloromethane,CMT-CHM,419
AFM,Dichroic Ratio,CMT-PRO,48
AFM,Dichroism,CMT-CMT,31
AFM,Dicyanamide,CMT-CHM,31
AFM,Dielectric,CMT-APL,375
AFM,Dielectric,CMT-PRO,719
AFM,Dielectric Constant,CMT-PRO,914
AFM,Dielectric Constants,CMT-PRO,171
AFM,Dielectric Function,CMT-PRO,193
AFM,Dielectric Layer,CMT-APL,175
AFM,Dielectric Loss,CMT-PRO,299
AFM,Dielectric Loss Tangent,CMT-PRO,32
AFM,Dielectric Permittivities,CMT-PRO,106
AFM,Dielectric Properties,CMT-PRO,203
AFM,Difference Spectra,CMT-CMT,35
AFM,Differential Conductance,CMT-PRO,34
AFM,Differential Interference Contrast,CMT-CMT,52
AFM,Differential Pulse Voltammetry,CMT-CMT,124
AFM,Differential Pulse Voltammogram,CMT-CMT,123
AFM,Differential Scanning Calorimeter,CMT-CMT,30
AFM,Differential Scanning Calorimetry,CMT-CMT,505
AFM,Differential Thermal Analysis,CMT-CMT,61
AFM,Diffraction,CMT-CMT,273
AFM,Diffraction,CMT-PRO,257
AFM,Diffraction Angle,CMT-PRO,52
AFM,Diffraction Efficiency,CMT-PRO,93
AFM,Diffraction Grating,CMT-APL,65
AFM,Diffraction Intensity,CMT-PRO,43
AFM,Diffraction Pattern,CMT-CMT,734
AFM,Diffraction Peak,CMT-PRO,433
AFM,Diffraction Ring,CMT-CMT,32
AFM,Diffraction Spot,CMT-PRO,34
AFM,Diffractograms,CMT-CMT,142
AFM,Diffused Reflectance,CMT-CMT,130
AFM,Diffusion,CMT-PRO,52
AFM,Diffusion Barrier,CMT-PRO,55
AFM,Diffusion Coefficient,CMT-PRO,309
AFM,Diffusion Length,CMT-PRO,54
AFM,Diffusivity,CMT-PRO,53
AFM,Digestion,CMT-SMT,50
AFM,Digital Camera,CMT-CMT,109
AFM,Digital Images,CMT-CMT,190
AFM,Digital Photo,CMT-CMT,151
AFM,Digital Photograph,CMT-CMT,356
AFM,Digital Pictures,CMT-CMT,32
AFM,Dihedral Angle,CMT-PRO,118
AFM,Diiodomethane,CMT-CHM,133
AFM,Diketopyrrolopyrrole,CMT-CHM,37
AFM,Dimensional,CMT-CMT,86
AFM,Dimensional,CMT-DSC,47
AFM,Dimensional Stability,CMT-PRO,31
AFM,Dimers,CMT-DSC,110
AFM,Dimethylformamide,CMT-CHM,78
AFM,Dimethylsulfoxide,CMT-CHM,99
AFM,Diodes,CMT-APL,320
AFM,Dioxane,CMT-CHM,107
AFM,Dip Coated,CMT-SMT,192
AFM,Dip Coating,CMT-SMT,448
AFM,Dip Pen Nanolithography,CMT-SMT,67
AFM,Dipalmitoylphosphatidylcholine,CMT-CHM,36
AFM,Dipeptide,CMT-CHM,53
AFM,Dipole,CMT-PRO,95
AFM,Dipole Moment,CMT-PRO,149
AFM,Dipped,CMT-SMT,68
AFM,Dipping,CMT-SMT,64
AFM,Dirac Point,CMT-PRO,106
AFM,Direct Band Gap,CMT-PRO,109
AFM,Disc,CMT-DSC,166
AFM,Discharge,CMT-PRO,140
AFM,Discharge,CMT-SMT,35
AFM,Discharge Capacity,CMT-PRO,141
AFM,Discharge Current,CMT-PRO,44
AFM,Discharge Current Density,CMT-PRO,30
AFM,Discharge Curves,CMT-CMT,108
AFM,Discharge Curves,CMT-PRO,87
AFM,Discharge Profile,CMT-PRO,80
AFM,Discharge Voltage,CMT-PRO,40
AFM,Discs,CMT-DSC,127
AFM,Dish,CMT-DSC,39
AFM,Dishes,CMT-DSC,33
AFM,Disk,CMT-DSC,386
AFM,Disk Electrode,CMT-APL,58
AFM,Disklike,CMT-DSC,41
AFM,Disks,CMT-DSC,214
AFM,Dislocation,CMT-PRO,415
AFM,Dislocation Density,CMT-PRO,216
AFM,Dislocation Loop,CMT-PRO,37
AFM,Disorder,CMT-PRO,70
AFM,Disordered,CMT-DSC,73
AFM,Disordered,CMT-PRO,110
AFM,Dispersability,CMT-PRO,89
AFM,Dispersion,CMT-DSC,745
AFM,Dispersion,CMT-PRO,87
AFM,Dispersion Curve,CMT-CMT,42
AFM,Dispersion Relations,CMT-PRO,37
AFM,Dispersity,CMT-PRO,45
AFM,Dispersive,CMT-PRO,70
AFM,Displays,CMT-APL,36
AFM,Dissipation,CMT-PRO,226
AFM,Dissipation Factor,CMT-PRO,102
AFM,Dissipation Monitoring,CMT-CMT,50
AFM,Dissipation Shift,CMT-PRO,32
AFM,Dissolution,CMT-PRO,36
AFM,Dissolution,CMT-SMT,481
AFM,Dissolution Rate,CMT-PRO,127
AFM,Dissolving,CMT-SMT,34
AFM,Distance,CMT-PRO,89
AFM,Distribution,CMT-CMT,242
AFM,Distribution,CMT-PRO,101
AFM,Distribution Curve,CMT-CMT,30
AFM,Disulfide,CMT-CHM,234
AFM,Dithiols,CMT-CHM,57
AFM,Dma,CMT-CMT,259
AFM,Dodecane,CMT-CHM,80
AFM,Dodecanethiol,CMT-CHM,79
AFM,Dodecyl,CMT-CHM,42
AFM,Dolomite,CMT-CHM,35
AFM,Domain Boundaries,CMT-PRO,66
AFM,Domain Boundary,CMT-PRO,45
AFM,Domain Size,CMT-PRO,196
AFM,Domain Structure,CMT-PRO,129
AFM,Domain Wall,CMT-PRO,49
AFM,Domains,CMT-DSC,147
AFM,Domains,CMT-PRO,634
AFM,Donor,CMT-APL,173
AFM,Donor,CMT-PRO,133
AFM,Dopamine,CMT-CHM,420
AFM,Dopant Concentration,CMT-PRO,78
AFM,Doped,APL-DSC,41
AFM,Doped,CMT-DSC,3471
AFM,Doped,PRO-DSC,254
AFM,Doped Films,CMT-DSC,130
AFM,Doping,CMT-PRO,112
AFM,Doping,CMT-SMT,571
AFM,Doping,PRO-SMT,158
AFM,Doping Concentration,CMT-PRO,296
AFM,Doping Level,CMT-PRO,116
AFM,Doping Ratio,CMT-PRO,35
AFM,Dose Response Curve,CMT-CMT,30
AFM,Dot Array,CMT-DSC,120
AFM,Dot Density,CMT-PRO,51
AFM,Dot Pattern,CMT-DSC,44
AFM,Dot Size,CMT-PRO,55
AFM,Double Layer Capacitance,CMT-PRO,135
AFM,Double Layered,CMT-DSC,310
AFM,Double Layered,CMT-PRO,54
AFM,Double Logarithmic Plot,CMT-CMT,44
AFM,Double Perovskite,PRO-SPL,51
AFM,Double Stranded,CMT-DSC,51
AFM,Double Wall,CMT-DSC,38
AFM,Doublers,CMT-DSC,107
AFM,Dox,CMT-CHM,76
AFM,Doxorubicin,CMT-CHM,137
AFM,Dp,CMT-PRO,69
AFM,Dpn,CMT-SMT,90
AFM,Drain,CMT-APL,301
AFM,Drain,CMT-PRO,66
AFM,Drain Contact,CMT-APL,55
AFM,Drain Currents,CMT-PRO,321
AFM,Drain Electrode,CMT-APL,269
AFM,Drain Source Current,CMT-PRO,54
AFM,Drain Voltage,CMT-PRO,93
AFM,Drain to Source Voltage,CMT-PRO,51
AFM,Drawing,CMT-SMT,32
AFM,Dried,CMT-SMT,1082
AFM,Drifts,CMT-CMT,54
AFM,Drop Cast,CMT-DSC,31
AFM,Drop Cast,CMT-SMT,233
AFM,Drop Casted,CMT-SMT,129
AFM,Drop Casting,CMT-SMT,379
AFM,Drop Coating,CMT-SMT,37
AFM,Dropcast,CMT-SMT,37
AFM,Droplet Diameter,CMT-PRO,31
AFM,Droplet Size,CMT-PRO,52
AFM,Droplets,CMT-APL,49
AFM,Droplets,CMT-DSC,1151
AFM,Droplets,CMT-PRO,53
AFM,Drops,CMT-DSC,49
AFM,Drug,CMT-APL,40
AFM,Drug Carrier,CMT-APL,44
AFM,Drug Delivery,CMT-APL,165
AFM,Drug Delivery System,CMT-APL,56
AFM,Drug Release,CMT-PRO,54
AFM,Drug Release Profile,CMT-PRO,53
AFM,Dry Etching,CMT-SMT,62
AFM,Drying,CMT-SMT,980
AFM,Ds-DNA,CMT-CHM,31
AFM,Dssc,CMT-APL,126
AFM,Dtg,CMT-CMT,248
AFM,Dual,CMT-APL,44
AFM,Ductile,CMT-PRO,58
AFM,Ductility,CMT-PRO,55
AFM,Dummy Cell,CMT-APL,33
AFM,Duplex,CMT-DSC,48
AFM,Durability,CMT-PRO,189
AFM,Durability Test,CMT-CMT,124
AFM,Dye-Sensitized Solar Cell,CMT-APL,58
AFM,Dye-Sensitized Solar Cells,CMT-APL,97
AFM,Dynamic Behavior,CMT-PRO,66
AFM,Dynamic Contact Angle,CMT-PRO,68
AFM,Dynamic Light Scattering,CMT-CMT,797
AFM,Dynamic Mechanical Analysis,CMT-CMT,115
AFM,Dynamic Mechanical Property,CMT-PRO,40
AFM,Dynamic Mechanical Thermal Analysis,CMT-CMT,30
AFM,Dynamical Response,CMT-PRO,143
AFM,Dynamics,CMT-PRO,105
AFM,D–F,CMT-CHM,370
AFM,E Beam Lithography,CMT-SMT,90
AFM,E F,CMT-PRO,81
AFM,E Staining,CMT-CMT,49
AFM,E-Beam,CMT-SMT,50
AFM,E-Beam Evaporation,CMT-SMT,44
AFM,EB,CMT-PRO,44
AFM,EB,PRO-PRO,66
AFM,EBSD,CMT-CMT,326
AFM,EC,CMT-APL,64
AFM,EC,CMT-PRO,108
AFM,EC,CMT-SMT,31
AFM,EC-AFM,CMT-CMT,41
AFM,ECD,CMT-APL,37
AFM,ECL,CMT-APL,40
AFM,ECL,CMT-CMT,85
AFM,ECL,CMT-PRO,54
AFM,ECL Intensity,CMT-PRO,58
AFM,ECL Response,CMT-PRO,34
AFM,ECM,CMT-DSC,45
AFM,ECS,CMT-APL,31
AFM,ED,CMT-CMT,43
AFM,ED,CMT-SMT,30
AFM,EDAX,CMT-CMT,212
AFM,EDC,CMT-CHM,43
AFM,EDL,CMT-PRO,31
AFM,EDOT,CMT-CHM,115
AFM,EDS,CMT-CHM,345
AFM,EDS,CMT-CMT,3033
AFM,EDS Element Mapping,CMT-CMT,33
AFM,EDS Elemental Map,CMT-CMT,46
AFM,EDS Elemental Mapping,CMT-CMT,129
AFM,EDS Mapping,CMT-CMT,369
AFM,EDTA,CMT-CHM,263
AFM,EDX,CMT-CMT,2576
AFM,EDX Analysis,CMT-CMT,34
AFM,EDX Elemental Mapping,CMT-CMT,133
AFM,EDX Mapping,CMT-CMT,237
AFM,EDXS,CMT-CMT,77
AFM,EEL,CMT-CMT,31
AFM,EELS,CMT-CMT,74
AFM,EFM,CMT-CMT,44
AFM,EFTEM,CMT-CMT,45
AFM,EGDMA,CMT-CHM,36
AFM,EIS,CMT-CMT,767
AFM,EIS Nyquist Plot,CMT-CMT,166
AFM,EL,CMT-CMT,186
AFM,ELISA,CMT-APL,35
AFM,ELISA,CMT-CMT,211
AFM,EM,CMT-CMT,58
AFM,EM,CMT-PRO,43
AFM,EMA,CMT-CMT,34
AFM,EP,CMT-CHM,53
AFM,EP,CMT-SMT,41
AFM,EPD,CMT-SMT,134
AFM,EPMA,CMT-CMT,104
AFM,EPR,CMT-CMT,104
AFM,EQCM,CMT-CMT,107
AFM,EQE,CMT-CMT,1427
AFM,EQE,CMT-PRO,519
AFM,EQE Curve,CMT-CMT,414
AFM,EQE Spectra,CMT-CMT,134
AFM,EQES,CMT-CMT,33
AFM,EQES,CMT-PRO,44
AFM,ERDA,CMT-CMT,62
AFM,ERGO,CMT-CHM,40
AFM,ESCA,CMT-CMT,68
AFM,ESEM,CMT-CMT,189
AFM,ESI MS,CMT-CMT,70
AFM,ESR,CMT-CMT,279
AFM,ESR,PRO-CMT,34
AFM,ETLs,CMT-APL,39
AFM,EV,CMT-PRO,87
AFM,EXAFS,CMT-CMT,181
AFM,Ebl,CMT-SMT,109
AFM,Ecl,CMT-CMT,32
AFM,Ecsa,CMT-PRO,56
AFM,Edax,CMT-CMT,316
AFM,Edge,CMT-CMT,54
AFM,Edge,CMT-DSC,96
AFM,Edge,CMT-PRO,79
AFM,Edge Dislocation,CMT-PRO,47
AFM,Edge Length,CMT-PRO,54
AFM,Edge Structure,CMT-PRO,30
AFM,Edges,CMT-DSC,51
AFM,Eels,CMT-CMT,258
AFM,Effect,CMT-PRO,88
AFM,Effective,CMT-PRO,120
AFM,Effective Voltage,CMT-PRO,57
AFM,Efficiencies,CMT-PRO,134
AFM,Efficiency,CMT-PRO,632
AFM,Efm,CMT-CMT,140
AFM,Eis,CMT-CMT,1359
AFM,El,CMT-APL,34
AFM,El,CMT-CMT,552
AFM,El,CMT-PRO,89
AFM,Elastic,CMT-PRO,295
AFM,Elastic Behavior,CMT-PRO,36
AFM,Elastic Constant,CMT-PRO,34
AFM,Elastic Deformation,CMT-PRO,58
AFM,Elastic Energy,CMT-PRO,30
AFM,Elastic Modulus,APL-PRO,36
AFM,Elastic Modulus,CMT-PRO,1042
AFM,Elastic Property,CMT-PRO,117
AFM,Elastic Recovery,CMT-PRO,47
AFM,Elastic Response,CMT-PRO,38
AFM,Elasticity,APL-PRO,32
AFM,Elasticity,CMT-PRO,284
AFM,Elastomer,CMT-APL,45
AFM,Elastomer,CMT-DSC,48
AFM,Elastomer,CMT-PRO,69
AFM,Elastomeric,CMT-PRO,96
AFM,Electric,CMT-PRO,114
AFM,Electric Conductivity,CMT-PRO,146
AFM,Electric Double Layer,CMT-PRO,84
AFM,Electric Field,CMT-PRO,212
AFM,Electric Field Distribution,CMT-PRO,184
AFM,Electric Field Intensity,CMT-PRO,54
AFM,Electric Field Intensity Distribution,CMT-PRO,38
AFM,Electric Potential,CMT-PRO,57
AFM,Electric Properties,CMT-PRO,32
AFM,Electrical,CMT-CMT,53
AFM,Electrical,CMT-PRO,490
AFM,Electrical Characterisation,CMT-CMT,229
AFM,Electrical Characteristic,CMT-PRO,352
AFM,Electrical Circuit,CMT-APL,33
AFM,Electrical Conductance,CMT-PRO,48
AFM,Electrical Conduction,CMT-PRO,38
AFM,Electrical Conductivity,CMT-PRO,963
AFM,Electrical Connection,CMT-APL,47
AFM,Electrical Contact,CMT-APL,95
AFM,Electrical Current,CMT-PRO,76
AFM,Electrical Equivalent Circuit,CMT-CMT,67
AFM,Electrical Measurement,CMT-CMT,258
AFM,Electrical Parameters,CMT-PRO,131
AFM,Electrical Performance,CMT-PRO,130
AFM,Electrical Properties,CMT-PRO,976
AFM,Electrical Property,CMT-PRO,40
AFM,Electrical Resistance,CMT-PRO,278
AFM,Electrical Resistivity,CMT-PRO,485
AFM,Electrical Resistivity,PRO-PRO,55
AFM,Electrical Response,CMT-PRO,74
AFM,Electrical Transport,CMT-PRO,40
AFM,Electrical Transport Properties,CMT-PRO,38
AFM,Electrical properties,CMT-PRO,90
AFM,Electrically,CMT-PRO,46
AFM,Electrically Conductive,CMT-PRO,46
AFM,Electro Oxidation,CMT-APL,32
AFM,Electro Oxidation,CMT-SMT,52
AFM,Electro-Polished,CMT-SMT,106
AFM,Electro-Polymerized,CMT-SMT,83
AFM,Electroactive,CMT-PRO,105
AFM,Electroactivity,CMT-PRO,59
AFM,Electrocatalysis,CMT-APL,35
AFM,Electrocatalyst,CMT-APL,234
AFM,Electrocatalytic Activity,CMT-PRO,199
AFM,Electrocatalytic Performance,CMT-PRO,56
AFM,Electrocatalytic Property,CMT-PRO,31
AFM,Electrochemical,CMT-APL,58
AFM,Electrochemical,CMT-CMT,169
AFM,Electrochemical,CMT-PRO,274
AFM,Electrochemical,CMT-SMT,193
AFM,Electrochemical Activity,CMT-PRO,92
AFM,Electrochemical Analysis,CMT-CMT,50
AFM,Electrochemical Anodization,CMT-SMT,35
AFM,Electrochemical Behavior,CMT-PRO,227
AFM,Electrochemical Biosensor,CMT-APL,43
AFM,Electrochemical Cells,CMT-APL,186
AFM,Electrochemical Characteristic,CMT-PRO,47
AFM,Electrochemical Characterization,CMT-CMT,216
AFM,Electrochemical Cycling,CMT-SMT,35
AFM,Electrochemical Data,CMT-CMT,72
AFM,Electrochemical Deposition,CMT-SMT,164
AFM,Electrochemical Detection,CMT-APL,65
AFM,Electrochemical Etching,CMT-SMT,63
AFM,Electrochemical Exfoliation,CMT-SMT,99
AFM,Electrochemical Experiments,CMT-CMT,41
AFM,Electrochemical Impedance,CMT-CMT,115
AFM,Electrochemical Impedance,CMT-PRO,83
AFM,Electrochemical Impedance Spectra,CMT-CMT,220
AFM,Electrochemical Impedance Spectroscopy,CMT-CMT,908
AFM,Electrochemical Measurement,CMT-CMT,233
AFM,Electrochemical Method,CMT-CMT,88
AFM,Electrochemical Method,CMT-SMT,57
AFM,Electrochemical Oxidation,CMT-SMT,120
AFM,Electrochemical Parameters,CMT-PRO,112
AFM,Electrochemical Performance,CMT-PRO,439
AFM,Electrochemical Polymerization,CMT-SMT,84
AFM,Electrochemical Potential,CMT-PRO,39
AFM,Electrochemical Properties,CMT-PRO,714
AFM,Electrochemical Quartz Crystal Microbalance,CMT-CMT,55
AFM,Electrochemical Reduction,CMT-SMT,124
AFM,Electrochemical Response,CMT-PRO,144
AFM,Electrochemical Sensor,CMT-APL,110
AFM,Electrochemical Society,CMT-CMT,83
AFM,Electrochemical Stability,CMT-PRO,66
AFM,Electrochemical Study,CMT-CMT,69
AFM,Electrochemical Synthesis,CMT-SMT,43
AFM,Electrochemical Technique,CMT-CMT,107
AFM,Electrochemical Test,CMT-CMT,70
AFM,Electrochemical Treatment,CMT-SMT,56
AFM,Electrochemically Active Surface Area,CMT-PRO,36
AFM,Electrochemically Deposited,CMT-SMT,64
AFM,Electrochemically Exfoliated,CMT-SMT,42
AFM,Electrochemically Reduced,CMT-SMT,36
AFM,Electrochemistry,CMT-APL,30
AFM,Electrochemistry,CMT-CMT,67
AFM,Electrochemistry,CMT-PRO,35
AFM,Electrochromic,CMT-APL,35
AFM,Electrochromic Devices,CMT-APL,56
AFM,Electrochromic Property,CMT-PRO,30
AFM,Electrode,APL-APL,143
AFM,Electrode,CMT-APL,6818
AFM,Electrode Potential,CMT-PRO,33
AFM,Electrodeposition,CMT-SMT,781
AFM,Electrodeposits,CMT-DSC,48
AFM,Electrodeposits,CMT-SMT,664
AFM,Electrodes,APL-APL,105
AFM,Electrodes,CMT-APL,5072
AFM,Electrografting,CMT-SMT,39
AFM,Electroless Deposited,CMT-SMT,43
AFM,Electroless Deposition,CMT-SMT,112
AFM,Electroless Plating,CMT-SMT,78
AFM,Electrolessly,CMT-APL,35
AFM,Electrolessly,CMT-SMT,117
AFM,Electroluminescence,CMT-CMT,278
AFM,Electroluminescence,CMT-PRO,55
AFM,Electrolysis,CMT-SMT,141
AFM,Electrolyte,CMT-APL,1241
AFM,Electrolyte Resistance,CMT-PRO,30
AFM,Electron Acceptor,CMT-APL,65
AFM,Electron Affinity,CMT-PRO,89
AFM,Electron Backscattering Diffraction,CMT-CMT,60
AFM,Electron Beam Evaporation,CMT-SMT,105
AFM,Electron Beam Irradiation,CMT-SMT,60
AFM,Electron Beam Lithography,CMT-SMT,129
AFM,Electron Concentration,CMT-PRO,75
AFM,Electron Density,CMT-PRO,245
AFM,Electron Density Distribution,CMT-PRO,34
AFM,Electron Density Profile,CMT-PRO,49
AFM,Electron Diffraction,CMT-CMT,733
AFM,Electron Diffraction Pattern,CMT-CMT,236
AFM,Electron Donor,CMT-APL,37
AFM,Electron Energy Loss Spectroscopy,CMT-CMT,60
AFM,Electron Hole Pair,CMT-PRO,40
AFM,Electron Irradiation,CMT-SMT,53
AFM,Electron Lifetime,CMT-PRO,39
AFM,Electron Micrograph,CMT-CMT,146
AFM,Electron Microscope,CMT-CMT,39
AFM,Electron Microscopy,CMT-CMT,261
AFM,Electron Mobilities,CMT-PRO,142
AFM,Electron Mobility,CMT-PRO,304
AFM,Electron Paramagnetic Resonance,CMT-CMT,52
AFM,Electron Spin Resonance,CMT-CMT,38
AFM,Electron Transfer,CMT-PRO,150
AFM,Electron Transfer Number,CMT-PRO,83
AFM,Electron Transfer Resistance,CMT-PRO,34
AFM,Electron Transition,CMT-PRO,81
AFM,Electron Transport,CMT-PRO,164
AFM,Electron Transporting Layer,CMT-APL,99
AFM,Electron-Only,CMT-APL,32
AFM,Electron-Only Device,CMT-APL,329
AFM,Electronic,CMT-APL,46
AFM,Electronic,CMT-PRO,168
AFM,Electronic,PRO-PRO,115
AFM,Electronic Absorption,CMT-CMT,134
AFM,Electronic Band Structures,CMT-PRO,201
AFM,Electronic Band Structures,PRO-PRO,78
AFM,Electronic Conductivity,CMT-PRO,41
AFM,Electronic Density of States,CMT-PRO,32
AFM,Electronic Devices,CMT-APL,99
AFM,Electronic Properties,CMT-PRO,276
AFM,Electronic Properties,PRO-PRO,65
AFM,Electronic Spectrum,CMT-CMT,31
AFM,Electronic State,CMT-PRO,76
AFM,Electronic Structure,CMT-PRO,228
AFM,Electronic Structure,PRO-PRO,97
AFM,Electronic Structures,CMT-PRO,68
AFM,Electronics,CMT-APL,68
AFM,Electrons,CMT-APL,40
AFM,Electrons,CMT-PRO,256
AFM,Electrophoresis,CMT-CMT,57
AFM,Electrophoresis,CMT-SMT,45
AFM,Electrophoretic Deposition,CMT-SMT,96
AFM,Electrophoretic Mobility,CMT-PRO,157
AFM,Electroplated,CMT-SMT,72
AFM,Electroplating,CMT-SMT,97
AFM,Electropolishing,CMT-SMT,62
AFM,Electropolymerization,CMT-SMT,256
AFM,Electrospinning,CMT-SMT,219
AFM,Electrospray,CMT-SMT,49
AFM,Electrospun,CMT-DSC,38
AFM,Electrospun,CMT-SMT,367
AFM,Electrostatic Force,CMT-PRO,67
AFM,Electrostatic Force Microscopy,CMT-CMT,37
AFM,Electrostatic Interaction,CMT-PRO,96
AFM,Electrostatic Potential,CMT-PRO,129
AFM,Electrostatic Repulsion,CMT-PRO,58
AFM,Electrostatic Self-Assembly,CMT-SMT,43
AFM,Electrostatics,CMT-PRO,113
AFM,Element Analysis,CMT-CMT,36
AFM,Element Composition,CMT-PRO,34
AFM,Element Concentration,CMT-PRO,43
AFM,Element Content,CMT-PRO,36
AFM,Element Distribution,CMT-PRO,44
AFM,Element Mapping,CMT-CMT,214
AFM,Element Maps,CMT-CMT,32
AFM,Elemental,CMT-PRO,53
AFM,Elemental Analysis,CMT-CMT,435
AFM,Elemental Composition,CMT-PRO,489
AFM,Elemental Distribution,CMT-PRO,116
AFM,Elemental Map,CMT-CMT,154
AFM,Elemental Mapping,CMT-CMT,735
AFM,Elemental Ratio,CMT-PRO,33
AFM,Ellipsometer,CMT-CMT,55
AFM,Ellipsometric,CMT-CMT,146
AFM,Ellipsometric Measurements,CMT-CMT,48
AFM,Ellipsometric Thickness,CMT-PRO,98
AFM,Ellipsometry,CMT-CMT,846
AFM,Elongation,CMT-PRO,36
AFM,Elongation at Break,CMT-PRO,229
AFM,Embossed,CMT-SMT,49
AFM,Embossing,CMT-SMT,31
AFM,Emeraldine,CMT-CHM,39
AFM,Emission Band,CMT-PRO,42
AFM,Emission Colour,CMT-PRO,55
AFM,Emission Current,CMT-PRO,32
AFM,Emission Intensity,CMT-PRO,283
AFM,Emission Maxima,CMT-PRO,32
AFM,Emission Peak,CMT-PRO,40
AFM,Emission Properties,CMT-PRO,33
AFM,Emission Spectra,CMT-CMT,978
AFM,Emission Spectrum,CMT-CMT,163
AFM,Emission Spectrum,CMT-PRO,48
AFM,Emission Wavelength,CMT-PRO,113
AFM,Emissions,CMT-CMT,295
AFM,Emissions,CMT-PRO,164
AFM,Emissive Layer,CMT-APL,39
AFM,Emitters,CMT-APL,152
AFM,Emitting Layer,CMT-APL,37
AFM,Eml,CMT-APL,41
AFM,Emulsion,CMT-DSC,154
AFM,Emulsion Droplet,CMT-DSC,40
AFM,Emulsion Polymerization,CMT-SMT,50
AFM,Emulsions,CMT-APL,50
AFM,Emulsions,CMT-DSC,150
AFM,Encapsulation,CMT-APL,45
AFM,Encapsulation Efficiency,CMT-PRO,46
AFM,Endothelial,CMT-PRO,32
AFM,Endothelial Cell,CMT-APL,57
AFM,Endurance,CMT-PRO,35
AFM,Energetic,CMT-PRO,57
AFM,Energies,CMT-PRO,71
AFM,Energy,CMT-APL,30
AFM,Energy,CMT-CMT,82
AFM,Energy,CMT-PRO,320
AFM,Energy,PRO-PRO,54
AFM,Energy Band,CMT-PRO,99
AFM,Energy Band Alignment,CMT-PRO,54
AFM,Energy Band Diagram,CMT-CMT,44
AFM,Energy Band Diagram,CMT-PRO,793
AFM,Energy Band Gap,CMT-PRO,157
AFM,Energy Band Structure,CMT-PRO,104
AFM,Energy Barrier,CMT-PRO,135
AFM,Energy Conversion Efficiency,CMT-PRO,33
AFM,Energy Density,CMT-PRO,119
AFM,Energy Diagram,CMT-CMT,161
AFM,Energy Diagram,CMT-PRO,344
AFM,Energy Difference,PRO-PRO,63
AFM,Energy Dispersive Spectrometer,CMT-CMT,34
AFM,Energy Dispersive Spectrometry,CMT-CMT,33
AFM,Energy Dispersive Spectroscopy,CMT-CMT,193
AFM,Energy Dispersive X-Ray,CMT-CMT,210
AFM,Energy Dispersive X-Ray Analysis,CMT-CMT,135
AFM,Energy Dispersive X-Ray Spectrometry,CMT-CMT,34
AFM,Energy Dispersive X-Ray Spectroscopy,CMT-CMT,430
AFM,Energy Dissipation,CMT-PRO,97
AFM,Energy Distribution,CMT-PRO,32
AFM,Energy Gap,CMT-PRO,149
AFM,Energy Landscape,CMT-PRO,60
AFM,Energy Level,CMT-PRO,981
AFM,Energy Level Alignment,CMT-PRO,152
AFM,Energy Level Diagram,CMT-CMT,221
AFM,Energy Level Diagram,CMT-PRO,837
AFM,Energy Level Diagrams,CMT-CMT,85
AFM,Energy Level Diagrams,CMT-PRO,160
AFM,Energy Profile,CMT-PRO,48
AFM,Energy Storage,CMT-APL,45
AFM,Energy Transfer,CMT-PRO,72
AFM,Enhancement Factor,CMT-PRO,113
AFM,Enthalpy,CMT-PRO,60
AFM,Entrapment Efficiency,CMT-PRO,33
AFM,Entropy,CMT-PRO,54
AFM,Environmental Scanning Electron Microscopy,CMT-CMT,37
AFM,Enzymatic Activity,CMT-PRO,70
AFM,Enzymatic Degradation,CMT-SMT,48
AFM,Enzymatic Hydrolysis,CMT-SMT,59
AFM,Enzyme Activity,CMT-PRO,51
AFM,Enzymes,CMT-APL,123
AFM,Eosin,CMT-CHM,96
AFM,Epa,CMT-CHM,33
AFM,Epidermis,CMT-DSC,36
AFM,Epifluorescence,CMT-CMT,50
AFM,Epifluorescence Microscopy,CMT-CMT,39
AFM,Epilayer,CMT-DSC,513
AFM,Epitaxial,CMT-DSC,39
AFM,Epitaxial Film,CMT-DSC,120
AFM,Epitaxial Layer,CMT-DSC,127
AFM,Epoxides,CMT-CHM,108
AFM,Epoxy,CMT-CHM,779
AFM,Epoxy Resin,CMT-CHM,220
AFM,Epr,CMT-CMT,280
AFM,Equilibrium Constant,CMT-PRO,30
AFM,Equivalent,CMT-PRO,35
AFM,Equivalent Circuit Diagram,CMT-CMT,67
AFM,Equivalent Circuit Model,CMT-CMT,295
AFM,Equivalent Circuits,CMT-CMT,1048
AFM,Equivalent Electric Circuit,CMT-CMT,33
AFM,Equivalent Electrical Circuit,CMT-CMT,99
AFM,Er,CMT-CHM,106
AFM,Er2O3,CMT-CHM,32
AFM,Er3+,CMT-CHM,66
AFM,Erbium,CMT-CHM,52
AFM,Esters,CMT-CHM,283
AFM,Et3N,CMT-CHM,70
AFM,EtBr,CMT-CHM,33
AFM,Etch,CMT-SMT,275
AFM,Etch Pits,CMT-PRO,109
AFM,Etch Rate,CMT-PRO,165
AFM,Etched,CMT-SMT,1619
AFM,Etching,APL-SMT,33
AFM,Etching,CMT-SMT,2055
AFM,Etching Rate,CMT-PRO,81
AFM,Ethanol,APL-CHM,46
AFM,Ethanol,CMT-CHM,2351
AFM,Ethanolamine,CMT-CHM,55
AFM,Ethers,CMT-CHM,139
AFM,Ethidium Bromide,CMT-CHM,68
AFM,Ethyl,CMT-CHM,59
AFM,Ethyl Acetate,CMT-CHM,118
AFM,Ethylene,CMT-CHM,111
AFM,Ethylene Diamine,CMT-CHM,102
AFM,Ethylene Glycol,CMT-CHM,270
AFM,Ethylene Oxide,CMT-CHM,41
AFM,Etl,CMT-APL,54
AFM,Eu,CMT-CHM,201
AFM,Eu3+,CMT-CHM,154
AFM,Europium,CMT-CHM,33
AFM,Eutectic,CMT-DSC,38
AFM,Evaporated,CMT-SMT,176
AFM,Evaporation,CMT-SMT,357
AFM,Exchange,CMT-SMT,35
AFM,Exchange Bias Field,PRO-PRO,36
AFM,Exchange Biased,PRO-PRO,116
AFM,Exchange Coupling,PRO-PRO,52
AFM,Exchange Current Density,CMT-PRO,61
AFM,Exchange Interaction,PRO-PRO,68
AFM,Excitation,CMT-CMT,122
AFM,Excitation Spectra,CMT-CMT,215
AFM,Excitation and Emission Spectra,CMT-CMT,52
AFM,Excited State,CMT-PRO,35
AFM,Exciton,CMT-PRO,53
AFM,Exciton Binding Energy,CMT-PRO,39
AFM,Exfoliate,CMT-DSC,222
AFM,Exfoliate,CMT-SMT,768
AFM,Exfoliating,CMT-SMT,48
AFM,Exfoliation,CMT-SMT,698
AFM,Exponential Fit,CMT-CMT,74
AFM,Exponential Fitting,CMT-CMT,36
AFM,External,CMT-PRO,65
AFM,External Quantum Efficiency,CMT-CMT,134
AFM,External Quantum Efficiency,CMT-PRO,531
AFM,Extinction,CMT-CMT,39
AFM,Extinction,CMT-PRO,72
AFM,Extinction Coefficient,CMT-PRO,572
AFM,Extinction Coefficient K,CMT-PRO,70
AFM,Extinction Cross Section,CMT-PRO,31
AFM,Extinction Spectrum,CMT-CMT,279
AFM,Extinction Spectrum,CMT-PRO,60
AFM,Extraction,CMT-SMT,42
AFM,Extruded,CMT-SMT,71
AFM,Extrusion,CMT-SMT,88
AFM,Eye,CMT-APL,30
AFM,F,APL-PRO,72
AFM,F,CMT-CHM,1106
AFM,F,CMT-CMT,105
AFM,F,CMT-PRO,930
AFM,F,CMT-SPL,30
AFM,F,PRO-CHM,40
AFM,F 1s,CMT-CMT,32
AFM,F-Actin,CMT-PRO,34
AFM,F-N Plot,CMT-CMT,36
AFM,F/F0,CMT-PRO,42
AFM,F0,CMT-PRO,75
AFM,F16CuPc,CMT-CHM,48
AFM,F1s,CMT-CMT,31
AFM,F8BT,CMT-CHM,85
AFM,FAM,CMT-CHM,84
AFM,FC,CMT-CMT,45
AFM,FCC,CMT-SPL,327
AFM,FCC,PRO-SPL,37
AFM,FCS,CMT-CMT,38
AFM,FDTD,CMT-CMT,90
AFM,FDTD Simulation,CMT-CMT,74
AFM,FDTD Simulations,CMT-CMT,47
AFM,FE-SEM,CMT-CMT,1178
AFM,FE-TEM,CMT-CMT,61
AFM,FEC,CMT-CHM,32
AFM,FEG-SEM,CMT-CMT,117
AFM,FEM,CMT-CMT,63
AFM,FESEM,CMT-CMT,3429
AFM,FET,CMT-APL,786
AFM,FET,CMT-PRO,38
AFM,FET Characteristic,CMT-PRO,32
AFM,FET Device,CMT-APL,281
AFM,FETS,CMT-APL,453
AFM,FETs,CMT-APL,70
AFM,FFM,CMT-CMT,99
AFM,FFT,CMT-CMT,299
AFM,FFT Analysis,CMT-CMT,33
AFM,FFT Pattern,CMT-CMT,90
AFM,FFTS,CMT-CMT,49
AFM,FIB,CMT-CHM,47
AFM,FIB,CMT-SMT,147
AFM,FIB Milled,CMT-SMT,39
AFM,FIB Milling,CMT-SMT,33
AFM,FIM,PRO-PRO,34
AFM,FITC,CMT-CHM,742
AFM,FL Intensity,CMT-PRO,33
AFM,FM,CMT-PRO,32
AFM,FM,PRO-PRO,199
AFM,FM Coupling,PRO-PRO,30
AFM,FMR,CMT-CMT,54
AFM,FO,CMT-APL,58
AFM,FO,CMT-PRO,40
AFM,FO,CMT-SMT,47
AFM,FO Membrane,CMT-APL,53
AFM,FOM,CMT-PRO,67
AFM,FRAP,CMT-CMT,77
AFM,FRET,CMT-CMT,74
AFM,FT IR,CMT-CMT,117
AFM,FT-IR,CMT-CMT,3708
AFM,FT-IR Spectroscopy,CMT-CMT,115
AFM,FT-IR Transmission,CMT-CMT,56
AFM,FTIR,CMT-CMT,7843
AFM,FTIR Absorption,CMT-CMT,120
AFM,FTIR Spectroscopy,CMT-CMT,165
AFM,FTIR-ATR,CMT-CMT,101
AFM,FTO,CMT-CHM,1025
AFM,FWHM,CMT-PRO,1126
AFM,FWHMs,CMT-PRO,40
AFM,Fabric,CMT-DSC,182
AFM,Fabricated,CMT-DSC,50
AFM,Fabrics,CMT-DSC,101
AFM,Face Centered Cubic,CMT-SPL,100
AFM,Facetted,CMT-DSC,35
AFM,Facs,CMT-CMT,60
AFM,Failure Mechanism,CMT-PRO,30
AFM,Failure Mode,CMT-PRO,42
AFM,Fall Time,CMT-PRO,52
AFM,False Color SEM,CMT-CMT,34
AFM,Far-UV CD,CMT-CMT,51
AFM,Faradaic Efficiency,CMT-PRO,75
AFM,Fast Fourier Transform,CMT-CMT,370
AFM,Fast Fourier Transform Pattern,CMT-CMT,31
AFM,Fast Fourier Transformation,CMT-CMT,57
AFM,Fatigue,CMT-PRO,64
AFM,Fatigue Test,CMT-CMT,31
AFM,Fatty Acid,CMT-CHM,117
AFM,Fe,CMT-CHM,2003
AFM,Fe,CMT-PRO,59
AFM,Fe,PRO-CHM,363
AFM,Fe III,CMT-CHM,48
AFM,Fe(CN)6,CMT-CHM,55
AFM,Fe(CN)63,CMT-CHM,61
AFM,Fe(CN)63⁻,CMT-CHM,36
AFM,Fe(II),CMT-CHM,64
AFM,Fe(III),CMT-CHM,82
AFM,Fe2+,CMT-CHM,193
AFM,Fe2O3,CMT-CHM,371
AFM,Fe3+,CMT-CHM,319
AFM,Fe3+,PRO-CHM,43
AFM,Fe3O4,CMT-CHM,511
AFM,FeCl2,CMT-CHM,32
AFM,FeCl3,CMT-CHM,206
AFM,FeCo,CMT-CHM,39
AFM,FeO,CMT-CHM,78
AFM,FeOOH,CMT-CHM,52
AFM,FePc,CMT-CHM,31
AFM,FePt,CMT-CHM,94
AFM,FeS2,CMT-CHM,40
AFM,Fea,CMT-CMT,47
AFM,Feature,CMT-PRO,45
AFM,Feature Size,CMT-PRO,44
AFM,Feldspar,CMT-CHM,58
AFM,Fem,CMT-CMT,105
AFM,Fermi Edge,CMT-PRO,36
AFM,Fermi Energy,CMT-PRO,148
AFM,Fermi Energy,PRO-PRO,74
AFM,Fermi Energy Level,CMT-PRO,38
AFM,Fermi Level,CMT-PRO,638
AFM,Fermi Level,PRO-PRO,308
AFM,Fermi Surface,PRO-PRO,46
AFM,Ferricyanide,CMT-CHM,54
AFM,Ferrimagnetic,PRO-PRO,61
AFM,Ferrite,CMT-CHM,127
AFM,Ferrocenes,CMT-CHM,296
AFM,Ferrocenium,CMT-CHM,44
AFM,Ferrocyanide,CMT-CHM,45
AFM,Ferroelectric,CMT-PRO,229
AFM,Ferroelectric,PRO-PRO,35
AFM,Ferroelectric Domain,CMT-PRO,36
AFM,Ferroelectric Hysteresis Loop,CMT-CMT,55
AFM,Ferroelectric Polarization,CMT-PRO,49
AFM,Ferroelectric Properties,CMT-PRO,54
AFM,Ferroelectricity,CMT-PRO,31
AFM,Ferromagnet,PRO-PRO,40
AFM,Ferromagnetic,CMT-PRO,149
AFM,Ferromagnetic,PRO-PRO,794
AFM,Ferromagnetic State,PRO-PRO,31
AFM,Ferromagnetically,PRO-PRO,30
AFM,Ferromagnetism,CMT-PRO,50
AFM,Ferromagnetism,PRO-PRO,106
AFM,Few,CMT-DSC,101
AFM,Few Layer,CMT-DSC,616
AFM,Few Layers,CMT-DSC,107
AFM,Ff,CMT-PRO,578
AFM,Fft,CMT-CMT,894
AFM,Fib Milling,CMT-SMT,46
AFM,Fib-SEM,CMT-CMT,39
AFM,Fiber,APL-DSC,31
AFM,Fiber,CMT-APL,48
AFM,Fiber,CMT-DSC,1169
AFM,Fiber,CMT-PRO,32
AFM,Fiber Diameter,CMT-PRO,45
AFM,Fiber Mats,CMT-DSC,34
AFM,Fiber Surface,CMT-DSC,118
AFM,Fibers,APL-DSC,39
AFM,Fibers,CMT-DSC,1419
AFM,Fibers:,CMT-DSC,38
AFM,Fibres,CMT-DSC,346
AFM,Fibrillar,CMT-DSC,102
AFM,Fibrils,CMT-DSC,790
AFM,Fibrils,CMT-PRO,30
AFM,Fibrous,CMT-DSC,225
AFM,Field,CMT-CMT,42
AFM,Field,CMT-PRO,38
AFM,Field Cooling,CMT-SMT,37
AFM,Field Cooling,PRO-SMT,36
AFM,Field Distribution,CMT-PRO,32
AFM,Field Effect Mobility,CMT-PRO,315
AFM,Field Effect Transistor,CMT-APL,249
AFM,Field Emission SEM,CMT-CMT,32
AFM,Field Emission Scanning Electron Microscope,CMT-CMT,126
AFM,Field Emission Scanning Electron Microscopy,CMT-CMT,566
AFM,Figures,CMT-CMT,84
AFM,Figures of Merit,CMT-PRO,153
AFM,Filament,CMT-DSC,77
AFM,Filaments,CMT-DSC,136
AFM,Fill Factor,CMT-PRO,346
AFM,Filler,CMT-APL,129
AFM,Film,APL-DSC,246
AFM,Film,CMT-APL,49
AFM,Film,CMT-DSC,25685
AFM,Film,CMT-PRO,73
AFM,Film,PRO-DSC,120
AFM,Film,SMT-DSC,39
AFM,Film Doped,CMT-DSC,127
AFM,Film Layer,CMT-DSC,38
AFM,Film Substrate,CMT-DSC,65
AFM,Film Surface,CMT-DSC,1387
AFM,Films,APL-DSC,137
AFM,Films,CMT-DSC,25102
AFM,Films,PRO-DSC,98
AFM,Filter Membrane,CMT-APL,42
AFM,Filter Paper,CMT-APL,89
AFM,Filters,CMT-APL,178
AFM,Filtration,CMT-APL,154
AFM,Filtration,CMT-SMT,306
AFM,Filtration Performance,CMT-PRO,48
AFM,Fine Grained,CMT-PRO,42
AFM,Fine Structure,CMT-PRO,53
AFM,Finite Element Analysis,CMT-CMT,73
AFM,Finite Element Method,CMT-CMT,54
AFM,Finite Element Model,CMT-CMT,50
AFM,Finite Element Simulation,CMT-CMT,68
AFM,Fired,CMT-SMT,56
AFM,Firing,CMT-SMT,51
AFM,First Principle Calculation,CMT-CMT,69
AFM,First Principle Calculation,PRO-CMT,107
AFM,Fit,CMT-CMT,184
AFM,Fits,CMT-CMT,125
AFM,Fitting,CMT-CMT,172
AFM,Fitting,CMT-PRO,38
AFM,Fitting Curves,CMT-CMT,39
AFM,Fitting Parameters,CMT-PRO,33
AFM,Five,CMT-DSC,48
AFM,Flake,CMT-DSC,1081
AFM,Flakes,CMT-DSC,1203
AFM,Flat,CMT-DSC,146
AFM,Flat Band Potential,CMT-PRO,45
AFM,Flat Sheet,CMT-DSC,37
AFM,Flat Substrate,CMT-DSC,33
AFM,Flat Surface,CMT-DSC,66
AFM,Flatness,CMT-PRO,51
AFM,Flexibility,CMT-PRO,338
AFM,Flexible,CMT-APL,363
AFM,Flexible,CMT-PRO,811
AFM,Flexible Device,CMT-APL,97
AFM,Flexural Strength,CMT-PRO,73
AFM,Flim,CMT-CMT,44
AFM,Flow Cell,CMT-APL,67
AFM,Flow Curve,CMT-CMT,30
AFM,Flow Cytometric Analysis,CMT-CMT,79
AFM,Flow Cytometry,CMT-CMT,478
AFM,Flower,CMT-DSC,53
AFM,Flower Like,CMT-DSC,65
AFM,Fluidity,CMT-PRO,45
AFM,Fluor,CMT-CHM,44
AFM,Fluorene,CMT-CHM,67
AFM,Fluorescein,CMT-CHM,225
AFM,Fluorescein Isothiocyanate,CMT-CHM,60
AFM,Fluorescence,APL-CMT,38
AFM,Fluorescence,CMT-CMT,2325
AFM,Fluorescence,CMT-PRO,795
AFM,Fluorescence Decay,CMT-CMT,100
AFM,Fluorescence Decay Curve,CMT-CMT,58
AFM,Fluorescence Detection,CMT-CMT,33
AFM,Fluorescence Emission,CMT-CMT,527
AFM,Fluorescence Emission,CMT-PRO,102
AFM,Fluorescence Emission Spectra,CMT-CMT,119
AFM,Fluorescence Excitation,CMT-CMT,67
AFM,Fluorescence Image,CMT-CMT,952
AFM,Fluorescence Imaging,CMT-CMT,160
AFM,Fluorescence Intensity,CMT-CMT,154
AFM,Fluorescence Intensity,CMT-PRO,1216
AFM,Fluorescence Intensity Ratio,CMT-PRO,39
AFM,Fluorescence Lifetime,CMT-PRO,110
AFM,Fluorescence Measurement,CMT-CMT,61
AFM,Fluorescence Micrograph,CMT-CMT,279
AFM,Fluorescence Microscope,CMT-CMT,270
AFM,Fluorescence Microscopy,CMT-CMT,1056
AFM,Fluorescence Photograph,CMT-CMT,30
AFM,Fluorescence Property,CMT-PRO,37
AFM,Fluorescence Quantum Yield,CMT-PRO,62
AFM,Fluorescence Quenching,CMT-CMT,104
AFM,Fluorescence Quenching,CMT-PRO,50
AFM,Fluorescence Response,CMT-PRO,123
AFM,Fluorescence Signal,CMT-PRO,41
AFM,Fluorescence Spectra,CMT-CMT,562
AFM,Fluorescence Spectroscopy,CMT-CMT,183
AFM,Fluorescence Spectrum,CMT-CMT,76
AFM,Fluorescence Staining,CMT-CMT,57
AFM,Fluorescence Titration,CMT-CMT,41
AFM,Fluorescent,CMT-APL,56
AFM,Fluorescent,CMT-CMT,176
AFM,Fluorescent,CMT-PRO,437
AFM,Fluorescent Image,CMT-CMT,418
AFM,Fluorescent Intensity,CMT-PRO,124
AFM,Fluorescent Micrograph,CMT-CMT,85
AFM,Fluorescent Microscopy,CMT-CMT,175
AFM,Fluorescent Spectra,CMT-CMT,30
AFM,Fluoride,CMT-CHM,117
AFM,Fluorinated,CMT-SMT,77
AFM,Fluorination,CMT-SMT,79
AFM,Fluorine,CMT-CHM,485
AFM,Fluorite,CMT-CHM,59
AFM,Fluorite,CMT-SPL,31
AFM,Fluorocarbon,CMT-CHM,117
AFM,Flux,CMT-PRO,523
AFM,Flux Decline,CMT-PRO,33
AFM,Flux Recovery,CMT-PRO,46
AFM,Flux Recovery Ratio,CMT-PRO,87
AFM,Fluxes,CMT-PRO,73
AFM,Fm State,PRO-PRO,52
AFM,Fn,CMT-CHM,39
AFM,Fn,CMT-PRO,31
AFM,Foam,CMT-DSC,252
AFM,Foams,CMT-DSC,92
AFM,Focal Adhesion,CMT-PRO,37
AFM,Focused Ion Beam,CMT-SMT,57
AFM,Focused Ion Beam (FIB),CMT-SMT,31
AFM,Foil,CMT-DSC,1032
AFM,Foil Substrate,CMT-DSC,35
AFM,Foil Surface,CMT-DSC,34
AFM,Foils,CMT-DSC,331
AFM,Folates,CMT-CHM,38
AFM,Folding,CMT-SMT,52
AFM,Foliation,CMT-PRO,40
AFM,Folic Acid,CMT-CHM,67
AFM,Food,CMT-APL,45
AFM,Force,APL-PRO,90
AFM,Force,CMT-CMT,83
AFM,Force,CMT-PRO,255
AFM,Force Constant,CMT-PRO,42
AFM,Force Curve,APL-CMT,198
AFM,Force Curve,CMT-CMT,657
AFM,Force Curve,CMT-PRO,52
AFM,Force Displacement Curve,CMT-CMT,136
AFM,Force Distance,CMT-CMT,32
AFM,Force Distance,CMT-PRO,38
AFM,Force Distance Curve,APL-CMT,127
AFM,Force Distance Curve,CMT-CMT,461
AFM,Force Map,CMT-CMT,51
AFM,Force Measurement,APL-CMT,51
AFM,Force Measurement,CMT-CMT,177
AFM,Force Profiles,CMT-CMT,101
AFM,Force Profiles,CMT-PRO,43
AFM,Force Spectroscopy,APL-CMT,58
AFM,Force Spectroscopy,CMT-CMT,220
AFM,Forests,CMT-DSC,45
AFM,Form Factor,CMT-PRO,44
AFM,Formal Potential,CMT-PRO,63
AFM,Formaldehyde,CMT-CHM,144
AFM,Formamide,CMT-CHM,125
AFM,Formate,CMT-CHM,63
AFM,Formation,CMT-PRO,36
AFM,Formation Energy,CMT-PRO,84
AFM,Formation Energy,PRO-PRO,82
AFM,Formation Mechanism,CMT-PRO,207
AFM,Formic Acids,CMT-CHM,107
AFM,Formvar,CMT-CHM,38
AFM,Foulants,CMT-APL,30
AFM,Fouling Resistant,CMT-PRO,92
AFM,Fouling Test,CMT-CMT,32
AFM,Four Point Probe,CMT-CMT,47
AFM,Fourier Transform,CMT-CMT,332
AFM,Fourier Transform Infrared,CMT-CMT,613
AFM,Fourier Transform Infrared Spectroscopy,CMT-CMT,812
AFM,Fourier Transformation,CMT-CMT,39
AFM,Fractal,CMT-DSC,34
AFM,Fractal,CMT-PRO,32
AFM,Fractal Analysis,CMT-CMT,31
AFM,Fractal Dimension,CMT-PRO,173
AFM,Fracture,CMT-PRO,85
AFM,Fracture Energy,CMT-PRO,40
AFM,Fracture Mechanism,CMT-PRO,32
AFM,Fracture Morphology,CMT-PRO,49
AFM,Fracture Strength,CMT-PRO,36
AFM,Fracture Surface,CMT-DSC,69
AFM,Fracture Surface,CMT-PRO,453
AFM,Fracture Toughness,CMT-PRO,122
AFM,Free,CMT-PRO,50
AFM,Free Energy,CMT-PRO,167
AFM,Free Energy Diagram,CMT-PRO,77
AFM,Free Energy Landscape,CMT-PRO,34
AFM,Free Energy Profile,CMT-PRO,35
AFM,Free Radical Polymerization,CMT-SMT,56
AFM,Free Standing,CMT-DSC,566
AFM,Free Standing Film,CMT-DSC,119
AFM,Free Surface,CMT-PRO,64
AFM,Free Volume,CMT-PRO,48
AFM,Freeze Drying,CMT-SMT,138
AFM,Freeze Fracture,CMT-SMT,44
AFM,Freeze-Dried,CMT-SMT,251
AFM,Freezing,CMT-SMT,46
AFM,Frequencies,CMT-PRO,40
AFM,Frequency,APL-PRO,30
AFM,Frequency,CMT-PRO,541
AFM,Frequency Response,CMT-PRO,156
AFM,Frequency Shift,CMT-PRO,156
AFM,Freshly,CMT-DSC,62
AFM,Freshly Cleaved,CMT-SMT,51
AFM,Freundlich,CMT-CMT,58
AFM,Freundlich Isotherm,CMT-CMT,40
AFM,Freundlich Model,CMT-CMT,53
AFM,Friction,APL-PRO,83
AFM,Friction,CMT-CMT,57
AFM,Friction,CMT-PRO,626
AFM,Friction Coefficient,APL-PRO,40
AFM,Friction Coefficient,CMT-PRO,774
AFM,Friction Force,APL-PRO,68
AFM,Friction Force,CMT-PRO,367
AFM,Friction Force Microscopy,CMT-CMT,36
AFM,Friction Image,CMT-CMT,89
AFM,Friction Loop,CMT-CMT,34
AFM,Friction Properties,CMT-PRO,58
AFM,Friction Test,CMT-CMT,64
AFM,Frictional,CMT-PRO,36
AFM,Frictional Behaviour,CMT-PRO,51
AFM,Frictional Force,CMT-PRO,94
AFM,Frontier Molecular Orbitals,CMT-PRO,122
AFM,Frontier Orbitals,CMT-PRO,64
AFM,Frr,CMT-PRO,60
AFM,Fructose,CMT-CHM,55
AFM,Ft,CMT-CMT,131
AFM,Ftir - Atr,CMT-CMT,138
AFM,Fuel Cell,CMT-APL,143
AFM,Full Cell,CMT-APL,64
AFM,Full Width at Half Maximum,CMT-PRO,172
AFM,Fullerene,CMT-CHM,579
AFM,Function,CMT-CMT,60
AFM,Function,CMT-PRO,43
AFM,Functional,CMT-PRO,32
AFM,Functional Properties,CMT-PRO,30
AFM,Functionalization,CMT-SMT,76
AFM,Functionalized,CMT-DSC,121
AFM,Functionalized,CMT-SMT,38
AFM,Furnace,CMT-SMT,91
AFM,Fused,CMT-DSC,165
AFM,Fused,CMT-SMT,125
AFM,Fwhms,CMT-PRO,44
AFM,G,CMT-APL,38
AFM,G,CMT-CMT,54
AFM,G,CMT-DSC,35
AFM,G,CMT-PRO,913
AFM,G,CMT-SPL,64
AFM,G,PRO-PRO,38
AFM,G Band,CMT-PRO,304
AFM,G Bands,CMT-PRO,66
AFM,G Peak,CMT-PRO,158
AFM,G Peaks,CMT-PRO,49
AFM,GA,CMT-SMT,32
AFM,GAXRD,CMT-CMT,77
AFM,GB,CMT-DSC,37
AFM,GB,CMT-PRO,64
AFM,GBS,CMT-PRO,35
AFM,GC-MS,CMT-CMT,61
AFM,GCD,CMT-CMT,102
AFM,GCD Curve,CMT-CMT,180
AFM,GCE,CMT-APL,148
AFM,GCES,CMT-APL,50
AFM,GD-OES,CMT-CMT,34
AFM,GFET,CMT-APL,39
AFM,GGA,PRO-CMT,74
AFM,GGA+U,PRO-CMT,34
AFM,GI XRD,CMT-CMT,373
AFM,GI-SAXS,CMT-CMT,45
AFM,GI-XRD,CMT-CMT,324
AFM,GIXD,CMT-CMT,328
AFM,GIXR,CMT-CMT,33
AFM,GIXS,CMT-CMT,31
AFM,GM,CMT-PRO,56
AFM,GMA,CMT-CHM,57
AFM,GPC,CMT-CMT,558
AFM,GS,CMT-PRO,69
AFM,GSH,CMT-CHM,226
AFM,GTP,CMT-CHM,32
AFM,GUVs,CMT-DSC,35
AFM,GZO,CMT-CHM,92
AFM,Ga,CMT-CHM,835
AFM,Ga,PRO-CHM,48
AFM,Ga+,CMT-CHM,61
AFM,Ga2O3,CMT-CHM,140
AFM,GaAs,CMT-CHM,1276
AFM,GaAs(001),CMT-CHM,67
AFM,GaAs(100),CMT-CHM,56
AFM,GaN,CMT-CHM,1648
AFM,GaP,CMT-CHM,91
AFM,GaSb,CMT-CHM,134
AFM,GaSe,CMT-CHM,61
AFM,Gain,CMT-PRO,81
AFM,Galactose,CMT-CHM,63
AFM,Gallium,CMT-CHM,149
AFM,Gallium Nitride,CMT-CHM,42
AFM,Galvanostatic Charge,CMT-CMT,39
AFM,Galvanostatic Charge Discharge,CMT-CMT,72
AFM,Galvanostatic Charge Discharge Curve,CMT-CMT,213
AFM,Galvanostatic Charge Discharge Profile,CMT-CMT,91
AFM,Gamma Irradiation,CMT-SMT,30
AFM,Gap,CMT-PRO,109
AFM,Gap,PRO-PRO,30
AFM,Gap Distance,CMT-PRO,31
AFM,Gap Size,CMT-PRO,34
AFM,Garnet,CMT-SPL,116
AFM,Gas,CMT-APL,32
AFM,Gas Chromatography,CMT-CMT,31
AFM,Gas Permeability,CMT-PRO,43
AFM,Gas Response,CMT-PRO,70
AFM,Gas Sensing,CMT-APL,61
AFM,Gas Sensing Properties,CMT-PRO,49
AFM,Gas Sensors,CMT-APL,213
AFM,Gate,CMT-APL,449
AFM,Gate,CMT-PRO,53
AFM,Gate Dielectric,CMT-APL,327
AFM,Gate Dielectric Layer,CMT-APL,30
AFM,Gate Electrode,CMT-APL,170
AFM,Gate Insulator,CMT-APL,85
AFM,Gate Leakage Current,CMT-PRO,60
AFM,Gate Stacks,CMT-APL,37
AFM,Gate Voltage,CMT-PRO,91
AFM,Gated,CMT-APL,37
AFM,Gates,CMT-APL,56
AFM,Gauge Factor,CMT-PRO,36
AFM,Gaussian,CMT-CMT,52
AFM,Gaussian 09,CMT-CMT,40
AFM,Gaussian Curve,CMT-CMT,35
AFM,Gaussian Fit,APL-CMT,42
AFM,Gaussian Fit,CMT-CMT,346
AFM,Gaussian Fitting,CMT-CMT,152
AFM,Gaussian Function,CMT-CMT,87
AFM,Gc,CMT-APL,31
AFM,Gc,CMT-CMT,52
AFM,Gce,CMT-APL,330
AFM,Gd,CMT-CHM,169
AFM,Gd,PRO-CHM,49
AFM,Gd2O3,CMT-CHM,57
AFM,Ge,CMT-CHM,1062
AFM,Ge,PRO-CHM,46
AFM,Ge(111),CMT-CHM,31
AFM,GeH4,CMT-CHM,38
AFM,GeO2,CMT-CHM,31
AFM,Gel,CMT-DSC,383
AFM,Gel,CMT-PRO,51
AFM,Gel,CMT-SMT,48
AFM,Gel Electrolyte,CMT-APL,38
AFM,Gel Electrophoresis,CMT-CMT,100
AFM,Gel Films,CMT-DSC,34
AFM,Gel Permeation Chromatography,CMT-CMT,113
AFM,Gelation,CMT-SMT,56
AFM,Gelation Properties,CMT-PRO,36
AFM,Gelator,CMT-APL,75
AFM,Gels,CMT-DSC,327
AFM,Gene Delivery,CMT-APL,53
AFM,Gene Expression,CMT-PRO,145
AFM,Gene Transfection Efficiency,CMT-PRO,113
AFM,Generalized Gradient Approximation,PRO-CMT,31
AFM,Generator,CMT-APL,39
AFM,Geological Map,CMT-CMT,130
AFM,Geometric Model,CMT-CMT,34
AFM,Geometric Structure,CMT-PRO,41
AFM,Geometric Structure,PRO-PRO,41
AFM,Geometrical,CMT-PRO,50
AFM,Geometrical Model,CMT-CMT,34
AFM,Geometrical Parameters,CMT-PRO,73
AFM,Geometries,CMT-PRO,67
AFM,Geometry,CMT-PRO,88
AFM,Geometry Parameters,CMT-PRO,66
AFM,Germanium,CMT-CHM,132
AFM,Gibbs Free Energy,CMT-PRO,95
AFM,Gibbsite,CMT-CHM,32
AFM,Gisaxs,CMT-CMT,257
AFM,Giwaxs,CMT-CMT,458
AFM,Glancing Angle X-Ray Diffraction,CMT-CMT,30
AFM,Glass,CMT-APL,34
AFM,Glass,CMT-DSC,1376
AFM,Glass Ceramics,CMT-DSC,31
AFM,Glass Slides,CMT-DSC,59
AFM,Glass Substrate,CMT-DSC,185
AFM,Glass Surface,CMT-DSC,46
AFM,Glass Transition,CMT-PRO,100
AFM,Glass Transition Temperature,CMT-PRO,378
AFM,Glasses,CMT-DSC,274
AFM,Glassy,CMT-DSC,785
AFM,Glassy Carbon,CMT-CHM,711
AFM,Gloss,CMT-PRO,34
AFM,Glu,CMT-CHM,129
AFM,Glucose,CMT-APL,55
AFM,Glucose,CMT-CHM,887
AFM,Glucose Biosensor,CMT-APL,35
AFM,Glucose Detection,CMT-APL,37
AFM,Glucose Oxidase,CMT-APL,84
AFM,Glucose Sensor,CMT-APL,37
AFM,Glutamate,CMT-CHM,38
AFM,Glutaraldehyde,CMT-CHM,223
AFM,Glutathione,CMT-CHM,88
AFM,Gly,CMT-CHM,90
AFM,Glycerol,CMT-CHM,304
AFM,Glycidyl Methacrylate,CMT-CHM,31
AFM,Glycine,CMT-CHM,142
AFM,Goethite,CMT-CHM,44
AFM,Gold Colloid,CMT-CHM,35
AFM,Gox,CMT-APL,82
AFM,Gradient,CMT-DSC,43
AFM,Graft Copolymer,CMT-DSC,89
AFM,Graft Polymerization,CMT-SMT,38
AFM,Grafting,CMT-SMT,46
AFM,Grafting Densities,CMT-PRO,47
AFM,Grafting Density,CMT-PRO,120
AFM,Grain Boundaries,CMT-PRO,590
AFM,Grain Boundary,CMT-PRO,417
AFM,Grain Diameter,CMT-PRO,36
AFM,Grain Orientation,CMT-PRO,68
AFM,Grain Size,CMT-PRO,2032
AFM,Grain Size Distribution,CMT-PRO,115
AFM,Grain Structure,CMT-PRO,128
AFM,Grains,CMT-DSC,349
AFM,Grains,CMT-PRO,197
AFM,Granular,CMT-DSC,55
AFM,Granules,CMT-DSC,113
AFM,Graph,CMT-CMT,30
AFM,Graphene,APL-CHM,91
AFM,Graphene,CMT-CHM,4663
AFM,Graphene,PRO-CHM,59
AFM,Graphene Oxide,CMT-CHM,1399
AFM,Graphite,APL-CHM,78
AFM,Graphite,CMT-CHM,2608
AFM,Graphite Oxides,CMT-CHM,217
AFM,Graphitic,CMT-CHM,420
AFM,Graphitic,CMT-SPL,128
AFM,Graphitic Carbon Nitride,CMT-CHM,42
AFM,Graphitization,CMT-SMT,51
AFM,Graphitized,CMT-SMT,34
AFM,Grating,CMT-APL,219
AFM,Grating,CMT-DSC,496
AFM,Grating,CMT-PRO,38
AFM,Grating Period,CMT-PRO,32
AFM,Grating Structure,CMT-DSC,33
AFM,Grazing Incidence Small Angle X-Ray Scattering,CMT-CMT,42
AFM,Grazing Incidence Wide Angle X-Ray Scattering,CMT-CMT,44
AFM,Grazing Incidence X-Ray Diffraction,CMT-CMT,138
AFM,Grazing Incidence XRD,CMT-CMT,39
AFM,Grazing Incident X-Ray Diffraction,CMT-CMT,39
AFM,Grid,CMT-APL,62
AFM,Grid,CMT-DSC,774
AFM,Grids,CMT-APL,60
AFM,Grids,CMT-DSC,180
AFM,Grinding,CMT-SMT,145
AFM,Groove Depth,CMT-PRO,35
AFM,Ground,CMT-SMT,106
AFM,Ground State,CMT-PRO,78
AFM,Ground State,PRO-PRO,203
AFM,Grown,CMT-DSC,50
AFM,Growth,CMT-PRO,153
AFM,Growth Behavior,CMT-PRO,41
AFM,Growth Curve,CMT-PRO,33
AFM,Growth Kinetics,CMT-PRO,74
AFM,Growth Mechanism,CMT-PRO,263
AFM,Growth Morphology,CMT-PRO,31
AFM,Growth Rate,CMT-PRO,119
AFM,Guanine,CMT-CHM,97
AFM,H & E Staining,CMT-CMT,56
AFM,H&E,CMT-CMT,71
AFM,H&E Stained,CMT-CMT,49
AFM,H&E Staining,CMT-CMT,36
AFM,H+,CMT-CHM,242
AFM,H/E,CMT-PRO,30
AFM,H2,CMT-APL,45
AFM,H2,CMT-CHM,1862
AFM,H2,CMT-PRO,33
AFM,H2 Evolution,CMT-APL,93
AFM,H2 Evolution Rate,CMT-PRO,47
AFM,H2 Gas,CMT-CHM,78
AFM,H2 Production,CMT-APL,69
AFM,H2O,CMT-CHM,1642
AFM,H2O2,CMT-APL,64
AFM,H2O2,CMT-CHM,1174
AFM,H2PtCl6,CMT-CHM,48
AFM,H2S,CMT-CHM,209
AFM,H2SO4,CMT-CHM,1365
AFM,H3BO3,CMT-CHM,34
AFM,H3PO4,CMT-CHM,140
AFM,HAADF,CMT-CMT,167
AFM,HAADF Image,CMT-CMT,56
AFM,HAADF STEM,CMT-CMT,560
AFM,HAuCl4,CMT-CHM,233
AFM,HC,CMT-PRO,84
AFM,HC,PRO-PRO,37
AFM,HCHO,CMT-CHM,46
AFM,HCOOH,CMT-CHM,48
AFM,HCP,CMT-SPL,138
AFM,HCl,CMT-CHM,1520
AFM,HClO4,CMT-CHM,241
AFM,HDPE,CMT-CHM,35
AFM,HEMA,CMT-CHM,108
AFM,HEMT,CMT-APL,55
AFM,HEMTs,CMT-APL,32
AFM,HEPES,CMT-CHM,202
AFM,HER,CMT-APL,62
AFM,HER,CMT-CHM,261
AFM,HER Activity,CMT-PRO,45
AFM,HF Etched,CMT-SMT,37
AFM,HF Etching,CMT-SMT,63
AFM,HFCVD,CMT-SMT,37
AFM,HFIP,CMT-CHM,59
AFM,HIL,CMT-APL,52
AFM,HMDS,CMT-CHM,221
AFM,HMDSO,CMT-CHM,39
AFM,HMSCs,CMT-DSC,74
AFM,HNO3,CMT-CHM,329
AFM,HNO3,CMT-SMT,43
AFM,HOMO,CMT-PRO,131
AFM,HOMO Energy Level,CMT-PRO,52
AFM,HOMOS,CMT-PRO,67
AFM,HPLC,CMT-CMT,38
AFM,HR SEM,CMT-CMT,80
AFM,HREM,CMT-CMT,73
AFM,HRP,CMT-APL,65
AFM,HRP,CMT-CHM,91
AFM,HRSEM,CMT-CMT,120
AFM,HRTEM,APL-CMT,32
AFM,HRTEM,CMT-CMT,6131
AFM,HRXPS,CMT-CMT,35
AFM,HRXRD,CMT-CMT,334
AFM,HT,CMT-SMT,45
AFM,HTL,CMT-APL,52
AFM,HTLS,CMT-APL,146
AFM,HTLs,CMT-APL,31
AFM,HTM,CMT-APL,103
AFM,HTMS,CMT-APL,54
AFM,HUVECs,CMT-APL,62
AFM,HVPE,CMT-SMT,60
AFM,Haematoxylin,CMT-CHM,87
AFM,Haematoxylin Eosin,CMT-CMT,34
AFM,Half,CMT-DSC,34
AFM,Half Cell,CMT-APL,72
AFM,Half Life,CMT-PRO,36
AFM,Half Metallic,PRO-PRO,30
AFM,Halide Perovskite,CMT-CHM,37
AFM,Halides,CMT-CHM,172
AFM,Hall Bar,CMT-APL,30
AFM,Hall Coefficient,CMT-PRO,33
AFM,Hall Effect,CMT-CMT,41
AFM,Hall Effect Measurement,CMT-CMT,100
AFM,Hall Measurement,CMT-CMT,119
AFM,Hall Mobility,CMT-PRO,286
AFM,Hall Resistance,CMT-PRO,34
AFM,Halloysite,CMT-CHM,41
AFM,Halo,CMT-CHM,72
AFM,Halogen,CMT-CHM,128
AFM,Hamaker Constant,CMT-PRO,111
AFM,Hard,CMT-PRO,340
AFM,Hard Segments,CMT-PRO,50
AFM,Hardening,CMT-SMT,31
AFM,Harder,CMT-PRO,35
AFM,Hardness,CMT-PRO,1448
AFM,Haze,CMT-PRO,116
AFM,He+,CMT-CHM,80
AFM,Heat,CMT-PRO,34
AFM,Heat,CMT-SMT,85
AFM,Heat Capacity,CMT-PRO,41
AFM,Heat Capacity,PRO-PRO,50
AFM,Heat Flow,CMT-PRO,73
AFM,Heat Flux,CMT-PRO,30
AFM,Heat Map,CMT-CMT,45
AFM,Heat Transfer,CMT-PRO,40
AFM,Heat Transfer Coefficient,CMT-PRO,31
AFM,Heat Treated,CMT-SMT,477
AFM,Heat Treatment,CMT-SMT,907
AFM,Heated,CMT-SMT,1029
AFM,Heaters,CMT-APL,153
AFM,Heaters,CMT-SMT,37
AFM,Heating,CMT-SMT,2576
AFM,Heating,PRO-SMT,35
AFM,Heating Curve,CMT-CMT,33
AFM,Heating/Cooling,CMT-SMT,56
AFM,Height,APL-PRO,32
AFM,Height,CMT-CMT,463
AFM,Height,CMT-PRO,541
AFM,Height AFM,CMT-CMT,46
AFM,Height Analysis,CMT-CMT,135
AFM,Height Curve,CMT-CMT,47
AFM,Height Distribution,CMT-CMT,55
AFM,Height Distribution,CMT-PRO,311
AFM,Height Histogram,CMT-CMT,204
AFM,Height Images,APL-CMT,53
AFM,Height Images,CMT-CMT,983
AFM,Height Measurement,CMT-CMT,76
AFM,Height Mode,CMT-CMT,60
AFM,Height Profile,APL-CMT,52
AFM,Height Profile,CMT-CMT,4434
AFM,Height Profile,CMT-PRO,566
AFM,Height Profile Analysis,CMT-CMT,59
AFM,Hela,CMT-APL,36
AFM,Helical,CMT-DSC,105
AFM,Helical,CMT-PRO,80
AFM,Helical Fibers,CMT-DSC,31
AFM,Helical Pitch,CMT-PRO,38
AFM,Helical Structures,CMT-PRO,50
AFM,Helices,CMT-DSC,76
AFM,Helicity,CMT-PRO,38
AFM,Helium,CMT-CHM,203
AFM,Helix,CMT-DSC,52
AFM,Helix,CMT-PRO,52
AFM,Hematite,CMT-CHM,150
AFM,Heme,CMT-CHM,53
AFM,Hemicellulose,CMT-CHM,40
AFM,Hemin,CMT-CHM,63
AFM,Hemispheres,CMT-DSC,40
AFM,Hemocompatibility,CMT-PRO,44
AFM,Hemolysis,CMT-PRO,30
AFM,Heptane,CMT-CHM,84
AFM,Hertz Model,CMT-CMT,68
AFM,Hetero Interfaces,CMT-DSC,60
AFM,Heteroepitaxially,CMT-DSC,54
AFM,Heterogeneity,CMT-PRO,30
AFM,Heterogeneous,CMT-DSC,30
AFM,Heterojunction,CMT-APL,240
AFM,Heterojunction,CMT-DSC,590
AFM,Heterojunction Device,CMT-APL,32
AFM,Heterojunction Diode,CMT-APL,36
AFM,Heterojunction Solar Cells,CMT-APL,62
AFM,Heterostructure,CMT-DSC,1131
AFM,Heterostructure,PRO-DSC,63
AFM,Hexadecane,CMT-CHM,181
AFM,Hexadecanethiol,CMT-CHM,41
AFM,Hexagon,CMT-DSC,59
AFM,Hexagonal,APL-SPL,35
AFM,Hexagonal,CMT-DSC,43
AFM,Hexagonal,CMT-SPL,2182
AFM,Hexagonal,PRO-SPL,88
AFM,Hexagonal Wurtzite,CMT-SPL,131
AFM,Hexagonally,CMT-SPL,91
AFM,Hexamethyl Disilazane,CMT-CHM,36
AFM,Hexane,CMT-CHM,420
AFM,Hexyl,CMT-CHM,50
AFM,Hf,CMT-CHM,121
AFM,HfO2,CMT-CHM,313
AFM,Hg,CMT-CHM,199
AFM,Hg(II),CMT-CHM,40
AFM,Hg2+,CMT-CHM,162
AFM,Hierarchical,CMT-DSC,120
AFM,Hierarchical,CMT-PRO,42
AFM,Hierarchical Structure,CMT-PRO,85
AFM,Hierarchically Porous,CMT-DSC,36
AFM,High,CMT-CMT,174
AFM,High,CMT-PRO,98
AFM,High Angle Annular Dark Field,CMT-CMT,49
AFM,High Magnification,CMT-CMT,39
AFM,High Magnification Image,CMT-CMT,30
AFM,High Magnification SEM,CMT-CMT,121
AFM,High Magnification TEM,CMT-CMT,125
AFM,High Performance Liquid Chromatography,CMT-CMT,30
AFM,High Resolution,CMT-CMT,164
AFM,High Resolution AFM,CMT-CMT,213
AFM,High Resolution Atomic Force Microscopy,CMT-CMT,38
AFM,High Resolution C1S XPS,CMT-CMT,55
AFM,High Resolution C1s,CMT-CMT,181
AFM,High Resolution Imaging,CMT-CMT,338
AFM,High Resolution N1S XPS,CMT-CMT,36
AFM,High Resolution N1s,CMT-CMT,61
AFM,High Resolution SEM,CMT-CMT,244
AFM,High Resolution STEM,CMT-CMT,35
AFM,High Resolution STM,CMT-CMT,100
AFM,High Resolution Scan,CMT-CMT,104
AFM,High Resolution Scanning Electron Microscopy,CMT-CMT,43
AFM,High Resolution Spectrum,CMT-CMT,188
AFM,High Resolution TEM,CMT-CMT,1499
AFM,High Resolution Transmission Electron Microscope,CMT-CMT,30
AFM,High Resolution Transmission Electron Microscopy,CMT-CMT,171
AFM,High Resolution X-Ray Diffraction,CMT-CMT,115
AFM,High Resolution XPS,CMT-CMT,1386
AFM,High Resolution XRD,CMT-CMT,34
AFM,High-,CMT-CMT,30
AFM,High-K,CMT-PRO,60
AFM,High-Resolution,CMT-CMT,147
AFM,High-Resolution Transmission Electron Microscopy,CMT-CMT,183
AFM,Highest Occupied Molecular Orbitals,CMT-PRO,93
AFM,Hillocks,CMT-DSC,31
AFM,Histidine,CMT-CHM,89
AFM,Histogram,APL-CMT,34
AFM,Histogram,CMT-CMT,291
AFM,Histogram Analysis,CMT-CMT,37
AFM,Histological,CMT-CMT,52
AFM,Histological Analysis,CMT-CMT,65
AFM,Histology,CMT-CMT,41
AFM,Hmds,CMT-SMT,40
AFM,Hoechst 33258,CMT-CHM,38
AFM,Hoechst33342,CMT-CHM,121
AFM,Hole Array,CMT-DSC,38
AFM,Hole Concentration,CMT-PRO,82
AFM,Hole Depth,CMT-PRO,30
AFM,Hole Diameter,CMT-PRO,35
AFM,Hole Mobilities,CMT-PRO,172
AFM,Hole Mobility,CMT-PRO,332
AFM,Hole Only Device,CMT-APL,335
AFM,Hole Transport,CMT-PRO,56
AFM,Hole Transporting Layer,CMT-APL,147
AFM,Hole-Only,CMT-APL,89
AFM,Holey,CMT-DSC,102
AFM,Hollow,CMT-DSC,199
AFM,Hollow Fiber,CMT-DSC,104
AFM,Hollow Fibre Membrane,CMT-DSC,111
AFM,Hollow Sphere,CMT-DSC,98
AFM,Homo,CMT-PRO,819
AFM,Homo Level,CMT-PRO,74
AFM,Homoepitaxial,CMT-DSC,74
AFM,Homogeneity,CMT-PRO,47
AFM,Homogeneous,CMT-DSC,59
AFM,Homogeneous,CMT-PRO,65
AFM,Homogenization,CMT-SMT,42
AFM,Homopolymer,CMT-DSC,218
AFM,Honeycomb,CMT-DSC,197
AFM,Honeycomb Film,CMT-DSC,52
AFM,Hot Pressed,CMT-SMT,56
AFM,Hot-Pressing,CMT-SMT,46
AFM,Hplc,CMT-CMT,159
AFM,Hrs,CMT-PRO,110
AFM,Ht,CMT-SMT,55
AFM,Htl,CMT-APL,236
AFM,Humidity Sensor,CMT-APL,71
AFM,Hybrid,CMT-APL,181
AFM,Hybrid,CMT-DSC,488
AFM,Hybrid Composite,CMT-DSC,53
AFM,Hybrid Film,CMT-DSC,481
AFM,Hybrid Hydrogels,CMT-DSC,30
AFM,Hybrid Layer,CMT-DSC,33
AFM,Hybrid Membrane,CMT-DSC,119
AFM,Hybrid Nanocomposite,CMT-DSC,52
AFM,Hybrid Nanomaterial,CMT-DSC,30
AFM,Hybrid Nanostructures,CMT-DSC,37
AFM,Hybrid Solar Cell,CMT-APL,72
AFM,Hybrid Thin Film,CMT-DSC,30
AFM,Hydrated,CMT-SMT,91
AFM,Hydration,CMT-PRO,31
AFM,Hydration,CMT-SMT,103
AFM,Hydrazine,CMT-CHM,267
AFM,Hydrazine Hydrate,CMT-CHM,46
AFM,Hydride,CMT-CHM,70
AFM,Hydrocarbon,CMT-CHM,361
AFM,Hydrochloric Acid,CMT-CHM,142
AFM,Hydrodynamic Diameter,CMT-PRO,426
AFM,Hydrodynamic Radii,CMT-PRO,79
AFM,Hydrodynamic Radius,CMT-PRO,149
AFM,Hydrodynamic Size,CMT-PRO,108
AFM,Hydrodynamic Size Distribution,CMT-PRO,40
AFM,Hydrofluoric Acid,CMT-CHM,61
AFM,Hydrogel,CMT-APL,35
AFM,Hydrogel,CMT-DSC,1041
AFM,Hydrogel Films,CMT-DSC,54
AFM,Hydrogen,APL-CHM,82
AFM,Hydrogen,CMT-CHM,3935
AFM,Hydrogen,PRO-CHM,87
AFM,Hydrogen Bond,CMT-PRO,31
AFM,Hydrogen Bonding,CMT-PRO,38
AFM,Hydrogen Concentration,CMT-PRO,47
AFM,Hydrogen Evolution,CMT-APL,89
AFM,Hydrogen Evolution Rate,CMT-PRO,41
AFM,Hydrogen Evolution Reaction,CMT-APL,67
AFM,Hydrogen Peroxide,CMT-CHM,261
AFM,Hydrogen Plasma,CMT-SMT,41
AFM,Hydrogen Production,CMT-APL,52
AFM,Hydrogen-Terminated,CMT-DSC,32
AFM,Hydrogenated,CMT-SMT,239
AFM,Hydrogenation,CMT-APL,34
AFM,Hydrogenation,CMT-SMT,120
AFM,Hydrolysed,CMT-SMT,125
AFM,Hydrolysis,CMT-SMT,471
AFM,Hydrophilic,APL-PRO,75
AFM,Hydrophilic,CMT-PRO,1783
AFM,Hydrophilic Domains,CMT-PRO,36
AFM,Hydrophilic Property,CMT-PRO,43
AFM,Hydrophilicity,CMT-PRO,517
AFM,Hydrophobic,APL-PRO,86
AFM,Hydrophobic,CMT-PRO,1995
AFM,Hydrophobic Character,CMT-PRO,32
AFM,Hydrophobic Domains,CMT-PRO,48
AFM,Hydrophobic Force,CMT-PRO,35
AFM,Hydrophobic Interaction,CMT-PRO,172
AFM,Hydrophobic Property,CMT-PRO,54
AFM,Hydrophobicity,CMT-PRO,440
AFM,Hydrophobized,CMT-SMT,34
AFM,Hydroquinone,CMT-CHM,92
AFM,Hydrosilylation,CMT-SMT,41
AFM,Hydrothermal,CMT-SMT,109
AFM,Hydrothermal Method,CMT-SMT,123
AFM,Hydrothermal Process,CMT-SMT,60
AFM,Hydrothermal Reaction,CMT-SMT,63
AFM,Hydrothermal Synthesis,CMT-SMT,64
AFM,Hydrothermal Treatment,CMT-SMT,135
AFM,Hydrothermally Treated,CMT-SMT,30
AFM,Hydroxide,CMT-CHM,298
AFM,Hydroxide Conductivity,CMT-PRO,46
AFM,Hydroxy,CMT-CHM,53
AFM,Hydroxyapatite,CMT-CHM,219
AFM,Hydroxyl,CMT-CHM,816
AFM,Hydroxylated,CMT-SMT,107
AFM,Hydroxyls,CMT-CHM,52
AFM,Hyperbranched,CMT-DSC,94
AFM,Hysteresis,CMT-PRO,442
AFM,Hysteresis Behavior,CMT-PRO,30
AFM,Hysteresis Curve,CMT-CMT,75
AFM,Hysteresis Loop,CMT-CMT,578
AFM,Hysteresis Loop,CMT-PRO,104
AFM,Hysteresis Loop,PRO-CMT,76
AFM,Hysteresis Loop,PRO-PRO,32
AFM,I D,CMT-PRO,43
AFM,I V,CMT-CMT,143
AFM,I V,CMT-PRO,117
AFM,I V Plots,CMT-CMT,44
AFM,I-T Curve,CMT-CMT,58
AFM,I-V,CMT-CMT,127
AFM,I-V Characteristic,CMT-PRO,95
AFM,I-V Characteristics,CMT-CMT,64
AFM,I-V Characteristics,CMT-PRO,1282
AFM,I-V Measurement,CMT-CMT,85
AFM,I-t Curve,CMT-CMT,35
AFM,I/I0,CMT-PRO,46
AFM,IBAD,CMT-SMT,40
AFM,IC50,CMT-PRO,70
AFM,ICBA,CMT-CHM,75
AFM,ICDD,CMT-CHM,61
AFM,ICG,CMT-CHM,35
AFM,ICP,CMT-CMT,112
AFM,ICP,CMT-SMT,42
AFM,ICP Etching,CMT-SMT,41
AFM,ICP-MS,CMT-CMT,89
AFM,ICVD,CMT-SMT,51
AFM,ID/IG,CMT-PRO,156
AFM,ID/IG Ratio,CMT-PRO,148
AFM,IDS,CMT-PRO,171
AFM,IDS VDS,CMT-PRO,38
AFM,IDS VG,CMT-PRO,90
AFM,IEC,CMT-PRO,41
AFM,IFFT,CMT-CMT,31
AFM,ILSS,CMT-PRO,33
AFM,IP,CMT-PRO,106
AFM,IP,CMT-SMT,71
AFM,IPA,CMT-CHM,340
AFM,IPA,CMT-PRO,30
AFM,IPCE,CMT-CMT,771
AFM,IPCE,CMT-PRO,213
AFM,IPCE Curves,CMT-CMT,90
AFM,IPCE Spectra,CMT-CMT,55
AFM,IPN,CMT-DSC,33
AFM,IR,CMT-CMT,431
AFM,IR Absorption,CMT-CMT,71
AFM,IR Spectroscopy,CMT-CMT,96
AFM,IR Thermal Images,CMT-CMT,37
AFM,IR Transmission,CMT-CMT,43
AFM,IRF,CMT-CMT,36
AFM,ISD,CMT-PRO,55
AFM,ISO,CMT-CHM,52
AFM,ITO,CMT-CHM,3649
AFM,IV,CMT-CMT,31
AFM,IV,CMT-PRO,30
AFM,IV Curve,CMT-CMT,856
AFM,IV Curve,CMT-PRO,33
AFM,IV Measurement,CMT-CMT,58
AFM,IZO,CMT-CHM,114
AFM,Ibuprofen,CMT-CHM,35
AFM,Icosahedral,CMT-SPL,33
AFM,Ideality Factor,CMT-PRO,131
AFM,Iec,CMT-PRO,100
AFM,Iep,CMT-PRO,31
AFM,Illumination,CMT-SMT,32
AFM,Ilmenite,CMT-CHM,49
AFM,Image,CMT-CMT,404
AFM,Image,CMT-PRO,55
AFM,Image Analysis,CMT-CMT,151
AFM,Image Processing,CMT-CMT,52
AFM,ImageJ,CMT-CMT,146
AFM,ImageJ Software,CMT-CMT,32
AFM,Images,CMT-CMT,416
AFM,Imaginary,CMT-PRO,135
AFM,Imaginary Part,CMT-PRO,266
AFM,Imaging,CMT-APL,92
AFM,Imaging,CMT-CMT,120
AFM,Imidazole,CMT-CHM,101
AFM,Imidazolium,CMT-CHM,69
AFM,Imide,CMT-CHM,43
AFM,Imines,CMT-CHM,79
AFM,Immersion,CMT-SMT,100
AFM,Immersion Tests,CMT-CMT,41
AFM,Immunoassays,CMT-APL,97
AFM,Immunofluorescence,CMT-CMT,151
AFM,Immunofluorescence Images,CMT-CMT,44
AFM,Immunofluorescence Staining,CMT-CMT,152
AFM,Immunohistochemistry,CMT-CMT,34
AFM,Immunosensor,CMT-APL,179
AFM,Immunostaining,CMT-CMT,48
AFM,Impact Strength,CMT-PRO,42
AFM,Impedance,CMT-CMT,152
AFM,Impedance,CMT-PRO,799
AFM,Impedance Analysis,CMT-CMT,32
AFM,Impedance Measurement,CMT-CMT,118
AFM,Impedance Parameters,CMT-PRO,34
AFM,Impedance Plot,CMT-CMT,79
AFM,Impedance Response,CMT-PRO,44
AFM,Impedance Spectra,CMT-CMT,258
AFM,Impedance Spectroscopy,CMT-CMT,201
AFM,Implantations,CMT-SMT,336
AFM,Implanted,CMT-SMT,431
AFM,Implants,CMT-APL,232
AFM,Impregnated,CMT-SMT,32
AFM,Impregnating,CMT-SMT,35
AFM,Imprinted,CMT-SMT,95
AFM,Imprinting,CMT-SMT,97
AFM,In Situ Polymerization,CMT-SMT,41
AFM,In-Plane,CMT-PRO,39
AFM,In2O3,CMT-CHM,237
AFM,InGaAs,CMT-CHM,241
AFM,InP,CMT-CHM,49
AFM,Incident Photon-to-Current Conversion Efficiency,CMT-PRO,48
AFM,Incident Photon-to-Current Efficiency,CMT-PRO,38
AFM,Inclusions,CMT-DSC,128
AFM,Incubation,CMT-SMT,34
AFM,Indentation,CMT-CMT,76
AFM,Indentation,CMT-SMT,140
AFM,Indentation Depth,CMT-PRO,96
AFM,Indentation Hardness,CMT-PRO,43
AFM,Indentation Modulus,CMT-PRO,48
AFM,Indentation Test,CMT-CMT,52
AFM,Indenter,CMT-APL,30
AFM,Index of Refraction,CMT-PRO,44
AFM,Indirect Band Gap,CMT-PRO,75
AFM,Indium,CMT-CHM,351
AFM,Indium Content,CMT-PRO,32
AFM,Indium Oxide,CMT-CHM,54
AFM,Indium-Tin Oxide,CMT-CHM,405
AFM,Industrial Applications,CMT-APL,36
AFM,Infrared,CMT-CMT,250
AFM,Infrared Absorption,CMT-CMT,67
AFM,Infrared Images,CMT-CMT,43
AFM,Infrared Spectra,CMT-CMT,139
AFM,Infrared Spectroscopy,CMT-CMT,129
AFM,Infrared Thermal Images,CMT-CMT,52
AFM,Inhibition Efficiency,CMT-PRO,179
AFM,Inhibitor,CMT-APL,106
AFM,Injection Moulded,CMT-SMT,38
AFM,Injection Moulding,CMT-SMT,37
AFM,Ink,CMT-APL,63
AFM,Ink,CMT-DSC,68
AFM,Ink Jet Printed,CMT-SMT,178
AFM,Inkjet,CMT-SMT,36
AFM,Inkjet Printing,CMT-SMT,176
AFM,Inks,CMT-APL,42
AFM,Insoluble,CMT-PRO,31
AFM,Instrumental Response Function,CMT-PRO,56
AFM,Insulating,APL-PRO,30
AFM,Insulating,CMT-PRO,440
AFM,Insulating,PRO-PRO,51
AFM,Insulator,CMT-APL,48
AFM,Insulator,CMT-PRO,200
AFM,Insulator,PRO-PRO,37
AFM,Integrated Circuit,CMT-APL,38
AFM,Integrated Current Density,CMT-PRO,37
AFM,Integrating Sphere,CMT-CMT,33
AFM,Integrity,CMT-PRO,30
AFM,Intensity,CMT-CMT,49
AFM,Intensity,CMT-PRO,164
AFM,Intensity Distribution,CMT-PRO,32
AFM,Intensity Profile,CMT-CMT,97
AFM,Intensity Profile,CMT-PRO,34
AFM,Intensity Ratio,CMT-PRO,97
AFM,Inter Atomic Distance,CMT-PRO,38
AFM,Interaction,CMT-PRO,115
AFM,Interaction Energies,CMT-PRO,51
AFM,Interaction Energy,CMT-PRO,87
AFM,Interaction Force,APL-PRO,52
AFM,Interaction Force,CMT-PRO,238
AFM,Interaction Parameter,CMT-PRO,30
AFM,Interconnect,CMT-APL,61
AFM,Interdigitated,CMT-APL,58
AFM,Interdigitated Electrode,CMT-APL,34
AFM,Interdigitated Electrodes,CMT-APL,89
AFM,Interface,APL-DSC,190
AFM,Interface,CMT-APL,37
AFM,Interface,CMT-DSC,5856
AFM,Interface,CMT-PRO,60
AFM,Interface,PRO-DSC,157
AFM,Interface Layer,CMT-DSC,72
AFM,Interface Roughness,CMT-PRO,50
AFM,Interface State,CMT-PRO,34
AFM,Interface Width,CMT-PRO,30
AFM,Interfacial,CMT-DSC,158
AFM,Interfacial,CMT-PRO,55
AFM,Interfacial Adhesion,CMT-PRO,55
AFM,Interfacial Area,CMT-PRO,30
AFM,Interfacial Energy,CMT-PRO,80
AFM,Interfacial Film,CMT-DSC,35
AFM,Interfacial Interaction,CMT-PRO,72
AFM,Interfacial Layer,CMT-DSC,217
AFM,Interfacial Polymerization,CMT-SMT,241
AFM,Interfacial Properties,CMT-PRO,100
AFM,Interfacial Shear Strength,CMT-PRO,48
AFM,Interfacial Structure,CMT-PRO,57
AFM,Interfacial Tension,CMT-PRO,123
AFM,Interference Pattern,CMT-PRO,30
AFM,Interlayer Distance,CMT-PRO,135
AFM,Interlayer Spacing,CMT-PRO,139
AFM,Interlayers,CMT-APL,61
AFM,Interlayers,CMT-DSC,517
AFM,Intermediate Layer,CMT-DSC,37
AFM,Intermetallic,CMT-PRO,80
AFM,Intermolecular Interaction,CMT-PRO,37
AFM,Internal,CMT-PRO,30
AFM,Internal Quantum Efficiency,CMT-PRO,68
AFM,Internal Stresses,CMT-PRO,69
AFM,Internal Structures,CMT-PRO,75
AFM,Interparticle Distance,CMT-PRO,85
AFM,Interparticle Spacing,CMT-PRO,45
AFM,Interphase,CMT-DSC,81
AFM,Interplanar Distance,CMT-PRO,51
AFM,Interplanar Spacing,CMT-PRO,79
AFM,Intracellular Drug Delivery,CMT-APL,30
AFM,Intraparticle Diffusion Model,CMT-CMT,31
AFM,Intrinsic Viscosity,CMT-PRO,59
AFM,Inverse FFT,CMT-CMT,32
AFM,Inverse Opal,CMT-DSC,33
AFM,Inverse Pole Figure,CMT-CMT,65
AFM,Inverted,CMT-APL,71
AFM,Inverted Device,CMT-APL,56
AFM,Inverted Microscope,CMT-CMT,30
AFM,Inverted PSCs,CMT-APL,68
AFM,Inverted Solar Cell,CMT-APL,66
AFM,Inverter,CMT-APL,153
AFM,Iodide,CMT-CHM,100
AFM,Iodine,CMT-CHM,208
AFM,Ion,CMT-PRO,48
AFM,Ion,CMT-SMT,35
AFM,Ion Beam,CMT-SMT,50
AFM,Ion Bombardment,CMT-SMT,98
AFM,Ion Conductivity,CMT-PRO,30
AFM,Ion Current,CMT-PRO,32
AFM,Ion Exchange,CMT-SMT,46
AFM,Ion Exchange Capacity,CMT-PRO,99
AFM,Ion Implantation,CMT-SMT,128
AFM,Ion Implanted,CMT-SMT,69
AFM,Ion Irradiated,CMT-SMT,57
AFM,Ion Irradiation,CMT-SMT,122
AFM,Ion Milling,CMT-SMT,31
AFM,Ion Transport,CMT-PRO,32
AFM,Ion/Ioff,CMT-PRO,50
AFM,Ion/Ioff Ratio,CMT-PRO,32
AFM,Ionic,CMT-PRO,59
AFM,Ionic Conductivity,CMT-PRO,253
AFM,Ionic Current,CMT-PRO,37
AFM,Ionization Potential,CMT-PRO,59
AFM,Ions,CMT-CHM,40
AFM,Iqe,CMT-PRO,63
AFM,Ir,CMT-CHM,250
AFM,Ir,CMT-CMT,913
AFM,Ir,CMT-PRO,58
AFM,IrO2,CMT-CHM,117
AFM,Iridium,CMT-CHM,71
AFM,Iron,CMT-CHM,736
AFM,Iron,PRO-CHM,84
AFM,Iron Oxide,CMT-CHM,334
AFM,Irradiated,CMT-SMT,1753
AFM,Irradiating,CMT-SMT,107
AFM,Irradiation,CMT-CMT,30
AFM,Irradiation,CMT-SMT,2425
AFM,Irras,CMT-CMT,80
AFM,Is,CMT-PRO,30
AFM,Isc,CMT-PRO,60
AFM,Island,CMT-DSC,212
AFM,Island Density,CMT-PRO,61
AFM,Island Film,CMT-DSC,53
AFM,Island Size,CMT-PRO,41
AFM,Islands,CMT-DSC,668
AFM,Isocyanates,CMT-CHM,64
AFM,Isoelectric Point,CMT-PRO,82
AFM,Isooctane,CMT-CHM,39
AFM,Isopropanol,CMT-CHM,262
AFM,Isopropyl Alcohol,CMT-CHM,62
AFM,Isosurfaces,CMT-PRO,34
AFM,Isosurfaces,PRO-PRO,42
AFM,Isothermal Crystallization,CMT-SMT,82
AFM,Isothermally Crystallized,CMT-SMT,44
AFM,Isotherms,CMT-CMT,250
AFM,Isotherms,CMT-PRO,88
AFM,Itc,CMT-CMT,75
AFM,I–L,CMT-CHM,36
AFM,I–V Curve,CMT-CMT,505
AFM,I–V Curve,CMT-PRO,54
AFM,I–V Curves,CMT-CMT,50
AFM,J PH,CMT-PRO,54
AFM,J SC,CMT-PRO,322
AFM,J V Curve,CMT-CMT,118
AFM,J V Curve,CMT-PRO,44
AFM,J V Plots,CMT-CMT,38
AFM,J Vcurve,CMT-CMT,164
AFM,J Vcurve,CMT-PRO,119
AFM,J-Aggregate,CMT-DSC,33
AFM,J-Aggregates,CMT-DSC,33
AFM,J-E Characteristics,CMT-PRO,31
AFM,J-V,CMT-CMT,46
AFM,J-V Characteristic,CMT-PRO,60
AFM,J-V Characteristic Curve,CMT-CMT,30
AFM,J-V Characteristics,CMT-CMT,65
AFM,J-V Characteristics,CMT-PRO,1491
AFM,J-V Curve,CMT-CMT,596
AFM,J-V Curve,CMT-PRO,116
AFM,JCPDS,CMT-CMT,41
AFM,JSC,CMT-PRO,641
AFM,JV Curve,CMT-CMT,1015
AFM,JV Curve,CMT-PRO,44
AFM,Janus,CMT-DSC,53
AFM,Jkr,CMT-CMT,36
AFM,Joints,CMT-APL,31
AFM,Joule Heating,CMT-SMT,43
AFM,Jsc,CMT-PRO,97
AFM,Junctions,APL-APL,39
AFM,Junctions,CMT-APL,369
AFM,Junctions,CMT-DSC,102
AFM,Jv,CMT-CMT,40
AFM,Jv,CMT-PRO,42
AFM,K,APL-PRO,45
AFM,K,CMT-CHM,69
AFM,K,CMT-CMT,34
AFM,K,CMT-PRO,775
AFM,K+,CMT-CHM,313
AFM,K-Edge,CMT-CMT,53
AFM,K-Edge,CMT-PRO,33
AFM,K-Feldspar,CMT-CHM,38
AFM,K2,CMT-PRO,37
AFM,K2CO3,CMT-CHM,196
AFM,K2O,CMT-CHM,94
AFM,K2SO4,CMT-CHM,90
AFM,K3Fe(CN)6,CMT-CHM,181
AFM,K3[Fe(CN)6],CMT-CHM,157
AFM,K4Fe (CN)6,CMT-CHM,103
AFM,K4[Fe(CN)6],CMT-CHM,117
AFM,KBr,CMT-CHM,65
AFM,KCl,APL-CHM,42
AFM,KCl,CMT-CHM,1459
AFM,KDP,CMT-CHM,35
AFM,KH2PO4,CMT-CHM,45
AFM,KHCO3,CMT-CHM,34
AFM,KL Plot,CMT-CMT,52
AFM,KMnO4,CMT-CHM,70
AFM,KNO3,CMT-CHM,207
AFM,KOH,CMT-CHM,1288
AFM,KOH Etching,CMT-SMT,40
AFM,KPFM,CMT-CMT,73
AFM,Ka,CMT-PRO,40
AFM,Kaolinite,CMT-CHM,53
AFM,Kbr,CMT-DSC,47
AFM,Kd,CMT-PRO,39
AFM,Kelvin Probe,CMT-CMT,50
AFM,Kelvin Probe Force Microscopy,CMT-CMT,94
AFM,Ketone,CMT-CHM,43
AFM,Kfm,CMT-CMT,69
AFM,Kidneys,CMT-APL,37
AFM,Kidneys,CMT-PRO,47
AFM,Kinetic Analysis,CMT-CMT,54
AFM,Kinetic Curve,CMT-CMT,76
AFM,Kinetic Parameters,CMT-PRO,174
AFM,Kinetic Plots,CMT-CMT,41
AFM,Kinetic Studies,CMT-CMT,33
AFM,Kinetics,CMT-CMT,31
AFM,Kinetics,CMT-PRO,124
AFM,Kinetics Model,CMT-CMT,78
AFM,Koutecky-Levich Plot,CMT-CMT,107
AFM,Kpfm,CMT-CMT,298
AFM,Kubelka Munk Function,CMT-CMT,45
AFM,Kurtosis,CMT-PRO,35
AFM,Kyanite,CMT-CHM,35
AFM,L,CMT-PRO,271
AFM,L Glutamic Acid,CMT-CHM,68
AFM,L-Cys,CMT-CHM,30
AFM,L-Cysteine,CMT-CHM,69
AFM,LB,CMT-SMT,101
AFM,LB Film,CMT-DSC,576
AFM,LB Films,CMT-DSC,45
AFM,LB Monolayer,CMT-DSC,62
AFM,LBL,CMT-SMT,54
AFM,LBL Assembly,CMT-SMT,142
AFM,LBL Deposition,CMT-SMT,60
AFM,LBL Film,CMT-DSC,288
AFM,LBL Self Assembly,CMT-SMT,39
AFM,LC Cell,CMT-APL,44
AFM,LCST,CMT-PRO,150
AFM,LDH Assay,CMT-CMT,40
AFM,LDOS,CMT-PRO,32
AFM,LDPE,CMT-CHM,105
AFM,LED,CMT-APL,474
AFM,LED Device,CMT-APL,39
AFM,LEDs,CMT-APL,326
AFM,LEED,CMT-CMT,191
AFM,LEEM,CMT-CMT,45
AFM,LFM,CMT-CMT,163
AFM,LIB,CMT-APL,43
AFM,LIBs,CMT-APL,64
AFM,LNO,CMT-CHM,108
AFM,LPCVD,CMT-SMT,104
AFM,LRS,CMT-PRO,146
AFM,LS,CMT-APL,31
AFM,LS,CMT-CMT,37
AFM,LS,CMT-PRO,31
AFM,LS,CMT-SMT,75
AFM,LSCM,CMT-CMT,94
AFM,LSCO,CMT-CHM,41
AFM,LSPR,CMT-CMT,46
AFM,LSPR,CMT-PRO,129
AFM,LSV,CMT-CMT,506
AFM,LSV Curves,CMT-CMT,137
AFM,LSVS,CMT-CMT,76
AFM,LSVs,CMT-CMT,34
AFM,LT,CMT-SMT,46
AFM,LTO,CMT-CHM,45
AFM,LUMO,CMT-PRO,551
AFM,LUMO Energy Level,CMT-PRO,155
AFM,LUMO Orbitals,CMT-PRO,54
AFM,LZO,CMT-CHM,40
AFM,La,CMT-CHM,251
AFM,La,PRO-CHM,61
AFM,La2O3,CMT-CHM,51
AFM,LaAlO3,CMT-CHM,117
AFM,LaNiO3,CMT-CHM,42
AFM,Label,CMT-APL,32
AFM,Lactate,CMT-CHM,72
AFM,Lactic Acid,CMT-CHM,71
AFM,Lactose,CMT-CHM,59
AFM,Lamella,CMT-DSC,105
AFM,Lamellae,CMT-DSC,218
AFM,Lamellar,CMT-DSC,424
AFM,Lamellar,CMT-PRO,54
AFM,Lamellar Crystal,CMT-DSC,42
AFM,Laminated,CMT-DSC,65
AFM,Laminates,CMT-DSC,89
AFM,Lamination,CMT-SMT,31
AFM,Lane,CMT-CHM,34
AFM,Langmuir,CMT-CMT,168
AFM,Langmuir,CMT-DSC,44
AFM,Langmuir Adsorption Isotherm,CMT-CMT,154
AFM,Langmuir Films,CMT-DSC,103
AFM,Langmuir Isotherm,CMT-CMT,176
AFM,Langmuir Models,CMT-CMT,75
AFM,Langmuir Monolayer,CMT-DSC,108
AFM,Langmuir Trough,CMT-CMT,44
AFM,Langmuir-Blodgett,CMT-CMT,103
AFM,Langmuir-Blodgett,CMT-SMT,258
AFM,Lanthanides,CMT-CHM,55
AFM,Lanthanum,CMT-CHM,41
AFM,Laser,CMT-APL,296
AFM,Laser,CMT-SMT,182
AFM,Laser Ablated,CMT-SMT,56
AFM,Laser Ablation,CMT-SMT,150
AFM,Laser Annealed,CMT-SMT,33
AFM,Laser Annealing,CMT-SMT,42
AFM,Laser Irradiated,CMT-SMT,114
AFM,Laser Irradiation,CMT-SMT,456
AFM,Laser Processing,CMT-SMT,30
AFM,Laser Scanning Confocal Microscopy,CMT-CMT,81
AFM,Laser Treated,CMT-SMT,76
AFM,Laser Treatment,CMT-SMT,65
AFM,Lasing Threshold,CMT-PRO,45
AFM,Lateral,CMT-PRO,60
AFM,Lateral Diameter,CMT-PRO,31
AFM,Lateral Force,APL-PRO,32
AFM,Lateral Force,CMT-PRO,93
AFM,Lateral Force Microscopy,CMT-CMT,83
AFM,Lateral Resolution,CMT-PRO,41
AFM,Lateral Size,CMT-PRO,136
AFM,Lateral Size Distribution,CMT-PRO,86
AFM,Latex,CMT-DSC,218
AFM,Latex Film,CMT-DSC,71
AFM,Latex Particles,CMT-DSC,171
AFM,Latex Spheres,CMT-DSC,43
AFM,Latexes,CMT-DSC,69
AFM,Lattice,CMT-DSC,78
AFM,Lattice,CMT-PRO,95
AFM,Lattice Constant,CMT-PRO,441
AFM,Lattice Constant,PRO-PRO,126
AFM,Lattice Distortion,CMT-PRO,35
AFM,Lattice Fringe,CMT-PRO,316
AFM,Lattice Images,CMT-CMT,45
AFM,Lattice Match,CMT-PRO,31
AFM,Lattice Mismatch,CMT-PRO,148
AFM,Lattice Parameter,CMT-PRO,627
AFM,Lattice Parameter,PRO-PRO,131
AFM,Lattice Parameter A,CMT-PRO,36
AFM,Lattice Plane,CMT-PRO,63
AFM,Lattice Spacing,CMT-PRO,205
AFM,Lattice Strain,CMT-PRO,67
AFM,Lattice Structure,CMT-PRO,173
AFM,Law,CMT-CMT,41
AFM,Layer,CMT-DSC,1030
AFM,Layer Numbers,CMT-PRO,131
AFM,Layer Spacing,CMT-PRO,32
AFM,Layer Structured,CMT-DSC,46
AFM,Layer Structured,CMT-PRO,141
AFM,Layer Surface,CMT-DSC,102
AFM,Layer Thickness,CMT-PRO,196
AFM,Layer),CMT-DSC,93
AFM,Layer-By-Layer,CMT-SMT,172
AFM,Layer-By-Layer Assembly,CMT-SMT,78
AFM,Layer-By-Layer Deposition,CMT-SMT,68
AFM,Layer-by-Layer (,CMT-SMT,42
AFM,Layer-by-Layer Self-Assembly,CMT-SMT,36
AFM,Layered,CMT-DSC,1334
AFM,Layered,PRO-DSC,77
AFM,Layered Double,CMT-DSC,39
AFM,Layered Film,CMT-DSC,85
AFM,Layers,APL-DSC,286
AFM,Layers,CMT-APL,561
AFM,Layers,CMT-DSC,17467
AFM,Layers,CMT-PRO,125
AFM,Layers,PRO-DSC,317
AFM,Layers,SMT-DSC,39
AFM,Lb,CMT-APL,32
AFM,Lb,CMT-CMT,53
AFM,Lb,CMT-DSC,138
AFM,Lb,CMT-SMT,270
AFM,LbL,CMT-SMT,70
AFM,LbL Films,CMT-DSC,32
AFM,Lbl Film,CMT-DSC,97
AFM,Lc,CMT-APL,52
AFM,Lc,CMT-DSC,40
AFM,Lc,CMT-PRO,215
AFM,Lc,CMT-SPL,86
AFM,Ldh,CMT-DSC,70
AFM,Leaching,CMT-SMT,54
AFM,Leaf,CMT-DSC,103
AFM,Leakage Current Density,CMT-PRO,275
AFM,Leakage Currents,CMT-PRO,262
AFM,Least Squares Fit,CMT-CMT,110
AFM,Leaves,CMT-DSC,59
AFM,Length,CMT-PRO,136
AFM,Length Distribution,CMT-PRO,50
AFM,Lens,CMT-APL,126
AFM,Lenses,CMT-APL,52
AFM,Leu,CMT-CHM,32
AFM,Leucine,CMT-CHM,50
AFM,Level,CMT-CMT,107
AFM,Level,CMT-PRO,58
AFM,Levels,CMT-PRO,37
AFM,Lewis Acids,CMT-CHM,44
AFM,Li,CMT-APL,54
AFM,Li,CMT-CHM,975
AFM,Li,PRO-CHM,46
AFM,Li S,CMT-CHM,41
AFM,Li TFSI,CMT-CHM,36
AFM,Li+,CMT-CHM,80
AFM,Li-Ion Battery,CMT-APL,66
AFM,Li2CO3,CMT-CHM,43
AFM,Li2S,CMT-CHM,30
AFM,LiCl,CMT-CHM,147
AFM,LiClO4,CMT-CHM,358
AFM,LiCoO2,CMT-CHM,88
AFM,LiF,CMT-CHM,306
AFM,LiFePO4,CMT-CHM,79
AFM,LiI,CMT-CHM,44
AFM,LiMn2O4,CMT-CHM,47
AFM,LiNbO3,CMT-CHM,84
AFM,LiOH,CMT-CHM,47
AFM,LiPF6,CMT-CHM,113
AFM,Lifetime,CMT-PRO,383
AFM,Lift,CMT-SMT,128
AFM,Lift Off,CMT-SMT,35
AFM,Lift-Off,CMT-SMT,74
AFM,Ligand Exchange,CMT-SMT,32
AFM,Light,CMT-CMT,45
AFM,Light,CMT-PRO,42
AFM,Light,CMT-SMT,49
AFM,Light Absorption,CMT-PRO,87
AFM,Light Emission,CMT-PRO,68
AFM,Light Emitting Diodes,CMT-APL,45
AFM,Light Green,CMT-CHM,131
AFM,Light Intensity,CMT-PRO,43
AFM,Light Irradiation,CMT-SMT,190
AFM,Light Micrograph,CMT-CMT,38
AFM,Light Microscope,CMT-CMT,55
AFM,Light Microscopy,CMT-CMT,165
AFM,Light Red,CMT-CHM,47
AFM,Light Scattering,CMT-CMT,134
AFM,Light Scattering,CMT-PRO,68
AFM,Light Transmission,CMT-PRO,46
AFM,Light Transmittance,CMT-PRO,122
AFM,Like,CMT-DSC,78
AFM,Limestone,CMT-CHM,38
AFM,Limits of Detection,CMT-PRO,109
AFM,Line,CMT-CMT,156
AFM,Line,CMT-DSC,108
AFM,Line,CMT-PRO,42
AFM,Line Pattern,CMT-DSC,62
AFM,Line Profile Analysis,CMT-CMT,34
AFM,Line Profiles,CMT-CMT,592
AFM,Line Scan Profile,CMT-CMT,35
AFM,Line Scans,CMT-CMT,169
AFM,Linear,CMT-PRO,30
AFM,Linear Fit,CMT-CMT,526
AFM,Linear Fitting,CMT-CMT,312
AFM,Linear Regression,CMT-CMT,207
AFM,Linear Sweep Voltammetry,CMT-CMT,174
AFM,Linear Sweep Voltammogram,CMT-CMT,166
AFM,Linearity,CMT-PRO,41
AFM,Lines,CMT-DSC,234
AFM,Lineweaver-Burk Plots,CMT-CMT,37
AFM,Linewidth,CMT-PRO,114
AFM,Lipid,CMT-DSC,202
AFM,Lipid,CMT-PRO,56
AFM,Lipid Bilayer,CMT-DSC,117
AFM,Lipid Composition,CMT-PRO,40
AFM,Lipid Membrane,CMT-DSC,65
AFM,Liposome,CMT-DSC,343
AFM,Liquid Crystal,CMT-APL,39
AFM,Liquid Crystal,CMT-DSC,77
AFM,Liquid Crystalline,CMT-DSC,50
AFM,Liquid Crystalline,CMT-PRO,70
AFM,Liquid Exfoliated,CMT-SMT,34
AFM,Liquid Exfoliation,CMT-SMT,61
AFM,Liquid Phase Exfoliation,CMT-SMT,60
AFM,Liquids,CMT-APL,34
AFM,Liquids,CMT-DSC,32
AFM,Lithiated,CMT-SMT,57
AFM,Lithiation,CMT-SMT,84
AFM,Lithium,CMT-CHM,556
AFM,Lithium Ion Battery,CMT-APL,72
AFM,Lithium-Ion Batteries,CMT-APL,37
AFM,Lithographic,CMT-SMT,81
AFM,Lithographically,CMT-SMT,74
AFM,Lithography,CMT-SMT,223
AFM,Live Dead Staining,CMT-CMT,77
AFM,Live/Dead Assay,CMT-CMT,59
AFM,Liver,CMT-APL,65
AFM,Liver,CMT-DSC,50
AFM,Load Displacement Curve,CMT-CMT,355
AFM,Loading,CMT-PRO,34
AFM,Loading Capacity,CMT-PRO,45
AFM,Local,CMT-PRO,30
AFM,Local Density of States,CMT-PRO,32
AFM,Local Magnetic Moment,PRO-PRO,35
AFM,Local Structure,CMT-PRO,48
AFM,Lock-In Amplifier,CMT-CMT,39
AFM,Lod,CMT-PRO,77
AFM,Log,CMT-CMT,73
AFM,Logic Gate,CMT-APL,31
AFM,Long Range Order,CMT-PRO,36
AFM,Long Term Stability,CMT-PRO,317
AFM,Long Term Stability Test,CMT-CMT,33
AFM,Lorentzian Fit,CMT-CMT,78
AFM,Lorentzian Fitting,CMT-CMT,34
AFM,Lorentzian Function,CMT-CMT,41
AFM,Loss,CMT-PRO,101
AFM,Loss Factor,CMT-PRO,80
AFM,Loss Modulus,CMT-PRO,253
AFM,Loss Tangent,CMT-PRO,180
AFM,Lotus Leaf,CMT-DSC,51
AFM,Low,CMT-PRO,63
AFM,Low Angle XRD,CMT-CMT,34
AFM,Low Energy Electron Diffraction,CMT-CMT,42
AFM,Low Magnification TEM,CMT-CMT,109
AFM,Low Resolution TEM,CMT-CMT,117
AFM,Lower Critical Solution Temperature,CMT-PRO,40
AFM,Lowest Unoccupied Molecular Orbitals,CMT-PRO,83
AFM,Lpe,CMT-SMT,53
AFM,Lt,CMT-SMT,30
AFM,Lubricants,CMT-APL,88
AFM,Lubrication,CMT-APL,39
AFM,Luminance,CMT-PRO,268
AFM,Luminance Voltage,CMT-PRO,69
AFM,Luminescence,CMT-CMT,101
AFM,Luminescence,CMT-PRO,166
AFM,Luminescence Intensity,CMT-PRO,55
AFM,Luminescence Spectra,CMT-CMT,54
AFM,Luminescent,CMT-PRO,143
AFM,Luminol,CMT-CHM,32
AFM,Luminous Efficiency,CMT-PRO,56
AFM,Lumo Energies,CMT-PRO,49
AFM,Lumo Level,CMT-PRO,127
AFM,Lumos,CMT-PRO,59
AFM,Lung,CMT-PRO,31
AFM,Lyophilized,CMT-SMT,78
AFM,Lys,CMT-CHM,103
AFM,Lysines,CMT-CHM,174
AFM,M,CMT-PRO,373
AFM,M,PRO-PRO,95
AFM,M N,CMT-PRO,85
AFM,M W,CMT-PRO,78
AFM,M-H Curves,CMT-CMT,126
AFM,M-H Loop,CMT-CMT,47
AFM,M-Phenylenediamine,CMT-CHM,35
AFM,M-Plane,CMT-CHM,72
AFM,MAA,CMT-CHM,58
AFM,MALDI TOF MS,CMT-CMT,60
AFM,MALDI-TOF,CMT-CMT,45
AFM,MALDI-TOF Mass,CMT-CMT,39
AFM,MAO,CMT-SMT,38
AFM,MAPLE,CMT-SMT,54
AFM,MAPbBr3,CMT-CHM,112
AFM,MAPbI3,CMT-CHM,266
AFM,MAPbI3 Perovskite,CMT-CHM,37
AFM,MAT,CMT-DSC,44
AFM,MATS,CMT-DSC,59
AFM,MBE,CMT-SMT,152
AFM,MC,CMT-PRO,38
AFM,MCF-7,CMT-APL,53
AFM,MCF7,CMT-CHM,74
AFM,MD,CMT-CMT,157
AFM,MD,CMT-SMT,50
AFM,MD Simulation,CMT-CMT,303
AFM,MDA,CMT-CHM,68
AFM,MEA,CMT-APL,63
AFM,MEA,CMT-CHM,70
AFM,MEH,CMT-CHM,148
AFM,MEMS,CMT-APL,102
AFM,MFC,CMT-APL,44
AFM,MFI,CMT-PRO,34
AFM,MFM,CMT-CMT,253
AFM,MIM Capacitors,CMT-APL,40
AFM,MIP,CMT-APL,64
AFM,MIS,CMT-APL,50
AFM,MKOH,CMT-CHM,42
AFM,ML,CMT-DSC,59
AFM,MMA,CMT-CHM,116
AFM,MMT,CMT-CHM,115
AFM,MNPS,CMT-DSC,45
AFM,MOCVD,CMT-SMT,250
AFM,MOS Capacitor,CMT-APL,55
AFM,MOS Capacitors,CMT-APL,42
AFM,MOSFET,CMT-APL,40
AFM,MOVPE,CMT-SMT,42
AFM,MPA,CMT-CHM,127
AFM,MPD,CMT-CHM,113
AFM,MPTS,CMT-CHM,57
AFM,MQW,CMT-APL,59
AFM,MQW,CMT-DSC,60
AFM,MQWS,CMT-APL,31
AFM,MQWs,CMT-APL,43
AFM,MQWs,CMT-DSC,40
AFM,MR,CMT-PRO,55
AFM,MRI,CMT-CMT,59
AFM,MRNA,CMT-PRO,37
AFM,MS,CMT-CMT,125
AFM,MS,CMT-PRO,107
AFM,MSCS,CMT-APL,83
AFM,MSCS,CMT-DSC,74
AFM,MSCs,CMT-DSC,30
AFM,MTS Assay,CMT-CMT,55
AFM,MTT,CMT-CHM,776
AFM,MTT,CMT-CMT,41
AFM,MTT Assay,CMT-CMT,534
AFM,MTT Cytotoxicity Assay,CMT-CMT,40
AFM,MTX,CMT-CHM,31
AFM,MW,CMT-PRO,153
AFM,MWCO,CMT-PRO,44
AFM,MXene,CMT-CHM,190
AFM,Ma,CMT-SMT,39
AFM,Machined,CMT-SMT,134
AFM,Machining,CMT-SMT,100
AFM,Macrophages,CMT-APL,78
AFM,Macrophages,CMT-PRO,34
AFM,Macropore,CMT-PRO,35
AFM,Macroporous,CMT-DSC,102
AFM,Macroscopic,CMT-DSC,64
AFM,Macroscopic,CMT-PRO,34
AFM,Mafic,CMT-PRO,53
AFM,Magenta,CMT-CHM,558
AFM,Maghemite,CMT-CHM,40
AFM,Magnesium,CMT-CHM,210
AFM,Magnet,CMT-APL,75
AFM,Magnetic Anisotropy,CMT-PRO,32
AFM,Magnetic Anisotropy,PRO-PRO,51
AFM,Magnetic Behaviour,CMT-PRO,35
AFM,Magnetic Behaviour,PRO-PRO,77
AFM,Magnetic Configuration,PRO-PRO,53
AFM,Magnetic Coupling,PRO-PRO,50
AFM,Magnetic Domain,CMT-PRO,44
AFM,Magnetic Force Microscopy,CMT-CMT,89
AFM,Magnetic Ground State,PRO-PRO,45
AFM,Magnetic Hysteresis Curve,CMT-CMT,34
AFM,Magnetic Hysteresis Loop,CMT-CMT,241
AFM,Magnetic Hysteresis Loop,PRO-CMT,35
AFM,Magnetic Interaction,PRO-PRO,63
AFM,Magnetic Measurement,CMT-CMT,44
AFM,Magnetic Measurement,PRO-CMT,49
AFM,Magnetic Moment,CMT-PRO,150
AFM,Magnetic Moment,PRO-PRO,395
AFM,Magnetic Order,PRO-PRO,66
AFM,Magnetic Ordering,PRO-PRO,112
AFM,Magnetic Phase,PRO-PRO,49
AFM,Magnetic Phase Diagram,PRO-PRO,63
AFM,Magnetic Phase Transition,PRO-PRO,43
AFM,Magnetic Properties,CMT-PRO,253
AFM,Magnetic Properties,PRO-PRO,356
AFM,Magnetic State,PRO-PRO,90
AFM,Magnetic Structure,PRO-PRO,162
AFM,Magnetic Susceptibility,CMT-PRO,49
AFM,Magnetic Susceptibility,PRO-PRO,141
AFM,Magnetic Transition,PRO-PRO,62
AFM,Magnetics,CMT-PRO,654
AFM,Magnetics,PRO-PRO,346
AFM,Magnetism,CMT-PRO,44
AFM,Magnetism,PRO-PRO,141
AFM,Magnetite,CMT-CHM,193
AFM,Magnetization,CMT-PRO,528
AFM,Magnetization,PRO-PRO,342
AFM,Magnetization Curve,CMT-CMT,190
AFM,Magnetization Loop,CMT-CMT,33
AFM,Magnetization Measurement,PRO-CMT,33
AFM,Magneto Resistance,CMT-PRO,129
AFM,Magneto Resistance,PRO-PRO,65
AFM,Magnetron,CMT-CHM,32
AFM,Magnetron Sputtered,CMT-SMT,41
AFM,Magnetron Sputtering,CMT-SMT,242
AFM,Magnification,CMT-CMT,57
AFM,Magnification TEM,CMT-CMT,44
AFM,Maldi,CMT-CMT,50
AFM,Maleic Anhydride,CMT-CHM,58
AFM,Maleimide,CMT-CHM,67
AFM,Maltose,CMT-CHM,35
AFM,Manganese,CMT-CHM,119
AFM,Manganese,PRO-CHM,31
AFM,Manganese Oxide,CMT-CHM,53
AFM,Manganite,PRO-CHM,40
AFM,Mannose,CMT-CHM,80
AFM,Map,CMT-CMT,134
AFM,Maple,CMT-SMT,43
AFM,Mapping Images,CMT-CMT,38
AFM,Mappings,CMT-CMT,203
AFM,Maps,CMT-CMT,111
AFM,Martensite,CMT-SPL,74
AFM,Martensitic,CMT-SPL,48
AFM,Mask,CMT-APL,274
AFM,Mask,CMT-DSC,44
AFM,Mask,CMT-SMT,37
AFM,Mass,CMT-CMT,50
AFM,Mass,CMT-PRO,187
AFM,Mass Activity,CMT-PRO,76
AFM,Mass Density,CMT-PRO,51
AFM,Mass Loading,CMT-PRO,32
AFM,Mass Loss,CMT-PRO,49
AFM,Mass Spectra,CMT-CMT,95
AFM,Mass Spectrometry,CMT-CMT,81
AFM,Mass Spectrum,CMT-CMT,51
AFM,Mass Transport,CMT-PRO,47
AFM,Master,CMT-DSC,70
AFM,Master Curve,CMT-CMT,32
AFM,Material,CMT-APL,36
AFM,Material,CMT-PRO,53
AFM,Material Properties,CMT-PRO,103
AFM,Material Science,CMT-APL,36
AFM,Matrices,CMT-DSC,59
AFM,Matrix,CMT-DSC,983
AFM,Matrix Composite,CMT-DSC,34
AFM,Maximum,CMT-PRO,75
AFM,Mbe,CMT-SMT,213
AFM,Me,CMT-CHM,51
AFM,MeCN,CMT-CHM,105
AFM,MeOH,CMT-CHM,350
AFM,Mean,CMT-PRO,152
AFM,Mean Diameter,CMT-PRO,68
AFM,Mean Grain Size,CMT-PRO,37
AFM,Mean Molecular Area,CMT-PRO,40
AFM,Mean Pore Size,CMT-PRO,40
AFM,Mean Roughness,CMT-PRO,82
AFM,Mean Size,CMT-PRO,43
AFM,Mean Square Displacement,CMT-PRO,32
AFM,MeanStandard Deviation,CMT-PRO,83
AFM,Measurements,CMT-APL,96
AFM,Measurements,CMT-CMT,248
AFM,Mechanical,CMT-PRO,464
AFM,Mechanical,CMT-SMT,68
AFM,Mechanical Behaviour,CMT-PRO,122
AFM,Mechanical Characteristics,CMT-PRO,35
AFM,Mechanical Characterization,CMT-CMT,68
AFM,Mechanical Exfoliation,CMT-SMT,74
AFM,Mechanical Flexibility,CMT-PRO,54
AFM,Mechanical Performance,CMT-PRO,62
AFM,Mechanical Polishing,CMT-SMT,65
AFM,Mechanical Property,APL-PRO,79
AFM,Mechanical Property,CMT-PRO,1988
AFM,Mechanical Response,CMT-PRO,119
AFM,Mechanical Stability,CMT-PRO,151
AFM,Mechanical Strength,CMT-PRO,196
AFM,Mechanical Stresses,CMT-PRO,33
AFM,Mechanical Testing,CMT-CMT,99
AFM,Mechanically Exfoliated,CMT-SMT,133
AFM,Mechanically Polished,CMT-SMT,83
AFM,Mechanics,CMT-PRO,75
AFM,Mechanisms,CMT-PRO,188
AFM,Medical Application,CMT-APL,32
AFM,Medical Device,CMT-APL,31
AFM,Medicines,CMT-APL,43
AFM,Melamine,CMT-CHM,156
AFM,Melt,CMT-DSC,32
AFM,Melt Crystallized,CMT-SMT,42
AFM,Melted,CMT-SMT,43
AFM,Melting,CMT-PRO,66
AFM,Melting,CMT-SMT,198
AFM,Melting Peak,CMT-PRO,30
AFM,Melting Point,CMT-PRO,162
AFM,Melting Temperature,CMT-PRO,159
AFM,Melting Temperatures,CMT-PRO,48
AFM,Membrane,APL-DSC,102
AFM,Membrane,CMT-APL,1522
AFM,Membrane,CMT-DSC,5018
AFM,Membrane,CMT-PRO,292
AFM,Membrane Resistance,CMT-PRO,39
AFM,Membrane Surface,CMT-DSC,712
AFM,Membrane:,CMT-DSC,91
AFM,Membrane;,CMT-DSC,162
AFM,Memory,CMT-APL,51
AFM,Memory Device,CMT-APL,183
AFM,Memory Window,CMT-PRO,56
AFM,Memristor,CMT-APL,44
AFM,Mercury,CMT-CHM,194
AFM,Merocyanine,CMT-CHM,34
AFM,Mesas,CMT-DSC,33
AFM,Mesenchymal Stem Cell,CMT-APL,46
AFM,Mesh,CMT-DSC,238
AFM,Meshes,CMT-DSC,51
AFM,Mesitylene,CMT-CHM,40
AFM,Meso Structured,CMT-DSC,41
AFM,Meso Structured,CMT-PRO,47
AFM,Mesophase,CMT-PRO,44
AFM,Mesopore,CMT-DSC,34
AFM,Mesopore,CMT-PRO,43
AFM,Mesoporous,CMT-DSC,642
AFM,Mesoporous Film,CMT-DSC,33
AFM,Metabolic Activity,CMT-PRO,77
AFM,Metal Contact,CMT-APL,78
AFM,Metal Electrode,CMT-APL,154
AFM,Metal Insulator Transition,PRO-PRO,32
AFM,Metal Organic Chemical Vapor Deposition,CMT-SMT,51
AFM,Metal Organic Vapor Phase Epitaxy,CMT-SMT,47
AFM,Metal Oxide,CMT-CHM,315
AFM,Metal Oxides,CMT-CHM,116
AFM,Metallic,APL-PRO,59
AFM,Metallic,CMT-PRO,1333
AFM,Metallic,PRO-PRO,84
AFM,Metallic Behavior,CMT-PRO,32
AFM,Metallic Glass,CMT-PRO,36
AFM,Metallization,CMT-APL,79
AFM,Metallization,CMT-SMT,61
AFM,Metallized,CMT-SMT,74
AFM,Metalorganic Chemical Vapor Deposition,CMT-SMT,33
AFM,Metals,APL-PRO,68
AFM,Metals,CMT-APL,161
AFM,Metals,CMT-PRO,2046
AFM,Metals,PRO-PRO,71
AFM,Metamagnetic Transition,PRO-PRO,35
AFM,Metamaterial,CMT-APL,45
AFM,Metastable,CMT-PRO,164
AFM,Methacrylate,CMT-CHM,76
AFM,Methacrylic Acid,CMT-CHM,51
AFM,Methane,CMT-CHM,221
AFM,Methanol,CMT-CHM,1568
AFM,Methanol Oxidation,CMT-APL,51
AFM,Methanol Permeability,CMT-PRO,73
AFM,Methods,CMT-CMT,49
AFM,Methods,CMT-SMT,42
AFM,Methoxyl,CMT-CHM,44
AFM,Methyl,CMT-CHM,379
AFM,Methyl Methacrylate,CMT-CHM,94
AFM,Methyl Orange,CMT-CHM,155
AFM,Methylene Blue,CMT-CHM,387
AFM,Methylene Chloride,CMT-CHM,40
AFM,Methylenes,CMT-CHM,131
AFM,Mfm,CMT-CMT,289
AFM,Mg,CMT-CHM,790
AFM,Mg,PRO-CHM,31
AFM,Mg2,CMT-CHM,32
AFM,Mg2+,CMT-CHM,306
AFM,MgAl2O4,CMT-CHM,32
AFM,MgCl2,CMT-CHM,279
AFM,MgF2,CMT-CHM,65
AFM,MgO,CMT-CHM,602
AFM,MgO,PRO-CHM,31
AFM,MgO(100),CMT-CHM,58
AFM,MgSO4,CMT-CHM,130
AFM,Mic,CMT-PRO,46
AFM,Mice,CMT-APL,125
AFM,Micellar,CMT-DSC,130
AFM,Micelle,CMT-DSC,235
AFM,Micelles,CMT-DSC,674
AFM,Micro,CMT-APL,72
AFM,Micro,CMT-DSC,327
AFM,Micro,CMT-PRO,60
AFM,Micro Hardness,CMT-PRO,227
AFM,Micro Patterning,CMT-SMT,51
AFM,Micro Patterns,CMT-DSC,139
AFM,Micro Pillar,CMT-DSC,99
AFM,Micro Raman Spectroscopy,CMT-CMT,88
AFM,Micro Roughness,CMT-PRO,30
AFM,Micro Structures,CMT-PRO,209
AFM,Micro-Raman,CMT-CMT,284
AFM,MicroCT,CMT-CMT,71
AFM,Microarray,CMT-APL,45
AFM,Microarray,CMT-DSC,89
AFM,Microbeads,CMT-DSC,63
AFM,Microbubbles,CMT-DSC,39
AFM,Microcantilever,APL-APL,30
AFM,Microcantilever,CMT-APL,83
AFM,Microcantilever,CMT-DSC,35
AFM,Microcapsule,CMT-DSC,164
AFM,Microcavity,CMT-APL,38
AFM,Microchannel,CMT-APL,87
AFM,Microchannel,CMT-DSC,206
AFM,Microcontact Printing,CMT-SMT,181
AFM,Microcracks,CMT-PRO,76
AFM,Microcrystalline,CMT-DSC,158
AFM,Microcrystals,CMT-DSC,137
AFM,Microdomains,CMT-DSC,57
AFM,Microdroplets,CMT-DSC,57
AFM,Microelectrode,CMT-APL,224
AFM,Microelectromechanical Systems,CMT-APL,32
AFM,Microelectronics,CMT-APL,34
AFM,Microemulsion,CMT-DSC,46
AFM,Microfabricated,CMT-DSC,71
AFM,Microfabrication,CMT-SMT,41
AFM,Microfibers,CMT-DSC,61
AFM,Microfibre,CMT-DSC,77
AFM,Microfibril,CMT-DSC,95
AFM,Microfluidic Channels,CMT-APL,97
AFM,Microfluidic Chip,CMT-APL,40
AFM,Microfluidic Device,CMT-APL,101
AFM,Microfluidics,CMT-APL,83
AFM,Microfluidics,CMT-SMT,38
AFM,Microgel Particle,CMT-DSC,45
AFM,Microgels,CMT-DSC,171
AFM,Micrograph,CMT-CMT,66
AFM,Micrographs,CMT-CMT,272
AFM,Microgrooved,CMT-DSC,40
AFM,Microhardness,CMT-PRO,41
AFM,Microlenses,CMT-APL,51
AFM,Microlenses,CMT-DSC,44
AFM,Micrometer,CMT-DSC,46
AFM,Micromolding,CMT-SMT,32
AFM,Micromorphology,CMT-PRO,44
AFM,Micron,CMT-DSC,88
AFM,Microparticle,CMT-DSC,218
AFM,Micropatterned,CMT-DSC,259
AFM,Micropatterned,CMT-SMT,57
AFM,Microphotography,CMT-CMT,90
AFM,Microplate,CMT-DSC,58
AFM,Micropore,CMT-PRO,32
AFM,Microporous,CMT-DSC,126
AFM,Microribbon,CMT-DSC,31
AFM,Microscale,CMT-DSC,88
AFM,Microscope,CMT-APL,36
AFM,Microscope,CMT-CMT,202
AFM,Microscopic,CMT-CMT,200
AFM,Microscopic Analysis,CMT-CMT,34
AFM,Microscopic Characterization,CMT-CMT,51
AFM,Microscopic Image,CMT-CMT,92
AFM,Microscopic Structure,CMT-PRO,34
AFM,Microscopy,CMT-CMT,428
AFM,Microsized,CMT-DSC,43
AFM,Microspheres,CMT-DSC,511
AFM,Microstrain,CMT-PRO,84
AFM,Microstructural,CMT-PRO,225
AFM,Microstructural Analysis,CMT-CMT,34
AFM,Microstructural Characterization,CMT-CMT,33
AFM,Microstructural Properties,CMT-PRO,37
AFM,Microstructure,CMT-DSC,183
AFM,Microstructure,CMT-PRO,2446
AFM,Microstructure Feature,CMT-PRO,54
AFM,Microstructure Parameter,CMT-PRO,33
AFM,Microstructured,CMT-DSC,97
AFM,Microtube,CMT-DSC,38
AFM,Microtubes,CMT-DSC,46
AFM,Microwave Irradiation,CMT-SMT,70
AFM,Microwaves,CMT-SMT,38
AFM,Microwell,CMT-DSC,43
AFM,Microwires,CMT-DSC,72
AFM,Milled,CMT-SMT,130
AFM,Miller Index,CMT-PRO,141
AFM,Milli-Q,CMT-CHM,124
AFM,Milling,CMT-SMT,139
AFM,Mim,CMT-APL,56
AFM,Mineralization,CMT-SMT,85
AFM,Mineralized,CMT-SMT,81
AFM,Minerals,CMT-DSC,104
AFM,Minerals,CMT-PRO,44
AFM,Minority Carrier Lifetime,CMT-PRO,30
AFM,Mirrors,CMT-APL,215
AFM,Miscibility,CMT-PRO,84
AFM,Misfit Dislocation,CMT-PRO,85
AFM,Misorientation Angle,CMT-PRO,46
AFM,Mixed,CMT-DSC,50
AFM,Mixed Film,CMT-DSC,34
AFM,Mixed Matrix Membrane,CMT-DSC,32
AFM,Mixed Monolayers,CMT-DSC,53
AFM,Mixing,CMT-SMT,39
AFM,Mixture,CMT-DSC,57
AFM,Mixtures,CMT-DSC,89
AFM,Ml,CMT-DSC,157
AFM,Mlg,CMT-DSC,39
AFM,Mmms,CMT-APL,46
AFM,Mmms,CMT-DSC,48
AFM,Mn,CMT-CHM,875
AFM,Mn,CMT-PRO,168
AFM,Mn,PRO-CHM,371
AFM,Mn Concentration,CMT-PRO,38
AFM,Mn2+,CMT-CHM,140
AFM,Mn3+,PRO-CHM,54
AFM,Mn3O4,CMT-CHM,63
AFM,MnO,CMT-CHM,71
AFM,MnO,PRO-CHM,44
AFM,MnO2,CMT-CHM,252
AFM,MnOx,CMT-CHM,37
AFM,Mo,CMT-CHM,1250
AFM,Mo,PRO-CHM,39
AFM,Mo2C,CMT-CHM,47
AFM,MoO2,CMT-CHM,52
AFM,MoO3,CMT-CHM,608
AFM,MoOx,CMT-CHM,93
AFM,MoS,CMT-CHM,38
AFM,MoS2,CMT-CHM,1506
AFM,MoSe2,CMT-CHM,210
AFM,MoTe2,CMT-CHM,85
AFM,Mobilities,CMT-PRO,209
AFM,Mobility,CMT-PRO,1181
AFM,Mode,APL-CMT,30
AFM,Mode,CMT-CMT,419
AFM,Mode,CMT-PRO,84
AFM,Modeling,CMT-CMT,31
AFM,Models,CMT-CMT,279
AFM,Modes,CMT-PRO,76
AFM,Modification,CMT-SMT,169
AFM,Modified,CMT-DSC,82
AFM,Modified,CMT-SMT,39
AFM,Modulation Depth,CMT-PRO,41
AFM,Module,CMT-APL,69
AFM,Moduli,CMT-PRO,113
AFM,Modulus,CMT-PRO,516
AFM,Modulus of Elasticity,CMT-PRO,34
AFM,Mof,CMT-DSC,34
AFM,Moke,CMT-CMT,30
AFM,Molar Mass,CMT-PRO,107
AFM,Molar Ratio,CMT-PRO,47
AFM,Mold,CMT-APL,172
AFM,Mold,CMT-DSC,233
AFM,Mold,CMT-SMT,33
AFM,Molded,CMT-SMT,80
AFM,Molding,CMT-SMT,64
AFM,Molds,CMT-APL,38
AFM,Molecular,CMT-DSC,47
AFM,Molecular,CMT-PRO,100
AFM,Molecular Area,CMT-PRO,100
AFM,Molecular Arrangements,CMT-PRO,69
AFM,Molecular Beam Epitaxy,CMT-SMT,168
AFM,Molecular Characteristics,CMT-PRO,63
AFM,Molecular Conformation,CMT-PRO,73
AFM,Molecular Docking,CMT-CMT,30
AFM,Molecular Dynamics,CMT-CMT,84
AFM,Molecular Dynamics (MD) Simulation,CMT-CMT,248
AFM,Molecular Formulas,CMT-PRO,40
AFM,Molecular Geometries,CMT-PRO,69
AFM,Molecular Junction,CMT-APL,41
AFM,Molecular Layer,CMT-DSC,43
AFM,Molecular Length,CMT-PRO,42
AFM,Molecular Mass,CMT-PRO,66
AFM,Molecular Model,CMT-CMT,260
AFM,Molecular Modeling,CMT-CMT,79
AFM,Molecular Orbital,CMT-PRO,78
AFM,Molecular Order,CMT-PRO,36
AFM,Molecular Ordering,CMT-PRO,40
AFM,Molecular Organization,CMT-PRO,37
AFM,Molecular Orientation,CMT-PRO,148
AFM,Molecular Packing,CMT-PRO,178
AFM,Molecular Simulation,CMT-CMT,54
AFM,Molecular Size,CMT-PRO,30
AFM,Molecular Structure,APL-PRO,48
AFM,Molecular Structure,CMT-PRO,3127
AFM,Molecular Weight,CMT-PRO,1105
AFM,Molecular Weight Cut Off,CMT-PRO,62
AFM,Molecular Weight Distribution,CMT-PRO,89
AFM,Molecules,CMT-DSC,35
AFM,Molybdenum,CMT-CHM,190
AFM,Molybdenum Disulfide,CMT-CHM,44
AFM,Molybdenum Oxide,CMT-CHM,47
AFM,Moments,PRO-PRO,58
AFM,Mono,CMT-DSC,129
AFM,Mono-disperse,CMT-DSC,130
AFM,Mono-dispersed,CMT-DSC,69
AFM,Monoclinic,CMT-SPL,416
AFM,Monoclinic,PRO-SPL,65
AFM,Monocrystalline,CMT-DSC,99
AFM,Monolayer Films,CMT-DSC,202
AFM,Monolayer Flake,CMT-DSC,35
AFM,Monolayer Surface,CMT-DSC,34
AFM,Monolayered,CMT-DSC,76
AFM,Monolayers,APL-DSC,224
AFM,Monolayers,CMT-DSC,5819
AFM,Monolayers,PRO-DSC,147
AFM,Monolithic,CMT-DSC,97
AFM,Monoliths,CMT-DSC,75
AFM,Monomers,CMT-DSC,42
AFM,Monosaccharide,CMT-CHM,34
AFM,Monte Carlo Simulation,CMT-CMT,73
AFM,Monte Carlo Simulations,CMT-CMT,43
AFM,Montmorillonite,CMT-CHM,119
AFM,Morphologic,CMT-CMT,36
AFM,Morphologic,CMT-PRO,1347
AFM,Morphological Analysis,CMT-CMT,89
AFM,Morphological Characteristics,CMT-PRO,126
AFM,Morphological Characterization,CMT-CMT,180
AFM,Morphological Evolution,CMT-PRO,31
AFM,Morphological Features,CMT-PRO,120
AFM,Morphological Parameters,CMT-PRO,45
AFM,Morphological Properties,CMT-PRO,207
AFM,Morphological Structure,CMT-PRO,43
AFM,Morphological Studies,CMT-CMT,30
AFM,Morphological Transition,CMT-PRO,33
AFM,Morphologically,CMT-PRO,50
AFM,Morphologies,CMT-PRO,2292
AFM,Morphology,APL-PRO,87
AFM,Morphology,CMT-PRO,8858
AFM,Mos,CMT-APL,33
AFM,Mossbauer,CMT-CMT,50
AFM,Mott Schottky Curve,CMT-CMT,35
AFM,Mott Schottky Plot,CMT-CMT,302
AFM,Movpe,CMT-SMT,67
AFM,Msc,CMT-APL,42
AFM,Mtt,CMT-CMT,113
AFM,Multi Layered,CMT-DSC,441
AFM,Multi Layers,CMT-DSC,32
AFM,Multi Wall,CMT-DSC,58
AFM,Multiblock Copolymer,CMT-DSC,37
AFM,Multiferroics,CMT-PRO,38
AFM,Multiferroics,PRO-PRO,41
AFM,Multilayer,CMT-APL,36
AFM,Multilayer,CMT-DSC,2463
AFM,Multilayer,PRO-DSC,41
AFM,Multilayer Film,CMT-DSC,321
AFM,Multilayer Films,CMT-DSC,532
AFM,Multilayer Thin Film,CMT-DSC,88
AFM,Multilayered Film,CMT-DSC,47
AFM,Multilayered Films,CMT-DSC,69
AFM,Multiwall,CMT-DSC,290
AFM,Mwco,CMT-PRO,74
AFM,N / P Ratios,CMT-PRO,51
AFM,N 1s,CMT-CMT,30
AFM,N Blue,CMT-CHM,39
AFM,N Element,CMT-CHM,33
AFM,N Type,CMT-PRO,483
AFM,N Type Semiconductor,CMT-PRO,49
AFM,N+,CMT-CHM,64
AFM,"N,N-Dimethylformamide",CMT-CHM,80
AFM,N-,CMT-PRO,42
AFM,N-Butanol,CMT-CHM,42
AFM,N-Channel,CMT-APL,45
AFM,N-Decane,CMT-CHM,41
AFM,N-GQDs,CMT-CHM,49
AFM,N-GaN,CMT-CHM,66
AFM,N-Heptane,CMT-CHM,47
AFM,N-Hexadecane,CMT-CHM,70
AFM,N-Hexane,CMT-CHM,156
AFM,N-Hydroxy Succinimide,CMT-CHM,44
AFM,N-Isopropyl Acrylamide,CMT-CHM,30
AFM,N-Methyl-2-Pyrrolidone,CMT-CHM,35
AFM,N-Polar,CMT-PRO,42
AFM,N-Type,CMT-PRO,193
AFM,N-ZnO,CMT-CHM,55
AFM,N/P Ratio,CMT-PRO,47
AFM,N1S,CMT-CMT,173
AFM,N1s,CMT-CMT,76
AFM,N1s XPS,CMT-CMT,178
AFM,N2,CMT-CHM,2961
AFM,N2,CMT-PRO,33
AFM,N2 Adsorption,CMT-CMT,59
AFM,N2 Adsorption Desorption Isotherm,CMT-CMT,120
AFM,N2 Adsorption Desorption Isotherms,CMT-CMT,336
AFM,N2 Adsorption Isotherm,CMT-CMT,70
AFM,N2 Sorption Isotherm,CMT-CMT,79
AFM,N2H4,CMT-CHM,45
AFM,N2O,CMT-CHM,36
AFM,N719,CMT-CHM,53
AFM,NAC,CMT-CHM,31
AFM,NAD+,CMT-CHM,31
AFM,NADH,CMT-CHM,86
AFM,NAND,CMT-CHM,40
AFM,NB,CMT-PRO,34
AFM,NC,CMT-CMT,42
AFM,NC,CMT-DSC,387
AFM,NC-AFM,CMT-CMT,98
AFM,NCD,CMT-DSC,98
AFM,NCO,CMT-CHM,33
AFM,NCS,CMT-DSC,320
AFM,NCs,CMT-DSC,101
AFM,NEXAFS,CMT-CMT,42
AFM,NF,CMT-APL,38
AFM,NF Membrane,CMT-APL,91
AFM,NF Membranes,CMT-APL,133
AFM,NH,CMT-CHM,171
AFM,NH2,CMT-CHM,367
AFM,NH3,CMT-CHM,750
AFM,NH4Cl,CMT-CHM,57
AFM,NH4F,CMT-CHM,94
AFM,NH4OH,CMT-CHM,66
AFM,NHS,CMT-CHM,68
AFM,NIL,CMT-CHM,131
AFM,NIP,CMT-CHM,86
AFM,NIPAAM,CMT-CHM,40
AFM,NIPAM,CMT-CHM,81
AFM,NIR,CMT-CMT,38
AFM,NIR,CMT-SMT,46
AFM,NIR Fluorescence,CMT-CMT,33
AFM,NIR Irradiation,CMT-SMT,127
AFM,NIR Laser Irradiation,CMT-SMT,70
AFM,NMP,CMT-CHM,365
AFM,NMP,CMT-SMT,34
AFM,NMR,CMT-CMT,599
AFM,NMR,PRO-CMT,46
AFM,NMR Spectroscopy,CMT-CMT,49
AFM,NO,CMT-CHM,226
AFM,NO2,CMT-CHM,371
AFM,NO3,CMT-CHM,84
AFM,NP,CMT-DSC,161
AFM,NP Array,CMT-DSC,35
AFM,NP Film,CMT-DSC,77
AFM,NP Surface,CMT-DSC,32
AFM,NPB,CMT-CHM,62
AFM,NPD,PRO-CMT,30
AFM,NPS,CMT-DSC,1807
AFM,NPs,CMT-DSC,515
AFM,NR,CMT-CMT,63
AFM,NR,CMT-DSC,146
AFM,NRA,CMT-CMT,32
AFM,NRS,CMT-DSC,156
AFM,NRs,CMT-DSC,69
AFM,NS,CMT-DSC,35
AFM,NSOM,CMT-CMT,63
AFM,NSs,CMT-DSC,50
AFM,NTiO2,CMT-CHM,32
AFM,NW,CMT-DSC,375
AFM,NWs,CMT-DSC,102
AFM,NWs Array,CMT-DSC,59
AFM,Na,CMT-CHM,427
AFM,Na,PRO-CHM,30
AFM,Na+,CMT-CHM,404
AFM,Na2CO3,CMT-CHM,66
AFM,Na2HPO4,CMT-CHM,36
AFM,Na2O,CMT-CHM,78
AFM,Na2S,CMT-CHM,110
AFM,Na2SO3,CMT-CHM,48
AFM,Na2SO4,CMT-CHM,725
AFM,Na2SO4 Rejection,CMT-PRO,41
AFM,NaAc,CMT-CHM,57
AFM,NaBH4,CMT-CHM,246
AFM,NaBH4,CMT-SMT,31
AFM,NaBr,CMT-CHM,58
AFM,NaCl,APL-CHM,85
AFM,NaCl,CMT-CHM,3221
AFM,NaCl Rejection,CMT-PRO,54
AFM,NaClO,CMT-CHM,38
AFM,NaClO4,CMT-CHM,175
AFM,NaF,CMT-CHM,83
AFM,NaH,CMT-CHM,34
AFM,NaH2PO4,CMT-CHM,33
AFM,NaHCO3,CMT-CHM,91
AFM,NaI,CMT-CHM,51
AFM,NaN3,CMT-CHM,42
AFM,NaNO2,CMT-CHM,56
AFM,NaNO3,CMT-CHM,166
AFM,NaOCl,CMT-CHM,40
AFM,NaOH,CMT-CHM,1192
AFM,NaOH,CMT-SMT,35
AFM,NaYF4,CMT-CHM,52
AFM,Nacre,CMT-DSC,32
AFM,Nafion,CMT-CHM,426
AFM,Nafion 117,CMT-CHM,30
AFM,Nano,CMT-DSC,363
AFM,Nano Architecture,CMT-DSC,42
AFM,Nano Composite,CMT-DSC,58
AFM,Nano Domains,CMT-DSC,84
AFM,Nano Fillers,CMT-DSC,92
AFM,Nano Layer,CMT-DSC,76
AFM,Nano Particle,CMT-DSC,33
AFM,Nano Scale,CMT-DSC,46
AFM,Nano Scratch Test,CMT-CMT,42
AFM,Nano Sheet,CMT-DSC,32
AFM,Nano Size,CMT-DSC,211
AFM,Nano Structured,CMT-DSC,910
AFM,Nano-,CMT-DSC,79
AFM,Nano-Hole,CMT-DSC,127
AFM,Nano-Islands,CMT-DSC,43
AFM,Nano-Morphology,CMT-PRO,37
AFM,Nano-Particles,CMT-DSC,106
AFM,Nano-Patterning,CMT-SMT,99
AFM,Nano-Pillars,CMT-DSC,161
AFM,Nano-Roughness,CMT-PRO,45
AFM,Nano-Sized,CMT-DSC,92
AFM,Nano-Structures,CMT-DSC,49
AFM,Nano-Topography,CMT-DSC,33
AFM,Nanoaggregates,CMT-DSC,68
AFM,Nanoarrays,CMT-DSC,92
AFM,Nanoassemblies,CMT-DSC,39
AFM,Nanoassembly,CMT-DSC,34
AFM,Nanobelts,CMT-DSC,170
AFM,Nanobubble,CMT-DSC,123
AFM,Nanocages,CMT-DSC,44
AFM,Nanocapsule,CMT-DSC,97
AFM,Nanocarrier,CMT-APL,92
AFM,Nanocarrier,CMT-DSC,58
AFM,Nanocatalyst,CMT-APL,50
AFM,Nanochain,CMT-DSC,30
AFM,Nanochannel,CMT-DSC,162
AFM,Nanoclay,CMT-DSC,35
AFM,Nanocluster,CMT-DSC,302
AFM,Nanocolumn,CMT-DSC,31
AFM,Nanocomplex,CMT-DSC,47
AFM,Nanocomposite,CMT-DSC,2484
AFM,Nanocomposite Film,CMT-DSC,495
AFM,Nanocomposite Layer,CMT-DSC,33
AFM,Nanocomposite Membrane,CMT-DSC,118
AFM,Nanocomposite Thin Film,CMT-DSC,103
AFM,Nanocones,CMT-DSC,57
AFM,Nanocrystal Films,CMT-DSC,30
AFM,Nanocrystalline,CMT-DSC,711
AFM,Nanocrystalline Film,CMT-DSC,75
AFM,Nanocrystalline Thin Films,CMT-DSC,42
AFM,Nanocrystallite,CMT-DSC,146
AFM,Nanocrystals,CMT-DSC,1080
AFM,Nanocube,CMT-DSC,139
AFM,Nanodevice,CMT-APL,71
AFM,Nanodisc,CMT-DSC,39
AFM,Nanodisks,CMT-DSC,84
AFM,Nanodot,CMT-DSC,325
AFM,Nanodot Array,CMT-DSC,71
AFM,Nanodroplets,CMT-DSC,54
AFM,Nanoelectrode,CMT-APL,54
AFM,Nanofabrication,CMT-SMT,50
AFM,Nanofiber,CMT-DSC,1023
AFM,Nanofibre,CMT-DSC,85
AFM,Nanofibril,CMT-DSC,186
AFM,Nanofibrillar,CMT-DSC,45
AFM,Nanofibrous,CMT-DSC,68
AFM,Nanofibrous Scaffolds,CMT-DSC,33
AFM,Nanofilament,CMT-DSC,47
AFM,Nanofilms,CMT-DSC,227
AFM,Nanofiltration,CMT-APL,88
AFM,Nanofiltration,CMT-SMT,33
AFM,Nanofiltration Membrane,CMT-APL,114
AFM,Nanoflakes,CMT-DSC,220
AFM,Nanoflower,CMT-DSC,71
AFM,Nanofluid,CMT-DSC,63
AFM,Nanogap,CMT-DSC,56
AFM,Nanogel,CMT-DSC,90
AFM,Nanogenerator,CMT-APL,39
AFM,Nanografting,CMT-DSC,38
AFM,Nanografting,CMT-SMT,34
AFM,Nanograin,CMT-DSC,87
AFM,Nanogrooves,CMT-DSC,54
AFM,Nanohardness,CMT-PRO,115
AFM,Nanohole,CMT-DSC,65
AFM,Nanohole Array,CMT-DSC,54
AFM,Nanohybrid,CMT-DSC,266
AFM,Nanoimprint,CMT-SMT,66
AFM,Nanoimprint Lithography,CMT-SMT,54
AFM,Nanoimprinting,CMT-SMT,38
AFM,Nanoindentation,CMT-CMT,856
AFM,Nanoindentation,CMT-SMT,61
AFM,Nanoindentation Measurement,CMT-CMT,38
AFM,Nanoindentation Testing,CMT-CMT,145
AFM,Nanoindenter,CMT-CMT,67
AFM,Nanoislands,CMT-DSC,86
AFM,Nanolayer,CMT-DSC,77
AFM,Nanolines,CMT-DSC,38
AFM,Nanolithography,CMT-SMT,60
AFM,Nanomaterial,CMT-DSC,519
AFM,Nanomechanical,CMT-PRO,31
AFM,Nanomechanical Properties,CMT-PRO,127
AFM,Nanomedicine,CMT-APL,39
AFM,Nanomembrane,CMT-DSC,61
AFM,Nanomesh,CMT-DSC,68
AFM,Nanometer,CMT-DSC,119
AFM,Nanometric,CMT-DSC,48
AFM,Nanoneedle,CMT-DSC,50
AFM,Nanoobjects,CMT-DSC,70
AFM,Nanopapers,CMT-DSC,46
AFM,Nanoparticle,APL-DSC,90
AFM,Nanoparticle,CMT-DSC,2365
AFM,Nanoparticle Array,CMT-DSC,116
AFM,Nanoparticle Films,CMT-DSC,125
AFM,Nanoparticle Layer,CMT-DSC,62
AFM,Nanoparticle Monolayer,CMT-DSC,51
AFM,Nanoparticle Surface,CMT-DSC,71
AFM,Nanoparticles,APL-DSC,129
AFM,Nanoparticles,CMT-DSC,7186
AFM,Nanoparticles,PRO-DSC,90
AFM,Nanoparticulates,CMT-DSC,51
AFM,Nanopattern,CMT-DSC,268
AFM,Nanopatterned,CMT-DSC,189
AFM,Nanophase,CMT-DSC,39
AFM,Nanopillar,CMT-DSC,81
AFM,Nanopillar Array,CMT-DSC,46
AFM,Nanoplatelet,CMT-DSC,217
AFM,Nanoplates,CMT-DSC,310
AFM,Nanopore Array,CMT-DSC,39
AFM,Nanopores,CMT-APL,75
AFM,Nanopores,CMT-DSC,291
AFM,Nanoporous,CMT-DSC,406
AFM,Nanoporous Film,CMT-DSC,41
AFM,Nanopowder,CMT-DSC,131
AFM,Nanoprism,CMT-DSC,49
AFM,Nanoprobe,CMT-APL,55
AFM,Nanoprobe,CMT-DSC,32
AFM,Nanoribbon,CMT-DSC,417
AFM,Nanoribbon,PRO-DSC,67
AFM,Nanoring,CMT-DSC,122
AFM,Nanorod Array,CMT-DSC,148
AFM,Nanorods,APL-DSC,33
AFM,Nanorods,CMT-DSC,1033
AFM,Nanoscale,APL-DSC,50
AFM,Nanoscale,CMT-CMT,43
AFM,Nanoscale,CMT-DSC,623
AFM,Nanoscale,CMT-PRO,111
AFM,Nanoscopic,CMT-DSC,41
AFM,Nanosensor,CMT-APL,47
AFM,Nanosheet Array,CMT-DSC,32
AFM,Nanosheet Film,CMT-DSC,40
AFM,Nanosheets,CMT-DSC,3373
AFM,Nanoshell,CMT-DSC,52
AFM,Nanosphere,CMT-DSC,514
AFM,Nanosphere Lithography,CMT-SMT,53
AFM,Nanostrips,CMT-DSC,39
AFM,Nanostructure,APL-DSC,34
AFM,Nanostructure,CMT-DSC,1076
AFM,Nanostructure,CMT-PRO,45
AFM,Nanostructure Array,CMT-DSC,35
AFM,Nanostructured Film,CMT-DSC,77
AFM,Nanostructured Surface,CMT-DSC,99
AFM,Nanostructured Thin Films,CMT-DSC,42
AFM,Nanostructures,APL-DSC,67
AFM,Nanostructures,CMT-DSC,2168
AFM,Nanostructuring,CMT-SMT,50
AFM,Nanosystem,CMT-DSC,38
AFM,Nanotechnology,CMT-APL,65
AFM,Nanotexture,CMT-DSC,37
AFM,Nanotriangle,CMT-DSC,39
AFM,Nanotube,APL-DSC,92
AFM,Nanotube,CMT-DSC,1897
AFM,Nanotube Arrays,CMT-DSC,105
AFM,Nanotubular,CMT-DSC,39
AFM,Nanovesicle,CMT-DSC,30
AFM,Nanowall,CMT-DSC,60
AFM,Nanowhisker,CMT-DSC,33
AFM,Nanowire,APL-DSC,54
AFM,Nanowire,CMT-DSC,930
AFM,Nanowire Array,CMT-DSC,192
AFM,Nanowires,APL-DSC,49
AFM,Nanowires,CMT-DSC,1245
AFM,Naphthalene,CMT-CHM,85
AFM,Native,CMT-DSC,33
AFM,Native Oxides,CMT-CHM,61
AFM,Native Page,CMT-CMT,31
AFM,Natural Graphite,CMT-CHM,82
AFM,Nb,CMT-CHM,368
AFM,Nb2O5,CMT-CHM,95
AFM,Nd,CMT-CHM,260
AFM,Nd,PRO-CHM,36
AFM,Nds,CMT-DSC,38
AFM,Near,CMT-PRO,45
AFM,Near-Edge X-Ray Absorption Fine-Structure,CMT-CMT,35
AFM,Neat,CMT-DSC,235
AFM,Neat Film,CMT-DSC,135
AFM,Needle-Like,CMT-DSC,57
AFM,Needles,CMT-DSC,138
AFM,Neel Temperature,PRO-PRO,104
AFM,Negative Electrode,CMT-APL,72
AFM,Nematic,CMT-PRO,83
AFM,Nematic,CMT-SPL,84
AFM,Network,CMT-DSC,297
AFM,Network Film,CMT-DSC,32
AFM,Network Structure,CMT-PRO,66
AFM,Neurite Length,CMT-PRO,39
AFM,Neuron,CMT-APL,48
AFM,Neuronal,CMT-PRO,39
AFM,Neurons,CMT-APL,108
AFM,Neurons,CMT-DSC,37
AFM,Neutron Diffraction,PRO-CMT,92
AFM,Neutron Powder Diffraction,PRO-CMT,48
AFM,Neutron Reflectivity,CMT-CMT,93
AFM,Nexafs,CMT-CMT,178
AFM,Nf,CMT-APL,138
AFM,Nf,CMT-DSC,62
AFM,Nfs,CMT-DSC,63
AFM,Ni,CMT-CHM,2497
AFM,Ni,PRO-CHM,141
AFM,Ni 2p3,CMT-CHM,34
AFM,Ni II,CMT-CHM,83
AFM,Ni(111),CMT-CHM,45
AFM,Ni(OH)2,CMT-CHM,114
AFM,Ni2+,CMT-CHM,206
AFM,NiCl2,CMT-CHM,56
AFM,NiCo,CMT-CHM,45
AFM,NiCo2O4,CMT-CHM,38
AFM,NiFe,CMT-CHM,133
AFM,NiFe2O4,CMT-CHM,38
AFM,NiO,CMT-CHM,492
AFM,NiO,PRO-CHM,44
AFM,NiOx,CMT-CHM,118
AFM,NiTi,CMT-CHM,100
AFM,Nickel,CMT-CHM,745
AFM,Nickel Oxides,CMT-CHM,72
AFM,Nile Red,CMT-CHM,103
AFM,Niobium,CMT-CHM,65
AFM,Nitrate,CMT-CHM,144
AFM,Nitric Acid,CMT-CHM,138
AFM,Nitric Oxide,CMT-CHM,41
AFM,Nitridation,CMT-SMT,118
AFM,Nitride,CMT-CHM,135
AFM,Nitrided,CMT-SMT,98
AFM,Nitriles,CMT-CHM,46
AFM,Nitrite,CMT-CHM,61
AFM,Nitro,CMT-CHM,65
AFM,Nitrobenzene,CMT-CHM,66
AFM,Nitrogen,APL-CHM,42
AFM,Nitrogen,CMT-CHM,3532
AFM,Nitrogen,PRO-CHM,32
AFM,Nitrogen Adsorption,CMT-CMT,74
AFM,Nitrogen Adsorption Desorption Isotherm,CMT-CMT,107
AFM,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,306
AFM,Nitrogen Adsorption Isotherm,CMT-CMT,42
AFM,Nitrogen Concentration,CMT-PRO,37
AFM,Nitrogen Content,CMT-PRO,47
AFM,Nitrogen Gas,CMT-CHM,115
AFM,Nitrogen Sorption Isotherm,CMT-CMT,36
AFM,Nitroxide,CMT-CHM,37
AFM,Nm,CMT-DSC,59
AFM,Nm,PRO-PRO,98
AFM,Non-Annealed,CMT-SMT,74
AFM,Non-Doped,CMT-DSC,48
AFM,Non-Woven,CMT-DSC,35
AFM,Nonconductive,CMT-PRO,36
AFM,Noncontact Atomic Force Microscopy,CMT-CMT,65
AFM,Nonirradiated,CMT-SMT,110
AFM,Nonlinear Optical Properties,CMT-PRO,31
AFM,Nonmagnetic,CMT-PRO,33
AFM,Nonmagnetic,PRO-PRO,125
AFM,Nonpolar,CMT-PRO,102
AFM,Nonporous,CMT-DSC,85
AFM,Normal,CMT-PRO,41
AFM,Normal Force,CMT-PRO,66
AFM,Normalized,CMT-CMT,312
AFM,Normalized,CMT-PRO,129
AFM,Normalized Absorption,CMT-CMT,71
AFM,Normalized Absorption Spectrum,CMT-CMT,170
AFM,Normalized Emission Spectra,CMT-CMT,58
AFM,Nozzle,CMT-APL,30
AFM,Nss,CMT-DSC,237
AFM,Nuclear,CMT-PRO,31
AFM,Nuclear Magnetic Resonance,CMT-CMT,72
AFM,Nucleation,CMT-PRO,38
AFM,Nucleation Density,CMT-PRO,79
AFM,Nucleation Layer,CMT-DSC,58
AFM,Nucleation Rates,CMT-PRO,56
AFM,Nucleic Acid,CMT-CHM,162
AFM,Nucleobases,CMT-CHM,32
AFM,Nucleotides,CMT-CHM,42
AFM,Nucleus,CMT-PRO,33
AFM,Number,CMT-PRO,34
AFM,Number Average Molecular Weight,CMT-PRO,58
AFM,Number Density,CMT-PRO,84
AFM,Numerical Simulations,CMT-CMT,49
AFM,Nws,CMT-DSC,306
AFM,Nyquist,CMT-CMT,237
AFM,Nyquist Curve,CMT-CMT,39
AFM,Nyquist Diagram,CMT-CMT,161
AFM,Nyquist Impedance Plot,CMT-CMT,42
AFM,Nyquist Plot,CMT-CMT,2295
AFM,O,CMT-CHM,4005
AFM,O,PRO-CHM,187
AFM,O 1s,CMT-CHM,164
AFM,O 1s,CMT-CMT,62
AFM,O 1s XPS,CMT-CMT,118
AFM,O Red,CMT-CHM,32
AFM,O-Dichlorobenzene,CMT-CHM,88
AFM,O-Xylene,CMT-CHM,53
AFM,O/C Ratio,CMT-PRO,35
AFM,O1S XPS,CMT-CMT,101
AFM,O1s,CMT-CMT,299
AFM,O2,CMT-CHM,2360
AFM,O2,CMT-SMT,31
AFM,O2 Plasma,CMT-SMT,132
AFM,O2 Plasma Etching,CMT-SMT,35
AFM,O2 Plasma Treated,CMT-SMT,69
AFM,O2 Plasma Treatment,CMT-SMT,110
AFM,O2−,CMT-CHM,35
AFM,O3,CMT-CHM,160
AFM,OCN,CMT-CHM,68
AFM,OCP,CMT-PRO,210
AFM,OCV,CMT-PRO,42
AFM,ODA,CMT-CHM,42
AFM,ODCB,CMT-CHM,88
AFM,ODPA,CMT-CHM,37
AFM,ODT,CMT-CHM,112
AFM,OEG,CMT-CHM,39
AFM,OER,CMT-APL,271
AFM,OER,CMT-PRO,46
AFM,OER Activity,CMT-PRO,47
AFM,OER Performance,CMT-PRO,32
AFM,OER Polarization Curve,CMT-CMT,43
AFM,OES,CMT-CMT,38
AFM,OFET,CMT-APL,418
AFM,OFET,CMT-PRO,79
AFM,OFET Device,CMT-APL,138
AFM,OFETS,CMT-APL,459
AFM,OFETs,CMT-APL,49
AFM,OFF,CMT-PRO,45
AFM,OFF,CMT-SMT,123
AFM,OH,CMT-CHM,746
AFM,OLED,CMT-APL,266
AFM,OLED Device,CMT-APL,103
AFM,OLEDs,CMT-APL,322
AFM,OM,CMT-CMT,680
AFM,OPA,CMT-CHM,31
AFM,OPV,CMT-APL,192
AFM,OPV Cells,CMT-APL,39
AFM,OPV Device,CMT-APL,145
AFM,OPVs,CMT-APL,39
AFM,ORR,CMT-APL,248
AFM,ORR Activity,CMT-PRO,31
AFM,ORR Polarization Curve,CMT-CMT,45
AFM,ORTEP,CMT-CMT,39
AFM,ORTEP Drawing,CMT-CMT,34
AFM,OSC,CMT-APL,130
AFM,OSC Device,CMT-APL,54
AFM,OSCS,CMT-APL,323
AFM,OSCs,CMT-APL,70
AFM,OTFT,CMT-APL,270
AFM,OTFT Device,CMT-APL,41
AFM,OTFTs,CMT-APL,282
AFM,OTMS,CMT-CHM,33
AFM,OTS,CMT-CHM,111
AFM,OTS,CMT-SMT,135
AFM,OTS Treated,CMT-SMT,89
AFM,Octadecanethiol,CMT-CHM,48
AFM,Octadecylamine,CMT-CHM,48
AFM,Octadecyltrichlorosilane,CMT-CHM,119
AFM,Octane,CMT-CHM,72
AFM,Octyl,CMT-CHM,33
AFM,Of Chemistry,APL-CMT,38
AFM,Of Chemistry,CMT-CMT,1143
AFM,Off Current,CMT-PRO,55
AFM,Off Force,CMT-PRO,32
AFM,Ohmic,CMT-PRO,60
AFM,Ohmic Behaviour,CMT-PRO,31
AFM,Ohmic Contact,CMT-APL,110
AFM,Oil,CMT-APL,68
AFM,Oil Contact Angle,CMT-PRO,40
AFM,Oil Red O,CMT-CHM,35
AFM,Oil/Water Separation,CMT-APL,51
AFM,Oleate,CMT-CHM,39
AFM,Olefins,CMT-CHM,53
AFM,Oleic Acid,CMT-CHM,142
AFM,Oleylamine,CMT-CHM,76
AFM,Oligomers,CMT-DSC,78
AFM,Oligonucleotide,CMT-CHM,154
AFM,Oligothiophenes,CMT-CHM,74
AFM,Olivines,CMT-CHM,61
AFM,Olivines,CMT-SPL,30
AFM,On,CMT-PRO,61
AFM,On-Current,CMT-PRO,51
AFM,On/Off Current Ratio,CMT-PRO,99
AFM,On/Off Ratio,CMT-PRO,271
AFM,One Time,CMT-CHM,37
AFM,One Way ANOVA,CMT-CMT,136
AFM,One-Dimensional,CMT-DSC,123
AFM,Onset Potential,CMT-PRO,66
AFM,Opal,CMT-DSC,31
AFM,Opaque,CMT-PRO,127
AFM,Open Circuit Potential,CMT-PRO,271
AFM,Open Circuit Voltage,CMT-PRO,499
AFM,Operation Stability,CMT-PRO,53
AFM,Optical,CMT-APL,71
AFM,Optical,CMT-CMT,795
AFM,Optical,CMT-PRO,1054
AFM,Optical Absorbance,CMT-CMT,72
AFM,Optical Absorbance,CMT-PRO,117
AFM,Optical Absorption,CMT-CMT,771
AFM,Optical Absorption,CMT-PRO,158
AFM,Optical Absorption Coefficient,CMT-PRO,58
AFM,Optical Analysis,CMT-CMT,40
AFM,Optical Band Gap,CMT-PRO,842
AFM,Optical Band Gap Energy,CMT-PRO,78
AFM,Optical Characteristics,CMT-PRO,75
AFM,Optical Characterization,CMT-CMT,133
AFM,Optical Conductivity,CMT-PRO,72
AFM,Optical Constant,CMT-PRO,175
AFM,Optical Constants,CMT-PRO,30
AFM,Optical Contrast,CMT-PRO,56
AFM,Optical Density,CMT-PRO,231
AFM,Optical Device,CMT-APL,34
AFM,Optical Emission,CMT-CMT,50
AFM,Optical Emission Spectroscopy,CMT-CMT,36
AFM,Optical Energy Gap,CMT-PRO,40
AFM,Optical Fiber,CMT-APL,92
AFM,Optical Gap,CMT-PRO,87
AFM,Optical Image,APL-CMT,78
AFM,Optical Image,CMT-CMT,3709
AFM,Optical Imaging,CMT-CMT,44
AFM,Optical Measurement,CMT-CMT,104
AFM,Optical Micrograph,APL-CMT,34
AFM,Optical Micrograph,CMT-CMT,1649
AFM,Optical Microscope,APL-CMT,31
AFM,Optical Microscope,CMT-CMT,1543
AFM,Optical Microscopy,APL-CMT,32
AFM,Optical Microscopy,CMT-CMT,2293
AFM,Optical Model,CMT-CMT,61
AFM,Optical Parameters,CMT-PRO,92
AFM,Optical Performance,CMT-PRO,41
AFM,Optical Photo,CMT-CMT,81
AFM,Optical Photograph,CMT-CMT,393
AFM,Optical Picture,CMT-CMT,71
AFM,Optical Profilometry,CMT-CMT,62
AFM,Optical Properties,CMT-PRO,1506
AFM,Optical Property,CMT-PRO,58
AFM,Optical Quality,CMT-PRO,34
AFM,Optical Reflectance,CMT-CMT,52
AFM,Optical Reflectance,CMT-PRO,33
AFM,Optical Response,CMT-PRO,97
AFM,Optical Society,CMT-CMT,70
AFM,Optical Spectroscopy,CMT-CMT,48
AFM,Optical Spectrum,CMT-CMT,141
AFM,Optical Studies,CMT-CMT,47
AFM,Optical Thickness,CMT-PRO,40
AFM,Optical Transition,CMT-PRO,61
AFM,Optical Transmission,CMT-CMT,341
AFM,Optical Transmission,CMT-PRO,162
AFM,Optical Transmittance,CMT-CMT,97
AFM,Optical Transmittance,CMT-PRO,1157
AFM,Optical Transparency,CMT-PRO,104
AFM,Optically Active,CMT-PRO,38
AFM,Optically Transparent,CMT-PRO,35
AFM,Optics,CMT-APL,36
AFM,Optoelectronic Application,CMT-APL,55
AFM,Optoelectronic Device,CMT-APL,117
AFM,Optoelectronic Properties,CMT-PRO,129
AFM,Optoelectronics,CMT-APL,50
AFM,Opvs,CMT-APL,162
AFM,Order Parameter,CMT-PRO,43
AFM,Ordered,CMT-PRO,56
AFM,Ordering,CMT-PRO,99
AFM,Orders,CMT-PRO,54
AFM,Organic,CMT-APL,48
AFM,Organic,CMT-PRO,122
AFM,Organic Field Effect Transistors,CMT-APL,66
AFM,Organic Light Emitting Diode,CMT-APL,47
AFM,Organic Semiconductor,CMT-PRO,71
AFM,Organic Solar Cells,CMT-APL,233
AFM,Organic Thin Film Transistors,CMT-APL,36
AFM,Organogels,CMT-DSC,98
AFM,Organosilane,CMT-CHM,81
AFM,Orientation Angles,CMT-PRO,39
AFM,Orientation Maps,CMT-CMT,38
AFM,Orientations,CMT-PRO,238
AFM,Oriented,CMT-PRO,40
AFM,Origami,CMT-DSC,103
AFM,Orthopyroxene,CMT-CHM,33
AFM,Orthorhombic,CMT-SPL,343
AFM,Orthorhombic,PRO-SPL,126
AFM,OsO4,CMT-CHM,37
AFM,Oscillator Strength,CMT-PRO,55
AFM,Oscilloscope,CMT-CMT,34
AFM,Osmotic Pressure,CMT-PRO,38
AFM,Osteoblasts,CMT-APL,118
AFM,Osteoblasts,CMT-PRO,32
AFM,Osteoblasts,CMT-SPL,34
AFM,Osteogenesis,CMT-PRO,35
AFM,Osteogenic,CMT-PRO,86
AFM,Osteogenic Differentiation,CMT-PRO,75
AFM,Out,CMT-CMT,161
AFM,Out,CMT-PRO,153
AFM,Output,CMT-PRO,268
AFM,Output Characteristics,CMT-PRO,1013
AFM,Output Currents,CMT-PRO,73
AFM,Output Curve,CMT-CMT,169
AFM,Output Curve,CMT-PRO,124
AFM,Output Power,CMT-PRO,115
AFM,Output Voltage,CMT-PRO,167
AFM,Overgrown,CMT-DSC,34
AFM,Overlayers,CMT-DSC,266
AFM,Overpotential,CMT-PRO,231
AFM,Oxalates,CMT-CHM,40
AFM,Oxalic Acid,CMT-CHM,114
AFM,Oxidation,APL-SMT,50
AFM,Oxidation,CMT-APL,186
AFM,Oxidation,CMT-PRO,109
AFM,Oxidation,CMT-SMT,1643
AFM,Oxidation Current,CMT-PRO,50
AFM,Oxidation Peak,CMT-PRO,39
AFM,Oxidation Peak Current,CMT-PRO,96
AFM,Oxidation Potential,CMT-PRO,87
AFM,Oxidation State,CMT-PRO,146
AFM,Oxidative Polymerization,CMT-SMT,46
AFM,Oxidative Stability,CMT-PRO,39
AFM,Oxidative Stress,CMT-PRO,30
AFM,Oxides,CMT-CHM,1259
AFM,Oxides,PRO-CHM,39
AFM,Oxidised,CMT-SMT,76
AFM,Oxidize,APL-SMT,50
AFM,Oxidize,CMT-SMT,1284
AFM,Oxidizing,CMT-SMT,45
AFM,Oxygen,APL-CHM,89
AFM,Oxygen,CMT-CHM,5638
AFM,Oxygen,CMT-PRO,38
AFM,Oxygen,PRO-CHM,173
AFM,Oxygen Concentration,CMT-PRO,82
AFM,Oxygen Content,CMT-PRO,79
AFM,Oxygen Evolution Reaction,CMT-APL,49
AFM,Oxygen Permeability,CMT-PRO,54
AFM,Oxygen Plasma,CMT-SMT,229
AFM,Oxygen Plasma Etching,CMT-SMT,71
AFM,Oxygen Plasma Treated,CMT-SMT,115
AFM,Oxygen Plasma Treatment,CMT-SMT,217
AFM,Oxygen Reduction,CMT-APL,48
AFM,Oxygen Reduction Reaction,CMT-APL,54
AFM,Oxygen Transmission Rate,CMT-PRO,35
AFM,Oxygen Vacancies,CMT-PRO,177
AFM,Oxygen Vacancy,CMT-PRO,82
AFM,Ozone,CMT-CHM,364
AFM,P,CMT-APL,73
AFM,P,CMT-PRO,551
AFM,P,CMT-SPL,35
AFM,P Type,CMT-PRO,670
AFM,P(NDI2OD-T2),CMT-CHM,40
AFM,P(VDF-TrFE),CMT-CHM,78
AFM,P-Channel,CMT-APL,52
AFM,P-Doped,CMT-PRO,34
AFM,P-N Junction,CMT-APL,86
AFM,P-Nitrophenol,CMT-CHM,49
AFM,P-Type Conductivity,CMT-PRO,31
AFM,P-Type Semiconductor,CMT-PRO,32
AFM,P-Xylene,CMT-CHM,57
AFM,P25 TiO2,CMT-CHM,32
AFM,P2O5,CMT-CHM,57
AFM,P2VP,CMT-CHM,147
AFM,P3HT,CMT-CHM,1611
AFM,P3HT:PC60BM,CMT-CHM,37
AFM,P3HT:PC61BM,CMT-CHM,112
AFM,P4VP,CMT-CHM,148
AFM,PA,CMT-CMT,63
AFM,PA,CMT-PRO,43
AFM,PA,CMT-SMT,37
AFM,PAA,CMT-CHM,754
AFM,PAAm,CMT-CHM,43
AFM,PAH,CMT-CHM,511
AFM,PAMAM,CMT-CHM,181
AFM,PAN,CMT-CHM,173
AFM,PANI,CMT-CHM,92
AFM,PBD,CMT-CHM,33
AFM,PBDB,CMT-CHM,46
AFM,PBDB-T,CMT-CHM,59
AFM,PBDT,CMT-CHM,40
AFM,PBDTTT-C-T,CMT-CHM,30
AFM,PBE,CMT-CMT,41
AFM,PBE,PRO-CMT,36
AFM,PC,CMT-APL,62
AFM,PC,CMT-CMT,47
AFM,PC,CMT-PRO,67
AFM,PC60BM,CMT-CHM,66
AFM,PC61BM,CMT-CHM,78
AFM,PC71BM,CMT-CHM,162
AFM,PCA,CMT-CMT,91
AFM,PCB,CMT-CHM,45
AFM,PCBM,CMT-CHM,1267
AFM,PCDTBT,CMT-CHM,46
AFM,PCE,CMT-PRO,1192
AFM,PCEs,CMT-PRO,52
AFM,PCL,CMT-CHM,428
AFM,PCPDTBT,CMT-CHM,31
AFM,PCs,CMT-CMT,36
AFM,PDA,CMT-CHM,382
AFM,PDA,CMT-SMT,94
AFM,PDADMAC,CMT-CHM,107
AFM,PDDA,CMT-CHM,51
AFM,PDMA,CMT-CHM,42
AFM,PDMAEMA,CMT-CHM,121
AFM,PDMS,APL-CHM,45
AFM,PDMS,CMT-CHM,1979
AFM,PDOS,CMT-CMT,90
AFM,PDOS,CMT-PRO,68
AFM,PDOS,PRO-CMT,70
AFM,PDOS,PRO-PRO,88
AFM,PDP,CMT-CMT,31
AFM,PDT,CMT-APL,68
AFM,PDT,CMT-SMT,39
AFM,PE,CMT-PRO,46
AFM,PE,CMT-SMT,62
AFM,PE Hysteresis Loop,CMT-CMT,139
AFM,PE Loop,CMT-CMT,35
AFM,PE-CVD,CMT-CHM,34
AFM,PE-CVD,CMT-SMT,312
AFM,PEA,CMT-CHM,68
AFM,PEALD,CMT-SMT,32
AFM,PEC,CMT-APL,66
AFM,PEC,CMT-CHM,233
AFM,PEC,CMT-SMT,30
AFM,PEC Cell,CMT-APL,36
AFM,PEDOT,CMT-CHM,2286
AFM,PEEM,CMT-CMT,38
AFM,PEG,APL-CHM,81
AFM,PEG,CMT-CHM,1418
AFM,PEG-DA,CMT-CHM,55
AFM,PEG6000,CMT-CHM,32
AFM,PEGMA,CMT-CHM,65
AFM,PEGs,CMT-CHM,32
AFM,PEGylated,CMT-DSC,43
AFM,PEGylated,CMT-SMT,67
AFM,PEGylation,CMT-SMT,43
AFM,PEI,CMT-CHM,1060
AFM,PEIE,CMT-CHM,54
AFM,PELEDs,CMT-APL,43
AFM,PEM,CMT-APL,133
AFM,PEM,CMT-CHM,129
AFM,PEMFC,CMT-APL,45
AFM,PEN,CMT-CHM,260
AFM,PEO,CMT-CHM,637
AFM,PEO,CMT-SMT,47
AFM,PES,CMT-CHM,126
AFM,PET,CMT-CHM,203
AFM,PF6,CMT-CHM,32
AFM,PFA,CMT-CHM,45
AFM,PFB,CMT-CHM,32
AFM,PFBT,CMT-CHM,32
AFM,PFM,CMT-CMT,297
AFM,PFN,CMT-CHM,87
AFM,PFO,CMT-CHM,96
AFM,PFS,CMT-CHM,56
AFM,PGA,CMT-CHM,38
AFM,PGE,CMT-CHM,47
AFM,PGMA,CMT-CHM,86
AFM,PHB,CMT-CHM,37
AFM,PHEMA,CMT-CHM,92
AFM,PIII,CMT-SMT,42
AFM,PIL,CMT-CHM,40
AFM,PIP,CMT-CHM,31
AFM,PL,CMT-CMT,2372
AFM,PL Decay Curve,CMT-CMT,36
AFM,PL Emission,CMT-CMT,102
AFM,PL Mapping,CMT-CMT,58
AFM,PLA,CMT-CHM,357
AFM,PLD,CMT-SMT,567
AFM,PLE,CMT-CMT,59
AFM,PLED,CMT-APL,37
AFM,PLED,CMT-CHM,51
AFM,PLEDs,CMT-APL,81
AFM,PLGA,CMT-CHM,222
AFM,PLL,CMT-CHM,136
AFM,PLLA,CMT-CHM,207
AFM,PM-IRRAS,CMT-CMT,85
AFM,PMA,CMT-CHM,128
AFM,PMAA,CMT-CHM,39
AFM,PMMA,APL-CHM,52
AFM,PMMA,CMT-CHM,2065
AFM,PNA,CMT-CHM,39
AFM,PNIPAAm,CMT-CHM,132
AFM,PNIPAM,CMT-CHM,294
AFM,PNMA,PRO-SPL,37
AFM,PO2,CMT-CHM,40
AFM,PO4,CMT-CHM,43
AFM,POCl3,CMT-CHM,35
AFM,POEGMA,CMT-CHM,38
AFM,POM,CMT-CMT,471
AFM,POMs,CMT-CHM,38
AFM,POPC,CMT-CHM,147
AFM,PPA,CMT-CHM,72
AFM,PPO,CMT-CHM,60
AFM,PPV,CMT-CHM,40
AFM,PPh3,CMT-CHM,38
AFM,PPy,CMT-CHM,148
AFM,PR,CMT-CMT,33
AFM,PR,CMT-PRO,55
AFM,PRO,CMT-CHM,55
AFM,PS-b-P2VP,CMT-CHM,60
AFM,PS-b-P4VP,CMT-CHM,99
AFM,PS-b-PAA,CMT-CHM,30
AFM,PS-b-PMMA,CMT-CHM,101
AFM,PSA,CMT-APL,34
AFM,PSBMA,CMT-CHM,33
AFM,PSC,CMT-APL,426
AFM,PSC Device,CMT-APL,135
AFM,PSCS,CMT-APL,849
AFM,PSCs,CMT-APL,238
AFM,PSD,CMT-CMT,176
AFM,PSD,CMT-PRO,95
AFM,PSS,CMT-CHM,102
AFM,PSf,CMT-CHM,39
AFM,PT,CMT-PRO,49
AFM,PTAA,CMT-CHM,32
AFM,PTB7-Th,CMT-CHM,126
AFM,PTB7-Th:PC71BM,CMT-CHM,33
AFM,PTCDA,CMT-CHM,76
AFM,PTFE,CMT-CHM,396
AFM,PTT,CMT-APL,54
AFM,PTT,CMT-SMT,42
AFM,PTX,CMT-CHM,70
AFM,PV,CMT-APL,34
AFM,PV,CMT-PRO,35
AFM,PV Cells,CMT-APL,46
AFM,PV Parameters,CMT-PRO,34
AFM,PV Performance,CMT-PRO,39
AFM,PVA,CMT-CHM,858
AFM,PVAC,CMT-CHM,61
AFM,PVC,CMT-CHM,151
AFM,PVD,CMT-SMT,159
AFM,PVDF,CMT-CHM,727
AFM,PVK,CMT-CHM,109
AFM,PVP,CMT-CHM,683
AFM,PVSCS,CMT-APL,37
AFM,PXRD,CMT-CMT,345
AFM,PZT,CMT-CHM,219
AFM,Packing,CMT-PRO,67
AFM,Packing Density,CMT-PRO,124
AFM,Packing Modes,CMT-PRO,46
AFM,Packing Structure,CMT-PRO,63
AFM,Paclitaxel,CMT-CHM,75
AFM,Pads,CMT-APL,82
AFM,Page,CMT-CMT,41
AFM,Paint,CMT-APL,60
AFM,Palladium,CMT-CHM,276
AFM,Palmitic Acid,CMT-CHM,38
AFM,Panchromatic CL,CMT-CMT,33
AFM,Paper,CMT-APL,97
AFM,Paper,CMT-DSC,258
AFM,Paramagnetic,CMT-PRO,56
AFM,Paramagnetic,PRO-PRO,175
AFM,Parameters,CMT-PRO,36
AFM,Partial DOS,PRO-PRO,49
AFM,Partial Densities of States,CMT-PRO,62
AFM,Partial Densities of States,PRO-PRO,60
AFM,Particle,APL-DSC,73
AFM,Particle,CMT-DSC,1620
AFM,Particle,CMT-PRO,271
AFM,Particle Array,CMT-DSC,40
AFM,Particle Density,CMT-PRO,49
AFM,Particle Diameter,CMT-PRO,133
AFM,Particle Height,CMT-PRO,33
AFM,Particle Size,CMT-PRO,1303
AFM,Particle Size Analysis,CMT-CMT,35
AFM,Particle Size Distribution,CMT-PRO,951
AFM,Particle Surface,CMT-DSC,79
AFM,Particles,APL-DSC,122
AFM,Particles,CMT-DSC,5807
AFM,Particles,PRO-DSC,35
AFM,Particulate Surface,CMT-DSC,45
AFM,Particulates,CMT-DSC,120
AFM,Parylene,CMT-CHM,63
AFM,Parylene-C,CMT-CHM,64
AFM,Passivated,CMT-DSC,32
AFM,Passivated,CMT-SMT,62
AFM,Passivation,CMT-APL,44
AFM,Passivation,CMT-SMT,47
AFM,Passivation Layer,CMT-APL,68
AFM,Passive,CMT-PRO,152
AFM,Paste,CMT-DSC,134
AFM,Patches,CMT-DSC,67
AFM,Patchy,CMT-DSC,41
AFM,Pattern,CMT-CMT,58
AFM,Pattern,CMT-DSC,282
AFM,Pattern,CMT-PRO,135
AFM,Patterned,APL-DSC,34
AFM,Patterned,CMT-DSC,1682
AFM,Patterned,CMT-SMT,505
AFM,Patterned Film,CMT-DSC,80
AFM,Patterned Substrate,CMT-DSC,99
AFM,Patterned Surface,CMT-DSC,164
AFM,Patterning,CMT-SMT,422
AFM,Paxillin,CMT-CHM,34
AFM,Pb,CMT-CHM,558
AFM,Pb,PRO-CHM,31
AFM,Pb(II),CMT-CHM,86
AFM,Pb(NO3)2,CMT-CHM,30
AFM,Pb2+,CMT-CHM,230
AFM,PbBr2,CMT-CHM,32
AFM,PbCl2,CMT-CHM,33
AFM,PbI2,CMT-CHM,221
AFM,PbO,CMT-CHM,36
AFM,PbS,CMT-CHM,254
AFM,PbSe,CMT-CHM,80
AFM,PbTe,CMT-CHM,44
AFM,PbTiO3,CMT-CHM,47
AFM,Pc,CMT-CHM,56
AFM,Pc71bm,CMT-APL,229
AFM,Pcr,CMT-CMT,56
AFM,Pcr,CMT-SMT,44
AFM,Pd,CMT-CHM,1060
AFM,Pd (II),CMT-CHM,48
AFM,Pd(PPh3)4,CMT-CHM,179
AFM,Pd2+,CMT-CHM,30
AFM,PdCl2,CMT-CHM,55
AFM,PdO,CMT-CHM,30
AFM,Pdi,CMT-PRO,189
AFM,Pds,CMT-APL,47
AFM,Peak,CMT-PRO,154
AFM,Peak Current,CMT-PRO,349
AFM,Peak Current Densities,CMT-PRO,62
AFM,Peak Currents,CMT-PRO,171
AFM,Peak Deconvolutions,CMT-CMT,47
AFM,Peak Fitting,CMT-CMT,121
AFM,Peak Position,CMT-PRO,30
AFM,Peak Potential,CMT-PRO,128
AFM,Peak Wavelength,CMT-PRO,34
AFM,Peak Widths,CMT-PRO,31
AFM,Peak-To,CMT-PRO,32
AFM,Peaks,CMT-PRO,32
AFM,Peel Strength,CMT-PRO,39
AFM,Peeling,CMT-SMT,59
AFM,Pellet,CMT-DSC,315
AFM,Pems,CMT-APL,78
AFM,Pen,CMT-APL,31
AFM,Penetration Depth,CMT-PRO,107
AFM,Pentacene,CMT-CHM,716
AFM,Peptide,CMT-DSC,97
AFM,Perchlorate,CMT-CHM,36
AFM,Perchloric Acid,CMT-CHM,30
AFM,Percolation Threshold,CMT-PRO,71
AFM,Perforated,CMT-DSC,34
AFM,Performance,CMT-PRO,102
AFM,Performance Parameters,CMT-PRO,80
AFM,Period,CMT-PRO,71
AFM,Periodic,CMT-PRO,31
AFM,Periodic Structure,CMT-PRO,31
AFM,Periodicities,CMT-PRO,54
AFM,Periodicity,CMT-PRO,188
AFM,Permeability,CMT-PRO,407
AFM,Permeable,CMT-PRO,31
AFM,Permeance,CMT-PRO,121
AFM,Permeate Flux,CMT-PRO,231
AFM,Permeation,CMT-PRO,46
AFM,Permeation Flux,CMT-PRO,111
AFM,Permittivity,CMT-PRO,111
AFM,Permselectivity,CMT-PRO,30
AFM,Perovskite Solar Cells,CMT-APL,155
AFM,Perovskites,CMT-APL,108
AFM,Perovskites,CMT-CHM,1666
AFM,Perovskites,CMT-SPL,1605
AFM,Perovskites,PRO-CHM,163
AFM,Perovskites,PRO-SPL,137
AFM,Peroxidase,CMT-APL,30
AFM,Peroxide,CMT-CHM,108
AFM,Persistence Length,CMT-PRO,70
AFM,Pervaporation Performance,CMT-PRO,61
AFM,Perylene,CMT-CHM,112
AFM,Perylene Diimide,CMT-CHM,32
AFM,Pes,CMT-CMT,34
AFM,Pesa,CMT-CMT,31
AFM,Pet,CMT-APL,34
AFM,Petri Dish,CMT-DSC,53
AFM,Phalloidin,CMT-CHM,272
AFM,Pharmaceutical,CMT-APL,38
AFM,Pharmacokinetics,CMT-PRO,32
AFM,Phase,CMT-CMT,373
AFM,Phase,CMT-PRO,681
AFM,Phase,PRO-PRO,34
AFM,Phase AFM,CMT-CMT,48
AFM,Phase Angle,CMT-PRO,185
AFM,Phase Behavior,CMT-PRO,108
AFM,Phase Boundary,CMT-PRO,74
AFM,Phase Composition,CMT-PRO,104
AFM,Phase Contrast,CMT-CMT,242
AFM,Phase Contrast,CMT-PRO,103
AFM,Phase Contrast Image,CMT-CMT,189
AFM,Phase Contrast Micrographs,CMT-CMT,46
AFM,Phase Contrast Microscopy,CMT-CMT,50
AFM,Phase Diagram,CMT-PRO,549
AFM,Phase Diagram,PRO-PRO,139
AFM,Phase Images,APL-CMT,36
AFM,Phase Images,CMT-CMT,1554
AFM,Phase Imaging,CMT-CMT,55
AFM,Phase Inversion Method,CMT-SMT,34
AFM,Phase Map,CMT-CMT,49
AFM,Phase Mode,CMT-CMT,31
AFM,Phase Purity,CMT-PRO,30
AFM,Phase Separated,CMT-DSC,44
AFM,Phase Separated,CMT-PRO,31
AFM,Phase Shift,CMT-PRO,126
AFM,Phase Structure,CMT-PRO,84
AFM,Phase Transition,CMT-PRO,273
AFM,Phase Transition,PRO-PRO,61
AFM,Phase Transition Temperature,CMT-PRO,80
AFM,Phe,CMT-CHM,50
AFM,Phenol,CMT-CHM,190
AFM,Phenolics,CMT-CHM,95
AFM,Phenylalanine,CMT-CHM,56
AFM,Phenylboronic Acid,CMT-CHM,31
AFM,Phenyls,CMT-CHM,200
AFM,Phonon Dispersion,PRO-PRO,30
AFM,Phonon Mode,CMT-PRO,46
AFM,Phonons,CMT-PRO,43
AFM,Phosphate,APL-CHM,35
AFM,Phosphate,CMT-CHM,1393
AFM,Phosphatidylcholine,CMT-CHM,40
AFM,Phospholipid,CMT-CHM,90
AFM,Phosphonate,CMT-CHM,45
AFM,Phosphonic Acid,CMT-CHM,64
AFM,Phosphor,CMT-APL,64
AFM,Phosphorene,CMT-CHM,79
AFM,Phosphorescence,CMT-CMT,55
AFM,Phosphoric Acid,CMT-CHM,104
AFM,Phosphorous,CMT-CHM,88
AFM,Phosphors,CMT-APL,34
AFM,Phosphorus,CMT-CHM,283
AFM,Phosphorylcholine,CMT-CHM,32
AFM,Phosphotungstic Acid,CMT-CHM,69
AFM,Photo,CMT-APL,30
AFM,Photo,CMT-CMT,55
AFM,Photo,CMT-PRO,43
AFM,Photo,CMT-SMT,86
AFM,Photo Catalytic Activity,CMT-PRO,456
AFM,Photo Crosslinked,CMT-SMT,40
AFM,Photo Crosslinking,CMT-SMT,48
AFM,Photo Diode,CMT-APL,141
AFM,Photo Image,CMT-CMT,46
AFM,Photo Images,CMT-CMT,74
AFM,Photo Luminescence,CMT-CMT,2903
AFM,Photoactive,CMT-PRO,108
AFM,Photoactive Layer,CMT-APL,152
AFM,Photoactivity,CMT-PRO,48
AFM,Photoanode,CMT-APL,255
AFM,Photobleaching,CMT-SMT,34
AFM,Photocatalysis,CMT-APL,90
AFM,Photocatalysis,CMT-SMT,47
AFM,Photocatalyst,CMT-APL,292
AFM,Photocatalysts,CMT-APL,312
AFM,Photocatalytic Degradation,CMT-APL,272
AFM,Photocatalytic Degradation,CMT-CMT,95
AFM,Photocatalytic Efficiency,CMT-PRO,48
AFM,Photocatalytic H2,CMT-APL,97
AFM,Photocatalytic H2,CMT-PRO,84
AFM,Photocatalytic H2 Evolution,CMT-APL,74
AFM,Photocatalytic H2 Production,CMT-APL,52
AFM,Photocatalytic Hydrogen Evolution,CMT-APL,39
AFM,Photocatalytic Mechanism,CMT-PRO,122
AFM,Photocatalytic Oxidation,CMT-APL,35
AFM,Photocatalytic Performance,CMT-PRO,104
AFM,Photocatalytic Property,CMT-PRO,58
AFM,Photocatalytic Reaction,CMT-APL,74
AFM,Photocatalytic Reduction,CMT-APL,30
AFM,Photocatalytic Water Splitting,CMT-APL,41
AFM,Photocathodes,CMT-APL,63
AFM,Photochromic,CMT-PRO,54
AFM,Photoconductivity,CMT-PRO,69
AFM,Photoconductors,CMT-APL,33
AFM,Photoconversion Efficiency,CMT-PRO,42
AFM,Photocurrent,CMT-CMT,41
AFM,Photocurrent,CMT-PRO,1022
AFM,Photocurrent Action Spectrum,CMT-CMT,35
AFM,Photocurrent Density,CMT-PRO,361
AFM,Photocurrent Density Voltage,CMT-PRO,36
AFM,Photocurrent Generation,CMT-PRO,65
AFM,Photocurrent Measurement,CMT-CMT,51
AFM,Photocurrent Response,CMT-PRO,286
AFM,Photocurrent Spectra,CMT-CMT,38
AFM,Photodegradation,CMT-APL,37
AFM,Photodegradation,CMT-CMT,32
AFM,Photodegradation,CMT-SMT,90
AFM,Photodetector,CMT-APL,559
AFM,Photodetector Device,CMT-APL,38
AFM,Photodynamic Therapy,CMT-APL,34
AFM,Photoelectrochemical Cells,CMT-APL,37
AFM,Photoelectrochemical Properties,CMT-PRO,32
AFM,Photoelectrodes,CMT-APL,158
AFM,Photoelectron,CMT-CMT,43
AFM,Photoelectron Spectroscopy,CMT-CMT,62
AFM,Photoemission,CMT-CMT,121
AFM,Photoexcitation,CMT-SMT,57
AFM,Photographic,CMT-CMT,120
AFM,Photographic Image,CMT-CMT,203
AFM,Photographs,CMT-CMT,243
AFM,Photoinduced Electron Transfer,CMT-PRO,34
AFM,Photoirradiation,CMT-SMT,66
AFM,Photoisomerization,CMT-SMT,40
AFM,Photolithography,CMT-SMT,291
AFM,Photoluminescence Emission,CMT-CMT,69
AFM,Photoluminescence Excitation,CMT-CMT,49
AFM,Photoluminescence Spectroscopy,CMT-CMT,74
AFM,Photoluminescent,CMT-PRO,41
AFM,Photolysis,CMT-SMT,53
AFM,Photomask,CMT-APL,33
AFM,Photomask,CMT-SMT,126
AFM,Photomicrograph,CMT-CMT,127
AFM,Photon Correlation Spectroscopy,CMT-CMT,31
AFM,Photon Energy,CMT-PRO,82
AFM,Photonic Crystal,CMT-APL,79
AFM,Photooxidation,CMT-SMT,54
AFM,Photopatterned,CMT-SMT,52
AFM,Photopatterning,CMT-SMT,31
AFM,Photophysical,CMT-PRO,113
AFM,Photophysical Properties,CMT-PRO,123
AFM,Photopolymerization,CMT-SMT,95
AFM,Photopolymerized,CMT-SMT,42
AFM,Photoreduction,CMT-SMT,69
AFM,Photoresist,CMT-APL,110
AFM,Photoresist,CMT-PRO,87
AFM,Photoresist,CMT-SMT,56
AFM,Photoresponse,CMT-PRO,324
AFM,Photoresponsive,CMT-PRO,45
AFM,Photoresponsivity,CMT-PRO,173
AFM,Photos,CMT-CMT,54
AFM,Photosensitive,CMT-PRO,84
AFM,Photosensitivity,CMT-PRO,61
AFM,Photosensitizer,CMT-APL,60
AFM,Photostability,CMT-PRO,101
AFM,Photothermal Effect,CMT-PRO,65
AFM,Photothermal Heating Curves,CMT-CMT,56
AFM,Photothermal Therapy,CMT-APL,40
AFM,Photothermally,CMT-SMT,32
AFM,Phototransistor,CMT-APL,126
AFM,Photovoltage,CMT-PRO,72
AFM,Photovoltaic Cells,CMT-APL,146
AFM,Photovoltaic Characteristics,CMT-PRO,137
AFM,Photovoltaic Devices,CMT-APL,312
AFM,Photovoltaic Parameter,CMT-PRO,859
AFM,Photovoltaic Performance,CMT-PRO,587
AFM,Photovoltaic Properties,CMT-PRO,265
AFM,Photovoltaics,CMT-APL,67
AFM,Photovoltaics,CMT-PRO,98
AFM,Phthalocyanines,CMT-CHM,125
AFM,Physical,CMT-PRO,248
AFM,Physical Characteristics,CMT-PRO,39
AFM,Physical Characterization,CMT-CMT,50
AFM,Physical Parameter,CMT-PRO,55
AFM,Physical Properties,CMT-PRO,516
AFM,Physical Properties,PRO-PRO,46
AFM,Physical Vapour Deposition,CMT-SMT,86
AFM,Physicochemical,CMT-PRO,40
AFM,Physicochemical Characteristics,CMT-PRO,51
AFM,Physicochemical Characterization,CMT-CMT,68
AFM,Physicochemical Properties,CMT-PRO,315
AFM,Phytic Acid,CMT-CHM,30
AFM,Pi,CMT-CMT,31
AFM,Pi,CMT-PRO,34
AFM,Piezo,CMT-PRO,34
AFM,Piezoelectric,CMT-PRO,135
AFM,Piezoelectric Property,CMT-PRO,33
AFM,Piezoelectric Response,CMT-PRO,39
AFM,Piezoelectricity,CMT-PRO,31
AFM,Piezoresponse,CMT-PRO,39
AFM,Pigment,CMT-APL,85
AFM,Pillar,CMT-DSC,137
AFM,Pillar Array,CMT-DSC,41
AFM,Pillars,CMT-DSC,264
AFM,Pin,CMT-APL,32
AFM,Piperazine,CMT-CHM,44
AFM,Piperidine,CMT-CHM,33
AFM,Pitch,CMT-PRO,41
AFM,Plan View SEM,CMT-CMT,67
AFM,Plan View TEM,CMT-CMT,96
AFM,Planar,CMT-APL,39
AFM,Planar,CMT-DSC,38
AFM,Plane View SEM,CMT-CMT,49
AFM,Plane XRD,CMT-CMT,64
AFM,Planes,CMT-PRO,133
AFM,Plasma,CMT-DSC,54
AFM,Plasma,CMT-SMT,621
AFM,Plasma Enhanced Chemical Vapour Deposition,CMT-SMT,96
AFM,Plasma Etch,CMT-SMT,37
AFM,Plasma Etching,CMT-SMT,149
AFM,Plasma Membrane,CMT-DSC,64
AFM,Plasma Oxidation,CMT-SMT,30
AFM,Plasma Polymer,CMT-SMT,66
AFM,Plasma Polymerization,CMT-SMT,71
AFM,Plasma Treated,CMT-SMT,469
AFM,Plasma Treatment,CMT-SMT,516
AFM,Plasma-Modified,CMT-SMT,47
AFM,Plasma-Polymerized,CMT-SMT,81
AFM,Plasmonic,CMT-APL,34
AFM,Plasmonic,CMT-PRO,214
AFM,Plasmonic Resonance,CMT-PRO,102
AFM,Plasmons,CMT-PRO,90
AFM,Plastic Deformation,CMT-PRO,98
AFM,Plastic Deformation,CMT-SMT,63
AFM,Plastic Strain,CMT-PRO,33
AFM,Plasticity,CMT-PRO,56
AFM,Plastics,CMT-DSC,33
AFM,Plastics,CMT-PRO,40
AFM,Plate,CMT-APL,47
AFM,Plate,CMT-DSC,929
AFM,Plate-Like,CMT-DSC,44
AFM,Plated,CMT-SMT,112
AFM,Platelet,CMT-DSC,571
AFM,Platelet,CMT-PRO,45
AFM,Platelet Adhesion,CMT-PRO,71
AFM,Plates,CMT-DSC,536
AFM,Plating,CMT-APL,154
AFM,Plating,CMT-SMT,160
AFM,Platinized,CMT-SMT,47
AFM,Platinum,CMT-CHM,894
AFM,Ple,CMT-CMT,137
AFM,Plm,CMT-CMT,38
AFM,Plot,CMT-CMT,184
AFM,Plots,CMT-CMT,125
AFM,Pluronic F127,CMT-CHM,36
AFM,Pluronics,CMT-CHM,62
AFM,Point Defects,CMT-PRO,65
AFM,Points,CMT-PRO,88
AFM,Poisson's Ratio,CMT-PRO,53
AFM,Polar,CMT-PRO,218
AFM,Polar Plot,CMT-CMT,111
AFM,Polarisation,CMT-PRO,138
AFM,Polarisation Resistance,CMT-PRO,78
AFM,Polarity,CMT-PRO,145
AFM,Polarization,CMT-CMT,47
AFM,Polarization,CMT-PRO,367
AFM,Polarization,CMT-SMT,38
AFM,Polarization Curve,CMT-CMT,735
AFM,Polarization Curve,CMT-PRO,106
AFM,Polarization Test,CMT-CMT,32
AFM,Polarized Light Microscopy,CMT-CMT,62
AFM,Polarized Optical Micrograph,CMT-CMT,56
AFM,Polarized Optical Microscope,CMT-CMT,36
AFM,Polarized Optical Microscopy,CMT-CMT,142
AFM,Polarizer,CMT-APL,140
AFM,Polarizing Optical Microscopy,CMT-CMT,33
AFM,Pole Figure,CMT-CMT,209
AFM,Pole Figure,CMT-PRO,57
AFM,Poling,CMT-SMT,34
AFM,Polished,CMT-DSC,103
AFM,Polished,CMT-SMT,975
AFM,Polishing,CMT-SMT,389
AFM,Poly (Amido Amine),CMT-CHM,48
AFM,Poly (Ethylene Oxide),CMT-CHM,112
AFM,Poly Silicon,CMT-CHM,76
AFM,"Poly(3,4-Ethylenedioxythiophene)",CMT-CHM,80
AFM,Poly(3-Hexylthiophene),CMT-CHM,128
AFM,Poly(Acrylamide),CMT-CHM,205
AFM,Poly(Acrylic Acid),CMT-CHM,138
AFM,Poly(Allylamine) Hydrochloride,CMT-CHM,96
AFM,Poly(Diallyldimethylammonium Chloride),CMT-CHM,64
AFM,Poly(Dimethyl Siloxane),CMT-CHM,252
AFM,Poly(Ethylene Glycol),CMT-CHM,131
AFM,Poly(L-Lysine),CMT-CHM,30
AFM,Poly(N-Isopropylacrylamide),CMT-CHM,85
AFM,Poly(Sodium 4-Styrene Sulfonate),CMT-CHM,30
AFM,Poly(Styrene Sulfonate),CMT-CHM,108
AFM,Poly(Vinyl Alcohol),CMT-CHM,83
AFM,Poly(Vinyl Pyrrolidone),CMT-CHM,38
AFM,Poly(Vinylidene Fluoride),CMT-CHM,51
AFM,Poly-L-Lysine,CMT-CHM,84
AFM,Poly-Si,CMT-CHM,31
AFM,Poly-Si,CMT-DSC,34
AFM,Poly-ε-Caprolactone,CMT-CHM,58
AFM,Polyacrylate,CMT-CHM,58
AFM,Polyacrylic Acid,CMT-CHM,52
AFM,Polyacrylonitrile,CMT-CHM,82
AFM,Polyamide,CMT-CHM,380
AFM,Polyamines,CMT-CHM,58
AFM,Polyaniline,CMT-CHM,293
AFM,Polybutadienes,CMT-CHM,40
AFM,Polycaprolactone,CMT-CHM,39
AFM,Polycarbonate,CMT-CHM,259
AFM,Polycrystal,CMT-DSC,51
AFM,Polycrystalline,CMT-CHM,44
AFM,Polycrystalline,CMT-DSC,1391
AFM,Polycrystalline,PRO-DSC,82
AFM,Polycrystalline Films,CMT-DSC,97
AFM,Polycrystalline Thin Films,CMT-DSC,36
AFM,Polydispersity,CMT-PRO,90
AFM,Polydispersity Index,CMT-PRO,153
AFM,Polydopamine,CMT-CHM,150
AFM,Polyelectrolyte,CMT-APL,31
AFM,Polyelectrolyte,CMT-PRO,76
AFM,Polyester,CMT-CHM,206
AFM,Polyether,CMT-CHM,38
AFM,Polyethersulfone,CMT-CHM,147
AFM,Polyethylene,CMT-CHM,220
AFM,Polyethylene Glycol,CMT-CHM,181
AFM,Polyethylene Oxide,CMT-CHM,44
AFM,Polyethylene Terephthalate,CMT-CHM,210
AFM,Polyethyleneimine,CMT-CHM,76
AFM,Polyethylenimine,CMT-CHM,77
AFM,Polyfluorene,CMT-CHM,45
AFM,Polyimides,CMT-CHM,457
AFM,Polylactide,CMT-CHM,34
AFM,Polylysine,CMT-CHM,39
AFM,Polymer Brush,CMT-DSC,107
AFM,Polymer Electrolyte,CMT-APL,44
AFM,Polymer Electrolytes,CMT-APL,35
AFM,Polymer Solar Cell,CMT-APL,140
AFM,Polymeric,CMT-DSC,223
AFM,Polymeric Film,CMT-DSC,288
AFM,Polymeric Membrane,CMT-DSC,42
AFM,Polymeric Micelle,CMT-DSC,46
AFM,Polymerisation,CMT-SMT,148
AFM,Polymers,CMT-APL,140
AFM,Polymers,CMT-DSC,781
AFM,Polymers,CMT-PRO,130
AFM,Polymersome,CMT-DSC,55
AFM,Polymethacrylic Acid,CMT-CHM,34
AFM,Polymethyl-Methacrylate,CMT-CHM,198
AFM,Polymethylmethacrylate,CMT-CHM,74
AFM,Polyols,CMT-CHM,73
AFM,Polyoxometalates,CMT-CHM,54
AFM,Polyphenol,CMT-CHM,52
AFM,Polyplex,CMT-CHM,31
AFM,Polyplexes,CMT-APL,43
AFM,Polyplexes,CMT-CHM,63
AFM,Polyplexes,CMT-DSC,40
AFM,Polypropylene,CMT-CHM,238
AFM,Polypyrrole,CMT-CHM,254
AFM,Polysiloxane,CMT-CHM,67
AFM,Polystyrene,APL-CHM,40
AFM,Polystyrene,CMT-CHM,1312
AFM,Polysulfides,CMT-CHM,51
AFM,Polysulfone,CMT-CHM,183
AFM,Polytetrafluoroethylene,CMT-CHM,67
AFM,Polythiophenes,CMT-CHM,139
AFM,Polyurethanes,CMT-CHM,408
AFM,Polyurethanes,CMT-PRO,52
AFM,Polyvinyl Alcohol,CMT-CHM,89
AFM,Polyvinylidene Fluoride,CMT-CHM,71
AFM,Polyvinylpyrrolidone,CMT-CHM,75
AFM,Pore,CMT-DSC,95
AFM,Pore,CMT-PRO,85
AFM,Pore Diameter,CMT-PRO,283
AFM,Pore Distributions,CMT-PRO,38
AFM,Pore Radius,CMT-PRO,34
AFM,Pore Size Distribution,CMT-PRO,858
AFM,Pore Size Distribution Curve,CMT-CMT,72
AFM,Pore Size Distribution Curve,CMT-PRO,37
AFM,Pore Sizes,CMT-PRO,686
AFM,Pore Structure,CMT-PRO,143
AFM,Pore Volume,CMT-PRO,113
AFM,Pore Walls,CMT-PRO,36
AFM,Pores,CMT-DSC,73
AFM,Pores,CMT-PRO,52
AFM,Porosities,CMT-PRO,44
AFM,Porosity,CMT-PRO,798
AFM,Porous,CMT-DSC,1755
AFM,Porous,CMT-PRO,91
AFM,Porous Film,CMT-DSC,116
AFM,Porous Layer,CMT-DSC,63
AFM,Porous Membrane,CMT-DSC,67
AFM,Porous Substrate,CMT-DSC,56
AFM,Porous Surfaces,CMT-DSC,50
AFM,Porphyrin,CMT-CHM,370
AFM,Porphyroblastic,CMT-DSC,44
AFM,Positive Electrode,CMT-APL,31
AFM,Post Annealed,CMT-SMT,189
AFM,Post Deposition Annealing,CMT-SMT,46
AFM,Postannealing,CMT-SMT,240
AFM,Postdeposition,CMT-SMT,73
AFM,Potassium,CMT-CHM,190
AFM,Potassium Phosphate,CMT-CHM,37
AFM,Potential,CMT-CMT,53
AFM,Potential,CMT-PRO,370
AFM,Potential Barrier,CMT-PRO,55
AFM,Potential Cycling,CMT-SMT,38
AFM,Potential Distribution,CMT-PRO,54
AFM,Potential Energy,CMT-PRO,63
AFM,Potential Energy Surface,CMT-PRO,30
AFM,Potential Profile,CMT-PRO,80
AFM,Potentials,CMT-PRO,111
AFM,Potentiodynamic Curve,CMT-CMT,31
AFM,Potentiodynamic Polarization,CMT-CMT,408
AFM,Potentiodynamic Polarization Curve,CMT-CMT,182
AFM,Potentiodynamic Polarization Test,CMT-CMT,33
AFM,Powder,CMT-DSC,2549
AFM,Powder,PRO-DSC,49
AFM,Powder Diffraction,CMT-CMT,43
AFM,Powder X-Ray Diffraction,CMT-CMT,88
AFM,Powder XRD,CMT-CMT,188
AFM,Powdered,CMT-DSC,65
AFM,Powders,CMT-DSC,831
AFM,Power,CMT-PRO,82
AFM,Power Conversion Efficiency,CMT-PRO,495
AFM,Power Density,CMT-PRO,336
AFM,Power Efficiency,CMT-PRO,135
AFM,Power Factor,CMT-PRO,120
AFM,Power Law,CMT-CMT,122
AFM,Power Law Fit,CMT-CMT,66
AFM,Power Output,CMT-PRO,113
AFM,Power Spectra,CMT-CMT,43
AFM,Power Spectrum,CMT-CMT,33
AFM,Power Spectrum Density,CMT-CMT,50
AFM,Power Spectrum Density,CMT-PRO,49
AFM,Pre-Coated,CMT-SMT,40
AFM,Pre-Treated,CMT-SMT,55
AFM,Pre-Treatment,CMT-SMT,90
AFM,Preannealed,CMT-SMT,51
AFM,Preannealing,CMT-SMT,45
AFM,Precipitates,CMT-DSC,299
AFM,Precipitation,CMT-SMT,41
AFM,Preheated,CMT-SMT,41
AFM,Preheating,CMT-SMT,42
AFM,Prepared,CMT-DSC,276
AFM,Prepatterned,CMT-DSC,37
AFM,Prepatterned,CMT-SMT,88
AFM,Pressed,CMT-SMT,85
AFM,Pressing,CMT-SMT,71
AFM,Pressure,CMT-PRO,35
AFM,Pressure Area Isotherm,CMT-CMT,41
AFM,Pressure Sensor,CMT-APL,69
AFM,Pretreated,CMT-SMT,84
AFM,Primary Amine,CMT-CHM,82
AFM,Principal Component Analysis,CMT-CMT,54
AFM,Printed,CMT-APL,42
AFM,Printed,CMT-SMT,249
AFM,Printing,CMT-SMT,218
AFM,Prism,CMT-APL,33
AFM,Prism,CMT-DSC,68
AFM,Pristine,CMT-DSC,458
AFM,Pristine Film,CMT-DSC,46
AFM,Pristine Graphene,CMT-CHM,240
AFM,Probe Tip,CMT-APL,41
AFM,Probes,APL-APL,186
AFM,Probes,CMT-APL,484
AFM,Probes,CMT-CMT,41
AFM,Probes,CMT-DSC,34
AFM,Profile,CMT-CMT,716
AFM,Profile,CMT-PRO,172
AFM,Profile Analysis,CMT-CMT,49
AFM,Profilometry,CMT-CMT,205
AFM,Projected Densities of States,CMT-PRO,44
AFM,Projected Densities of States,PRO-PRO,35
AFM,Proliferation,CMT-PRO,119
AFM,Proliferation Rate,CMT-PRO,39
AFM,Proline,CMT-CHM,35
AFM,Propane,CMT-CHM,46
AFM,Propanol,CMT-CHM,34
AFM,Properties,CMT-PRO,33
AFM,Propidium Iodide,CMT-CHM,103
AFM,Propylene Carbonate,CMT-CHM,70
AFM,Protection Layer,CMT-APL,33
AFM,Protective Coating,CMT-APL,36
AFM,Protective Layer,CMT-APL,76
AFM,Protein,CMT-APL,53
AFM,Protein,CMT-PRO,102
AFM,Protein Expression,CMT-PRO,30
AFM,Protofibril,CMT-DSC,39
AFM,Proton Exchange Membranes,CMT-APL,52
AFM,Proton Transport,CMT-PRO,31
AFM,Protonic Conductivity,CMT-PRO,298
AFM,Prussian Blue,CMT-CHM,84
AFM,Pseudo First Order,CMT-CMT,54
AFM,Pseudo First Order Kinetics,CMT-CMT,31
AFM,Pseudo Second Order Model,CMT-CMT,39
AFM,Pseudo-Second-Order Kinetics Model,CMT-CMT,40
AFM,Pseudodielectric Function,CMT-PRO,40
AFM,Pt,APL-CHM,77
AFM,Pt,CMT-CHM,3527
AFM,Pt,PRO-CHM,33
AFM,Pt(111),CMT-CHM,116
AFM,Pt/C,CMT-CHM,35
AFM,Pull,CMT-PRO,44
AFM,Pull Off Force,APL-PRO,45
AFM,Pull Off Force,CMT-PRO,128
AFM,Pulsed Laser Ablation,CMT-SMT,32
AFM,Pulsed Laser Deposition,CMT-SMT,390
AFM,Pure,CMT-DSC,1775
AFM,Pure,PRO-DSC,36
AFM,Pure Film,CMT-DSC,42
AFM,Pure Oxygen,CMT-CHM,38
AFM,Pure Water Flux,CMT-PRO,292
AFM,Pure Water Permeability,CMT-PRO,58
AFM,Purity,CMT-PRO,63
AFM,Pyramids,CMT-DSC,92
AFM,Pyrene,CMT-CHM,334
AFM,Pyridine,CMT-CHM,369
AFM,Pyridinic N,CMT-CHM,39
AFM,Pyridinium,CMT-CHM,34
AFM,Pyridyl,CMT-CHM,31
AFM,Pyrochlore,CMT-CHM,38
AFM,Pyrolysis,CMT-SMT,250
AFM,Pyrolytic,CMT-DSC,197
AFM,Pyrolyzed,CMT-SMT,85
AFM,Pyroxene,CMT-CHM,50
AFM,Pyrrole,CMT-CHM,215
AFM,Pyrrolic N,CMT-CHM,30
AFM,Pzc,CMT-PRO,34
AFM,P–N Junction,CMT-APL,62
AFM,Q,CMT-PRO,40
AFM,QCM,CMT-APL,33
AFM,QCM,CMT-CMT,139
AFM,QCM Sensor,CMT-APL,80
AFM,QCM-D,CMT-APL,42
AFM,QCM-D,CMT-CMT,387
AFM,QD,CMT-APL,184
AFM,QD,CMT-DSC,691
AFM,QD Layer,CMT-DSC,71
AFM,QDS,CMT-DSC,758
AFM,QDS Film,CMT-DSC,58
AFM,QDSSCs,CMT-APL,31
AFM,QDs,CMT-DSC,571
AFM,QLEDs,CMT-APL,41
AFM,QRT-PCR,CMT-CMT,43
AFM,QWS,CMT-APL,34
AFM,QWs,CMT-APL,52
AFM,Qcm,CMT-APL,182
AFM,Qcm,CMT-CMT,443
AFM,Qtz,CMT-CHM,33
AFM,Quality Factor,CMT-PRO,77
AFM,Quantitative Analysis,CMT-CMT,30
AFM,Quantum Chemical Calculation,CMT-CMT,58
AFM,Quantum Dots,CMT-APL,75
AFM,Quantum Dots,CMT-DSC,705
AFM,Quantum Efficiency,CMT-CMT,49
AFM,Quantum Efficiency,CMT-PRO,111
AFM,Quantum Well,CMT-APL,116
AFM,Quantum Yield,CMT-PRO,87
AFM,Quantum Yields,CMT-PRO,51
AFM,Quartz,APL-CHM,54
AFM,Quartz,CMT-CHM,3239
AFM,Quartz Crystal Microbalance,CMT-CMT,352
AFM,Quaternary Ammonium,CMT-CHM,75
AFM,Quaternization,CMT-SMT,43
AFM,Quaternized,CMT-SMT,45
AFM,Quenched,CMT-SMT,135
AFM,Quenching,CMT-SMT,96
AFM,Quenching Efficiency,CMT-PRO,63
AFM,Quinones,CMT-CHM,47
AFM,Qy,CMT-PRO,49
AFM,R,CMT-PRO,109
AFM,R A,CMT-PRO,153
AFM,R A C T,CMT-PRO,52
AFM,R RMS,CMT-PRO,89
AFM,R S,CMT-PRO,34
AFM,R SOXS,CMT-CMT,47
AFM,R-GO,CMT-CHM,35
AFM,R/R0,CMT-PRO,49
AFM,R0,CMT-PRO,54
AFM,R1,CMT-PRO,68
AFM,R2,CMT-PRO,249
AFM,RAS,CMT-CMT,36
AFM,RB,CMT-PRO,33
AFM,RBC,CMT-DSC,31
AFM,RBCs,CMT-DSC,53
AFM,RBS,CMT-CMT,603
AFM,RC,CMT-PRO,76
AFM,RCT,CMT-PRO,200
AFM,RF,CMT-PRO,40
AFM,RF,CMT-SMT,48
AFM,RF Magnetron Sputtering,CMT-SMT,211
AFM,RF Sputtered,CMT-SMT,56
AFM,RF Sputtering,CMT-SMT,122
AFM,RGO,CMT-CHM,35
AFM,RHE,CMT-APL,94
AFM,RHE,CMT-CMT,52
AFM,RHEED,CMT-CMT,989
AFM,RIE,CMT-SMT,218
AFM,RMS,CMT-PRO,869
AFM,RMS Roughness,CMT-PRO,2010
AFM,RMS Surface Roughness,CMT-PRO,400
AFM,RO Membrane,CMT-APL,112
AFM,ROMP,CMT-SMT,43
AFM,ROP,CMT-SMT,50
AFM,RP,CMT-PRO,69
AFM,RQ,CMT-PRO,225
AFM,RR-P3HT,CMT-CHM,33
AFM,RRAM,CMT-APL,42
AFM,RRDE,CMT-CMT,63
AFM,RRMS,CMT-CMT,33
AFM,RRMS,CMT-PRO,89
AFM,RSD,CMT-PRO,38
AFM,RSH,CMT-PRO,52
AFM,RSM,CMT-CMT,141
AFM,RSMs,CMT-CMT,39
AFM,RT PL,CMT-CMT,51
AFM,RT-PCR,CMT-CMT,95
AFM,RTA,CMT-SMT,127
AFM,Ra,CMT-PRO,543
AFM,Radial Breathing Mode,CMT-PRO,47
AFM,Radial Distribution Function,CMT-PRO,46
AFM,Radiation,CMT-SMT,113
AFM,Radical Polymerization,CMT-SMT,34
AFM,Radio Frequency (RF) Magnetron Sputtering,CMT-SMT,91
AFM,Radius,CMT-PRO,51
AFM,Radius of Curvature,CMT-PRO,97
AFM,Radius of Gyration,CMT-PRO,81
AFM,Raft,CMT-SMT,58
AFM,Raft Polymerization,CMT-SMT,71
AFM,Ragone Plot,CMT-CMT,318
AFM,Rairs,CMT-CMT,36
AFM,Raman,APL-CMT,74
AFM,Raman,CMT-CMT,11081
AFM,Raman,PRO-CMT,46
AFM,Raman Analysis,CMT-CMT,84
AFM,Raman Characterization,CMT-CMT,45
AFM,Raman Imaging,CMT-CMT,30
AFM,Raman Intensity Mapping,CMT-CMT,46
AFM,Raman Map,CMT-CMT,50
AFM,Raman Mapping,CMT-CMT,448
AFM,Raman Microscopy,CMT-CMT,45
AFM,Raman Scattering,CMT-CMT,329
AFM,Raman Spectra,CMT-CMT,244
AFM,Raman Spectroscopy,CMT-CMT,1438
AFM,Raman Spectrum,CMT-CMT,47
AFM,Randles Circuit,CMT-CMT,33
AFM,Randles Equivalent Circuit,CMT-CMT,37
AFM,Random Copolymer,CMT-DSC,94
AFM,Ranges,CMT-PRO,41
AFM,Rapid Thermal Annealing,CMT-SMT,96
AFM,Rate,CMT-PRO,77
AFM,Rate Capabilities,CMT-PRO,104
AFM,Rate Capability,CMT-PRO,233
AFM,Rate Constant,CMT-PRO,207
AFM,Rate Performance,CMT-PRO,291
AFM,Ratio,CMT-PRO,108
AFM,Ray Photoelectron Spectroscopy,CMT-CMT,40
AFM,Rbm,CMT-PRO,62
AFM,Rca,CMT-SMT,37
AFM,Rde,CMT-APL,66
AFM,Rde,CMT-CMT,30
AFM,Re,CMT-APL,79
AFM,Re,CMT-CHM,33
AFM,Re,CMT-PRO,46
AFM,ReS2,CMT-CHM,68
AFM,Reaction,CMT-SMT,45
AFM,Reaction Kinetic,CMT-PRO,39
AFM,Reaction Mechanism,CMT-PRO,138
AFM,Reaction Rate,CMT-PRO,59
AFM,Reaction Rate Constant,CMT-PRO,48
AFM,Reactive Ion Etching,CMT-SMT,114
AFM,Reactive Magnetron Sputtering,CMT-SMT,37
AFM,Reactive Sputtering,CMT-SMT,40
AFM,Reactivity,CMT-PRO,102
AFM,Reactors,CMT-APL,83
AFM,Real Parts,CMT-PRO,42
AFM,Real Time PCR,CMT-CMT,64
AFM,Receding,CMT-PRO,60
AFM,Receding Contact Angle,CMT-PRO,155
AFM,Receptor,CMT-APL,45
AFM,Reciprocal Space Mapping,CMT-CMT,73
AFM,Recombination Resistance,CMT-PRO,38
AFM,Reconstructions,CMT-PRO,38
AFM,Recovery,CMT-PRO,60
AFM,Recovery Time,CMT-PRO,240
AFM,Recrystallisation,CMT-SMT,49
AFM,Recrystallized,CMT-SMT,66
AFM,Rectangular,CMT-DSC,56
AFM,Rectification Ratio,CMT-PRO,69
AFM,Red,CMT-APL,42
AFM,Red,CMT-CHM,52
AFM,Red,CMT-PRO,46
AFM,Red Blood Cells,CMT-APL,48
AFM,Red Curve,CMT-CMT,46
AFM,Red LED,CMT-APL,41
AFM,Redox,CMT-PRO,38
AFM,Redox Active,CMT-PRO,43
AFM,Redox Behavior,CMT-PRO,37
AFM,Redox Couple,CMT-PRO,32
AFM,Redox Peak,CMT-PRO,67
AFM,Redox Peak Current,CMT-PRO,36
AFM,Redox Potential,CMT-PRO,154
AFM,Redox Probes,CMT-APL,43
AFM,Reduced,CMT-SMT,85
AFM,Reduced Modulus,CMT-PRO,53
AFM,Reduction Peak Current,CMT-PRO,49
AFM,Reduction Potential,CMT-PRO,69
AFM,Reductions,CMT-APL,145
AFM,Reductions,CMT-PRO,43
AFM,Reductions,CMT-SMT,916
AFM,Reference,CMT-APL,67
AFM,Reference Electrode,CMT-APL,491
AFM,Reflectance,CMT-CMT,492
AFM,Reflectance,CMT-PRO,627
AFM,Reflectance Spectra,CMT-CMT,166
AFM,Reflection High Energy Electron Diffraction,CMT-CMT,117
AFM,Reflection Loss,CMT-PRO,31
AFM,Reflection Spectra,CMT-CMT,159
AFM,Reflections,CMT-CMT,209
AFM,Reflections,CMT-PRO,204
AFM,Reflective,CMT-PRO,52
AFM,Reflectivity,CMT-CMT,173
AFM,Reflectivity,CMT-PRO,380
AFM,Reflectivity Curve,CMT-CMT,58
AFM,Reflectometry,CMT-CMT,40
AFM,Reflectors,CMT-APL,42
AFM,Refractive Index,CMT-PRO,1781
AFM,Refractive Index N,CMT-PRO,133
AFM,Refractive Indices,CMT-PRO,35
AFM,Regression,CMT-CMT,32
AFM,Rejection,CMT-PRO,408
AFM,Rejection Rate,CMT-PRO,47
AFM,Relative,CMT-PRO,100
AFM,Relative Density,CMT-PRO,52
AFM,Relative Permittivity,CMT-PRO,45
AFM,Relative Resistance,CMT-PRO,43
AFM,Relative Standard Deviation,CMT-PRO,43
AFM,Relaxation Time,CMT-PRO,115
AFM,Release,CMT-CMT,39
AFM,Release,CMT-PRO,31
AFM,Release Behaviors,CMT-PRO,45
AFM,Release Kinetics,CMT-PRO,45
AFM,Release Profile,CMT-PRO,173
AFM,Reliability,CMT-PRO,63
AFM,Remanence,CMT-PRO,32
AFM,Remanent Polarization,CMT-PRO,52
AFM,Remnant Magnetization,CMT-PRO,31
AFM,Remnant Polarization,CMT-PRO,65
AFM,Removal,CMT-APL,48
AFM,Removal,CMT-SMT,37
AFM,Removal Efficiency,CMT-PRO,90
AFM,Removal Rate,CMT-PRO,57
AFM,Repeatability,CMT-PRO,59
AFM,Replica,CMT-DSC,54
AFM,Replica Molding,CMT-SMT,39
AFM,Reproducibility,CMT-PRO,66
AFM,Repulsive,CMT-PRO,32
AFM,Repulsive Force,CMT-PRO,84
AFM,Reservoir,CMT-APL,37
AFM,Reset Voltage,CMT-PRO,39
AFM,Residual Stress,CMT-PRO,234
AFM,Resins,CMT-DSC,34
AFM,Resist,CMT-APL,105
AFM,Resistance,APL-PRO,37
AFM,Resistance,CMT-PRO,1772
AFM,Resistance,PRO-PRO,31
AFM,Resistance Change,CMT-PRO,30
AFM,Resistance Measurement,CMT-CMT,30
AFM,Resistance State,CMT-PRO,45
AFM,Resistant,CMT-PRO,33
AFM,Resistive,CMT-PRO,68
AFM,Resistive Switching,CMT-PRO,37
AFM,Resistivity,CMT-PRO,1490
AFM,Resistivity,PRO-PRO,103
AFM,Resistors,CMT-APL,57
AFM,Resolution,CMT-CMT,41
AFM,Resolution,CMT-PRO,71
AFM,Resonance,CMT-PRO,66
AFM,Resonance Wavelength,CMT-PRO,44
AFM,Resonant Frequency,APL-PRO,47
AFM,Resonant Frequency,CMT-PRO,336
AFM,Resonant Raman,CMT-CMT,31
AFM,Resonator,CMT-APL,125
AFM,Response,CMT-PRO,594
AFM,Response Current,CMT-PRO,45
AFM,Response Curve,CMT-CMT,35
AFM,Response Curve,CMT-PRO,82
AFM,Response Time,CMT-PRO,349
AFM,Responsive,CMT-PRO,44
AFM,Responsivity,CMT-PRO,384
AFM,Retention,CMT-PRO,86
AFM,Retention Characteristics,CMT-PRO,76
AFM,Retention Test,CMT-CMT,31
AFM,Retention Time,CMT-PRO,106
AFM,Retraction Curve,CMT-CMT,57
AFM,Reusability,CMT-PRO,61
AFM,Reverse Salt Flux,CMT-PRO,48
AFM,Reversibility,CMT-PRO,68
AFM,Reversible Capacity,CMT-PRO,35
AFM,Rh,CMT-CHM,72
AFM,Rh,CMT-PRO,80
AFM,Rh6G,CMT-CHM,40
AFM,RhB,CMT-CHM,111
AFM,Rheological,CMT-PRO,37
AFM,Rheological Behavior,CMT-PRO,62
AFM,Rheological Measurement,CMT-CMT,38
AFM,Rheological Properties,CMT-PRO,86
AFM,Rheology,CMT-CMT,65
AFM,Rheology,CMT-PRO,58
AFM,Rhodamine,CMT-CHM,168
AFM,Rhodamine 6G,CMT-CHM,126
AFM,Rhodamine B,CMT-CHM,307
AFM,Rhodium,CMT-CHM,33
AFM,Rhombohedral,CMT-SPL,178
AFM,Rhombohedral,PRO-SPL,37
AFM,Ri,CMT-PRO,63
AFM,Ribbon-Like,CMT-DSC,35
AFM,Ribbons,CMT-CHM,56
AFM,Ribbons,CMT-DSC,540
AFM,Ribbons,PRO-DSC,56
AFM,Ridge,CMT-DSC,47
AFM,Ridges,CMT-DSC,45
AFM,Rietveld Refinement,CMT-CMT,109
AFM,Rietveld Refinement,PRO-CMT,64
AFM,Rigid,CMT-PRO,93
AFM,Rigidity,CMT-PRO,69
AFM,Ring,CMT-DSC,203
AFM,Ring Opening Polymerization,CMT-SMT,57
AFM,Rings,CMT-DSC,135
AFM,Rinsing,CMT-SMT,134
AFM,Ripple,CMT-PRO,66
AFM,Rise,CMT-PRO,38
AFM,Rise Time,CMT-PRO,68
AFM,Rms Roughnesses,CMT-PRO,54
AFM,Ro,CMT-APL,56
AFM,Robustness,CMT-PRO,30
AFM,Rock,CMT-DSC,39
AFM,Rock Salt,CMT-SPL,30
AFM,Rocking Curve,CMT-CMT,522
AFM,Rocks,CMT-DSC,62
AFM,Rod,CMT-DSC,388
AFM,Rod Like,CMT-DSC,70
AFM,Rod Shaped,CMT-DSC,54
AFM,Rod-Like,CMT-DSC,128
AFM,Rods,CMT-DSC,298
AFM,Rolled,CMT-SMT,96
AFM,Rolling,CMT-SMT,109
AFM,Root Mean Square,CMT-PRO,148
AFM,Root Mean Square (RMS) Roughness,CMT-PRO,238
AFM,Root Mean Square (RMS) Surface Roughness,CMT-PRO,31
AFM,Root Mean Square Roughness,CMT-PRO,242
AFM,Root Mean Square Surface Roughness,CMT-PRO,73
AFM,Root Mean Squared Roughness,CMT-PRO,280
AFM,Root-Mean-Square,CMT-PRO,47
AFM,Rose Bengal,CMT-CHM,39
AFM,Rotating Disc Electrode,CMT-APL,57
AFM,Rotation Angle,CMT-PRO,42
AFM,Rotaxanes,CMT-CHM,38
AFM,Rough,CMT-DSC,48
AFM,Rough,CMT-PRO,154
AFM,Roughened,CMT-SMT,42
AFM,Roughness,APL-PRO,72
AFM,Roughness,CMT-PRO,4246
AFM,Roughness Analysis,CMT-CMT,92
AFM,Roughness Average,CMT-PRO,37
AFM,Roughness Exponent,CMT-PRO,44
AFM,Roughness Factor,CMT-PRO,71
AFM,Roughness Parameter,CMT-PRO,191
AFM,Roughness Profile,CMT-PRO,113
AFM,Roughness RA,CMT-PRO,37
AFM,Royal Society of Chemistry,CMT-CMT,49
AFM,Rs,CMT-PRO,61
AFM,Rt,CMT-PRO,52
AFM,Rt,CMT-SMT,46
AFM,Rta,CMT-SMT,89
AFM,Rtp,CMT-SMT,30
AFM,Ru,CMT-CHM,426
AFM,Ru,PRO-CHM,52
AFM,Ru(0001),CMT-CHM,30
AFM,Ru(II),CMT-CHM,43
AFM,Ru(NH3)63+,CMT-CHM,38
AFM,RuO2,CMT-CHM,198
AFM,RuO4,CMT-CHM,68
AFM,Rubbers,CMT-DSC,32
AFM,Rubbery,CMT-PRO,30
AFM,Rubbing,CMT-SMT,44
AFM,Rubrene,CMT-CHM,100
AFM,Rupture Force,APL-PRO,77
AFM,Rupture Force,CMT-PRO,121
AFM,Ruthenium,CMT-CHM,93
AFM,Rutherford Back Scattering,CMT-CMT,98
AFM,Rutherford Back Scattering Spectrometry,CMT-CMT,86
AFM,Rutherford Backscattering Spectroscopy,CMT-CMT,57
AFM,Rutile,CMT-SPL,477
AFM,S 2p,CMT-CHM,205
AFM,S 2p,CMT-CMT,67
AFM,S Parameter,CMT-PRO,47
AFM,S T,CMT-SPL,95
AFM,S/N,CMT-PRO,79
AFM,S/N Ratio,CMT-PRO,30
AFM,S2P XPS,CMT-CMT,34
AFM,S2p,CMT-CMT,35
AFM,SA,CMT-PRO,102
AFM,SA,CMT-SMT,66
AFM,SAD,CMT-CMT,80
AFM,SAD Pattern,CMT-CMT,33
AFM,SADP,CMT-CHM,42
AFM,SADP,CMT-CMT,44
AFM,SAED,CMT-CMT,3164
AFM,SAED Pattern,CMT-CMT,198
AFM,SAED Patterns,CMT-CMT,102
AFM,SAM,APL-DSC,85
AFM,SAM,CMT-APL,213
AFM,SAM,CMT-CHM,209
AFM,SAM,CMT-CMT,35
AFM,SAM,CMT-DSC,1129
AFM,SAM,CMT-SMT,152
AFM,SAMS,APL-DSC,59
AFM,SAMS,CMT-APL,30
AFM,SAMS,CMT-DSC,727
AFM,SAMs,CMT-DSC,138
AFM,SANS,CMT-CMT,130
AFM,SAXS,CMT-CMT,728
AFM,SAXS Pattern,CMT-CMT,32
AFM,SBA-15,CMT-CHM,41
AFM,SBH,CMT-PRO,34
AFM,SC,CMT-APL,89
AFM,SC,CMT-DSC,30
AFM,SC,CMT-PRO,81
AFM,SC,CMT-SMT,32
AFM,SC,PRO-PRO,68
AFM,SCE,CMT-APL,43
AFM,SCE,CMT-CMT,93
AFM,SCE,CMT-SMT,33
AFM,SCLC,CMT-CMT,116
AFM,SCLC Method,CMT-CMT,34
AFM,SCLC Model,CMT-CMT,32
AFM,SCM,CMT-CMT,46
AFM,SDBS,CMT-CHM,138
AFM,SDS,CMT-CHM,277
AFM,SDS-PAGE,CMT-CMT,32
AFM,SDS-Page,CMT-CMT,137
AFM,SE,CMT-CMT,369
AFM,SE,CMT-PRO,73
AFM,SEAD Pattern,CMT-CMT,44
AFM,SEBS,CMT-CHM,58
AFM,SEC,CMT-CMT,193
AFM,SECM,CMT-APL,40
AFM,SECM,CMT-CMT,170
AFM,SEM,APL-CMT,322
AFM,SEM,CMT-CMT,31875
AFM,SEM,PRO-CMT,46
AFM,SEM Surface,CMT-CMT,34
AFM,SEM Surface Image,CMT-CMT,52
AFM,SEM-EDS,CMT-CMT,114
AFM,SEM-EDX,CMT-CMT,95
AFM,SERS,CMT-CMT,167
AFM,SERS Substrate,CMT-APL,57
AFM,SERS Substrates,CMT-APL,41
AFM,SF6,CMT-CHM,45
AFM,SFA,CMT-CHM,45
AFM,SFA,CMT-CMT,76
AFM,SFG,CMT-CMT,79
AFM,SFM,CMT-CMT,54
AFM,SH,CMT-CHM,55
AFM,SHG,CMT-CMT,158
AFM,SHG,CMT-PRO,54
AFM,SI,CMT-PRO,82
AFM,SI,CMT-SMT,94
AFM,SIMS,CMT-CMT,799
AFM,SIMS Depth Profile,CMT-CMT,121
AFM,SKPFM,CMT-CMT,65
AFM,SL,CMT-APL,47
AFM,SL,CMT-DSC,82
AFM,SLB,CMT-DSC,82
AFM,SLBS,CMT-DSC,68
AFM,SLG,CMT-DSC,48
AFM,SLS,CMT-APL,46
AFM,SLS,CMT-CMT,61
AFM,SLs,CMT-APL,30
AFM,SMFS,APL-CMT,31
AFM,SMFS,CMT-CMT,78
AFM,SNR,CMT-PRO,35
AFM,SO2,CMT-CHM,71
AFM,SO3,CMT-CHM,32
AFM,SO4,CMT-CHM,70
AFM,SOC,CMT-CHM,30
AFM,SOC,PRO-CHM,32
AFM,SOC,PRO-PRO,35
AFM,SOCl2,CMT-CHM,44
AFM,SOFC,CMT-APL,35
AFM,SOI,CMT-CHM,85
AFM,SOL,CMT-DSC,127
AFM,SOL,CMT-SMT,149
AFM,SPE,CMT-APL,62
AFM,SPM,CMT-CMT,39
AFM,SPP,CMT-PRO,45
AFM,SPR,CMT-APL,31
AFM,SPR,CMT-CMT,459
AFM,SPR,CMT-PRO,134
AFM,SPR Angle,CMT-PRO,58
AFM,SPR Sensorgram,CMT-CMT,41
AFM,SPS,CMT-SMT,56
AFM,SPV,CMT-CMT,51
AFM,SQUID Magnetometer,CMT-CMT,30
AFM,SRIM,CMT-CMT,45
AFM,SSA,CMT-PRO,37
AFM,SSRM,CMT-CMT,35
AFM,STEM,CMT-CMT,200
AFM,STEM HAADF,CMT-CMT,69
AFM,STEM Image,CMT-CMT,35
AFM,STM,APL-CMT,54
AFM,STM,CMT-APL,73
AFM,STM,CMT-CMT,1196
AFM,STM Topography,CMT-CMT,62
AFM,STO,CMT-CHM,392
AFM,STXM,CMT-CMT,47
AFM,SU-8,CMT-CHM,110
AFM,SVA,CMT-SMT,71
AFM,SWNTs,CMT-DSC,43
AFM,SWV,CMT-CMT,107
AFM,Saccharides,CMT-CHM,30
AFM,Sacrificial Layer,CMT-DSC,38
AFM,Sad,CMT-CMT,37
AFM,Salt Rejection,CMT-PRO,286
AFM,Sample,CMT-DSC,73
AFM,Sample,CMT-PRO,37
AFM,Sample Holder,CMT-APL,59
AFM,Sandwich,CMT-DSC,134
AFM,Sandwich Structures,CMT-DSC,98
AFM,Sandwich-Like,CMT-DSC,38
AFM,Sapphire,CMT-CHM,1401
AFM,Saturation Magnetization,CMT-PRO,189
AFM,Saturation Magnetization,PRO-PRO,32
AFM,Saturation Mobility,CMT-PRO,43
AFM,Sb,CMT-CHM,381
AFM,Sb,PRO-CHM,30
AFM,Scaffold,CMT-APL,89
AFM,Scaffold,CMT-DSC,264
AFM,Scaffolds,CMT-APL,59
AFM,Scaffolds,CMT-DSC,317
AFM,Scale Bars,CMT-DSC,272
AFM,Scales,CMT-APL,108
AFM,Scales,CMT-CMT,33
AFM,Scales,CMT-DSC,135
AFM,Scan,CMT-CMT,111
AFM,Scanning,CMT-CMT,43
AFM,Scanning Electrochemical Microscopy,CMT-CMT,71
AFM,Scanning Electron,CMT-CMT,52
AFM,Scanning Electron Micrograph,APL-CMT,36
AFM,Scanning Electron Micrograph,CMT-CMT,697
AFM,Scanning Electron Microscope,CMT-CMT,990
AFM,Scanning Electron Microscopic,CMT-CMT,71
AFM,Scanning Electron Microscopy,APL-CMT,32
AFM,Scanning Electron Microscopy,CMT-CMT,3894
AFM,Scanning Electronic Microscopy,CMT-CMT,72
AFM,Scanning Force Microscopy,CMT-CMT,37
AFM,Scanning Probe Microscopy,CMT-CMT,109
AFM,Scanning Transmission Electron Microscopy,CMT-CMT,105
AFM,Scanning Tunneling Microscopy,CMT-CMT,278
AFM,Scans,CMT-CMT,78
AFM,Scattering,CMT-CMT,69
AFM,Scattering,CMT-PRO,85
AFM,Scattering Angle,CMT-PRO,34
AFM,Scattering Intensity,CMT-PRO,126
AFM,Scattering Length Density,CMT-PRO,41
AFM,Scattering Vector,CMT-PRO,45
AFM,Scherrer's Equation,CMT-CMT,51
AFM,Schiff Base,CMT-CHM,80
AFM,Schottky Barrier,CMT-PRO,87
AFM,Schottky Barrier Height,CMT-PRO,102
AFM,Schottky Contact,CMT-APL,84
AFM,Schottky Diode,CMT-APL,114
AFM,Schottky Junction,CMT-APL,64
AFM,Scratch,CMT-CMT,39
AFM,Scratch Resistance,CMT-PRO,35
AFM,Scratch Test,CMT-CMT,217
AFM,Scratched,CMT-SMT,202
AFM,Scratching,CMT-SMT,225
AFM,Screen,CMT-APL,30
AFM,Screen Printed,CMT-SMT,82
AFM,Screen Printed Electrode,CMT-APL,30
AFM,Screen Printing,CMT-SMT,63
AFM,Screw Dislocation,CMT-PRO,102
AFM,Scs,CMT-APL,46
AFM,Se,CMT-CHM,614
AFM,Se,PRO-CHM,54
AFM,Second Derivative,CMT-CMT,31
AFM,Secondary Electron,CMT-CMT,44
AFM,Secondary Electron Cutoff,CMT-PRO,36
AFM,Secondary Electron Image,CMT-CMT,99
AFM,Secondary Electron SEM,CMT-CMT,31
AFM,Secondary Ion Mass Spectrometry,CMT-CMT,71
AFM,Secondary Ion Mass Spectroscopy,CMT-CMT,44
AFM,Secondary Structures,CMT-PRO,224
AFM,Section Analysis,CMT-CMT,343
AFM,Sectional Analysis,CMT-CMT,69
AFM,Sectional Profile,CMT-CMT,80
AFM,Sectional Profile,CMT-PRO,34
AFM,Sectional SEM,CMT-CMT,39
AFM,Sections,CMT-CMT,60
AFM,Sections,CMT-DSC,136
AFM,Sections,CMT-PRO,62
AFM,Sediments,CMT-DSC,59
AFM,Seebeck Coefficient,CMT-PRO,207
AFM,Seed,CMT-DSC,111
AFM,Seed Crystal,CMT-DSC,40
AFM,Seed Layer,CMT-DSC,272
AFM,Seeds,CMT-DSC,167
AFM,Sei,CMT-APL,110
AFM,Selected Area Diffraction Pattern,CMT-CMT,134
AFM,Selected Area Electron Diffraction,CMT-CMT,749
AFM,Selected Area Electron Diffraction Pattern,CMT-CMT,101
AFM,Selective Area Diffraction,CMT-CMT,84
AFM,Selective Etching,CMT-SMT,34
AFM,Selective Layer,CMT-APL,45
AFM,Selectivity,CMT-PRO,515
AFM,Selenium,CMT-CHM,102
AFM,Self,CMT-APL,43
AFM,Self,CMT-DSC,115
AFM,Self,CMT-PRO,97
AFM,Self,CMT-SMT,229
AFM,Self Assembled,APL-SMT,40
AFM,Self Assembled,CMT-SMT,800
AFM,Self Assembly,CMT-SMT,935
AFM,Self Cleaning Property,CMT-PRO,35
AFM,Self-Assembling,CMT-SMT,52
AFM,Self-Assembly Behavior,CMT-PRO,68
AFM,Semi-Insulating,CMT-PRO,30
AFM,Semi-Polar,CMT-PRO,38
AFM,Semiconducting,CMT-PRO,481
AFM,Semiconducting,PRO-PRO,32
AFM,Semiconductor,APL-PRO,37
AFM,Semiconductor,CMT-APL,119
AFM,Semiconductor,CMT-PRO,1050
AFM,Semiconductor,PRO-PRO,73
AFM,Semicrystalline,CMT-DSC,120
AFM,Semitransparency,CMT-PRO,33
AFM,Sems,CMT-CMT,35
AFM,Sensing,CMT-APL,341
AFM,Sensing Applications,CMT-APL,31
AFM,Sensing Device,CMT-APL,36
AFM,Sensing Layers,CMT-APL,44
AFM,Sensing Mechanism,CMT-PRO,88
AFM,Sensing Performance,CMT-PRO,85
AFM,Sensing Properties,CMT-PRO,40
AFM,Sensing Responses,CMT-PRO,96
AFM,Sensitive,CMT-PRO,31
AFM,Sensitivity,CMT-PRO,888
AFM,Sensitizer,CMT-APL,33
AFM,Sensor,APL-APL,41
AFM,Sensor,CMT-APL,1971
AFM,Sensor,CMT-PRO,67
AFM,Sensor Array,CMT-APL,47
AFM,Sensor Chips,CMT-APL,79
AFM,Sensor Response,CMT-PRO,221
AFM,Sensors,CMT-APL,67
AFM,Separation,CMT-APL,55
AFM,Separation,CMT-PRO,44
AFM,Separation Distance,CMT-PRO,70
AFM,Separation Efficiency,CMT-PRO,97
AFM,Separation Factor,CMT-PRO,92
AFM,Separation Performance,CMT-PRO,277
AFM,Separator,CMT-APL,118
AFM,Sequence,CMT-PRO,48
AFM,Ser,CMT-CHM,53
AFM,Series Resistance,CMT-PRO,200
AFM,Serine,CMT-CHM,39
AFM,Serpentines,CMT-CHM,64
AFM,Sers,CMT-APL,137
AFM,Sers,CMT-CMT,525
AFM,Sers,CMT-PRO,74
AFM,Sessile Drop Method,CMT-CMT,34
AFM,Set,CMT-PRO,56
AFM,Set,CMT-SMT,39
AFM,Sfe,CMT-PRO,38
AFM,Shadow Mask,CMT-APL,37
AFM,Shadow Mask,CMT-SMT,62
AFM,Shape,CMT-DSC,32
AFM,Shape,CMT-PRO,117
AFM,Shape Memory,CMT-PRO,46
AFM,Shape Recovery,CMT-PRO,35
AFM,Shear,CMT-PRO,31
AFM,Shear Band,CMT-PRO,42
AFM,Shear Modulus,CMT-PRO,55
AFM,Shear Strength,CMT-PRO,58
AFM,Shear Stress,CMT-PRO,133
AFM,Shear Viscosity,CMT-PRO,43
AFM,Sheared,CMT-SMT,42
AFM,Shearing,CMT-SMT,55
AFM,Sheet,CMT-DSC,1691
AFM,Sheet,PRO-DSC,40
AFM,Sheet Like,CMT-DSC,75
AFM,Sheet Resistance,CMT-PRO,1285
AFM,Sheet Resistivity,CMT-PRO,46
AFM,Sheets,CMT-CHM,32
AFM,Sheets,CMT-DSC,2328
AFM,Shell,CMT-DSC,730
AFM,Shell,PRO-DSC,37
AFM,Shell Thickness,CMT-PRO,53
AFM,Shells,CMT-DSC,209
AFM,Short Circuit Current,CMT-PRO,225
AFM,Short Circuit Current Density,CMT-PRO,213
AFM,Shunt Resistance,CMT-PRO,53
AFM,Si,APL-CHM,205
AFM,Si,CMT-CHM,10879
AFM,Si,PRO-CHM,83
AFM,Si,SMT-CHM,32
AFM,Si (111),CMT-CHM,723
AFM,Si 2p,CMT-CMT,32
AFM,Si Concentration,CMT-PRO,32
AFM,Si Content,CMT-PRO,50
AFM,Si H,CMT-CHM,32
AFM,Si(001),CMT-CHM,236
AFM,Si(1 0 0),CMT-CHM,37
AFM,Si(100),CMT-CHM,759
AFM,Si(110),CMT-CHM,42
AFM,Si(1 0 0),CMT-CHM,39
AFM,Si+,CMT-CHM,49
AFM,Si-C,CMT-CHM,34
AFM,Si2p,CMT-CMT,38
AFM,Si3N4,APL-CHM,48
AFM,Si3N4,CMT-CHM,441
AFM,SiC,CMT-CHM,808
AFM,SiGe,CMT-CHM,253
AFM,SiH4,CMT-CHM,128
AFM,SiN,CMT-CHM,161
AFM,SiO,CMT-CHM,273
AFM,SiO2,APL-CHM,113
AFM,SiO2,CMT-CHM,6477
AFM,SiO2,CMT-PRO,52
AFM,SiO2 Substrate,CMT-CHM,103
AFM,SiOx,CMT-CHM,253
AFM,Sibs,CMT-APL,30
AFM,Side View SEM,CMT-CMT,64
AFM,Signal-to-Noise Ratio,CMT-PRO,87
AFM,Silane,CMT-CHM,557
AFM,Silanization,CMT-SMT,134
AFM,Silanized,CMT-SMT,200
AFM,Silanol,CMT-CHM,135
AFM,Silica,APL-CHM,106
AFM,Silica,CMT-CHM,3297
AFM,Silica Gel,CMT-CHM,69
AFM,Silica Glass,CMT-CHM,88
AFM,Silica Sol,CMT-CHM,37
AFM,Silicate,CMT-CHM,252
AFM,Silicene,CMT-CHM,32
AFM,Silicide,CMT-CHM,93
AFM,Silicon,APL-CHM,309
AFM,Silicon,CMT-CHM,7178
AFM,Silicon Carbide,CMT-CHM,95
AFM,Silicon Dioxide,CMT-CHM,209
AFM,Silicon Nitride,APL-CHM,86
AFM,Silicon Nitride,CMT-CHM,413
AFM,Silicon Oxide,CMT-CHM,391
AFM,Silicone Oil,CMT-CHM,58
AFM,Siloxane,CMT-CHM,152
AFM,Silsesquioxane,CMT-CHM,43
AFM,Silver,APL-CHM,56
AFM,Silver,CMT-CHM,2001
AFM,Silver Nitrate,CMT-CHM,81
AFM,Simulation,CMT-CMT,99
AFM,Single Cell,CMT-APL,64
AFM,Single Cell,CMT-DSC,83
AFM,Single Chain,CMT-DSC,33
AFM,Single Component,CMT-DSC,30
AFM,Single Crystal,APL-DSC,36
AFM,Single Crystal,CMT-DSC,1800
AFM,Single Crystal,PRO-DSC,138
AFM,Single Crystal Substrate,CMT-DSC,58
AFM,Single Crystal Surface,CMT-DSC,63
AFM,Single Crystalline,CMT-DSC,403
AFM,Single Domain,CMT-DSC,39
AFM,Single Fiber,CMT-DSC,98
AFM,Single Layer,CMT-DSC,1214
AFM,Single Layer Film,CMT-DSC,50
AFM,Single Layered,CMT-DSC,148
AFM,Single Molecule Force Spectroscopy,APL-CMT,37
AFM,Single Molecule Force Spectroscopy,CMT-CMT,113
AFM,Single Nanosheet,CMT-DSC,30
AFM,Single Nanowire,CMT-DSC,61
AFM,Single Particle,CMT-DSC,99
AFM,Single Phase,CMT-DSC,157
AFM,Single Sheets,CMT-DSC,40
AFM,Single Stranded,CMT-DSC,77
AFM,Single Wall,CMT-DSC,79
AFM,Single Walled,CMT-DSC,330
AFM,Singlet,CMT-APL,72
AFM,Singlet,CMT-CMT,48
AFM,Singlet,CMT-DSC,611
AFM,Singlet,CMT-PRO,63
AFM,Singular,CMT-CHM,52
AFM,Sintered,CMT-SMT,499
AFM,Sintering,CMT-SMT,354
AFM,Size,CMT-PRO,482
AFM,Size Distribution,CMT-CMT,43
AFM,Size Distribution,CMT-PRO,1671
AFM,Size Distribution Histogram,CMT-CMT,132
AFM,Size Exclusion Chromatography,CMT-CMT,69
AFM,Size Histogram,CMT-CMT,42
AFM,Sized,CMT-DSC,108
AFM,Sizes,CMT-PRO,36
AFM,Skewness,CMT-PRO,53
AFM,Skin,CMT-APL,64
AFM,Skin,CMT-DSC,186
AFM,Skin Layer,CMT-DSC,90
AFM,Skpm,CMT-CMT,55
AFM,Sky Blue,CMT-CHM,43
AFM,Slab,CMT-DSC,184
AFM,Slabs,CMT-DSC,74
AFM,Sld,CMT-CMT,49
AFM,Slice,CMT-DSC,66
AFM,Slices,CMT-DSC,54
AFM,Slide,CMT-APL,53
AFM,Slide,CMT-DSC,882
AFM,Slides,CMT-DSC,552
AFM,Sliding Angle,CMT-PRO,128
AFM,Sliding Velocity,CMT-PRO,44
AFM,Slip Bands,CMT-PRO,54
AFM,Slip Length,CMT-PRO,40
AFM,Slope,CMT-PRO,159
AFM,Slow Cooling,CMT-SMT,43
AFM,Slow Evaporation,CMT-SMT,34
AFM,Slurry,CMT-DSC,49
AFM,Sm,CMT-CHM,72
AFM,Small Angle Neutron Scattering,CMT-CMT,52
AFM,Small Angle X-Ray Diffraction,CMT-CMT,35
AFM,Small Angle X-ray Scattering,CMT-CMT,229
AFM,Small Angle XRD,CMT-CMT,38
AFM,Smectic,CMT-PRO,45
AFM,Smectic,CMT-SPL,35
AFM,Smectite,CMT-CHM,30
AFM,Smooth,CMT-PRO,41
AFM,Smoothing,CMT-SMT,30
AFM,Smoothness,CMT-PRO,74
AFM,Sn,CMT-CHM,792
AFM,Sn,PRO-CHM,49
AFM,SnCl2,CMT-CHM,55
AFM,SnCl4,CMT-CHM,30
AFM,SnO,CMT-CHM,81
AFM,SnO2,CMT-CHM,888
AFM,SnOx,CMT-CHM,34
AFM,SnS,CMT-CHM,98
AFM,SnS2,CMT-CHM,121
AFM,SnSe,CMT-CHM,38
AFM,Snom,CMT-CMT,79
AFM,Soaked,CMT-SMT,48
AFM,Soaking,CMT-SMT,125
AFM,Society,APL-CMT,90
AFM,Society,CMT-CMT,1721
AFM,Society of Chemistry,CMT-CMT,125
AFM,Soda Lime,CMT-CHM,88
AFM,Sodium,CMT-CHM,330
AFM,Sodium Acetate,CMT-CHM,55
AFM,Sodium Alginate,CMT-CHM,91
AFM,Sodium Borohydride,CMT-CHM,44
AFM,Sodium Chloride,CMT-CHM,105
AFM,Sodium Cholate,CMT-CHM,32
AFM,Sodium Citrate,CMT-CHM,69
AFM,Sodium Dodecyl Sulfate,CMT-CHM,125
AFM,Sodium Hydroxide,CMT-CHM,81
AFM,Sodium Phosphate,CMT-CHM,70
AFM,Soft,CMT-PRO,380
AFM,Soft Lithography,CMT-SMT,66
AFM,Softer,CMT-PRO,60
AFM,Softness,CMT-PRO,41
AFM,Soil,CMT-DSC,44
AFM,Sol Gel,CMT-SMT,260
AFM,Sol-Gel,CMT-SMT,1020
AFM,Sol-Gel Dip Coating,CMT-SMT,50
AFM,Sol-Gel Spin-Coating,CMT-SMT,64
AFM,Solar,CMT-APL,115
AFM,Solar Cell,CMT-APL,2186
AFM,Solar Cell Device,CMT-APL,139
AFM,Solar Simulator,CMT-CMT,44
AFM,Solid,CMT-APL,36
AFM,Solid,CMT-DSC,401
AFM,Solid,CMT-PRO,48
AFM,Solid Electrolyte,CMT-APL,36
AFM,Solid Electrolyte Interphase,CMT-APL,40
AFM,Solid Films,CMT-DSC,153
AFM,Solid Green,CMT-CHM,70
AFM,Solid Oxide Fuel Cells,CMT-APL,35
AFM,Solid Solution,CMT-DSC,125
AFM,Solid Solution,PRO-DSC,39
AFM,Solid State 13C NMR,CMT-CMT,45
AFM,Solid State NMR,CMT-CMT,49
AFM,Solid State Reaction,CMT-SMT,38
AFM,Solid Substrate,CMT-DSC,37
AFM,Solid Surface,CMT-DSC,44
AFM,Solidification,CMT-SMT,36
AFM,Solids,CMT-DSC,31
AFM,Sols,CMT-DSC,91
AFM,Solubility,CMT-PRO,248
AFM,Solubility Parameter,CMT-PRO,47
AFM,Soluble,CMT-PRO,101
AFM,Solution,CMT-DSC,590
AFM,Solution,CMT-SMT,62
AFM,Solution Cast,CMT-SMT,48
AFM,Solution Casting,CMT-SMT,86
AFM,Solution Processed,CMT-SMT,261
AFM,Solution Processing,CMT-SMT,63
AFM,Solution Resistance,CMT-PRO,86
AFM,Solvent Annealed,CMT-SMT,66
AFM,Solvent Annealing,CMT-SMT,124
AFM,Solvent Cast,CMT-SMT,41
AFM,Solvent Casting,CMT-SMT,64
AFM,Solvent Evaporation,CMT-SMT,136
AFM,Solvent Treatment,CMT-SMT,35
AFM,Solvent Vapor Annealing,CMT-SMT,48
AFM,Solvothermal,CMT-SMT,36
AFM,Solvothermal Method,CMT-SMT,32
AFM,Sonicated,CMT-SMT,196
AFM,Sonication,CMT-SMT,777
AFM,Sorbitol,CMT-CHM,31
AFM,Soret Band,CMT-PRO,34
AFM,Sorption Isotherm,CMT-CMT,40
AFM,Source,CMT-APL,460
AFM,Source Drain Current,CMT-PRO,112
AFM,Source Drain Voltage,CMT-PRO,70
AFM,Source Electrode,CMT-APL,48
AFM,Source-Drain Electrode,CMT-APL,41
AFM,Sp,CMT-PRO,73
AFM,Sp,CMT-SMT,34
AFM,Space Charge Limited Current,CMT-CMT,30
AFM,Space Filling Model,CMT-CMT,87
AFM,Spacer,CMT-APL,83
AFM,Spacer,CMT-DSC,62
AFM,Spacer Layer,CMT-DSC,61
AFM,Spacings,CMT-PRO,83
AFM,Spatial Resolution,CMT-PRO,73
AFM,Specific,CMT-PRO,38
AFM,Specific Activity,CMT-PRO,39
AFM,Specific Capacitance,CMT-PRO,558
AFM,Specific Capacities,CMT-PRO,40
AFM,Specific Capacity,CMT-PRO,113
AFM,Specific Detectivity,CMT-PRO,54
AFM,Specific Heat,PRO-PRO,87
AFM,Specific Surface Area,CMT-PRO,202
AFM,Specificity,CMT-PRO,42
AFM,Spectra,CMT-CMT,71
AFM,Spectra,CMT-PRO,54
AFM,Spectral,CMT-PRO,59
AFM,Spectral Analysis,CMT-CMT,31
AFM,Spectral Feature,CMT-PRO,33
AFM,Spectral Response,CMT-PRO,113
AFM,Spectral Responsivity,CMT-PRO,50
AFM,Spectral Transmittance,CMT-PRO,62
AFM,Spectroelectrochemical,CMT-CMT,34
AFM,Spectroelectrochemistry,CMT-CMT,35
AFM,Spectrophotometer,CMT-CMT,60
AFM,Spectrophotometry,CMT-CMT,34
AFM,Spectroscopic,CMT-CMT,83
AFM,Spectroscopic Analysis,CMT-CMT,40
AFM,Spectroscopic Characterization,CMT-CMT,80
AFM,Spectroscopic Ellipsometry,CMT-CMT,373
AFM,Spectroscopy,CMT-CMT,107
AFM,Spectrum,CMT-CMT,49
AFM,Spectrum,CMT-PRO,166
AFM,Specular,CMT-PRO,37
AFM,Spes,CMT-APL,39
AFM,Sphere,APL-DSC,61
AFM,Sphere,CMT-DSC,1019
AFM,Spherical,CMT-DSC,266
AFM,Spherical Micelle,CMT-DSC,66
AFM,Spherical Nanoparticle,CMT-DSC,45
AFM,Spherical Particles,CMT-DSC,75
AFM,Spheroid,CMT-DSC,66
AFM,Spherulites,CMT-DSC,199
AFM,Spherulitic,CMT-DSC,48
AFM,Sphingomyelin,CMT-CHM,33
AFM,Spin,CMT-PRO,45
AFM,Spin,CMT-SMT,118
AFM,Spin,PRO-PRO,145
AFM,Spin Cast,CMT-SMT,373
AFM,Spin Casting,CMT-SMT,132
AFM,Spin Coater,CMT-SMT,2225
AFM,Spin Coating,CMT-SMT,1716
AFM,Spin Configuration,PRO-PRO,64
AFM,Spin Densities,PRO-PRO,33
AFM,Spin Density,PRO-PRO,98
AFM,Spin Density Distribution,PRO-PRO,38
AFM,Spin Glass,PRO-PRO,32
AFM,Spin Orbit Coupling,PRO-PRO,45
AFM,Spin Polarization,PRO-PRO,53
AFM,Spin States,PRO-PRO,30
AFM,Spinels,CMT-SPL,156
AFM,Spinning,CMT-SMT,96
AFM,Spins,PRO-PRO,128
AFM,Spintronic Device,PRO-APL,54
AFM,Spintronics,PRO-APL,41
AFM,Spiro OMeTAD,CMT-CHM,100
AFM,Spiropyran,CMT-CHM,40
AFM,Spleens,CMT-PRO,39
AFM,Spm,CMT-CMT,117
AFM,Sponge,CMT-DSC,101
AFM,Sponge Like,CMT-DSC,38
AFM,Spray,CMT-SMT,116
AFM,Spray Coating,CMT-SMT,121
AFM,Spray Pyrolysis,CMT-SMT,208
AFM,Spray-Coated,CMT-SMT,118
AFM,Spray-Deposited,CMT-SMT,45
AFM,Sprayed,CMT-SMT,172
AFM,Spraying,CMT-SMT,85
AFM,Spring,CMT-APL,55
AFM,Spring Constant,APL-PRO,92
AFM,Spring Constant,CMT-PRO,266
AFM,Spun,CMT-SMT,97
AFM,Spun Cast,CMT-SMT,58
AFM,Sputter,CMT-SMT,153
AFM,Sputter Coated,CMT-SMT,42
AFM,Sputter Deposited,CMT-SMT,97
AFM,Sputtered,CMT-SMT,990
AFM,Sputtering,CMT-SMT,1312
AFM,Sputtering Deposition,CMT-SMT,59
AFM,Sq,CMT-PRO,37
AFM,Square,CMT-DSC,196
AFM,Square Wave Voltammetry,CMT-CMT,52
AFM,Square Wave Voltammogram,CMT-CMT,62
AFM,Squids,CMT-CMT,49
AFM,Sr,CMT-CHM,287
AFM,Sr,CMT-PRO,41
AFM,Sr,PRO-CHM,61
AFM,Sr2+,CMT-CHM,42
AFM,SrO,CMT-CHM,49
AFM,SrRuO3,CMT-CHM,66
AFM,SrTiO3,CMT-CHM,404
AFM,Stabilities,CMT-PRO,57
AFM,Stability,CMT-PRO,2413
AFM,Stability,PRO-PRO,59
AFM,Stability Tests,CMT-CMT,331
AFM,Stable,CMT-PRO,202
AFM,Stack,CMT-DSC,56
AFM,Stacking,CMT-PRO,65
AFM,Stacking Fault,CMT-PRO,160
AFM,Stacking Sequence,CMT-PRO,39
AFM,Stacking Structure,CMT-PRO,43
AFM,Staining,CMT-CMT,31
AFM,Stamp,CMT-APL,132
AFM,Stamp,CMT-DSC,192
AFM,Stamp,CMT-SMT,37
AFM,Stamped,CMT-SMT,38
AFM,Stamping,CMT-SMT,67
AFM,Stamps,CMT-APL,41
AFM,Stamps,CMT-DSC,73
AFM,Standard,CMT-PRO,51
AFM,Standard Deviation,CMT-PRO,347
AFM,Standing,CMT-DSC,42
AFM,Star Polymer,CMT-DSC,37
AFM,Star Shaped,CMT-DSC,72
AFM,State,CMT-PRO,47
AFM,States,CMT-PRO,55
AFM,Static Contact Angle,CMT-PRO,280
AFM,Static Contact Angle Measurement,CMT-CMT,36
AFM,Static Light Scattering,CMT-CMT,33
AFM,Static Water Contact Angle,CMT-CMT,47
AFM,Static Water Contact Angle,CMT-PRO,223
AFM,Statics,CMT-PRO,46
AFM,Statistical Analysis,CMT-CMT,276
AFM,Staurolite,CMT-CHM,37
AFM,Steady State Current,CMT-PRO,35
AFM,Steady State Fluorescence,CMT-CMT,45
AFM,Steady State PL,CMT-CMT,281
AFM,Steady State Photoluminescence,CMT-CMT,113
AFM,Stearic Acid,CMT-CHM,166
AFM,Stem,CMT-CMT,613
AFM,Stem Cells,CMT-APL,76
AFM,Stents,CMT-APL,47
AFM,Step Density,CMT-PRO,30
AFM,Step Edge,CMT-PRO,39
AFM,Step Height,CMT-PRO,166
AFM,Step Velocities,CMT-PRO,31
AFM,Step Velocity,CMT-PRO,32
AFM,Stern Volmer Plot,CMT-CMT,108
AFM,Stiff,CMT-PRO,115
AFM,Stiffer,CMT-PRO,75
AFM,Stiffnesses,APL-PRO,62
AFM,Stiffnesses,CMT-PRO,600
AFM,Stirring,CMT-SMT,40
AFM,Stoichiometries,CMT-DSC,255
AFM,Stoichiometries,CMT-PRO,51
AFM,Stoichiometry,CMT-PRO,262
AFM,Storage Modulus,CMT-PRO,604
AFM,Storage Stability,CMT-PRO,59
AFM,Storages,CMT-PRO,117
AFM,Strain,CMT-CMT,36
AFM,Strain,CMT-PRO,163
AFM,Strain Curve,CMT-CMT,103
AFM,Strain Energy,CMT-PRO,33
AFM,Strain Sensor,CMT-APL,61
AFM,Strain Stress Curves,CMT-CMT,32
AFM,Streaming Potential,CMT-PRO,57
AFM,Streaming Potential Measurements,CMT-CMT,57
AFM,Strengths,CMT-PRO,294
AFM,Stress,APL-PRO,36
AFM,Stress,CMT-PRO,802
AFM,Stress Distribution,CMT-PRO,60
AFM,Stress Relaxation,CMT-PRO,30
AFM,Stress Strain Behavior,CMT-PRO,31
AFM,Stress Strain Curve,CMT-CMT,536
AFM,Stress Strain Curve,CMT-PRO,294
AFM,Stretchability,CMT-PRO,43
AFM,Stretchable,CMT-APL,35
AFM,Stretchable,CMT-PRO,73
AFM,Stretching,CMT-PRO,47
AFM,Stretching,CMT-SMT,176
AFM,Stretching Mode,CMT-PRO,47
AFM,Strip,CMT-DSC,103
AFM,Striped,CMT-DSC,49
AFM,Stripes,CMT-DSC,412
AFM,Stripping,CMT-SMT,54
AFM,Strips,CMT-DSC,152
AFM,Strontium,CMT-CHM,38
AFM,Structural,CMT-CMT,35
AFM,Structural,CMT-PRO,1484
AFM,Structural,PRO-PRO,145
AFM,Structural Analysis,CMT-CMT,137
AFM,Structural Characteristic,CMT-PRO,144
AFM,Structural Characterization,CMT-CMT,459
AFM,Structural Colour,CMT-PRO,48
AFM,Structural Defects,CMT-PRO,67
AFM,Structural Feature,CMT-PRO,135
AFM,Structural Formulae,CMT-PRO,150
AFM,Structural Integrity,CMT-PRO,56
AFM,Structural Model,CMT-CMT,373
AFM,Structural Parameter,CMT-PRO,309
AFM,Structural Parameter,PRO-PRO,42
AFM,Structural Property,CMT-PRO,409
AFM,Structural Quality,CMT-PRO,32
AFM,Structural Stability,CMT-PRO,31
AFM,Structural Transition,CMT-PRO,45
AFM,Structurally,CMT-PRO,41
AFM,Structure,APL-PRO,134
AFM,Structure,CMT-CMT,42
AFM,Structure,CMT-DSC,48
AFM,Structure,CMT-PRO,8732
AFM,Structure,PRO-PRO,259
AFM,Structure Diagram,CMT-PRO,30
AFM,Structure Factor,CMT-PRO,43
AFM,Structure Model,CMT-CMT,115
AFM,Structure Refinement,CMT-CMT,31
AFM,Structures,CMT-PRO,1560
AFM,Structures,PRO-PRO,71
AFM,Sts,CMT-CMT,88
AFM,Student's T Test,CMT-CMT,76
AFM,Student's T-Test,CMT-CMT,55
AFM,Studies,CMT-CMT,32
AFM,Styrene,CMT-CHM,245
AFM,Sub-Layer,CMT-DSC,87
AFM,Sublimation,CMT-SMT,70
AFM,Submicrometer,CMT-DSC,34
AFM,Submicron,CMT-DSC,72
AFM,Submonolayers,CMT-DSC,58
AFM,Subphase,CMT-DSC,147
AFM,Substituted,CMT-DSC,45
AFM,Substrata,CMT-DSC,36
AFM,Substrate,APL-DSC,676
AFM,Substrate,CMT-DSC,28746
AFM,Substrate,PRO-DSC,125
AFM,Substrate,SMT-DSC,54
AFM,Substrate Interface,CMT-DSC,79
AFM,Substrate Surface,APL-DSC,33
AFM,Substrate Surface,CMT-DSC,843
AFM,Substratum,CMT-DSC,38
AFM,Subsurface,CMT-DSC,101
AFM,Subthreshold Slope,CMT-PRO,37
AFM,Subthreshold Swing,CMT-PRO,52
AFM,Sucrose,CMT-CHM,148
AFM,Sugar,CMT-CHM,169
AFM,Sulfates,CMT-CHM,214
AFM,Sulfide,CMT-CHM,127
AFM,Sulfonated,CMT-CHM,71
AFM,Sulfonated,CMT-SMT,71
AFM,Sulfonation,CMT-SMT,62
AFM,Sulfonic,CMT-CHM,31
AFM,Sulfonic Acid,CMT-CHM,67
AFM,Sulfur,CMT-CHM,798
AFM,Sulfuric Acid,CMT-CHM,221
AFM,Sulfurization,CMT-SMT,56
AFM,Sulfurized,CMT-SMT,41
AFM,Sulphates,CMT-CHM,45
AFM,Sulphur,CMT-CHM,95
AFM,Sulphuric Acid,CMT-CHM,50
AFM,Super Hydrophobicity,CMT-PRO,515
AFM,Supercapacitor,CMT-APL,359
AFM,Supercapacitor Electrode,CMT-APL,32
AFM,Supercell,CMT-DSC,50
AFM,Supercell,PRO-DSC,40
AFM,Superconducting,CMT-PRO,75
AFM,Superconducting,PRO-PRO,58
AFM,Superconducting Transition,CMT-PRO,31
AFM,Superconductivity,PRO-PRO,104
AFM,Superconductor,CMT-PRO,39
AFM,Superconductor,PRO-PRO,63
AFM,Superexchange Interaction,PRO-PRO,48
AFM,Superhydrophilic,CMT-PRO,149
AFM,Superlattice,CMT-DSC,311
AFM,Superoxide,CMT-CHM,85
AFM,Superparamagnetism,CMT-PRO,78
AFM,Superstructure,CMT-DSC,42
AFM,Superstructure,CMT-PRO,41
AFM,Support,CMT-APL,133
AFM,Support,CMT-DSC,65
AFM,Support Membrane,CMT-APL,39
AFM,Supramolecular,CMT-DSC,34
AFM,Supramolecular Polymer,CMT-DSC,30
AFM,Supramolecular Structure,CMT-PRO,57
AFM,Surface,APL-DSC,996
AFM,Surface,CMT-APL,85
AFM,Surface,CMT-CMT,151
AFM,Surface,CMT-DSC,29947
AFM,Surface,CMT-PRO,972
AFM,Surface,CMT-SMT,147
AFM,Surface,PRO-DSC,164
AFM,Surface,SMT-DSC,74
AFM,Surface AFM,CMT-CMT,45
AFM,Surface Activity,CMT-PRO,42
AFM,Surface Adhesion,CMT-PRO,37
AFM,Surface Analysis,CMT-CMT,189
AFM,Surface Area,CMT-PRO,871
AFM,Surface Area Ratio,CMT-PRO,31
AFM,Surface Characteristic,CMT-PRO,230
AFM,Surface Characterization,CMT-CMT,233
AFM,Surface Charge,CMT-PRO,353
AFM,Surface Charge Density,CMT-PRO,114
AFM,Surface Chemical Composition,CMT-PRO,121
AFM,Surface Chemistry,CMT-PRO,355
AFM,Surface Composition,CMT-PRO,242
AFM,Surface Concentration,CMT-PRO,191
AFM,Surface Conductivity,CMT-PRO,33
AFM,Surface Contact Angle,CMT-PRO,41
AFM,Surface Corrugation,CMT-PRO,37
AFM,Surface Coverage,CMT-PRO,570
AFM,Surface Damage,CMT-PRO,30
AFM,Surface Defects,CMT-PRO,105
AFM,Surface Deformation,CMT-PRO,31
AFM,Surface Densities,CMT-PRO,37
AFM,Surface Density,CMT-PRO,190
AFM,Surface Diffusion,CMT-PRO,92
AFM,Surface Elemental Composition,CMT-PRO,37
AFM,Surface Energy,CMT-PRO,817
AFM,Surface Enhanced Raman Spectroscopy,CMT-CMT,42
AFM,Surface Feature,CMT-PRO,180
AFM,Surface Film,CMT-DSC,116
AFM,Surface Finishes,CMT-PRO,43
AFM,Surface Force,CMT-PRO,93
AFM,Surface Force Apparatus,CMT-CMT,47
AFM,Surface Free Energy,CMT-PRO,287
AFM,Surface Functionality,CMT-PRO,35
AFM,Surface Functionalization,CMT-SMT,111
AFM,Surface Functionalized,CMT-DSC,37
AFM,Surface Hardness,CMT-PRO,51
AFM,Surface Height,CMT-PRO,122
AFM,Surface Hydrophilicity,CMT-PRO,102
AFM,Surface Hydrophobicity,CMT-PRO,83
AFM,Surface Images,CMT-CMT,181
AFM,Surface Interaction,CMT-PRO,85
AFM,Surface Layer,CMT-DSC,462
AFM,Surface Micelles,CMT-DSC,37
AFM,Surface Microstructure,CMT-PRO,111
AFM,Surface Modification,CMT-SMT,598
AFM,Surface Modified,CMT-DSC,75
AFM,Surface Morphological,CMT-PRO,55
AFM,Surface Morphology,CMT-PRO,6248
AFM,Surface Nanostructure,CMT-DSC,34
AFM,Surface Normal,CMT-PRO,30
AFM,Surface Orientation,CMT-PRO,43
AFM,Surface Oxidation,CMT-SMT,42
AFM,Surface Parameters,CMT-PRO,45
AFM,Surface Patterning,CMT-PRO,67
AFM,Surface Plasmon,CMT-PRO,73
AFM,Surface Plasmon Polariton,CMT-PRO,30
AFM,Surface Plasmon Resonance,CMT-CMT,174
AFM,Surface Plasmon Resonance,CMT-PRO,138
AFM,Surface Plot,CMT-CMT,81
AFM,Surface Porosity,CMT-PRO,38
AFM,Surface Potential,APL-PRO,51
AFM,Surface Potential,CMT-PRO,583
AFM,Surface Potential Image,CMT-CMT,66
AFM,Surface Pressure,CMT-PRO,490
AFM,Surface Pressure Area,CMT-PRO,53
AFM,Surface Pressure Area Isotherm,CMT-CMT,175
AFM,Surface Profiler,CMT-CMT,240
AFM,Surface Profiler,CMT-PRO,458
AFM,Surface Properties,CMT-PRO,665
AFM,Surface Property,CMT-PRO,33
AFM,Surface Quality,CMT-PRO,75
AFM,Surface RMS Roughness,CMT-PRO,46
AFM,Surface Reconstruction,CMT-PRO,82
AFM,Surface Relief,CMT-PRO,98
AFM,Surface Relief Grating,CMT-PRO,30
AFM,Surface Resistance,CMT-PRO,56
AFM,Surface Resistivity,CMT-PRO,30
AFM,Surface Roughening,CMT-PRO,66
AFM,Surface Roughness,APL-PRO,39
AFM,Surface Roughness,CMT-PRO,4859
AFM,Surface Roughness Parameter,CMT-PRO,73
AFM,Surface SEM,CMT-CMT,353
AFM,Surface Smoothness,CMT-PRO,41
AFM,Surface State,CMT-PRO,120
AFM,Surface Stiffness,CMT-PRO,30
AFM,Surface Stress,CMT-PRO,35
AFM,Surface Structure,CMT-PRO,743
AFM,Surface Temperature,CMT-PRO,128
AFM,Surface Tension,CMT-PRO,516
AFM,Surface Termination,CMT-PRO,34
AFM,Surface Texture,CMT-PRO,105
AFM,Surface Topographies,CMT-PRO,90
AFM,Surface Topography,CMT-CMT,108
AFM,Surface Topography,CMT-PRO,1497
AFM,Surface Topology,CMT-PRO,173
AFM,Surface Treated,CMT-SMT,51
AFM,Surface Treatment,CMT-SMT,284
AFM,Surface Undulation,CMT-PRO,32
AFM,Surface Wettability,CMT-PRO,182
AFM,Surface Zeta Potential,CMT-PRO,79
AFM,Surface-Enhanced Raman Scattering,CMT-CMT,79
AFM,Surface-Initiated ATRP,CMT-SMT,32
AFM,Surface-Initiated Atom Transfer Radical Polymerization,CMT-SMT,57
AFM,Surface-Initiated Polymerization,CMT-SMT,36
AFM,Surface-Modified,CMT-DSC,54
AFM,Surface-Modified,CMT-SMT,63
AFM,Surface:,CMT-DSC,456
AFM,Surfaces,APL-DSC,367
AFM,Surfaces,CMT-APL,100
AFM,Surfaces,CMT-CMT,30
AFM,Surfaces,CMT-DSC,10529
AFM,Surfaces,CMT-PRO,33
AFM,Surfaces,PRO-DSC,47
AFM,Surfactant,CMT-APL,35
AFM,Surfactant,CMT-PRO,33
AFM,Survey,CMT-CMT,68
AFM,Survey Scan,CMT-CMT,90
AFM,Survey Spectra,CMT-CMT,100
AFM,Survey XPS,CMT-CMT,247
AFM,Survival Rate,CMT-PRO,60
AFM,Susceptibility,CMT-PRO,32
AFM,Susceptibility,PRO-PRO,53
AFM,Suspended,CMT-DSC,43
AFM,Suspension,CMT-DSC,677
AFM,Swelling,CMT-PRO,108
AFM,Swelling,CMT-SMT,83
AFM,Swelling Behaviour,CMT-PRO,74
AFM,Swelling Degree,CMT-PRO,40
AFM,Swelling Ratio,CMT-PRO,227
AFM,Switching Behaviour,CMT-PRO,66
AFM,Switching Characteristics,CMT-PRO,31
AFM,Symmetrical Cell,CMT-APL,61
AFM,Symmetry,CMT-PRO,75
AFM,Synapse,CMT-APL,41
AFM,Synthesized,CMT-DSC,64
AFM,T,CMT-CMT,58
AFM,T,CMT-PRO,524
AFM,T,CMT-SPL,141
AFM,T,PRO-PRO,77
AFM,T 1/2,CMT-PRO,36
AFM,T M,CMT-PRO,56
AFM,T N,PRO-PRO,80
AFM,T c,CMT-PRO,35
AFM,T-Test,CMT-CMT,45
AFM,T0,CMT-PRO,31
AFM,T1,CMT-PRO,73
AFM,T2,CMT-PRO,63
AFM,TBA,CMT-CHM,92
AFM,TBAF,CMT-CHM,33
AFM,TBAP,CMT-CHM,35
AFM,TBAPF6,CMT-CHM,37
AFM,TC,CMT-PRO,184
AFM,TC,PRO-PRO,140
AFM,TCE,CMT-APL,34
AFM,TCF,CMT-APL,30
AFM,TCNQ,CMT-CHM,127
AFM,TCO,CMT-CHM,85
AFM,TCO,CMT-PRO,36
AFM,TCPP,CMT-CHM,41
AFM,TCR,CMT-PRO,51
AFM,TCSPC,CMT-CMT,37
AFM,TCTA,CMT-CHM,38
AFM,TD,CMT-PRO,51
AFM,TDI,CMT-CHM,30
AFM,TDS,CMT-CMT,37
AFM,TEA,CMT-CHM,131
AFM,TEG,CMT-CHM,45
AFM,TEM,APL-CMT,141
AFM,TEM,CMT-APL,176
AFM,TEM,CMT-CMT,18914
AFM,TEM,CMT-DSC,43
AFM,TEM,PRO-CMT,66
AFM,TEM Bright Field,CMT-CMT,53
AFM,TEM Bright Field Images,CMT-CMT,59
AFM,TEM Grid,CMT-APL,88
AFM,TEMPO,CMT-CHM,123
AFM,TEOS,CMT-CHM,329
AFM,TFA,CMT-CHM,134
AFM,TFC,CMT-DSC,31
AFM,TFC Membrane,CMT-APL,127
AFM,TFC Membrane,CMT-DSC,92
AFM,TFT,CMT-APL,83
AFM,TFT Device,CMT-APL,70
AFM,TFTs,CMT-APL,100
AFM,TG,CMT-CMT,490
AFM,TG,CMT-PRO,307
AFM,TG Curve,CMT-CMT,56
AFM,TG-DSC,CMT-CMT,45
AFM,TG-DTA,CMT-CHM,45
AFM,TG-DTA,CMT-CMT,96
AFM,TGA,CMT-CMT,1165
AFM,TGA/DTA,CMT-CMT,64
AFM,TH,CMT-PRO,42
AFM,THF,CMT-CHM,1496
AFM,THT,CMT-CMT,33
AFM,THT Fluorescence,CMT-CMT,110
AFM,TIPS Pentacene,CMT-CHM,55
AFM,TIRF,CMT-CMT,36
AFM,TM AFM,CMT-CMT,38
AFM,TM-AFM,CMT-CMT,90
AFM,TMA,CMT-CHM,101
AFM,TMA,CMT-CMT,31
AFM,TMAH,CMT-CHM,50
AFM,TMB,CMT-CHM,101
AFM,TMC,CMT-CHM,75
AFM,TMDC,CMT-CHM,35
AFM,TMDCs,CMT-CHM,45
AFM,TMOS,CMT-CHM,42
AFM,TMP,CMT-CHM,95
AFM,TMPyP,CMT-CHM,31
AFM,TN,PRO-PRO,177
AFM,TOC,CMT-CHM,72
AFM,TOC,CMT-PRO,50
AFM,TOF,CMT-CMT,277
AFM,TOF,CMT-PRO,82
AFM,TOF-SIMS,CMT-CMT,181
AFM,TOPO,CMT-CHM,63
AFM,TPA,CMT-CHM,71
AFM,TPD,CMT-CMT,66
AFM,TPP,CMT-CHM,88
AFM,TPPS,CMT-CHM,37
AFM,TPV,CMT-CMT,50
AFM,TRACTA,CMT-PRO,63
AFM,TRITC,CMT-CHM,68
AFM,TRPL,CMT-CMT,291
AFM,TS,CMT-PRO,45
AFM,Ta,CMT-CHM,432
AFM,Ta,CMT-CMT,74
AFM,Ta,CMT-PRO,38
AFM,Ta,CMT-SMT,65
AFM,Ta2O5,CMT-CHM,149
AFM,TaN,CMT-CHM,83
AFM,TaS2,CMT-CHM,33
AFM,Tablet,CMT-DSC,79
AFM,Tafel Curves,CMT-CMT,47
AFM,Tafel Plots,CMT-CMT,632
AFM,Tafel Polarization,CMT-CMT,38
AFM,Tafel Polarization Curves,CMT-CMT,55
AFM,Tafel Slope,CMT-PRO,190
AFM,Tan Delta,CMT-PRO,31
AFM,Tan δ,CMT-PRO,132
AFM,Tandem Cell,CMT-APL,42
AFM,Tandem Device,CMT-APL,33
AFM,Tandem Solar Cell,CMT-APL,45
AFM,Tannic Acid,CMT-CHM,54
AFM,Tantalum,CMT-CHM,86
AFM,Tanδ,CMT-PRO,34
AFM,Tape,CMT-DSC,217
AFM,Tape Test,CMT-CMT,38
AFM,Tapes,CMT-DSC,68
AFM,Tapping Mode,CMT-CMT,377
AFM,Tapping Mode AFM,APL-CMT,46
AFM,Tapping Mode AFM,CMT-CMT,748
AFM,Tapping Mode Atomic Force Microscopy,CMT-CMT,180
AFM,Tartaric Acid,CMT-CHM,31
AFM,Tauc,CMT-CMT,246
AFM,Tauc Plot,CMT-CMT,398
AFM,Tauc's Plot,CMT-CMT,102
AFM,Tb,CMT-CHM,61
AFM,Tb3+,CMT-CHM,52
AFM,Tcfs,CMT-APL,31
AFM,Tco,CMT-PRO,49
AFM,Te,CMT-CHM,309
AFM,TeO2,CMT-CHM,35
AFM,Teflon,CMT-CHM,223
AFM,Tellurium,CMT-CHM,62
AFM,Temperature,CMT-PRO,213
AFM,Temperature Distribution,CMT-PRO,41
AFM,Temperature Profile,CMT-PRO,30
AFM,Temperature Sensor,CMT-APL,36
AFM,Template-Stripped,CMT-SMT,36
AFM,Tempo Oxidized,CMT-SMT,30
AFM,Temporal Response,CMT-PRO,39
AFM,Teng,CMT-APL,35
AFM,Tensile,CMT-CMT,40
AFM,Tensile,CMT-PRO,74
AFM,Tensile Deformation,CMT-SMT,32
AFM,Tensile Modulus,CMT-PRO,90
AFM,Tensile Properties,CMT-PRO,161
AFM,Tensile Strain,CMT-PRO,40
AFM,Tensile Strength,CMT-PRO,683
AFM,Tensile Stress,CMT-PRO,176
AFM,Tensile Stress Strain Curve,CMT-CMT,73
AFM,Tensile Stress Strain Curve,CMT-PRO,50
AFM,Tensile Testing,CMT-CMT,104
AFM,Tensile Tests,CMT-CMT,265
AFM,Terminated,CMT-DSC,71
AFM,Terpolymer,CMT-DSC,46
AFM,Terpyridine,CMT-CHM,47
AFM,Terrace Width,CMT-PRO,52
AFM,Terraces,CMT-DSC,60
AFM,Test,CMT-CMT,133
AFM,Tests,CMT-CMT,60
AFM,Tetracene,CMT-CHM,42
AFM,Tetracyclines,CMT-CHM,36
AFM,Tetraethoxysilane,CMT-CHM,53
AFM,Tetraethyl Orthosilicate,CMT-CHM,61
AFM,Tetragonal,CMT-SPL,423
AFM,Tetragonal,PRO-SPL,98
AFM,Tetrahydrofuran,CMT-CHM,189
AFM,Texas Red,CMT-CHM,43
AFM,Textile,CMT-DSC,57
AFM,Texture,CMT-PRO,217
AFM,Texture Coefficient,CMT-PRO,115
AFM,Textured,CMT-DSC,218
AFM,Textured Surface,CMT-DSC,50
AFM,Tfc,CMT-APL,163
AFM,Tfc,CMT-DSC,62
AFM,Tfn,CMT-DSC,37
AFM,Tfts,CMT-APL,342
AFM,Tg,CMT-PRO,34
AFM,Tga,CMT-CMT,2690
AFM,ThT,CMT-CHM,243
AFM,Therapeutics,CMT-APL,36
AFM,Thermal,CMT-CMT,47
AFM,Thermal,CMT-PRO,351
AFM,Thermal,CMT-SMT,197
AFM,Thermal Analysis,CMT-CMT,134
AFM,Thermal Anneal,CMT-SMT,57
AFM,Thermal Annealing,CMT-SMT,999
AFM,Thermal Behavior,CMT-PRO,80
AFM,Thermal Conductivity,CMT-PRO,419
AFM,Thermal Curing,CMT-SMT,36
AFM,Thermal Cycling,CMT-SMT,35
AFM,Thermal Decomposition,CMT-SMT,157
AFM,Thermal Degradation,CMT-SMT,32
AFM,Thermal Diffusivity,CMT-PRO,45
AFM,Thermal Ellipsoids,CMT-CMT,35
AFM,Thermal Evaporated,CMT-SMT,169
AFM,Thermal Evaporation,CMT-SMT,194
AFM,Thermal Evaporation Technique,CMT-SMT,31
AFM,Thermal Expansion,CMT-PRO,53
AFM,Thermal Expansion Coefficient,CMT-PRO,45
AFM,Thermal Gravimetric Analysis,CMT-CMT,111
AFM,Thermal Images,CMT-CMT,54
AFM,Thermal Oxidation,CMT-SMT,99
AFM,Thermal Process,CMT-SMT,38
AFM,Thermal Properties,CMT-PRO,436
AFM,Thermal Reduced,CMT-SMT,53
AFM,Thermal Reduction,CMT-SMT,68
AFM,Thermal Resistance,CMT-PRO,38
AFM,Thermal Stability,CMT-PRO,703
AFM,Thermal Transition,CMT-PRO,34
AFM,Thermal Treated,CMT-SMT,225
AFM,Thermal Treatment,CMT-SMT,725
AFM,Thermally,CMT-SMT,47
AFM,Thermally Anneal,CMT-SMT,285
AFM,Thermally Cycled,CMT-SMT,34
AFM,Thermally Grown,CMT-SMT,95
AFM,Thermally Oxidized,CMT-SMT,64
AFM,Thermally Stable,CMT-PRO,65
AFM,Thermo,CMT-PRO,55
AFM,Thermo-Responsive,CMT-PRO,115
AFM,Thermocouple,CMT-APL,55
AFM,Thermodynamic Parameters,CMT-PRO,145
AFM,Thermodynamic Stability,CMT-PRO,32
AFM,Thermodynamically Stable,CMT-PRO,36
AFM,Thermodynamics,CMT-PRO,73
AFM,Thermoelectric,CMT-PRO,50
AFM,Thermoelectric Properties,CMT-PRO,61
AFM,Thermogram,CMT-CMT,57
AFM,Thermogravimetric,CMT-CMT,92
AFM,Thermogravimetric Analysis,CMT-CMT,640
AFM,Thermogravimetric Curve,CMT-CMT,74
AFM,Thermogravimetry,CMT-CMT,49
AFM,Thermolysis,CMT-SMT,44
AFM,Thermoplastics,CMT-PRO,91
AFM,Thermosensitive,CMT-PRO,31
AFM,Thermoset,CMT-APL,33
AFM,Thick,CMT-DSC,121
AFM,Thick Films,CMT-DSC,194
AFM,Thickness,CMT-PRO,225
AFM,Thickness Analysis,CMT-CMT,52
AFM,Thin,APL-DSC,43
AFM,Thin,CMT-APL,36
AFM,Thin,CMT-DSC,2043
AFM,Thin Film Composite,CMT-DSC,106
AFM,Thin Film Composite Membrane,CMT-DSC,32
AFM,Thin Film Doped,CMT-DSC,42
AFM,Thin Film Solar Cell,CMT-APL,69
AFM,Thin Film Surface,CMT-DSC,162
AFM,Thin Film Transistor,CMT-APL,174
AFM,Thin Films,APL-DSC,88
AFM,Thin Films,CMT-APL,42
AFM,Thin Films,CMT-DSC,13209
AFM,Thin Films,PRO-DSC,90
AFM,Thin Layer,CMT-DSC,519
AFM,Thin Sections,CMT-DSC,59
AFM,Thin Solid Film,CMT-DSC,65
AFM,Thin-Film,CMT-DSC,116
AFM,Thinned,CMT-SMT,32
AFM,Thinnest,CMT-DSC,56
AFM,Thinning,CMT-SMT,41
AFM,Thioflavin T,CMT-CHM,59
AFM,Thiol-Ene,CMT-CHM,64
AFM,Thiolate,CMT-CHM,60
AFM,Thiols,APL-CHM,50
AFM,Thiols,CMT-CHM,729
AFM,Thiophene,CMT-CHM,240
AFM,Thiourea,CMT-CHM,105
AFM,Tholeiitic,CMT-PRO,37
AFM,Threading Dislocation,CMT-PRO,91
AFM,Threading Dislocation Density,CMT-PRO,33
AFM,Three,CMT-DSC,52
AFM,Three Dimensional,CMT-CMT,139
AFM,Three Dimensional,CMT-DSC,139
AFM,Three Dimensional AFM,CMT-CMT,324
AFM,Three Dimensional Image,CMT-CMT,155
AFM,Three Electrode,CMT-APL,62
AFM,Three Electrode Cell,CMT-APL,30
AFM,Three Electrode System,CMT-APL,56
AFM,Three Layer,CMT-DSC,102
AFM,Three Point Bending Test,CMT-CMT,34
AFM,Three-Dimensional,CMT-CMT,126
AFM,Three-Dimensional,CMT-DSC,59
AFM,Threshold,CMT-PRO,36
AFM,Threshold Voltage,CMT-PRO,459
AFM,Threshold Voltage Shift,CMT-PRO,42
AFM,Thymine,CMT-CHM,68
AFM,Ti,CMT-CHM,3022
AFM,Ti,CMT-PRO,46
AFM,Ti,PRO-CHM,64
AFM,Ti3+,CMT-CHM,48
AFM,Ti3AlC2,CMT-CHM,94
AFM,Ti3C2,CMT-CHM,57
AFM,Ti3C2Tx,CMT-CHM,103
AFM,Ti3C2Tx MXenes,CMT-CHM,45
AFM,Ti4+,CMT-CHM,53
AFM,Ti6Al4V,CMT-CHM,117
AFM,TiAlN,CMT-CHM,51
AFM,TiC,CMT-CHM,109
AFM,TiCl4,CMT-CHM,93
AFM,TiN,CMT-CHM,481
AFM,TiO,CMT-CHM,140
AFM,TiO2,APL-CHM,39
AFM,TiO2,CMT-CHM,4026
AFM,TiO2 (110),CMT-CHM,55
AFM,TiOx,CMT-CHM,126
AFM,TiS2,CMT-CHM,51
AFM,Tilt,CMT-PRO,44
AFM,Tilt Angle,CMT-PRO,213
AFM,Tilted SEM,CMT-CMT,48
AFM,Tilting Angle,CMT-PRO,34
AFM,Time,CMT-CMT,64
AFM,Time,CMT-PRO,58
AFM,Time Constant,CMT-PRO,107
AFM,Time Dependent Current Density Curve,CMT-CMT,32
AFM,Time Resolved Fluorescence,CMT-CMT,40
AFM,Time Resolved Fluorescence Decay,CMT-CMT,53
AFM,Time Resolved PL,CMT-CMT,355
AFM,Time Response,CMT-PRO,74
AFM,Time of Flight Secondary Ion Mass Spectrometry,CMT-CMT,93
AFM,Time-Resolved Photoluminescence,CMT-CMT,181
AFM,Tin,CMT-CHM,202
AFM,Tin Oxide,CMT-CHM,207
AFM,Tip,APL-APL,398
AFM,Tip,APL-DSC,146
AFM,Tip,APL-PRO,37
AFM,Tip,CMT-APL,762
AFM,Tip,CMT-DSC,432
AFM,Tip,CMT-PRO,103
AFM,Tips,APL-APL,201
AFM,Tips,CMT-APL,335
AFM,Tips,CMT-DSC,87
AFM,Tirfm,CMT-CMT,33
AFM,Tissue,CMT-DSC,170
AFM,Tissue Engineering,CMT-APL,99
AFM,Tissue Engineering Application,CMT-APL,30
AFM,Tissues,CMT-DSC,91
AFM,Titanates,CMT-CHM,92
AFM,Titania,CMT-CHM,479
AFM,Titanium,CMT-CHM,828
AFM,Titanium Alloy,CMT-CHM,56
AFM,Titanium Dioxide,CMT-CHM,200
AFM,Titanium Nitride,CMT-CHM,46
AFM,Titanium Oxide,CMT-CHM,132
AFM,Titanium(IV) Isopropoxide,CMT-CHM,33
AFM,Titration Curve,CMT-CMT,33
AFM,Tlm,CMT-CMT,42
AFM,Tm,CMT-PRO,158
AFM,To,CMT-PRO,47
AFM,ToF-SIMS,CMT-CMT,38
AFM,Tof,CMT-CMT,54
AFM,Toluene,CMT-CHM,1972
AFM,Tool,CMT-APL,68
AFM,Tooth,CMT-APL,34
AFM,Top,CMT-APL,97
AFM,Top,CMT-DSC,35
AFM,Top Contact,CMT-APL,143
AFM,Top Electrode,CMT-APL,211
AFM,Top Electrodes,CMT-APL,56
AFM,Top Gate,CMT-APL,95
AFM,Top Layer,CMT-DSC,192
AFM,Top Surface SEM,CMT-CMT,33
AFM,Top Surfaces,CMT-DSC,53
AFM,Top View SEM,CMT-CMT,523
AFM,Top-Gate,CMT-APL,65
AFM,Topograph,CMT-CMT,53
AFM,Topographic,APL-CMT,34
AFM,Topographic,CMT-CMT,439
AFM,Topographic,CMT-PRO,164
AFM,Topographic Profile,CMT-CMT,75
AFM,Topographical,CMT-CMT,117
AFM,Topographical,CMT-PRO,176
AFM,Topographical AFM,CMT-CMT,78
AFM,Topographical Feature,CMT-PRO,103
AFM,Topographical Image,CMT-CMT,426
AFM,Topographical Images,CMT-CMT,378
AFM,Topographical Imaging,CMT-CMT,125
AFM,Topographical Profile,CMT-CMT,42
AFM,Topography,APL-CMT,64
AFM,Topography,APL-PRO,158
AFM,Topography,CMT-CMT,828
AFM,Topography,CMT-PRO,3365
AFM,Topography AFM,CMT-CMT,278
AFM,Topography Image,APL-CMT,38
AFM,Topography Image,CMT-CMT,413
AFM,Topological Resonance Energy,CMT-APL,49
AFM,Topology,CMT-PRO,176
AFM,Toroid,CMT-DSC,40
AFM,Torsional Angle,CMT-PRO,45
AFM,Total,CMT-PRO,135
AFM,Total DOS,PRO-PRO,43
AFM,Total Density of States,CMT-PRO,37
AFM,Total Density of States,PRO-PRO,43
AFM,Total Energy,CMT-PRO,71
AFM,Total Energy,PRO-PRO,155
AFM,Total Magnetic Moment,PRO-PRO,45
AFM,Total Resistance,CMT-PRO,57
AFM,Total Surface Energy,CMT-PRO,30
AFM,Total Transmittance,CMT-PRO,49
AFM,Toughness,CMT-PRO,196
AFM,Toxicity,CMT-PRO,144
AFM,Tp,CMT-PRO,42
AFM,Track Etched,CMT-SMT,36
AFM,Transconductance,CMT-PRO,105
AFM,Transducer,CMT-APL,81
AFM,Transfection,CMT-APL,33
AFM,Transfection,CMT-SMT,52
AFM,Transfer,CMT-PRO,576
AFM,Transfer,CMT-SMT,38
AFM,Transfer Characteristic,CMT-PRO,1504
AFM,Transfer Characteristic Curves,CMT-CMT,30
AFM,Transfer Characteristics,CMT-PRO,156
AFM,Transfer Curve,CMT-CMT,487
AFM,Transfer Curve,CMT-PRO,442
AFM,Transfer Integral,CMT-PRO,31
AFM,Transfer Printing,CMT-SMT,49
AFM,Transient Absorption,CMT-CMT,125
AFM,Transient Photocurrent Response,CMT-CMT,110
AFM,Transient Photocurrent Response,CMT-PRO,39
AFM,Transient Photocurrents,CMT-CMT,54
AFM,Transient Photocurrents,CMT-PRO,35
AFM,Transient Response,CMT-PRO,72
AFM,Transistor Characteristics,CMT-PRO,36
AFM,Transistor Device,CMT-APL,31
AFM,Transistors,CMT-APL,668
AFM,Transition Dipole Moment,CMT-PRO,35
AFM,Transition Energies,CMT-PRO,39
AFM,Transition Metal,CMT-CHM,190
AFM,Transition Metal,PRO-CHM,94
AFM,Transition Metal Dichalcogenides,CMT-CHM,57
AFM,Transition Temperature,CMT-PRO,144
AFM,Transition Temperature,PRO-PRO,50
AFM,Transition Zone,CMT-CHM,41
AFM,Transitions,CMT-PRO,92
AFM,Transitions,PRO-PRO,46
AFM,Translucent,CMT-PRO,47
AFM,Transmission,CMT-CMT,826
AFM,Transmission,CMT-PRO,477
AFM,Transmission Electron Micrograph,CMT-CMT,267
AFM,Transmission Electron Microscope,CMT-CMT,285
AFM,Transmission Electron Microscopy,CMT-CMT,2015
AFM,Transmission FTIR,CMT-CMT,38
AFM,Transmission Image,CMT-CMT,38
AFM,Transmission Mode,CMT-CMT,44
AFM,Transmission Spectra,CMT-CMT,307
AFM,Transmission Spectra,CMT-PRO,57
AFM,Transmittance Curves,CMT-CMT,30
AFM,Transmittance Spectrum,CMT-CMT,113
AFM,Transparency,CMT-PRO,452
AFM,Transparent,CMT-PRO,1162
AFM,Transparent Conductive,CMT-PRO,89
AFM,Transparent Electrodes,CMT-APL,115
AFM,Transport Characteristics,CMT-PRO,31
AFM,Transport Mechanism,CMT-PRO,39
AFM,Transport Properties,CMT-PRO,144
AFM,Transporter,CMT-PRO,128
AFM,Transporter,PRO-PRO,30
AFM,Trap Density,CMT-PRO,39
AFM,Trap State,CMT-PRO,32
AFM,Treated,CMT-SMT,131
AFM,Treatments,CMT-SMT,85
AFM,Trench,CMT-DSC,32
AFM,Trenches,CMT-DSC,38
AFM,Tri Layered,CMT-DSC,63
AFM,Triangle,CMT-DSC,48
AFM,Triangles,CMT-DSC,70
AFM,Triangular,CMT-DSC,173
AFM,Triazine,CMT-CHM,63
AFM,Triazole,CMT-CHM,42
AFM,Triblock,CMT-DSC,123
AFM,Triblock Copolymer,CMT-DSC,205
AFM,Tribological,CMT-PRO,36
AFM,Tribological Behavior,CMT-PRO,51
AFM,Tribological Property,CMT-PRO,179
AFM,Tribological Tests,CMT-CMT,31
AFM,Triclinic,CMT-SPL,58
AFM,Triethanolamine,CMT-CHM,59
AFM,Triethylamine,CMT-CHM,85
AFM,Trifluoroacetic Acid,CMT-CHM,42
AFM,Trigonal,CMT-SPL,70
AFM,Trilayers,CMT-DSC,276
AFM,Trimesoyl Chloride,CMT-CHM,91
AFM,Tripeptides,CMT-CHM,31
AFM,Triple Layered,CMT-DSC,35
AFM,Tris,CMT-CHM,220
AFM,Tris Buffer,CMT-CHM,124
AFM,Tris-HCl,CMT-CHM,104
AFM,Triton X-100,CMT-CHM,159
AFM,Trp,CMT-CHM,73
AFM,Trypan Blue,CMT-CHM,71
AFM,Tryptophan,CMT-CHM,98
AFM,Tube,CMT-APL,35
AFM,Tube,CMT-DSC,393
AFM,Tube,CMT-PRO,34
AFM,Tube Furnace,CMT-SMT,32
AFM,Tubes,CMT-DSC,310
AFM,Tubular,CMT-DSC,148
AFM,Tubules,CMT-DSC,64
AFM,Tumor,CMT-APL,72
AFM,Tumor,CMT-DSC,138
AFM,Tumor Growth Curve,CMT-PRO,84
AFM,Tumor Sections,CMT-DSC,32
AFM,Tumor Tissue,CMT-DSC,35
AFM,Tumor Volume,CMT-PRO,175
AFM,Tumor Weight,CMT-PRO,58
AFM,Tumor-Bearing Mice,CMT-APL,46
AFM,Tumours,CMT-APL,243
AFM,Tumours,CMT-DSC,128
AFM,Tumours,CMT-PRO,34
AFM,Tungsten,CMT-CHM,362
AFM,Tungsten Oxides,CMT-CHM,84
AFM,Tunnel Junctions,CMT-APL,41
AFM,Tunneling Current,CMT-PRO,111
AFM,Turbidity,CMT-PRO,149
AFM,Turn-On Voltage,CMT-PRO,60
AFM,Tween 20,CMT-CHM,83
AFM,Tween 80,CMT-CHM,42
AFM,Twin,CMT-PRO,42
AFM,Twin Boundaries,CMT-PRO,52
AFM,Twin Boundary,CMT-PRO,41
AFM,Twinning,CMT-PRO,30
AFM,Twins,CMT-PRO,73
AFM,Twist Angle,CMT-PRO,30
AFM,Two,CMT-APL,47
AFM,Two,CMT-DSC,125
AFM,Two Electrode,CMT-APL,55
AFM,Two Layer Model,CMT-CMT,33
AFM,Two Layered,CMT-DSC,109
AFM,Two Step Method,CMT-SMT,32
AFM,Two-Dimensional,CMT-CMT,174
AFM,Two-Dimensional,CMT-DSC,430
AFM,Two-Dimensional,PRO-DSC,72
AFM,Two-Dimensional Image,CMT-CMT,40
AFM,Two-Way ANOVA,CMT-CMT,40
AFM,Tyndall Effect,CMT-PRO,126
AFM,Type,CMT-PRO,42
AFM,Tyr,CMT-CHM,76
AFM,Tyrosine,CMT-CHM,89
AFM,UCNPS,CMT-DSC,30
AFM,UF,CMT-APL,63
AFM,UF,CMT-SMT,53
AFM,UF Membrane,CMT-APL,34
AFM,UME,CMT-APL,35
AFM,UPD,CMT-SMT,36
AFM,UPS,CMT-CMT,171
AFM,UV,CMT-CMT,226
AFM,UV,CMT-PRO,36
AFM,UV,CMT-SMT,187
AFM,UV / Vis,CMT-CMT,207
AFM,UV Absorbance,CMT-CMT,45
AFM,UV Absorbance,CMT-PRO,32
AFM,UV Absorption,CMT-CMT,162
AFM,UV Curable,CMT-SMT,47
AFM,UV Curing,CMT-SMT,45
AFM,UV Emission,CMT-PRO,36
AFM,UV Exposure,CMT-SMT,99
AFM,UV Irradiated,CMT-SMT,116
AFM,UV Irradiation,CMT-SMT,927
AFM,UV Light Irradiation,CMT-SMT,121
AFM,UV Ozone,CMT-SMT,37
AFM,UV Ozone Treatment,CMT-SMT,71
AFM,UV Radiation,CMT-SMT,57
AFM,UV Spectra,CMT-CMT,170
AFM,UV Spectrum,CMT-CMT,30
AFM,UV Transmittance,CMT-CMT,768
AFM,UV Transmittance,CMT-PRO,2588
AFM,UV Treated,CMT-SMT,37
AFM,UV Treatment,CMT-SMT,60
AFM,UV Vis,CMT-CMT,2137
AFM,UV Vis Absorbance,CMT-CMT,284
AFM,UV Vis Absorption,CMT-CMT,3499
AFM,UV Vis Absorption Spectra,CMT-CMT,38
AFM,UV Vis Diffuse Reflectance,CMT-CMT,182
AFM,UV Vis NIR,CMT-CMT,51
AFM,UV Vis NIR Absorbance,CMT-CMT,30
AFM,UV Vis NIR Absorption,CMT-CMT,42
AFM,UV Vis Spectrophotometry,CMT-CMT,45
AFM,UV Vis Spectroscopy,CMT-CMT,553
AFM,UV Vis Spectrum,CMT-CMT,273
AFM,UV Vis Transmission,CMT-CMT,82
AFM,UV Vis Transmittance,CMT-CMT,139
AFM,UV Visible,CMT-CMT,374
AFM,UV Visible Absorbance,CMT-CMT,175
AFM,UV Visible Absorption,CMT-CMT,812
AFM,UV Visible Absorption Spectroscopy,CMT-CMT,116
AFM,UV Visible Absorption Spectrum,CMT-CMT,113
AFM,UV Visible Spectra,CMT-CMT,179
AFM,UV Visible Spectroscopy,CMT-CMT,188
AFM,UV – Vis,CMT-CMT,194
AFM,UV-Cured,CMT-SMT,35
AFM,UV-Ozone Treated,CMT-SMT,34
AFM,UV-VIS Absorption,CMT-CMT,260
AFM,UV-VIS DRS,CMT-CMT,71
AFM,UV-VIS Spectral,CMT-CMT,944
AFM,UV-Vis DR,CMT-CMT,66
AFM,UV-Vis Diffuse Reflectance Spectra,CMT-CMT,37
AFM,UV-Vis Measurement,CMT-CMT,37
AFM,UV-Vis Spectra,CMT-CMT,437
AFM,UV-Vis Spectrophotometer,CMT-CMT,60
AFM,UV-Vis Spectroscopy,CMT-CMT,33
AFM,UV-Vis-NIR,CMT-CMT,102
AFM,UV-Vis-NIR Spectroscopy,CMT-CMT,37
AFM,UV/VIS Spectral,CMT-CMT,150
AFM,UVO,CMT-SMT,45
AFM,UVO Treatment,CMT-SMT,50
AFM,UVVISNIR Absorption,CMT-CMT,194
AFM,Ultimate Tensile Strength,CMT-PRO,35
AFM,Ultra-Thin,CMT-DSC,884
AFM,Ultra-Thin Film,CMT-DSC,293
AFM,Ultracentrifugation,CMT-SMT,35
AFM,Ultrafiltration,CMT-APL,73
AFM,Ultrafiltration,CMT-SMT,54
AFM,Ultrafiltration Membrane,CMT-APL,40
AFM,Ultrafiltration Membranes,CMT-APL,43
AFM,Ultrasonic,CMT-SMT,51
AFM,Ultrasonic Irradiation,CMT-SMT,31
AFM,Ultrasonic Treatment,CMT-SMT,94
AFM,Ultrasonicated,CMT-SMT,39
AFM,Ultrasonication,CMT-SMT,304
AFM,Ultrasound,CMT-SMT,80
AFM,Ultrastructural,CMT-PRO,71
AFM,Ultrathin Layer,CMT-DSC,32
AFM,Ultrathin Nanosheets,CMT-DSC,82
AFM,Ultrathin Section,CMT-DSC,34
AFM,Ultraviolet Photoelectron Spectroscopy,CMT-CMT,75
AFM,Ultraviolet Visible,CMT-CMT,88
AFM,Ultraviolet Visible Spectroscopy,CMT-CMT,38
AFM,Unbinding Force,APL-PRO,53
AFM,Unbinding Force,CMT-PRO,85
AFM,Uncoated,CMT-DSC,878
AFM,Uncoated,CMT-SMT,35
AFM,Underlayer,CMT-DSC,135
AFM,Undoped,CMT-DSC,802
AFM,Undoped Film,CMT-DSC,30
AFM,Uniformity,CMT-PRO,47
AFM,Unilamellar,CMT-DSC,41
AFM,Unirradiated,CMT-DSC,31
AFM,Unirradiated,CMT-SMT,90
AFM,Unit,CMT-DSC,36
AFM,Unit Cell,CMT-DSC,129
AFM,Unit Cell,CMT-PRO,347
AFM,Unit Cell,PRO-PRO,70
AFM,Unit Cell Parameter,CMT-PRO,53
AFM,Unit Cell Volume,CMT-PRO,50
AFM,Unit Cell Volume,PRO-PRO,30
AFM,Unmodified,CMT-DSC,34
AFM,Untreated,CMT-DSC,67
AFM,Ups,CMT-CMT,638
AFM,Uptake,CMT-PRO,44
AFM,Uracil,CMT-CHM,30
AFM,Uranium,CMT-CHM,32
AFM,Uranyl Acetate,CMT-CHM,119
AFM,Urbach Energy,CMT-PRO,84
AFM,Urea,CMT-CHM,401
AFM,Urethane,CMT-CHM,44
AFM,Uric Acid,CMT-CHM,155
AFM,V,CMT-PRO,33
AFM,V Characteristics,CMT-PRO,40
AFM,V Curve,CMT-CMT,48
AFM,V Curve,CMT-PRO,34
AFM,V DS,CMT-PRO,168
AFM,V Eff,CMT-PRO,30
AFM,V Gs,CMT-PRO,78
AFM,V OC,CMT-PRO,318
AFM,V Oc,CMT-PRO,47
AFM,V Th,CMT-PRO,74
AFM,V-FITC,CMT-CHM,47
AFM,V-Shaped,CMT-DSC,31
AFM,V/III Ratio,CMT-PRO,62
AFM,V0,CMT-PRO,37
AFM,V2O5,CMT-CHM,233
AFM,VBM,CMT-PRO,150
AFM,VDS,CMT-PRO,34
AFM,VEFF,CMT-PRO,53
AFM,VIS,CMT-CMT,70
AFM,VLS,CMT-SMT,61
AFM,VO,CMT-PRO,38
AFM,VO2,CMT-CHM,170
AFM,VOC,CMT-PRO,582
AFM,VSM,CMT-CMT,33
AFM,VT,CMT-PRO,55
AFM,VTH,CMT-PRO,121
AFM,Vacancies,CMT-PRO,94
AFM,Vacancy,CMT-PRO,40
AFM,Vacuum Annealed,CMT-SMT,64
AFM,Vacuum Annealing,CMT-SMT,81
AFM,Vacuum Deposited,CMT-SMT,130
AFM,Vacuum Deposition,CMT-SMT,65
AFM,Vacuum Evaporated,CMT-SMT,58
AFM,Vacuum Evaporation,CMT-SMT,37
AFM,Vacuum Filtration,CMT-SMT,112
AFM,Vacuum Level,CMT-PRO,126
AFM,Val,CMT-CHM,41
AFM,Valance Band,CMT-PRO,30
AFM,Valence,CMT-PRO,72
AFM,Valence Band,CMT-CMT,65
AFM,Valence Band,CMT-PRO,478
AFM,Valence Band Edge,CMT-PRO,75
AFM,Valence Band Maximum,CMT-PRO,103
AFM,Valence Band XPS,CMT-CMT,40
AFM,Valence States,CMT-PRO,35
AFM,Valves,CMT-APL,38
AFM,Van,CMT-PRO,88
AFM,Van Der,CMT-PRO,51
AFM,Van Der Waals Force,CMT-PRO,68
AFM,Van Der Waals Interaction,CMT-PRO,76
AFM,Vanadium,CMT-CHM,150
AFM,Vanadium Oxide,CMT-CHM,68
AFM,Vapor Deposited,CMT-SMT,80
AFM,Vapor Deposition,CMT-SMT,68
AFM,Vapor Pressure,CMT-PRO,42
AFM,Variable Angle Spectroscopic Ellipsometry,CMT-CMT,32
AFM,Vase,CMT-CMT,33
AFM,Vaterite,CMT-CHM,37
AFM,Vdw,CMT-PRO,44
AFM,Vectors,CMT-PRO,37
AFM,Velocity,CMT-PRO,80
AFM,Versus,CMT-CMT,206
AFM,Vertical Heterostructure,CMT-DSC,34
AFM,Vesicle,CMT-DSC,692
AFM,Vesicle,CMT-PRO,33
AFM,Vesicular,CMT-DSC,58
AFM,Viability,CMT-PRO,389
AFM,Vibrating Sample Magnetometer,CMT-CMT,61
AFM,Vibration Mode,CMT-PRO,153
AFM,Vibrational Frequency,CMT-PRO,38
AFM,Vickers Hardness,CMT-PRO,65
AFM,Vickers Indentation,CMT-CMT,38
AFM,View SEM,CMT-CMT,41
AFM,View Sem,CMT-CMT,32
AFM,Vinyl,CMT-CHM,108
AFM,Virgin,CMT-DSC,35
AFM,Virus,CMT-APL,31
AFM,Viscoelastic,CMT-PRO,103
AFM,Viscoelastic Behavior,CMT-PRO,32
AFM,Viscoelastic Properties,CMT-PRO,96
AFM,Viscoelasticity,CMT-PRO,58
AFM,Viscosities,CMT-PRO,86
AFM,Viscosity,CMT-PRO,647
AFM,Viscous,CMT-PRO,78
AFM,Visible Light Irradiation,CMT-SMT,42
AFM,Vitamin C,CMT-CHM,35
AFM,Vitreous,CMT-DSC,35
AFM,Voc,CMT-PRO,139
AFM,Volcano Plot,CMT-CMT,30
AFM,Voltage Curve,CMT-CMT,48
AFM,Voltage Gain,CMT-PRO,42
AFM,Voltage Profile,CMT-CMT,52
AFM,Voltage Profile,CMT-PRO,92
AFM,Voltage Transfer Characteristics,CMT-PRO,67
AFM,Voltages,CMT-CMT,62
AFM,Voltages,CMT-PRO,321
AFM,Voltammetric,CMT-CMT,57
AFM,Voltammetric Response,CMT-PRO,102
AFM,Voltammetry,CMT-CMT,71
AFM,Voltammograms,CMT-CMT,348
AFM,Voltammograms,CMT-PRO,60
AFM,Volume,CMT-PRO,90
AFM,Volume Fraction,CMT-PRO,36
AFM,Volumetric Capacitance,CMT-PRO,73
AFM,Von Mises Stress,CMT-PRO,42
AFM,Vsd,CMT-PRO,32
AFM,Vsm,CMT-CMT,122
AFM,WAXD,CMT-CMT,255
AFM,WAXS,CMT-CMT,204
AFM,WC,CMT-CHM,92
AFM,WCA,CMT-CMT,65
AFM,WCA,CMT-PRO,255
AFM,WCAs,CMT-PRO,43
AFM,WO3,CMT-CHM,488
AFM,WS2,CMT-CHM,52
AFM,WSe2,CMT-CHM,220
AFM,WVTR,CMT-PRO,81
AFM,Wafer Substrate,CMT-DSC,136
AFM,Wafer Surface,CMT-DSC,194
AFM,Wafers,APL-DSC,95
AFM,Wafers,CMT-DSC,3990
AFM,Wall,CMT-DSC,52
AFM,Wall,CMT-PRO,37
AFM,Wall Thickness,CMT-PRO,60
AFM,Warburg Impedance,CMT-PRO,63
AFM,Washing,CMT-SMT,189
AFM,Wastewater Treatment,CMT-APL,33
AFM,Water,CMT-APL,94
AFM,Water,CMT-CMT,41
AFM,Water,CMT-PRO,129
AFM,Water,CMT-SMT,40
AFM,Water Absorption,CMT-PRO,83
AFM,Water Ca,CMT-PRO,56
AFM,Water Contact Angle,CMT-CMT,175
AFM,Water Contact Angle,CMT-PRO,2249
AFM,Water Contact Angle Measurement,CMT-CMT,125
AFM,Water Content,CMT-PRO,162
AFM,Water Droplets,CMT-APL,66
AFM,Water Fluxes,CMT-PRO,583
AFM,Water Insoluble,CMT-PRO,45
AFM,Water Oxidation,CMT-APL,38
AFM,Water Permeability,CMT-PRO,156
AFM,Water Permeance,CMT-PRO,66
AFM,Water Solubility,CMT-PRO,41
AFM,Water Soluble,CMT-PRO,304
AFM,Water Splitting,CMT-APL,159
AFM,Water Treatment,CMT-SMT,31
AFM,Water Uptake,CMT-PRO,319
AFM,Water Vapor Permeability,CMT-PRO,33
AFM,Water Vapor Transmission Rate,CMT-PRO,30
AFM,Wave Function,CMT-PRO,56
AFM,Wave Vector,CMT-PRO,59
AFM,Waveguide,CMT-APL,213
AFM,Wavelength,CMT-PRO,173
AFM,Wavenumber,CMT-PRO,35
AFM,Wca,CMT-PRO,111
AFM,Wcas,CMT-PRO,64
AFM,Wear,CMT-PRO,262
AFM,Wear Behavior,CMT-PRO,33
AFM,Wear Depth,CMT-PRO,66
AFM,Wear Mechanism,CMT-PRO,84
AFM,Wear Rate,CMT-PRO,273
AFM,Wear Resistance,CMT-PRO,151
AFM,Wear Scar,CMT-PRO,109
AFM,Wear Test,CMT-CMT,112
AFM,Wear Track,CMT-APL,64
AFM,Wear Track,CMT-PRO,217
AFM,Wear Volume,CMT-PRO,52
AFM,Weathering,CMT-SMT,38
AFM,Weibull Distribution,CMT-CMT,34
AFM,Weibull Plot,CMT-CMT,46
AFM,Weight,CMT-PRO,158
AFM,Weight Average Molecular Weight,CMT-PRO,32
AFM,Weight Loss,CMT-CMT,79
AFM,Weight Loss,CMT-PRO,47
AFM,Weight Loss Measurement,CMT-CMT,31
AFM,Western Blots,CMT-CMT,198
AFM,Western Blotting,CMT-CMT,97
AFM,Wet,CMT-SMT,31
AFM,Wet Chemical Etching,CMT-SMT,55
AFM,Wet Etched,CMT-SMT,43
AFM,Wet Etching,CMT-SMT,137
AFM,Wettability,CMT-PRO,682
AFM,Wetting,CMT-PRO,178
AFM,Wetting,CMT-SMT,32
AFM,Wetting Behavior,CMT-PRO,122
AFM,Wetting Layer,CMT-APL,30
AFM,Wetting Layer,CMT-DSC,61
AFM,Wetting Layer,CMT-PRO,46
AFM,Wetting Properties,CMT-PRO,87
AFM,Wetting State,CMT-PRO,30
AFM,Wf,CMT-PRO,77
AFM,Whisker,CMT-DSC,32
AFM,Whiskers,CMT-DSC,62
AFM,Wide Angle X Ray Scattering,CMT-CMT,55
AFM,Wide Angle X-Ray Diffraction,CMT-CMT,109
AFM,Wide Angle XRD,CMT-CMT,38
AFM,Wide Scan,CMT-CMT,76
AFM,Wide Scan XPS,CMT-CMT,104
AFM,Width,CMT-PRO,57
AFM,Williamson Hall Plot,CMT-CMT,69
AFM,Window,CMT-APL,104
AFM,Wire,APL-DSC,34
AFM,Wire,CMT-APL,56
AFM,Wire,CMT-DSC,633
AFM,Wire-Like,CMT-DSC,30
AFM,Wires,CMT-DSC,391
AFM,Work Function,CMT-PRO,696
AFM,Work of Adhesion,CMT-PRO,145
AFM,Working,CMT-APL,46
AFM,Working Electrodes,CMT-APL,492
AFM,Workpiece,CMT-DSC,34
AFM,Wound Healing,CMT-APL,31
AFM,Wrinkle,CMT-DSC,73
AFM,Wrinkled,CMT-DSC,61
AFM,Wurtzite,CMT-CHM,350
AFM,Wurtzite,CMT-SPL,226
AFM,X Ray,CMT-CMT,223
AFM,X Ray Analysis,CMT-CMT,47
AFM,X Ray Diffraction Pattern,CMT-CMT,49
AFM,X Ray Diffractogram,CMT-CMT,440
AFM,X Ray Pattern,CMT-CMT,72
AFM,X Ray Scattering,CMT-CMT,99
AFM,X-Ray,CMT-CMT,52
AFM,X-Ray Absorption,CMT-CMT,43
AFM,X-Ray Crystal Structure,CMT-CMT,58
AFM,X-Ray Crystallography,CMT-CMT,37
AFM,X-Ray Diffraction,CMT-CMT,6855
AFM,X-Ray Diffraction,PRO-CMT,142
AFM,X-Ray Diffraction Analysis,CMT-CMT,36
AFM,X-Ray Diffractometer,CMT-CMT,91
AFM,X-Ray Diffractometry,CMT-CMT,84
AFM,X-Ray Fluorescence,CMT-CMT,59
AFM,X-Ray Photoelectron,CMT-CMT,333
AFM,X-Ray Photoelectron Spectroscopy,CMT-CMT,2620
AFM,X-Ray Photoemission,CMT-CMT,40
AFM,X-Ray Photoemission Spectroscopy,CMT-CMT,58
AFM,X-Ray Pole Figure,CMT-CMT,44
AFM,X-Ray Powder Diffraction,CMT-CMT,155
AFM,X-Ray Reflectivity,CMT-CMT,372
AFM,X-Ray Reflectometry,CMT-CMT,38
AFM,X-Ray Rocking Curve,CMT-CMT,174
AFM,X-ray Structure,CMT-CMT,53
AFM,XAFS,CMT-CMT,37
AFM,XANES,CMT-CMT,66
AFM,XAS,CMT-CMT,110
AFM,XP,CMT-CMT,40
AFM,XPS,APL-CMT,64
AFM,XPS,CMT-CMT,14142
AFM,XPS,PRO-CMT,32
AFM,XPS C 1s,CMT-CMT,104
AFM,XPS C1S,CMT-CMT,72
AFM,XPS Survey,CMT-CMT,151
AFM,XPS Survey Scan,CMT-CMT,62
AFM,XRC,CMT-CMT,56
AFM,XRCs,CMT-CMT,43
AFM,XRD,APL-CMT,30
AFM,XRD,CMT-CMT,20528
AFM,XRD,PRO-CMT,147
AFM,XRD Diffraction,CMT-CMT,221
AFM,XRD Pattern,CMT-CMT,123
AFM,XRD Rocking Curve,CMT-CMT,112
AFM,XRD θ-2θ,CMT-CMT,36
AFM,XRD θ-2θ Scan,CMT-CMT,74
AFM,XRD2Scans,CMT-CMT,47
AFM,XRF,CMT-CMT,126
AFM,XRPD,CMT-CMT,49
AFM,XRR,CMT-CMT,394
AFM,XTEM,CMT-CMT,117
AFM,Xanes,CMT-CMT,196
AFM,Xe,CMT-CHM,302
AFM,Xenon,CMT-CHM,117
AFM,Xerogels,CMT-DSC,291
AFM,Xp,CMT-CMT,75
AFM,Xtem,CMT-CMT,59
AFM,Xylene,CMT-CHM,103
AFM,Y2O3,CMT-CHM,146
AFM,YBCO,CMT-CHM,148
AFM,YOYO-1,CMT-CHM,41
AFM,YSZ,CMT-CHM,121
AFM,Yb,CMT-CHM,142
AFM,Yb3+,CMT-CHM,45
AFM,Yield Strength,CMT-PRO,90
AFM,Yield Stress,CMT-PRO,98
AFM,Yields,CMT-PRO,44
AFM,Young Modulus,CMT-PRO,110
AFM,Young's Modulus,CMT-PRO,135
AFM,Young’s Modulus,APL-PRO,70
AFM,Young’s Modulus,CMT-PRO,1249
AFM,Yttrium,CMT-CHM,52
AFM,Z-Scan,CMT-CMT,35
AFM,ZFC,CMT-CMT,149
AFM,ZFC,PRO-CMT,53
AFM,ZIF,CMT-CHM,63
AFM,ZIF-8,CMT-CHM,70
AFM,Zeolites,CMT-CHM,184
AFM,Zero Field Cooled,CMT-CMT,47
AFM,Zeta Potential,CMT-CMT,151
AFM,Zeta Potential,CMT-PRO,1796
AFM,Zeta Potential Measurement,CMT-CMT,79
AFM,Zinc,CMT-CHM,418
AFM,Zinc Blende,CMT-CHM,50
AFM,Zinc Blende,CMT-SPL,63
AFM,Zinc Oxide,CMT-CHM,347
AFM,Zirconia,CMT-CHM,219
AFM,Zirconium,CMT-CHM,102
AFM,Zircons,CMT-CHM,83
AFM,Zn,CMT-CHM,1440
AFM,Zn,PRO-CHM,72
AFM,Zn Acetate,CMT-CHM,57
AFM,Zn(II),CMT-CHM,94
AFM,Zn(NO3)2,CMT-CHM,45
AFM,Zn2,CMT-CHM,31
AFM,Zn2+,CMT-CHM,292
AFM,ZnCl2,CMT-CHM,88
AFM,ZnO,APL-CHM,34
AFM,ZnO,CMT-CHM,3869
AFM,ZnO,PRO-CHM,36
AFM,ZnPc,CMT-CHM,105
AFM,ZnS,CMT-CHM,497
AFM,ZnSe,CMT-CHM,209
AFM,ZnTe,CMT-CHM,66
AFM,Zr,CMT-CHM,552
AFM,ZrN,CMT-CHM,36
AFM,ZrO2,CMT-CHM,432
AFM,Zt,CMT-PRO,35
AFM,Zwitterionic,CMT-PRO,76
AFM,[Fe(CN)6]3,CMT-CHM,93
AFM,[Fe(CN)6]3⁻,CMT-CHM,126
AFM,[Fe(CN)6]4,CMT-CHM,31
AFM,[Fe(CN)6]4-,CMT-CHM,40
AFM,al,CMT-APL,34
AFM,cadmium,CMT-CHM,93
AFM,decay times,CMT-PRO,72
AFM,fiber surfaces,CMT-DSC,43
AFM,g-C3N4,CMT-CHM,329
AFM,galvanostatic charge discharge curves,CMT-CMT,105
AFM,h-BN,CMT-CHM,298
AFM,hBN,CMT-CHM,152
AFM,hnts,CMT-DSC,38
AFM,mRNA Expression,CMT-PRO,48
AFM,n-Bu4NPF6,CMT-CHM,40
AFM,n-BuLi,CMT-CHM,39
AFM,n-GaAs,CMT-CHM,33
AFM,n-Si,CMT-CHM,134
AFM,nanoparticles;,CMT-DSC,70
AFM,pH,CMT-PRO,234
AFM,pKa,CMT-PRO,51
AFM,perovskite solar cells,CMT-APL,305
AFM,qPCR,CMT-CMT,42
AFM,siRNA,CMT-APL,97
AFM,solid surfaces,CMT-DSC,38
AFM,stretching vibration,CMT-PRO,37
AFM,vd,CMT-PRO,46
AFM,vicinal,CMT-DSC,55
AFM,working mechanism,CMT-PRO,36
AFM,Δ,CMT-PRO,126
AFM,ΔE,CMT-PRO,33
AFM,Ζ,CMT-PRO,42
AFM,Ζ-Potential,CMT-PRO,112
AFM,Θ,CMT-PRO,133
AFM,Κ,CMT-PRO,34
AFM,Φ,CMT-PRO,64
AFM,Χ,CMT-PRO,41
AFM,α-Al2O3,CMT-CHM,79
AFM,α-Fe2O3,CMT-CHM,87
AFM,β,CMT-PRO,160
AFM,β,CMT-SPL,96
AFM,β-CD,CMT-CHM,60
AFM,β-Ga2O3,CMT-CHM,35
AFM,β-Phase,CMT-SPL,36
AFM,γ-Al2O3,CMT-CHM,33
AFM,η,CMT-PRO,102
AFM,θ-2θ XRD,CMT-CMT,66
AFM,θ–2θ Scan,CMT-CHM,46
AFM,θ–2θ Scan,CMT-CMT,32
AFM,θ–2θ XRD,CMT-CHM,54
AFM,λ,CMT-PRO,111
AFM,μ,CMT-PRO,112
AFM,μCP,CMT-SMT,33
AFM,ν,CMT-PRO,38
AFM,ξ,CMT-PRO,39
AFM,π Conjugated,CMT-PRO,34
AFM,π-A Isotherm,CMT-CMT,140
AFM,π-π Stacking,CMT-PRO,50
AFM,σ,CMT-PRO,162
AFM,τ,CMT-PRO,56
AFM,φ Scan,CMT-CMT,36
AFM,φ-Scans,CMT-CMT,39
AFM,ψ,CMT-PRO,114
AFM,ω,CMT-PRO,43
AFM 3D,AFM,CMT-CMT,93
AFM 3D,FTIR,CMT-CMT,33
AFM 3D,Film,CMT-DSC,55
AFM 3D,Films,CMT-DSC,51
AFM 3D,Raman,CMT-CMT,33
AFM 3D,SEM,CMT-CMT,110
AFM 3D,Substrate,CMT-DSC,64
AFM 3D,Surface,CMT-DSC,71
AFM 3D,TEM,CMT-CMT,36
AFM 3D,Thin Films,CMT-DSC,32
AFM 3D,XPS,CMT-CMT,39
AFM 3D,XRD,CMT-CMT,56
AFM Cantilever,AFM,APL-APL,60
AFM Cantilever,AFM,APL-CMT,128
AFM Cantilever,Atomic Force Microscopy,APL-CMT,48
AFM Cantilever,Cantilevered,APL-APL,51
AFM Cantilever,SEM,APL-CMT,48
AFM Cantilever,Silicon,APL-CHM,34
AFM Cantilever,Substrate,APL-DSC,55
AFM Cantilever,Surface,APL-DSC,98
AFM Cantilever,Surfaces,APL-DSC,44
AFM Cantilever,Tip,APL-APL,30
AFM Coupling,AFM,PRO-PRO,34
AFM Force Curves,AFM,CMT-CMT,37
AFM Force Measurement,AFM,CMT-CMT,47
AFM Force Measurement,Surface,CMT-DSC,37
AFM Force Spectroscopy,AFM,CMT-CMT,39
AFM Height,AFM,CMT-CMT,84
AFM Height,Film,CMT-DSC,45
AFM Height,Films,CMT-DSC,33
AFM Height,SEM,CMT-CMT,38
AFM Height,Substrate,CMT-DSC,41
AFM Height,TEM,CMT-CMT,34
AFM Height Images,2D,CMT-CMT,43
AFM Height Images,2D,CMT-DSC,41
AFM Height Images,AFM,CMT-CMT,560
AFM Height Images,AFM Phase Images,CMT-CMT,86
AFM Height Images,Absorption Spectrum,CMT-CMT,59
AFM Height Images,Active Layer,CMT-APL,38
AFM Height Images,Adhesions,CMT-PRO,31
AFM Height Images,Ag,CMT-CHM,42
AFM Height Images,Amorphous,CMT-DSC,32
AFM Height Images,Annealed,CMT-SMT,69
AFM Height Images,Annealing,CMT-SMT,87
AFM Height Images,Au,CMT-CHM,78
AFM Height Images,Bilayer,CMT-DSC,48
AFM Height Images,Blend,CMT-DSC,58
AFM Height Images,Blend Film,CMT-DSC,93
AFM Height Images,Blue Line,CMT-CHM,48
AFM Height Images,Bulk,CMT-DSC,37
AFM Height Images,CHCl3,CMT-CHM,30
AFM Height Images,Carbon,CMT-CHM,68
AFM Height Images,Chemical Structures,CMT-PRO,180
AFM Height Images,Chloroform,CMT-CHM,57
AFM Height Images,Coated,CMT-SMT,97
AFM Height Images,Coatings,CMT-APL,38
AFM Height Images,Composite,CMT-DSC,46
AFM Height Images,Compositions,CMT-PRO,44
AFM Height Images,Contact Angle,CMT-PRO,43
AFM Height Images,Cooling,CMT-SMT,30
AFM Height Images,Copper,CMT-CHM,30
AFM Height Images,Cross Sectional SEM,CMT-CMT,35
AFM Height Images,Crystal,CMT-DSC,66
AFM Height Images,Cyclic Voltammogram,CMT-CMT,59
AFM Height Images,DLS,CMT-CMT,30
AFM Height Images,DSC,CMT-CMT,41
AFM Height Images,EQE,CMT-CMT,73
AFM Height Images,Electrode,CMT-APL,70
AFM Height Images,Electrodes,CMT-APL,44
AFM Height Images,Ethanol,CMT-CHM,36
AFM Height Images,FT-IR,CMT-CMT,34
AFM Height Images,FTIR,CMT-CMT,69
AFM Height Images,Film,CMT-DSC,343
AFM Height Images,Films,CMT-DSC,306
AFM Height Images,Fluorescence,CMT-CMT,30
AFM Height Images,Giwaxs,CMT-CMT,43
AFM Height Images,Graphene,CMT-CHM,53
AFM Height Images,HRTEM,CMT-CMT,64
AFM Height Images,Heating,CMT-SMT,48
AFM Height Images,Height Images,CMT-CMT,86
AFM Height Images,Height Profile,CMT-CMT,123
AFM Height Images,Hexagonal,CMT-SPL,38
AFM Height Images,Hydrogen,CMT-CHM,42
AFM Height Images,ITO,CMT-CHM,48
AFM Height Images,Image,CMT-CMT,44
AFM Height Images,Images,CMT-CMT,32
AFM Height Images,Interface,CMT-DSC,51
AFM Height Images,Irradiation,CMT-SMT,41
AFM Height Images,J-V Characteristics,CMT-PRO,39
AFM Height Images,JV Curve,CMT-CMT,41
AFM Height Images,Layers,CMT-DSC,194
AFM Height Images,Membrane,CMT-DSC,48
AFM Height Images,Methanol,CMT-CHM,30
AFM Height Images,Microstructure,CMT-PRO,30
AFM Height Images,Molecular Structure,CMT-PRO,76
AFM Height Images,Monolayers,CMT-DSC,86
AFM Height Images,Morphologies,CMT-PRO,38
AFM Height Images,Morphology,CMT-PRO,108
AFM Height Images,Multilayer,CMT-DSC,34
AFM Height Images,N2,CMT-CHM,33
AFM Height Images,NaCl,CMT-CHM,56
AFM Height Images,Nanoparticles,CMT-DSC,78
AFM Height Images,Nanosheets,CMT-DSC,46
AFM Height Images,Nanostructures,CMT-DSC,31
AFM Height Images,Nitrogen,CMT-CHM,43
AFM Height Images,O,CMT-CHM,41
AFM Height Images,Optical Image,CMT-CMT,60
AFM Height Images,Optical Micrograph,CMT-CMT,35
AFM Height Images,Optical Microscopy,CMT-CMT,53
AFM Height Images,Oxygen,CMT-CHM,53
AFM Height Images,P3HT,CMT-CHM,60
AFM Height Images,PCBM,CMT-CHM,42
AFM Height Images,PCE,CMT-PRO,39
AFM Height Images,PDMS,CMT-CHM,48
AFM Height Images,PEDOT,CMT-CHM,43
AFM Height Images,PMMA,CMT-CHM,50
AFM Height Images,Particle,CMT-DSC,37
AFM Height Images,Particles,CMT-DSC,71
AFM Height Images,Patterned,CMT-DSC,36
AFM Height Images,Phase Images,CMT-CMT,143
AFM Height Images,Photovoltaic Parameter,CMT-PRO,35
AFM Height Images,Quartz,CMT-CHM,35
AFM Height Images,Raman,CMT-CMT,107
AFM Height Images,SAED,CMT-CMT,52
AFM Height Images,SEM,CMT-CMT,291
AFM Height Images,Si,CMT-CHM,111
AFM Height Images,SiO2,CMT-CHM,76
AFM Height Images,Silica,CMT-CHM,42
AFM Height Images,Silicon,CMT-CHM,107
AFM Height Images,Single Crystal,CMT-DSC,32
AFM Height Images,Size Distribution,CMT-PRO,32
AFM Height Images,Society,CMT-CMT,36
AFM Height Images,Solar Cell,CMT-APL,41
AFM Height Images,Spin Coater,CMT-SMT,82
AFM Height Images,Spin Coating,CMT-SMT,44
AFM Height Images,Structure,CMT-PRO,112
AFM Height Images,Structures,CMT-PRO,35
AFM Height Images,Substrate,CMT-DSC,301
AFM Height Images,Surface,CMT-DSC,326
AFM Height Images,Surface Morphology,CMT-PRO,42
AFM Height Images,Surfaces,CMT-DSC,120
AFM Height Images,TEM,CMT-CMT,287
AFM Height Images,THF,CMT-CHM,43
AFM Height Images,Thin Films,CMT-DSC,162
AFM Height Images,Toluene,CMT-CHM,50
AFM Height Images,Topography,CMT-PRO,34
AFM Height Images,UV Vis Absorption,CMT-CMT,111
AFM Height Images,Wafers,CMT-DSC,59
AFM Height Images,XPS,CMT-CMT,117
AFM Height Images,XRD,CMT-CMT,148
AFM Height Images,Young’s Modulus,CMT-PRO,33
AFM Height Images,ZnO,CMT-CHM,33
AFM Height Profile,AFM,CMT-CMT,196
AFM Height Profile,Au,CMT-CHM,51
AFM Height Profile,Film,CMT-DSC,64
AFM Height Profile,Films,CMT-DSC,49
AFM Height Profile,Graphene,CMT-CHM,36
AFM Height Profile,HRTEM,CMT-CMT,43
AFM Height Profile,Height Profile,CMT-CMT,44
AFM Height Profile,Layers,CMT-DSC,63
AFM Height Profile,Monolayers,CMT-DSC,45
AFM Height Profile,Nanosheets,CMT-DSC,44
AFM Height Profile,Optical Image,CMT-CMT,50
AFM Height Profile,Raman,CMT-CMT,86
AFM Height Profile,SAED,CMT-CMT,31
AFM Height Profile,SEM,CMT-CMT,128
AFM Height Profile,Si,CMT-CHM,63
AFM Height Profile,SiO2,CMT-CHM,41
AFM Height Profile,Structure,CMT-PRO,43
AFM Height Profile,Substrate,CMT-DSC,99
AFM Height Profile,Surface,CMT-DSC,69
AFM Height Profile,TEM,CMT-CMT,96
AFM Height Profile,Thin Films,CMT-DSC,32
AFM Height Profile,XPS,CMT-CMT,41
AFM Height Profile,XRD,CMT-CMT,59
AFM Imaging,AFM,CMT-CMT,39
AFM Nanoindentation,AFM,CMT-CMT,46
AFM Order,AFM,PRO-PRO,50
AFM Order,Antiferromagnetic,PRO-PRO,40
AFM Ordering,AFM,PRO-PRO,35
AFM Ordering,Antiferromagnetic,PRO-PRO,32
AFM Phase Images,1H,CMT-CHM,31
AFM Phase Images,1H NMR,CMT-CMT,31
AFM Phase Images,AFM,CMT-CMT,136
AFM Phase Images,AFM Height Images,CMT-CMT,86
AFM Phase Images,Blend,CMT-DSC,35
AFM Phase Images,Blend Film,CMT-DSC,47
AFM Phase Images,Chemical Structures,CMT-PRO,61
AFM Phase Images,EQE,CMT-CMT,33
AFM Phase Images,FTIR,CMT-CMT,32
AFM Phase Images,Film,CMT-DSC,88
AFM Phase Images,Films,CMT-DSC,87
AFM Phase Images,Layers,CMT-DSC,45
AFM Phase Images,Membrane,CMT-DSC,32
AFM Phase Images,Molecular Structure,CMT-PRO,35
AFM Phase Images,Morphology,CMT-PRO,38
AFM Phase Images,Phase Images,CMT-CMT,30
AFM Phase Images,SEM,CMT-CMT,74
AFM Phase Images,Substrate,CMT-DSC,46
AFM Phase Images,Surface,CMT-DSC,65
AFM Phase Images,TEM,CMT-CMT,87
AFM Phase Images,TGA,CMT-CMT,31
AFM Phase Images,Thin Films,CMT-DSC,53
AFM Phase Images,XRD,CMT-CMT,30
AFM Probes,AFM,APL-CMT,30
AFM Surface,Film,CMT-DSC,30
AFM Surface,Films,CMT-DSC,35
AFM Surface,SEM,CMT-CMT,36
AFM Surface Images,AFM,CMT-CMT,40
AFM Surface Images,Film,CMT-DSC,54
AFM Surface Images,Films,CMT-DSC,66
AFM Surface Images,Layers,CMT-DSC,36
AFM Surface Images,SEM,CMT-CMT,44
AFM Surface Images,Substrate,CMT-DSC,66
AFM Surface Images,Surface,CMT-DSC,34
AFM Surface Images,Thin Films,CMT-DSC,33
AFM Surface Images,XRD,CMT-CMT,46
AFM Tips,AFM,APL-APL,199
AFM Tips,AFM,APL-CMT,313
AFM Tips,AFM Topography,APL-CMT,40
AFM Tips,Adhesion Force,APL-PRO,77
AFM Tips,Adhesions,APL-PRO,61
AFM Tips,Atomic Force Microscopy,APL-CMT,118
AFM Tips,Au,APL-CHM,86
AFM Tips,Cantilevered,APL-APL,41
AFM Tips,Carbon,APL-CHM,45
AFM Tips,Coated,APL-DSC,102
AFM Tips,Coated,APL-SMT,100
AFM Tips,Electrode,APL-APL,43
AFM Tips,Film,APL-DSC,60
AFM Tips,Films,APL-DSC,40
AFM Tips,Force Curve,APL-CMT,67
AFM Tips,Force Distance Curve,APL-CMT,50
AFM Tips,Hydrophobic,APL-PRO,34
AFM Tips,Interface,APL-DSC,46
AFM Tips,Layers,APL-DSC,84
AFM Tips,Membrane,APL-DSC,40
AFM Tips,Monolayers,APL-DSC,80
AFM Tips,Nanoparticles,APL-DSC,34
AFM Tips,PEG,APL-CHM,52
AFM Tips,Particles,APL-DSC,32
AFM Tips,Pt,APL-CHM,33
AFM Tips,Rupture Force,APL-PRO,38
AFM Tips,SAM,APL-DSC,39
AFM Tips,SAMS,APL-DSC,35
AFM Tips,SEM,APL-CMT,94
AFM Tips,Si,APL-CHM,48
AFM Tips,Silicon,APL-CHM,99
AFM Tips,Silicon Nitride,APL-CHM,48
AFM Tips,Structure,APL-PRO,32
AFM Tips,Substrate,APL-DSC,189
AFM Tips,Surface,APL-DSC,271
AFM Tips,Surfaces,APL-DSC,112
AFM Tips,TEM,APL-CMT,34
AFM Tips,Tip,APL-APL,140
AFM Tips,Tip,APL-DSC,57
AFM Tips,Tips,APL-APL,90
AFM Tips,Topography,APL-PRO,32
AFM Tips,Unbinding Force,APL-PRO,30
AFM Topographical,AFM,CMT-CMT,125
AFM Topographical,Au,CMT-CHM,30
AFM Topographical,Chemical Structures,CMT-PRO,30
AFM Topographical,Film,CMT-DSC,109
AFM Topographical,Films,CMT-DSC,98
AFM Topographical,Layers,CMT-DSC,68
AFM Topographical,SEM,CMT-CMT,77
AFM Topographical,Silicon,CMT-CHM,36
AFM Topographical,Substrate,CMT-DSC,102
AFM Topographical,Surface,CMT-DSC,97
AFM Topographical,Surfaces,CMT-DSC,44
AFM Topographical,TEM,CMT-CMT,42
AFM Topographical,Thin Films,CMT-DSC,43
AFM Topographical,XPS,CMT-CMT,38
AFM Topographical Image,AFM,CMT-CMT,173
AFM Topographical Image,AFM Topography,CMT-CMT,73
AFM Topographical Image,Au,CMT-CHM,37
AFM Topographical Image,Bulk,CMT-DSC,35
AFM Topographical Image,Carbon,CMT-CHM,31
AFM Topographical Image,Chemical Structures,CMT-PRO,33
AFM Topographical Image,Electrode,CMT-APL,32
AFM Topographical Image,Film,CMT-DSC,101
AFM Topographical Image,Films,CMT-DSC,80
AFM Topographical Image,Graphene,CMT-CHM,32
AFM Topographical Image,HRTEM,CMT-CMT,32
AFM Topographical Image,Height Profile,CMT-CMT,50
AFM Topographical Image,Interface,CMT-DSC,30
AFM Topographical Image,Layers,CMT-DSC,80
AFM Topographical Image,Monolayers,CMT-DSC,38
AFM Topographical Image,Morphology,CMT-PRO,33
AFM Topographical Image,Optical Image,CMT-CMT,41
AFM Topographical Image,Raman,CMT-CMT,69
AFM Topographical Image,SEM,CMT-CMT,116
AFM Topographical Image,Si,CMT-CHM,60
AFM Topographical Image,SiO2,CMT-CHM,52
AFM Topographical Image,Silicon,CMT-CHM,33
AFM Topographical Image,Structure,CMT-PRO,43
AFM Topographical Image,Substrate,CMT-DSC,138
AFM Topographical Image,Surface,CMT-DSC,120
AFM Topographical Image,Surfaces,CMT-DSC,46
AFM Topographical Image,TEM,CMT-CMT,88
AFM Topographical Image,Thin Films,CMT-DSC,49
AFM Topographical Image,XPS,CMT-CMT,51
AFM Topographical Image,XRD,CMT-CMT,57
AFM Topographical Images,AFM,CMT-CMT,107
AFM Topographical Images,Chemical Structures,CMT-PRO,31
AFM Topographical Images,Film,CMT-DSC,96
AFM Topographical Images,Films,CMT-DSC,101
AFM Topographical Images,Layers,CMT-DSC,68
AFM Topographical Images,Nanoparticles,CMT-DSC,30
AFM Topographical Images,Raman,CMT-CMT,48
AFM Topographical Images,SEM,CMT-CMT,104
AFM Topographical Images,Si,CMT-CHM,43
AFM Topographical Images,Substrate,CMT-DSC,120
AFM Topographical Images,Surface,CMT-DSC,117
AFM Topographical Images,Surfaces,CMT-DSC,43
AFM Topographical Images,TEM,CMT-CMT,51
AFM Topographical Images,Thin Films,CMT-DSC,44
AFM Topographical Images,XPS,CMT-CMT,45
AFM Topographical Images,XRD,CMT-CMT,52
AFM Topography,1H,CMT-CHM,82
AFM Topography,1H NMR,CMT-CMT,76
AFM Topography,2D,CMT-CMT,87
AFM Topography,2D,CMT-DSC,109
AFM Topography,2D,CMT-PRO,34
AFM Topography,2p,CMT-CMT,50
AFM Topography,3D,CMT-CMT,88
AFM Topography,3D,CMT-DSC,59
AFM Topography,AFM,CMT-APL,96
AFM Topography,AFM,CMT-CMT,1540
AFM Topography,AFM Tips,CMT-APL,40
AFM Topography,AFM Topographical Image,CMT-CMT,73
AFM Topography,APTES,CMT-CHM,34
AFM Topography,ATR-FT-IR,CMT-CMT,43
AFM Topography,Absorbance,CMT-PRO,104
AFM Topography,Absorption,CMT-CMT,89
AFM Topography,Absorption,CMT-PRO,61
AFM Topography,Absorption Spectrum,CMT-CMT,146
AFM Topography,Acetone,CMT-CHM,46
AFM Topography,Acetonitrile,CMT-CHM,49
AFM Topography,Active Layer,CMT-APL,76
AFM Topography,Adhesion Force,CMT-PRO,55
AFM Topography,Adhesions,CMT-PRO,60
AFM Topography,Ag,CMT-CHM,226
AFM Topography,AgCl,CMT-CHM,41
AFM Topography,Aging,CMT-SMT,32
AFM Topography,Al,CMT-CHM,211
AFM Topography,Al2O3,CMT-CHM,67
AFM Topography,Alkyls,CMT-CHM,39
AFM Topography,Alloy,CMT-DSC,34
AFM Topography,Alumina,CMT-CHM,39
AFM Topography,Aluminum,CMT-CHM,61
AFM Topography,Amides,CMT-CHM,39
AFM Topography,Amines,CMT-CHM,49
AFM Topography,Amorphous,CMT-DSC,89
AFM Topography,Annealed,CMT-SMT,295
AFM Topography,Annealing,CMT-SMT,302
AFM Topography,Anode,CMT-APL,50
AFM Topography,Ar,CMT-CHM,35
AFM Topography,Argon,CMT-CHM,40
AFM Topography,Array,CMT-DSC,69
AFM Topography,As Deposited,CMT-DSC,80
AFM Topography,As Prepared,CMT-DSC,70
AFM Topography,As-Grown,CMT-DSC,38
AFM Topography,Atomic Force Microscopy,CMT-CMT,88
AFM Topography,Au,CMT-CHM,377
AFM Topography,Au(111),CMT-CHM,39
AFM Topography,B3LYP,CMT-CMT,30
AFM Topography,BHJ Solar Cell,CMT-APL,31
AFM Topography,Band Gap,CMT-PRO,38
AFM Topography,Band Structure,CMT-PRO,31
AFM Topography,Bandgap,CMT-PRO,33
AFM Topography,Bar,CMT-DSC,59
AFM Topography,Bars,CMT-DSC,94
AFM Topography,Bilayer,CMT-DSC,166
AFM Topography,Bilayers,CMT-DSC,73
AFM Topography,Blend,CMT-DSC,121
AFM Topography,Blend Film,CMT-DSC,135
AFM Topography,Block Copolymer,CMT-DSC,30
AFM Topography,Blue Line,CMT-CHM,172
AFM Topography,Brush,CMT-DSC,40
AFM Topography,Brushes,CMT-DSC,37
AFM Topography,Bulk,CMT-DSC,193
AFM Topography,C,CMT-CHM,66
AFM Topography,C 1s,CMT-CMT,31
AFM Topography,C-AFM,CMT-CMT,38
AFM Topography,C60,CMT-CHM,45
AFM Topography,CH2Cl2,CMT-CHM,52
AFM Topography,CH3NH3PbI3,CMT-CHM,30
AFM Topography,CHCl3,CMT-CHM,71
AFM Topography,CO,CMT-CHM,49
AFM Topography,CV,CMT-CMT,103
AFM Topography,CVD,CMT-SMT,90
AFM Topography,CVS,CMT-CMT,30
AFM Topography,Ca,CMT-CHM,37
AFM Topography,Cantilevered,CMT-APL,45
AFM Topography,Capacitance,CMT-PRO,30
AFM Topography,Carbon,CMT-CHM,277
AFM Topography,Catalyst,CMT-APL,56
AFM Topography,Cathode,CMT-APL,40
AFM Topography,Cell,CMT-APL,73
AFM Topography,Cell Viability,CMT-PRO,33
AFM Topography,Cells,CMT-APL,56
AFM Topography,Cells,CMT-DSC,80
AFM Topography,Channels,CMT-APL,37
AFM Topography,Chemical Composition,CMT-PRO,34
AFM Topography,Chemical Society,CMT-CMT,44
AFM Topography,Chemical Structures,CMT-PRO,365
AFM Topography,Chlorobenzene,CMT-CHM,69
AFM Topography,Chloroform,CMT-CHM,136
AFM Topography,Cluster,CMT-DSC,72
AFM Topography,Co,CMT-CHM,55
AFM Topography,Coated,CMT-DSC,91
AFM Topography,Coated,CMT-SMT,291
AFM Topography,Coatings,CMT-APL,189
AFM Topography,Coatings,CMT-SMT,52
AFM Topography,Color,CMT-PRO,40
AFM Topography,Composite,CMT-DSC,143
AFM Topography,Composite Film,CMT-DSC,50
AFM Topography,Compositions,CMT-PRO,116
AFM Topography,Conductance,CMT-PRO,32
AFM Topography,Conducting,CMT-PRO,30
AFM Topography,Conductive,CMT-PRO,62
AFM Topography,Conductivity,CMT-PRO,96
AFM Topography,Confocal Microscopy,CMT-CMT,30
AFM Topography,Contact Angle,CMT-PRO,149
AFM Topography,Contacts,CMT-APL,64
AFM Topography,Cooling,CMT-SMT,75
AFM Topography,Copolymer,CMT-DSC,79
AFM Topography,Copper,CMT-CHM,69
AFM Topography,Cr,CMT-CHM,46
AFM Topography,Cross Section,CMT-DSC,42
AFM Topography,Cross Section Profile,CMT-CMT,35
AFM Topography,Cross Sectional Analysis,CMT-CMT,30
AFM Topography,Cross Sectional SEM,CMT-CMT,98
AFM Topography,Cross Sectional TEM,CMT-CMT,52
AFM Topography,Crystal,CMT-DSC,188
AFM Topography,Crystal Structure,CMT-PRO,92
AFM Topography,Crystalline,CMT-DSC,89
AFM Topography,Crystallinity,CMT-PRO,33
AFM Topography,Crystallite,CMT-DSC,45
AFM Topography,Cu,CMT-CHM,134
AFM Topography,Cubic,CMT-SPL,36
AFM Topography,Current,CMT-PRO,82
AFM Topography,Current Density,CMT-PRO,92
AFM Topography,Current Density Voltage,CMT-PRO,36
AFM Topography,Current Versus Voltage Characteristics,CMT-PRO,44
AFM Topography,Current Voltage,CMT-PRO,35
AFM Topography,Curves,CMT-CMT,83
AFM Topography,Cyclic Voltammetry,CMT-CMT,70
AFM Topography,Cyclic Voltammogram,CMT-CMT,230
AFM Topography,DFT,CMT-CMT,70
AFM Topography,DLS,CMT-CMT,48
AFM Topography,DMF,CMT-CHM,91
AFM Topography,DMSO,CMT-CHM,49
AFM Topography,DPPC,CMT-CHM,30
AFM Topography,DSC,CMT-CMT,131
AFM Topography,Density,CMT-PRO,60
AFM Topography,Device,CMT-APL,51
AFM Topography,Device Performance,CMT-PRO,40
AFM Topography,Diamonds,CMT-CHM,106
AFM Topography,Dichloromethane,CMT-CHM,37
AFM Topography,Dielectric,CMT-PRO,36
AFM Topography,Dielectric Constant,CMT-PRO,30
AFM Topography,Diffraction Pattern,CMT-CMT,39
AFM Topography,Domains,CMT-PRO,58
AFM Topography,Doped,CMT-DSC,153
AFM Topography,Dried,CMT-SMT,53
AFM Topography,Droplets,CMT-DSC,64
AFM Topography,Drying,CMT-SMT,59
AFM Topography,EDS,CMT-CMT,94
AFM Topography,EDX,CMT-CMT,83
AFM Topography,EQE,CMT-CMT,144
AFM Topography,EQE,CMT-PRO,36
AFM Topography,Eis,CMT-CMT,35
AFM Topography,El,CMT-CMT,57
AFM Topography,Elastic Modulus,CMT-PRO,42
AFM Topography,Electrical Conductivity,CMT-PRO,39
AFM Topography,Electrical Properties,CMT-PRO,30
AFM Topography,Electrochemical Properties,CMT-PRO,54
AFM Topography,Electrode,CMT-APL,319
AFM Topography,Electrodes,CMT-APL,249
AFM Topography,Electrolyte,CMT-APL,53
AFM Topography,Electron Diffraction,CMT-CMT,34
AFM Topography,Ellipsometry,CMT-CMT,34
AFM Topography,Emission Spectra,CMT-CMT,54
AFM Topography,Energy Band Diagram,CMT-PRO,56
AFM Topography,Energy Level,CMT-PRO,84
AFM Topography,Energy Level Diagram,CMT-PRO,87
AFM Topography,Epoxy,CMT-CHM,33
AFM Topography,Equivalent Circuits,CMT-CMT,55
AFM Topography,Etched,CMT-SMT,73
AFM Topography,Etching,CMT-SMT,102
AFM Topography,Ethanol,CMT-CHM,113
AFM Topography,Exfoliate,CMT-SMT,40
AFM Topography,Exfoliation,CMT-SMT,34
AFM Topography,External Quantum Efficiency,CMT-PRO,43
AFM Topography,F,CMT-CHM,48
AFM Topography,F,CMT-PRO,51
AFM Topography,FE-SEM,CMT-CMT,41
AFM Topography,FESEM,CMT-CMT,117
AFM Topography,FET,CMT-APL,64
AFM Topography,FETS,CMT-APL,36
AFM Topography,FITC,CMT-CHM,33
AFM Topography,FT-IR,CMT-CMT,108
AFM Topography,FTIR,CMT-CMT,253
AFM Topography,FTO,CMT-CHM,60
AFM Topography,FWHM,CMT-PRO,42
AFM Topography,Fe,CMT-CHM,86
AFM Topography,Fermi Level,CMT-PRO,52
AFM Topography,Few Layer,CMT-DSC,34
AFM Topography,Ff,CMT-PRO,45
AFM Topography,Fft,CMT-CMT,83
AFM Topography,Fiber,CMT-DSC,58
AFM Topography,Fibers,CMT-DSC,92
AFM Topography,Fibrils,CMT-DSC,43
AFM Topography,Film,CMT-DSC,1287
AFM Topography,Film Surface,CMT-DSC,59
AFM Topography,Films,CMT-DSC,1083
AFM Topography,Flake,CMT-DSC,98
AFM Topography,Flakes,CMT-DSC,75
AFM Topography,Flexible,CMT-PRO,40
AFM Topography,Fluorescence,CMT-CMT,116
AFM Topography,Fluorescence,CMT-PRO,33
AFM Topography,Fluorescence Image,CMT-CMT,63
AFM Topography,Fluorescence Intensity,CMT-PRO,61
AFM Topography,Fluorescence Microscopy,CMT-CMT,63
AFM Topography,Foil,CMT-DSC,67
AFM Topography,Force Curve,CMT-CMT,37
AFM Topography,Force Distance Curve,CMT-CMT,38
AFM Topography,Frequency,CMT-PRO,46
AFM Topography,Friction,CMT-PRO,43
AFM Topography,Friction Coefficient,CMT-PRO,37
AFM Topography,Fullerene,CMT-CHM,48
AFM Topography,G,CMT-PRO,58
AFM Topography,GIXD,CMT-CMT,31
AFM Topography,Gaussian Fit,CMT-CMT,34
AFM Topography,Gisaxs,CMT-CMT,35
AFM Topography,Giwaxs,CMT-CMT,41
AFM Topography,Glass,CMT-DSC,42
AFM Topography,Glucose,CMT-CHM,32
AFM Topography,Grain Boundary,CMT-PRO,30
AFM Topography,Grain Size,CMT-PRO,55
AFM Topography,Graphene,CMT-CHM,252
AFM Topography,Graphene Oxide,CMT-CHM,40
AFM Topography,Graphite,CMT-CHM,100
AFM Topography,Grid,CMT-DSC,54
AFM Topography,H2,CMT-CHM,52
AFM Topography,H2O,CMT-CHM,76
AFM Topography,H2O2,CMT-CHM,36
AFM Topography,H2SO4,CMT-CHM,36
AFM Topography,HCl,CMT-CHM,50
AFM Topography,HRTEM,CMT-CMT,233
AFM Topography,Hardness,CMT-PRO,32
AFM Topography,Heated,CMT-SMT,48
AFM Topography,Heating,CMT-SMT,124
AFM Topography,Height,CMT-PRO,63
AFM Topography,Height Histogram,CMT-CMT,33
AFM Topography,Height Images,CMT-CMT,32
AFM Topography,Height Profile,CMT-CMT,305
AFM Topography,Height Profile,CMT-PRO,33
AFM Topography,Heterojunction,CMT-DSC,31
AFM Topography,Heterostructure,CMT-DSC,57
AFM Topography,Hexagonal,CMT-SPL,102
AFM Topography,High Resolution TEM,CMT-CMT,86
AFM Topography,High Resolution XPS,CMT-CMT,58
AFM Topography,Homo,CMT-PRO,101
AFM Topography,Htl,CMT-APL,33
AFM Topography,Hydrogen,CMT-CHM,135
AFM Topography,Hydrophilic,CMT-PRO,68
AFM Topography,Hydrophobic,CMT-PRO,70
AFM Topography,Hydroxyl,CMT-CHM,36
AFM Topography,Hysteresis Loop,CMT-CMT,39
AFM Topography,I-V Characteristics,CMT-PRO,80
AFM Topography,IPCE,CMT-CMT,38
AFM Topography,ITO,CMT-CHM,275
AFM Topography,IV Curve,CMT-CMT,78
AFM Topography,Image,CMT-CMT,30
AFM Topography,Impedance,CMT-PRO,34
AFM Topography,Insulating,CMT-PRO,37
AFM Topography,Interface,CMT-DSC,287
AFM Topography,Ir,CMT-CMT,53
AFM Topography,Iron,CMT-CHM,39
AFM Topography,Irradiated,CMT-SMT,85
AFM Topography,Irradiation,CMT-SMT,105
AFM Topography,Islands,CMT-DSC,41
AFM Topography,J-V Characteristics,CMT-PRO,137
AFM Topography,J-V Curve,CMT-CMT,32
AFM Topography,JSC,CMT-PRO,46
AFM Topography,JV Curve,CMT-CMT,85
AFM Topography,K,CMT-PRO,42
AFM Topography,KCl,CMT-CHM,53
AFM Topography,KOH,CMT-CHM,40
AFM Topography,Kpfm,CMT-CMT,57
AFM Topography,LUMO,CMT-PRO,42
AFM Topography,Layer,CMT-DSC,36
AFM Topography,Layered,CMT-DSC,52
AFM Topography,Layers,CMT-APL,41
AFM Topography,Layers,CMT-DSC,851
AFM Topography,Li,CMT-CHM,42
AFM Topography,LiF,CMT-CHM,31
AFM Topography,Line Profiles,CMT-CMT,68
AFM Topography,Linear Fit,CMT-CMT,40
AFM Topography,Magenta,CMT-CHM,44
AFM Topography,Magnetization,CMT-PRO,31
AFM Topography,Matrix,CMT-DSC,45
AFM Topography,Mechanical Property,CMT-PRO,38
AFM Topography,Membrane,CMT-DSC,150
AFM Topography,Mesoporous,CMT-DSC,31
AFM Topography,Metallic,CMT-PRO,59
AFM Topography,Metals,CMT-PRO,78
AFM Topography,Methanol,CMT-CHM,71
AFM Topography,Methyl,CMT-CHM,34
AFM Topography,Mfm,CMT-CMT,34
AFM Topography,Micelles,CMT-DSC,35
AFM Topography,Microstructure,CMT-PRO,58
AFM Topography,Mn,CMT-CHM,34
AFM Topography,Mo,CMT-CHM,52
AFM Topography,MoO3,CMT-CHM,52
AFM Topography,MoS2,CMT-CHM,80
AFM Topography,Mobility,CMT-PRO,52
AFM Topography,Modulus,CMT-PRO,30
AFM Topography,Molecular Structure,CMT-PRO,224
AFM Topography,Molecular Weight,CMT-PRO,51
AFM Topography,Monolayers,CMT-DSC,382
AFM Topography,Morphologies,CMT-PRO,64
AFM Topography,Morphology,CMT-PRO,277
AFM Topography,Multilayer,CMT-DSC,128
AFM Topography,N Type,CMT-PRO,38
AFM Topography,N2,CMT-CHM,115
AFM Topography,NPS,CMT-DSC,102
AFM Topography,NW,CMT-DSC,36
AFM Topography,NaCl,CMT-CHM,149
AFM Topography,NaOH,CMT-CHM,33
AFM Topography,Nano Structured,CMT-DSC,35
AFM Topography,Nanocomposite,CMT-DSC,83
AFM Topography,Nanocrystals,CMT-DSC,53
AFM Topography,Nanofiber,CMT-DSC,50
AFM Topography,Nanoparticle,CMT-DSC,130
AFM Topography,Nanoparticles,CMT-DSC,285
AFM Topography,Nanoribbon,CMT-DSC,31
AFM Topography,Nanorods,CMT-DSC,58
AFM Topography,Nanoscale,CMT-DSC,33
AFM Topography,Nanosheets,CMT-DSC,101
AFM Topography,Nanostructure,CMT-DSC,54
AFM Topography,Nanostructures,CMT-DSC,95
AFM Topography,Nanotube,CMT-DSC,78
AFM Topography,Nanowire,CMT-DSC,61
AFM Topography,Nanowires,CMT-DSC,95
AFM Topography,Ni,CMT-CHM,77
AFM Topography,Nitrogen,CMT-CHM,155
AFM Topography,Nyquist Plot,CMT-CMT,103
AFM Topography,O,CMT-CHM,173
AFM Topography,O2,CMT-CHM,65
AFM Topography,OFET,CMT-APL,30
AFM Topography,OFETS,CMT-APL,34
AFM Topography,OH,CMT-CHM,39
AFM Topography,OM,CMT-CMT,33
AFM Topography,Of Chemistry,CMT-CMT,85
AFM Topography,Open Circuit Voltage,CMT-PRO,35
AFM Topography,Optical,CMT-CMT,46
AFM Topography,Optical,CMT-PRO,57
AFM Topography,Optical Absorption,CMT-CMT,36
AFM Topography,Optical Image,CMT-CMT,232
AFM Topography,Optical Micrograph,CMT-CMT,119
AFM Topography,Optical Microscope,CMT-CMT,86
AFM Topography,Optical Microscopy,CMT-CMT,156
AFM Topography,Optical Properties,CMT-PRO,35
AFM Topography,Output Characteristics,CMT-PRO,69
AFM Topography,Oxidation,CMT-SMT,64
AFM Topography,Oxides,CMT-CHM,49
AFM Topography,Oxidize,CMT-SMT,58
AFM Topography,Oxygen,CMT-CHM,199
AFM Topography,P,CMT-PRO,36
AFM Topography,P Type,CMT-PRO,41
AFM Topography,P3HT,CMT-CHM,154
AFM Topography,PCBM,CMT-CHM,128
AFM Topography,PCE,CMT-PRO,90
AFM Topography,PDMS,CMT-CHM,112
AFM Topography,PEDOT,CMT-CHM,213
AFM Topography,PEG,CMT-CHM,57
AFM Topography,PEI,CMT-CHM,52
AFM Topography,PFM,CMT-CMT,74
AFM Topography,PL,CMT-CMT,48
AFM Topography,PMMA,CMT-CHM,137
AFM Topography,PSC,CMT-APL,34
AFM Topography,PSCS,CMT-APL,88
AFM Topography,PVA,CMT-CHM,41
AFM Topography,PVP,CMT-CHM,33
AFM Topography,Particle,CMT-DSC,83
AFM Topography,Particle Size,CMT-PRO,31
AFM Topography,Particle Size Distribution,CMT-PRO,31
AFM Topography,Particles,CMT-DSC,214
AFM Topography,Patterned,CMT-DSC,102
AFM Topography,Patterned,CMT-SMT,43
AFM Topography,Patterning,CMT-SMT,33
AFM Topography,Pd,CMT-CHM,53
AFM Topography,Pentacene,CMT-CHM,45
AFM Topography,Perovskites,CMT-CHM,121
AFM Topography,Perovskites,CMT-SPL,113
AFM Topography,Phase,CMT-CMT,36
AFM Topography,Phase,CMT-PRO,85
AFM Topography,Phase Images,CMT-CMT,198
AFM Topography,Phosphate,CMT-CHM,70
AFM Topography,Photo Luminescence,CMT-CMT,116
AFM Topography,Photocurrent,CMT-PRO,62
AFM Topography,Photovoltaic Parameter,CMT-PRO,77
AFM Topography,Photovoltaic Performance,CMT-PRO,32
AFM Topography,Plate,CMT-DSC,36
AFM Topography,Platinum,CMT-CHM,34
AFM Topography,Polarization,CMT-PRO,50
AFM Topography,Polished,CMT-SMT,49
AFM Topography,Polycrystalline,CMT-DSC,59
AFM Topography,Polymers,CMT-DSC,55
AFM Topography,Polystyrene,CMT-CHM,58
AFM Topography,Porous,CMT-DSC,69
AFM Topography,Potential,CMT-PRO,30
AFM Topography,Powder,CMT-DSC,95
AFM Topography,Profile,CMT-CMT,65
AFM Topography,Pt,CMT-CHM,172
AFM Topography,Pure,CMT-DSC,53
AFM Topography,QDS,CMT-DSC,35
AFM Topography,Quartz,CMT-CHM,145
AFM Topography,RMS Roughness,CMT-PRO,103
AFM Topography,Raman,CMT-CMT,520
AFM Topography,Raman Mapping,CMT-CMT,33
AFM Topography,Reductions,CMT-SMT,35
AFM Topography,Reference Electrode,CMT-APL,33
AFM Topography,Refractive Index,CMT-PRO,55
AFM Topography,Resistance,CMT-PRO,103
AFM Topography,Resistivity,CMT-PRO,35
AFM Topography,Ribbons,CMT-DSC,37
AFM Topography,Roughness,CMT-PRO,150
AFM Topography,SAED,CMT-CMT,127
AFM Topography,SAM,CMT-DSC,95
AFM Topography,SAMS,CMT-DSC,43
AFM Topography,SAXS,CMT-CMT,30
AFM Topography,SEM,CMT-CMT,1044
AFM Topography,STM,CMT-CMT,70
AFM Topography,STO,CMT-CHM,40
AFM Topography,Sapphire,CMT-CHM,47
AFM Topography,Scanning Electron Micrograph,CMT-CMT,35
AFM Topography,Scanning Electron Microscopy,CMT-CMT,76
AFM Topography,Se,CMT-CHM,31
AFM Topography,Selected Area Electron Diffraction,CMT-CMT,39
AFM Topography,Self Assembly,CMT-SMT,30
AFM Topography,Semiconducting,CMT-PRO,35
AFM Topography,Semiconductor,CMT-PRO,55
AFM Topography,Sensor,CMT-APL,69
AFM Topography,Sheet,CMT-DSC,86
AFM Topography,Sheet Resistance,CMT-PRO,57
AFM Topography,Sheets,CMT-DSC,81
AFM Topography,Si,CMT-CHM,529
AFM Topography,Si (111),CMT-CHM,30
AFM Topography,SiC,CMT-CHM,30
AFM Topography,SiO2,CMT-CHM,387
AFM Topography,Silica,CMT-CHM,122
AFM Topography,Silicon,CMT-CHM,394
AFM Topography,Silver,CMT-CHM,87
AFM Topography,Single Crystal,CMT-DSC,89
AFM Topography,Single Layer,CMT-DSC,84
AFM Topography,Singlet,CMT-DSC,34
AFM Topography,Size Distribution,CMT-PRO,62
AFM Topography,Slide,CMT-DSC,51
AFM Topography,Slides,CMT-DSC,30
AFM Topography,Society,CMT-CMT,134
AFM Topography,Solar Cell,CMT-APL,173
AFM Topography,Solution,CMT-DSC,31
AFM Topography,Solution Processed,CMT-SMT,35
AFM Topography,Sonication,CMT-SMT,32
AFM Topography,Source,CMT-APL,40
AFM Topography,Sphere,CMT-DSC,51
AFM Topography,Spin Cast,CMT-SMT,34
AFM Topography,Spin Coater,CMT-SMT,176
AFM Topography,Spin Coating,CMT-SMT,106
AFM Topography,Sputtered,CMT-SMT,41
AFM Topography,Sputtering,CMT-SMT,53
AFM Topography,Stability,CMT-PRO,71
AFM Topography,Stem,CMT-CMT,40
AFM Topography,Stress,CMT-PRO,42
AFM Topography,Stripes,CMT-DSC,36
AFM Topography,Structure,CMT-PRO,328
AFM Topography,Structures,CMT-PRO,69
AFM Topography,Substrate,CMT-DSC,1425
AFM Topography,Substrate Surface,CMT-DSC,35
AFM Topography,Sulfur,CMT-CHM,39
AFM Topography,Surface,CMT-DSC,1384
AFM Topography,Surface,CMT-PRO,54
AFM Topography,Surface Area,CMT-PRO,30
AFM Topography,Surface Coverage,CMT-PRO,32
AFM Topography,Surface Morphology,CMT-PRO,96
AFM Topography,Surface Potential,CMT-PRO,74
AFM Topography,Surface Pressure,CMT-PRO,36
AFM Topography,Surface Roughness,CMT-PRO,122
AFM Topography,Surface Topography,CMT-PRO,54
AFM Topography,Surfaces,CMT-DSC,414
AFM Topography,T,CMT-PRO,35
AFM Topography,TEM,CMT-CMT,620
AFM Topography,TGA,CMT-CMT,40
AFM Topography,THF,CMT-CHM,122
AFM Topography,Tapping Mode AFM,CMT-CMT,32
AFM Topography,Tga,CMT-CMT,124
AFM Topography,Thermal Annealing,CMT-SMT,62
AFM Topography,Thermal Treatment,CMT-SMT,42
AFM Topography,Thin,CMT-DSC,101
AFM Topography,Thin Films,CMT-DSC,573
AFM Topography,Thiols,CMT-CHM,44
AFM Topography,Threshold Voltage,CMT-PRO,32
AFM Topography,Ti,CMT-CHM,99
AFM Topography,TiO2,CMT-CHM,155
AFM Topography,Tip,CMT-APL,77
AFM Topography,Tip,CMT-DSC,39
AFM Topography,Toluene,CMT-CHM,152
AFM Topography,Top Electrode,CMT-APL,30
AFM Topography,Topographic,CMT-CMT,68
AFM Topography,Topographical Image,CMT-CMT,70
AFM Topography,Topographical Images,CMT-CMT,53
AFM Topography,Topography,CMT-CMT,189
AFM Topography,Topography,CMT-PRO,343
AFM Topography,Topography AFM,CMT-CMT,43
AFM Topography,Topography Image,CMT-CMT,100
AFM Topography,Transfer,CMT-PRO,48
AFM Topography,Transfer Characteristic,CMT-PRO,122
AFM Topography,Transfer Curve,CMT-CMT,38
AFM Topography,Transistors,CMT-APL,61
AFM Topography,Transmission Electron Microscopy,CMT-CMT,30
AFM Topography,Transparent,CMT-PRO,45
AFM Topography,UV Irradiation,CMT-SMT,31
AFM Topography,UV Transmittance,CMT-PRO,85
AFM Topography,UV Vis,CMT-CMT,93
AFM Topography,UV Vis Absorption,CMT-CMT,223
AFM Topography,UV Visible Absorption,CMT-CMT,58
AFM Topography,UV-VIS Spectral,CMT-CMT,49
AFM Topography,Ultra-Thin,CMT-DSC,36
AFM Topography,Uncoated,CMT-DSC,30
AFM Topography,Undoped,CMT-DSC,38
AFM Topography,Ups,CMT-CMT,45
AFM Topography,VOC,CMT-PRO,39
AFM Topography,Vesicle,CMT-DSC,39
AFM Topography,Wafers,CMT-DSC,201
AFM Topography,Water Contact Angle,CMT-PRO,110
AFM Topography,Wire,CMT-DSC,48
AFM Topography,Work Function,CMT-PRO,68
AFM Topography,Working Electrodes,CMT-APL,33
AFM Topography,X-Ray Diffraction,CMT-CMT,156
AFM Topography,XPS,CMT-CMT,509
AFM Topography,XRD,CMT-CMT,532
AFM Topography,Young’s Modulus,CMT-PRO,43
AFM Topography,Zeta Potential,CMT-PRO,48
AFM Topography,Zn,CMT-CHM,54
AFM Topography,ZnO,CMT-CHM,143
AFM Topography,perovskite solar cells,CMT-APL,31
AFM Transition,AFM,PRO-PRO,41
AFM Transition,Antiferromagnetic,PRO-PRO,32
AFM-IR,AFM,CMT-CMT,34
AFM1,AFB1,CHM-CHM,30
AFM1,AFM,CHM-PRO,34
AFM1,AFM,PRO-PRO,30
AFM1,Afm2,CHM-PRO,35
AFM1,Afm2,PRO-PRO,34
AFM1,Band Structure,CHM-PRO,31
AFM:,AFM,CMT-CMT,36
AFM:,SEM,CMT-CMT,34
AFM:,Substrate,CMT-DSC,32
AFM:,Surface,CMT-DSC,44
AFM;,AFM,CMT-CMT,30
AFM;,SEM,CMT-CMT,36
AFS,Arsenic,CMT-CHM,30
AFS,Atomic Fluorescence Spectrometry,CMT-CMT,53
AFS,Hg,CMT-CHM,32
AFS,Hydride,CMT-CHM,31
AFS,Mercury,CMT-CHM,48
AFT,AFM,SPL-SPL,33
AFT,Age,CMT-PRO,33
AFT,Ages,CMT-PRO,43
AFT,Ahe,CMT-CMT,31
AFT,Ahe,CMT-PRO,32
AFT,Apatites,CMT-CHM,128
AFT,Apatites,CMT-CMT,51
AFT,Apatites,PRO-CHM,46
AFT,Coal,PRO-CHM,36
AFT,Cooling,CMT-SMT,74
AFT,Fission Track,CMT-CMT,99
AFT,Geological Map,CMT-CMT,43
AFT,Zft,CMT-CMT,31
AFT,Zircons,CMT-CHM,48
AFTS,Ash Fusion Temperature,PRO-PRO,38
AFTS,Coal,PRO-CHM,40
AFm,Paste,CMT-DSC,32
AFm,XRD,CMT-CMT,30
AG,1H,APL-CHM,37
AG,1H NMR,APL-CMT,32
AG,AFM,APL-CMT,39
AG,Absorption Spectrum,APL-CMT,47
AG,Acetonitrile,APL-CHM,77
AG,Ag,APL-CHM,702
AG,Ag,PRO-CHM,392
AG,Ag,SMT-CHM,33
AG,Ag,SPL-CHM,34
AG,Ag+,APL-CHM,62
AG,AgCl,APL-APL,287
AG,AgCl,APL-CHM,597
AG,Au,APL-CHM,56
AG,Auxiliary Electrode,APL-APL,31
AG,Blue Line,APL-CHM,36
AG,Bulk,PRO-DSC,32
AG,CH2Cl2,APL-CHM,52
AG,CV,APL-CMT,121
AG,CVS,APL-CMT,40
AG,Carbon,APL-CHM,75
AG,Catalyst,APL-APL,44
AG,Cathode,APL-APL,31
AG,Cell,APL-APL,44
AG,Chemical Structures,APL-PRO,47
AG,Coated,APL-SMT,41
AG,Counter Electrode,APL-APL,201
AG,Crystal,PRO-DSC,37
AG,Crystal Structure,PRO-PRO,37
AG,Cu,APL-CHM,43
AG,Current,APL-PRO,47
AG,Cyclic Voltammetry,APL-CMT,105
AG,Cyclic Voltammogram,APL-CMT,294
AG,DMF,APL-CHM,33
AG,Doped,APL-DSC,34
AG,Electrode,APL-APL,347
AG,Electrodes,APL-APL,148
AG,Electrolyte,APL-APL,61
AG,Ferrocenes,APL-CHM,53
AG,Film,APL-DSC,113
AG,Films,APL-DSC,80
AG,Glassy,APL-DSC,115
AG,Glassy Carbon,APL-CHM,120
AG,H2O2,APL-CHM,35
AG,H2SO4,APL-CHM,40
AG,HRTEM,APL-CMT,36
AG,Hydrogen,APL-CHM,92
AG,ITO,APL-CHM,36
AG,KCl,APL-CHM,103
AG,KOH,APL-CHM,34
AG,Layers,APL-DSC,66
AG,Layers,PRO-DSC,36
AG,Membrane,APL-DSC,37
AG,Molecular Structure,APL-PRO,46
AG,N2,APL-CHM,36
AG,Na2SO4,APL-CHM,34
AG,NaCl,APL-CHM,53
AG,Nanoparticles,APL-DSC,39
AG,Nanoparticles,PRO-DSC,51
AG,Nitrogen,APL-CHM,33
AG,Nyquist Plot,APL-CMT,32
AG,O2,APL-CHM,45
AG,Oxygen,APL-CHM,68
AG,Oxygen,PRO-CHM,42
AG,Particles,PRO-DSC,35
AG,Phosphate,APL-CHM,65
AG,Platinum,APL-CHM,97
AG,Potential,APL-PRO,32
AG,Pt,APL-CHM,201
AG,Raman,APL-CMT,43
AG,Raman,PRO-CMT,79
AG,Redox Potential,APL-PRO,30
AG,Reference,APL-APL,47
AG,Reference Electrode,APL-APL,534
AG,SEM,APL-CMT,143
AG,SEM,PRO-CMT,69
AG,Sensor,APL-APL,32
AG,Silver,PRO-CHM,100
AG,Structure,APL-PRO,47
AG,Structure,PRO-PRO,53
AG,Substrate,APL-DSC,92
AG,Substrate,PRO-DSC,42
AG,Surface,APL-DSC,109
AG,Surface,PRO-DSC,66
AG,TEM,APL-CMT,89
AG,TEM,PRO-CMT,65
AG,THF,APL-CHM,30
AG,Thin Films,APL-DSC,56
AG,TiO2,APL-CHM,48
AG,Toluene,APL-CHM,32
AG,UV Vis Absorption,APL-CMT,40
AG,Voltammograms,APL-CMT,34
AG,Wire,APL-APL,76
AG,Wire,APL-DSC,53
AG,Working Electrodes,APL-APL,235
AG,X-Ray Diffraction,APL-CMT,32
AG,X-Ray Diffraction,PRO-CMT,32
AG,XPS,APL-CMT,72
AG,XRD,APL-CMT,96
AG,XRD,PRO-CMT,45
AG1478,Cells,CHM-DSC,62
AG1478,EGFR,CHM-PRO,52
AG1478,Tyrosine,CHM-CHM,35
AG1478,Western Blots,CHM-CMT,31
AG490,Cells,CHM-DSC,42
AGB,Aboveground Biomass,PRO-PRO,73
AGB,Biomass,PRO-PRO,41
AGB,Carbon,PRO-CHM,50
AGC,Automatic Generation Control,APL-APL,73
AGC,Controller,APL-APL,49
AGC,Power Systems,APL-APL,56
AGE,Allyl Glycidyl Ether,CHM-CHM,41
AGE Model,14C,CMT-CHM,134
AGE Model,14C,CMT-CMT,80
AGE Model,210Pb,CMT-CHM,42
AGE Model,Age,CMT-PRO,76
AGE Model,Ages,CMT-PRO,87
AGE Model,Al,CMT-CHM,32
AGE Model,Bathymetry,CMT-PRO,59
AGE Model,Blue Line,CMT-CHM,38
AGE Model,Bulk,CMT-DSC,39
AGE Model,Ca,CMT-CHM,85
AGE Model,CaCO3,CMT-CHM,39
AGE Model,Calcite,CMT-CHM,47
AGE Model,Carbon,CMT-CHM,110
AGE Model,Carbonates,CMT-CHM,86
AGE Model,Climate,CMT-PRO,43
AGE Model,Compositions,CMT-PRO,33
AGE Model,Core,CMT-DSC,90
AGE Model,Cores,CMT-DSC,44
AGE Model,Coring,CMT-SMT,30
AGE Model,Density,CMT-PRO,30
AGE Model,Diamonds,CMT-CHM,68
AGE Model,Fe,CMT-CHM,49
AGE Model,Grain Size,CMT-PRO,69
AGE Model,Holocene,CMT-CHM,129
AGE Model,Ice Core,CMT-DSC,52
AGE Model,Layers,CMT-DSC,82
AGE Model,Lithological,CMT-PRO,30
AGE Model,Lithology,CMT-PRO,43
AGE Model,Lithostratigraphy,CMT-PRO,30
AGE Model,Magnetic Susceptibility,CMT-PRO,83
AGE Model,Mg,CMT-CHM,42
AGE Model,Oxygen,CMT-CHM,105
AGE Model,Pleistocene,CMT-CHM,32
AGE Model,Pollen,CMT-CMT,50
AGE Model,Radiocarbon,CMT-CMT,91
AGE Model,Radiocarbon Age,CMT-CMT,74
AGE Model,SST,CMT-PRO,61
AGE Model,Salinity,CMT-PRO,33
AGE Model,Sea Surface Temperature,CMT-PRO,36
AGE Model,Sediment Core,CMT-DSC,76
AGE Model,Sedimentation Rate,CMT-PRO,130
AGE Model,Sediments,CMT-DSC,156
AGE Model,Sediments,CMT-PRO,47
AGE Model,Sr,CMT-CHM,34
AGE Model,Stalagmites,CMT-DSC,50
AGE Model,Stratigraphy,CMT-PRO,32
AGE Model,Surface,CMT-DSC,54
AGE Model,TOC,CMT-CHM,38
AGE Model,TOC,CMT-PRO,57
AGE Model,Temperature,CMT-PRO,54
AGE Model,Ti,CMT-CHM,60
AGE Model,XRF,CMT-CMT,34
AGE Model,Δ18O,CMT-CMT,30
AGE Model,Δ18O,CMT-PRO,124
AGE Model,δ13c,CMT-PRO,60
AGES,207Pb,PRO-CHM,30
AGES,Age,PRO-PRO,33
AGES,Compositions,PRO-PRO,42
AGES,Crystal,PRO-DSC,34
AGES,Geological Map,PRO-CMT,40
AGES,Grains,PRO-DSC,32
AGES,Isochron,PRO-CHM,34
AGES,Pb,PRO-CHM,62
AGES,Quartz,PRO-CHM,31
AGES,Zircons,PRO-CHM,49
AGET,ATRP,SMT-SMT,40
AGMD,Membrane,SMT-DSC,59
AGMD,Permeate Flux,SMT-PRO,33
AGV,AGVS,APL-APL,30
AGV,Automated Guided Vehicle,APL-APL,30
AGVS,AGV,APL-APL,30
AH3,Hydration,CHM-SMT,31
AH3,Paste,CHM-DSC,30
AH3,XRD,CHM-CMT,33
AHA,Acetohydroxamic Acid,CHM-CHM,30
AHM,Ammonium Heptamolybdate,CHM-CHM,34
AHP,ANP,CMT-CMT,31
AHP,Analytic Hierarchy Process,CMT-CMT,442
AHP,Analytical Hierarchy Process,CMT-CMT,182
AHP,Economics,CMT-PRO,51
AHP,Environmental,CMT-PRO,65
AHP,Environmental Impact,CMT-PRO,34
AHP,Fuzzy AHP,CMT-CMT,51
AHP,Fuzzy Analytic Hierarchy Process,CMT-CMT,42
AHP,GIS,CMT-CMT,58
AHP,Geographical Information System,CMT-CMT,36
AHP,Hydrogen Peroxide,SMT-CHM,33
AHP,MCDM,CMT-CMT,74
AHP,Multi Criteria Decision Making,CMT-CMT,56
AHP,Safety,CMT-PRO,31
AHP,Sensitivity Analysis,CMT-CMT,70
AHP,Social,CMT-PRO,38
AHP,Sustainability,CMT-PRO,37
AHP,TOPSIS,CMT-CMT,82
AHR,"2,3,7,8-Tetrachlorodibenzo-p-Dioxin",PRO-CHM,37
AHR,Airway Hyperresponsiveness,PRO-PRO,35
AHR,Aryl Hydrocarbon,APL-CHM,38
AHR,Aryl Hydrocarbon,PRO-CHM,131
AHR,Aryl Hydrocarbon Receptor,PRO-PRO,105
AHR,Dioxins,PRO-CHM,49
AHR,TCDD,PRO-CHM,49
AHTN,HHCB,CHM-CHM,44
AHU,Air Handling Unit,APL-APL,57
AHWR,Heavy Water,APL-CHM,46
AI,ANN,CMT-CMT,36
AI,Artificial Intelligence,CMT-CMT,143
AI,Artificial Intelligence,SMT-CMT,57
AI,Artificial Neural Network,CMT-CMT,49
AI,CI,PRO-PRO,38
AI,Carbon,PRO-CHM,52
AI,Compositions,PRO-PRO,44
AI,Densities,PRO-PRO,30
AI,Density,PRO-PRO,58
AI,Emission Spectra,PRO-CMT,33
AI,Excess Molar Volume,PRO-PRO,33
AI,F,PRO-PRO,30
AI,Hydrogen,PRO-CHM,40
AI,K,PRO-PRO,32
AI,Layers,PRO-DSC,37
AI,Molecular Structure,PRO-PRO,42
AI,Oxygen,PRO-CHM,40
AI,Pre Exponential Factor,PRO-PRO,42
AI,SEM,PRO-CMT,52
AI,Structure,PRO-PRO,30
AI,Surface,PRO-DSC,61
AI,TEM,PRO-CMT,34
AI,Time Constant,PRO-PRO,39
AIBN,(COCl)2,CHM-CHM,98
AIBN,"1,2-Dichloroethane",CHM-CHM,33
AIBN,"1,4-Dioxane",CHM-CHM,97
AIBN,13C,CHM-CHM,98
AIBN,13C NMR,CHM-CMT,76
AIBN,1H,CHM-CHM,429
AIBN,1H NMR,CHM-CMT,353
AIBN,1H-NMR,CHM-CMT,56
AIBN,"2,2 Dimethoxypropane",CHM-CHM,35
AIBN,"2,6-Lutidine",CHM-CHM,87
AIBN,2-Methyl-2-Butene,CHM-CHM,33
AIBN,25C,CHM-CHM,60
AIBN,AFM,CHM-CMT,89
AIBN,ATRP,CHM-SMT,56
AIBN,Absorbance,CHM-PRO,34
AIBN,Absorption Spectrum,CHM-CMT,33
AIBN,Ac2O,CHM-CHM,214
AIBN,AcCl,CHM-CHM,45
AIBN,AcOH,CHM-CHM,259
AIBN,Acetic Acid,CHM-CHM,38
AIBN,Acetone,CHM-CHM,268
AIBN,Acetonitrile,CHM-CHM,101
AIBN,Acrylamide,CHM-CHM,31
AIBN,Acrylate,CHM-CHM,31
AIBN,Acrylic Acid,CHM-CHM,36
AIBN,Ag,CHM-CHM,38
AIBN,AgNO3,CHM-CHM,31
AIBN,AlCl3,CHM-CHM,58
AIBN,Alcohols,CHM-CHM,63
AIBN,Aldehyde,CHM-CHM,82
AIBN,Alkene,CHM-CHM,67
AIBN,Alkyls,CHM-CHM,44
AIBN,Alkyne,CHM-CHM,62
AIBN,Amides,CHM-CHM,46
AIBN,Amines,CHM-CHM,73
AIBN,Amphiphilic,CHM-PRO,50
AIBN,Au,CHM-CHM,40
AIBN,Azides,CHM-CHM,32
AIBN,Azobis Isobutyronitrile,CHM-CHM,410
AIBN,BBr3,CHM-CHM,46
AIBN,BF3,CHM-CHM,44
AIBN,BF3·Et2O,CHM-CHM,30
AIBN,BF3–OEt2,CHM-CHM,72
AIBN,BPO,CHM-CHM,40
AIBN,Benzenes,CHM-CHM,329
AIBN,Benzyl,CHM-CHM,56
AIBN,Block Copolymer,CHM-DSC,82
AIBN,BnBr,CHM-CHM,103
AIBN,Boc2O,CHM-CHM,54
AIBN,Br,CHM-CHM,37
AIBN,Br2,CHM-CHM,63
AIBN,Bu3SnH,CHM-CHM,313
AIBN,BuLi,CHM-CHM,45
AIBN,Bulk,CHM-DSC,69
AIBN,BzCl,CHM-CHM,59
AIBN,C6H6,CHM-CHM,65
AIBN,CBr4,CHM-CHM,62
AIBN,CCl4,CHM-CHM,235
AIBN,CDCl3,CHM-CHM,148
AIBN,CH2Cl2,CHM-CHM,674
AIBN,"CH2Cl2, 78C",CHM-CHM,94
AIBN,CH2N2,CHM-CHM,52
AIBN,CH3CN,CHM-CHM,239
AIBN,CH3I,CHM-CHM,42
AIBN,CH3OH,CHM-CHM,67
AIBN,CHCl3,CHM-CHM,174
AIBN,CO,CHM-CHM,68
AIBN,CO2,CHM-CHM,64
AIBN,CS2,CHM-CHM,109
AIBN,Carbon,CHM-CHM,133
AIBN,Carbonyls,CHM-CHM,41
AIBN,Catalyst,CHM-APL,101
AIBN,Cell Viability,CHM-PRO,30
AIBN,Cells,CHM-DSC,34
AIBN,Chemical Structures,CHM-PRO,145
AIBN,Chlorobenzene,CHM-CHM,39
AIBN,Chloroform,CHM-CHM,54
AIBN,Cl,CHM-CHM,39
AIBN,Coated,CHM-SMT,53
AIBN,Coatings,CHM-APL,46
AIBN,Composite,CHM-DSC,75
AIBN,Compositions,CHM-PRO,125
AIBN,Copolymer,CHM-DSC,225
AIBN,Copper,CHM-CHM,46
AIBN,Crystal Structure,CHM-PRO,39
AIBN,Cs2CO3,CHM-CHM,73
AIBN,Cu,CHM-CHM,55
AIBN,CuBr,CHM-CHM,37
AIBN,CuCl,CHM-CHM,33
AIBN,CuI,CHM-CHM,117
AIBN,Cyclic Voltammogram,CHM-CMT,38
AIBN,D2O,CHM-CHM,50
AIBN,DBU,CHM-CHM,123
AIBN,DCC,CHM-CHM,45
AIBN,DCM,CHM-CHM,104
AIBN,DDQ,CHM-CHM,53
AIBN,DIBAL,CHM-CHM,33
AIBN,DIBAL-H,CHM-CHM,93
AIBN,DIPEA,CHM-CHM,66
AIBN,DLS,CHM-CMT,72
AIBN,DMA,CHM-CHM,46
AIBN,DMAP,CHM-CHM,333
AIBN,DME,CHM-CHM,56
AIBN,DMF,CHM-CHM,714
AIBN,DMP,CHM-CHM,52
AIBN,DMSO,CHM-CHM,290
AIBN,DSC,CHM-CMT,154
AIBN,Dess-Martin Periodinane,CHM-SMT,98
AIBN,Diblock Copolymer,CHM-DSC,53
AIBN,Dichloromethane,CHM-CHM,42
AIBN,Differential Scanning Calorimetry,CHM-CMT,43
AIBN,Dioxane,CHM-CHM,181
AIBN,Dispersion Polymerization,CHM-SMT,35
AIBN,Divinyl Benzene,CHM-CHM,35
AIBN,EDMA,CHM-CHM,30
AIBN,EGDMA,CHM-CHM,82
AIBN,Electrode,CHM-APL,35
AIBN,Elemental Analysis,CHM-CMT,34
AIBN,Epoxides,CHM-CHM,42
AIBN,Esters,CHM-CHM,53
AIBN,Et2O,CHM-CHM,228
AIBN,Et3B,CHM-CHM,30
AIBN,Et3N,CHM-CHM,416
AIBN,Et3SiH,CHM-CHM,50
AIBN,EtOAc,CHM-CHM,143
AIBN,Ethanol,CHM-CHM,113
AIBN,Ethers,CHM-CHM,64
AIBN,Ethylene Glycol,CHM-CHM,31
AIBN,Ethylene Glycol Dimethacrylate,CHM-CHM,47
AIBN,FT-IR,CHM-CMT,138
AIBN,FTIR,CHM-CMT,183
AIBN,Fe,CHM-CHM,33
AIBN,Film,CHM-DSC,115
AIBN,Films,CHM-DSC,78
AIBN,Fluorescence,CHM-CMT,51
AIBN,Free Radical Polymerization,CHM-SMT,94
AIBN,GMA,CHM-CHM,30
AIBN,GPC,CHM-CMT,197
AIBN,Glass Transition Temperature,CHM-PRO,65
AIBN,H+,CHM-CHM,34
AIBN,H2,CHM-CHM,329
AIBN,H2O,CHM-CHM,552
AIBN,H2O2,CHM-CHM,158
AIBN,H2SO4,CHM-CHM,146
AIBN,HCl,CHM-CHM,325
AIBN,HEMA,CHM-CHM,39
AIBN,HMPA,CHM-CHM,86
AIBN,HOAc,CHM-CHM,39
AIBN,HOBt,CHM-CHM,50
AIBN,Heating,CHM-SMT,89
AIBN,Hexane,CHM-CHM,54
AIBN,Homopolymer,CHM-DSC,48
AIBN,Hplc,CHM-CMT,36
AIBN,Hydrogen,CHM-CHM,135
AIBN,Hydrolysis,CHM-SMT,53
AIBN,Hydrophilic,CHM-PRO,45
AIBN,Hydrophobic,CHM-PRO,52
AIBN,Imidazole,CHM-CHM,203
AIBN,Ir,CHM-CMT,49
AIBN,Irradiation,CHM-SMT,40
AIBN,K2CO3,CHM-CHM,334
AIBN,KOH,CHM-CHM,146
AIBN,Ketone,CHM-CHM,34
AIBN,Kinetic Plots,CHM-CMT,33
AIBN,LAH,CHM-CHM,38
AIBN,LDA,CHM-CHM,34
AIBN,Layers,CHM-DSC,63
AIBN,Lewis Acids,CHM-CHM,34
AIBN,Li,CHM-CHM,65
AIBN,LiAlH4,CHM-CHM,151
AIBN,LiBH4,CHM-CHM,48
AIBN,LiBr,CHM-CHM,46
AIBN,LiCl,CHM-CHM,73
AIBN,LiOH,CHM-CHM,98
AIBN,M N,CHM-PRO,34
AIBN,M-CPBA,CHM-CHM,114
AIBN,MAA,CHM-CHM,43
AIBN,MMA,CHM-CHM,141
AIBN,MW,CHM-PRO,33
AIBN,Magnetics,CHM-PRO,32
AIBN,Me2S,CHM-CHM,45
AIBN,MeCN,CHM-CHM,196
AIBN,MeI,CHM-CHM,192
AIBN,MeOH,CHM-CHM,620
AIBN,Membrane,CHM-DSC,43
AIBN,Methacrylate,CHM-CHM,38
AIBN,Methacrylic Acid,CHM-CHM,39
AIBN,Methanol,CHM-CHM,134
AIBN,Methyl,CHM-CHM,34
AIBN,Methyl Acrylate,CHM-CHM,32
AIBN,Methyl Methacrylate,CHM-CHM,98
AIBN,Mg,CHM-CHM,44
AIBN,Micelles,CHM-DSC,55
AIBN,Microspheres,CHM-DSC,59
AIBN,Microstructure,CHM-PRO,32
AIBN,Mn,CHM-CHM,146
AIBN,Mn,CHM-PRO,120
AIBN,MnO2,CHM-CHM,56
AIBN,Molecular Structure,CHM-PRO,67
AIBN,Molecular Weight,CHM-PRO,220
AIBN,Molecular Weight Distribution,CHM-PRO,65
AIBN,Monolithic,CHM-DSC,30
AIBN,Monoliths,CHM-DSC,38
AIBN,Morphology,CHM-PRO,75
AIBN,MsCl,CHM-CHM,107
AIBN,Mw/Mn,CHM-PRO,36
AIBN,"N,N-Dimethylformamide",CHM-CHM,54
AIBN,N-Bromosuccinimide,CHM-CHM,49
AIBN,N2,CHM-CHM,80
AIBN,NBS,CHM-CHM,45
AIBN,NEt3,CHM-CHM,87
AIBN,NH3,CHM-CHM,76
AIBN,NH4Cl,CHM-CHM,44
AIBN,NH4OH,CHM-CHM,30
AIBN,NHCl,CHM-CHM,36
AIBN,NMO,CHM-CHM,44
AIBN,NMP,CHM-CHM,63
AIBN,NMR,CHM-CMT,70
AIBN,Na,CHM-CHM,47
AIBN,Na2CO3,CHM-CHM,85
AIBN,NaBH3CN,CHM-CHM,42
AIBN,NaBH4,CHM-CHM,261
AIBN,NaCN,CHM-CHM,33
AIBN,NaCl,CHM-CHM,57
AIBN,NaClO2,CHM-CHM,62
AIBN,NaH,CHM-CHM,349
AIBN,NaH2PO4,CHM-CHM,50
AIBN,NaHCO3,CHM-CHM,178
AIBN,NaHMDS,CHM-CHM,30
AIBN,NaI,CHM-CHM,79
AIBN,NaIO4,CHM-CHM,101
AIBN,NaN3,CHM-CHM,81
AIBN,NaNO2,CHM-CHM,36
AIBN,NaOAc,CHM-CHM,67
AIBN,NaOH,CHM-CHM,306
AIBN,NaOMe,CHM-CHM,114
AIBN,Nanocomposite,CHM-DSC,43
AIBN,Nanoparticles,CHM-DSC,133
AIBN,Ni,CHM-CHM,48
AIBN,Nitrogen,CHM-CHM,102
AIBN,Number Average Molecular Weight,CHM-PRO,62
AIBN,O,CHM-CHM,41
AIBN,O2,CHM-CHM,93
AIBN,O3,CHM-CHM,80
AIBN,OH,CHM-CHM,40
AIBN,Olefins,CHM-CHM,41
AIBN,OsO4,CHM-CHM,93
AIBN,Oxidation,CHM-SMT,89
AIBN,Oxygen,CHM-CHM,101
AIBN,P-TsOH,CHM-CHM,63
AIBN,PEG,CHM-CHM,45
AIBN,PMMA,CHM-CHM,131
AIBN,POCl3,CHM-CHM,42
AIBN,PPTS,CHM-CHM,31
AIBN,PPh3,CHM-CHM,191
AIBN,PTSA,CHM-CHM,41
AIBN,PVP,CHM-CHM,40
AIBN,Palladium,CHM-CHM,34
AIBN,Particle,CHM-DSC,30
AIBN,Particle Size,CHM-PRO,64
AIBN,Particle Size Distribution,CHM-PRO,45
AIBN,Particles,CHM-DSC,183
AIBN,Pd,CHM-CHM,148
AIBN,Pd (OH)2,CHM-CHM,59
AIBN,Pd(OAc)2,CHM-CHM,104
AIBN,Pd(PPh3)4,CHM-CHM,116
AIBN,Pd/C,CHM-CHM,160
AIBN,Pdi,CHM-PRO,62
AIBN,Pd–C,CHM-CHM,32
AIBN,Ph3P,CHM-CHM,81
AIBN,PhMe,CHM-CHM,53
AIBN,Phenol,CHM-CHM,49
AIBN,Phosphate,CHM-CHM,66
AIBN,Piperidine,CHM-CHM,38
AIBN,Polydispersity,CHM-PRO,44
AIBN,Polydispersity Index,CHM-PRO,55
AIBN,Polymerisation,CHM-SMT,72
AIBN,Polymers,CHM-DSC,93
AIBN,Polystyrene,CHM-CHM,129
AIBN,Porous,CHM-DSC,39
AIBN,Pt,CHM-CHM,43
AIBN,Pyridine,CHM-CHM,322
AIBN,Quinoline,CHM-CHM,34
AIBN,RAFT Polymerization,CHM-SMT,35
AIBN,Radical Cyclization,CHM-SMT,35
AIBN,Radical Polymerization,CHM-SMT,59
AIBN,Raft,CHM-SMT,62
AIBN,Raft Polymerization,CHM-SMT,101
AIBN,Raman,CHM-CMT,38
AIBN,Rate Constant,CHM-PRO,35
AIBN,Reactivity Ratio,CHM-PRO,33
AIBN,SEC,CHM-CMT,97
AIBN,SEM,CHM-CMT,343
AIBN,SOCl2,CHM-CHM,91
AIBN,Scanning Electron Microscopy,CHM-CMT,56
AIBN,Si,CHM-CHM,35
AIBN,SiO2,CHM-CHM,65
AIBN,Silica,CHM-CHM,104
AIBN,Silicon,CHM-CHM,49
AIBN,Size Distribution,CHM-PRO,40
AIBN,SmI2,CHM-CHM,34
AIBN,SnCl4,CHM-CHM,37
AIBN,Stability,CHM-PRO,39
AIBN,Structure,CHM-PRO,148
AIBN,Structures,CHM-PRO,39
AIBN,Styrene,CHM-CHM,300
AIBN,Substrate,CHM-DSC,72
AIBN,Sulfur,CHM-CHM,31
AIBN,Surface,CHM-DSC,192
AIBN,Surfaces,CHM-DSC,58
AIBN,T-BuOH,CHM-CHM,59
AIBN,TBAF,CHM-CHM,216
AIBN,TBDMSCl,CHM-CHM,36
AIBN,TBDPS-Cl,CHM-CHM,69
AIBN,TBHP,CHM-CHM,30
AIBN,TBS,CHM-CHM,64
AIBN,TBSCl,CHM-CHM,112
AIBN,TBSOTf,CHM-CHM,69
AIBN,TEA,CHM-CHM,57
AIBN,TEM,CHM-CMT,285
AIBN,TEMPO,CHM-CHM,76
AIBN,TFA,CHM-CHM,206
AIBN,TFA = Trifluoroacetic Acid,CHM-CHM,43
AIBN,TG,CHM-PRO,47
AIBN,TGA,CHM-CMT,34
AIBN,THF,CHM-CHM,909
AIBN,"THF,78C",CHM-CHM,86
AIBN,TMEDA,CHM-CHM,42
AIBN,TMS,CHM-CHM,52
AIBN,TMSCl,CHM-CHM,70
AIBN,TMSOTf,CHM-CHM,36
AIBN,Tert-Butyldimethylsilyl,CHM-CHM,60
AIBN,Tetrahydrofuran,CHM-CHM,67
AIBN,Tf2O,CHM-CHM,68
AIBN,TfOH,CHM-CHM,30
AIBN,Tga,CHM-CMT,130
AIBN,Thermal Stability,CHM-PRO,48
AIBN,Thermogravimetric Analysis,CHM-CMT,55
AIBN,Thin Films,CHM-DSC,35
AIBN,Thiols,CHM-CHM,58
AIBN,TiCl4,CHM-CHM,35
AIBN,Toluene,CHM-CHM,701
AIBN,"Toluene, 78C",CHM-CHM,31
AIBN,Transmission Electron Microscopy,CHM-CMT,38
AIBN,Triethylamine,CHM-CHM,36
AIBN,Trifluoromethanesulfonyl,CHM-CHM,30
AIBN,Trimethylsilyl,CHM-CHM,52
AIBN,TsCl,CHM-CHM,72
AIBN,TsOH,CHM-CHM,55
AIBN,UV Irradiation,CHM-SMT,36
AIBN,UV Vis Absorption,CHM-CMT,33
AIBN,Vinyl,CHM-CHM,67
AIBN,Vinyl Acetate,CHM-CHM,40
AIBN,Water Soluble,CHM-PRO,32
AIBN,X-Ray Diffraction,CHM-CMT,34
AIBN,XPS,CHM-CMT,74
AIBN,XRD,CHM-CMT,75
AIBN,Xylene,CHM-CHM,42
AIBN,Zeta Potential,CHM-PRO,31
AIBN,Zn,CHM-CHM,121
AIBN,ZnCl2,CHM-CHM,48
AIBN,i-PrOH,CHM-CHM,34
AIBN,iPr2NEt,CHM-CHM,33
AIBN,n-BuLi,CHM-CHM,82
AIBN,nBu3SnH,CHM-CHM,132
AIBN,tBuOH,CHM-CHM,52
AIC,Akaike Information Criterion,CMT-CMT,94
AIC,Akaike's Information Criterion,CMT-CMT,33
AIC,Al,SMT-CHM,57
AIC,Aluminum,SMT-CHM,72
AIC,Amorphous,SMT-DSC,46
AIC,Annealing,SMT-SMT,47
AIC,Bic,CMT-CMT,50
AIC,Film,SMT-DSC,46
AIC,Films,SMT-DSC,49
AIC,Grain Size,SMT-PRO,39
AIC,Induced Crystallization,SMT-SMT,32
AIC,Layers,SMT-DSC,62
AIC,Polycrystalline,SMT-DSC,35
AIC,Raman,SMT-CMT,31
AIC,SEM,SMT-CMT,36
AIC,Si,SMT-CHM,63
AIC,Silicon,SMT-CHM,68
AIC,Substrate,SMT-DSC,60
AIC,Thin Films,SMT-DSC,30
AICAR,AMPK,CHM-PRO,39
AIDS,HIV,APL-APL,107
AIE Properties,Aggregation-Induced Emission,PRO-PRO,39
AIF,Cells,CHM-DSC,36
AII,Angiotensin II,CHM-CHM,31
AIM Analysis,B3LYP,CMT-CMT,43
AIM Analysis,Bond Critical Point,CMT-PRO,62
AIM Analysis,Electron Density,CMT-PRO,40
AIM Analysis,Hydrogen,CMT-CHM,94
AIM Analysis,MP2,CMT-CMT,32
AIM Analysis,NBO,CMT-CMT,36
AIMD,2D,CMT-DSC,36
AIMD,AIMD Simulation,CMT-CMT,217
AIMD,Ab Initio Molecular Dynamics,CMT-CMT,290
AIMD,Adsorption Energy,CMT-PRO,40
AIMD,Al,CMT-CHM,45
AIMD,Amorphous,CMT-DSC,33
AIMD,Band Gap,CMT-PRO,30
AIMD,Band Structure,CMT-PRO,46
AIMD,Blue Line,CMT-CHM,35
AIMD,Bond Length,CMT-PRO,71
AIMD,Bulk,CMT-DSC,100
AIMD,C,CMT-CHM,36
AIMD,CO,CMT-CHM,40
AIMD,CO2,CMT-CHM,39
AIMD,Carbon,CMT-CHM,106
AIMD,Catalyst,CMT-APL,32
AIMD,Cl,CMT-CHM,38
AIMD,Cluster,CMT-DSC,83
AIMD,Compositions,CMT-PRO,35
AIMD,Coordination Number,CMT-PRO,49
AIMD,Crystal,CMT-DSC,39
AIMD,Crystal Structure,CMT-PRO,56
AIMD,Crystalline,CMT-DSC,35
AIMD,Cu,CMT-CHM,46
AIMD,Cubic,CMT-SPL,31
AIMD,DFT,CMT-CMT,137
AIMD,DOS,CMT-PRO,32
AIMD,Density,CMT-PRO,32
AIMD,Density Functional Theory,CMT-CMT,69
AIMD,Diamonds,CMT-CHM,35
AIMD,Doped,CMT-DSC,34
AIMD,Electrode,CMT-APL,42
AIMD,Electrolyte,CMT-APL,52
AIMD,Electronic Band Structures,CMT-PRO,33
AIMD,Energies,CMT-PRO,37
AIMD,Energy,CMT-PRO,32
AIMD,Fe,CMT-CHM,33
AIMD,Fermi Level,CMT-PRO,54
AIMD,Free Energy,CMT-PRO,37
AIMD,Graphene,CMT-CHM,45
AIMD,H2,CMT-CHM,41
AIMD,H2O,CMT-CHM,94
AIMD,Hydrogen,CMT-CHM,234
AIMD,Hydroxyl,CMT-CHM,30
AIMD,Interface,CMT-DSC,80
AIMD,Ir,CMT-CMT,38
AIMD,Layers,CMT-DSC,86
AIMD,Li,CMT-CHM,104
AIMD,Lithium,CMT-CHM,54
AIMD,MD,CMT-CMT,39
AIMD,MD Simulation,CMT-CMT,42
AIMD,Metals,CMT-PRO,34
AIMD,Monolayers,CMT-DSC,79
AIMD,Na,CMT-CHM,45
AIMD,Na+,CMT-CHM,37
AIMD,Nitrogen,CMT-CHM,49
AIMD,O,CMT-CHM,159
AIMD,O2,CMT-CHM,42
AIMD,OH,CMT-CHM,67
AIMD,Oxygen,CMT-CHM,183
AIMD,PBE,CMT-CMT,43
AIMD,Radial Distribution Function,CMT-PRO,65
AIMD,Raman,CMT-CMT,34
AIMD,SEM,CMT-CMT,33
AIMD,Si,CMT-CHM,53
AIMD,Stability,CMT-PRO,46
AIMD,Structural,CMT-PRO,47
AIMD,Structure,CMT-PRO,130
AIMD,Structures,CMT-PRO,58
AIMD,Substrate,CMT-DSC,42
AIMD,Sulfur,CMT-CHM,31
AIMD,Surface,CMT-DSC,211
AIMD,Surfaces,CMT-DSC,74
AIMD,Ti,CMT-CHM,42
AIMD,Total Energy,CMT-PRO,58
AIMD,XRD,CMT-CMT,44
AIMD Simulation,2D,CMT-DSC,49
AIMD Simulation,AIMD,CMT-CMT,217
AIMD Simulation,Ab Initio Molecular Dynamics,CMT-CMT,64
AIMD Simulation,Adsorption Energy,CMT-PRO,42
AIMD Simulation,Anode,CMT-APL,31
AIMD Simulation,Band Gap,CMT-PRO,35
AIMD Simulation,Band Structure,CMT-PRO,86
AIMD Simulation,Bond Length,CMT-PRO,58
AIMD Simulation,Bulk,CMT-DSC,82
AIMD Simulation,C,CMT-CHM,40
AIMD Simulation,CBM,CMT-PRO,34
AIMD Simulation,CO,CMT-CHM,34
AIMD Simulation,CO2,CMT-CHM,30
AIMD Simulation,Carbon,CMT-CHM,80
AIMD Simulation,Cluster,CMT-DSC,46
AIMD Simulation,Compositions,CMT-PRO,31
AIMD Simulation,Coordination Number,CMT-PRO,39
AIMD Simulation,Crystal,CMT-DSC,34
AIMD Simulation,Crystal Structure,CMT-PRO,63
AIMD Simulation,DFT,CMT-CMT,61
AIMD Simulation,DOS,CMT-PRO,55
AIMD Simulation,Density of States,CMT-PRO,35
AIMD Simulation,Diffusion Coefficient,CMT-PRO,31
AIMD Simulation,Electrode,CMT-APL,36
AIMD Simulation,Electrolyte,CMT-APL,43
AIMD Simulation,Electronic Band Structures,CMT-PRO,50
AIMD Simulation,Fermi Level,CMT-PRO,92
AIMD Simulation,Formation Energy,CMT-PRO,44
AIMD Simulation,Free Energy,CMT-PRO,37
AIMD Simulation,Graphene,CMT-CHM,38
AIMD Simulation,H2,CMT-CHM,30
AIMD Simulation,H2O,CMT-CHM,71
AIMD Simulation,Hydrogen,CMT-CHM,165
AIMD Simulation,Interface,CMT-DSC,57
AIMD Simulation,Ir,CMT-CMT,31
AIMD Simulation,Isosurfaces,CMT-PRO,31
AIMD Simulation,Lattice Parameter,CMT-PRO,34
AIMD Simulation,Layers,CMT-DSC,74
AIMD Simulation,Li,CMT-CHM,105
AIMD Simulation,Lithium,CMT-CHM,48
AIMD Simulation,MD Simulation,CMT-CMT,35
AIMD Simulation,Monolayers,CMT-DSC,101
AIMD Simulation,Na,CMT-CHM,50
AIMD Simulation,Na+,CMT-CHM,30
AIMD Simulation,Nitrogen,CMT-CHM,32
AIMD Simulation,O,CMT-CHM,138
AIMD Simulation,O2,CMT-CHM,41
AIMD Simulation,OH,CMT-CHM,48
AIMD Simulation,Oxygen,CMT-CHM,144
AIMD Simulation,PBE,CMT-CMT,56
AIMD Simulation,PDOS,CMT-CMT,36
AIMD Simulation,Phonon Dispersion,CMT-PRO,32
AIMD Simulation,Radial Distribution Function,CMT-PRO,52
AIMD Simulation,SEM,CMT-CMT,33
AIMD Simulation,Si,CMT-CHM,41
AIMD Simulation,Structural,CMT-PRO,31
AIMD Simulation,Structure,CMT-PRO,118
AIMD Simulation,Structures,CMT-PRO,72
AIMD Simulation,Sulfur,CMT-CHM,34
AIMD Simulation,Surface,CMT-DSC,151
AIMD Simulation,Surfaces,CMT-DSC,56
AIMD Simulation,Ti,CMT-CHM,31
AIMD Simulation,Total Energy,CMT-PRO,74
AIMD Simulation,VBM,CMT-PRO,37
AIMD Simulation,XRD,CMT-CMT,41
AIP,Adiabatic Ionization Potential,PRO-PRO,38
AIP,Aea,PRO-PRO,45
AIP,Ag,CMT-CHM,40
AIP,Annealing,CMT-SMT,40
AIP,Arc Ion Plating,SMT-SMT,65
AIP,Au,CMT-CHM,42
AIP,Bulk,CMT-DSC,36
AIP,Carbon,CMT-CHM,32
AIP,Cluster,PRO-DSC,30
AIP,Coatings,SMT-APL,58
AIP,Composite,CMT-DSC,31
AIP,Crystal,CMT-DSC,36
AIP,Cu,CMT-CHM,33
AIP,Electrode,CMT-APL,35
AIP,Electrodes,CMT-APL,32
AIP,Film,CMT-DSC,65
AIP,Films,CMT-DSC,48
AIP,Films,SMT-DSC,38
AIP,Graphene,CMT-CHM,33
AIP,Interface,CMT-DSC,62
AIP,Layers,CMT-DSC,80
AIP,Layers,SMT-DSC,30
AIP,Nanoparticles,CMT-DSC,36
AIP,Oxygen,CMT-CHM,44
AIP,Particles,CMT-DSC,32
AIP,SEM,CMT-CMT,73
AIP,Si,CMT-CHM,58
AIP,SiO2,CMT-CHM,31
AIP,Silicon,CMT-CHM,33
AIP,Structure,CMT-PRO,38
AIP,Substrate,CMT-DSC,74
AIP,Substrate,SMT-DSC,52
AIP,Surface,CMT-DSC,84
AIP,Surfaces,CMT-DSC,33
AIP,TEM,CMT-CMT,50
AIP,Thin Films,CMT-DSC,34
AIP,TiO2,CMT-CHM,36
AIP,Vip,PRO-PRO,42
AIP,ZnO,CMT-CHM,30
AIS,Artificial Immune System,CMT-CMT,42
AISC,Aisc,CHM-CMT,89
AISC,Beams,CHM-DSC,43
AISC,Columns,CHM-APL,99
AISC,Composite,CHM-DSC,43
AISC,Connection,CHM-APL,43
AISC,Failure Mode,CHM-PRO,51
AISC,Strengths,CHM-PRO,98
AISC,Tube,CHM-DSC,36
AISC,Welded,CHM-SMT,33
AISI 1045 Steel,Coatings,CHM-APL,47
AISI 1045 Steel,Layers,CHM-DSC,38
AISI 1045 Steel,Microstructure,CHM-PRO,35
AISI 1045 Steel,SEM,CHM-CMT,49
AISI 1045 Steel,Substrate,CHM-DSC,32
AISI 1045 Steel,Surface,CHM-DSC,59
AISI 4140 Steel,Hardness,CHM-PRO,31
AISI 4140 Steel,Layers,CHM-DSC,34
AISI 4140 Steel,SEM,CHM-CMT,37
AISI 4140 Steel,Surface,CHM-DSC,37
AISI 4340 Steel,Hardness,CHM-PRO,34
AISI 4340 Steel,Microstructure,CHM-PRO,35
AISI 4340 Steel,SEM,CHM-CMT,32
AISI 4340 Steel,Surface,CHM-DSC,30
AISI 4340 Steel,Tempered,CHM-SMT,33
AISI 52100 Steel,Coatings,CHM-APL,42
AISI 52100 Steel,Friction Coefficient,CHM-PRO,45
AISI 52100 Steel,Hardness,CHM-PRO,34
AISI 52100 Steel,Layers,CHM-DSC,38
AISI 52100 Steel,Microstructure,CHM-PRO,34
AISI 52100 Steel,SEM,CHM-CMT,53
AISI 52100 Steel,Surface,CHM-DSC,71
AISI 52100 Steel,Surfaces,CHM-DSC,45
AISI 52100 Steel,Wear,CHM-PRO,31
AISI 52100 Steel,Wear Rate,CHM-PRO,37
AISI304,Surface,CHM-DSC,33
AISO,Epr,PRO-CMT,37
AIsotherms,Monolayers,PRO-DSC,34
AKT,Cells,PRO-DSC,31
AL Activity,Al,PRO-CHM,30
AL Concentration,Al,PRO-CHM,170
AL Concentration,Aluminum,PRO-CHM,41
AL Concentration,Compositions,PRO-PRO,31
AL Concentration,Si,PRO-CHM,42
AL Content,Al,PRO-CHM,558
AL Content,Al2O3,PRO-CHM,52
AL Content,Alloy,PRO-DSC,55
AL Content,Alloys,PRO-DSC,47
AL Content,Aluminum,PRO-CHM,80
AL Content,Bulk,PRO-DSC,31
AL Content,Catalyst,PRO-APL,53
AL Content,Coatings,PRO-APL,48
AL Content,Compositions,PRO-PRO,112
AL Content,Content,PRO-PRO,41
AL Content,Crystal,PRO-DSC,33
AL Content,Doped,PRO-DSC,39
AL Content,Fe,PRO-CHM,38
AL Content,Film,PRO-DSC,42
AL Content,Films,PRO-DSC,62
AL Content,GaN,PRO-CHM,32
AL Content,Hardness,PRO-PRO,34
AL Content,Layers,PRO-DSC,88
AL Content,Microstructure,PRO-PRO,45
AL Content,Morphology,PRO-PRO,30
AL Content,N2,PRO-CHM,33
AL Content,Oxygen,PRO-CHM,38
AL Content,SEM,PRO-CMT,50
AL Content,Si,PRO-CHM,147
AL Content,Si/Al,PRO-PRO,36
AL Content,Si/Al Ratios,PRO-PRO,55
AL Content,Structure,PRO-PRO,57
AL Content,Substrate,PRO-DSC,83
AL Content,Surface,PRO-DSC,87
AL Content,TEM,PRO-CMT,46
AL Content,Ti,PRO-CHM,44
AL Content,X-Ray Diffraction,PRO-CMT,67
AL Content,XRD,PRO-CMT,83
AL Content,Zeolites,PRO-CHM,93
AL Content,al,PRO-PRO,75
AL/SI Ratio,Al,PRO-CHM,123
AL/SI Ratio,Si,PRO-CHM,123
ALA,5-Aminolevulinic Acid,CHM-CHM,69
ALA,Alanine,CHM-CHM,47
ALA,Amino Acid,CHM-CHM,69
ALA,Carbon,CHM-CHM,43
ALA,Cells,CHM-DSC,51
ALA,DHA,CHM-CHM,41
ALA,EPA,CHM-CHM,41
ALA,Fatty Acid,CHM-CHM,53
ALA,Fluorescence,CHM-CMT,35
ALA,Fluorescence,CHM-PRO,36
ALA,Glucose,CHM-CHM,35
ALA,Glycine,CHM-CHM,38
ALA,Heme,CHM-CHM,32
ALA,Hydrogen,CHM-CHM,41
ALA,Irradiation,CHM-SMT,31
ALA,Linoleic Acid,CHM-CHM,34
ALA,Oxygen,CHM-CHM,60
ALA,PDT,CHM-APL,56
ALA,PDT,CHM-SMT,44
ALA,Photodynamic Therapy,CHM-APL,44
ALA,Porphyrin,CHM-CHM,33
ALA,PpIX,CHM-CHM,58
ALA,Protoporphyrin IX,CHM-CHM,53
ALA,SEM,CHM-CMT,39
ALA,Structure,CHM-PRO,36
ALA,Surface,CHM-DSC,44
ALD,AFM,SMT-CMT,197
ALD,ALD Coated,SMT-SMT,35
ALD,Ag,SMT-CHM,49
ALD,Al,SMT-CHM,178
ALD,Al2O3,SMT-CHM,354
ALD,Ald,CHM-SMT,60
ALD,Alumina,SMT-CHM,78
ALD,Aluminum,SMT-CHM,30
ALD,Amorphous,SMT-DSC,71
ALD,Anatase,SMT-SPL,45
ALD,Annealed,SMT-SMT,133
ALD,Annealing,SMT-SMT,150
ALD,Anode,SMT-APL,42
ALD,As Deposited,SMT-DSC,116
ALD,As Prepared,SMT-DSC,40
ALD,Atomic Layer Deposition,SMT-SMT,31
ALD,Au,SMT-CHM,77
ALD,Band Gap,SMT-PRO,31
ALD,Bulk,SMT-DSC,64
ALD,C-V Curve,SMT-CMT,37
ALD,CO,SMT-CHM,42
ALD,CO2,SMT-CHM,38
ALD,CV,SMT-CMT,52
ALD,CVD,SMT-SMT,33
ALD,Carbon,SMT-CHM,114
ALD,Catalyst,SMT-APL,85
ALD,Cathode,SMT-APL,45
ALD,Cell,SMT-APL,45
ALD,Cells,SMT-APL,45
ALD,Co,SMT-CHM,37
ALD,Coated,SMT-DSC,37
ALD,Coated,SMT-SMT,193
ALD,Coatings,SMT-APL,160
ALD,Coatings,SMT-SMT,40
ALD,Composite,SMT-DSC,62
ALD,Compositions,SMT-PRO,52
ALD,Cross Section,SMT-DSC,33
ALD,Cross Sectional SEM,SMT-CMT,60
ALD,Cross Sectional TEM,SMT-CMT,57
ALD,Crystal,SMT-DSC,30
ALD,Crystalline,SMT-DSC,41
ALD,Cu,SMT-CHM,75
ALD,Cyclic Voltammogram,SMT-CMT,31
ALD,Cycling Performance,SMT-PRO,40
ALD,Density,SMT-PRO,34
ALD,EDS,SMT-CMT,62
ALD,EDX,SMT-CMT,52
ALD,EIS,SMT-CMT,37
ALD,Electrode,SMT-APL,127
ALD,Electrodes,SMT-APL,101
ALD,Electrolyte,SMT-APL,37
ALD,Equivalent Circuits,SMT-CMT,41
ALD,Etching,SMT-SMT,41
ALD,FESEM,SMT-CMT,47
ALD,FTIR,SMT-CMT,51
ALD,Fe,SMT-CHM,37
ALD,Film,CHM-DSC,31
ALD,Film,SMT-DSC,474
ALD,Films,CHM-DSC,30
ALD,Films,SMT-DSC,419
ALD,GI-XRD,SMT-CMT,39
ALD,Ge,SMT-CHM,34
ALD,Graphene,SMT-CHM,50
ALD,H2,SMT-CHM,67
ALD,H2O,SMT-CHM,127
ALD,HRTEM,SMT-CMT,152
ALD,HfO2,SMT-CHM,119
ALD,High Resolution TEM,SMT-CMT,46
ALD,Hydrogen,SMT-CHM,61
ALD,I-V Characteristics,SMT-PRO,33
ALD,ITO,SMT-CHM,31
ALD,Interface,SMT-DSC,124
ALD,I–V Curve,SMT-CMT,30
ALD,Layer,SMT-DSC,58
ALD,Layers,CHM-DSC,30
ALD,Layers,SMT-DSC,376
ALD,Li,SMT-CHM,42
ALD,Membrane,SMT-DSC,53
ALD,Metals,SMT-PRO,38
ALD,Mo,SMT-CHM,37
ALD,Monolayers,SMT-DSC,46
ALD,Morphology,SMT-PRO,43
ALD,N2,SMT-CHM,91
ALD,NH3,SMT-CHM,35
ALD,Nanoparticle,SMT-DSC,31
ALD,Nanoparticles,SMT-DSC,80
ALD,Nanorods,SMT-DSC,30
ALD,Nanotube,SMT-DSC,31
ALD,Nanowire,SMT-DSC,37
ALD,Nanowires,SMT-DSC,33
ALD,Ni,SMT-CHM,73
ALD,Nitrogen,SMT-CHM,37
ALD,Nyquist Plot,SMT-CMT,60
ALD,O,SMT-CHM,160
ALD,O2,SMT-CHM,92
ALD,O3,SMT-CHM,37
ALD,Oxidation,SMT-SMT,41
ALD,Oxides,SMT-CHM,55
ALD,Oxygen,SMT-CHM,110
ALD,PL,SMT-CMT,53
ALD,Particle,SMT-DSC,39
ALD,Particles,SMT-DSC,60
ALD,Pd,SMT-CHM,31
ALD,Porous,SMT-DSC,47
ALD,Powder,SMT-DSC,38
ALD,Pt,SMT-CHM,115
ALD,RMS Roughness,SMT-PRO,30
ALD,Raman,SMT-CMT,117
ALD,Refractive Index,SMT-PRO,52
ALD,Resistance,SMT-PRO,39
ALD,Resistivity,SMT-PRO,51
ALD,Ru,SMT-CHM,33
ALD,SAED,SMT-CMT,44
ALD,SEM,CHM-CMT,47
ALD,SEM,SMT-CMT,414
ALD,Shell,SMT-DSC,32
ALD,Si,SMT-CHM,310
ALD,Si(100),SMT-CHM,42
ALD,SiO2,SMT-CHM,198
ALD,Silica,SMT-CHM,35
ALD,Silicon,SMT-CHM,136
ALD,SnO2,SMT-CHM,37
ALD,Solar Cell,SMT-APL,49
ALD,Sputtering,SMT-SMT,36
ALD,Structure,SMT-PRO,81
ALD,Substrate,SMT-DSC,436
ALD,Surface,SMT-DSC,329
ALD,Surface Morphology,SMT-PRO,54
ALD,Surface Roughness,SMT-PRO,30
ALD,Surfaces,SMT-DSC,72
ALD,TEM,SMT-CMT,313
ALD,TMA,SMT-CHM,50
ALD,Thin Films,SMT-DSC,162
ALD,Ti,SMT-CHM,106
ALD,TiCl4,SMT-CHM,32
ALD,TiN,SMT-CHM,60
ALD,TiO2,SMT-CHM,231
ALD,UV Transmittance,SMT-PRO,30
ALD,Uncoated,SMT-DSC,50
ALD,Wafers,SMT-DSC,93
ALD,X-Ray Diffraction,SMT-CMT,44
ALD,XPS,SMT-CMT,302
ALD,XRD,SMT-CMT,334
ALD,XRR,SMT-CMT,43
ALD,Zn,SMT-CHM,73
ALD,ZnO,SMT-CHM,184
ALD,Zr,SMT-CHM,33
ALD,ZrO2,SMT-CHM,73
ALD Al2O3,Al2O3,CHM-CHM,42
ALD Al2O3,Ald,CHM-SMT,30
ALD Coated,ALD,SMT-SMT,35
ALD-Al2O3,Al2O3,CHM-CHM,77
ALD-Al2O3,Al2O3,SMT-CHM,72
ALD-Al2O3,Ald,CHM-SMT,54
ALD-Al2O3,Ald,SMT-SMT,51
ALD-Al2O3,Layers,CHM-DSC,49
ALD-Al2O3,Layers,SMT-DSC,47
ALD-Al2O3,SEM,CHM-CMT,32
ALD-Al2O3,SEM,SMT-CMT,30
ALD-Al2O3,Substrate,CHM-DSC,32
ALD-Al2O3,Substrate,SMT-DSC,31
ALD-Al2O3,Surface,CHM-DSC,37
ALD-Al2O3,Surface,SMT-DSC,33
ALG,Sodium Alginate,CHM-CHM,50
ALN,Alendronate,CHM-CHM,39
ALOS,PALSAR,CMT-CMT,61
ALOS,SAR,CMT-CMT,33
ALP,3D,PRO-DSC,49
ALP,AFM,PRO-CMT,64
ALP,ALP Activity,APL-PRO,39
ALP,ALP Activity,CMT-PRO,98
ALP,ALP Activity,PRO-PRO,363
ALP,AST,PRO-PRO,155
ALP,Activity,PRO-PRO,123
ALP,Adhesions,PRO-PRO,34
ALP,Alanine,PRO-CHM,101
ALP,Alanine Aminotransferase,PRO-PRO,68
ALP,Alb,PRO-PRO,30
ALP,Alizarin Red,CMT-CHM,56
ALP,Alizarin Red,PRO-CHM,103
ALP,Alizarin Red S,CMT-CHM,44
ALP,Alizarin Red S,PRO-CHM,85
ALP,Alizarin Red S,PRO-CMT,38
ALP,Alizarin Red S Staining,CMT-CMT,58
ALP,Alizarin Red S Staining,PRO-CMT,101
ALP,Alkaline,PRO-PRO,51
ALP,Alkaline Phosphatase,APL-APL,45
ALP,Alkaline Phosphatase,CMT-CMT,112
ALP,Alkaline Phosphatase,PRO-CMT,41
ALP,Alkaline Phosphatase,PRO-PRO,700
ALP,Alkaline Phosphatase Activity,PRO-PRO,84
ALP,Alp Staining,PRO-CMT,36
ALP,Apatites,PRO-CHM,58
ALP,Ascorbic Acid,PRO-CHM,34
ALP,Aspartate,PRO-CHM,94
ALP,Aspartate Aminotransferase,PRO-PRO,58
ALP,BMSCs,PRO-DSC,52
ALP,Bars,PRO-DSC,62
ALP,Bilirubin,PRO-CHM,53
ALP,Bioactive,PRO-PRO,75
ALP,Bioactivity,PRO-PRO,68
ALP,Biocompatibility,CMT-PRO,37
ALP,Biocompatibility,PRO-PRO,96
ALP,Biodistribution,PRO-PRO,32
ALP,Biological Properties,PRO-PRO,35
ALP,Biomaterial,PRO-APL,75
ALP,Blood Urea Nitrogen,PRO-PRO,40
ALP,Body Weight,PRO-PRO,69
ALP,Bone,CMT-APL,45
ALP,Bone,CMT-DSC,58
ALP,Bone,CMT-PRO,39
ALP,Bone,PRO-APL,205
ALP,Bone,PRO-DSC,159
ALP,Bone,PRO-PRO,182
ALP,Bone Defect,PRO-APL,46
ALP,Bone Marrow Stromal Cells,PRO-APL,31
ALP,Bone Regeneration,PRO-APL,96
ALP,Bone Sialoprotein,PRO-PRO,50
ALP,Bone Tissue Engineering,PRO-APL,64
ALP,Bsp,PRO-PRO,32
ALP,Bun,PRO-PRO,87
ALP,CCK-8 Assay,PRO-CMT,33
ALP,CLSM,PRO-CMT,44
ALP,Ca,PRO-CHM,63
ALP,Ca2+,PRO-CHM,32
ALP,Calcium,CMT-CHM,62
ALP,Calcium,PRO-CHM,302
ALP,Calcium,PRO-PRO,65
ALP,Calcium Content,PRO-PRO,39
ALP,Calcium Deposition,PRO-PRO,57
ALP,Calcium Phosphate,PRO-CHM,50
ALP,Carbon,PRO-CHM,35
ALP,Cell,PRO-APL,43
ALP,Cell,PRO-DSC,55
ALP,Cell,PRO-PRO,68
ALP,Cell Adhesion,PRO-PRO,49
ALP,Cell Morphology,PRO-PRO,54
ALP,Cell Number,PRO-PRO,50
ALP,Cell Proliferation,CMT-PRO,40
ALP,Cell Proliferation,PRO-PRO,128
ALP,Cell Viability,CMT-PRO,59
ALP,Cell Viability,PRO-PRO,183
ALP,Cells,CMT-DSC,52
ALP,Cells,PRO-APL,84
ALP,Cells,PRO-DSC,213
ALP,Cholesterol,PRO-CHM,36
ALP,Coated,PRO-DSC,32
ALP,Coated,PRO-SMT,80
ALP,Coatings,CMT-APL,30
ALP,Coatings,PRO-APL,103
ALP,Collagen,PRO-PRO,64
ALP,Composite,PRO-DSC,94
ALP,Composite Scaffolds,PRO-DSC,41
ALP,Compositions,PRO-PRO,64
ALP,Compressive Strength,PRO-PRO,33
ALP,Contact Angle,PRO-PRO,31
ALP,Creatinine,PRO-CHM,55
ALP,Creatinine,PRO-PRO,30
ALP,Crystal,PRO-DSC,39
ALP,Cytoskeleton,PRO-PRO,30
ALP,Cytotoxicity,PRO-PRO,68
ALP,DAPI,CMT-CHM,44
ALP,DAPI,PRO-CHM,107
ALP,Detection Limit,APL-PRO,33
ALP,Dexamethasone,PRO-CHM,41
ALP,EDS,PRO-CMT,45
ALP,EDX,PRO-CMT,33
ALP,ELISA,PRO-CMT,55
ALP,Electrospun,PRO-SMT,46
ALP,Eosin,PRO-CHM,56
ALP,FITC,PRO-CHM,38
ALP,FT-IR,PRO-CMT,40
ALP,FTIR,CMT-CMT,48
ALP,FTIR,PRO-CMT,90
ALP,Fibers,PRO-DSC,54
ALP,Film,PRO-DSC,45
ALP,Films,PRO-DSC,50
ALP,Flow Cytometry,CMT-CMT,33
ALP,Flow Cytometry,PRO-CMT,77
ALP,Fluorescence,APL-CMT,31
ALP,Fluorescence,PRO-CMT,57
ALP,Fluorescence,PRO-PRO,33
ALP,Fluorescence Image,PRO-CMT,44
ALP,Fluorescence Intensity,APL-PRO,31
ALP,Fluorescence Intensity,PRO-PRO,53
ALP,Fluorescence Microscopy,PRO-CMT,43
ALP,GSH,PRO-CHM,33
ALP,Gene Expression,CMT-PRO,37
ALP,Gene Expression,PRO-PRO,126
ALP,Glucose,PRO-CHM,44
ALP,H & E Staining,PRO-CMT,35
ALP,H&E,PRO-CMT,38
ALP,HMSCs,PRO-DSC,47
ALP,Haematoxylin,PRO-CHM,57
ALP,Histological,PRO-CMT,38
ALP,Histological Analysis,PRO-CMT,50
ALP,Hydrogel,PRO-DSC,60
ALP,Hydrophilicity,PRO-PRO,34
ALP,Hydroxyapatite,PRO-CHM,100
ALP,Immunofluorescence Staining,PRO-CMT,33
ALP,Implantations,PRO-SMT,38
ALP,Implants,PRO-APL,122
ALP,Interface,PRO-DSC,40
ALP,Irradiation,PRO-SMT,31
ALP,Kidneys,PRO-PRO,31
ALP,Lactate,PRO-CHM,34
ALP,Layers,CMT-DSC,34
ALP,Layers,PRO-DSC,73
ALP,Ldh,PRO-PRO,47
ALP,Liver,PRO-APL,43
ALP,Liver,PRO-DSC,57
ALP,MDA,PRO-CHM,32
ALP,MRNA,PRO-PRO,57
ALP,MSCS,CMT-DSC,31
ALP,MSCS,PRO-APL,53
ALP,MSCS,PRO-DSC,81
ALP,MTT,CMT-CHM,79
ALP,MTT,PRO-CHM,143
ALP,MTT Assay,CMT-CMT,40
ALP,MTT Assay,PRO-CMT,90
ALP,Mechanical Property,CMT-PRO,31
ALP,Mechanical Property,PRO-PRO,76
ALP,Mechanical Strength,PRO-PRO,34
ALP,Membrane,PRO-DSC,49
ALP,Mesenchymal Stem Cell,PRO-APL,70
ALP,Mice,PRO-APL,36
ALP,MicroCT,CMT-CMT,37
ALP,MicroCT,PRO-CMT,66
ALP,Microstructure,PRO-PRO,42
ALP,Mineralization,PRO-PRO,93
ALP,Morphology,CMT-PRO,73
ALP,Morphology,PRO-PRO,180
ALP,Mtt,PRO-CMT,35
ALP,NPS,PRO-DSC,42
ALP,Nanocomposite,PRO-DSC,32
ALP,Nanofiber,PRO-DSC,48
ALP,Nanoparticle,PRO-DSC,32
ALP,Nanoparticles,PRO-DSC,108
ALP,Nitrogen,PRO-CHM,76
ALP,OCN,PRO-CHM,70
ALP,Ocn,PRO-PRO,41
ALP,Osteoblast Cells,PRO-APL,35
ALP,Osteoblast-Like Cells,PRO-APL,34
ALP,Osteoblastic,PRO-PRO,68
ALP,Osteoblasts,CMT-APL,44
ALP,Osteoblasts,PRO-APL,160
ALP,Osteoblasts,PRO-PRO,112
ALP,Osteoblasts,PRO-SPL,99
ALP,Osteocalcin,PRO-PRO,110
ALP,Osteogenesis,CMT-PRO,36
ALP,Osteogenesis,PRO-PRO,98
ALP,Osteogenic,CMT-PRO,61
ALP,Osteogenic,PRO-PRO,202
ALP,Osteogenic Differentiation,CMT-PRO,79
ALP,Osteogenic Differentiation,PRO-PRO,198
ALP,Osteopontin,PRO-PRO,45
ALP,Oxygen,PRO-CHM,32
ALP,PCL,PRO-CHM,64
ALP,PEG,PRO-CHM,48
ALP,PLGA,PRO-CHM,48
ALP,Particles,PRO-DSC,67
ALP,Pcr,PRO-CMT,32
ALP,Phalloidin,PRO-CHM,50
ALP,Phosphatase,PRO-CMT,60
ALP,Phosphate,PRO-CHM,83
ALP,Polystyrene,PRO-CHM,37
ALP,Pore Sizes,PRO-PRO,43
ALP,Porosity,PRO-PRO,59
ALP,Porous,PRO-DSC,84
ALP,Powder,PRO-DSC,36
ALP,Proliferation,PRO-PRO,123
ALP,Protein,PRO-PRO,37
ALP,RT-PCR,PRO-CMT,79
ALP,Real Time PCR,PRO-CMT,44
ALP,Roughness,PRO-PRO,33
ALP,Runt-Related Transcription Factor 2,PRO-PRO,41
ALP,Runx2,PRO-PRO,92
ALP,SEM,CMT-CMT,138
ALP,SEM,PRO-CMT,363
ALP,SOD,PRO-PRO,30
ALP,Scaffold,CMT-DSC,54
ALP,Scaffold,PRO-APL,56
ALP,Scaffold,PRO-DSC,148
ALP,Scaffolds,CMT-DSC,68
ALP,Scaffolds,PRO-APL,40
ALP,Scaffolds,PRO-DSC,231
ALP,Scanning Electron Microscopy,PRO-CMT,98
ALP,Si,PRO-CHM,40
ALP,Stability,PRO-PRO,33
ALP,Stem Cells,PRO-APL,53
ALP,Structure,PRO-PRO,87
ALP,Substrate,CMT-DSC,39
ALP,Substrate,PRO-DSC,144
ALP,Surface,CMT-DSC,78
ALP,Surface,PRO-DSC,284
ALP,Surface Morphology,PRO-PRO,41
ALP,Surface Roughness,PRO-PRO,43
ALP,Surfaces,CMT-DSC,47
ALP,Surfaces,PRO-DSC,162
ALP,TEM,CMT-CMT,52
ALP,TEM,PRO-CMT,178
ALP,Ti,PRO-CHM,95
ALP,TiO2,PRO-CHM,41
ALP,Tissue,PRO-DSC,37
ALP,Tissue Engineering,PRO-APL,37
ALP,Titanium,PRO-CHM,112
ALP,Tp,PRO-PRO,31
ALP,Tumours,PRO-APL,53
ALP,Urea,PRO-CHM,69
ALP,Viability,PRO-PRO,71
ALP,Von Kossa Staining,PRO-CMT,37
ALP,Western Blots,CMT-CMT,38
ALP,Western Blots,PRO-CMT,77
ALP,Western Blotting,PRO-CMT,46
ALP,X-Ray Diffraction,PRO-CMT,48
ALP,X-Ray Photoelectron Spectroscopy,PRO-CMT,37
ALP,XPS,PRO-CMT,86
ALP,XRD,CMT-CMT,58
ALP,XRD,PRO-CMT,141
ALP,Zeta Potential,PRO-PRO,39
ALP,mRNA Expression,PRO-PRO,45
ALP Activities,ALP Activity,PRO-PRO,39
ALP Activities,Cells,PRO-DSC,50
ALP Activities,MTT,PRO-CHM,32
ALP Activities,SEM,PRO-CMT,83
ALP Activities,Surface,PRO-DSC,41
ALP Activities,XRD,PRO-CMT,39
ALP Activity,1H,PRO-CHM,35
ALP Activity,1H NMR,PRO-CMT,39
ALP Activity,2D,PRO-DSC,32
ALP Activity,3D,PRO-DSC,83
ALP Activity,3D Printed,PRO-SMT,34
ALP Activity,3D Reconstruction,PRO-CMT,37
ALP Activity,3D Scaffolds,PRO-DSC,32
ALP Activity,AFM,PRO-CMT,161
ALP Activity,ALP,PRO-APL,39
ALP Activity,ALP,PRO-CMT,98
ALP Activity,ALP,PRO-PRO,363
ALP Activity,ALP Activities,PRO-PRO,39
ALP Activity,ALP Staining,PRO-CMT,55
ALP Activity,ANOVA,PRO-CMT,33
ALP Activity,ARS Staining,PRO-CMT,56
ALP Activity,ATR-FT-IR,PRO-CMT,37
ALP Activity,Absorbance,PRO-PRO,61
ALP Activity,Activity,PRO-PRO,73
ALP Activity,Adhesions,PRO-PRO,60
ALP Activity,Adipogenic,PRO-PRO,35
ALP Activity,Ag,PRO-CHM,49
ALP Activity,Alamar Blue,PRO-CHM,65
ALP Activity,Alamar Blue Assay,PRO-CMT,31
ALP Activity,Alizarin Red,PRO-CHM,293
ALP Activity,Alizarin Red,PRO-CMT,31
ALP Activity,Alizarin Red S,PRO-CHM,246
ALP Activity,Alizarin Red S,PRO-CMT,77
ALP Activity,Alizarin Red S Staining,PRO-CMT,295
ALP Activity,Alkaline Phosphatase,PRO-CMT,52
ALP Activity,Alkaline Phosphatase,PRO-PRO,227
ALP Activity,Alkaline Phosphatase Activity,PRO-PRO,71
ALP Activity,Alloy,PRO-DSC,51
ALP Activity,Alp Staining,PRO-CMT,62
ALP Activity,Apatites,PRO-CHM,135
ALP Activity,As Prepared,PRO-DSC,36
ALP Activity,Ascorbic Acid,PRO-CHM,42
ALP Activity,BMSCs,PRO-DSC,93
ALP Activity,Bars,PRO-DSC,74
ALP Activity,Bioactive,PRO-PRO,65
ALP Activity,Bioactivity,PRO-PRO,71
ALP Activity,Biocompatibility,PRO-PRO,88
ALP Activity,Biomaterial,PRO-APL,56
ALP Activity,Bmd,PRO-PRO,34
ALP Activity,Bone,PRO-APL,183
ALP Activity,Bone,PRO-DSC,202
ALP Activity,Bone,PRO-PRO,191
ALP Activity,Bone Defect,PRO-APL,67
ALP Activity,Bone Mineral Density,PRO-PRO,39
ALP Activity,Bone Regeneration,PRO-APL,99
ALP Activity,Bone Tissue Engineering,PRO-APL,40
ALP Activity,Bone Volume,PRO-PRO,52
ALP Activity,Bv/Tv,PRO-PRO,31
ALP Activity,CCK-8,PRO-CMT,38
ALP Activity,CCK-8 Assay,PRO-CMT,98
ALP Activity,CLSM,PRO-CMT,149
ALP Activity,COL I,PRO-CHM,43
ALP Activity,Ca,PRO-CHM,246
ALP Activity,Ca2+,PRO-CHM,96
ALP Activity,Calcein,PRO-CHM,79
ALP Activity,Calcein AM,PRO-CHM,46
ALP Activity,Calcium,PRO-CHM,569
ALP Activity,Calcium,PRO-PRO,63
ALP Activity,Calcium Content,PRO-PRO,109
ALP Activity,Calcium Deposition,PRO-PRO,83
ALP Activity,Calcium Phosphate,PRO-CHM,80
ALP Activity,Calvaria,PRO-DSC,34
ALP Activity,Carbon,PRO-CHM,56
ALP Activity,Cell,PRO-APL,43
ALP Activity,Cell,PRO-DSC,114
ALP Activity,Cell,PRO-PRO,91
ALP Activity,Cell Adhesion,PRO-PRO,103
ALP Activity,Cell Density,PRO-PRO,35
ALP Activity,Cell Morphology,PRO-PRO,162
ALP Activity,Cell Number,PRO-PRO,86
ALP Activity,Cell Proliferation,PRO-PRO,209
ALP Activity,Cell Viability,PRO-PRO,356
ALP Activity,Cells,PRO-APL,100
ALP Activity,Cells,PRO-DSC,655
ALP Activity,Ceramic,PRO-DSC,50
ALP Activity,Chemical Composition,PRO-PRO,36
ALP Activity,Chemical Structures,PRO-PRO,65
ALP Activity,Co-culture,PRO-DSC,35
ALP Activity,Coated,PRO-DSC,48
ALP Activity,Coated,PRO-SMT,169
ALP Activity,Coatings,PRO-APL,260
ALP Activity,Coatings,PRO-SMT,70
ALP Activity,Collagen,PRO-PRO,57
ALP Activity,Composite,PRO-DSC,206
ALP Activity,Composite Scaffolds,PRO-DSC,82
ALP Activity,Compositions,PRO-PRO,125
ALP Activity,Compressive Modulus,PRO-PRO,57
ALP Activity,Compressive Strength,PRO-PRO,122
ALP Activity,Confocal Image,PRO-CMT,47
ALP Activity,Confocal Laser Scanning Microscopy,PRO-CMT,35
ALP Activity,Confocal Microscopy,PRO-CMT,72
ALP Activity,Contact Angle,PRO-PRO,103
ALP Activity,Cross Section,PRO-DSC,41
ALP Activity,Cross Sectional SEM,PRO-CMT,31
ALP Activity,Crystal,PRO-DSC,58
ALP Activity,Culturing,PRO-SMT,34
ALP Activity,Cytocompatibility,PRO-PRO,41
ALP Activity,Cytoskeleton,PRO-PRO,70
ALP Activity,Cytotoxicity,PRO-PRO,92
ALP Activity,DAPI,PRO-CHM,322
ALP Activity,DMEM,PRO-CHM,49
ALP Activity,DNA Content,PRO-PRO,94
ALP Activity,DSC,PRO-CMT,52
ALP Activity,Density,PRO-PRO,51
ALP Activity,Dexamethasone,PRO-CHM,48
ALP Activity,Discs,PRO-DSC,42
ALP Activity,Doped,PRO-DSC,30
ALP Activity,EDS,PRO-CHM,31
ALP Activity,EDS,PRO-CMT,294
ALP Activity,EDX,PRO-CMT,93
ALP Activity,ELISA,PRO-CMT,83
ALP Activity,Elastic Modulus,PRO-PRO,58
ALP Activity,Electrospinning,PRO-SMT,43
ALP Activity,Electrospun,PRO-SMT,91
ALP Activity,Eosin,PRO-CHM,68
ALP Activity,Ethanol,PRO-CHM,40
ALP Activity,F,PRO-CHM,51
ALP Activity,FESEM,PRO-CMT,88
ALP Activity,FITC,PRO-CHM,116
ALP Activity,FT-IR,PRO-CMT,101
ALP Activity,FTIR,PRO-CMT,360
ALP Activity,Fiber,PRO-DSC,44
ALP Activity,Fibers,PRO-DSC,96
ALP Activity,Fibrous,PRO-DSC,40
ALP Activity,Film,PRO-DSC,114
ALP Activity,Films,PRO-DSC,121
ALP Activity,Flow Cytometry,PRO-CMT,105
ALP Activity,Fluorescence,PRO-CMT,106
ALP Activity,Fluorescence,PRO-PRO,36
ALP Activity,Fluorescence Image,PRO-CMT,124
ALP Activity,Fluorescence Intensity,PRO-PRO,87
ALP Activity,Fluorescence Micrograph,PRO-CMT,31
ALP Activity,Fluorescence Microscope,PRO-CMT,34
ALP Activity,Fluorescence Microscopy,PRO-CMT,106
ALP Activity,Fluorescence Staining,PRO-CMT,30
ALP Activity,Fluorescent Image,PRO-CMT,81
ALP Activity,Gene Expression,PRO-PRO,242
ALP Activity,Glass,PRO-DSC,35
ALP Activity,H & E Staining,PRO-CMT,43
ALP Activity,H&E,PRO-CMT,40
ALP Activity,H&E Staining,PRO-CMT,53
ALP Activity,HBMSCs,PRO-DSC,40
ALP Activity,HCl,PRO-CHM,42
ALP Activity,HMSCs,PRO-DSC,89
ALP Activity,HRTEM,PRO-CMT,69
ALP Activity,Haematoxylin,PRO-CHM,73
ALP Activity,High Resolution XPS,PRO-CMT,35
ALP Activity,Histological,PRO-CMT,73
ALP Activity,Histological Analysis,PRO-CMT,86
ALP Activity,Histological Images,PRO-CMT,33
ALP Activity,Histological Section,PRO-CMT,44
ALP Activity,Histology,PRO-CMT,43
ALP Activity,Hydrogel,PRO-DSC,113
ALP Activity,Hydrogen,PRO-CHM,31
ALP Activity,Hydrophilicity,PRO-PRO,30
ALP Activity,Hydroxyapatite,PRO-CHM,132
ALP Activity,ImageJ,PRO-CMT,43
ALP Activity,Immunofluorescence,PRO-CMT,47
ALP Activity,Immunofluorescence Staining,PRO-CMT,82
ALP Activity,Immunohistochemical Staining,PRO-CMT,49
ALP Activity,Immunostaining,PRO-CMT,32
ALP Activity,Implantations,PRO-SMT,152
ALP Activity,Implanted,PRO-SMT,51
ALP Activity,Implants,PRO-APL,203
ALP Activity,Interface,PRO-DSC,67
ALP Activity,Layers,PRO-DSC,192
ALP Activity,Light Microscopy,PRO-CMT,32
ALP Activity,Live Dead Staining,PRO-CMT,73
ALP Activity,Live/Dead Assay,PRO-CMT,36
ALP Activity,MRNA,PRO-PRO,73
ALP Activity,MSCS,PRO-APL,53
ALP Activity,MSCS,PRO-DSC,90
ALP Activity,MSCs,PRO-DSC,59
ALP Activity,MTT,PRO-CHM,332
ALP Activity,MTT,PRO-CMT,40
ALP Activity,MTT Assay,PRO-CMT,222
ALP Activity,Masson's Trichrome Staining,PRO-CMT,36
ALP Activity,Matrix,PRO-DSC,61
ALP Activity,Mechanical Property,PRO-PRO,146
ALP Activity,Mechanical Strength,PRO-PRO,32
ALP Activity,Membrane,PRO-DSC,114
ALP Activity,Mesenchymal Stem Cell,PRO-APL,41
ALP Activity,Mesoporous,PRO-DSC,39
ALP Activity,Metabolic Activity,PRO-PRO,43
ALP Activity,Mg,PRO-CHM,81
ALP Activity,Mg2+,PRO-CHM,30
ALP Activity,MicroCT,PRO-CMT,234
ALP Activity,Microspheres,PRO-DSC,60
ALP Activity,Microstructure,PRO-PRO,94
ALP Activity,Mineralization,PRO-PRO,112
ALP Activity,Mineralization,PRO-SMT,93
ALP Activity,Mineralized,PRO-SMT,49
ALP Activity,Minerals,PRO-PRO,37
ALP Activity,Monolayers,PRO-DSC,30
ALP Activity,Morphologic,PRO-PRO,40
ALP Activity,Morphologies,PRO-PRO,94
ALP Activity,Morphology,PRO-PRO,507
ALP Activity,Mtt,PRO-CMT,37
ALP Activity,N2,PRO-CHM,58
ALP Activity,NPS,PRO-DSC,33
ALP Activity,NaCl,PRO-CHM,33
ALP Activity,Nanocomposite,PRO-DSC,49
ALP Activity,Nanofiber,PRO-DSC,97
ALP Activity,Nanoparticle,PRO-DSC,35
ALP Activity,Nanoparticles,PRO-DSC,128
ALP Activity,Nanotube,PRO-DSC,39
ALP Activity,Nitrogen,PRO-CHM,49
ALP Activity,Nodules,PRO-DSC,37
ALP Activity,O,PRO-CHM,86
ALP Activity,OCN,PRO-CHM,220
ALP Activity,Oil Red O,PRO-CHM,48
ALP Activity,One Way ANOVA,PRO-CMT,42
ALP Activity,Optical Density,PRO-PRO,45
ALP Activity,Optical Image,PRO-CMT,74
ALP Activity,Optical Microscopy,PRO-CMT,32
ALP Activity,Osteoblast Cells,PRO-APL,54
ALP Activity,Osteoblastic,PRO-PRO,72
ALP Activity,Osteoblasts,PRO-APL,221
ALP Activity,Osteoblasts,PRO-PRO,127
ALP Activity,Osteoblasts,PRO-SPL,126
ALP Activity,Osteocalcin,PRO-PRO,89
ALP Activity,Osteogenesis,PRO-PRO,139
ALP Activity,Osteogenic,PRO-PRO,252
ALP Activity,Osteogenic,PRO-SMT,52
ALP Activity,Osteogenic Differentiation,PRO-PRO,302
ALP Activity,Osteogenic Differentiation,PRO-SMT,68
ALP Activity,Osteogenic Gene Expression,PRO-PRO,44
ALP Activity,Osteogenic Induction,PRO-SMT,34
ALP Activity,Osteogenic Markers,PRO-PRO,46
ALP Activity,Oxygen,PRO-CHM,45
ALP Activity,PCL,PRO-CHM,143
ALP Activity,PEG,PRO-CHM,39
ALP Activity,PLA,PRO-CHM,36
ALP Activity,PLGA,PRO-CHM,100
ALP Activity,PLLA,PRO-CHM,59
ALP Activity,Particles,PRO-DSC,169
ALP Activity,Phalloidin,PRO-CHM,162
ALP Activity,Phosphate,PRO-CHM,107
ALP Activity,Phosphorus,PRO-CHM,51
ALP Activity,Plate,PRO-DSC,34
ALP Activity,Plates,PRO-DSC,36
ALP Activity,Polystyrene,PRO-CHM,60
ALP Activity,Pore Size Distribution,PRO-PRO,63
ALP Activity,Pore Sizes,PRO-PRO,83
ALP Activity,Porosity,PRO-PRO,134
ALP Activity,Porous,PRO-DSC,158
ALP Activity,Porous Scaffolds,PRO-DSC,42
ALP Activity,Powder,PRO-DSC,92
ALP Activity,Powders,PRO-DSC,61
ALP Activity,Proliferation,PRO-PRO,170
ALP Activity,Proliferation Rate,PRO-PRO,40
ALP Activity,Protein Content,PRO-PRO,34
ALP Activity,Pure,PRO-DSC,101
ALP Activity,QRT-PCR,PRO-CMT,51
ALP Activity,Quantitative Analysis,PRO-CMT,31
ALP Activity,Quantitative Real-Time PCR,PRO-CMT,30
ALP Activity,RBMSCS,PRO-DSC,39
ALP Activity,RT,PRO-CMT,30
ALP Activity,RT-PCR,PRO-CMT,134
ALP Activity,Raman,PRO-CMT,72
ALP Activity,Real Time PCR,PRO-CMT,121
ALP Activity,Release Profile,PRO-PRO,36
ALP Activity,Rhodamine,PRO-CHM,58
ALP Activity,Roughness,PRO-PRO,48
ALP Activity,Runx2,PRO-PRO,39
ALP Activity,SAED,PRO-CMT,56
ALP Activity,SEM,PRO-CMT,1271
ALP Activity,Scaffold,PRO-APL,74
ALP Activity,Scaffold,PRO-DSC,404
ALP Activity,Scaffold Surface,PRO-DSC,30
ALP Activity,Scaffolds,PRO-APL,58
ALP Activity,Scaffolds,PRO-DSC,566
ALP Activity,Scanning Electron Micrograph,PRO-CMT,73
ALP Activity,Scanning Electron Microscope,PRO-CMT,30
ALP Activity,Scanning Electron Microscopy,PRO-CMT,109
ALP Activity,Sections,PRO-DSC,36
ALP Activity,Si,PRO-CHM,135
ALP Activity,Silica,PRO-CHM,43
ALP Activity,Silicon,PRO-CHM,40
ALP Activity,Sintered,PRO-SMT,45
ALP Activity,Size Distribution,PRO-PRO,38
ALP Activity,Soaking,PRO-SMT,115
ALP Activity,Sr,PRO-CHM,72
ALP Activity,Stem Cells,PRO-APL,40
ALP Activity,Stiffnesses,PRO-PRO,32
ALP Activity,Stress Strain Curve,PRO-CMT,58
ALP Activity,Stress Strain Curve,PRO-PRO,31
ALP Activity,Strontium,PRO-CHM,35
ALP Activity,Structure,PRO-PRO,147
ALP Activity,Substrate,PRO-DSC,310
ALP Activity,Surface,PRO-DSC,701
ALP Activity,Surface Area,PRO-PRO,34
ALP Activity,Surface Morphology,PRO-PRO,182
ALP Activity,Surface Roughness,PRO-PRO,76
ALP Activity,Surface Topography,PRO-PRO,37
ALP Activity,Surfaces,PRO-DSC,413
ALP Activity,TEM,PRO-CMT,398
ALP Activity,TRAP,PRO-CHM,64
ALP Activity,Tensile Strength,PRO-PRO,45
ALP Activity,Tetracyclines,PRO-CHM,38
ALP Activity,Tga,PRO-CMT,37
ALP Activity,Ti,PRO-CHM,281
ALP Activity,Ti6Al4V,PRO-CHM,35
ALP Activity,TiO2,PRO-CHM,84
ALP Activity,Tissue,PRO-DSC,71
ALP Activity,Tissue Engineering,PRO-APL,33
ALP Activity,Tissues,PRO-DSC,43
ALP Activity,Titanium,PRO-CHM,148
ALP Activity,Toluidine Blue,PRO-CHM,34
ALP Activity,Topography,PRO-PRO,43
ALP Activity,Trabecular Number,PRO-PRO,30
ALP Activity,Trabecular Thickness,PRO-PRO,32
ALP Activity,Tris,PRO-CHM,39
ALP Activity,Uncoated,PRO-DSC,42
ALP Activity,Viability,PRO-PRO,129
ALP Activity,Von Kossa Staining,PRO-CMT,54
ALP Activity,Water Contact Angle,PRO-PRO,128
ALP Activity,Western Blot,PRO-CMT,52
ALP Activity,Western Blots,PRO-CMT,119
ALP Activity,Western Blotting,PRO-CMT,87
ALP Activity,X-Ray Diffraction,PRO-CMT,94
ALP Activity,XPS,PRO-CMT,251
ALP Activity,XRD,PRO-CMT,585
ALP Activity,Young’s Modulus,PRO-PRO,52
ALP Activity,Zeta Potential,PRO-PRO,47
ALP Activity,Zn,PRO-CHM,33
ALP Activity,mRNA Expression,PRO-PRO,110
ALP Activity,pH,PRO-PRO,46
ALP Activity,qPCR,PRO-CMT,50
ALP Activity,qRT-PCR,PRO-CMT,34
ALP Activity,β-Glycerophosphate,PRO-CHM,33
ALP Activity,β-TCP,PRO-CHM,63
ALP Staining,ALP Activity,CMT-PRO,55
ALP Staining,Calcium,CMT-CHM,30
ALP Staining,Cells,CMT-DSC,43
ALP Staining,Morphology,CMT-PRO,37
ALP Staining,Osteogenic Differentiation,CMT-PRO,32
ALP Staining,SEM,CMT-CMT,67
ALP Staining,Scaffolds,CMT-DSC,34
ALP Staining,Surface,CMT-DSC,33
ALS,Airborne Laser Scanning,CMT-CMT,84
ALS,Amyotrophic Lateral Sclerosis,APL-APL,150
ALS,Concentration Profile,CMT-PRO,30
ALS,Diseases,APL-APL,51
ALS,Lateral Sclerosis,APL-APL,134
ALS,MCR -,CMT-CMT,44
ALS,Mcr - Als,CMT-CMT,51
ALS,Motor Neuron,APL-APL,62
ALS,Motor Neuron,APL-PRO,30
ALS,Neurodegenerative Disease,APL-APL,34
ALS,Neurons,APL-APL,48
ALS,Superoxide,APL-CHM,44
ALS,Surface,CMT-DSC,40
AM,3D,SMT-DSC,152
AM,3D Printed,SMT-SMT,69
AM,3D Printing,APL-SMT,30
AM,3D Printing,SMT-SMT,179
AM,Additive,SMT-SMT,65
AM,Additive Manufacturing,APL-APL,69
AM,Additive Manufacturing,APL-SMT,154
AM,Additive Manufacturing,SMT-APL,226
AM,Additive Manufacturing,SMT-SMT,1122
AM,Additively Manufactured,SMT-SMT,120
AM,Aerospace,SMT-APL,168
AM,Al,SMT-CHM,106
AM,Alloy,SMT-DSC,320
AM,Alloys,APL-DSC,30
AM,Alloys,SMT-DSC,313
AM,Aluminum,SMT-CHM,103
AM,Am,PRO-CHM,88
AM,Amorphous,SMT-DSC,31
AM,Amphibolite,SPL-SPL,34
AM,Anisotropy,SMT-PRO,36
AM,Annealed,SMT-SMT,49
AM,Annealing,SMT-SMT,40
AM,As Deposited,SMT-DSC,39
AM,As Fabricated,SMT-DSC,36
AM,As-Built,SMT-DSC,124
AM,Austenite,SMT-SPL,33
AM,Automotive,SMT-APL,93
AM,Binder Jetting,SMT-SMT,40
AM,Bio-Medical,SMT-APL,48
AM,Biomaterial,SMT-APL,36
AM,Brittle,SMT-PRO,30
AM,Bulk,SMT-DSC,90
AM,Cad,SMT-CMT,58
AM,Carbon,SMT-CHM,86
AM,Cast,SMT-SMT,66
AM,Casting,SMT-SMT,67
AM,Cellular,SMT-DSC,37
AM,Ceramic,SMT-DSC,103
AM,Chemical Composition,SMT-PRO,51
AM,Coatings,SMT-APL,43
AM,Components,SMT-APL,117
AM,Composite,SMT-DSC,145
AM,Compositions,PRO-PRO,50
AM,Compositions,SMT-PRO,126
AM,Compositions,SPL-PRO,32
AM,Computer-Aided Design,SMT-CMT,41
AM,Cooling,SMT-SMT,134
AM,Copper,SMT-CHM,36
AM,Corrosion Resistance,SMT-PRO,75
AM,Cr,SMT-CHM,36
AM,Cross Section,SMT-DSC,34
AM,Cu,SMT-CHM,43
AM,Cubic,SMT-SPL,30
AM,DED,SMT-SMT,79
AM,Defect,SMT-PRO,50
AM,Dense,SMT-PRO,71
AM,Density,SMT-PRO,140
AM,Diamonds,SMT-CHM,39
AM,Directed Energy Deposition,SMT-SMT,59
AM,Ductility,SMT-PRO,75
AM,EBM,SMT-SMT,108
AM,EBSD,SMT-CMT,79
AM,EDS,SMT-CMT,57
AM,Eclogites,SPL-SPL,30
AM,Elastic Modulus,SMT-PRO,53
AM,Electron Beam Melting,SMT-SMT,90
AM,Extrusion,SMT-SMT,100
AM,Fatigue,SMT-PRO,37
AM,Fatigue Life,SMT-PRO,41
AM,Fdm,SMT-SMT,68
AM,Fe,SMT-CHM,67
AM,Fiber,SMT-DSC,36
AM,Fibers,SMT-DSC,33
AM,Film,SMT-DSC,43
AM,Forging,SMT-SMT,35
AM,Fracture Surface,SMT-PRO,74
AM,Fused Deposition Modelling,SMT-SMT,44
AM,Fused Filament Fabrication,SMT-SMT,40
AM,Grain Boundaries,SMT-PRO,41
AM,Grain Size,SMT-PRO,83
AM,Grain Structure,SMT-PRO,64
AM,Grains,SMT-PRO,33
AM,HIP,SMT-SMT,41
AM,Hardness,SMT-PRO,112
AM,Heat Treated,SMT-SMT,67
AM,Heat Treatment,SMT-SMT,150
AM,Heating,SMT-SMT,41
AM,Hot Isostatic Pressing,SMT-SMT,39
AM,Hydrogen,SMT-CHM,31
AM,Implants,SMT-APL,63
AM,Interface,SMT-DSC,94
AM,Iron,SMT-CHM,30
AM,L-PBF,SMT-SMT,58
AM,Laser,SMT-SMT,75
AM,Laser Powder Bed Fusion,SMT-SMT,156
AM,Lattice,SMT-DSC,42
AM,Lattice Structure,SMT-PRO,63
AM,Layers,APL-DSC,67
AM,Layers,PRO-DSC,43
AM,Layers,SMT-DSC,384
AM,Lightweight,SMT-PRO,33
AM,Lpbf,SMT-SMT,96
AM,Machined,SMT-SMT,43
AM,Machining,SMT-SMT,87
AM,Manufacturing,SMT-APL,54
AM,Manufacturing,SMT-SMT,32
AM,Martensite,SMT-SPL,49
AM,Martensitic,SMT-SPL,39
AM,Material,SMT-PRO,30
AM,Material Properties,SMT-PRO,32
AM,Matrix,SMT-DSC,79
AM,Mechanical,SMT-PRO,53
AM,Mechanical Behaviour,SMT-PRO,59
AM,Mechanical Performance,SMT-PRO,58
AM,Mechanical Property,APL-PRO,65
AM,Mechanical Property,SMT-PRO,426
AM,Mechanical Strength,SMT-PRO,30
AM,Medical,SMT-APL,44
AM,Melt,SMT-SMT,41
AM,Melted,SMT-SMT,37
AM,Melting,SMT-SMT,76
AM,Metal Additive Manufacturing,SMT-APL,44
AM,Metallic,APL-PRO,37
AM,Metallic,SMT-PRO,217
AM,Metals,APL-PRO,42
AM,Metals,SMT-PRO,207
AM,Mg,SMT-CHM,38
AM,Micro Hardness,SMT-PRO,53
AM,Micro Structures,SMT-PRO,57
AM,Microstructural,SMT-PRO,72
AM,Microstructure,APL-PRO,78
AM,Microstructure,SMT-PRO,602
AM,Microstructure Feature,SMT-PRO,39
AM,Morphologies,SMT-PRO,32
AM,Morphology,SMT-PRO,109
AM,Nanoparticles,SMT-DSC,39
AM,Ni,SMT-CHM,91
AM,Nickel,SMT-CHM,75
AM,Optical Image,SMT-CMT,30
AM,Optical Micrograph,SMT-CMT,55
AM,Optical Microscopy,SMT-CMT,46
AM,Oxidation,SMT-SMT,32
AM,Oxides,SMT-CHM,36
AM,Oxygen,PRO-CHM,33
AM,Oxygen,SMT-CHM,64
AM,PBF,SMT-SMT,71
AM,Particle,SMT-DSC,36
AM,Particles,SMT-DSC,148
AM,Parts,APL-APL,40
AM,Parts,SMT-APL,178
AM,Parts,SMT-DSC,83
AM,Plate,SMT-DSC,37
AM,Porosity,SMT-PRO,208
AM,Porous,SMT-DSC,103
AM,Powder,APL-DSC,61
AM,Powder,SMT-DSC,429
AM,Powder Bed Fusion,SMT-SMT,87
AM,Powder Particles,SMT-DSC,53
AM,Powders,SMT-DSC,136
AM,Precipitates,SMT-DSC,52
AM,Printed,SMT-SMT,89
AM,Printing,SMT-SMT,95
AM,Quartz,PRO-CHM,36
AM,Quartz,SPL-CHM,34
AM,Rapid Prototyping,SMT-SMT,45
AM,Relative Density,SMT-PRO,44
AM,Residual Stress,SMT-PRO,113
AM,SEM,APL-CMT,32
AM,SEM,CHM-CMT,31
AM,SEM,PRO-CMT,43
AM,SEM,SMT-CMT,254
AM,SLM,SMT-SMT,55
AM,SLS,SMT-SMT,49
AM,Scaffold,SMT-DSC,35
AM,Scaffolds,SMT-DSC,55
AM,Scanning Electron Microscopy,SMT-CMT,57
AM,Selective Laser Melting,SMT-SMT,250
AM,Selective Laser Sintering,SMT-SMT,63
AM,Si,SMT-CHM,70
AM,Sintered,SMT-SMT,51
AM,Sintering,SMT-SMT,64
AM,Slm,APL-SMT,31
AM,Slm,SMT-SMT,240
AM,Solidification,SMT-SMT,81
AM,Stereolithography,SMT-SMT,38
AM,Stiffnesses,SMT-PRO,51
AM,Strengths,SMT-PRO,179
AM,Stress,SMT-PRO,69
AM,Structural,SMT-PRO,31
AM,Structure,PRO-PRO,40
AM,Structure,SMT-PRO,159
AM,Structures,SMT-PRO,54
AM,Substrate,SMT-DSC,139
AM,Subtractive Manufacturing,SMT-SMT,41
AM,Superalloy,SMT-APL,38
AM,Superalloy,SMT-DSC,48
AM,Surface,APL-DSC,40
AM,Surface,PRO-DSC,57
AM,Surface,SMT-DSC,288
AM,Surface Finishes,SMT-PRO,46
AM,Surface Morphology,SMT-PRO,43
AM,Surface Quality,SMT-PRO,36
AM,Surface Roughness,SMT-PRO,99
AM,Surfaces,SMT-DSC,97
AM,TEM,SMT-CMT,57
AM,Tensile,SMT-PRO,30
AM,Tensile Properties,SMT-PRO,59
AM,Tensile Strength,SMT-PRO,97
AM,Tensile Tests,SMT-CMT,58
AM,Texture,SMT-PRO,31
AM,Thermal Conductivity,SMT-PRO,30
AM,Thermoplastics,SMT-PRO,35
AM,Three Dimensional,SMT-DSC,41
AM,Ti,SMT-CHM,98
AM,Ti-6Al-4V,SMT-CHM,54
AM,Ti6Al4V,SMT-CHM,60
AM,Titanium,SMT-CHM,121
AM,Titanium Alloy,SMT-CHM,48
AM,Ultimate Tensile Strength,SMT-PRO,35
AM,Unit Cell,SMT-DSC,31
AM,Waam,SMT-SMT,39
AM,Welding,SMT-SMT,48
AM,Wire,SMT-DSC,50
AM,Wrought,SMT-SMT,59
AM,X-Ray Diffraction,SMT-CMT,59
AM,XRD,PRO-CMT,43
AM,XRD,SMT-CMT,120
AM,Yield Strength,SMT-PRO,90
AM,Young’s Modulus,SMT-PRO,32
AM,β,SMT-SPL,42
AM1,1H,CMT-CHM,63
AM1,1H NMR,CMT-CMT,46
AM1,6-31G*,CMT-CMT,40
AM1,Ab Initio,CMT-CMT,67
AM1,Absorption,CMT-CMT,47
AM1,Absorption Spectrum,CMT-CMT,48
AM1,Acetonitrile,CMT-CHM,36
AM1,B3LYP,CMT-CMT,139
AM1,Benzenes,CMT-CHM,47
AM1,Bond Length,CMT-PRO,64
AM1,Carbon,CMT-CHM,104
AM1,Chemical Structures,CMT-PRO,41
AM1,Cluster,CMT-DSC,41
AM1,Crystal,CMT-DSC,36
AM1,Crystal Structure,CMT-PRO,33
AM1,DFT,CMT-CMT,113
AM1,Density Functional Theory,CMT-CMT,40
AM1,Dihedral Angle,CMT-PRO,30
AM1,Dipole Moment,CMT-PRO,61
AM1,Energies,CMT-PRO,51
AM1,Fluorescence,CMT-CMT,46
AM1,Fullerene,CMT-CHM,31
AM1,Geometries,CMT-PRO,32
AM1,H2O,CMT-CHM,47
AM1,Heat of Formation,CMT-PRO,42
AM1,Homo,CMT-PRO,63
AM1,Hydrogen,CMT-CHM,201
AM1,INDO,CMT-CHM,30
AM1,Ir,CMT-CMT,39
AM1,LUMO,CMT-PRO,45
AM1,MM,CMT-CMT,44
AM1,MNDO,CMT-CHM,32
AM1,MNDO,CMT-CMT,61
AM1,MP2,CMT-CMT,43
AM1,Molecular Structure,CMT-PRO,65
AM1,NMR,CMT-CMT,41
AM1,Nitrogen,CMT-CHM,55
AM1,O,CMT-CHM,42
AM1,Oxygen,CMT-CHM,82
AM1,PM3,CMT-CMT,205
AM1,Phenyls,CMT-CHM,38
AM1,Potential Energy Surface,CMT-PRO,37
AM1,QM / MM,CMT-CMT,32
AM1,Rate Constant,CMT-PRO,33
AM1,Relative Energies,CMT-PRO,42
AM1,Semi-Empirical,CMT-CMT,32
AM1,Semi-Empirical Calculations,CMT-CMT,35
AM1,Semiempirical,CMT-CMT,72
AM1,Structure,CMT-PRO,97
AM1,Structures,CMT-PRO,57
AM1,Surface,CMT-DSC,54
AM1,THF,CMT-CHM,36
AM1,Toluene,CMT-CHM,31
AM1,X Ray,CMT-CMT,37
AM1,ZINDO,CMT-CHM,40
AM1.5,Film,CHM-DSC,35
AM1.5,Films,CHM-DSC,32
AM1.5,Layers,CHM-DSC,33
AM1.5,SEM,CHM-CMT,38
AM1.5,Solar Cell,CHM-APL,46
AM1.5,TiO2,CHM-CHM,48
AM60,Al,CHM-CHM,50
AM60,Alloy,CHM-DSC,106
AM60,Alloys,CHM-DSC,84
AM60,Magnesium,CHM-CHM,62
AM60,Mg,CHM-CHM,80
AM60,Microstructure,CHM-PRO,56
AM60,SEM,CHM-CMT,51
AM60,Surface,CHM-DSC,38
AMA,SEM,CHM-CMT,31
AMB,Active Magnetic Bearing,APL-APL,30
AMB,Rotors,APL-APL,37
AMC,SEM,CHM-CMT,43
AMC,Surface,CHM-DSC,36
AMCS,Al,DSC-CHM,40
AMCS,Aluminum,APL-CHM,47
AMCS,Aluminum,DSC-CHM,91
AMCS,Composite,DSC-DSC,57
AMCS,Matrix,DSC-DSC,42
AMCS,Matrix Composite,APL-DSC,48
AMCS,Matrix Composite,DSC-DSC,96
AMCS,Mechanical Property,DSC-PRO,43
AMCS,Microstructure,DSC-PRO,35
AMCS,Particles,DSC-DSC,52
AMCS,Wear Resistance,DSC-PRO,30
AMD3100,Cells,CHM-DSC,54
AMF,Cell Viability,CHM-PRO,51
AMF,Cells,CHM-DSC,66
AMF,Cells,SMT-DSC,30
AMF,Cytotoxicity,CHM-PRO,31
AMF,DOX,CHM-CHM,44
AMF,FTIR,CHM-CMT,44
AMF,Fe,CHM-CHM,44
AMF,Fe3O4,CHM-CHM,63
AMF,Fe3O4,SMT-CHM,44
AMF,Heating,CHM-SMT,42
AMF,Heating,SMT-SMT,42
AMF,Hyperthermia,CHM-SMT,35
AMF,Hyperthermia,SMT-SMT,31
AMF,Iron,CHM-CHM,32
AMF,Iron Oxide,CHM-CHM,38
AMF,Iron Oxide,SMT-CHM,32
AMF,Layers,CHM-DSC,33
AMF,Magnetics,CHM-PRO,76
AMF,Magnetics,SMT-PRO,79
AMF,Magnetization Curve,CHM-CMT,30
AMF,NPS,CHM-DSC,32
AMF,Nanoparticle,CHM-DSC,39
AMF,Nanoparticle,SMT-DSC,32
AMF,Nanoparticles,CHM-DSC,105
AMF,Nanoparticles,SMT-DSC,94
AMF,Particles,CHM-DSC,42
AMF,Particles,SMT-DSC,41
AMF,SEM,CHM-CMT,65
AMF,SEM,SMT-CMT,38
AMF,Structure,CHM-PRO,31
AMF,Surface,CHM-DSC,67
AMF,Surface,SMT-DSC,44
AMF,TEM,CHM-CMT,125
AMF,TEM,SMT-CMT,59
AMF,XRD,CHM-CMT,46
AMI,Acute Myocardial Infarction,APL-APL,68
AML,Acute,SPL-SPL,52
AML,Acute Myeloid,APL-SPL,34
AML,Acute Myeloid,SPL-SPL,198
AML,Acute Myeloid Leukemia,SPL-SPL,112
AML,Apoptosis,SPL-PRO,32
AML,Bone,SPL-DSC,38
AML,Bone Marrow,SPL-DSC,30
AML,Cell,SPL-DSC,39
AML,Cells,SPL-APL,38
AML,Cells,SPL-DSC,59
AML,Chemotherapy,SPL-SMT,38
AML,Cytarabine,SPL-CHM,32
AML,Flow Cytometry,SPL-CMT,51
AML,Leukaemia,SPL-APL,39
AML,Leukemia,SPL-APL,96
AML,Leukemia,SPL-PRO,119
AML,Leukemia,SPL-SPL,55
AML,MDS,SPL-SPL,36
AML,Myelodysplastic,SPL-SPL,37
AML,Myeloid,SPL-SPL,35
AML,OS,SPL-PRO,37
AML,Survival,SPL-PRO,63
AML,Syndrome,SPL-PRO,40
AML,Tyrosine,SPL-CHM,33
AMM2,Orthorhombic,SPL-SPL,47
AMO,SEM,CHM-CMT,30
AMO,Surface,CHM-DSC,31
AMO,XRD,CHM-CMT,32
AMOA,Ammonia,PRO-CHM,43
AMOC,Atlantic Meridional Overturning Circulation,PRO-PRO,107
AMOC,Climate,PRO-PRO,34
AMOVA,Analysis of Molecular Variance,CMT-CMT,38
AMP,13C,CHM-CHM,50
AMP,1H,CHM-CHM,86
AMP,1H NMR,CHM-CMT,73
AMP,2-Amino-2-Methyl-1-Propanol,CHM-CHM,172
AMP,31P NMR,CHM-CMT,35
AMP,ADP,CHM-CHM,652
AMP,AFM,CHM-CMT,62
AMP,AMP-Activated Protein Kinase,CHM-PRO,181
AMP,AMP-Activated Protein Kinase,PRO-PRO,32
AMP,AMPK,CHM-PRO,227
AMP,AMPK,PRO-PRO,42
AMP,ATP,CHM-CHM,926
AMP,ATP,CHM-PRO,91
AMP,ATP,PRO-CHM,44
AMP,Absorbance,CHM-PRO,58
AMP,Absorbent,CHM-APL,48
AMP,Absorber,CHM-APL,35
AMP,Absorption,CHM-CMT,43
AMP,Absorption Rate,CHM-PRO,40
AMP,Absorption Spectrum,CHM-CMT,62
AMP,Acetate,CHM-CHM,41
AMP,Acetonitrile,CHM-CHM,44
AMP,Acetyl-CoA,CHM-CHM,57
AMP,Activity,CHM-PRO,65
AMP,Adenine,CHM-CHM,128
AMP,Adenine Nucleotides,CHM-CHM,74
AMP,Adenosine,CHM-CHM,294
AMP,Adenosine Deaminase,CHM-CHM,37
AMP,Adenosine Diphosphate,CHM-CHM,42
AMP,Adenosine Monophosphate,CHM-CHM,139
AMP,Adenosine Triphosphate,CHM-CHM,74
AMP,Adenylate,CHM-CHM,84
AMP,Ag,CHM-CHM,64
AMP,Al,CHM-CHM,82
AMP,Al2O3,CHM-CHM,98
AMP,Alkanolamine,CHM-CHM,69
AMP,Almandine,CHM-CHM,33
AMP,Amides,CHM-CHM,30
AMP,Amines,CHM-CHM,266
AMP,Amino,CHM-CHM,37
AMP,Amino Acid,CHM-CHM,189
AMP,Ammonia,CHM-CHM,39
AMP,Amphiboles,CHM-CHM,277
AMP,Amphiboles,CHM-SPL,48
AMP,Amphibolite,CHM-SPL,62
AMP,Ampicillin,CHM-CHM,138
AMP,Amplifiers,CHM-APL,35
AMP,Antibiotic,CHM-APL,32
AMP,Antimicrobial,CHM-PRO,77
AMP,Antimicrobial Activity,CHM-PRO,46
AMP,Apatites,CHM-CHM,63
AMP,Arg,CHM-CHM,30
AMP,Au,CHM-CHM,70
AMP,Autophagy,CHM-PRO,36
AMP,Ba,CHM-CHM,37
AMP,Back Scattered Electron Image,CHM-CMT,35
AMP,Bilayer,CHM-DSC,33
AMP,Biotites,CHM-CHM,144
AMP,Blue Line,CHM-CHM,42
AMP,Br,CHM-CHM,35
AMP,Bulk,CHM-DSC,65
AMP,C,CHM-CHM,58
AMP,CMP,CHM-CHM,76
AMP,CO,CHM-CHM,64
AMP,CO2,CHM-CHM,302
AMP,CO2 Absorption,CHM-APL,47
AMP,CO2 Capture,CHM-APL,59
AMP,CTP,CHM-CHM,67
AMP,Ca,CHM-CHM,83
AMP,Ca2+,CHM-CHM,109
AMP,CaO,CHM-CHM,62
AMP,Calcite,CHM-CHM,39
AMP,Calcium,CHM-CHM,60
AMP,Carbamates,CHM-CHM,44
AMP,Carbohydrate,CHM-CHM,30
AMP,Carbon,CHM-CHM,144
AMP,Carbon Dioxide,CHM-CHM,67
AMP,Carbonates,CHM-CHM,43
AMP,Catalyst,CHM-APL,39
AMP,Cathodoluminescence,CHM-CMT,55
AMP,Cell,CHM-APL,32
AMP,Cell,CHM-DSC,37
AMP,Cell Viability,CHM-PRO,39
AMP,Cells,CHM-APL,53
AMP,Cells,CHM-DSC,138
AMP,Chemical Composition,CHM-PRO,39
AMP,Chemical Shift,CHM-PRO,34
AMP,Chemical Structures,CHM-PRO,139
AMP,Chl,CHM-CHM,39
AMP,Chlorite,CHM-CHM,81
AMP,Cholesterol,CHM-CHM,47
AMP,Chondrite,CHM-CHM,61
AMP,Chondrite,CHM-SPL,35
AMP,Citrates,CHM-CHM,49
AMP,Cl,CHM-CHM,56
AMP,Clinopyroxenes,CHM-CHM,133
AMP,Clinopyroxenes,CHM-SPL,59
AMP,Coated,CHM-SMT,40
AMP,Coatings,CHM-APL,44
AMP,Composite,CHM-DSC,54
AMP,Compositions,CHM-PRO,200
AMP,Copper,CHM-CHM,49
AMP,Core,CHM-DSC,30
AMP,Cpx,CHM-CHM,52
AMP,Cr,CHM-CHM,59
AMP,Crystal,CHM-DSC,130
AMP,Crystal Structure,CHM-PRO,69
AMP,Cu,CHM-CHM,54
AMP,Cu2+,CHM-CHM,36
AMP,Curves,CHM-CMT,37
AMP,Cysteines,CHM-CHM,40
AMP,Cytidine,CHM-CHM,34
AMP,Cytotoxicity,CHM-PRO,39
AMP,D2O,CHM-CHM,49
AMP,DEA,CHM-CHM,105
AMP,DFT,CHM-CMT,30
AMP,DLS,CHM-CMT,37
AMP,DMSO,CHM-CHM,50
AMP,DNA,CHM-PRO,35
AMP,Density,CHM-PRO,69
AMP,Detection Limit,CHM-PRO,42
AMP,Diamonds,CHM-CHM,98
AMP,Diethanolamine,CHM-CHM,56
AMP,EDTA,CHM-CHM,35
AMP,Eclogites,CHM-SPL,80
AMP,Electrode,CHM-APL,72
AMP,Electrodes,CHM-APL,39
AMP,Emission Spectra,CHM-CMT,43
AMP,Energy Metabolism,CHM-PRO,31
AMP,Enzyme Activity,CHM-PRO,45
AMP,Ethanol,CHM-CHM,70
AMP,Eu,CHM-CHM,35
AMP,F,CHM-CHM,61
AMP,F,CHM-PRO,41
AMP,FT-IR,CHM-CMT,49
AMP,FTIR,CHM-CMT,80
AMP,Fatty Acid,CHM-CHM,98
AMP,Fe,CHM-CHM,99
AMP,Fe2+,CHM-CHM,44
AMP,Fe3+,CHM-CHM,32
AMP,FeO,CHM-CHM,38
AMP,Feldspar,CHM-CHM,66
AMP,Film,CHM-DSC,43
AMP,Films,CHM-DSC,36
AMP,Flow Cytometry,CHM-CMT,30
AMP,Fluorescence,CHM-CMT,139
AMP,Fluorescence,CHM-PRO,85
AMP,Fluorescence Emission,CHM-CMT,46
AMP,Fluorescence Intensity,CHM-PRO,120
AMP,Fluorescence Spectra,CHM-CMT,51
AMP,Fluorescent,CHM-PRO,53
AMP,Foliation,CHM-PRO,42
AMP,G,CHM-PRO,33
AMP,GDP,CHM-CHM,57
AMP,GMP,CHM-CHM,159
AMP,GSH,CHM-CHM,53
AMP,GTP,CHM-CHM,122
AMP,Garnet,CHM-SPL,133
AMP,Gene Expression,CHM-PRO,37
AMP,Geological Map,CHM-CMT,187
AMP,Glucose,CHM-CHM,221
AMP,Glucose-6-Phosphate,CHM-CHM,33
AMP,Glutamate,CHM-CHM,46
AMP,Glutamine,CHM-CHM,43
AMP,Glutathione,CHM-CHM,53
AMP,Glycerol,CHM-CHM,40
AMP,Glycine,CHM-CHM,35
AMP,Gneiss,CHM-SPL,35
AMP,Grains,CHM-DSC,62
AMP,Granulite,CHM-SPL,45
AMP,Graphite,CHM-CHM,30
AMP,Guanine,CHM-CHM,50
AMP,Guanosine,CHM-CHM,44
AMP,H2O,CHM-CHM,175
AMP,H2O2,CHM-CHM,64
AMP,H2PO4,CHM-CHM,34
AMP,HCl,CHM-CHM,62
AMP,HEPES,CHM-CHM,102
AMP,HPLC,CHM-CMT,34
AMP,HRTEM,CHM-CMT,31
AMP,Heating,CHM-SMT,31
AMP,Hf,CHM-CHM,30
AMP,Histidine,CHM-CHM,36
AMP,Hplc,CHM-CMT,58
AMP,Hydrogen,CHM-CHM,162
AMP,Hydrolysis,CHM-SMT,66
AMP,Hydrophobic,CHM-PRO,45
AMP,Hydroxyl,CHM-CHM,37
AMP,Hypoxanthine,CHM-CHM,47
AMP,IMP,CHM-CHM,50
AMP,Ilmenite,CHM-CHM,67
AMP,Inclusions,CHM-DSC,72
AMP,Inosine,CHM-CHM,59
AMP,Insulin Resistance,CHM-PRO,30
AMP,Interface,CHM-DSC,54
AMP,Iron,CHM-CHM,41
AMP,Irradiation,CHM-SMT,33
AMP,K,CHM-PRO,71
AMP,K+,CHM-CHM,39
AMP,K-Feldspar,CHM-CHM,63
AMP,K2O,CHM-CHM,75
AMP,KCl,CHM-CHM,40
AMP,Kinase,CHM-PRO,35
AMP,Kinetic Parameters,CHM-PRO,36
AMP,Kyanite,CHM-CHM,51
AMP,La,CHM-CHM,66
AMP,Lactate,CHM-CHM,52
AMP,Layers,CHM-DSC,107
AMP,Li,CHM-CHM,64
AMP,Lys,CHM-CHM,33
AMP,Lysines,CHM-CHM,42
AMP,MDEA,CHM-CHM,147
AMP,MEA,CHM-CHM,202
AMP,MS,CHM-CMT,34
AMP,Mafic,CHM-PRO,51
AMP,Magenta,CHM-CHM,48
AMP,Magnetite,CHM-CHM,54
AMP,Matrix,CHM-DSC,63
AMP,MeOH,CHM-CHM,31
AMP,Melting,CHM-SMT,41
AMP,Membrane,CHM-DSC,127
AMP,Metamorphic,CHM-PRO,30
AMP,Metamorphic,CHM-SMT,32
AMP,Metformin,CHM-CHM,39
AMP,Methanol,CHM-CHM,70
AMP,Methyl Diethanolamine,CHM-CHM,32
AMP,Mg,CHM-CHM,132
AMP,Mg2+,CHM-CHM,97
AMP,MgCl2,CHM-CHM,54
AMP,MgO,CHM-CHM,92
AMP,Microphotography,CHM-CMT,33
AMP,Mineral Assemblage,CHM-PRO,40
AMP,Mitochondria,CHM-PRO,37
AMP,Mn,CHM-CHM,49
AMP,Molecular Structure,CHM-PRO,59
AMP,Monoethanol Amine,CHM-CHM,104
AMP,Monolayers,CHM-DSC,41
AMP,Morphology,CHM-PRO,58
AMP,N-Methyl Diethanolamine,CHM-CHM,37
AMP,N2,CHM-CHM,60
AMP,NAD,CHM-CHM,44
AMP,NAD+,CHM-CHM,54
AMP,NADH,CHM-CHM,62
AMP,NADPH,CHM-CHM,64
AMP,NMR,CHM-CMT,57
AMP,NO,CHM-CHM,36
AMP,NO3,CHM-CHM,30
AMP,NPS,CHM-DSC,36
AMP,Na,CHM-CHM,48
AMP,Na+,CHM-CHM,42
AMP,Na2O,CHM-CHM,77
AMP,NaCl,CHM-CHM,99
AMP,NaOH,CHM-CHM,41
AMP,Nanoparticle,CHM-DSC,31
AMP,Nanoparticles,CHM-DSC,95
AMP,Nb,CHM-CHM,57
AMP,Nd,CHM-CHM,31
AMP,Ni,CHM-CHM,43
AMP,Nitrogen,CHM-CHM,113
AMP,Nucleic Acid,CHM-CHM,37
AMP,Nucleoside,CHM-CHM,61
AMP,Nucleosides,CHM-CHM,44
AMP,Nucleotides,CHM-CHM,246
AMP,O,CHM-CHM,61
AMP,O2,CHM-CHM,51
AMP,OH,CHM-CHM,37
AMP,Ol,CHM-CHM,42
AMP,Olivines,CHM-CHM,73
AMP,Olivines,CHM-SPL,32
AMP,Omphacite,CHM-CHM,55
AMP,Orthopyroxene,CHM-CHM,56
AMP,Oxygen,CHM-CHM,213
AMP,PPi,CHM-CHM,39
AMP,PZ,CHM-CHM,100
AMP,Particles,CHM-DSC,69
AMP,Pb,CHM-CHM,91
AMP,Peptide,CHM-APL,42
AMP,Phengite,CHM-CHM,47
AMP,Phenocryst,CHM-DSC,32
AMP,Phosphate,CHM-CHM,332
AMP,Phosphorus,CHM-CHM,35
AMP,Photomicrograph,CHM-CMT,117
AMP,Piperazine,CHM-CHM,79
AMP,Porous,CHM-DSC,30
AMP,Porphyroblastic,CHM-DSC,46
AMP,Protein,CHM-PRO,44
AMP,Purine,CHM-CHM,75
AMP,Pyrophosphate,CHM-CHM,89
AMP,Pyroxene,CHM-CHM,73
AMP,Pyroxene,CHM-SPL,31
AMP,Pyruvate,CHM-CHM,77
AMP,Qtz,CHM-CHM,84
AMP,Quartz,CHM-CHM,220
AMP,Qz,CHM-CHM,32
AMP,REE,CHM-PRO,35
AMP,REE Pattern,CHM-PRO,42
AMP,Raman,CHM-CMT,55
AMP,Rapamycin,CHM-CHM,54
AMP,Rate Constant,CHM-PRO,42
AMP,Ribose,CHM-CHM,37
AMP,Rock,CHM-DSC,32
AMP,Rocks,CHM-DSC,79
AMP,Rutile,CHM-SPL,53
AMP,SEM,CHM-CMT,198
AMP,Sensitivity,CHM-PRO,39
AMP,Sensor,CHM-APL,68
AMP,Ser,CHM-CHM,53
AMP,Serine,CHM-CHM,47
AMP,Si,CHM-CHM,85
AMP,SiO2,CHM-CHM,123
AMP,Silica,CHM-CHM,91
AMP,Silicate,CHM-CHM,32
AMP,Silver,CHM-CHM,30
AMP,Society,CHM-CMT,50
AMP,Sodium,CHM-CHM,38
AMP,Solubility,CHM-PRO,52
AMP,Sr,CHM-CHM,78
AMP,Stability,CHM-PRO,96
AMP,Structure,CHM-PRO,191
AMP,Structures,CHM-PRO,59
AMP,Substrate,CHM-DSC,100
AMP,Sugar,CHM-CHM,40
AMP,Sulfide,CHM-CHM,31
AMP,Sulfur,CHM-CHM,31
AMP,Surface,CHM-DSC,261
AMP,Surfaces,CHM-DSC,84
AMP,Symplectite,CHM-DSC,46
AMP,TEA,CHM-CHM,36
AMP,TEM,CHM-CMT,175
AMP,THF,CHM-CHM,42
AMP,TMP,CHM-CHM,45
AMP,Ta,CHM-CHM,41
AMP,Tetracyclines,CHM-CHM,37
AMP,Thin Sections,CHM-DSC,30
AMP,Thr,CHM-CHM,38
AMP,Threonine,CHM-CHM,35
AMP,Ti,CHM-CHM,95
AMP,TiO2,CHM-CHM,81
AMP,Triglycerides,CHM-CHM,42
AMP,Tris,CHM-CHM,37
AMP,Tyr,CHM-CHM,32
AMP,Tyrosine,CHM-CHM,41
AMP,UDP,CHM-CHM,63
AMP,UMP,CHM-CHM,42
AMP,UTP,CHM-CHM,89
AMP,UV Vis,CHM-CMT,40
AMP,UV Vis Absorption,CHM-CMT,32
AMP,Uracil,CHM-CHM,31
AMP,Uridine,CHM-CHM,37
AMP,Vein,CHM-DSC,41
AMP,Veins,CHM-DSC,34
AMP,Vesicle,CHM-DSC,36
AMP,Viscosity,CHM-PRO,41
AMP,Western Blots,CHM-CMT,33
AMP,X-Ray Diffraction,CHM-CMT,41
AMP,XPS,CHM-CMT,50
AMP,XRD,CHM-CMT,77
AMP,Yb,CHM-CHM,66
AMP,Zinc,CHM-CHM,34
AMP,Zircon,CHM-CHM,49
AMP,Zircons,CHM-CHM,128
AMP,Zircons,CHM-DSC,38
AMP,Zn,CHM-CHM,46
AMP,Zn2+,CHM-CHM,56
AMP,Zr,CHM-CHM,75
AMP,cAMP,CHM-CHM,74
AMP,pH,CHM-PRO,30
AMP,pKa,CHM-PRO,31
AMP-Activated Protein Kinase,AMP,PRO-CHM,181
AMP-Activated Protein Kinase,AMP,PRO-PRO,32
AMP-Activated Protein Kinase,AMPK,PRO-PRO,157
AMP-Activated Protein Kinase,ATP,PRO-CHM,31
AMP-Activated Protein Kinase,Glucose,PRO-CHM,53
AMP-Activated Protein Kinase,Mitogen,CMT-PRO,30
AMP-PNP,ADP,CHM-CHM,114
AMP-PNP,ATP,CHM-CHM,197
AMP-PNP,ATPase Activity,CHM-PRO,35
AMP-PNP,Amino Acid,CHM-CHM,34
AMP-PNP,C,CHM-CHM,36
AMP-PNP,Crystal Structure,CHM-PRO,42
AMP-PNP,Hydrogen,CHM-CHM,30
AMP-PNP,Nucleotides,CHM-CHM,58
AMP-PNP,Phosphate,CHM-CHM,37
AMP-PNP,Structure,CHM-PRO,66
AMPA,AMPA Receptor,CHM-APL,51
AMPA,AMPA Receptor,CHM-PRO,47
AMPA,Amino Acid,CHM-CHM,38
AMPA,Aminomethylphosphonic Acid,CHM-CHM,38
AMPA,Ca2+,CHM-CHM,60
AMPA,Calcium,CHM-CHM,54
AMPA,GABA,CHM-CHM,46
AMPA,Glutamate,CHM-CHM,216
AMPA,Glutamate Receptor,CHM-APL,41
AMPA,Glycine,CHM-CHM,32
AMPA,Glyphosate,CHM-CHM,79
AMPA,Kainate,CHM-CHM,70
AMPA,Ltp,CHM-PRO,40
AMPA,Memory,CHM-PRO,33
AMPA,N-Methyl-D-Aspartate,CHM-CHM,47
AMPA,NMDA,CHM-CHM,196
AMPA,Neurons,CHM-APL,88
AMPA,Neurons,CHM-DSC,44
AMPA,Receptor,CHM-APL,55
AMPA,Surface,CHM-DSC,37
AMPA,Synapse,CHM-APL,37
AMPA,Synaptic Plasticity,CHM-PRO,60
AMPA,Synaptic Transmission,CHM-PRO,32
AMPA,α-Amino-3-Hydroxy-5-Methyl-4-Isoxazolepropionic Acid,CHM-CHM,36
AMPA Receptor,AMPA,APL-CHM,51
AMPA Receptor,AMPA,PRO-CHM,47
AMPH,Amphiboles,CHM-CHM,41
AMPH,Compositions,CHM-PRO,31
AMPK,AICAR,PRO-CHM,39
AMPK,AMP,PRO-CHM,227
AMPK,AMP,PRO-PRO,42
AMPK,AMP-Activated Protein Kinase,PRO-PRO,157
AMPK,ATP,PRO-CHM,80
AMPK,Akt,PRO-PRO,55
AMPK,Apoptosis,PRO-PRO,36
AMPK,Autophagy,PRO-PRO,63
AMPK,Body Weight,PRO-PRO,32
AMPK,Cell Viability,PRO-PRO,38
AMPK,Cells,PRO-DSC,69
AMPK,Diabetes,PRO-APL,30
AMPK,Fatty Acid,PRO-CHM,68
AMPK,Glucose,PRO-CHM,166
AMPK,Glucose Uptake,PRO-PRO,42
AMPK,Insulin Resistance,PRO-PRO,48
AMPK,MTOR,PRO-PRO,30
AMPK,Metformin,PRO-CHM,66
AMPK,Mitochondria,PRO-PRO,31
AMPK,Myotube,PRO-DSC,30
AMPK,Oxygen,PRO-CHM,51
AMPK,Rapamycin,PRO-CHM,47
AMPK,Thr,PRO-CHM,30
AMPK,Triglycerides,PRO-CHM,36
AMPK,Western Blots,PRO-CMT,61
AMPK,Western Blotting,PRO-CMT,36
AMPS,1H,CHM-CHM,49
AMPS,1H NMR,CHM-CMT,44
AMPS,2-Acrylamido-2-Methyl-1-Propanesulfonic Acid,CHM-CHM,40
AMPS,2-Acrylamido-2-Methylpropanesulfonic Acid,CHM-CHM,63
AMPS,Acrylamide,CHM-CHM,33
AMPS,Acrylic Acid,CHM-CHM,34
AMPS,Antimicrobial,PRO-PRO,41
AMPS,Chemical Structures,CHM-PRO,71
AMPS,Composite,CHM-DSC,41
AMPS,Compositions,CHM-PRO,47
AMPS,Copolymer,CHM-DSC,72
AMPS,DSC,CHM-CMT,40
AMPS,FT-IR,CHM-CMT,45
AMPS,FTIR,CHM-CMT,97
AMPS,Hydrogel,CHM-DSC,102
AMPS,Hydrophilic,CHM-PRO,34
AMPS,Layers,CHM-DSC,36
AMPS,Membrane,CHM-DSC,76
AMPS,Methanol,CHM-CHM,37
AMPS,Morphology,CHM-PRO,42
AMPS,NaCl,CHM-CHM,65
AMPS,Nanocomposite,CHM-DSC,32
AMPS,Nanoparticles,CHM-DSC,60
AMPS,Particles,CHM-DSC,56
AMPS,Peptide,PRO-APL,36
AMPS,Protonic Conductivity,CHM-PRO,38
AMPS,SEM,CHM-CMT,155
AMPS,Silica,CHM-CHM,40
AMPS,Structure,CHM-PRO,61
AMPS,Substrate,CHM-DSC,37
AMPS,Surface,CHM-DSC,106
AMPS,Surfaces,CHM-DSC,31
AMPS,TEM,CHM-CMT,54
AMPS,Tga,CHM-CMT,40
AMPS,XRD,CHM-CMT,43
AMR,Anisotropic Magnetoresistance,PRO-PRO,114
AMR,Antimicrobial Resistance,PRO-PRO,47
AMR,Co,PRO-CHM,45
AMR,Ferromagnetic,PRO-PRO,39
AMR,Film,PRO-DSC,66
AMR,Films,PRO-DSC,49
AMR,Interface,PRO-DSC,40
AMR,Layers,PRO-DSC,50
AMR,Magnetics,PRO-PRO,52
AMR,Magnetization,PRO-PRO,57
AMR,Magneto Resistance,PRO-PRO,83
AMR,Magnetocaloric,APL-PRO,31
AMR,Regenerators,APL-APL,46
AMR,Resistance,PRO-PRO,40
AMR,Substrate,PRO-DSC,46
AMR,Surface,PRO-DSC,32
AMR,Thin Films,PRO-DSC,40
AMS,10Be,APL-CHM,50
AMS,10Be,CMT-CHM,70
AMS,129I,CMT-CHM,45
AMS,14C,APL-CHM,78
AMS,14C,CMT-CHM,207
AMS,14C,CMT-CMT,86
AMS,26Al,APL-CHM,39
AMS,26Al,CMT-CHM,40
AMS,Accelerator Mass Spectrometry,APL-CMT,64
AMS,Accelerator Mass Spectrometry,CMT-CMT,244
AMS,Aerosol,CMT-DSC,37
AMS,Aerosol Mass Spectrometer,CMT-CMT,30
AMS,Ages,CMT-PRO,38
AMS,Ammonium,CMT-CHM,35
AMS,Anisotropy,CMT-PRO,64
AMS,Anisotropy,PRO-PRO,37
AMS,Anisotropy Degree,CMT-PRO,37
AMS,Anisotropy of Magnetic Susceptibility,CMT-CMT,38
AMS,Anisotropy of Magnetic Susceptibility,CMT-PRO,94
AMS,Anisotropy of Magnetic Susceptibility,PRO-PRO,73
AMS,Biotites,CMT-CHM,53
AMS,Bulk,CMT-DSC,50
AMS,CO2,APL-CHM,33
AMS,CO2,CMT-CHM,60
AMS,Calcite,CMT-CHM,36
AMS,Carbon,APL-CHM,64
AMS,Carbon,CMT-CHM,169
AMS,Carbonates,CMT-CHM,42
AMS,Charcoal,CMT-CHM,36
AMS,Chemical Composition,CMT-PRO,41
AMS,Compositions,CMT-PRO,66
AMS,Concentration,CMT-PRO,33
AMS,Cooling,CMT-SMT,42
AMS,Core,CMT-DSC,33
AMS,Crystal,CMT-DSC,39
AMS,Density,CMT-PRO,39
AMS,Detector,APL-APL,56
AMS,Detector,CMT-APL,40
AMS,Diamonds,CMT-CHM,47
AMS,Fe,CMT-CHM,40
AMS,Feldspar,CMT-CHM,32
AMS,Ferromagnetic,CMT-PRO,35
AMS,Foliation,CMT-PRO,90
AMS,Foliation,PRO-PRO,38
AMS,Geological Map,CMT-CMT,88
AMS,Geological Map,PRO-CMT,37
AMS,Grain Size,CMT-PRO,35
AMS,Grains,CMT-DSC,35
AMS,Graphite,APL-CHM,30
AMS,Graphite,CMT-CHM,35
AMS,Heating,CMT-SMT,38
AMS,Holocene,CMT-CHM,72
AMS,IRM,CMT-CMT,41
AMS,K,CMT-PRO,68
AMS,K,PRO-PRO,32
AMS,Layers,CMT-DSC,63
AMS,Lineation,CMT-PRO,32
AMS,Magnetic Fabric,CMT-PRO,121
AMS,Magnetic Fabric,PRO-PRO,70
AMS,Magnetic Foliation,CMT-PRO,89
AMS,Magnetic Foliation,PRO-PRO,42
AMS,Magnetic Lineations,CMT-PRO,86
AMS,Magnetic Lineations,PRO-PRO,41
AMS,Magnetic Susceptibility,CMT-PRO,140
AMS,Magnetic Susceptibility,PRO-PRO,64
AMS,Magnetics,CMT-PRO,31
AMS,Magnetite,CMT-CHM,96
AMS,Magnetite,PRO-CHM,57
AMS,Mass Concentration,CMT-PRO,33
AMS,Mass Spectra,CMT-CMT,35
AMS,Microstructure,CMT-PRO,49
AMS,Miocene,CMT-CHM,31
AMS,Nitrate,CMT-CHM,42
AMS,O,CMT-CHM,48
AMS,OH,CMT-CHM,31
AMS,Oxygen,CMT-CHM,49
AMS,P,CMT-PRO,34
AMS,Paramagnetic,CMT-PRO,49
AMS,Paramagnetic,PRO-PRO,35
AMS,Particles,CMT-DSC,94
AMS,Photomicrograph,CMT-CMT,32
AMS,Prolate,CMT-CHM,30
AMS,Quartz,CMT-CHM,119
AMS,Quartz,PRO-CHM,30
AMS,Radiocarbon,CMT-CMT,90
AMS,Radiocarbon Age,CMT-CMT,53
AMS,Radiocarbon Dating,CMT-CMT,43
AMS,Rocks,CMT-DSC,30
AMS,SMPS,CMT-CMT,40
AMS,Sediment Core,CMT-DSC,31
AMS,Sediments,CMT-DSC,68
AMS,Shape Parameter,CMT-PRO,49
AMS,Size Distribution,CMT-PRO,30
AMS,Structural,CMT-PRO,30
AMS,Sulfates,CMT-CHM,59
AMS,Surface,CMT-DSC,76
AMS,Susceptibility,CMT-PRO,85
AMS,Susceptibility,PRO-PRO,43
AMS,T,CMT-PRO,68
AMS,T,PRO-PRO,33
AMS,Thin Sections,CMT-DSC,36
AMS 14C,14C,CMT-CHM,72
AMS 14C,14C,CMT-CMT,36
AMS 14C,Carbon,CMT-CHM,36
AMS 14C,Holocene,CMT-CHM,53
AMS 14C,Sediments,CMT-DSC,40
AMT,Surface,CHM-DSC,32
AMX,Amoxicillin,CHM-CHM,106
ANCOVA,Analysis of Covariance,CMT-CMT,35
ANFIS,ANN,CMT-CMT,212
ANFIS,ANNS,CMT-CMT,38
ANFIS,Adaptive Network-Based Fuzzy Inference System,CMT-CMT,101
ANFIS,Adaptive Neuro-Fuzzy Inference System,APL-CMT,30
ANFIS,Adaptive Neuro-Fuzzy Inference System,CMT-CMT,502
ANFIS,Artificial Neural Network,CMT-CMT,181
ANFIS,CO2,CMT-CHM,40
ANFIS,Controller,CMT-APL,52
ANFIS,Correlation Coefficient,CMT-PRO,48
ANFIS,FIS,CMT-CMT,38
ANFIS,Fuzzy Inference System,CMT-CMT,42
ANFIS,Fuzzy Logic,CMT-CMT,43
ANFIS,GA,CMT-CMT,66
ANFIS,Genetic Algorithm,CMT-CMT,58
ANFIS,MLP,CMT-CMT,32
ANFIS,MSE,CMT-PRO,43
ANFIS,Mape,CMT-PRO,36
ANFIS,Membership Function,CMT-CMT,47
ANFIS,Membership Function,CMT-PRO,121
ANFIS,Neural Network,CMT-CMT,79
ANFIS,PSO,CMT-CMT,52
ANFIS,Particle Swarm Optimisation,CMT-CMT,37
ANFIS,R2,CMT-PRO,100
ANFIS,RBF,CMT-CMT,34
ANFIS,RMSE,CMT-PRO,120
ANFIS,Root Mean Squared Error,CMT-PRO,62
ANFIS,SVM,CMT-CMT,35
ANFIS,Support Vector Machine,CMT-CMT,34
ANI,Anilines,CHM-CHM,78
ANI,Polyaniline,CHM-CHM,41
ANK,Ankerite,CHM-CHM,30
ANMBR,Anaerobic Membrane Bioreactor,APL-APL,107
ANMBR,COD,APL-PRO,32
ANMBR,Membrane,APL-APL,48
ANMBR,Membrane,APL-DSC,32
ANMBR,Methane,APL-CHM,51
ANMBR,Oxygen,APL-CHM,34
ANN,AI,CMT-CMT,36
ANN,ANFIS,CMT-CMT,212
ANN,ANN Model,CMT-CMT,87
ANN,ANN-GA,CMT-CMT,33
ANN,ANNS,APL-APL,50
ANN,ANNS,APL-CMT,140
ANN,ANNS,CMT-APL,71
ANN,ANNS,CMT-CMT,518
ANN,ANOVA,CMT-CMT,63
ANN,ARIMA,CMT-CMT,43
ANN,Accuracy,CMT-PRO,86
ANN,Activation Function,CMT-PRO,38
ANN,Adaptive Neuro-Fuzzy Inference System,CMT-CMT,102
ANN,Adsorbent,CMT-APL,50
ANN,Al,CMT-CHM,58
ANN,Al2O3,CMT-CHM,31
ANN,Algorithm,CMT-CMT,39
ANN,Alloy,CMT-DSC,119
ANN,Alloys,CMT-DSC,59
ANN,Aluminum,CMT-CHM,71
ANN,Analysis,CMT-CMT,64
ANN,Analysis of Variance,CMT-CMT,49
ANN,Artificial Intelligence,CMT-CMT,73
ANN,Artificial Neural Network,APL-CMT,547
ANN,Artificial Neural Network,CMT-CMT,3403
ANN,Averaged,CMT-PRO,32
ANN,BPNN,CMT-CMT,32
ANN,Back Propagation Algorithm,CMT-CMT,93
ANN,Back Propagation Neural Network,CMT-CMT,46
ANN,Bio Diesel,CMT-APL,34
ANN,Bp,CMT-CMT,53
ANN,Building,CMT-APL,45
ANN,Buildings,CMT-APL,34
ANN,CCD,CMT-CMT,48
ANN,CFD,CMT-CMT,47
ANN,CH4,CMT-CHM,44
ANN,CO,CMT-CHM,86
ANN,CO,CMT-PRO,31
ANN,CO2,CMT-CHM,174
ANN,CO2,CMT-PRO,31
ANN,COP,CMT-PRO,30
ANN,Carbon,CMT-CHM,171
ANN,Carbon Dioxide,CMT-CHM,51
ANN,Catalyst,CMT-APL,80
ANN,Central Composite Design,CMT-CMT,37
ANN,Chemical Composition,CMT-PRO,46
ANN,Chemical Structures,CMT-PRO,47
ANN,Classification,CMT-APL,37
ANN,Classification Accuracy,CMT-PRO,32
ANN,Classifier,CMT-APL,50
ANN,Coal,CMT-CHM,53
ANN,Coatings,CMT-APL,32
ANN,Coefficient,CMT-PRO,58
ANN,Coefficient of Determination,CMT-PRO,91
ANN,Composite,CMT-DSC,94
ANN,Compositions,CMT-PRO,145
ANN,Compressive Strength,CMT-PRO,64
ANN,Controller,CMT-APL,53
ANN,Cooling,CMT-SMT,40
ANN,Copper,CMT-CHM,45
ANN,Correlation Coefficient,APL-PRO,48
ANN,Correlation Coefficient,CMT-PRO,283
ANN,Cr,CMT-CHM,31
ANN,Cross Validation,CMT-CMT,40
ANN,Cu,CMT-CHM,64
ANN,Current,CMT-PRO,35
ANN,Curves,CMT-CMT,35
ANN,Data Mining,CMT-CMT,37
ANN,Decision Trees,CMT-CMT,37
ANN,Density,CMT-PRO,111
ANN,Design of Experiments,CMT-CMT,35
ANN,Determination Coefficient,CMT-PRO,36
ANN,Efficiency,CMT-PRO,73
ANN,Electrode,CMT-APL,42
ANN,Energy,CMT-PRO,38
ANN,Energy Consumption,CMT-PRO,55
ANN,Engines,CMT-APL,60
ANN,Error,CMT-PRO,47
ANN,Ethanol,CMT-CHM,60
ANN,Extreme Learning Machine,CMT-CMT,31
ANN,F,CMT-PRO,32
ANN,FT-IR,CMT-CMT,32
ANN,FTIR,CMT-CMT,51
ANN,Fe,CMT-CHM,54
ANN,Feed Forward Neural Network,CMT-CMT,55
ANN,Feed-Forward Artificial Neural Network,CMT-CMT,31
ANN,Fem,CMT-CMT,52
ANN,Fiber,CMT-DSC,36
ANN,Film,CMT-DSC,38
ANN,Finite Element Method,CMT-CMT,36
ANN,Flow Stress,CMT-PRO,43
ANN,Forecasting,CMT-APL,76
ANN,Function,CMT-CMT,37
ANN,Fuzzy Logic,CMT-CMT,52
ANN,GA,APL-CMT,36
ANN,GA,APL-SMT,40
ANN,GA,CMT-CMT,236
ANN,GA,CMT-SMT,129
ANN,GEP,CMT-CMT,32
ANN,Genetic Algorithm,APL-CMT,52
ANN,Genetic Algorithm,CMT-CMT,278
ANN,Genetic Programming,CMT-CMT,53
ANN,Gp,CMT-CMT,60
ANN,H2,CMT-CHM,49
ANN,Hardness,CMT-PRO,42
ANN,Heat Transfer,CMT-PRO,40
ANN,Heating,CMT-SMT,36
ANN,Hydrocarbon,CMT-CHM,66
ANN,Hydrogen,CMT-CHM,94
ANN,Interface,CMT-DSC,36
ANN,Iron,CMT-CHM,33
ANN,K,CMT-PRO,43
ANN,KNN,CMT-CMT,34
ANN,Layers,CMT-DSC,53
ANN,Levenberg-Marquardt,CMT-CMT,59
ANN,Levenberg-Marquardt Algorithm,CMT-CMT,33
ANN,Linear Regression,CMT-CMT,68
ANN,Lm,CMT-CMT,67
ANN,MAE,CMT-PRO,79
ANN,MLP,APL-CMT,47
ANN,MLP,CMT-CMT,184
ANN,MLR,CMT-CMT,205
ANN,MSE,APL-PRO,76
ANN,MSE,CMT-PRO,235
ANN,Machine Learning,CMT-CMT,92
ANN,Machining,CMT-SMT,45
ANN,Mape,CMT-PRO,100
ANN,Mean,CMT-PRO,94
ANN,Mean Absolute Error,CMT-PRO,50
ANN,Mean Absolute Percentage Error,CMT-PRO,41
ANN,Mean Squared Error,APL-PRO,39
ANN,Mean Squared Error,CMT-CMT,39
ANN,Mean Squared Error,CMT-PRO,123
ANN,Mechanical Property,CMT-PRO,69
ANN,Membrane,CMT-DSC,41
ANN,Metals,CMT-PRO,36
ANN,Methane,CMT-CHM,42
ANN,Methanol,CMT-CHM,75
ANN,Methods,CMT-CMT,32
ANN,Microstructure,CMT-PRO,84
ANN,Models,CMT-APL,49
ANN,Models,CMT-CMT,147
ANN,Mre,CMT-PRO,31
ANN,Multilayer Perceptron,APL-CMT,37
ANN,Multilayer Perceptron,CMT-CMT,152
ANN,Multiple Linear Regression,CMT-CMT,123
ANN,N2,CMT-CHM,36
ANN,NaCl,CMT-CHM,31
ANN,Nanofluid,CMT-DSC,53
ANN,Nanoparticles,CMT-DSC,74
ANN,Network,APL-CMT,39
ANN,Network,CMT-CMT,87
ANN,Neural,CMT-APL,76
ANN,Neural Network,APL-APL,40
ANN,Neural Network,APL-CMT,110
ANN,Neural Network,CMT-APL,126
ANN,Neural Network,CMT-CMT,565
ANN,Neural Network Model,CMT-CMT,45
ANN,Neuron,CMT-APL,49
ANN,Ni,CMT-CHM,43
ANN,Nitrogen,CMT-CHM,65
ANN,Nox,CMT-PRO,30
ANN,O,CMT-CHM,32
ANN,O2,CMT-CHM,32
ANN,Oxygen,CMT-CHM,91
ANN,PCA,CMT-CMT,122
ANN,PLS,CMT-CMT,86
ANN,PSO,CMT-CMT,91
ANN,PV,CMT-APL,36
ANN,PV System,CMT-APL,31
ANN,Partial Least Square,CMT-CMT,50
ANN,Particle Size,CMT-PRO,43
ANN,Particle Swarm Optimisation,CMT-CMT,73
ANN,Particles,CMT-DSC,47
ANN,Permeability,CMT-PRO,30
ANN,Physical Properties,CMT-PRO,30
ANN,Porosity,CMT-PRO,58
ANN,Powder,CMT-DSC,37
ANN,Power,CMT-PRO,50
ANN,Power Systems,CMT-APL,44
ANN,Prediction,CMT-APL,61
ANN,Prediction Accuracy,CMT-PRO,85
ANN,Prediction Error,CMT-PRO,39
ANN,Pressure Drop,CMT-PRO,34
ANN,Principal Component Analysis,CMT-CMT,97
ANN,QSPR,CMT-CMT,44
ANN,R2,APL-PRO,55
ANN,R2,CMT-PRO,385
ANN,RBF,CMT-CMT,81
ANN,RF,CMT-CMT,33
ANN,RMS,CMT-PRO,35
ANN,RMSE,APL-PRO,53
ANN,RMSE,CMT-PRO,284
ANN,RSM,CMT-CMT,176
ANN,Radial Basis Function,CMT-CMT,58
ANN,Random Forest,CMT-CMT,31
ANN,Reactors,CMT-APL,38
ANN,Regression,CMT-CMT,49
ANN,Regression Analysis,CMT-CMT,69
ANN,Regression Coefficient,CMT-PRO,33
ANN,Regression Model,CMT-CMT,50
ANN,Relative Humidity,CMT-PRO,38
ANN,Reliability,CMT-PRO,38
ANN,Removal Efficiency,CMT-PRO,44
ANN,Reservoir,CMT-APL,49
ANN,Response Surface Methodology,CMT-CMT,129
ANN,Root,CMT-PRO,44
ANN,Root Mean Squared Error,CMT-CMT,31
ANN,Root Mean Squared Error,CMT-PRO,165
ANN,SEM,CMT-CMT,130
ANN,SVM,CMT-CMT,242
ANN,Sensitivity,CMT-PRO,46
ANN,Sensitivity Analysis,APL-CMT,30
ANN,Sensitivity Analysis,CMT-CMT,143
ANN,Sensor,CMT-APL,108
ANN,Si,CMT-CHM,41
ANN,Simulation,CMT-CMT,32
ANN,Soil,CMT-DSC,47
ANN,Soil,CMT-PRO,53
ANN,Solar Radiation,CMT-PRO,61
ANN,Stability,CMT-PRO,61
ANN,Standard Deviation,CMT-PRO,38
ANN,Statistical Analysis,CMT-CMT,50
ANN,Strengths,CMT-PRO,68
ANN,Stress,CMT-PRO,38
ANN,Structure,CMT-PRO,84
ANN,Substrate,CMT-DSC,37
ANN,Support Vector Machine,CMT-CMT,187
ANN,Support Vector Regression,CMT-CMT,52
ANN,Surface,CMT-DSC,182
ANN,Surface Roughness,CMT-PRO,60
ANN,Surfaces,CMT-DSC,52
ANN,Svr,CMT-CMT,75
ANN,T,CMT-PRO,34
ANN,TEM,CMT-CMT,64
ANN,Temperature,CMT-PRO,95
ANN,Thermal Conductivity,CMT-PRO,53
ANN,TiO2,CMT-CHM,38
ANN,Training,CMT-PRO,31
ANN,Transfer Function,CMT-PRO,53
ANN,Viscosity,CMT-PRO,62
ANN,Voltages,CMT-PRO,44
ANN,Wind Speed,CMT-PRO,58
ANN,X-Ray Diffraction,CMT-CMT,43
ANN,XRD,CMT-CMT,96
ANN,pH,CMT-PRO,42
ANN Model,ANN,CMT-CMT,87
ANN Model,Artificial Neural Network,CMT-CMT,51
ANN-GA,ANN,CMT-CMT,33
ANN-GA,Artificial Neural Network,CMT-CMT,31
ANN-GA,Genetic Algorithm,CMT-CMT,32
ANNS,ANFIS,CMT-CMT,38
ANNS,ANN,APL-APL,50
ANNS,ANN,APL-CMT,71
ANNS,ANN,CMT-APL,140
ANNS,ANN,CMT-CMT,518
ANNS,Artificial Neural Network,APL-CMT,96
ANNS,Artificial Neural Network,CMT-CMT,871
ANNS,Correlation Coefficient,CMT-PRO,43
ANNS,GA,CMT-CMT,37
ANNS,Genetic Algorithm,CMT-CMT,64
ANNS,MLP,CMT-CMT,57
ANNS,Multilayer Perceptron,CMT-CMT,49
ANNS,Neural Network,CMT-CMT,115
ANNS,PCA,CMT-CMT,30
ANNS,Principal Component Analysis,CMT-CMT,32
ANNS,R2,CMT-PRO,58
ANNS,RMSE,CMT-PRO,38
ANNS,Root Mean Squared Error,CMT-PRO,35
ANNS,Sensitivity Analysis,CMT-CMT,30
ANNS,Support Vector Machine,CMT-CMT,37
ANOVA,1H,CMT-CHM,76
ANOVA,1H NMR,CMT-CMT,56
ANOVA,3D,CMT-CMT,47
ANOVA,3D,CMT-DSC,56
ANOVA,ADP,CMT-CHM,30
ANOVA,AFM,CMT-CMT,121
ANOVA,ALP Activity,CMT-PRO,33
ANOVA,ANN,CMT-CMT,63
ANOVA,ATP,CMT-CHM,83
ANOVA,Absorbance,CMT-PRO,76
ANOVA,Absorption Spectrum,CMT-CMT,34
ANOVA,Accuracy,CMT-PRO,34
ANOVA,Acetic Acid,CMT-CHM,67
ANOVA,Acetone,CMT-CHM,33
ANOVA,Acetonitrile,CMT-CHM,32
ANOVA,Activity,CMT-PRO,58
ANOVA,Adhesions,CMT-PRO,38
ANOVA,Adsorbent,CMT-APL,75
ANOVA,Adsorbent,CMT-PRO,48
ANOVA,Adsorption Capacity,CMT-PRO,59
ANOVA,Ag,CMT-CHM,55
ANOVA,Aging,CMT-SMT,34
ANOVA,Al,CMT-CHM,87
ANOVA,Al2O3,CMT-CHM,53
ANOVA,Alamar Blue,CMT-CHM,33
ANOVA,Alloy,CMT-DSC,119
ANOVA,Alloys,CMT-DSC,43
ANOVA,Aluminum,CMT-CHM,93
ANOVA,Amines,CMT-CHM,38
ANOVA,Amino Acid,CMT-CHM,102
ANOVA,Analyses,CMT-CMT,39
ANOVA,Analysis,CMT-CMT,174
ANOVA,Analysis of Variance,CMT-CMT,1467
ANOVA,Annealing,CMT-SMT,30
ANOVA,Apoptosis,CMT-PRO,45
ANOVA,Artificial Neural Network,CMT-CMT,49
ANOVA,Atomic Force Microscopy,CMT-CMT,33
ANOVA,BBD,CMT-CMT,53
ANOVA,Bar,CMT-DSC,46
ANOVA,Bars,CMT-DSC,124
ANOVA,Beads,CMT-DSC,33
ANOVA,Bio Diesel,CMT-APL,40
ANOVA,Biomass,CMT-PRO,44
ANOVA,Blue Line,CMT-CHM,60
ANOVA,Body Weight,CMT-PRO,104
ANOVA,Bone,CMT-DSC,48
ANOVA,Bonferroni's Post Hoc Test,CMT-CMT,38
ANOVA,Bonferroni's Test,CMT-CMT,59
ANOVA,Box Plots,CMT-CMT,51
ANOVA,Box-Behnken Design,CMT-CMT,85
ANOVA,Brain,CMT-DSC,57
ANOVA,BrdU,CMT-CHM,69
ANOVA,Bulk,CMT-DSC,53
ANOVA,C,CMT-CHM,54
ANOVA,CCD,CMT-CMT,212
ANOVA,CH2Cl2,CMT-CHM,39
ANOVA,CLSM,CMT-CMT,50
ANOVA,CO,CMT-CHM,49
ANOVA,CO2,CMT-CHM,147
ANOVA,COD,CMT-PRO,36
ANOVA,Ca,CMT-CHM,68
ANOVA,Ca2+,CMT-CHM,75
ANOVA,CaCl2,CMT-CHM,40
ANOVA,Calcein AM,CMT-CHM,33
ANOVA,Calcium,CMT-CHM,122
ANOVA,Carbide,CMT-CHM,45
ANOVA,Carbohydrate,CMT-CHM,31
ANOVA,Carbon,CMT-CHM,279
ANOVA,Carbon Dioxide,CMT-CHM,36
ANOVA,Catalyst,CMT-APL,133
ANOVA,Cd,CMT-CHM,53
ANOVA,Cell,CMT-APL,69
ANOVA,Cell,CMT-DSC,150
ANOVA,Cell,CMT-PRO,113
ANOVA,Cell Cycle,CMT-PRO,46
ANOVA,Cell Morphology,CMT-PRO,31
ANOVA,Cell Number,CMT-PRO,60
ANOVA,Cell Proliferation,CMT-PRO,65
ANOVA,Cell Viability,CMT-PRO,306
ANOVA,Cells,CMT-APL,115
ANOVA,Cells,CMT-DSC,672
ANOVA,Cells,CMT-PRO,48
ANOVA,Cellular Uptake,CMT-PRO,35
ANOVA,Central Composite Design,CMT-CMT,196
ANOVA,Ceramic,CMT-DSC,53
ANOVA,Chemical Composition,CMT-PRO,93
ANOVA,Chemical Structures,CMT-PRO,186
ANOVA,Cholesterol,CMT-CHM,43
ANOVA,Citrates,CMT-CHM,30
ANOVA,Cluster,CMT-DSC,30
ANOVA,Co,CMT-CHM,45
ANOVA,Coated,CMT-DSC,45
ANOVA,Coated,CMT-SMT,171
ANOVA,Coatings,CMT-APL,146
ANOVA,Coatings,CMT-SMT,30
ANOVA,Coefficient,CMT-PRO,37
ANOVA,Coefficient of Determination,CMT-PRO,39
ANOVA,Color,CMT-CMT,39
ANOVA,Color,CMT-PRO,30
ANOVA,Color Figure,CMT-CMT,37
ANOVA,Composite,CMT-DSC,214
ANOVA,Compositions,CMT-PRO,220
ANOVA,Compressive Strength,CMT-PRO,69
ANOVA,Concentration,CMT-PRO,50
ANOVA,Confocal Image,CMT-CMT,82
ANOVA,Confocal Microscopy,CMT-CMT,100
ANOVA,Contact Angle,CMT-PRO,41
ANOVA,Contour Plot,CMT-CMT,128
ANOVA,Cooling,CMT-SMT,45
ANOVA,Copper,CMT-CHM,81
ANOVA,Correlation Coefficient,CMT-PRO,75
ANOVA,Coverslip,CMT-DSC,43
ANOVA,Cr,CMT-CHM,37
ANOVA,Crystal,CMT-DSC,37
ANOVA,Crystal Violet,CMT-CHM,35
ANOVA,Cu,CMT-CHM,94
ANOVA,Curing,CMT-SMT,33
ANOVA,Curves,CMT-CMT,35
ANOVA,Cutting,CMT-PRO,34
ANOVA,Cutting,CMT-SMT,31
ANOVA,Cutting Force,CMT-PRO,50
ANOVA,Cutting Speed,CMT-PRO,30
ANOVA,Cutting Tool,CMT-APL,31
ANOVA,Cysteines,CMT-CHM,30
ANOVA,Cytotoxicity,CMT-PRO,134
ANOVA,DAPI,CMT-CHM,255
ANOVA,DCF,CMT-CHM,33
ANOVA,DLS,CMT-CMT,79
ANOVA,DMEM,CMT-CHM,43
ANOVA,DMF,CMT-CHM,58
ANOVA,DMSO,CMT-CHM,150
ANOVA,DNA,CMT-PRO,55
ANOVA,DOX,CMT-CHM,41
ANOVA,DPPH,CMT-CHM,31
ANOVA,DSC,CMT-CMT,69
ANOVA,Densitometry,CMT-CMT,55
ANOVA,Densitometry Analysis,CMT-CMT,74
ANOVA,Density,CMT-PRO,120
ANOVA,Design of Experiments,CMT-CMT,114
ANOVA,Desirability,CMT-PRO,32
ANOVA,Desirability Function,CMT-CMT,39
ANOVA,Deviation,CMT-PRO,30
ANOVA,Dexamethasone,CMT-CHM,48
ANOVA,Diamonds,CMT-CHM,90
ANOVA,Doe,CMT-CMT,102
ANOVA,Dose Response Curve,CMT-CMT,38
ANOVA,Dried,CMT-SMT,30
ANOVA,Dunnett's Test,CMT-CMT,99
ANOVA,Dynamic Light Scattering,CMT-CMT,41
ANOVA,EDS,CMT-CMT,109
ANOVA,EDTA,CMT-CHM,32
ANOVA,EDX,CMT-CMT,92
ANOVA,ELISA,CMT-CMT,162
ANOVA,Edm,CMT-SMT,34
ANOVA,Elastic Modulus,CMT-PRO,51
ANOVA,Electrode,CMT-APL,82
ANOVA,Electrodes,CMT-APL,41
ANOVA,Electrospun,CMT-SMT,38
ANOVA,Elemental Composition,CMT-PRO,41
ANOVA,Enzymatic Hydrolysis,CMT-SMT,31
ANOVA,Enzyme Activity,CMT-PRO,32
ANOVA,Eosin,CMT-CHM,120
ANOVA,Ethanol,CMT-CHM,184
ANOVA,Ethidium Bromide,CMT-CHM,32
ANOVA,Experimental Design,CMT-CMT,111
ANOVA,Extraction,CMT-SMT,33
ANOVA,F,CMT-CHM,93
ANOVA,F,CMT-PRO,68
ANOVA,FE-SEM,CMT-CMT,38
ANOVA,FESEM,CMT-CMT,83
ANOVA,FITC,CMT-CHM,118
ANOVA,FT-IR,CMT-CMT,143
ANOVA,FTIR,CMT-CMT,308
ANOVA,Facs,CMT-CMT,39
ANOVA,Factorial Design,CMT-CMT,33
ANOVA,Fatty Acid,CMT-CHM,67
ANOVA,Fe,CMT-CHM,100
ANOVA,Fe3O4,CMT-CHM,41
ANOVA,Fermentation,CMT-SMT,30
ANOVA,Fiber,CMT-DSC,75
ANOVA,Fibers,CMT-DSC,101
ANOVA,Fibres,CMT-DSC,40
ANOVA,Film,CMT-DSC,105
ANOVA,Films,CMT-DSC,108
ANOVA,Flow Cytometric Analysis,CMT-CMT,45
ANOVA,Flow Cytometry,CMT-CMT,275
ANOVA,Fluorescence,CMT-CMT,176
ANOVA,Fluorescence,CMT-PRO,111
ANOVA,Fluorescence Image,CMT-CMT,73
ANOVA,Fluorescence Intensity,CMT-PRO,145
ANOVA,Fluorescence Microscopy,CMT-CMT,101
ANOVA,Fluorescent Image,CMT-CMT,37
ANOVA,Formalin,CMT-CHM,43
ANOVA,Full Factorial Design,CMT-CMT,42
ANOVA,G,CMT-PRO,55
ANOVA,GA,CMT-CMT,36
ANOVA,GSH,CMT-CHM,75
ANOVA,Gel,CMT-DSC,33
ANOVA,Gels,CMT-DSC,32
ANOVA,Gene Expression,CMT-PRO,131
ANOVA,Genetic Algorithm,CMT-CMT,41
ANOVA,Glass,CMT-DSC,30
ANOVA,Glucose,CMT-CHM,187
ANOVA,Glutamate,CMT-CHM,35
ANOVA,Glutathione,CMT-CHM,62
ANOVA,Glycerol,CMT-CHM,39
ANOVA,Grain Size,CMT-PRO,43
ANOVA,Graphite,CMT-CHM,30
ANOVA,Grey Relational Analysis,CMT-CMT,44
ANOVA,H&E,CMT-CMT,41
ANOVA,H2,CMT-CHM,55
ANOVA,H2O,CMT-CHM,65
ANOVA,H2O2,CMT-CHM,185
ANOVA,H2SO4,CMT-CHM,43
ANOVA,HCl,CMT-CHM,77
ANOVA,Haematoxylin,CMT-CHM,136
ANOVA,Haematoxylin Eosin,CMT-CMT,38
ANOVA,Hardness,CMT-PRO,93
ANOVA,Heat Map,CMT-CMT,43
ANOVA,Heating,CMT-SMT,61
ANOVA,Histological,CMT-CMT,35
ANOVA,Hplc,CMT-CMT,90
ANOVA,Hydrogel,CMT-DSC,114
ANOVA,Hydrogen,CMT-CHM,113
ANOVA,Hydrogen Peroxide,CMT-CHM,59
ANOVA,Hydrolysis,CMT-SMT,77
ANOVA,Hydrophobic,CMT-PRO,36
ANOVA,Hydroxyl,CMT-CHM,30
ANOVA,IC50,CMT-PRO,45
ANOVA,ImageJ,CMT-CMT,55
ANOVA,Immunoblot,CMT-CMT,73
ANOVA,Immunoblotting,CMT-CMT,56
ANOVA,Immunofluorescence,CMT-CMT,78
ANOVA,Immunofluorescence Staining,CMT-CMT,56
ANOVA,Immunohistochemical,CMT-CMT,33
ANOVA,Immunohistochemical Staining,CMT-CMT,34
ANOVA,Immunohistochemistry,CMT-CMT,64
ANOVA,Immunostaining,CMT-CMT,46
ANOVA,Implantations,CMT-SMT,45
ANOVA,Implants,CMT-APL,47
ANOVA,Indomethacin,CMT-CHM,46
ANOVA,Interface,CMT-DSC,64
ANOVA,Iron,CMT-CHM,76
ANOVA,Irradiated,CMT-SMT,67
ANOVA,Irradiation,CMT-SMT,86
ANOVA,K,CMT-PRO,54
ANOVA,K+,CMT-CHM,31
ANOVA,KOH,CMT-CHM,41
ANOVA,Kinetic Parameters,CMT-PRO,50
ANOVA,Kinetics Model,CMT-CMT,30
ANOVA,Lactate,CMT-CHM,35
ANOVA,Langmuir,CMT-CMT,37
ANOVA,Layers,CMT-DSC,179
ANOVA,Leaves,CMT-DSC,81
ANOVA,Light Microscopy,CMT-CMT,40
ANOVA,Linear Regression,CMT-CMT,65
ANOVA,Liver,CMT-APL,36
ANOVA,Liver,CMT-DSC,68
ANOVA,Lsd,CMT-CMT,30
ANOVA,Luciferase Activity,CMT-PRO,40
ANOVA,MDA,CMT-CHM,52
ANOVA,MFI,CMT-PRO,30
ANOVA,MRNA,CMT-PRO,96
ANOVA,MRR,CMT-PRO,37
ANOVA,MTT,CMT-CHM,238
ANOVA,MTT Assay,CMT-CMT,163
ANOVA,Machined,CMT-SMT,57
ANOVA,Machining,CMT-APL,36
ANOVA,Machining,CMT-PRO,38
ANOVA,Machining,CMT-SMT,119
ANOVA,Macrophages,CMT-APL,33
ANOVA,Macrophages,CMT-PRO,36
ANOVA,Magenta,CMT-CHM,39
ANOVA,Magnesium,CMT-CHM,30
ANOVA,Magnetics,CMT-PRO,36
ANOVA,Material Removal Rate,CMT-PRO,37
ANOVA,Matrix,CMT-DSC,48
ANOVA,MeOH,CMT-CHM,53
ANOVA,Mean,CMT-PRO,60
ANOVA,MeanStandard Deviation,CMT-PRO,40
ANOVA,Meansem,CMT-CMT,34
ANOVA,Meansem,CMT-PRO,51
ANOVA,Mechanical,CMT-PRO,36
ANOVA,Mechanical Property,CMT-PRO,147
ANOVA,Membrane,CMT-APL,32
ANOVA,Membrane,CMT-DSC,213
ANOVA,Membrane,CMT-PRO,32
ANOVA,Metals,CMT-PRO,66
ANOVA,Methane,CMT-CHM,34
ANOVA,Methanol,CMT-CHM,134
ANOVA,Methylene Blue,CMT-CHM,33
ANOVA,Mg,CMT-CHM,75
ANOVA,Mice,CMT-APL,44
ANOVA,Mice,CMT-DSC,113
ANOVA,Micro Hardness,CMT-PRO,39
ANOVA,Microparticle,CMT-DSC,33
ANOVA,Microstructure,CMT-PRO,126
ANOVA,Milling,CMT-SMT,33
ANOVA,Mn,CMT-CHM,47
ANOVA,Models,CMT-CMT,77
ANOVA,Molecular Structure,CMT-PRO,39
ANOVA,Molecular Weight,CMT-PRO,52
ANOVA,Monolayers,CMT-DSC,58
ANOVA,Morphologic,CMT-PRO,35
ANOVA,Morphologies,CMT-PRO,35
ANOVA,Morphology,CMT-PRO,273
ANOVA,Mtt,CMT-CMT,37
ANOVA,Multiple Regression Analysis,CMT-CMT,31
ANOVA,N2,CMT-CHM,89
ANOVA,NAC,CMT-CHM,35
ANOVA,NMR,CMT-CMT,30
ANOVA,NO,CMT-CHM,71
ANOVA,NPS,CMT-DSC,103
ANOVA,Na,CMT-CHM,36
ANOVA,Na+,CMT-CHM,31
ANOVA,NaCl,CMT-CHM,106
ANOVA,NaOH,CMT-CHM,71
ANOVA,Nanocomposite,CMT-DSC,58
ANOVA,Nanofiber,CMT-DSC,42
ANOVA,Nanoparticle,CMT-DSC,79
ANOVA,Nanoparticles,CMT-DSC,282
ANOVA,Neuronal,CMT-PRO,39
ANOVA,Neurons,CMT-APL,49
ANOVA,Neurons,CMT-DSC,52
ANOVA,Ni,CMT-CHM,72
ANOVA,Nickel,CMT-CHM,37
ANOVA,Nitrate,CMT-CHM,40
ANOVA,Nitric Oxide,CMT-CHM,36
ANOVA,Nitrite,CMT-CHM,35
ANOVA,Nitrogen,CMT-CHM,184
ANOVA,Normal Probability Plot,CMT-CMT,66
ANOVA,O,CMT-CHM,83
ANOVA,O2,CMT-CHM,73
ANOVA,One Way ANOVA,CMT-CMT,236
ANOVA,One Way Analysis of Variance,CMT-CMT,286
ANOVA,Optical Density,CMT-PRO,46
ANOVA,Optical Image,CMT-CMT,40
ANOVA,Optical Microscopy,CMT-CMT,39
ANOVA,Orthogonal Array,CMT-CMT,43
ANOVA,Oxidation,CMT-SMT,32
ANOVA,Oxidative Stress,CMT-PRO,33
ANOVA,Oxygen,CMT-CHM,205
ANOVA,P,CMT-PRO,92
ANOVA,P Value,CMT-PRO,41
ANOVA,PCA,CMT-CMT,99
ANOVA,PCL,CMT-CHM,39
ANOVA,PEG,CMT-CHM,86
ANOVA,PEI,CMT-CHM,36
ANOVA,PLGA,CMT-CHM,45
ANOVA,PMA,CMT-CHM,32
ANOVA,Paired T Test,CMT-CMT,39
ANOVA,Pareto Chart,CMT-CMT,41
ANOVA,Particle,CMT-DSC,41
ANOVA,Particle Size,CMT-PRO,131
ANOVA,Particle Size Distribution,CMT-PRO,62
ANOVA,Particles,CMT-DSC,236
ANOVA,Pb,CMT-CHM,51
ANOVA,Pcr,CMT-CMT,47
ANOVA,Pellet,CMT-DSC,34
ANOVA,Phalloidin,CMT-CHM,65
ANOVA,Phenol,CMT-CHM,30
ANOVA,Phenolics,CMT-CHM,38
ANOVA,Phosphate,CMT-CHM,114
ANOVA,Phosphorus,CMT-CHM,40
ANOVA,Physical,CMT-PRO,35
ANOVA,Physical Properties,CMT-PRO,42
ANOVA,Physicochemical Properties,CMT-PRO,39
ANOVA,Plants,CMT-DSC,32
ANOVA,Plasma,CMT-DSC,33
ANOVA,Plate,CMT-DSC,31
ANOVA,Plates,CMT-DSC,41
ANOVA,Plot,CMT-CMT,40
ANOVA,Plots,CMT-CMT,51
ANOVA,Poly(Acrylamide),CMT-CHM,31
ANOVA,Polystyrene,CMT-CHM,60
ANOVA,Pore Size Distribution,CMT-PRO,31
ANOVA,Pore Sizes,CMT-PRO,40
ANOVA,Porosity,CMT-PRO,65
ANOVA,Porous,CMT-DSC,52
ANOVA,Potassium,CMT-CHM,30
ANOVA,Powder,CMT-DSC,103
ANOVA,Pre-Treatment,CMT-SMT,37
ANOVA,Precision,CMT-PRO,32
ANOVA,Principal Component Analysis,CMT-CMT,90
ANOVA,Productivity,CMT-PRO,31
ANOVA,Proliferation,CMT-PRO,52
ANOVA,Propidium Iodide,CMT-CHM,77
ANOVA,Protein,CMT-PRO,45
ANOVA,QRT-PCR,CMT-CMT,37
ANOVA,Quadratic,CMT-CMT,38
ANOVA,Quadratic Model,CMT-CMT,151
ANOVA,Quartz,CMT-CHM,33
ANOVA,R2,CMT-PRO,167
ANOVA,RSM,CMT-CMT,361
ANOVA,RT-PCR,CMT-CMT,106
ANOVA,Ra,CMT-PRO,59
ANOVA,Raman,CMT-CMT,58
ANOVA,Reactors,CMT-APL,30
ANOVA,Real Time PCR,CMT-CMT,68
ANOVA,Regression Analysis,CMT-CMT,84
ANOVA,Regression Coefficient,CMT-PRO,67
ANOVA,Regression Model,CMT-CMT,45
ANOVA,Removal Efficiency,CMT-PRO,65
ANOVA,Response,CMT-PRO,45
ANOVA,Response Surface,CMT-CMT,164
ANOVA,Response Surface Method,CMT-CMT,42
ANOVA,Response Surface Methodology,CMT-CMT,346
ANOVA,Response Surface Plot,CMT-CMT,141
ANOVA,Response Surface Quadratic,CMT-CMT,58
ANOVA,Response Surface Quadratic Model,CMT-CMT,56
ANOVA,Roots,CMT-DSC,37
ANOVA,Roughness,CMT-PRO,55
ANOVA,S/N,CMT-PRO,38
ANOVA,S/N Ratio,CMT-PRO,103
ANOVA,SDS-PAGE,CMT-CMT,33
ANOVA,SDS-Page,CMT-CMT,41
ANOVA,SEM,CMT-CMT,900
ANOVA,SEM,CMT-PRO,48
ANOVA,Scaffold,CMT-DSC,77
ANOVA,Scaffolds,CMT-DSC,94
ANOVA,Scanning Electron Micrograph,CMT-CMT,56
ANOVA,Scanning Electron Microscope,CMT-CMT,49
ANOVA,Scanning Electron Microscopy,CMT-CMT,147
ANOVA,Sections,CMT-DSC,60
ANOVA,Sheets,CMT-DSC,34
ANOVA,Si,CMT-CHM,59
ANOVA,SiC,CMT-CHM,30
ANOVA,SiO2,CMT-CHM,40
ANOVA,Signal-to-Noise Ratio,CMT-PRO,36
ANOVA,Silica,CMT-CHM,69
ANOVA,Silicon,CMT-CHM,38
ANOVA,Silver,CMT-CHM,52
ANOVA,Size,CMT-PRO,49
ANOVA,Size Distribution,CMT-PRO,77
ANOVA,Skin,CMT-DSC,44
ANOVA,Sodium,CMT-CHM,45
ANOVA,Soil,CMT-DSC,94
ANOVA,Soil,CMT-PRO,48
ANOVA,Stability,CMT-PRO,114
ANOVA,Standard Deviation,CMT-PRO,62
ANOVA,Statistical Analysis,CMT-CMT,182
ANOVA,Stiffnesses,CMT-PRO,30
ANOVA,Storage Modulus,CMT-PRO,32
ANOVA,Strengths,CMT-PRO,79
ANOVA,Structure,CMT-PRO,143
ANOVA,Student's T Test,CMT-CMT,132
ANOVA,Student's T-Test,CMT-CMT,150
ANOVA,Substrate,CMT-DSC,249
ANOVA,Sucrose,CMT-CHM,33
ANOVA,Sugar,CMT-CHM,82
ANOVA,Sulfates,CMT-CHM,36
ANOVA,Sulfur,CMT-CHM,40
ANOVA,Superoxide,CMT-CHM,69
ANOVA,Surface,CMT-DSC,544
ANOVA,Surface,CMT-PRO,45
ANOVA,Surface Area,CMT-PRO,40
ANOVA,Surface Finishes,CMT-PRO,32
ANOVA,Surface Morphology,CMT-PRO,56
ANOVA,Surface Plot,CMT-CMT,43
ANOVA,Surface Quality,CMT-PRO,35
ANOVA,Surface Roughness,CMT-PRO,216
ANOVA,Surfaces,CMT-DSC,205
ANOVA,Survival,CMT-PRO,39
ANOVA,Survival Rate,CMT-PRO,44
ANOVA,T,CMT-PRO,31
ANOVA,T Cells,CMT-APL,37
ANOVA,T Cells,CMT-PRO,43
ANOVA,T Test,CMT-CMT,50
ANOVA,T-Test,CMT-CMT,104
ANOVA,TEM,CMT-CMT,401
ANOVA,TG,CMT-CMT,31
ANOVA,THF,CMT-CHM,43
ANOVA,Taguchi,CMT-CMT,49
ANOVA,Taguchi Method,CMT-CMT,162
ANOVA,Temperature,CMT-PRO,38
ANOVA,Tensile Strength,CMT-PRO,73
ANOVA,Test,CMT-CMT,30
ANOVA,Tga,CMT-CMT,85
ANOVA,Thin Films,CMT-DSC,41
ANOVA,Ti,CMT-CHM,80
ANOVA,TiO2,CMT-CHM,77
ANOVA,Tissue,CMT-DSC,82
ANOVA,Tissue Section,CMT-DSC,31
ANOVA,Tissues,CMT-DSC,61
ANOVA,Titanium,CMT-CHM,53
ANOVA,Toluene,CMT-CHM,34
ANOVA,Tool,CMT-APL,69
ANOVA,Total,CMT-PRO,33
ANOVA,Toxicity,CMT-PRO,43
ANOVA,Transmission Electron Microscopy,CMT-CMT,45
ANOVA,Tris,CMT-CHM,32
ANOVA,Triton X-100,CMT-CHM,30
ANOVA,Trypan Blue,CMT-CHM,38
ANOVA,Tukey Test,CMT-CMT,71
ANOVA,Tukey's Multiple Comparison Test,CMT-CMT,47
ANOVA,Tukey's Post Hoc Test,CMT-CMT,81
ANOVA,Tukey's Test,CMT-CMT,152
ANOVA,Tumor,CMT-DSC,73
ANOVA,Tumor Volume,CMT-PRO,48
ANOVA,Tumours,CMT-APL,61
ANOVA,Tumours,CMT-DSC,59
ANOVA,Tumours,CMT-PRO,30
ANOVA,Two-Way ANOVA,CMT-CMT,122
ANOVA,Two-Way Analysis of Variance,CMT-CMT,69
ANOVA,UV Vis Absorption,CMT-CMT,31
ANOVA,Uncoated,CMT-DSC,46
ANOVA,Unpaired T Test,CMT-CMT,33
ANOVA,Urea,CMT-CHM,32
ANOVA,Viability,CMT-PRO,136
ANOVA,Viscosity,CMT-PRO,38
ANOVA,Water Contact Angle,CMT-PRO,38
ANOVA,Wear,CMT-PRO,33
ANOVA,Weight,CMT-PRO,41
ANOVA,Welding,CMT-SMT,47
ANOVA,Western Blot,CMT-CMT,73
ANOVA,Western Blot Analysis,CMT-CMT,34
ANOVA,Western Blots,CMT-CMT,262
ANOVA,Western Blotting,CMT-CMT,125
ANOVA,X-Ray Diffraction,CMT-CMT,128
ANOVA,XPS,CMT-CMT,91
ANOVA,XRD,CMT-CMT,414
ANOVA,Xylose,CMT-CHM,31
ANOVA,Yields,CMT-PRO,35
ANOVA,Young’s Modulus,CMT-PRO,36
ANOVA,Zeolites,CMT-CHM,33
ANOVA,Zeta Potential,CMT-PRO,91
ANOVA,Zinc,CMT-CHM,31
ANOVA,Zn,CMT-CHM,71
ANOVA,ZnO,CMT-CHM,50
ANOVA,mRNA Expression,CMT-PRO,62
ANOVA,pH,CMT-PRO,75
ANOVA,qPCR,CMT-CMT,58
ANOVA Test,SEM,CMT-CMT,31
ANP,AHP,CMT-CMT,31
ANP,Analytical Network Process,CMT-CMT,180
ANP,DEMATEL,CMT-CMT,44
ANP,MCDM,CMT-CMT,50
ANS,Fluorescence,CHM-CMT,42
ANSYS,Surface,CMT-DSC,36
ANSYS CFX,CFD,CMT-CMT,69
ANSYS CFX,Computational Fluid Dynamics,CMT-CMT,31
ANT,Anthracene,CHM-CHM,57
AO/EB,Acridine Orange,CMT-CHM,37
AO/EB,Ethidium Bromide,CMT-CHM,37
AO/EB,MTT,CMT-CHM,30
AO2,Oxygen,PRO-CHM,33
AO7,Acid Orange 7,CHM-CHM,232
AO7,Azo,CHM-CHM,74
AO7,Carbon,CHM-CHM,77
AO7,Catalyst,CHM-APL,118
AO7,Cathode,CHM-APL,31
AO7,Composite,CHM-DSC,43
AO7,DMPO,CHM-CHM,41
AO7,Degradation Efficiency,CHM-PRO,31
AO7,Electrode,CHM-APL,30
AO7,FT-IR,CHM-CMT,53
AO7,FTIR,CHM-CMT,42
AO7,Fe,CHM-CHM,41
AO7,H2O2,CHM-CHM,77
AO7,HRTEM,CHM-CMT,63
AO7,Hydroxyl,CHM-CHM,37
AO7,Irradiation,CHM-SMT,42
AO7,N2,CHM-CHM,68
AO7,Na2SO4,CHM-CHM,35
AO7,Nanoparticles,CHM-DSC,42
AO7,Nitrogen,CHM-CHM,43
AO7,Oxygen,CHM-CHM,50
AO7,Peroxymonosulfate,CHM-CHM,30
AO7,Photo Catalytic Activity,CHM-PRO,50
AO7,Photocatalyst,CHM-APL,47
AO7,Photocatalysts,CHM-APL,30
AO7,Photocatalytic Degradation,CHM-APL,62
AO7,Pore Size Distribution,CHM-PRO,32
AO7,Raman,CHM-CMT,39
AO7,SEM,CHM-CMT,139
AO7,Stability,CHM-PRO,32
AO7,Structure,CHM-PRO,36
AO7,Surface,CHM-DSC,77
AO7,TEM,CHM-CMT,121
AO7,TOC,CHM-CHM,37
AO7,TOC,CHM-PRO,33
AO7,Ti,CHM-CHM,32
AO7,TiO2,CHM-CHM,126
AO7,UV Vis,CHM-CMT,30
AO7,X-Ray Diffraction,CHM-CMT,51
AO7,XPS,CHM-CMT,93
AO7,XRD,CHM-CMT,182
AOC,Carbon,PRO-CHM,51
AOD,AODs,PRO-PRO,73
AOD,Aeronet,PRO-CMT,180
AOD,Aerosol,PRO-DSC,127
AOD,Aerosol,PRO-PRO,130
AOD,Aerosol Optical Depth,CMT-PRO,40
AOD,Aerosol Optical Depth,PRO-PRO,470
AOD,Aerosol Optical Properties,PRO-PRO,65
AOD,Aerosol Properties,PRO-PRO,43
AOD,Aerosol Radiative Forcing,PRO-PRO,35
AOD,Aerosol Robotic Network,PRO-CMT,48
AOD,Air Quality,PRO-PRO,34
AOD,Angstrom Exponent,PRO-PRO,125
AOD,Burning,PRO-SMT,35
AOD,CALIPSO,PRO-CMT,43
AOD,CO,PRO-CHM,30
AOD,Carbon,PRO-CHM,80
AOD,Correlation Coefficient,PRO-PRO,75
AOD,Dust,PRO-PRO,56
AOD,LIDAR,PRO-CMT,36
AOD,Linear Regression,PRO-CMT,35
AOD,MODIS,CMT-CMT,56
AOD,MODIS,PRO-CMT,272
AOD,Mass Concentration,PRO-PRO,40
AOD,Misr,PRO-CMT,46
AOD,Moderate Resolution Imaging Spectro-Radiometer,PRO-CMT,80
AOD,NO2,PRO-CHM,41
AOD,O3,PRO-CHM,31
AOD,OMI,PRO-CMT,42
AOD,Optical Properties,PRO-PRO,48
AOD,Ozone,PRO-CHM,55
AOD,PM2.5,PRO-PRO,99
AOD,PM2.5 Concentration,PRO-PRO,51
AOD,Particles,PRO-DSC,39
AOD,Pm10,PRO-PRO,60
AOD,R2,PRO-PRO,42
AOD,RMSE,PRO-PRO,35
AOD,Radiative Forcing,PRO-PRO,37
AOD,Relative Humidity,PRO-PRO,46
AOD,SO2,PRO-CHM,35
AOD,SSA,PRO-PRO,82
AOD,Satellite,PRO-CMT,67
AOD,Single Scattering Albedo,PRO-PRO,88
AOD,Size Distribution,PRO-PRO,32
AOD,Sulfates,PRO-CHM,37
AOD,Sunphotometer,PRO-CMT,60
AOD,Surface,PRO-DSC,127
AOD,Temperature,PRO-PRO,36
AOD,Wind Speed,PRO-PRO,44
AODs,AOD,PRO-PRO,73
AODs,Aeronet,PRO-CMT,31
AODs,Aerosol Optical Depth,PRO-PRO,61
AODs,MODIS,PRO-CMT,37
AOM,Acousto,APL-APL,31
AOM,Acousto-Optic Modulator,APL-APL,47
AOM,Anaerobic Oxidation of Methane,APL-APL,47
AOM,Angular Overlap Model,CMT-CMT,33
AOM,Carbon,APL-CHM,36
AOM,Carbon,SMT-CHM,32
AOM,Methane,APL-CHM,63
AOM,Methane,SMT-CHM,64
AOM,Sediments,APL-DSC,33
AOM,Sediments,SMT-DSC,34
AOM,Sulfates,APL-CHM,39
AOM,Sulfates,SMT-CHM,42
AOP,AOPS,SMT-SMT,31
AOP,Advanced Oxidation Process,APL-APL,55
AOP,Advanced Oxidation Process,SMT-SMT,110
AOP,Carbon,SMT-CHM,46
AOP,Catalyst,APL-APL,30
AOP,H2O2,APL-CHM,42
AOP,H2O2,SMT-CHM,98
AOP,Hydrogen Peroxide,SMT-CHM,36
AOP,Hydroxyl,SMT-CHM,50
AOP,Ozone,SMT-CHM,32
AOP,TiO2,SMT-CHM,31
AOP,UV,SMT-SMT,49
AOPS,AOP,SMT-SMT,31
AOPS,Advanced Oxidation Process,APL-APL,90
AOPS,Advanced Oxidation Process,APL-SMT,62
AOPS,Advanced Oxidation Process,SMT-SMT,321
AOPS,COD,SMT-PRO,33
AOPS,Carbon,APL-CHM,44
AOPS,Carbon,SMT-CHM,96
AOPS,Catalyst,APL-APL,61
AOPS,Catalyst,SMT-APL,75
AOPS,Fe2+,SMT-CHM,45
AOPS,Fenton,SMT-SMT,55
AOPS,H2O2,APL-CHM,86
AOPS,H2O2,SMT-CHM,180
AOPS,Hydrogen Peroxide,SMT-CHM,60
AOPS,Hydroxyl,APL-CHM,58
AOPS,Hydroxyl,SMT-CHM,125
AOPS,Iron,SMT-CHM,39
AOPS,O3,SMT-CHM,52
AOPS,OH,APL-CHM,38
AOPS,OH,SMT-CHM,60
AOPS,Oxidation,SMT-SMT,63
AOPS,Oxygen,APL-CHM,51
AOPS,Oxygen,SMT-CHM,72
AOPS,Ozonation,SMT-SMT,60
AOPS,Ozone,SMT-CHM,65
AOPS,PMS,APL-CHM,32
AOPS,PMS,SMT-CHM,34
AOPS,Peroxymonosulfate,APL-CHM,40
AOPS,Peroxymonosulfate,SMT-CHM,43
AOPS,Persulfate,SMT-CHM,48
AOPS,Photocatalysis,SMT-APL,33
AOPS,Photocatalysis,SMT-SMT,46
AOPS,SO4,SMT-CHM,31
AOPS,Sulfates,SMT-CHM,54
AOPS,Surface,SMT-DSC,30
AOPS,TOC,SMT-PRO,40
AOPS,TiO2,APL-CHM,34
AOPS,TiO2,SMT-CHM,85
AOPS,Toxicity,SMT-PRO,41
AOPS,UV,APL-SMT,36
AOPS,UV,SMT-SMT,92
AOPS,Wastewater Treatment,SMT-APL,55
AOPS,Water Treatment,SMT-APL,30
AOT,1H,CHM-CHM,54
AOT,1H NMR,CHM-CMT,52
AOT,25C,CHM-CHM,32
AOT,AFM,CHM-CMT,37
AOT,Absorbance,CHM-PRO,58
AOT,Absorption,CHM-CMT,84
AOT,Absorption,CHM-PRO,34
AOT,Absorption Spectrum,CHM-CMT,162
AOT,Activity,CHM-PRO,58
AOT,Aeronet,PRO-CMT,55
AOT,Aerosol OT,CHM-CHM,108
AOT,Aerosol Optical Thickness,PRO-PRO,106
AOT,Ag,CHM-CHM,46
AOT,AgNO3,CHM-CHM,33
AOT,Aggregation Number,CHM-PRO,33
AOT,Alcohols,CHM-CHM,49
AOT,Amphiphilic,CHM-PRO,37
AOT,Au,CHM-CHM,48
AOT,Benzenes,CHM-CHM,41
AOT,Bilayer,CHM-DSC,31
AOT,Bilayers,CHM-DSC,37
AOT,Blue Line,CHM-CHM,34
AOT,Bulk,CHM-DSC,148
AOT,CMC,CHM-PRO,90
AOT,CO,CHM-CHM,32
AOT,CO2,CHM-CHM,56
AOT,CTAB,CHM-CHM,117
AOT,Carbon,CHM-CHM,66
AOT,Catalyst,CHM-APL,49
AOT,Catalytic Activity,CHM-PRO,33
AOT,CdS,CHM-CHM,47
AOT,Chemical Shift,CHM-PRO,32
AOT,Chemical Structures,CHM-PRO,122
AOT,Coated,CHM-SMT,38
AOT,Composite,CHM-DSC,41
AOT,Compositions,CHM-PRO,155
AOT,Conductivity,CHM-PRO,106
AOT,Coumarins,CHM-CHM,33
AOT,Critical Micellar Concentration,CHM-PRO,56
AOT,Crystal,CHM-DSC,50
AOT,Cubic,CHM-SPL,35
AOT,Cyclic Voltammogram,CHM-CMT,37
AOT,Cyclohexane,CHM-CHM,96
AOT,D2O,CHM-CHM,104
AOT,DLS,CHM-CMT,110
AOT,DMF,CHM-CHM,33
AOT,Decane,CHM-CHM,61
AOT,Density,CHM-PRO,36
AOT,Diamonds,CHM-CHM,61
AOT,Diffusion Coefficient,CHM-PRO,49
AOT,Dodecane,CHM-CHM,49
AOT,Droplet Size,CHM-PRO,43
AOT,Droplets,CHM-DSC,97
AOT,Dynamic Light Scattering,CHM-CMT,78
AOT,EDX,CHM-CMT,35
AOT,Electrical Conductivity,CHM-PRO,48
AOT,Electrode,CHM-APL,49
AOT,Electrodes,CHM-APL,35
AOT,Emission Spectra,CHM-CMT,82
AOT,Emulsion,CHM-DSC,33
AOT,Ethanol,CHM-CHM,73
AOT,FT-IR,CHM-CMT,70
AOT,FTIR,CHM-CMT,91
AOT,Film,CHM-DSC,109
AOT,Films,CHM-DSC,75
AOT,Fluorescence,CHM-CMT,122
AOT,Fluorescence Decay,CHM-CMT,37
AOT,Fluorescence Emission,CHM-CMT,60
AOT,Fluorescence Intensity,CHM-PRO,58
AOT,Fluorescence Lifetime,CHM-PRO,34
AOT,Glycerol,CHM-CHM,42
AOT,H2O,CHM-CHM,224
AOT,H2O2,CHM-CHM,30
AOT,HCl,CHM-CHM,37
AOT,HRTEM,CHM-CMT,58
AOT,Heptane,CHM-CHM,169
AOT,Hexagonal,CHM-SPL,61
AOT,Hexane,CHM-CHM,70
AOT,Hydrocarbon,CHM-CHM,43
AOT,Hydrodynamic Diameter,CHM-PRO,46
AOT,Hydrodynamic Radius,CHM-PRO,38
AOT,Hydrogen,CHM-CHM,112
AOT,Hydrolysis,CHM-SMT,42
AOT,Hydrophilic,CHM-PRO,57
AOT,Hydrophobic,CHM-PRO,73
AOT,Interface,CHM-DSC,191
AOT,Interfacial Tension,CHM-PRO,38
AOT,Ir,CHM-CMT,33
AOT,Irradiation,CHM-SMT,40
AOT,Isooctane,CHM-CHM,389
AOT,K,CHM-PRO,46
AOT,KCl,CHM-CHM,43
AOT,Lamellar,CHM-DSC,77
AOT,Layers,CHM-DSC,76
AOT,Lecithin,CHM-CHM,32
AOT,Lipase,CHM-APL,45
AOT,MODIS,CHM-CMT,30
AOT,MODIS,PRO-CMT,71
AOT,Membrane,CHM-DSC,41
AOT,Methanol,CHM-CHM,51
AOT,Micellar,CHM-DSC,93
AOT,Micelle,CHM-DSC,58
AOT,Micelle,CHM-SMT,36
AOT,Micelles,CHM-DSC,195
AOT,Micelles,CHM-SMT,110
AOT,Microemulsion,CHM-DSC,483
AOT,Microemulsion,CHM-SMT,104
AOT,Microemulsion Droplets,CHM-DSC,33
AOT,Microstructure,CHM-PRO,53
AOT,Molecular Structure,CHM-PRO,118
AOT,Monolayers,CHM-DSC,67
AOT,Morphologies,CHM-PRO,31
AOT,Morphology,CHM-PRO,87
AOT,N-Decane,CHM-CHM,34
AOT,N-Heptane,CHM-CHM,201
AOT,N-Hexane,CHM-CHM,40
AOT,NMR,CHM-CMT,39
AOT,NPS,CHM-DSC,35
AOT,Na,CHM-CHM,41
AOT,Na+,CHM-CHM,36
AOT,NaCl,CHM-CHM,187
AOT,Nanocrystals,CHM-DSC,35
AOT,Nanoparticle,CHM-DSC,100
AOT,Nanoparticles,CHM-DSC,296
AOT,Nitrogen,CHM-CHM,39
AOT,OH,CHM-CHM,35
AOT,Octane,CHM-CHM,30
AOT,Oxygen,CHM-CHM,52
AOT,PVP,CHM-CHM,33
AOT,Particle,CHM-DSC,65
AOT,Particle Size,CHM-PRO,83
AOT,Particle Size Distribution,CHM-PRO,47
AOT,Particles,CHM-DSC,253
AOT,Pd,CHM-CHM,38
AOT,Phase Behavior,CHM-PRO,50
AOT,Phase Diagram,CHM-PRO,118
AOT,Phosphate,CHM-CHM,57
AOT,Powder,CHM-DSC,40
AOT,Pt,CHM-CHM,45
AOT,Pyrene,CHM-CHM,35
AOT,RM,CHM-DSC,45
AOT,RMS,CHM-DSC,52
AOT,Rate Constant,CHM-PRO,50
AOT,Reductions,CHM-SMT,35
AOT,Reverse,CHM-DSC,128
AOT,Reverse Micellar,CHM-DSC,42
AOT,Reverse Micellar,CHM-SMT,40
AOT,Reverse Micelles,CHM-DSC,368
AOT,Reverse Micelles,CHM-SMT,167
AOT,SAED,CHM-CMT,33
AOT,SANS,CHM-CMT,74
AOT,SAXS,CHM-CMT,84
AOT,SDS,CHM-CHM,67
AOT,SEM,CHM-CMT,194
AOT,Shell,CHM-DSC,30
AOT,Silica,CHM-CHM,89
AOT,Silver,CHM-CHM,62
AOT,Size,CHM-PRO,36
AOT,Size Distribution,CHM-PRO,78
AOT,Small Angle Neutron Scattering,CHM-CMT,35
AOT,Small Angle X-ray Scattering,CHM-CMT,38
AOT,Sodium,CHM-CHM,64
AOT,Sodium Bis(2-Ethylhexyl) Sulfosuccinate,CHM-CHM,196
AOT,Sphere,CHM-DSC,30
AOT,Stability,CHM-PRO,88
AOT,Structure,CHM-PRO,165
AOT,Substrate,CHM-DSC,75
AOT,Sulfur,CHM-CHM,31
AOT,Surface,CHM-DSC,210
AOT,Surface Tension,CHM-PRO,74
AOT,Surfaces,CHM-DSC,48
AOT,TEM,CHM-CMT,296
AOT,TiO2,CHM-CHM,46
AOT,Toluene,CHM-CHM,71
AOT,Transmission Electron Microscopy,CHM-CMT,54
AOT,Triton X-100,CHM-CHM,34
AOT,UV Vis,CHM-CMT,41
AOT,UV Vis Absorption,CHM-CMT,57
AOT,Urea,CHM-CHM,30
AOT,Vesicle,CHM-DSC,74
AOT,Viscosity,CHM-PRO,67
AOT,W0,CHM-PRO,59
AOT,Water,CHM-PRO,39
AOT,Water Content,CHM-PRO,103
AOT,X-Ray Diffraction,CHM-CMT,60
AOT,XPS,CHM-CMT,48
AOT,XRD,CHM-CMT,137
AOT,Zeta Potential,CHM-PRO,44
AOT40,Ozone,PRO-CHM,35
AOU,Oxygen,PRO-CHM,51
AOU,Salinity,PRO-PRO,44
AP,AP XPS,CMT-CMT,33
AP,Acidification Potential,PRO-PRO,89
AP,Action Potential,PRO-PRO,54
AP,Alkaline Phosphatase,PRO-PRO,31
AP,Bp,PRO-PRO,75
AP,Bulk,PRO-DSC,51
AP,CO,CMT-CHM,43
AP,CO2,PRO-CHM,44
AP,CP,PRO-PRO,80
AP,Ca2+,PRO-CHM,37
AP,Calcium,PRO-CHM,48
AP,Carbon,CMT-CHM,33
AP,Carbon,PRO-CHM,75
AP,Carbon,SMT-CHM,40
AP,Catalyst,CMT-APL,56
AP,Catalyst,SMT-APL,34
AP,Cells,PRO-DSC,43
AP,Compositions,PRO-PRO,52
AP,Crystal,PRO-DSC,32
AP,DSC,SMT-CMT,31
AP,Density,PRO-PRO,52
AP,Diamonds,PRO-CHM,35
AP,Dp,PRO-PRO,31
AP,EP,PRO-PRO,111
AP,Electrode,PRO-APL,34
AP,Environmental Impact,PRO-PRO,60
AP,Eutrophication Potential,PRO-PRO,68
AP,Fe,PRO-CHM,45
AP,Film,PRO-DSC,34
AP,Film,SMT-DSC,55
AP,Films,SMT-DSC,63
AP,G,PRO-PRO,30
AP,GWP,PRO-PRO,42
AP,Global Warming Potential,PRO-PRO,82
AP,Gwp,PRO-PRO,84
AP,H2,CMT-CHM,31
AP,HTP,PRO-PRO,32
AP,Human Toxicity Potential,PRO-PRO,32
AP,Hydrogen,PRO-CHM,55
AP,Interface,PRO-DSC,41
AP,LCA,PRO-CMT,50
AP,Lattice Parameter,PRO-PRO,35
AP,Layers,PRO-DSC,70
AP,Layers,SMT-DSC,56
AP,Life Cycle Assessment,PRO-CMT,36
AP,Microstructure,PRO-PRO,43
AP,Morphology,PRO-PRO,36
AP,Nitrogen,PRO-CHM,51
AP,O,CMT-CHM,41
AP,O,PRO-CHM,39
AP,ODP,PRO-PRO,39
AP,Oxygen,CMT-CHM,39
AP,Oxygen,PRO-CHM,61
AP,Oxygen,SMT-CHM,36
AP,Ozone,PRO-CHM,49
AP,P,PRO-PRO,52
AP,Particles,PRO-DSC,47
AP,Perovskites,PRO-CHM,53
AP,Perovskites,PRO-SPL,40
AP,Phosphorus,PRO-CHM,41
AP,Potassium,PRO-CHM,32
AP,Pt,CMT-CHM,30
AP,SEM,PRO-CMT,90
AP,SEM,SMT-CMT,95
AP,Si,SMT-CHM,31
AP,Soil,PRO-PRO,30
AP,Structure,PRO-PRO,60
AP,Substrate,PRO-DSC,46
AP,Substrate,SMT-DSC,70
AP,Surface,CMT-DSC,92
AP,Surface,PRO-DSC,116
AP,Surface,SMT-DSC,81
AP,Surfaces,PRO-DSC,42
AP,T,PRO-PRO,32
AP,TEM,PRO-CMT,33
AP,TEM,SMT-CMT,68
AP,Ti,PRO-CHM,30
AP,X-Ray Diffraction,PRO-CMT,33
AP,X-Ray Photoelectron Spectroscopy,CMT-CMT,53
AP,XPS,CMT-CMT,84
AP,XPS,SMT-CMT,53
AP,XRD,PRO-CMT,43
AP,XRD,SMT-CMT,92
AP XPS,AP,CMT-CMT,33
AP XPS,Surface,CMT-DSC,38
AP XPS,XPS,CMT-CMT,36
APA,SEM,CHM-CMT,31
APA,Surface,CHM-DSC,30
APAP,Acetaminophen,CHM-CHM,145
APAP,Electrode,CHM-APL,45
APAP,GSH,CHM-CHM,38
APAP,H2O2,CHM-CHM,38
APAP,Hepatotoxicity,CHM-PRO,39
APAP,Liver,CHM-DSC,42
APAP,SEM,CHM-CMT,61
APAP,Surface,CHM-DSC,35
APAP,TEM,CHM-CMT,39
APAP,XPS,CHM-CMT,33
APAP,XRD,CHM-CMT,35
APB,Al,PRO-CHM,43
APB,Alloy,PRO-DSC,58
APB,Alloys,PRO-DSC,35
APB,Anti-Phase Boundary,PRO-PRO,55
APB,Antiphase Boundaries,PRO-PRO,41
APB,Compositions,PRO-PRO,30
APB,Dislocation,PRO-PRO,69
APB,Interface,PRO-DSC,44
APB,Layers,PRO-DSC,37
APB,Microstructure,PRO-PRO,34
APB,Ni,PRO-CHM,40
APB,Precipitates,PRO-DSC,42
APB,Stacking Fault,PRO-PRO,38
APB,Structure,PRO-PRO,37
APB,TEM,PRO-CMT,49
APBA,3-Aminophenylboronic Acid,CHM-CHM,33
APBS,Antiphase Boundaries,DSC-PRO,31
APBS,Antiphase Boundaries,PRO-PRO,82
APC,APCS,APL-APL,33
APC,APCS,CHM-APL,38
APC,Air Pollution Control,APL-APL,46
APC,CFSE,CHM-CHM,30
APC,Calcium,CHM-CHM,30
APC,Carbon,CHM-CHM,51
APC,Cell,CHM-APL,41
APC,Cell,CHM-PRO,46
APC,Cell Cycle,CHM-PRO,31
APC,Cells,APL-APL,34
APC,Cells,CHM-APL,82
APC,Cells,CHM-DSC,125
APC,Cells,CHM-PRO,55
APC,Cu,APL-CHM,30
APC,Cu,CHM-CHM,32
APC,DAPI,CHM-CHM,37
APC,ELISA,CHM-CMT,48
APC,Electrode,CHM-APL,48
APC,Electrodes,CHM-APL,45
APC,Electrolyte,CHM-APL,44
APC,FITC,CHM-CHM,64
APC,Film,CHM-DSC,32
APC,Films,CHM-DSC,35
APC,Flow Cytometry,CHM-CMT,133
APC,Fluorescence,CHM-CMT,34
APC,Fluorescence Intensity,CHM-PRO,35
APC,Layers,CHM-DSC,40
APC,Mg,CHM-CHM,47
APC,Morphology,CHM-PRO,30
APC,Nanoparticles,CHM-DSC,47
APC,Particles,CHM-DSC,42
APC,Pb,APL-CHM,30
APC,SEM,APL-CMT,45
APC,SEM,CHM-CMT,136
APC,Structure,CHM-PRO,35
APC,Substrate,CHM-DSC,37
APC,Surface,APL-DSC,41
APC,Surface,CHM-DSC,97
APC,T,CHM-APL,46
APC,T Cells,APL-APL,54
APC,T Cells,CHM-APL,111
APC,T Cells,CHM-PRO,73
APC,TEM,APL-CMT,32
APC,TEM,CHM-CMT,85
APC,THF,CHM-CHM,33
APC,XPS,CHM-CMT,40
APC,XRD,APL-CMT,32
APC,XRD,CHM-CMT,87
APC,Zn,APL-CHM,31
APCDS,Air Pollution Control Devices,APL-APL,31
APCE,FTO,PRO-CHM,31
APCE,Film,CMT-DSC,39
APCE,Film,PRO-DSC,49
APCE,Films,CMT-DSC,34
APCE,Films,PRO-DSC,47
APCE,IPCE,CMT-CMT,70
APCE,IPCE,PRO-CMT,34
APCE,IPCE,PRO-PRO,60
APCE,SEM,CMT-CMT,42
APCE,SEM,PRO-CMT,43
APCE,Substrate,PRO-DSC,34
APCE,TiO2,PRO-CHM,46
APCE,XRD,CMT-CMT,43
APCI,Atmospheric Pressure Chemical Ionization,CMT-CMT,94
APCI,Atmospheric Pressure Chemical Ionization,SMT-CMT,31
APCI,Lc,CMT-CMT,41
APCI,MS,CMT-CMT,61
APCI,MS/MS,CMT-CMT,39
APCI,Mass Spectrometry,CMT-CMT,38
APCI-MS,Hplc,CMT-CMT,31
APCS,APC,APL-APL,33
APCS,APC,APL-CHM,38
APCS,Antigen Presenting Cells,APL-APL,56
APCS,Cells,APL-APL,50
APCS,Cells,APL-PRO,42
APCS,DCS,APL-APL,36
APCS,Flow Cytometry,APL-CMT,30
APCS,Immune Response,APL-PRO,31
APCS,Nanoparticles,APL-DSC,32
APCS,T,APL-APL,37
APCS,T Cells,APL-APL,54
APCS,Vaccine,APL-APL,35
APCVD,AFM,SMT-CMT,61
APCVD,Annealing,SMT-SMT,31
APCVD,Atmospheric Pressure Chemical Vapour Deposition,SMT-SMT,138
APCVD,Bulk,SMT-DSC,31
APCVD,CVD,SMT-SMT,88
APCVD,Carbon,SMT-CHM,67
APCVD,Catalyst,SMT-APL,43
APCVD,Coatings,SMT-APL,42
APCVD,Cu,SMT-CHM,46
APCVD,Doped,SMT-DSC,70
APCVD,Electrode,SMT-APL,30
APCVD,Film,SMT-DSC,149
APCVD,Films,SMT-DSC,179
APCVD,Foil,SMT-DSC,37
APCVD,Graphene,SMT-CHM,91
APCVD,H2,SMT-CHM,38
APCVD,HRTEM,SMT-CMT,43
APCVD,Hexagonal,SMT-SPL,30
APCVD,Hydrogen,SMT-CHM,31
APCVD,LPCVD,SMT-SMT,37
APCVD,Layers,SMT-DSC,109
APCVD,Monolayers,SMT-DSC,47
APCVD,Morphology,SMT-PRO,38
APCVD,Ni,SMT-CHM,32
APCVD,Optical Image,SMT-CMT,44
APCVD,Oxygen,SMT-CHM,35
APCVD,Polycrystalline,SMT-DSC,30
APCVD,Raman,SMT-CMT,115
APCVD,Raman Spectroscopy,SMT-CMT,30
APCVD,SAED,SMT-CMT,38
APCVD,SEM,SMT-CMT,148
APCVD,Si,SMT-CHM,84
APCVD,SiO2,SMT-CHM,62
APCVD,Silicon,SMT-CHM,52
APCVD,SnO2,SMT-CHM,32
APCVD,Solar Cell,SMT-APL,37
APCVD,Structure,SMT-PRO,38
APCVD,Substrate,SMT-DSC,178
APCVD,Surface,SMT-DSC,101
APCVD,TEM,SMT-CMT,73
APCVD,Thin Films,SMT-DSC,105
APCVD,TiO2,SMT-CHM,52
APCVD,UV Transmittance,SMT-PRO,30
APCVD,Wafers,SMT-DSC,31
APCVD,X-Ray Diffraction,SMT-CMT,58
APCVD,XPS,SMT-CMT,53
APCVD,XRD,SMT-CMT,93
APDC,Ammonium Pyrrolidine Dithiocarbamate,CHM-CHM,45
APFIM,Atom Probe Field Ion Microscopy,CMT-CMT,43
APFIM,Precipitates,CMT-DSC,32
API,Active Pharmaceutical Ingredient,APL-APL,101
API Gravity,Carbon,PRO-CHM,38
API Gravity,Catalyst,PRO-APL,37
API Gravity,Hydrocarbon,PRO-CHM,41
API Gravity,Hydrogen,PRO-CHM,36
API Gravity,Oil,PRO-APL,52
API Gravity,Sulfur,PRO-CHM,47
API Gravity,Sulfur Content,PRO-PRO,30
API Gravity,Viscosity,PRO-PRO,73
APIS,Active Pharmaceutical Ingredient,APL-APL,116
APM,Particles,CMT-DSC,35
APMT,Alloy,CHM-DSC,30
APO,TEM,CHM-CMT,30
APP,Ammonium Polyphosphate,CHM-CHM,163
APP,Apparent,PRO-PRO,41
APP,Apparent Rate Constant,PRO-PRO,30
APP,Catalyst,PRO-APL,35
APP,Composite,CHM-DSC,91
APP,Cone Calorimetry Test,CHM-CMT,39
APP,Diffusion Coefficient,PRO-PRO,34
APP,Electrode,PRO-APL,41
APP,FTIR,CHM-CMT,50
APP,Flame Retardancy,CHM-PRO,78
APP,Flame Retardants,CHM-APL,62
APP,Flammability,CHM-PRO,35
APP,Heat Release Rate,CHM-PRO,47
APP,IFR,CHM-APL,31
APP,Intumescent Flame Retardant,CHM-APL,35
APP,K,PRO-PRO,187
APP,K App,PRO-PRO,54
APP,Layers,CHM-DSC,52
APP,Limiting Oxygen Index,CHM-CMT,39
APP,Loi,CHM-CMT,56
APP,Loi,CHM-PRO,58
APP,Mechanical Property,CHM-PRO,30
APP,Nanoparticles,PRO-DSC,38
APP,Oxygen,CHM-CHM,80
APP,P,PRO-PRO,55
APP,Pentaerythritol,CHM-CHM,30
APP,Polypropylene,CHM-CHM,50
APP,Rate Constant,PRO-PRO,35
APP,SEM,CHM-CMT,57
APP,SEM,PRO-CMT,56
APP,Scanning Electron Microscopy,CHM-CMT,36
APP,Surface,CHM-DSC,30
APP,Surface,PRO-DSC,69
APP,TEM,PRO-CMT,46
APP,Tga,CHM-CMT,85
APP,Thermal Stability,CHM-PRO,52
APP,Thermogravimetric Analysis,CHM-CMT,67
APP,UL-94,CHM-CMT,34
APP,XRD,PRO-CMT,44
APPI,Atmospheric Pressure Photoionization,CMT-CMT,56
APPJ,Atmospheric Pressure Plasma Jet,SMT-SMT,61
APPJ,Film,SMT-DSC,39
APPJ,Films,SMT-DSC,56
APPJ,Oxygen,SMT-CHM,40
APPJ,Plasma,SMT-SMT,38
APPJ,Plasma Treatment,SMT-SMT,33
APPJ,SEM,SMT-CMT,63
APPJ,Substrate,SMT-DSC,62
APPJ,Surface,SMT-DSC,35
APPJ,X-Ray Photoelectron Spectroscopy,SMT-CMT,32
APPJ,XPS,SMT-CMT,47
APR,Catalyst,SMT-APL,34
APS,3-Aminopropyl-Triethoxysilane,CHM-CHM,87
APS,3-Aminopropyl-Trimethoxysilane,CHM-CHM,40
APS,AFM,CHM-CMT,45
APS,AFM,SMT-CMT,77
APS,Acrylamide,CHM-CHM,33
APS,Acrylic Acid,CHM-CHM,32
APS,Adhesions,SMT-PRO,45
APS,Aerodynamic Particle Sizer,CMT-CMT,46
APS,Air Plasma Sprayed,SMT-SMT,183
APS,Al,SMT-CHM,84
APS,Al2O3,SMT-CHM,102
APS,Alloy,SMT-DSC,68
APS,Alloys,SMT-DSC,35
APS,Alumina,SMT-CHM,92
APS,Aluminum,SMT-CHM,42
APS,Amines,CHM-CHM,50
APS,Amines,SMT-CHM,33
APS,Amino,CHM-CHM,45
APS,Ammonium Peroxydisulfate,CHM-CHM,45
APS,Ammonium Persulfate,CHM-CHM,308
APS,Amorphous,SMT-DSC,57
APS,Anilines,CHM-CHM,100
APS,Annealing,SMT-SMT,44
APS,Anode,SMT-APL,37
APS,As Deposited,SMT-DSC,33
APS,As-Sprayed,SMT-DSC,120
APS,As-Sprayed,SMT-SMT,30
APS,Atmospheric Plasma Spray,SMT-SMT,68
APS,Atmospheric Plasma Spraying,SMT-SMT,196
APS,Bond,SMT-APL,30
APS,Bond,SMT-DSC,32
APS,Bond Coat,SMT-APL,53
APS,Bond Coat,SMT-DSC,83
APS,Bulk,SMT-DSC,57
APS,Carbon,CHM-CHM,61
APS,Carbon,SMT-CHM,72
APS,Catalyst,CHM-APL,32
APS,Cathode,SMT-APL,34
APS,Ceramic,SMT-DSC,143
APS,Co,SMT-CHM,58
APS,Coat,SMT-DSC,31
APS,Coated,CHM-SMT,41
APS,Coated,SMT-SMT,146
APS,Coatings,CHM-APL,43
APS,Coatings,SMT-APL,691
APS,Composite,CHM-DSC,119
APS,Composite,SMT-DSC,115
APS,Compositions,CHM-PRO,31
APS,Compositions,SMT-PRO,110
APS,Conductivity,CHM-PRO,58
APS,Cooling,SMT-SMT,56
APS,Corrosion Resistance,SMT-PRO,37
APS,Cr,SMT-CHM,34
APS,Cross Section,SMT-DSC,50
APS,Cross Sectional SEM,SMT-CMT,40
APS,Crystal,SMT-DSC,37
APS,Crystalline,SMT-DSC,32
APS,Cu,SMT-CHM,39
APS,DSC,SMT-CMT,39
APS,Dense,SMT-PRO,53
APS,Density,SMT-PRO,46
APS,Doped,CHM-DSC,40
APS,Durability,SMT-PRO,33
APS,EB-PVD,SMT-SMT,85
APS,EDS,SMT-CMT,97
APS,EDX,SMT-CMT,44
APS,Efficiency,SMT-PRO,32
APS,Elastic Modulus,SMT-PRO,37
APS,Electrical Conductivity,CHM-PRO,41
APS,Electrode,CHM-APL,49
APS,Electrode,SMT-APL,43
APS,Electrodes,CHM-APL,33
APS,Electrodes,SMT-APL,38
APS,Electrolyte,SMT-APL,44
APS,Electron Beam Physical Vapor Deposition,SMT-SMT,54
APS,Ethanol,SMT-CHM,39
APS,FT-IR,CHM-CMT,55
APS,FT-IR,SMT-CMT,37
APS,FTIR,CHM-CMT,137
APS,FTIR,SMT-CMT,79
APS,Fe,SMT-CHM,30
APS,Film,CHM-DSC,59
APS,Film,SMT-DSC,102
APS,Films,CHM-DSC,64
APS,Films,SMT-DSC,78
APS,Fourier Transform Infrared,CHM-CMT,30
APS,Fourier Transform Infrared Spectroscopy,CHM-CMT,49
APS,Fracture Surface,SMT-PRO,35
APS,Gas Turbine,SMT-APL,42
APS,Gas Turbine Engine,SMT-APL,32
APS,Glass,SMT-DSC,37
APS,HCl,CHM-CHM,40
APS,HRTEM,SMT-CMT,31
APS,HVOF,SMT-SMT,110
APS,Hardness,SMT-PRO,72
APS,Heat Treated,SMT-SMT,39
APS,Heat Treatment,SMT-SMT,64
APS,Heating,SMT-SMT,55
APS,Hydrogel,CHM-DSC,64
APS,Hydrogen,CHM-CHM,32
APS,Hydrogen,SMT-CHM,50
APS,Interface,CHM-DSC,39
APS,Interface,SMT-DSC,188
APS,Layers,CHM-DSC,64
APS,Layers,SMT-DSC,262
APS,Lifetime,SMT-PRO,42
APS,MBA,CHM-CHM,35
APS,Mechanical Property,SMT-PRO,90
APS,Mesoporous,CHM-DSC,36
APS,Metallic,SMT-PRO,86
APS,Metals,SMT-PRO,46
APS,Micro Hardness,SMT-PRO,43
APS,Micro Structures,SMT-PRO,39
APS,Microcracks,SMT-PRO,35
APS,Microstructural,SMT-PRO,34
APS,Microstructure,SMT-PRO,293
APS,Monoclinic,SMT-SPL,34
APS,Monolayers,CHM-DSC,32
APS,Morphologies,CHM-PRO,30
APS,Morphologies,SMT-PRO,37
APS,Morphology,CHM-PRO,123
APS,Morphology,SMT-PRO,117
APS,N2,SMT-CHM,46
APS,NaCl,SMT-CHM,36
APS,Nano Structured,SMT-DSC,55
APS,Nanocomposite,CHM-DSC,71
APS,Nanoparticles,CHM-DSC,121
APS,Nanoparticles,SMT-DSC,76
APS,Nanotube,CHM-DSC,36
APS,Ni,SMT-CHM,97
APS,Nickel,SMT-CHM,36
APS,Nitrogen,CHM-CHM,44
APS,Nitrogen,SMT-CHM,53
APS,Number Concentration,CMT-PRO,33
APS,O,SMT-CHM,38
APS,Optical Image,SMT-CMT,31
APS,Oxidation,SMT-SMT,114
APS,Oxides,SMT-CHM,96
APS,Oxidize,SMT-SMT,38
APS,Oxygen,SMT-CHM,114
APS,PANI,CHM-CHM,68
APS,Particle,SMT-DSC,55
APS,Particle Size Distribution,SMT-PRO,33
APS,Particles,CHM-DSC,86
APS,Particles,CMT-DSC,73
APS,Particles,SMT-DSC,201
APS,Phase Composition,SMT-PRO,41
APS,Plasma Spray,SMT-SMT,103
APS,Plasma Spraying,SMT-SMT,47
APS,Polished,SMT-SMT,39
APS,Polyaniline,CHM-CHM,120
APS,Polypyrrole,CHM-CHM,41
APS,Porosity,SMT-PRO,157
APS,Porous,SMT-DSC,80
APS,Powder,SMT-DSC,194
APS,Powders,SMT-DSC,132
APS,Pyrrole,CHM-CHM,30
APS,Raman,SMT-CMT,63
APS,Residual Stress,SMT-PRO,44
APS,SEM,CHM-CMT,177
APS,SEM,SMT-CMT,456
APS,SMPS,CMT-CMT,72
APS,SPS,SMT-SMT,41
APS,Scanning Electron Microscopy,CHM-CMT,77
APS,Scanning Electron Microscopy,SMT-CMT,80
APS,Si,CHM-CHM,32
APS,Si,SMT-CHM,86
APS,SiO2,CHM-CHM,41
APS,SiO2,SMT-CHM,74
APS,Silane,CHM-CHM,42
APS,Silane,SMT-CHM,30
APS,Silica,CHM-CHM,82
APS,Silica,SMT-CHM,86
APS,Silicon,SMT-CHM,58
APS,Sintered,SMT-SMT,45
APS,Sintering,SMT-SMT,64
APS,Size Distribution,CMT-PRO,39
APS,Splats,SMT-DSC,71
APS,Spray,SMT-SMT,52
APS,Sprayed,SMT-SMT,75
APS,Spraying,SMT-SMT,73
APS,Stability,CHM-PRO,32
APS,Stability,SMT-PRO,30
APS,Stabilized,SMT-DSC,62
APS,Stress,SMT-PRO,52
APS,Structure,CHM-PRO,79
APS,Structure,SMT-PRO,123
APS,Substrate,CHM-DSC,61
APS,Substrate,SMT-DSC,379
APS,Superalloy,SMT-DSC,46
APS,Surface,CHM-DSC,189
APS,Surface,SMT-DSC,383
APS,Surface Morphology,SMT-PRO,58
APS,Surface Roughness,SMT-PRO,33
APS,Surfaces,CHM-DSC,56
APS,Surfaces,SMT-DSC,116
APS,TBC,SMT-APL,209
APS,TBC,SMT-CHM,30
APS,TBCS,SMT-APL,182
APS,TBCs,SMT-APL,57
APS,TEM,CHM-CMT,130
APS,TEM,SMT-CMT,168
APS,TEMED,CHM-CHM,41
APS,Tetragonal,SMT-SPL,37
APS,Tga,CHM-CMT,72
APS,Tga,SMT-CMT,36
APS,Thermal Barrier Coating,SMT-APL,238
APS,Thermal Conductivity,SMT-PRO,98
APS,Thermal Spray,SMT-SMT,75
APS,Thermal Stability,CHM-PRO,49
APS,Thermally Grown,SMT-SMT,58
APS,Thermally Sprayed,SMT-SMT,38
APS,Thermogravimetric Analysis,CHM-CMT,49
APS,Thin Films,SMT-DSC,30
APS,Ti,SMT-CHM,33
APS,TiO2,SMT-CHM,80
APS,Titania,SMT-CHM,32
APS,Top Coats,SMT-DSC,105
APS,Transmission Electron Microscopy,CHM-CMT,70
APS,Transmission Electron Microscopy,SMT-CMT,30
APS,Vps,SMT-SMT,32
APS,Wear Resistance,SMT-PRO,48
APS,X-Ray Diffraction,CHM-CMT,69
APS,X-Ray Diffraction,SMT-CMT,114
APS,X-Ray Photoelectron Spectroscopy,CHM-CMT,31
APS,XPS,CHM-CMT,63
APS,XPS,SMT-CMT,93
APS,XRD,CHM-CMT,96
APS,XRD,SMT-CMT,271
APS,Y2O3,SMT-CHM,51
APS,YSZ,SMT-CHM,38
APS,Young’s Modulus,SMT-PRO,36
APS,Zirconia,SMT-CHM,163
APS,ZrO2,SMT-CHM,57
APSIM,Yields,CMT-PRO,30
APT,1D Concentration Profile,CMT-CMT,64
APT,3D Reconstruction,CMT-CMT,41
APT,Aged,CMT-SMT,168
APT,Ageing,CMT-SMT,45
APT,Aging,CMT-SMT,119
APT,Al,CMT-CHM,288
APT,Alloy,CMT-DSC,345
APT,Alloys,CMT-DSC,182
APT,Annealed,CMT-SMT,115
APT,Annealing,CMT-SMT,124
APT,As Deposited,CMT-DSC,31
APT,As Quenched,CMT-DSC,30
APT,As-Cast,CMT-DSC,31
APT,As-Received,CMT-DSC,30
APT,Atom Map,CMT-CMT,121
APT,Atom Probe,CMT-CMT,31
APT,Atom Probe Tomography,CMT-CMT,41
APT,Austenite,CMT-SPL,91
APT,BCC,CMT-SPL,57
APT,BF TEM,CMT-CMT,51
APT,Bright Field Image,CMT-CMT,40
APT,Bright Field TEM,CMT-CMT,85
APT,Bulk,CMT-DSC,73
APT,Carbide,CMT-CHM,72
APT,Carbon,CMT-CHM,105
APT,Chemical Composition,CMT-PRO,48
APT,Cluster,CMT-DSC,134
APT,Co,CMT-CHM,88
APT,Compositional Profile,CMT-PRO,56
APT,Compositions,CMT-PRO,229
APT,Concentration Profile,CMT-CMT,60
APT,Concentration Profile,CMT-PRO,136
APT,Cooling,CMT-SMT,37
APT,Cr,CMT-CHM,250
APT,Cu,CMT-CHM,163
APT,Dark Field Image,CMT-CMT,46
APT,Dark Field TEM,CMT-CMT,40
APT,Density,CMT-PRO,36
APT,Diffraction Pattern,CMT-CMT,76
APT,Dislocation,CMT-PRO,85
APT,Dislocation Loop,CMT-PRO,31
APT,EBSD,CMT-CMT,104
APT,EDS,CMT-CMT,93
APT,EELS,CMT-CMT,30
APT,Elemental Distribution,CMT-PRO,41
APT,FCC,CMT-SPL,75
APT,FFT,CMT-CMT,68
APT,FIB,CMT-SMT,52
APT,Fe,CMT-CHM,248
APT,Ferrite,CMT-CHM,94
APT,Film,CMT-DSC,44
APT,Films,CMT-DSC,32
APT,Fracture Surface,CMT-PRO,34
APT,GB,CMT-PRO,48
APT,Grain Boundaries,CMT-PRO,116
APT,Grain Boundary,CMT-PRO,154
APT,Grain Size,CMT-PRO,65
APT,HAADF STEM,CMT-CMT,67
APT,HRTEM,CMT-CMT,109
APT,Hardness,CMT-PRO,86
APT,Heat Treatment,CMT-SMT,67
APT,Heating,CMT-SMT,46
APT,Interface,CMT-DSC,299
APT,Irradiated,CMT-SMT,59
APT,Irradiation,CMT-SMT,57
APT,Isoconcentration Surface,CMT-CMT,69
APT,Isoconcentration Surface,CMT-PRO,67
APT,Lattice Parameter,CMT-PRO,32
APT,Layers,CMT-DSC,125
APT,Martensite,CMT-SPL,65
APT,Matrix,CMT-DSC,226
APT,Mg,CMT-CHM,83
APT,Micro Structures,CMT-PRO,64
APT,Microstructural,CMT-PRO,30
APT,Microstructure,CMT-PRO,202
APT,Mn,CMT-CHM,141
APT,Mo,CMT-CHM,116
APT,Morphology,CMT-PRO,72
APT,Nb,CMT-CHM,39
APT,Ni,CMT-CHM,246
APT,Number Density,CMT-PRO,72
APT,O,CMT-CHM,102
APT,Optical Micrograph,CMT-CMT,41
APT,Oxides,CMT-CHM,57
APT,Oxygen,CMT-CHM,40
APT,Particle,CMT-DSC,83
APT,Particles,CMT-DSC,147
APT,Phase Diagram,CMT-PRO,52
APT,Powder,CMT-DSC,32
APT,Precipitates,CMT-DSC,299
APT,Proximity Histogram,CMT-CMT,107
APT,Pt,CMT-CHM,35
APT,Pure,CMT-DSC,30
APT,Quenched,CMT-SMT,30
APT,SADP,CMT-CHM,30
APT,SAED,CMT-CMT,82
APT,SEM,CHM-CMT,40
APT,SEM,CMT-CMT,234
APT,STEM,CMT-CMT,56
APT,STEM HAADF,CMT-CMT,35
APT,Si,CMT-CHM,221
APT,Solid Solution,CMT-DSC,38
APT,Structure,CMT-PRO,82
APT,Substrate,CMT-DSC,44
APT,Surface,CHM-DSC,38
APT,Surface,CMT-DSC,198
APT,Surfaces,CMT-DSC,86
APT,TEM,CHM-CMT,43
APT,TEM,CMT-CMT,324
APT,Ti,CMT-CHM,143
APT,X-Ray Diffraction,CMT-CMT,42
APT,XRD,CMT-CMT,120
APT,Yield Strength,CMT-PRO,40
APT,Zr,CMT-CHM,59
APT,β,CMT-SPL,30
APT,γ',CMT-SPL,41
APTES,13C,CHM-CHM,75
APTES,13C CP MAS NMR,CHM-CMT,30
APTES,1H,CHM-CHM,63
APTES,1H NMR,CHM-CMT,48
APTES,29Si,CHM-CHM,32
APTES,29Si NMR,CHM-CMT,33
APTES,2D,CHM-DSC,43
APTES,2p,CHM-CMT,34
APTES,3-Aminopropyl Triethoxysilane,CHM-CHM,73
APTES,3-Aminopropyl-Triethoxysilane,CHM-CHM,744
APTES,3D,CHM-DSC,33
APTES,AFM,CHM-CMT,455
APTES,AFM Topography,CHM-CMT,34
APTES,APTES-Modified,CHM-SMT,43
APTES,ATR,CHM-CMT,31
APTES,ATR-FT-IR,CHM-CMT,53
APTES,Absorbance,CHM-PRO,69
APTES,Absorption,CHM-CMT,40
APTES,Absorption Spectrum,CHM-CMT,48
APTES,Acetone,CHM-CHM,47
APTES,Acetonitrile,CHM-CHM,37
APTES,Activity,CHM-PRO,83
APTES,Adhesions,CHM-PRO,57
APTES,Adsorbent,CHM-APL,92
APTES,Adsorption Capacity,CHM-PRO,85
APTES,Adsorption Isotherm,CHM-CMT,38
APTES,Ag,CHM-CHM,155
APTES,AgCl,CHM-CHM,39
APTES,Al,CHM-CHM,70
APTES,Al2O3,CHM-CHM,68
APTES,Aldehyde,CHM-CHM,62
APTES,Alumina,CHM-CHM,54
APTES,Aluminum,CHM-CHM,36
APTES,Amides,CHM-CHM,66
APTES,Amines,CHM-CHM,397
APTES,Amino,CHM-CHM,313
APTES,Amino Acid,CHM-CHM,36
APTES,Amino Silane,CHM-CHM,66
APTES,Aminopropyl,CHM-CHM,35
APTES,Aminopropyltriethoxysilane,CHM-CHM,98
APTES,Ammonia,CHM-CHM,39
APTES,Amorphous,CHM-DSC,53
APTES,Annealed,CHM-SMT,31
APTES,Annealing,CHM-SMT,51
APTES,Array,CHM-DSC,37
APTES,As Prepared,CHM-DSC,80
APTES,As-Synthesized,CHM-DSC,61
APTES,Atomic Force Microscopy,CHM-CMT,106
APTES,Au,CHM-CHM,251
APTES,BET,CHM-CMT,40
APTES,Bars,CHM-DSC,55
APTES,Beads,CHM-DSC,35
APTES,Bilayer,CHM-DSC,35
APTES,Bio-Sensor,CHM-APL,97
APTES,Biocompatibility,CHM-PRO,49
APTES,Biotin,CHM-CHM,70
APTES,Blue Line,CHM-CHM,66
APTES,Br,CHM-CHM,31
APTES,Brushes,CHM-DSC,34
APTES,Bulk,CHM-DSC,71
APTES,C,CHM-CHM,45
APTES,CH4,CHM-CHM,36
APTES,CLSM,CHM-CMT,34
APTES,CO,CHM-CHM,41
APTES,CO2,CHM-CHM,121
APTES,COOH,CHM-CHM,49
APTES,CTAB,CHM-CHM,49
APTES,CV,CHM-CMT,59
APTES,Calcination,CHM-SMT,47
APTES,Calcined,CHM-SMT,41
APTES,Calibration Curve,CHM-CMT,54
APTES,Carbon,CHM-CHM,209
APTES,Carboxyl,CHM-CHM,56
APTES,Carboxylic Acid,CHM-CHM,36
APTES,Catalyst,CHM-APL,196
APTES,Catalytic Activity,CHM-PRO,82
APTES,Cell,CHM-APL,30
APTES,Cell Viability,CHM-PRO,51
APTES,Cells,CHM-APL,31
APTES,Cells,CHM-DSC,108
APTES,Chemical Composition,CHM-PRO,41
APTES,Chemical Structures,CHM-PRO,153
APTES,Citrates,CHM-CHM,36
APTES,Co,CHM-CHM,35
APTES,Coated,CHM-DSC,70
APTES,Coated,CHM-SMT,365
APTES,Coatings,CHM-APL,274
APTES,Coatings,CHM-SMT,106
APTES,Composite,CHM-DSC,247
APTES,Composite Membrane,CHM-DSC,32
APTES,Compositions,CHM-PRO,92
APTES,Conductivity,CHM-PRO,36
APTES,Confocal Microscopy,CHM-CMT,39
APTES,Contact Angle,CHM-PRO,137
APTES,Contact Angle Measurement,CHM-CMT,34
APTES,Copper,CHM-CHM,57
APTES,Core,CHM-DSC,58
APTES,Cross Section,CHM-DSC,31
APTES,Cross Sectional SEM,CHM-CMT,40
APTES,Crystal,CHM-DSC,66
APTES,Cu,CHM-CHM,78
APTES,Cu2+,CHM-CHM,40
APTES,Curves,CHM-CMT,30
APTES,Cyclic Voltammetry,CHM-CMT,44
APTES,Cyclic Voltammogram,CHM-CMT,79
APTES,Cytotoxicity,CHM-PRO,51
APTES,DAPI,CHM-CHM,58
APTES,DLS,CHM-CMT,86
APTES,DMF,CHM-CHM,43
APTES,DOX,CHM-CHM,34
APTES,DSC,CHM-CMT,75
APTES,DTG,CHM-CHM,31
APTES,Density,CHM-PRO,71
APTES,Detection,CHM-APL,37
APTES,Detection Limit,CHM-PRO,67
APTES,Diamonds,CHM-CHM,54
APTES,Doped,CHM-DSC,87
APTES,Dried,CHM-SMT,46
APTES,Droplets,CHM-DSC,36
APTES,Drying,CHM-SMT,35
APTES,EDS,CHM-CMT,119
APTES,EDX,CHM-CMT,135
APTES,Eis,CHM-CMT,39
APTES,Electrochemical Impedance Spectroscopy,CHM-CMT,32
APTES,Electrode,CHM-APL,192
APTES,Electrodes,CHM-APL,142
APTES,Elemental Analysis,CHM-CMT,56
APTES,Elemental Mapping,CHM-CMT,35
APTES,Ellipsometry,CHM-CMT,41
APTES,Emission Spectra,CHM-CMT,70
APTES,Epoxy,CHM-CHM,84
APTES,Esters,CHM-CHM,31
APTES,Etched,CHM-SMT,33
APTES,Etching,CHM-SMT,45
APTES,Ethanol,CHM-CHM,192
APTES,F,CHM-CHM,33
APTES,F,CHM-PRO,36
APTES,FE-SEM,CHM-CMT,41
APTES,FESEM,CHM-CMT,99
APTES,FITC,CHM-CHM,134
APTES,FT-IR,CHM-CMT,382
APTES,FTIR,CHM-CMT,602
APTES,Fe,CHM-CHM,63
APTES,Fe3O4,CHM-CHM,180
APTES,Fiber,CHM-DSC,55
APTES,Fibers,CHM-DSC,40
APTES,Film,CHM-DSC,339
APTES,Films,CHM-DSC,270
APTES,Flow Cytometry,CHM-CMT,32
APTES,Fluorescein,CHM-CHM,36
APTES,Fluorescence,CHM-CMT,168
APTES,Fluorescence,CHM-PRO,63
APTES,Fluorescence Emission,CHM-CMT,34
APTES,Fluorescence Image,CHM-CMT,79
APTES,Fluorescence Intensity,CHM-PRO,130
APTES,Fluorescence Microscopy,CHM-CMT,75
APTES,Fluorescent,CHM-PRO,69
APTES,Fourier Transform Infrared,CHM-CMT,63
APTES,Fourier Transform Infrared Spectroscopy,CHM-CMT,109
APTES,Glass,CHM-DSC,44
APTES,Glucose,CHM-CHM,80
APTES,Glutaraldehyde,CHM-CHM,155
APTES,Graphene,CHM-CHM,92
APTES,Graphene Oxide,CHM-CHM,78
APTES,H2,CHM-CHM,61
APTES,H2O,CHM-CHM,79
APTES,H2O2,CHM-CHM,83
APTES,H2SO4,CHM-CHM,36
APTES,HCl,CHM-CHM,81
APTES,HRTEM,CHM-CMT,172
APTES,Heated,CHM-SMT,30
APTES,Heating,CHM-SMT,69
APTES,Height Profile,CHM-CMT,30
APTES,Hexagonal,CHM-SPL,55
APTES,Hexane,CHM-CHM,31
APTES,High Resolution XPS,CHM-CMT,48
APTES,Hybrid,CHM-DSC,52
APTES,Hydrodynamic Diameter,CHM-PRO,30
APTES,Hydrogen,CHM-CHM,116
APTES,Hydrolysis,CHM-SMT,100
APTES,Hydrophilic,CHM-PRO,76
APTES,Hydrophobic,CHM-PRO,95
APTES,Hydroxyl,CHM-CHM,94
APTES,IR,CHM-CMT,37
APTES,ITO,CHM-CHM,87
APTES,Imines,CHM-CHM,37
APTES,Immunoassays,CHM-APL,33
APTES,Immunosensor,CHM-APL,44
APTES,Interface,CHM-DSC,121
APTES,Ir,CHM-CMT,63
APTES,Iron,CHM-CHM,42
APTES,Iron Oxide,CHM-CHM,45
APTES,Irradiated,CHM-SMT,39
APTES,Irradiation,CHM-SMT,46
APTES,KCl,CHM-CHM,77
APTES,Langmuir,CHM-CMT,31
APTES,Layered,CHM-DSC,32
APTES,Layers,CHM-DSC,467
APTES,MCM-41,CHM-CHM,62
APTES,MNPS,CHM-DSC,36
APTES,MTT,CHM-CHM,35
APTES,Magnetics,CHM-PRO,150
APTES,Magnetite,CHM-CHM,40
APTES,Magnetization Curve,CHM-CMT,44
APTES,Mechanical Property,CHM-PRO,57
APTES,Membrane,CHM-APL,65
APTES,Membrane,CHM-DSC,216
APTES,Mesoporous,CHM-DSC,209
APTES,Metals,CHM-PRO,53
APTES,Methanol,CHM-CHM,73
APTES,Microchannel,CHM-DSC,31
APTES,Microspheres,CHM-DSC,45
APTES,Microstructure,CHM-PRO,38
APTES,Modification,CHM-SMT,35
APTES,Molecular Structure,CHM-PRO,70
APTES,Monolayers,CHM-DSC,215
APTES,Morphologies,CHM-PRO,64
APTES,Morphology,CHM-PRO,200
APTES,Multilayer,CHM-DSC,52
APTES,N2,CHM-CHM,253
APTES,N2 Adsorption Desorption Isotherms,CHM-CMT,71
APTES,NH2,CHM-CHM,157
APTES,NH3,CHM-CHM,38
APTES,NMR,CHM-CMT,40
APTES,NPS,CHM-DSC,183
APTES,NPs,CHM-DSC,66
APTES,NaBH4,CHM-CHM,35
APTES,NaCl,CHM-CHM,94
APTES,NaOH,CHM-CHM,59
APTES,Nanocomposite,CHM-DSC,181
APTES,Nanocrystals,CHM-DSC,41
APTES,Nanofiber,CHM-DSC,34
APTES,Nanomaterial,CHM-DSC,48
APTES,Nanoparticle,CHM-DSC,164
APTES,Nanoparticles,CHM-DSC,657
APTES,Nanorods,CHM-DSC,41
APTES,Nanosheets,CHM-DSC,49
APTES,Nanosphere,CHM-DSC,48
APTES,Nanostructures,CHM-DSC,49
APTES,Nanotube,CHM-DSC,94
APTES,Nanowire,CHM-DSC,43
APTES,Nanowires,CHM-DSC,49
APTES,Ni,CHM-CHM,31
APTES,Nitrogen,CHM-CHM,273
APTES,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,65
APTES,Nyquist Plot,CHM-CMT,50
APTES,O,CHM-CHM,121
APTES,O2,CHM-CHM,59
APTES,OH,CHM-CHM,72
APTES,Of Chemistry,CHM-CMT,52
APTES,Optical Image,CHM-CMT,94
APTES,Optical Micrograph,CHM-CMT,31
APTES,Optical Microscope,CHM-CMT,30
APTES,Optical Microscopy,CHM-CMT,35
APTES,Optical Properties,CHM-PRO,34
APTES,Organosilane,CHM-CHM,69
APTES,Oxidation,CHM-SMT,62
APTES,Oxides,CHM-CHM,37
APTES,Oxidize,CHM-SMT,71
APTES,Oxygen,CHM-CHM,161
APTES,PAA,CHM-CHM,36
APTES,PDMS,CHM-CHM,126
APTES,PEG,CHM-CHM,103
APTES,PEI,CHM-CHM,56
APTES,PMMA,CHM-CHM,54
APTES,PVP,CHM-CHM,36
APTES,Particle,CHM-DSC,85
APTES,Particle Size,CHM-PRO,60
APTES,Particle Size Distribution,CHM-PRO,72
APTES,Particles,CHM-DSC,374
APTES,Patterned,CHM-DSC,67
APTES,Pd,CHM-CHM,60
APTES,Peak Current,CHM-PRO,32
APTES,Phosphate,CHM-CHM,88
APTES,Photo Luminescence,CHM-CMT,61
APTES,Polystyrene,CHM-CHM,64
APTES,Pore Diameter,CHM-PRO,35
APTES,Pore Size Distribution,CHM-PRO,115
APTES,Pore Sizes,CHM-PRO,76
APTES,Pore Volume,CHM-PRO,50
APTES,Porosity,CHM-PRO,48
APTES,Porous,CHM-DSC,122
APTES,Powder,CHM-DSC,89
APTES,Powders,CHM-DSC,41
APTES,Primary Amine,CHM-CHM,41
APTES,Pt,CHM-CHM,71
APTES,Pure,CHM-DSC,49
APTES,QDS,CHM-DSC,44
APTES,Quantum Dots,CHM-DSC,35
APTES,Quartz,CHM-CHM,64
APTES,Raman,CHM-CMT,150
APTES,Reductions,CHM-SMT,36
APTES,Refractive Index,CHM-PRO,36
APTES,Release Profile,CHM-PRO,35
APTES,Roughness,CHM-PRO,47
APTES,SAED,CHM-CMT,43
APTES,SAM,CHM-DSC,71
APTES,SAMS,CHM-DSC,43
APTES,SAXS,CHM-CMT,35
APTES,SBA-15,CHM-CHM,72
APTES,SEM,CHM-CMT,1127
APTES,Scanning Electron Micrograph,CHM-CMT,51
APTES,Scanning Electron Microscopy,CHM-CMT,183
APTES,Selectivity,CHM-PRO,60
APTES,Self Assembled,CHM-SMT,67
APTES,Self Assembly,CHM-SMT,36
APTES,Sensing,CHM-APL,35
APTES,Sensitivity,CHM-PRO,62
APTES,Sensor,CHM-APL,117
APTES,Sers,CHM-CMT,34
APTES,Sheets,CHM-DSC,51
APTES,Shell,CHM-DSC,97
APTES,Shells,CHM-DSC,31
APTES,Si,CHM-CHM,407
APTES,SiO2,CHM-CHM,458
APTES,Silane,CHM-CHM,262
APTES,Silanization,CHM-SMT,151
APTES,Silanized,CHM-SMT,95
APTES,Silanol,CHM-CHM,77
APTES,Silica,CHM-CHM,712
APTES,Silicon,CHM-CHM,369
APTES,Silicon Oxide,CHM-CHM,38
APTES,Siloxane,CHM-CHM,47
APTES,Silver,CHM-CHM,61
APTES,Size Distribution,CHM-PRO,72
APTES,Slide,CHM-DSC,49
APTES,Slides,CHM-DSC,55
APTES,Society,CHM-CMT,60
APTES,Sol-Gel,CHM-SMT,127
APTES,Sonication,CHM-SMT,40
APTES,Specific Surface Area,CHM-PRO,43
APTES,Sphere,CHM-DSC,64
APTES,Stability,CHM-PRO,164
APTES,Storage Modulus,CHM-PRO,38
APTES,Stress Strain Curve,CHM-CMT,31
APTES,Structure,CHM-PRO,243
APTES,Structures,CHM-PRO,31
APTES,Styrene,CHM-CHM,30
APTES,Substrate,CHM-DSC,606
APTES,Surface,CHM-DSC,1312
APTES,Surface,CHM-PRO,34
APTES,Surface,SMT-DSC,37
APTES,Surface Area,CHM-PRO,106
APTES,Surface Chemistry,CHM-PRO,40
APTES,Surface Density,CHM-PRO,33
APTES,Surface Functionalization,CHM-SMT,63
APTES,Surface Modification,CHM-SMT,174
APTES,Surface Morphology,CHM-PRO,57
APTES,Surface Roughness,CHM-PRO,39
APTES,Surfaces,CHM-DSC,510
APTES,TEM,CHM-CMT,915
APTES,TEOS,CHM-CHM,311
APTES,TG,CHM-CMT,67
APTES,TGA,CHM-CMT,127
APTES,Tapping Mode AFM,CHM-CMT,30
APTES,Tensile Strength,CHM-PRO,43
APTES,Tetraethoxysilane,CHM-CHM,74
APTES,Tetraethyl Orthosilicate,CHM-CHM,74
APTES,Tga,CHM-CMT,228
APTES,Thermal Stability,CHM-PRO,73
APTES,Thermogravimetric Analysis,CHM-CMT,97
APTES,Thin,CHM-DSC,30
APTES,Thin Films,CHM-DSC,106
APTES,Thiols,CHM-CHM,64
APTES,Ti,CHM-CHM,68
APTES,TiO2,CHM-CHM,112
APTES,Titanium,CHM-CHM,31
APTES,Toluene,CHM-CHM,132
APTES,Topography,CHM-PRO,31
APTES,Transmission Electron Microscopy,CHM-CMT,128
APTES,Tube,CHM-DSC,31
APTES,UV Irradiation,CHM-SMT,35
APTES,UV Vis,CHM-CMT,84
APTES,UV Vis Absorption,CHM-CMT,63
APTES,UV-VIS Spectral,CHM-CMT,40
APTES,Uncoated,CHM-DSC,55
APTES,Vsm,CHM-CMT,31
APTES,Wafers,CHM-DSC,156
APTES,Water Contact Angle,CHM-PRO,117
APTES,X-Ray Diffraction,CHM-CMT,160
APTES,X-Ray Photoelectron Spectroscopy,CHM-CMT,105
APTES,XPS,CHM-CMT,487
APTES,XRD,CHM-CMT,575
APTES,Zeolites,CHM-CHM,60
APTES,Zeta Potential,CHM-PRO,150
APTES,ZnO,CHM-CHM,86
APTES-Modified,APTES,SMT-CHM,43
APTMS,3-Aminopropyl Trimethoxysilane,CHM-CHM,38
APTMS,3-Aminopropyl-Trimethoxysilane,CHM-CHM,120
APTMS,Amines,CHM-CHM,58
APTMS,Amino,CHM-CHM,42
APTMS,Au,CHM-CHM,40
APTMS,Coated,CHM-SMT,35
APTMS,Coatings,CHM-APL,36
APTMS,Composite,CHM-DSC,31
APTMS,FT-IR,CHM-CMT,33
APTMS,FTIR,CHM-CMT,41
APTMS,Film,CHM-DSC,36
APTMS,Films,CHM-DSC,37
APTMS,Layers,CHM-DSC,52
APTMS,Mesoporous,CHM-DSC,37
APTMS,Monolayers,CHM-DSC,39
APTMS,Nanoparticles,CHM-DSC,97
APTMS,Particles,CHM-DSC,47
APTMS,SEM,CHM-CMT,72
APTMS,Si,CHM-CHM,35
APTMS,SiO2,CHM-CHM,50
APTMS,Silane,CHM-CHM,41
APTMS,Silica,CHM-CHM,89
APTMS,Silicon,CHM-CHM,37
APTMS,Substrate,CHM-DSC,79
APTMS,Surface,CHM-DSC,166
APTMS,Surfaces,CHM-DSC,57
APTMS,TEM,CHM-CMT,54
APTMS,TEOS,CHM-CHM,37
APTMS,Tga,CHM-CMT,31
APTMS,X-Ray Diffraction,CHM-CMT,31
APTMS,XPS,CHM-CMT,47
APTMS,XRD,CHM-CMT,46
APTS,3-Aminopropyl-Triethoxysilane,CHM-CHM,79
APTS,Amines,CHM-CHM,30
APTS,Amino,CHM-CHM,36
APTS,FTIR,CHM-CMT,33
APTS,Nanoparticles,CHM-DSC,51
APTS,SEM,CHM-CMT,32
APTS,Silica,CHM-CHM,58
APTS,Surface,CHM-DSC,79
APTS,Surfaces,CHM-DSC,37
APTS,TEM,CHM-CMT,37
APU,Auxiliary Power Unit,APL-APL,59
APU,Coatings,DSC-APL,34
APU,SEM,DSC-CMT,35
APU,SOFC,APL-APL,32
APs,Alkylphenols,CHM-CHM,33
AQDS,"Anthraquinone-2,6-Disulfonate",CHM-CHM,52
AQDS,Fe(II),CHM-CHM,31
AQE,Activity,PRO-PRO,30
AQE,Apparent,PRO-PRO,33
AQE,Apparent Quantum Efficiency,PRO-PRO,63
AQE,Catalyst,PRO-APL,58
AQE,CdS,PRO-CHM,34
AQE,Cocatalyst,PRO-APL,37
AQE,Composite,PRO-DSC,44
AQE,H2,PRO-CHM,136
AQE,H2 Evolution,PRO-APL,39
AQE,HRTEM,PRO-CMT,60
AQE,Hydrogen,PRO-CHM,102
AQE,Nanoparticles,PRO-DSC,34
AQE,Photo Catalytic Activity,PRO-PRO,46
AQE,Photocatalyst,PRO-APL,76
AQE,Photocatalysts,PRO-APL,61
AQE,Photocatalytic Performance,PRO-PRO,34
AQE,Pt,PRO-CHM,54
AQE,Quantum Efficiency,PRO-PRO,76
AQE,SEM,PRO-CMT,57
AQE,Semiconductor,PRO-PRO,31
AQE,Stability,PRO-PRO,30
AQE,Surface,PRO-DSC,44
AQE,TEM,PRO-CMT,86
AQE,TiO2,PRO-CHM,34
AQE,XPS,PRO-CMT,64
AQE,XRD,PRO-CMT,71
AQE,g-C3N4,PRO-CHM,51
AQI,Air Quality Index,PRO-PRO,33
AQY,Apparent Quantum Yield,PRO-PRO,41
AQY,Catalyst,PRO-APL,79
AQY,CdS,PRO-CHM,38
AQY,Cocatalyst,PRO-APL,38
AQY,Composite,PRO-DSC,42
AQY,DRS,PRO-CMT,32
AQY,H2,PRO-CHM,134
AQY,H2 Production,PRO-APL,48
AQY,HRTEM,PRO-CMT,47
AQY,Hydrogen,PRO-CHM,109
AQY,Nanoparticles,PRO-DSC,33
AQY,Oxygen,PRO-CHM,31
AQY,Photo Catalytic Activity,PRO-PRO,47
AQY,Photo Luminescence,PRO-CMT,43
AQY,Photocatalyst,PRO-APL,65
AQY,Photocatalysts,PRO-APL,64
AQY,Photocatalytic H2 Production,PRO-APL,30
AQY,Pt,PRO-CHM,81
AQY,Quantum Yield,PRO-PRO,90
AQY,SEM,PRO-CMT,40
AQY,Surface,PRO-DSC,36
AQY,TEM,PRO-CMT,83
AQY,TiO2,PRO-CHM,31
AQY,XPS,PRO-CMT,55
AQY,XRD,PRO-CMT,77
AQY,g-C3N4,PRO-CHM,58
AR,AFM,PRO-CMT,41
AR,AFM,SMT-CMT,78
AR,AR Coating,APL-APL,52
AR,AR Coating,SMT-APL,42
AR,Ag,PRO-CHM,36
AR,Ag,SMT-CHM,39
AR,Al,SMT-CHM,54
AR,Alloy,SMT-DSC,39
AR,Amorphous,SMT-DSC,30
AR,Androgen Receptor,PRO-PRO,124
AR,Androgens,PRO-CHM,210
AR,Androgens,PRO-PRO,65
AR,Annealed,SMT-SMT,38
AR,Annealing,SMT-SMT,63
AR,Anti-Reflection,APL-APL,48
AR,Ar,CMT-CHM,68
AR,Ar,PRO-CHM,144
AR,Ar,SMT-CHM,268
AR,Argon,PRO-CHM,34
AR,Argon,SMT-CHM,44
AR,As-Received,SMT-DSC,40
AR,Aspect,PRO-PRO,42
AR,Aspect Ratio,PRO-PRO,113
AR,Au,PRO-CHM,33
AR,Au,SMT-CHM,32
AR,Autoregressive,CMT-CMT,48
AR,Branching Ratio,PRO-PRO,36
AR,Bulk,PRO-DSC,39
AR,Bulk,SMT-DSC,35
AR,CO2,PRO-CHM,40
AR,Carbon,PRO-CHM,68
AR,Carbon,SMT-CHM,67
AR,Catalyst,SMT-APL,31
AR,Cell,SMT-APL,33
AR,Cells,PRO-DSC,56
AR,Coated,APL-SMT,38
AR,Coated,PRO-SMT,41
AR,Coated,SMT-SMT,81
AR,Coatings,APL-APL,140
AR,Coatings,PRO-APL,53
AR,Coatings,SMT-APL,200
AR,Coatings,SMT-SMT,42
AR,Composite,PRO-DSC,37
AR,Composite,SMT-DSC,32
AR,Compositions,PRO-PRO,58
AR,Compositions,SMT-PRO,47
AR,Cross Sectional SEM,SMT-CMT,31
AR,Crystal,PRO-DSC,43
AR,Cu,PRO-CHM,31
AR,Cu,SMT-CHM,50
AR,DHT,PRO-CHM,49
AR,Density,PRO-PRO,38
AR,Diamonds,PRO-CHM,43
AR,Doped,PRO-DSC,48
AR,EDS,SMT-CMT,30
AR,Efficiency,SMT-PRO,46
AR,Electrode,SMT-APL,35
AR,Estrogen,PRO-CHM,44
AR,Etching,SMT-SMT,38
AR,F,PRO-PRO,36
AR,FTIR,PRO-CMT,30
AR,Fe,SMT-CHM,30
AR,Film,APL-DSC,72
AR,Film,PRO-DSC,68
AR,Film,SMT-DSC,129
AR,Films,APL-DSC,68
AR,Films,PRO-DSC,58
AR,Films,SMT-DSC,119
AR,Glass,PRO-DSC,38
AR,Glasses,PRO-DSC,48
AR,Grain Size,SMT-PRO,33
AR,H2,SMT-CHM,59
AR,H2O,PRO-CHM,30
AR,Heating,SMT-SMT,31
AR,Hydrogen,APL-CHM,31
AR,Hydrogen,PRO-CHM,42
AR,Hydrogen,SMT-CHM,51
AR,Interface,PRO-DSC,54
AR,Interface,SMT-DSC,53
AR,Irradiation,SMT-SMT,38
AR,K,PRO-PRO,36
AR,Layers,APL-DSC,94
AR,Layers,PRO-DSC,93
AR,Layers,SMT-DSC,183
AR,Membrane,PRO-DSC,37
AR,Metals,SMT-PRO,36
AR,Microstructure,PRO-PRO,44
AR,Microstructure,SMT-PRO,64
AR,Models,CMT-CMT,38
AR,Morphology,PRO-PRO,49
AR,Morphology,SMT-PRO,48
AR,N2,PRO-CHM,34
AR,N2,SMT-CHM,40
AR,Nanoparticles,PRO-DSC,68
AR,Nanoparticles,SMT-DSC,48
AR,Nanorods,PRO-DSC,36
AR,Nanostructures,PRO-DSC,30
AR,Ni,SMT-CHM,32
AR,Nitrogen,PRO-CHM,36
AR,Nitrogen,SMT-CHM,34
AR,O,SMT-CHM,46
AR,O2,PRO-CHM,33
AR,O2,SMT-CHM,69
AR,Oxygen,APL-CHM,32
AR,Oxygen,PRO-CHM,61
AR,Oxygen,SMT-CHM,93
AR,P,PRO-PRO,34
AR,Particle,PRO-DSC,40
AR,Particles,PRO-DSC,89
AR,Particles,SMT-DSC,72
AR,Plasma,SMT-SMT,35
AR,Prostate,PRO-APL,38
AR,Prostate,PRO-SPL,42
AR,Prostate Cancer,PRO-APL,87
AR,Radiative Lifetimes,PRO-PRO,32
AR,Raman,SMT-CMT,39
AR,Receptor,PRO-APL,30
AR,Reflectance,APL-PRO,51
AR,Reflectance,SMT-PRO,69
AR,Refractive Index,APL-PRO,72
AR,Refractive Index,PRO-PRO,40
AR,Refractive Index,SMT-PRO,76
AR,SEM,APL-CMT,47
AR,SEM,PRO-CMT,163
AR,SEM,SMT-CMT,198
AR,Si,APL-CHM,36
AR,Si,PRO-CHM,54
AR,Si,SMT-CHM,105
AR,SiO2,APL-CHM,47
AR,SiO2,PRO-CHM,37
AR,SiO2,SMT-CHM,72
AR,Silica,APL-CHM,55
AR,Silica,PRO-CHM,36
AR,Silica,SMT-CHM,63
AR,Silicon,APL-CHM,45
AR,Silicon,PRO-CHM,42
AR,Silicon,SMT-CHM,77
AR,Solar Cell,APL-APL,50
AR,Solar Cell,SMT-APL,80
AR,Sputtering,SMT-SMT,40
AR,Steroids,PRO-CHM,42
AR,Structure,APL-PRO,31
AR,Structure,PRO-PRO,64
AR,Structure,SMT-PRO,65
AR,Substrate,APL-DSC,90
AR,Substrate,PRO-DSC,113
AR,Substrate,SMT-DSC,188
AR,Surface,APL-DSC,68
AR,Surface,CMT-DSC,60
AR,Surface,PRO-DSC,175
AR,Surface,SMT-DSC,228
AR,Surfaces,PRO-DSC,60
AR,Surfaces,SMT-DSC,68
AR,T,PRO-PRO,35
AR,TEM,APL-CMT,32
AR,TEM,PRO-CMT,82
AR,TEM,SMT-CMT,89
AR,Temperature,PRO-PRO,37
AR,Testosterone,PRO-CHM,46
AR,Thin Films,PRO-DSC,32
AR,Thin Films,SMT-DSC,69
AR,Ti,SMT-CHM,45
AR,TiO2,APL-CHM,31
AR,TiO2,SMT-CHM,53
AR,UV Transmittance,APL-PRO,69
AR,UV Transmittance,SMT-PRO,81
AR,Wafers,SMT-DSC,32
AR,Western Blots,PRO-CMT,36
AR,X-Ray Diffraction,PRO-CMT,33
AR,X-Ray Diffraction,SMT-CMT,40
AR,X-Ray Photoelectron Spectroscopy,SMT-CMT,42
AR,XPS,SMT-CMT,92
AR,XRD,PRO-CMT,58
AR,XRD,SMT-CMT,88
AR,ZnO,SMT-CHM,34
AR Adsorption Isotherm,Ar,CMT-CHM,51
AR Adsorption Isotherm,N2,CMT-CHM,35
AR Coating,AR,APL-APL,52
AR Coating,AR,APL-SMT,42
AR Coating,Coatings,APL-APL,79
AR Coating,Layers,APL-DSC,40
AR Coating,Refractive Index,APL-PRO,34
AR Coating,Solar Cell,APL-APL,36
AR Coating,Substrate,APL-DSC,36
AR Coating,Surface,APL-DSC,30
AR Coating,UV Transmittance,APL-PRO,39
AR Plasma,AFM,SMT-CMT,68
AR Plasma,AR Plasma Treatment,SMT-SMT,38
AR Plasma,Ar,SMT-CHM,226
AR Plasma,Argon,SMT-CHM,35
AR Plasma,Carbon,SMT-CHM,41
AR Plasma,Etching,SMT-SMT,30
AR Plasma,Film,SMT-DSC,90
AR Plasma,Films,SMT-DSC,115
AR Plasma,H2,SMT-CHM,42
AR Plasma,Layers,SMT-DSC,48
AR Plasma,N2,SMT-CHM,35
AR Plasma,O2,SMT-CHM,68
AR Plasma,Oxygen,SMT-CHM,58
AR Plasma,Plasma,SMT-SMT,85
AR Plasma,Plasma Treated,SMT-SMT,31
AR Plasma,Plasma Treatment,SMT-SMT,54
AR Plasma,Raman,SMT-CMT,39
AR Plasma,SEM,SMT-CMT,70
AR Plasma,Si,SMT-CHM,48
AR Plasma,SiO2,SMT-CHM,33
AR Plasma,Substrate,SMT-DSC,90
AR Plasma,Surface,SMT-DSC,123
AR Plasma,Surfaces,SMT-DSC,44
AR Plasma,TEM,SMT-CMT,42
AR Plasma,Thin Films,SMT-DSC,36
AR Plasma,XPS,SMT-CMT,85
AR Plasma,XRD,SMT-CMT,44
AR Plasma Treatment,AR Plasma,SMT-SMT,38
AR Plasma Treatment,Ar,SMT-CHM,120
AR Plasma Treatment,Film,SMT-DSC,42
AR Plasma Treatment,Films,SMT-DSC,43
AR Plasma Treatment,Layers,SMT-DSC,38
AR Plasma Treatment,Oxygen,SMT-CHM,30
AR Plasma Treatment,Plasma Treatment,SMT-SMT,48
AR Plasma Treatment,SEM,SMT-CMT,46
AR Plasma Treatment,Substrate,SMT-DSC,47
AR Plasma Treatment,Surface,SMT-DSC,66
AR Plasma Treatment,TEM,SMT-CMT,31
AR Plasma Treatment,XPS,SMT-CMT,49
AR+ Ion Irradiation,Ar+,SMT-CHM,57
AR-XPS,AFM,CMT-CMT,55
AR-XPS,Al,CMT-CHM,39
AR-XPS,Angle Resolved X-Ray Photoelectron Spectroscopy,CMT-CMT,113
AR-XPS,Angle Resolved XPS,CMT-CMT,36
AR-XPS,Annealing,CMT-SMT,32
AR-XPS,Bulk,CMT-DSC,63
AR-XPS,Carbon,CMT-CHM,43
AR-XPS,Compositions,CMT-PRO,57
AR-XPS,Film,CMT-DSC,127
AR-XPS,Films,CMT-DSC,122
AR-XPS,Interface,CMT-DSC,75
AR-XPS,Layers,CMT-DSC,132
AR-XPS,Monolayers,CMT-DSC,37
AR-XPS,O,CMT-CHM,71
AR-XPS,Oxidation,CMT-SMT,34
AR-XPS,Oxides,CMT-CHM,48
AR-XPS,Oxygen,CMT-CHM,79
AR-XPS,Pt,CMT-CHM,30
AR-XPS,SEM,CMT-CMT,35
AR-XPS,Si,CMT-CHM,82
AR-XPS,SiO2,CMT-CHM,45
AR-XPS,Silicon,CMT-CHM,39
AR-XPS,Structure,CMT-PRO,46
AR-XPS,Substrate,CMT-DSC,112
AR-XPS,Surface,CMT-DSC,202
AR-XPS,Surfaces,CMT-DSC,79
AR-XPS,Thin Films,CMT-DSC,34
AR-XPS,Ti,CMT-CHM,32
AR-XPS,X-Ray Photoelectron Spectroscopy,CMT-CMT,32
AR-XPS,XPS,CMT-CMT,189
AR1,AR2,CHM-CHM,36
AR1,SEM,CHM-CMT,32
AR2,AR1,CHM-CHM,36
ARA,Arachidonic Acid,CHM-CHM,42
ARA,DHA,CHM-CHM,32
ARA,EPA,CHM-CHM,32
ARA,Fatty Acid,CHM-CHM,34
ARB,ARB-Processed,SMT-SMT,37
ARB,ARBed,SMT-SMT,48
ARB,Al,SMT-CHM,123
ARB,Alloy,SMT-DSC,59
ARB,Aluminum,SMT-CHM,63
ARB,Annealed,SMT-SMT,75
ARB,Annealing,SMT-SMT,46
ARB,Composite,SMT-DSC,121
ARB,Cu,SMT-CHM,62
ARB,EBSD,SMT-CMT,52
ARB,EDS,SMT-CMT,46
ARB,Engineering Stress-Strain Curve,SMT-PRO,52
ARB,Fracture Surface,SMT-PRO,32
ARB,Grain Size,SMT-PRO,63
ARB,Hardness,SMT-PRO,52
ARB,Interface,SMT-DSC,70
ARB,Layers,SMT-DSC,87
ARB,Micro Hardness,SMT-PRO,44
ARB,Micro Structures,SMT-PRO,33
ARB,Microstructure,SMT-PRO,92
ARB,Optical Micrograph,SMT-CMT,58
ARB,Particles,SMT-DSC,43
ARB,Pure,SMT-DSC,35
ARB,Rolling,SMT-SMT,76
ARB,SAD Pattern,SMT-CMT,30
ARB,SEM,SMT-CMT,146
ARB,Sheet,SMT-DSC,46
ARB,Stress Strain Curve,SMT-PRO,37
ARB,Surface,SMT-DSC,48
ARB,TEM,SMT-CMT,138
ARB,Tensile Strength,SMT-PRO,52
ARB,XRD,SMT-CMT,60
ARB,Yield Strength,SMT-PRO,30
ARB-Processed,ARB,SMT-SMT,37
ARB-Processed,Arb,SMT-SMT,43
ARB-Processed,Microstructure,SMT-PRO,31
ARB-Processed,SEM,SMT-CMT,32
ARB-Processed,TEM,SMT-CMT,32
ARBed,ARB,SMT-SMT,48
ARC,87Sr/86Sr,APL-PRO,51
ARC,AFM,APL-CMT,51
ARC,Absorption,APL-PRO,34
ARC,Accelerating Rate Calorimetry,CMT-CMT,57
ARC,Ag,APL-CHM,49
ARC,Age,PRO-PRO,33
ARC,Ages,APL-PRO,41
ARC,Ages,PRO-PRO,40
ARC,Al,APL-CHM,74
ARC,Al,PRO-CHM,32
ARC,Al,SMT-CHM,30
ARC,Al2O3,APL-CHM,80
ARC,Al2O3,PRO-CHM,71
ARC,Al2O3,SPL-CHM,40
ARC,Alkaline,APL-PRO,38
ARC,Alkaline,APL-SPL,42
ARC,Alkaline,PRO-PRO,42
ARC,Alkaline,PRO-SPL,42
ARC,Alloy,SMT-DSC,46
ARC,Aluminum,APL-CHM,31
ARC,Aluminum,SMT-CHM,33
ARC,Amphiboles,APL-CHM,69
ARC,Amphiboles,PRO-CHM,37
ARC,Amphibolite,APL-SPL,32
ARC,Andesitic,APL-SPL,32
ARC,Annealing,APL-SMT,32
ARC,Anode,APL-APL,60
ARC,Anode,SMT-APL,36
ARC,Anti Reflection Coating,APL-APL,31
ARC,Antireflective Coating,APL-APL,57
ARC,Apatites,APL-CHM,32
ARC,Arcs,APL-APL,60
ARC,Argon,APL-CHM,41
ARC,Argon,SMT-CHM,30
ARC,Au,APL-CHM,46
ARC,Ba,APL-CHM,80
ARC,Ba,PRO-CHM,61
ARC,Basaltic,APL-SPL,60
ARC,Basaltic,PRO-SPL,34
ARC,Basalts,APL-PRO,36
ARC,Biotites,APL-CHM,51
ARC,Biotites,PRO-CHM,86
ARC,Bulk,APL-DSC,81
ARC,CO2,APL-CHM,47
ARC,CaO,APL-CHM,34
ARC,CaO,PRO-CHM,36
ARC,Calc,APL-PRO,46
ARC,Calc,APL-SPL,54
ARC,Calc,PRO-PRO,52
ARC,Calc,PRO-SPL,40
ARC,Calc,SPL-SPL,30
ARC,Carbon,APL-CHM,90
ARC,Carbon,SMT-CHM,86
ARC,Carbonates,APL-CHM,33
ARC,Cathode,APL-APL,55
ARC,Cathode,CMT-APL,32
ARC,Cathode,SMT-APL,49
ARC,Cathodoluminescence,PRO-CMT,44
ARC,Ce,APL-CHM,34
ARC,Cell,APL-APL,83
ARC,Cells,APL-APL,58
ARC,Chlorite,PRO-CHM,38
ARC,Chondrite,APL-CHM,40
ARC,Chondrite,APL-SPL,50
ARC,Chondrite,PRO-CHM,64
ARC,Chondrite,PRO-SPL,69
ARC,Clinopyroxenes,APL-CHM,71
ARC,Clinopyroxenes,APL-SPL,34
ARC,Clinopyroxenes,SPL-CHM,35
ARC,Co,APL-CHM,31
ARC,Coated,APL-SMT,44
ARC,Coatings,APL-APL,63
ARC,Coatings,SMT-APL,49
ARC,Composite,APL-DSC,34
ARC,Compositions,APL-PRO,215
ARC,Compositions,PRO-PRO,109
ARC,Compositions,SMT-PRO,44
ARC,Compositions,SPL-PRO,64
ARC,Contacts,APL-APL,33
ARC,Continental,APL-DSC,34
ARC,Continental Crust,APL-DSC,32
ARC,Copper,APL-CHM,50
ARC,Cr,APL-CHM,65
ARC,Crust,APL-DSC,82
ARC,Crust,APL-PRO,52
ARC,Crystal,APL-DSC,56
ARC,Crystal,PRO-DSC,36
ARC,Crystalline,APL-DSC,39
ARC,Cu,APL-CHM,69
ARC,Cu,PRO-CHM,30
ARC,Current Density,APL-PRO,30
ARC,DSC,CMT-CMT,33
ARC,Density,APL-PRO,37
ARC,Diamonds,APL-CHM,43
ARC,Discrimination Diagram,PRO-CMT,45
ARC,END(t),PRO-PRO,38
ARC,EQE,APL-CMT,36
ARC,Efficiency,APL-PRO,70
ARC,Electrode,APL-APL,67
ARC,Electrode,CMT-APL,33
ARC,Electrode,SMT-APL,31
ARC,Electrodes,APL-APL,63
ARC,Electrolyte,CMT-APL,64
ARC,Etching,APL-SMT,30
ARC,Eu,APL-CHM,35
ARC,Eu,PRO-CHM,38
ARC,Fe,APL-CHM,59
ARC,Feldspar,PRO-CHM,39
ARC,Film,APL-DSC,97
ARC,Film,SMT-DSC,33
ARC,Films,APL-DSC,77
ARC,Films,SMT-DSC,31
ARC,Fractional Crystallization,APL-SMT,32
ARC,Ga,APL-CHM,33
ARC,Ga,PRO-CHM,35
ARC,GaAs,APL-CHM,33
ARC,Garnet,APL-SPL,87
ARC,Garnet,PRO-SPL,43
ARC,Geochemical,APL-PRO,60
ARC,Geochemical,PRO-PRO,48
ARC,Geological,PRO-PRO,37
ARC,Geological Map,APL-CMT,94
ARC,Geological Map,PRO-CMT,121
ARC,Geological Map,SPL-CMT,44
ARC,Glass,APL-DSC,48
ARC,Granite,APL-SPL,30
ARC,Granite,PRO-PRO,43
ARC,Granite,PRO-SPL,80
ARC,Granitic,PRO-SPL,31
ARC,Granitoids,PRO-PRO,67
ARC,Granitoids,PRO-SPL,47
ARC,Graphite,SMT-CHM,38
ARC,H2O,APL-CHM,52
ARC,Hardness,SMT-PRO,35
ARC,Hf,APL-CHM,66
ARC,Hf,PRO-CHM,55
ARC,Hydrogen,APL-CHM,43
ARC,Interface,APL-DSC,47
ARC,Iron,APL-CHM,33
ARC,Island,PRO-APL,41
ARC,Island,SPL-APL,76
ARC,K,APL-PRO,36
ARC,K-Feldspar,PRO-CHM,49
ARC,K2O,APL-CHM,78
ARC,K2O,APL-PRO,34
ARC,K2O,PRO-CHM,105
ARC,K2O,PRO-PRO,39
ARC,K2O,SPL-CHM,34
ARC,La,APL-CHM,98
ARC,La,PRO-CHM,70
ARC,La,SPL-CHM,36
ARC,Lavas,APL-DSC,71
ARC,Layers,APL-DSC,209
ARC,Layers,PRO-DSC,41
ARC,Layers,SMT-DSC,62
ARC,Li,APL-CHM,48
ARC,Li,CMT-CHM,42
ARC,Li,PRO-CHM,35
ARC,LiPF6,CMT-CHM,35
ARC,Lithium,CMT-CHM,43
ARC,Mafic,APL-PRO,80
ARC,Mafic,PRO-PRO,68
ARC,Magmatic,PRO-APL,43
ARC,Magnetite,APL-CHM,38
ARC,Mantle,APL-DSC,99
ARC,Map,APL-CMT,36
ARC,Mechanical Property,SMT-PRO,32
ARC,Melting,APL-SMT,148
ARC,Melting,PRO-SMT,45
ARC,Melting,SMT-SMT,35
ARC,Melting,SPL-SMT,32
ARC,Metals,APL-PRO,47
ARC,Mg,APL-CHM,92
ARC,Mg,PRO-CHM,45
ARC,Mg#,APL-PRO,42
ARC,MgO,APL-CHM,110
ARC,MgO,PRO-CHM,68
ARC,MgO,SPL-CHM,44
ARC,Microstructure,APL-PRO,33
ARC,Microstructure,SMT-PRO,60
ARC,Miocene,APL-CHM,45
ARC,Mo,APL-CHM,33
ARC,NB,APL-PRO,45
ARC,NB,PRO-PRO,44
ARC,Na2O,APL-CHM,44
ARC,Na2O,PRO-CHM,86
ARC,Nanoparticles,APL-DSC,37
ARC,Nanotube,SMT-DSC,31
ARC,Nb,APL-CHM,105
ARC,Nb,PRO-CHM,87
ARC,Nb,SPL-CHM,57
ARC,Nd,APL-CHM,64
ARC,Nd,PRO-CHM,33
ARC,Ni,APL-CHM,64
ARC,Ni,PRO-CHM,34
ARC,Nitrogen,APL-CHM,34
ARC,Nitrogen,SMT-CHM,38
ARC,OIB,APL-CHM,41
ARC,Oceanic,APL-APL,31
ARC,Olivines,APL-CHM,96
ARC,Olivines,APL-SPL,41
ARC,Olivines,SPL-CHM,31
ARC,Ophiolites,APL-APL,34
ARC,Orthopyroxene,APL-CHM,30
ARC,Oxides,APL-CHM,37
ARC,Oxygen,APL-CHM,81
ARC,Oxygen,SMT-CHM,32
ARC,Partial Melting,APL-SMT,42
ARC,Particles,APL-DSC,38
ARC,Particles,SMT-DSC,35
ARC,Pb,APL-CHM,128
ARC,Pb,PRO-CHM,127
ARC,Pb,SPL-CHM,38
ARC,Pearce,PRO-CMT,50
ARC,Peccerillo,PRO-CHM,31
ARC,Phenocryst,APL-DSC,39
ARC,Photomicrograph,PRO-CMT,52
ARC,Plasma,APL-SMT,33
ARC,Porous,APL-DSC,32
ARC,Pyroxene,APL-CHM,39
ARC,Quartz,APL-CHM,96
ARC,Quartz,PRO-CHM,115
ARC,REE,APL-PRO,41
ARC,REE,PRO-PRO,35
ARC,REE Pattern,PRO-CMT,40
ARC,REE Pattern,PRO-PRO,30
ARC,Raman,APL-CMT,37
ARC,Reflectance,APL-CMT,34
ARC,Reflectance,APL-PRO,63
ARC,Refractive Index,APL-PRO,67
ARC,Ridge,PRO-SPL,30
ARC,Rocks,APL-DSC,41
ARC,SEM,APL-CMT,122
ARC,SEM,SMT-CMT,62
ARC,Sediments,APL-DSC,66
ARC,Si,APL-CHM,124
ARC,SiO2,APL-CHM,204
ARC,SiO2,APL-PRO,70
ARC,SiO2,PRO-CHM,124
ARC,SiO2,PRO-PRO,79
ARC,SiO2,SPL-CHM,52
ARC,SiO2,SPL-PRO,30
ARC,Silica,APL-CHM,68
ARC,Silica,PRO-CHM,33
ARC,Silicate,APL-CHM,36
ARC,Silicon,APL-CHM,133
ARC,Silver,APL-CHM,30
ARC,Solar Cell,APL-APL,168
ARC,Spinels,APL-SPL,39
ARC,Sr,APL-CHM,126
ARC,Sr,APL-PRO,52
ARC,Sr,PRO-CHM,99
ARC,Sr,PRO-PRO,30
ARC,Sr,SPL-CHM,37
ARC,Stability,APL-PRO,35
ARC,Structure,APL-PRO,61
ARC,Structure,SMT-PRO,34
ARC,Subducted,APL-SMT,36
ARC,Subduction,APL-SMT,30
ARC,Substrate,APL-DSC,136
ARC,Substrate,SMT-DSC,54
ARC,Surface,APL-DSC,210
ARC,Surface,PRO-DSC,41
ARC,Surface,SMT-DSC,94
ARC,Surfaces,APL-DSC,51
ARC,TEM,APL-CMT,38
ARC,TEM,SMT-CMT,35
ARC,TH,PRO-PRO,32
ARC,Ta,APL-CHM,80
ARC,Ta,PRO-CHM,77
ARC,Ta,SPL-CHM,31
ARC,Tectonic Discrimination Diagram,PRO-CMT,48
ARC,Tectonics,APL-PRO,35
ARC,Temperature,APL-PRO,37
ARC,Th,APL-CHM,31
ARC,Th,PRO-CHM,30
ARC,Thermal Stability,CMT-PRO,52
ARC,Thin Films,APL-DSC,53
ARC,Tholeiitic,APL-SPL,30
ARC,Ti,APL-CHM,99
ARC,Ti,APL-PRO,30
ARC,Ti,PRO-CHM,68
ARC,Ti,SMT-CHM,32
ARC,Ti,SPL-CHM,51
ARC,TiO2,APL-CHM,109
ARC,TiO2,PRO-CHM,60
ARC,TiO2,SPL-CHM,48
ARC,Trace Element,APL-PRO,32
ARC,Tungsten,APL-CHM,33
ARC,Tungsten,SMT-CHM,31
ARC,U-Pb Age,APL-PRO,32
ARC,U-Pb Age,PRO-PRO,33
ARC,UV Transmittance,APL-PRO,38
ARC,VAG,PRO-PRO,41
ARC,Volcanic,APL-PRO,33
ARC,Volcanic,PRO-APL,84
ARC,Volcanic,PRO-PRO,30
ARC,Volcanic Arc,APL-APL,41
ARC,Wafers,APL-DSC,58
ARC,Weld,SMT-SMT,41
ARC,Welding,APL-SMT,58
ARC,Welding,PRO-SMT,32
ARC,Welding,SMT-SMT,74
ARC,Wire,SMT-DSC,30
ARC,XRD,APL-CMT,31
ARC,XRD,SMT-CMT,40
ARC,Xenoliths,APL-DSC,36
ARC,Yb,APL-CHM,98
ARC,Yb,PRO-CHM,76
ARC,Yb,SPL-CHM,45
ARC,Zircon,APL-CHM,38
ARC,Zircon,PRO-CHM,47
ARC,Zircons,APL-CHM,139
ARC,Zircons,APL-DSC,35
ARC,Zircons,PRO-CHM,164
ARC,Zircons,PRO-CMT,30
ARC,Zircons,PRO-DSC,60
ARC,Zircons,SPL-CHM,35
ARC,ZnO,APL-CHM,32
ARC,Zr,APL-CHM,95
ARC,Zr,PRO-CHM,99
ARC,Zr,PRO-PRO,37
ARC,Zr,SPL-CHM,51
ARC,εHF(t),PRO-PRO,31
ARCH,Arches,APL-APL,90
ARCH,Arches,APL-DSC,79
ARCH,Arches,DSC-APL,40
ARCH,Arches,DSC-DSC,50
ARCH,Beam,APL-DSC,35
ARCH,Bridge,APL-APL,64
ARCH,DAM,APL-APL,46
ARCH,Stress,APL-PRO,36
ARCH,Surface,APL-DSC,45
ARCH,Surface,DSC-DSC,33
ARD,Density,PRO-PRO,46
ARD,Ethanol,PRO-CHM,32
ARDL,Autoregressive Distributed Lag,CMT-CMT,50
ARGET ATRP,ATRP,SMT-SMT,64
ARGET ATRP,Brushes,SMT-DSC,30
ARGET ATRP,Electron Transfer Atom Transfer Radical Polymerization,SMT-SMT,35
ARGET ATRP,Molecular Weight,SMT-PRO,33
ARGET ATRP,PMMA,SMT-CHM,33
ARGET ATRP,SEM,SMT-CMT,35
ARGET ATRP,Surface,SMT-DSC,52
ARGET ATRP,TEM,SMT-CMT,37
ARIMA,ANN,CMT-CMT,43
ARIMA,Artificial Neural Network,CMT-CMT,44
ARIMA,Autoregressive Integrated Moving Average,CMT-CMT,82
ARIMA,Forecasting,CMT-APL,43
ARLBS,Lithium,APL-CHM,33
ARMA,Auto Regressive Moving Average,CMT-CMT,64
ARPES,2D,CMT-DSC,67
ARPES,AFM,CMT-CMT,54
ARPES,Ag,CMT-CHM,54
ARPES,Angle Resolved Photoelectron Spectroscopy,CMT-CMT,61
ARPES,Angle Resolved Photoemission,CMT-CMT,62
ARPES,Angle Resolved Photoemission Spectroscopy,CMT-CMT,337
ARPES,Annealed,CMT-SMT,30
ARPES,Annealing,CMT-SMT,66
ARPES,Atomic Structure,CMT-PRO,37
ARPES,Au,CMT-CHM,64
ARPES,Band Dispersion,CMT-PRO,118
ARPES,Band Gap,CMT-PRO,56
ARPES,Band Structure,CMT-PRO,253
ARPES,Band Structure Calculation,CMT-CMT,40
ARPES,Bandgap,CMT-PRO,35
ARPES,Bands,CMT-PRO,41
ARPES,Bi2Se3,CMT-CHM,49
ARPES,Bilayer,CMT-DSC,66
ARPES,Binding Energies,CMT-PRO,47
ARPES,Binding Energy,CMT-PRO,97
ARPES,Blue Line,CMT-CHM,30
ARPES,Brillouin Zone,CMT-CHM,32
ARPES,Brillouin Zone,CMT-PRO,57
ARPES,Bulk,CMT-DSC,266
ARPES,CDW,CMT-PRO,36
ARPES,Carbon,CMT-CHM,63
ARPES,Co,CMT-CHM,32
ARPES,Conduction Band,CMT-PRO,56
ARPES,Crystal,CMT-DSC,92
ARPES,Crystal Structure,CMT-PRO,100
ARPES,Cu,CMT-CHM,70
ARPES,DFT,CMT-CMT,90
ARPES,DOS,CMT-PRO,49
ARPES,Density Functional Theory,CMT-CMT,43
ARPES,Density of States,CMT-PRO,66
ARPES,Diamonds,CMT-CHM,31
ARPES,Dirac Cones,CMT-PRO,68
ARPES,Dirac Point,CMT-PRO,67
ARPES,Dispersion,CMT-PRO,46
ARPES,Doped,CMT-DSC,130
ARPES,Doping,CMT-PRO,31
ARPES,Doping,CMT-SMT,68
ARPES,EDC,CMT-CMT,30
ARPES,Electronic Band Structures,CMT-PRO,78
ARPES,Electronic Properties,CMT-PRO,62
ARPES,Electronic State,CMT-PRO,55
ARPES,Electronic Structure,CMT-PRO,235
ARPES,Electronic Structures,CMT-PRO,33
ARPES,Energy Distribution Curves,CMT-CMT,30
ARPES,Energy Gap,CMT-PRO,54
ARPES,Fe,CMT-CHM,40
ARPES,Fermi Energy,CMT-PRO,68
ARPES,Fermi Level,CMT-PRO,252
ARPES,Fermi Surface,CMT-PRO,234
ARPES,Film,CMT-DSC,134
ARPES,Films,CMT-DSC,87
ARPES,First Principle Calculation,CMT-CMT,53
ARPES,Free Standing,CMT-DSC,33
ARPES,Gap,CMT-PRO,68
ARPES,Graphene,CMT-CHM,178
ARPES,Graphite,CMT-CHM,39
ARPES,Heterostructure,CMT-DSC,46
ARPES,Hexagonal,CMT-SPL,65
ARPES,High-Resolution Angle-Resolved Photoemission Spectroscopy,CMT-CMT,36
ARPES,Hydrogen,CMT-CHM,41
ARPES,Insulating,CMT-PRO,30
ARPES,Interface,CMT-DSC,88
ARPES,Iron,CMT-CHM,30
ARPES,LDA,CMT-CMT,31
ARPES,LEED,CMT-CMT,121
ARPES,Layered,CMT-DSC,52
ARPES,Layers,CMT-DSC,190
ARPES,Low Energy Electron Diffraction,CMT-CMT,41
ARPES,Metallic,CMT-PRO,53
ARPES,Metals,CMT-PRO,56
ARPES,MoS2,CMT-CHM,35
ARPES,Monolayers,CMT-DSC,130
ARPES,Multilayer,CMT-DSC,41
ARPES,Ni,CMT-CHM,42
ARPES,O,CMT-CHM,56
ARPES,Oxygen,CMT-CHM,79
ARPES,Pb,CMT-CHM,36
ARPES,Phase Diagram,CMT-PRO,41
ARPES,Photoemission,CMT-CMT,82
ARPES,Pseudogap,CMT-PRO,46
ARPES,RHEED,CMT-CMT,33
ARPES,Raman,CMT-CMT,51
ARPES,Resistivity,CMT-PRO,47
ARPES,SEM,CMT-CMT,41
ARPES,STM,CMT-CMT,200
ARPES,Scanning Tunneling Microscopy,CMT-CMT,77
ARPES,Se,CMT-CHM,47
ARPES,Semiconductor,CMT-PRO,32
ARPES,Si,CMT-CHM,88
ARPES,Si (111),CMT-CHM,31
ARPES,SiC,CMT-CHM,42
ARPES,SiO2,CMT-CHM,33
ARPES,Single Crystal,CMT-DSC,92
ARPES,Single Layer,CMT-DSC,37
ARPES,Society,CMT-CMT,38
ARPES,Spectral Function,CMT-PRO,33
ARPES,Spectral Weight,CMT-PRO,52
ARPES,Spin,CMT-PRO,37
ARPES,Spin Orbit Coupling,CMT-PRO,31
ARPES,Structure,CMT-PRO,84
ARPES,Sts,CMT-CMT,46
ARPES,Substrate,CMT-DSC,194
ARPES,Superconducting,CMT-PRO,40
ARPES,Superconducting Gap,CMT-PRO,52
ARPES,Superconductivity,CMT-PRO,81
ARPES,Superconductor,CMT-PRO,96
ARPES,Surface,CMT-DSC,390
ARPES,Surface Brillouin Zone,CMT-PRO,32
ARPES,Surface State,CMT-PRO,119
ARPES,Surfaces,CMT-DSC,99
ARPES,TC,CMT-PRO,48
ARPES,Te,CMT-CHM,36
ARPES,Thin Films,CMT-DSC,78
ARPES,Ti,CMT-CHM,39
ARPES,Topological Insulator,CMT-PRO,51
ARPES,Topological Surface State,CMT-PRO,38
ARPES,Two-Dimensional,CMT-DSC,38
ARPES,Underdoped,CMT-DSC,43
ARPES,Unit Cell,CMT-PRO,36
ARPES,Valence Band,CMT-PRO,110
ARPES,Work Function,CMT-PRO,32
ARPES,XPS,CMT-CMT,62
ARS,Alizarin Red S,CHM-CHM,122
ARS,Alizarin Red S,CHM-CMT,39
ARS,SEM,CHM-CMT,35
ARS,SEM,CMT-CMT,30
ARS,Surface,CHM-DSC,38
ARS Staining,ALP Activity,CMT-PRO,56
ARS Staining,Calcium,CMT-CHM,47
ARS Staining,DAPI,CMT-CHM,36
ARS Staining,Morphology,CMT-PRO,36
ARS Staining,Osteogenic Differentiation,CMT-PRO,36
ARS Staining,SEM,CMT-CMT,82
ARS Staining,Scaffold,CMT-DSC,37
ARS Staining,Scaffolds,CMT-DSC,52
ARS Staining,Surface,CMT-DSC,41
ARS Staining,TEM,CMT-CMT,35
ARi,DMF,CHM-CHM,31
AS,RS,PRO-PRO,41
AS,SEM,DSC-CMT,37
AS Concentration,Aquifer,PRO-APL,32
AS Concentration,Arsenic,PRO-CHM,135
AS Concentration,Arsenic,PRO-PRO,30
AS Concentration,As(III),PRO-CHM,40
AS Concentration,As(V),PRO-CHM,36
AS Concentration,Concentration,PRO-PRO,31
AS Concentration,Fe,PRO-CHM,85
AS Concentration,Sediments,PRO-DSC,49
AS Concentration,Soil,PRO-DSC,35
AS Concentration,Surface,PRO-DSC,36
AS-,XRD,DSC-CMT,30
AS1411,Cells,CHM-DSC,37
AS1411,Cytotoxicity,CHM-PRO,32
AS1411,Fluorescence,CHM-CMT,35
AS1411,Nanoparticles,CHM-DSC,53
AS1411,Nucleolin,CHM-CHM,54
AS1411,Surface,CHM-DSC,32
AS1411,TEM,CHM-CMT,53
ASA,Acetylsalicylic Acid,CHM-CHM,112
ASA,Aspirin,CHM-CHM,52
ASA,Carbon,CHM-CHM,30
ASA,Catalyst,CHM-APL,84
ASA,FTIR,CHM-CMT,32
ASA,Hydrogen,CHM-CHM,32
ASA,Particles,CHM-DSC,34
ASA,SEM,CHM-CMT,48
ASA,Salicylic Acid,CHM-CHM,41
ASA,Structure,CHM-PRO,33
ASA,Surface,CHM-DSC,52
ASA,TEM,CHM-CMT,46
ASA,XRD,CHM-CMT,45
ASAXS,Anomalous Small Angle X-Ray Scattering,CMT-CMT,45
ASAXS,Particles,CMT-DSC,30
ASB,Adiabatic Shear Banding,PRO-PRO,60
ASB,Adiabatic Shear Banding,SMT-PRO,65
ASB,Alloy,PRO-DSC,35
ASB,Alloy,SMT-DSC,50
ASB,Microstructure,PRO-PRO,44
ASB,Microstructure,SMT-PRO,73
ASB,Optical Micrograph,SMT-CMT,31
ASB,SEM,SMT-CMT,43
ASB,TEM,SMT-CMT,40
ASBR,Anaerobic Sequencing Batch Reactor,APL-APL,35
ASBS,Adiabatic Shear Banding,PRO-PRO,47
ASBS,Adiabatic Shear Banding,SMT-PRO,34
ASBS,Microstructure,PRO-PRO,34
ASBS,Microstructure,SMT-PRO,30
ASC,ASC.,APL-APL,56
ASC,ASC;,APL-APL,36
ASC,ASCs,APL-APL,107
ASC,Anode,APL-APL,43
ASC,Areal Capacitance,APL-PRO,59
ASC,As Prepared,APL-DSC,80
ASC,C,APL-CHM,45
ASC,C-V Curve,APL-CMT,245
ASC,CV,APL-CMT,530
ASC,Capacitance,APL-PRO,41
ASC,Capacitance Retention,APL-PRO,55
ASC,Capacitive,APL-PRO,31
ASC,Carbon,APL-CHM,105
ASC,Cathode,APL-APL,38
ASC,Charge Discharge Curve,APL-CMT,48
ASC,Co,APL-CHM,193
ASC,Co3O4,APL-CHM,40
ASC,Composite,APL-DSC,124
ASC,Coulombic Efficiency,APL-PRO,84
ASC,Cu,APL-CHM,36
ASC,Cycle Performance,APL-PRO,50
ASC,Cyclic Stability,APL-PRO,35
ASC,Cyclic Voltammogram,APL-CMT,37
ASC,Cycling Performance,APL-PRO,277
ASC,Cycling Stability,APL-PRO,130
ASC,EDS,APL-CMT,93
ASC,EDS Mapping,APL-CMT,36
ASC,EDX,APL-CMT,51
ASC,EIS,APL-CMT,156
ASC,Electrochemical Characterization,APL-CMT,30
ASC,Electrochemical Performance,APL-PRO,141
ASC,Electrode,APL-APL,360
ASC,Electrodes,APL-APL,318
ASC,Electrolyte,APL-APL,50
ASC,Elemental Mapping,APL-CMT,52
ASC,Energy,APL-PRO,41
ASC,Energy Density,APL-PRO,47
ASC,Equivalent Circuits,APL-CMT,68
ASC,FESEM,APL-CMT,128
ASC,FT-IR,APL-CMT,40
ASC,FTIR,APL-CMT,47
ASC,Fe,APL-CHM,34
ASC,Foam,APL-DSC,66
ASC,GCD,APL-CMT,139
ASC,GCD Curve,APL-CMT,383
ASC,Galvanostatic Charge Discharge Curve,APL-CMT,114
ASC,Graphene,APL-CHM,37
ASC,HRTEM,APL-CMT,320
ASC,High Resolution XPS,APL-CMT,75
ASC,KOH,APL-CHM,130
ASC,Mn,APL-CHM,71
ASC,MnO2,APL-CHM,84
ASC,Mo,APL-CHM,39
ASC,N2,APL-CHM,140
ASC,N2 Adsorption Desorption Isotherm,APL-CMT,32
ASC,N2 Adsorption Desorption Isotherms,APL-CMT,71
ASC,Na2SO4,APL-CHM,32
ASC,Nanosheets,APL-DSC,86
ASC,Negative Electrode,APL-APL,56
ASC,Ni,APL-CHM,253
ASC,Ni(OH)2,APL-CHM,35
ASC,NiCo2O4,APL-CHM,39
ASC,NiCo2S4,APL-CHM,33
ASC,Nickel,APL-CHM,41
ASC,Nitrogen,APL-CHM,95
ASC,Nitrogen Adsorption Desorption Isotherms,APL-CMT,45
ASC,Nyquist Plot,APL-CMT,318
ASC,O,APL-CHM,136
ASC,Pore Size Distribution,APL-PRO,99
ASC,Porous,APL-DSC,30
ASC,Positive Electrode,APL-APL,53
ASC,Power Density,APL-PRO,91
ASC,Pure,APL-DSC,34
ASC,Ragone Plot,APL-CMT,403
ASC,Raman,APL-CMT,158
ASC,Red LED,APL-APL,40
ASC,SAED,APL-CMT,195
ASC,SEM,APL-CMT,427
ASC,Specific Capacitance,APL-PRO,366
ASC,Specific Capacity,APL-PRO,50
ASC,Supercapacitor,APL-APL,118
ASC,TEM,APL-CMT,451
ASC,Three Electrode System,APL-APL,53
ASC,XPS,APL-CMT,340
ASC,XRD,APL-CMT,476
ASC,foam.,APL-DSC,31
ASC Devices,TEM,APL-CMT,30
ASC.,ASC,APL-APL,56
ASC.,C-V Curve,APL-CMT,34
ASC.,CV,APL-CMT,68
ASC.,Cycling Performance,APL-PRO,30
ASC.,Electrode,APL-APL,46
ASC.,Electrodes,APL-APL,46
ASC.,GCD Curve,APL-CMT,54
ASC.,HRTEM,APL-CMT,44
ASC.,Ni,APL-CHM,32
ASC.,Nyquist Plot,APL-CMT,47
ASC.,Ragone Plot,APL-CMT,58
ASC.,SEM,APL-CMT,54
ASC.,Specific Capacitance,APL-PRO,43
ASC.,TEM,APL-CMT,54
ASC.,XPS,APL-CMT,44
ASC.,XRD,APL-CMT,65
ASC;,ASC,APL-APL,36
ASC;,CV,APL-CMT,39
ASC;,Electrode,APL-APL,30
ASC;,Ragone Plot,APL-CMT,38
ASC;,SEM,APL-CMT,34
ASC;,TEM,APL-CMT,33
ASC;,XPS,APL-CMT,30
ASC;,XRD,APL-CMT,40
ASCAT,Soil Moisture,CMT-PRO,34
ASCS,2p,APL-CMT,41
ASCS,3D,APL-DSC,53
ASCS,Anode,APL-APL,76
ASCS,Areal Capacitance,APL-PRO,52
ASCS,As Prepared,APL-DSC,43
ASCS,Asc,APL-APL,285
ASCS,Asymmetric,APL-APL,56
ASCS,Asymmetric Supercapacitor,APL-APL,131
ASCS,C-V Curve,APL-CMT,206
ASCS,CV,APL-CMT,151
ASCS,Capacitance,APL-PRO,91
ASCS,Capacitance Retention,APL-PRO,77
ASCS,Carbon,APL-CHM,183
ASCS,Cathode,APL-APL,70
ASCS,Cells,DSC-APL,40
ASCS,Co,APL-CHM,76
ASCS,Co3O4,APL-CHM,34
ASCS,Composite,APL-DSC,103
ASCS,Conductive,APL-PRO,37
ASCS,Coulombic Efficiency,APL-PRO,52
ASCS,Cycling Performance,APL-PRO,134
ASCS,Cycling Stability,APL-PRO,136
ASCS,Doped,APL-DSC,43
ASCS,EDS,APL-CMT,44
ASCS,Eis,APL-CMT,52
ASCS,Electrochemical Performance,APL-PRO,126
ASCS,Electrochemical Properties,APL-PRO,42
ASCS,Electrode,APL-APL,251
ASCS,Electrodes,APL-APL,228
ASCS,Electrolyte,APL-APL,58
ASCS,Elemental Mapping,APL-CMT,46
ASCS,Energy,APL-PRO,54
ASCS,Energy Density,APL-PRO,192
ASCS,Energy Storage Device,APL-APL,42
ASCS,FESEM,APL-CMT,48
ASCS,Fe2O3,APL-CHM,36
ASCS,Film,APL-DSC,34
ASCS,Foam,APL-DSC,62
ASCS,GCD,APL-CMT,39
ASCS,GCD Curve,APL-CMT,131
ASCS,Galvanostatic Charge Discharge Curve,APL-CMT,31
ASCS,Graphene,APL-CHM,75
ASCS,Graphene Oxide,APL-CHM,31
ASCS,HRTEM,APL-CMT,135
ASCS,Hydrogel,APL-DSC,31
ASCS,KOH,APL-CHM,80
ASCS,LED,APL-APL,38
ASCS,Mn,APL-CHM,34
ASCS,MnO2,APL-CHM,83
ASCS,Morphology,APL-PRO,48
ASCS,N2,APL-CHM,40
ASCS,Na2SO4,APL-CHM,32
ASCS,Nanoparticles,APL-DSC,47
ASCS,Nanosheets,APL-DSC,95
ASCS,Nanotube,APL-DSC,35
ASCS,Nanowires,APL-DSC,35
ASCS,Negative Electrode,APL-APL,127
ASCS,Ni,APL-CHM,125
ASCS,Ni(OH)2,APL-CHM,30
ASCS,Nitrogen,APL-CHM,38
ASCS,Nyquist Plot,APL-CMT,112
ASCS,O,APL-CHM,61
ASCS,Pore Size Distribution,APL-PRO,31
ASCS,Porous,APL-DSC,53
ASCS,Positive,APL-APL,33
ASCS,Positive Electrode,APL-APL,112
ASCS,Power Density,APL-PRO,197
ASCS,Ragone Plot,APL-CMT,200
ASCS,Raman,APL-CMT,48
ASCS,Rate Capability,APL-PRO,54
ASCS,Rate Performance,APL-PRO,31
ASCS,Red LED,APL-APL,33
ASCS,SAED,APL-CMT,78
ASCS,SEM,APL-CMT,196
ASCS,Scaffold,APL-DSC,33
ASCS,Scaffold,DSC-DSC,31
ASCS,Scs,APL-APL,43
ASCS,Specific Capacitance,APL-PRO,241
ASCS,Specific Capacity,APL-PRO,36
ASCS,Stem Cells,APL-APL,30
ASCS,Stem Cells,DSC-APL,38
ASCS,Structure,APL-PRO,72
ASCS,Substrate,APL-DSC,41
ASCS,Supercapacitor,APL-APL,162
ASCS,Surface,APL-DSC,74
ASCS,TEM,APL-CMT,210
ASCS,Three Electrode,APL-APL,34
ASCS,Three Electrode System,APL-APL,30
ASCS,Volumetric Capacitance,APL-PRO,35
ASCS,XPS,APL-CMT,124
ASCS,XRD,APL-CMT,186
ASCS,galvanostatic charge discharge curves,APL-CMT,40
ASCT,Autologous Stem Cell Transplantation,SMT-SMT,44
ASCT,Chemotherapy,SMT-SMT,33
ASCs,ASC,APL-APL,107
ASCs,C-V Curve,APL-CMT,77
ASCs,CV,APL-CMT,159
ASCs,Carbon,APL-CHM,35
ASCs,Co,APL-CHM,57
ASCs,Composite,APL-DSC,40
ASCs,Coulombic Efficiency,APL-PRO,31
ASCs,Cycling Performance,APL-PRO,80
ASCs,Cycling Stability,APL-PRO,48
ASCs,EIS,APL-CMT,49
ASCs,Electrochemical Performance,APL-PRO,41
ASCs,Electrode,APL-APL,103
ASCs,Electrodes,APL-APL,103
ASCs,FESEM,APL-CMT,36
ASCs,GCD,APL-CMT,53
ASCs,GCD Curve,APL-CMT,117
ASCs,Galvanostatic Charge Discharge Curve,APL-CMT,30
ASCs,HRTEM,APL-CMT,98
ASCs,KOH,APL-CHM,39
ASCs,Mn,APL-CHM,32
ASCs,MnO2,APL-CHM,33
ASCs,Ni,APL-CHM,78
ASCs,Nitrogen,APL-CHM,31
ASCs,Nyquist Plot,APL-CMT,101
ASCs,O,APL-CHM,45
ASCs,Ragone Plot,APL-CMT,121
ASCs,Raman,APL-CMT,47
ASCs,SAED,APL-CMT,69
ASCs,SEM,APL-CMT,143
ASCs,Specific Capacitance,APL-PRO,100
ASCs,Supercapacitor,APL-APL,30
ASCs,TEM,APL-CMT,145
ASCs,XPS,APL-CMT,99
ASCs,XRD,APL-CMT,145
ASDEX,Divertor,APL-APL,44
ASDEX,Tokamak,APL-APL,32
ASDEX Upgrade,Carbon,APL-CHM,39
ASDEX Upgrade,Divertor,APL-APL,80
ASDEX Upgrade,Tokamak,APL-APL,36
ASDEX Upgrade,Tungsten,APL-CHM,51
ASE Threshold,Amplified Spontaneous Emission,PRO-PRO,38
ASE Threshold,Ase,PRO-CMT,50
ASE Threshold,Ase,PRO-PRO,80
ASE Threshold,Film,PRO-DSC,69
ASE Threshold,Films,PRO-DSC,63
ASE Threshold,Photo Luminescence,PRO-CMT,34
ASF,CO,CMT-CHM,51
ASF,Catalyst,CMT-APL,49
ASF,H2,CMT-CHM,39
ASF,Hydrocarbon,CMT-CHM,35
ASF,XRD,CMT-CMT,32
ASH Content,Ash,PRO-PRO,229
ASH Content,Ash Contents,PRO-PRO,39
ASH Content,Biochar,PRO-DSC,54
ASH Content,Biofuel,PRO-APL,32
ASH Content,Boilers,PRO-APL,36
ASH Content,Bulk,PRO-DSC,34
ASH Content,C,PRO-CHM,34
ASH Content,CO,PRO-CHM,69
ASH Content,CO2,PRO-CHM,90
ASH Content,Ca,PRO-CHM,69
ASH Content,Calorific Value,PRO-PRO,107
ASH Content,Carbon,PRO-CHM,292
ASH Content,Carbon,PRO-PRO,38
ASH Content,Carbon Content,PRO-PRO,44
ASH Content,Carbons,PRO-CHM,44
ASH Content,Char,PRO-DSC,38
ASH Content,Chemical Composition,PRO-PRO,78
ASH Content,Chlorines,PRO-CHM,35
ASH Content,Cl,PRO-CHM,36
ASH Content,Coal,PRO-CHM,362
ASH Content,Combustible Recovery,PRO-PRO,30
ASH Content,Combustion,PRO-SMT,89
ASH Content,Compositions,PRO-PRO,108
ASH Content,Density,PRO-PRO,117
ASH Content,Elemental Analysis,PRO-CMT,51
ASH Content,Elemental Composition,PRO-PRO,76
ASH Content,Ethanol,PRO-CHM,32
ASH Content,FTIR,PRO-CMT,75
ASH Content,Fast Pyrolysis,PRO-SMT,32
ASH Content,Fe,PRO-CHM,40
ASH Content,Fixed Carbon,PRO-PRO,38
ASH Content,Flotation,PRO-SMT,30
ASH Content,Fuel,PRO-APL,54
ASH Content,Gasification,PRO-SMT,45
ASH Content,HHV,PRO-PRO,44
ASH Content,Heating Value,PRO-PRO,102
ASH Content,Hydrogen,PRO-CHM,62
ASH Content,Iron,PRO-CHM,30
ASH Content,Mg,PRO-CHM,55
ASH Content,Moisture,PRO-PRO,36
ASH Content,Moisture Content,PRO-PRO,108
ASH Content,N2,PRO-CHM,48
ASH Content,Na,PRO-CHM,38
ASH Content,Nitrogen,PRO-CHM,129
ASH Content,O,PRO-CHM,61
ASH Content,Oxygen,PRO-CHM,80
ASH Content,Particles,PRO-DSC,103
ASH Content,Pellet,PRO-DSC,68
ASH Content,Phosphorus,PRO-CHM,31
ASH Content,Porosity,PRO-PRO,31
ASH Content,Potassium,PRO-CHM,49
ASH Content,Proximate Analysis,PRO-CMT,52
ASH Content,Pyrolysis,PRO-SMT,145
ASH Content,Quartz,PRO-CHM,31
ASH Content,SEM,PRO-CMT,85
ASH Content,Scanning Electron Microscopy,PRO-CMT,31
ASH Content,Si,PRO-CHM,33
ASH Content,Sulfur,PRO-CHM,99
ASH Content,Sulfur Content,PRO-PRO,49
ASH Content,Sulphur,PRO-CHM,34
ASH Content,Surface,PRO-DSC,57
ASH Content,Surface Area,PRO-PRO,44
ASH Content,Tga,PRO-CMT,49
ASH Content,Thermogravimetric Analysis,PRO-CMT,39
ASH Content,Ultimate Analysis,PRO-CMT,50
ASH Content,Viscosity,PRO-PRO,42
ASH Content,Volatile Matter,PRO-PRO,49
ASH Content,Washing,PRO-SMT,33
ASH Content,Water Content,PRO-PRO,34
ASH Content,X-Ray Diffraction,PRO-CMT,35
ASH Content,XRD,PRO-CMT,58
ASH Content,pH,PRO-PRO,55
ASHP,Air Source Heat Pump,APL-APL,95
ASHP,COP,APL-PRO,52
ASHP,Defrosting,APL-SMT,30
ASHP,Heat Pump,APL-APL,37
ASHRAE,Building,CMT-APL,64
ASHRAE,Buildings,CMT-APL,59
ASHRAE,Energy Consumption,CMT-PRO,34
ASHRAE,Thermal Comfort,CMT-PRO,57
ASI,Al2O3,PRO-CHM,31
ASI,Biotites,PRO-CHM,33
ASI,CaO,PRO-CHM,30
ASI,Compositions,PRO-PRO,44
ASI,K2O,PRO-CHM,40
ASI,Na2O,PRO-CHM,33
ASI,SiO2,PRO-CHM,46
ASI,Sr,PRO-CHM,30
ASICs,Asic,APL-APL,46
ASICs,Detector,APL-APL,55
ASICs,Sensor,APL-APL,31
ASICs,Silicon,APL-CHM,36
ASM,Alloy,CMT-DSC,35
ASM,Phase Diagram,CMT-PRO,30
ASM,SEM,CMT-CMT,32
ASM,Surface,CMT-DSC,31
ASOG,UNIFAC,CMT-CMT,44
ASOS,Oligonucleotide,APL-CHM,31
ASP,Aspirin,CHM-CHM,33
ASP,SEM,CHM-CMT,33
ASR,ASR Expansion,PRO-PRO,41
ASR,ASR Expansion,SMT-PRO,31
ASR,Activation Energy,PRO-PRO,71
ASR,Ag,PRO-CHM,41
ASR,Aggregate,PRO-DSC,32
ASR,Aggregate,SMT-DSC,77
ASR,Aggregates,PRO-DSC,47
ASR,Aggregates,SMT-DSC,49
ASR,Alkali,SMT-SMT,31
ASR,Alkali-Silica,PRO-CHM,115
ASR,Alkali-Silica,SMT-CHM,137
ASR,Alloy,PRO-DSC,82
ASR,Alloys,PRO-DSC,45
ASR,Annealed,PRO-SMT,43
ASR,Annealing,PRO-SMT,53
ASR,Anode,PRO-APL,199
ASR,Anodes,PRO-APL,46
ASR,Ar,PRO-CHM,39
ASR,Area Specific Resistance,PRO-PRO,443
ASR,Arrhenius Plot,PRO-CMT,211
ASR,As Deposited,PRO-DSC,30
ASR,As Prepared,PRO-DSC,42
ASR,Asrs,PRO-PRO,39
ASR,BSCF,PRO-CHM,41
ASR,Ba,PRO-CHM,31
ASR,Bulk,PRO-DSC,46
ASR,CGO,PRO-CHM,38
ASR,CO2,PRO-CHM,67
ASR,Ca,PRO-CHM,35
ASR,Ca,SMT-CHM,48
ASR,Calcination,PRO-SMT,31
ASR,Calcined,PRO-SMT,100
ASR,Calcium,SMT-CHM,35
ASR,Carbon,PRO-CHM,39
ASR,Cathode,PRO-APL,468
ASR,Cathodes,PRO-APL,236
ASR,Cell,PRO-APL,309
ASR,Cell Performance,PRO-PRO,30
ASR,Cell Voltage,PRO-PRO,42
ASR,Cells,PRO-APL,238
ASR,Ceramic,PRO-DSC,43
ASR,Chromium,PRO-CHM,36
ASR,Co,PRO-CHM,121
ASR,Coated,PRO-SMT,145
ASR,Coatings,PRO-APL,149
ASR,Cobalt,PRO-CHM,42
ASR,Composite,PRO-DSC,220
ASR,Compositions,PRO-PRO,158
ASR,Compositions,SMT-PRO,47
ASR,Compressive Strength,PRO-PRO,50
ASR,Compressive Strength,SMT-PRO,51
ASR,Concrete,SMT-DSC,32
ASR,Conductivity,PRO-PRO,102
ASR,Contacts,PRO-APL,32
ASR,Cr,PRO-CHM,116
ASR,Cr2O3,PRO-CHM,53
ASR,Cross Section,PRO-DSC,80
ASR,Cross Sectional SEM,PRO-CMT,66
ASR,Crystal Structure,PRO-PRO,56
ASR,Crystalline,SMT-DSC,32
ASR,Cu,PRO-CHM,47
ASR,Cubic,PRO-SPL,31
ASR,Current Density,PRO-PRO,39
ASR,Dense,PRO-PRO,82
ASR,Doped,PRO-DSC,99
ASR,Doping,PRO-SMT,32
ASR,Durability,PRO-PRO,41
ASR,EDS,PRO-CMT,113
ASR,EDX,PRO-CMT,67
ASR,EIS,PRO-CMT,80
ASR,Eis,PRO-CMT,79
ASR,Electrical Conductivity,PRO-PRO,190
ASR,Electrochemical Impedance Spectroscopy,PRO-CMT,61
ASR,Electrochemical Performance,PRO-PRO,119
ASR,Electrochemical Properties,PRO-PRO,48
ASR,Electrode,PRO-APL,255
ASR,Electrodes,PRO-APL,168
ASR,Electrolyte,PRO-APL,396
ASR,Equivalent Circuits,PRO-CMT,85
ASR,Expansion,SMT-PRO,34
ASR,Fe,PRO-CHM,111
ASR,Film,PRO-DSC,55
ASR,Films,PRO-DSC,49
ASR,Fired,PRO-SMT,37
ASR,Fuel Cell,PRO-APL,73
ASR,Gel,SMT-DSC,38
ASR,Glass,PRO-DSC,34
ASR,H2,PRO-CHM,145
ASR,H2O,PRO-CHM,73
ASR,HRTEM,PRO-CMT,46
ASR,Half Cell,PRO-APL,45
ASR,Heat Treatment,PRO-SMT,46
ASR,Heating,PRO-SMT,51
ASR,Hydrogen,PRO-CHM,128
ASR,ITSOFC,PRO-APL,68
ASR,Impedance,PRO-PRO,185
ASR,Impedance Spectra,PRO-CMT,98
ASR,Impedance Spectroscopy,PRO-CMT,38
ASR,Interconnect,PRO-APL,125
ASR,Interface,PRO-DSC,206
ASR,Intermediate Temperature Solid Oxide Fuel Cells,PRO-APL,36
ASR,Ionic Conductivity,PRO-PRO,33
ASR,LSCF,PRO-CHM,32
ASR,La,PRO-CHM,50
ASR,Lattice Parameter,PRO-PRO,36
ASR,Layered,PRO-DSC,35
ASR,Layers,PRO-DSC,215
ASR,Li,PRO-CHM,35
ASR,Long Term Stability,PRO-PRO,38
ASR,Mechanical Property,PRO-PRO,32
ASR,Mechanical Property,SMT-PRO,32
ASR,Membrane,PRO-DSC,45
ASR,Metallic,PRO-PRO,47
ASR,Microstructure,PRO-PRO,174
ASR,Microstructure,SMT-PRO,41
ASR,Mn,PRO-CHM,78
ASR,Morphology,PRO-PRO,54
ASR,Mortars,PRO-APL,50
ASR,Mortars,PRO-DSC,48
ASR,Mortars,SMT-APL,47
ASR,Mortars,SMT-DSC,44
ASR,N2,PRO-CHM,51
ASR,Na,SMT-CHM,33
ASR,NaOH,SMT-CHM,38
ASR,Ni,PRO-CHM,183
ASR,NiO,PRO-CHM,59
ASR,Nickel,PRO-CHM,32
ASR,Nyquist Plot,PRO-CMT,96
ASR,O,PRO-CHM,59
ASR,O2,PRO-CHM,68
ASR,OCV,PRO-PRO,35
ASR,ORR,PRO-APL,33
ASR,Ohmic Resistance,PRO-PRO,42
ASR,Oxidation,PRO-SMT,129
ASR,Oxidation Kinetics,PRO-PRO,32
ASR,Oxidation Resistance,PRO-PRO,30
ASR,Oxides,PRO-CHM,90
ASR,Oxidize,PRO-SMT,63
ASR,Oxygen,PRO-CHM,319
ASR,Oxygen Vacancies,PRO-PRO,31
ASR,Particle,PRO-DSC,32
ASR,Particle Size,PRO-PRO,30
ASR,Particles,PRO-DSC,90
ASR,Particles,SMT-DSC,43
ASR,Paste,PRO-DSC,41
ASR,Paste,SMT-DSC,62
ASR,Pellet,PRO-DSC,69
ASR,Perovskites,PRO-CHM,124
ASR,Perovskites,PRO-SPL,135
ASR,Polarisation Resistance,PRO-PRO,76
ASR,Polarization,PRO-PRO,36
ASR,Porosity,PRO-PRO,36
ASR,Porous,PRO-DSC,97
ASR,Powder,PRO-DSC,154
ASR,Powders,PRO-DSC,141
ASR,Power Density,PRO-PRO,155
ASR,Pt,PRO-CHM,77
ASR,Quartz,SMT-CHM,41
ASR,Resistance,PRO-PRO,73
ASR,Rietveld Refinement,PRO-CMT,36
ASR,SEM,PRO-CMT,469
ASR,SEM,SMT-CMT,82
ASR,SOFC,PRO-APL,143
ASR,SOFs,PRO-APL,94
ASR,Scales,PRO-DSC,31
ASR,Scanning Electron Microscopy,PRO-CMT,70
ASR,Screen Printed,PRO-SMT,31
ASR,Si,PRO-CHM,39
ASR,Si,SMT-CHM,46
ASR,Silica,PRO-CHM,83
ASR,Silica,SMT-CHM,98
ASR,Single Cell,PRO-APL,93
ASR,Single Cell,PRO-DSC,34
ASR,Sintered,PRO-SMT,146
ASR,Sintering,PRO-SMT,109
ASR,Solid Oxide Fuel Cells,PRO-APL,185
ASR,Spinels,PRO-SPL,95
ASR,Sr,PRO-CHM,69
ASR,Stability,PRO-PRO,61
ASR,Strengths,SMT-PRO,35
ASR,Structure,PRO-PRO,75
ASR,Substrate,PRO-DSC,120
ASR,Surface,PRO-DSC,234
ASR,Surface,SMT-DSC,47
ASR,Surface Morphology,PRO-PRO,51
ASR,Surfaces,PRO-DSC,34
ASR,Symmetrical,PRO-APL,36
ASR,Symmetrical Cell,PRO-APL,60
ASR,TEM,PRO-CMT,78
ASR,Tec,PRO-PRO,44
ASR,Thermal Expansion,PRO-PRO,34
ASR,Thermal Expansion Coefficient,PRO-PRO,55
ASR,Thin Films,PRO-DSC,45
ASR,Uncoated,PRO-DSC,68
ASR,Voltages,PRO-PRO,41
ASR,X-Ray Diffraction,PRO-CMT,142
ASR,XPS,PRO-CMT,65
ASR,XRD,PRO-CMT,413
ASR,XRD,SMT-CMT,46
ASR,YSZ,PRO-CHM,49
ASR,Zirconia,PRO-CHM,57
ASR,alkali - silica reaction,SMT-SMT,50
ASR Expansion,ASR,PRO-PRO,41
ASR Expansion,ASR,PRO-SMT,31
ASR Expansion,Alkali-Silica,PRO-CHM,40
ASR Expansion,Compressive Strength,PRO-PRO,39
ASR Expansion,Mortars,PRO-APL,38
ASR Expansion,Mortars,PRO-DSC,36
ASRs,Arrhenius Plot,PRO-CMT,39
ASRs,Cathode,PRO-APL,50
ASRs,Cathodes,PRO-APL,45
ASRs,Composite,PRO-DSC,35
ASRs,Electrolyte,PRO-APL,32
ASRs,Impedance,PRO-PRO,31
ASRs,SEM,PRO-CMT,54
ASRs,XRD,PRO-CMT,57
ASSBS,All Solid State Batteries,APL-APL,47
ASSBS,Electrolyte,APL-APL,39
ASSBS,Li,APL-CHM,32
ASSBS,Lithium,APL-CHM,39
ASSBS,Solid Electrolyte,APL-APL,40
ASSLBS,Li,APL-CHM,33
ASSLBS,Lithium,APL-CHM,40
AST,6-31G,CMT-CMT,31
AST,AFM,PRO-CMT,36
AST,ALP,PRO-PRO,155
AST,Alanine,PRO-CHM,312
AST,Alanine Aminotransferase,PRO-PRO,225
AST,Alanine Transaminase,PRO-PRO,36
AST,Alb,PRO-PRO,45
AST,Albumin,PRO-PRO,51
AST,Alkaline Phosphatase,PRO-PRO,84
AST,Anode,SMT-APL,41
AST,Aspartate,PRO-CHM,336
AST,Aspartate Aminotransferase,PRO-PRO,242
AST,Aspartate Transaminase,PRO-PRO,33
AST,B3LYP,CMT-CMT,36
AST,Bars,PRO-DSC,40
AST,Bilirubin,PRO-CHM,74
AST,Bilirubin,PRO-PRO,41
AST,Biochemical Parameters,PRO-PRO,35
AST,Biodistribution,PRO-PRO,70
AST,Blood Urea Nitrogen,PRO-PRO,83
AST,Body Weight,PRO-PRO,181
AST,Bun,PRO-PRO,184
AST,CAT,PRO-PRO,46
AST,CCl4,PRO-CHM,53
AST,CLSM,PRO-CMT,49
AST,CV,SMT-CMT,39
AST,Carbon,CMT-CHM,51
AST,Carbon,SMT-CHM,73
AST,Catalyst,CMT-APL,55
AST,Catalyst,SMT-APL,99
AST,Cathode,SMT-APL,48
AST,Cell Viability,PRO-PRO,97
AST,Cells,PRO-DSC,125
AST,Cellular Uptake,PRO-PRO,48
AST,Chemical Structures,PRO-PRO,40
AST,Cholesterol,PRO-CHM,80
AST,Cholesterol,PRO-PRO,35
AST,Cre,PRO-PRO,46
AST,Crea,PRO-PRO,65
AST,Creatine,PRO-CHM,32
AST,Creatinine,PRO-CHM,146
AST,Creatinine,PRO-PRO,91
AST,Cyclic Voltammogram,SMT-CMT,43
AST,Cytotoxicity,PRO-PRO,75
AST,DAPI,PRO-CHM,69
AST,DLS,PRO-CMT,54
AST,DOX,PRO-CHM,39
AST,Durability,CMT-PRO,37
AST,Durability,SMT-PRO,31
AST,E Staining,PRO-CMT,43
AST,ELISA,PRO-CMT,44
AST,Electrode,SMT-APL,36
AST,Eosin,PRO-CHM,78
AST,Ethanol,PRO-CHM,31
AST,FITC,PRO-CHM,41
AST,FTIR,PRO-CMT,33
AST,Flow Cytometry,PRO-CMT,97
AST,Fluorescence,PRO-CMT,60
AST,Fluorescence Image,PRO-CMT,45
AST,Fluorescence Intensity,PRO-PRO,68
AST,Fuel Cell,CMT-APL,32
AST,Fuel Cell,SMT-APL,37
AST,GSH,PRO-CHM,76
AST,GSH,PRO-PRO,58
AST,GSH-Px,PRO-CHM,30
AST,GSH-Px,PRO-PRO,40
AST,Glucose,PRO-CHM,85
AST,Glutathione,PRO-CHM,55
AST,H & E Staining,PRO-CMT,55
AST,H&E,PRO-CMT,52
AST,H&E Stained,PRO-CMT,32
AST,H2,SMT-CHM,42
AST,H2O2,PRO-CHM,34
AST,HClO4,SMT-CHM,37
AST,HGB,PRO-PRO,35
AST,Haematoxylin,PRO-CHM,78
AST,Haematoxylin Eosin,PRO-CMT,40
AST,Hct,PRO-PRO,31
AST,Hematocrit,PRO-PRO,34
AST,Hemoglobin,PRO-PRO,43
AST,Hepatic,PRO-PRO,47
AST,Hepatocyte,PRO-DSC,58
AST,Hepatotoxicity,PRO-PRO,48
AST,Histopathological,PRO-CMT,32
AST,Immunohistochemistry,PRO-CMT,30
AST,Irradiated,PRO-SMT,37
AST,Irradiation,PRO-SMT,58
AST,Kidneys,PRO-APL,45
AST,Kidneys,PRO-PRO,85
AST,Lactate,PRO-CHM,44
AST,Lactate Dehydrogenase,PRO-PRO,33
AST,Laser Irradiation,PRO-SMT,39
AST,Ldh,PRO-PRO,80
AST,Liver,PRO-APL,148
AST,Liver,PRO-DSC,206
AST,Liver,PRO-PRO,114
AST,Liver Function,PRO-PRO,57
AST,Liver Sections,PRO-DSC,54
AST,Lung,PRO-PRO,44
AST,MCH,PRO-PRO,30
AST,MCV,PRO-PRO,33
AST,MDA,PRO-CHM,92
AST,MDA,PRO-PRO,56
AST,MEA,SMT-APL,40
AST,MRNA,PRO-PRO,34
AST,MTT,PRO-CHM,66
AST,MTT Assay,PRO-CMT,51
AST,Malondialdehyde,PRO-CHM,35
AST,Membrane,SMT-DSC,37
AST,Mice,PRO-APL,76
AST,Mice,PRO-DSC,39
AST,Morphology,PRO-PRO,45
AST,N2,SMT-CHM,35
AST,NPS,PRO-DSC,51
AST,Nanoparticle,PRO-DSC,33
AST,Nanoparticles,CMT-DSC,31
AST,Nanoparticles,PRO-DSC,97
AST,Nanoparticles,SMT-DSC,31
AST,Nitrogen,PRO-CHM,121
AST,O2,SMT-CHM,49
AST,Oxidative Stress,PRO-PRO,37
AST,Oxygen,CMT-CHM,41
AST,Oxygen,PRO-CHM,40
AST,Oxygen,SMT-CHM,44
AST,P,PRO-PRO,32
AST,PEG,PRO-CHM,42
AST,PLT,PRO-PRO,36
AST,Particle Size,PRO-PRO,38
AST,Platinum,SMT-CHM,30
AST,Polarization Curve,SMT-CMT,38
AST,Pt,CMT-CHM,51
AST,Pt,SMT-CHM,118
AST,RBC,PRO-PRO,44
AST,Red Blood Cells,PRO-PRO,43
AST,SEM,PRO-CMT,73
AST,SEM,SMT-CMT,41
AST,SOD,PRO-PRO,69
AST,Size Distribution,PRO-PRO,45
AST,Spleens,PRO-PRO,59
AST,Stability,CMT-PRO,38
AST,Stability,PRO-PRO,38
AST,Stress Test,CMT-CMT,30
AST,Stress Test,SMT-CMT,30
AST,Structure,PRO-PRO,34
AST,Superoxide,PRO-CHM,41
AST,Superoxide Dismutase,PRO-PRO,30
AST,Surface,PRO-DSC,37
AST,Survival Rate,PRO-PRO,32
AST,TBIL,PRO-PRO,31
AST,TC,PRO-PRO,36
AST,TEM,PRO-CMT,210
AST,TEM,SMT-CMT,69
AST,TG,PRO-PRO,49
AST,Total Cholesterol,PRO-PRO,33
AST,Toxicity,PRO-PRO,50
AST,Tp,PRO-PRO,38
AST,Triglycerides,PRO-CHM,66
AST,Triglycerides,PRO-PRO,54
AST,Tumor,PRO-DSC,60
AST,Tumor Growth Curve,PRO-PRO,35
AST,Tumor Volume,PRO-PRO,68
AST,Tumor Weight,PRO-PRO,35
AST,Tumours,PRO-APL,107
AST,Tumours,PRO-DSC,67
AST,Urea,PRO-CHM,146
AST,Urea,PRO-PRO,30
AST,Viability,PRO-PRO,34
AST,WBC,PRO-PRO,39
AST,Western Blots,PRO-CMT,82
AST,Western Blotting,PRO-CMT,44
AST,White Blood Cells,PRO-PRO,41
AST,XPS,SMT-CMT,41
AST,XRD,PRO-CMT,40
AST,XRD,SMT-CMT,54
AST,Zeta Potential,PRO-PRO,72
ASV,Ag,CMT-CHM,42
ASV,Anodic Stripping Voltammetry,CMT-CMT,131
ASV,Au,CMT-CHM,49
ASV,CV,CMT-CMT,32
ASV,Carbon,CMT-CHM,42
ASV,Cd,CMT-CHM,40
ASV,Cd2+,CMT-CHM,37
ASV,Copper,CMT-CHM,38
ASV,Cu,CMT-CHM,36
ASV,Cu2+,CMT-CHM,31
ASV,Cyclic Voltammogram,CMT-CMT,30
ASV,Detection Limit,CMT-PRO,50
ASV,Electrode,CMT-APL,137
ASV,Electrodes,CMT-APL,70
ASV,Film,CMT-DSC,52
ASV,Glassy,CMT-DSC,31
ASV,Glassy Carbon,CMT-CHM,37
ASV,Mercury,CMT-CHM,48
ASV,Nanoparticles,CMT-DSC,35
ASV,Pb,CMT-CHM,32
ASV,Pb(II),CMT-CHM,30
ASV,Pb2+,CMT-CHM,41
ASV,SEM,CMT-CMT,40
ASV,Sensitivity,CMT-PRO,43
ASV,Surface,CMT-DSC,61
ASV,TEM,CMT-CMT,33
AT-Cut,Quartz,DSC-CHM,34
AT10,AFM,CHM-CMT,31
AT10,Ag,CHM-CHM,34
AT10,Bulk,CHM-DSC,41
AT10,Carbon,CHM-CHM,39
AT10,Catalyst,CHM-APL,55
AT10,Co,CHM-CHM,43
AT10,Composite,CHM-DSC,30
AT10,Compositions,CHM-PRO,31
AT10,Electrode,CHM-APL,69
AT10,Electrodes,CHM-APL,58
AT10,Film,CHM-DSC,60
AT10,Films,CHM-DSC,42
AT10,H2,CHM-CHM,32
AT10,H2SO4,CHM-CHM,49
AT10,HER,CHM-CHM,50
AT10,HRTEM,CHM-CMT,59
AT10,Hydrogen,CHM-CHM,58
AT10,KOH,CHM-CHM,52
AT10,LSV,CHM-CMT,36
AT10,Layers,CHM-DSC,48
AT10,Morphology,CHM-PRO,32
AT10,Ni,CHM-CHM,64
AT10,Nyquist Plot,CHM-CMT,38
AT10,O,CHM-CHM,46
AT10,Overpotential,CHM-PRO,50
AT10,Oxygen,CHM-CHM,38
AT10,Polarization Curve,CHM-CMT,53
AT10,Pt,CHM-CHM,65
AT10,Raman,CHM-CMT,49
AT10,SAED,CHM-CMT,30
AT10,SEM,CHM-CMT,134
AT10,Si,CHM-CHM,32
AT10,Structure,CHM-PRO,43
AT10,Substrate,CHM-DSC,69
AT10,Surface,CHM-DSC,73
AT10,Surfaces,CHM-DSC,30
AT10,TEM,CHM-CMT,99
AT10,Tafel Plots,CHM-CMT,58
AT10,Tafel Slope,CHM-PRO,38
AT10,XPS,CHM-CMT,80
AT10,XRD,CHM-CMT,96
ATCh,Acetylthiocholine,CHM-CHM,48
ATCh,Ache,CHM-APL,33
ATCh,Thiocholine,CHM-CHM,33
ATCl,Ache,CHM-APL,35
ATCl,Bio-Sensor,CHM-APL,60
ATCl,Calibration Curve,CHM-CMT,30
ATCl,Cyclic Voltammogram,CHM-CMT,35
ATCl,DPV,CHM-CMT,30
ATCl,Electrode,CHM-APL,34
ATCl,KCl,CHM-CHM,35
ATCl,SEM,CHM-CMT,42
ATCl,TEM,CHM-CMT,36
ATF,Accident Tolerant Fuel,APL-APL,55
ATF,Claddings,APL-APL,42
ATGL,Triglycerides,PRO-CHM,34
ATMP,SEM,CHM-CMT,36
ATO,AFM,CHM-CMT,33
ATO,Ag,CHM-CHM,33
ATO,Annealed,CHM-SMT,35
ATO,Annealing,CHM-SMT,45
ATO,Anode,CHM-APL,31
ATO,Antimony,CHM-CHM,175
ATO,Arsenic Trioxide,CHM-CHM,35
ATO,As Prepared,CHM-DSC,31
ATO,Carbon,CHM-CHM,53
ATO,Catalyst,CHM-APL,59
ATO,Coated,CHM-SMT,54
ATO,Coatings,CHM-APL,70
ATO,Composite,CHM-DSC,57
ATO,Compositions,CHM-PRO,33
ATO,Conductive,CHM-PRO,38
ATO,Conductivity,CHM-PRO,45
ATO,Cyclic Voltammogram,CHM-CMT,44
ATO,Doped,CHM-DSC,231
ATO,EDS,CHM-CMT,33
ATO,EDX,CHM-CMT,32
ATO,Electrical,CHM-PRO,33
ATO,Electrical Conductivity,CHM-PRO,36
ATO,Electrode,CHM-APL,80
ATO,Electrodes,CHM-APL,67
ATO,FESEM,CHM-CMT,33
ATO,FTIR,CHM-CMT,31
ATO,FTO,CHM-CHM,35
ATO,Film,CHM-DSC,135
ATO,Films,CHM-DSC,148
ATO,H2SO4,CHM-CHM,36
ATO,HRTEM,CHM-CMT,74
ATO,Hydrogen,CHM-CHM,30
ATO,ITO,CHM-CHM,65
ATO,Interface,CHM-DSC,35
ATO,Layers,CHM-DSC,89
ATO,Microstructure,CHM-PRO,32
ATO,Morphology,CHM-PRO,47
ATO,N2,CHM-CHM,34
ATO,Nanoparticle,CHM-DSC,47
ATO,Nanoparticles,CHM-DSC,147
ATO,O,CHM-CHM,34
ATO,Optical Properties,CHM-PRO,35
ATO,Optical Transmittance,CHM-PRO,32
ATO,Oxides,CHM-CHM,45
ATO,Oxygen,CHM-CHM,70
ATO,Particles,CHM-DSC,72
ATO,Powder,CHM-DSC,35
ATO,Pt,CHM-CHM,60
ATO,Resistivity,CHM-PRO,60
ATO,SEM,CHM-CMT,180
ATO,Sb,CHM-CHM,157
ATO,Sheet Resistance,CHM-PRO,33
ATO,Sn,CHM-CHM,81
ATO,SnO2,CHM-CHM,150
ATO,Stability,CHM-PRO,44
ATO,Structure,CHM-PRO,59
ATO,Substrate,CHM-DSC,114
ATO,Surface,CHM-DSC,106
ATO,TEM,CHM-CMT,197
ATO,Thin Films,CHM-DSC,83
ATO,Ti,CHM-CHM,34
ATO,TiO2,CHM-CHM,82
ATO,Tin Oxide,CHM-CHM,165
ATO,Transparent,CHM-PRO,31
ATO,UV Transmittance,CHM-PRO,53
ATO,X-Ray Diffraction,CHM-CMT,84
ATO,XPS,CHM-CMT,84
ATO,XRD,CHM-CMT,213
ATOFMS,Particles,CMT-DSC,61
ATP,(NH4)2SO4,CHM-CHM,34
ATP,-Phosphate,CHM-CHM,39
ATP,"1,4-Dioxane",CHM-CHM,39
ATP,13C,CHM-CHM,76
ATP,1H,CHM-CHM,209
ATP,1H NMR,CHM-CMT,170
ATP,2 Deoxyglucose,CHM-CHM,37
ATP,"2,4-Dinitrophenol",CHM-CHM,33
ATP,2-DG,CHM-CHM,31
ATP,2-Oxoglutarate,CHM-CHM,32
ATP,2D,CHM-CMT,36
ATP,2D,CHM-DSC,76
ATP,3-Phosphoglycerate,CHM-CHM,39
ATP,31P NMR,CHM-CMT,89
ATP,37C,CHM-CHM,92
ATP,3D,CHM-CMT,35
ATP,3D,CHM-DSC,84
ATP,A23187,CHM-CHM,33
ATP,ABC Transporter,CHM-APL,136
ATP,ABCA1,CHM-PRO,35
ATP,ABCG2,CHM-PRO,31
ATP,ADP,APL-CHM,62
ATP,ADP,CHM-CHM,2255
ATP,ADP,PRO-CHM,229
ATP,AFM,CHM-CMT,219
ATP,AMP,CHM-CHM,926
ATP,AMP,CHM-PRO,44
ATP,AMP,PRO-CHM,91
ATP,AMP-Activated Protein Kinase,CHM-PRO,31
ATP,AMP-PNP,CHM-CHM,197
ATP,AMPK,CHM-PRO,80
ATP,ANOVA,CHM-CMT,83
ATP,ATP / ADP Ratio,CHM-PRO,43
ATP,ATP Assay,CHM-CMT,40
ATP,ATP Binding Cassette,CHM-APL,76
ATP,ATP Binding Cassette,CHM-PRO,73
ATP,ATP Concentration,CHM-PRO,199
ATP,ATP Concentration,PRO-PRO,68
ATP,ATP Content,CHM-PRO,286
ATP,ATP Content,PRO-PRO,66
ATP,ATP Hydrolysis,CHM-APL,220
ATP,ATP Hydrolysis,CHM-PRO,96
ATP,ATP Hydrolysis,CHM-SMT,41
ATP,ATP Hydrolysis Activity,CHM-PRO,70
ATP,ATP Hydrolysis Rate,CHM-PRO,30
ATP,ATP Level,CHM-PRO,185
ATP,ATP Level,PRO-PRO,55
ATP,ATP Production,CHM-PRO,154
ATP,ATP Production,PRO-PRO,39
ATP,ATP S,CHM-CHM,32
ATP,ATP Synthase,APL-APL,34
ATP,ATP Synthase,CHM-APL,291
ATP,ATP Synthase,CHM-PRO,116
ATP,ATP Synthase,PRO-APL,81
ATP,ATP Synthase,PRO-PRO,43
ATP,ATP Synthesis,CHM-APL,41
ATP,ATP Synthesis,CHM-PRO,58
ATP,ATP-,CHM-PRO,70
ATP,ATPase Activities,CHM-PRO,41
ATP,ATPase Activity,CHM-PRO,715
ATP,ATPase Activity,PRO-PRO,78
ATP,ATPase Assay,CHM-CMT,48
ATP,ATPases,CHM-APL,215
ATP,ATPases,CHM-PRO,639
ATP,ATPases,PRO-PRO,93
ATP,Absorbance,CHM-PRO,216
ATP,Absorption,CHM-CMT,100
ATP,Absorption,CHM-PRO,62
ATP,Absorption Spectrum,CHM-CMT,106
ATP,Ac2O,CHM-CHM,33
ATP,AcOH,CHM-CHM,81
ATP,Acetate,CHM-CHM,222
ATP,Acetate,PRO-CHM,36
ATP,Acetic Acid,CHM-CHM,78
ATP,Acetone,CHM-CHM,93
ATP,Acetonitrile,CHM-CHM,86
ATP,Acetyl,CHM-CHM,34
ATP,Acetyl-CoA,CHM-CHM,205
ATP,Acetyl-CoA,PRO-CHM,33
ATP,Acetylcholine,CHM-CHM,49
ATP,Acrylamide,CHM-CHM,42
ATP,Activation Energy,CHM-PRO,36
ATP,Active Sites,CHM-PRO,34
ATP,Activities,CHM-PRO,93
ATP,Activity,CHM-PRO,396
ATP,Activity,PRO-PRO,35
ATP,Acyl,CHM-CHM,47
ATP,Acyl-CoA,CHM-CHM,66
ATP,Ad,CHM-APL,40
ATP,Adenine,CHM-CHM,240
ATP,Adenine Nucleotides,CHM-CHM,179
ATP,Adenine Nucleotides,PRO-CHM,39
ATP,Adenosine,CHM-CHM,449
ATP,Adenosine,CHM-PRO,54
ATP,Adenosine,PRO-CHM,47
ATP,Adenosine 5'-Triphosphate,CHM-CHM,127
ATP,Adenosine Deaminase,CHM-CHM,46
ATP,Adenosine Diphosphate,CHM-CHM,119
ATP,Adenosine Monophosphate,CHM-CHM,78
ATP,Adenosine Triphosphate,APL-CHM,33
ATP,Adenosine Triphosphate,CHM-CHM,804
ATP,Adenosine Triphosphate,PRO-CHM,100
ATP,Adenylate,CHM-CHM,172
ATP,Adenylyl,CHM-CHM,36
ATP,Adhesions,CHM-PRO,30
ATP,Adp,CHM-PRO,31
ATP,Adsorption Capacity,CHM-PRO,35
ATP,Affinity,CHM-PRO,50
ATP,Ag,CHM-CHM,181
ATP,Ag+,CHM-CHM,53
ATP,AgCl,CHM-CHM,58
ATP,Agarose Gel Electrophoresis,CHM-CMT,49
ATP,Aging,CHM-SMT,39
ATP,Akt,CHM-PRO,72
ATP,Al,CHM-CHM,52
ATP,Ala,CHM-CHM,111
ATP,Alanine,CHM-CHM,146
ATP,Alanine,PRO-CHM,31
ATP,Alcohols,CHM-CHM,104
ATP,Aldehyde,CHM-CHM,89
ATP,Alexa,CHM-CHM,41
ATP,Alkyls,CHM-CHM,35
ATP,Alkyne,CHM-CHM,31
ATP,Alzheimer's Disease,CHM-APL,35
ATP,Amides,CHM-CHM,115
ATP,Amines,CHM-CHM,144
ATP,Amino,CHM-CHM,191
ATP,Amino Acid,APL-CHM,31
ATP,Amino Acid,CHM-CHM,1097
ATP,Amino Acid,PRO-CHM,119
ATP,Amino Acid Sequence,CHM-PRO,79
ATP,Amino Acids,CHM-CHM,41
ATP,Aminoacyl,CHM-CHM,30
ATP,Ammonia,CHM-CHM,118
ATP,Ammonium,CHM-CHM,51
ATP,Amorphous,CHM-DSC,40
ATP,Amphiphilic,CHM-PRO,66
ATP,Analysis,CHM-CMT,69
ATP,Anilines,CHM-CHM,38
ATP,Annealing,CHM-SMT,40
ATP,Anode,CHM-APL,30
ATP,Anti-Apoptotic,CHM-PRO,43
ATP,Anti-Cancer,CHM-APL,63
ATP,Anti-Cancer,CHM-PRO,33
ATP,Anti-Cancer Activity,CHM-PRO,38
ATP,Anti-Proliferative Activity,CHM-PRO,44
ATP,Anti-Tumor Activity,CHM-PRO,49
ATP,Anti-inflammatory,CHM-PRO,30
ATP,Antibacterial Activity,CHM-PRO,32
ATP,Antibiotic,CHM-APL,33
ATP,Anticancer Agent,CHM-APL,31
ATP,Anticancer Drugs,CHM-APL,58
ATP,Antimycin A,CHM-CHM,114
ATP,Antimycin A,PRO-CHM,31
ATP,Antioxidant,CHM-PRO,32
ATP,Apoptosis,CHM-PRO,151
ATP,Apoptosis,PRO-PRO,35
ATP,Aptamers,CHM-APL,99
ATP,Aptasensor,CHM-APL,79
ATP,Arachidonic Acid,CHM-CHM,36
ATP,Arg,CHM-CHM,206
ATP,Arginine,CHM-CHM,225
ATP,Array,CHM-DSC,45
ATP,Arrhenius Plot,CHM-CMT,32
ATP,As Prepared,CHM-DSC,61
ATP,Ascorbic Acid,CHM-CHM,58
ATP,Asn,CHM-CHM,74
ATP,Asp,CHM-CHM,228
ATP,Asparagine,CHM-CHM,37
ATP,Aspartate,CHM-CHM,141
ATP,Aspartic Acid,CHM-CHM,51
ATP,Assays,CHM-APL,40
ATP,Assays,CHM-CMT,63
ATP,Association Constant,CHM-PRO,32
ATP,Astrocytes,CHM-DSC,38
ATP,Atomic Force Microscopy,CHM-CMT,60
ATP,Atomic Models,CHM-CMT,32
ATP,Atp Detection,CHM-APL,106
ATP,Attapulgite,CHM-CHM,127
ATP,Au,CHM-CHM,275
ATP,Autophagy,CHM-PRO,88
ATP,Autophagy,CHM-SMT,30
ATP,Autoradiography,CHM-CMT,63
ATP,Azides,CHM-CHM,60
ATP,Azobenzene,CHM-CHM,33
ATP,A–C,CHM-CHM,38
ATP,Bacteria,CHM-APL,34
ATP,Bacterial,CHM-APL,82
ATP,Bacterial,CHM-DSC,35
ATP,Bacterial,CHM-PRO,32
ATP,Bar,CHM-DSC,74
ATP,Bars,CHM-DSC,150
ATP,Bead,CHM-DSC,44
ATP,Beads,CHM-DSC,117
ATP,Benzenes,CHM-CHM,35
ATP,Bicarbonate,CHM-CHM,41
ATP,Bilayer,CHM-DSC,142
ATP,Bilayers,CHM-DSC,59
ATP,Binding,CHM-APL,68
ATP,Binding,CHM-PRO,41
ATP,Binding Affinities,CHM-PRO,38
ATP,Binding Affinity,CHM-PRO,94
ATP,Binding Cassette,CHM-APL,50
ATP,Binding Cassette,PRO-APL,45
ATP,Binding Constant,CHM-PRO,49
ATP,Binding Mode,CHM-PRO,97
ATP,Bio-Sensor,CHM-APL,173
ATP,Biochemical Properties,CHM-PRO,36
ATP,Biocompatibility,CHM-PRO,48
ATP,Biodistribution,CHM-PRO,38
ATP,Bioenergetics,CHM-PRO,58
ATP,Bioenergetics,PRO-PRO,30
ATP,Biofilm,CHM-DSC,72
ATP,Biofilm,PRO-DSC,32
ATP,Biological Activity,CHM-PRO,61
ATP,Biological Function,CHM-PRO,51
ATP,Bioluminescence,CHM-CMT,41
ATP,Bioluminescence,CHM-PRO,34
ATP,Biomass,CHM-PRO,46
ATP,Bioreactors,CHM-APL,36
ATP,Biosensing,CHM-APL,37
ATP,Biotin,CHM-CHM,149
ATP,Blue,CHM-CHM,31
ATP,Blue Line,CHM-CHM,145
ATP,Body Weight,CHM-PRO,109
ATP,Bone,CHM-DSC,50
ATP,Br,CHM-CHM,58
ATP,Brain,CHM-DSC,72
ATP,BrdU,CHM-CHM,34
ATP,Breast,CHM-SPL,80
ATP,Breast Cancer,CHM-APL,90
ATP,Bright Field Image,CHM-CMT,43
ATP,Bright Field Images,CHM-CMT,37
ATP,Bulk,CHM-DSC,80
ATP,Butyrate,CHM-CHM,33
ATP,B–D,CHM-CHM,31
ATP,C,CHM-CHM,569
ATP,C,PRO-CHM,42
ATP,CA,CHM-PRO,30
ATP,CAT,CHM-PRO,35
ATP,CCCP,CHM-CHM,75
ATP,CDP,CHM-CHM,57
ATP,CFTR,CHM-APL,31
ATP,CFTR,CHM-PRO,31
ATP,CH,CHM-CHM,34
ATP,CH2Cl2,CHM-CHM,142
ATP,CH3CN,CHM-CHM,89
ATP,CHCl3,CHM-CHM,47
ATP,CLSM,CHM-CMT,142
ATP,CLSM,PRO-CMT,40
ATP,CMP,CHM-CHM,35
ATP,CO,CHM-CHM,91
ATP,CO2,CHM-CHM,268
ATP,CO2,PRO-CHM,62
ATP,COOH,CHM-CHM,36
ATP,CPT,CHM-CHM,35
ATP,CTP,CHM-CHM,339
ATP,CV,CHM-CMT,59
ATP,Ca,CHM-CHM,128
ATP,Ca2,CHM-CHM,70
ATP,Ca2+,CHM-CHM,979
ATP,Ca2+,CHM-PRO,123
ATP,Ca2+,PRO-CHM,124
ATP,Ca2+-ATPase,CHM-PRO,30
ATP,CaCl2,CHM-CHM,169
ATP,Caffeine,CHM-CHM,30
ATP,Calcein,CHM-CHM,44
ATP,Calcein AM,CHM-CHM,50
ATP,Calcium,CHM-CHM,537
ATP,Calcium,CHM-PRO,77
ATP,Calcium,PRO-CHM,74
ATP,Calibration Curve,CHM-CMT,117
ATP,Cancer,CHM-APL,137
ATP,Cancer,CHM-PRO,43
ATP,Cancer Cell,CHM-APL,58
ATP,Cancer Therapy,CHM-APL,57
ATP,Cancer Treatments,CHM-APL,30
ATP,Carbohydrate,CHM-CHM,166
ATP,Carbon,CHM-CHM,684
ATP,Carbon,PRO-CHM,112
ATP,Carbon Dioxide,CHM-CHM,52
ATP,Carbons,CHM-CHM,80
ATP,Carbonyls,CHM-CHM,97
ATP,Carboxy,CHM-CHM,58
ATP,Carboxyl,CHM-CHM,89
ATP,Carboxylase,CHM-PRO,39
ATP,Carboxylates,CHM-CHM,64
ATP,Carboxylic Acid,CHM-CHM,52
ATP,Cardiac,CHM-APL,40
ATP,Cardiac,CHM-SPL,30
ATP,Cardiolipin,CHM-CHM,38
ATP,Cardiomyocyte,CHM-DSC,38
ATP,Carnitine,CHM-CHM,39
ATP,Caspase 3 Activity,CHM-PRO,32
ATP,Cassette,CHM-PRO,43
ATP,Catalase,CHM-APL,32
ATP,Catalysis,CHM-APL,54
ATP,Catalyst,CHM-APL,120
ATP,Catalytic,CHM-PRO,69
ATP,Catalytic Activity,CHM-PRO,139
ATP,Catalytic Domain,CHM-PRO,75
ATP,Catalytic Efficiency,CHM-PRO,31
ATP,Catalytic Mechanism,CHM-PRO,47
ATP,Catalytic Site,CHM-PRO,31
ATP,Cd2+,CHM-CHM,52
ATP,CdS,CHM-CHM,50
ATP,CdSe,CHM-CHM,35
ATP,CdTe,CHM-CHM,31
ATP,Cell,CHM-APL,211
ATP,Cell,CHM-DSC,367
ATP,Cell,CHM-PRO,238
ATP,Cell,PRO-DSC,46
ATP,Cell,PRO-PRO,68
ATP,Cell Cultures,CHM-DSC,34
ATP,Cell Cycle,CHM-PRO,144
ATP,Cell Cycle,PRO-PRO,34
ATP,Cell Death,CHM-PRO,87
ATP,Cell Density,CHM-PRO,37
ATP,Cell Morphology,CHM-PRO,36
ATP,Cell Number,CHM-PRO,36
ATP,Cell Proliferation,CHM-PRO,101
ATP,Cell Survival,CHM-PRO,87
ATP,Cell Viability,CHM-PRO,462
ATP,Cell Viability,PRO-PRO,128
ATP,Cells,CHM-APL,304
ATP,Cells,CHM-DSC,1278
ATP,Cells,CHM-PRO,49
ATP,Cells,PRO-APL,49
ATP,Cells,PRO-DSC,171
ATP,Cellular,CHM-PRO,43
ATP,Cellular Uptake,CHM-PRO,69
ATP,Centrifugation,CHM-SMT,103
ATP,Centrifuge,CHM-SMT,45
ATP,Channel Activity,CHM-PRO,32
ATP,Channels,CHM-APL,148
ATP,Channels,CHM-PRO,61
ATP,Chaperone,CHM-PRO,30
ATP,Charges,CHM-PRO,48
ATP,Chemical,CHM-PRO,33
ATP,Chemical Shift,CHM-PRO,72
ATP,Chemical Society,CHM-CMT,47
ATP,Chemical Structures,CHM-PRO,443
ATP,Chemical Structures,PRO-PRO,49
ATP,Chemiluminescence,CHM-CMT,33
ATP,Chemosensor,CHM-APL,51
ATP,Chemotherapy,CHM-APL,49
ATP,Chip,CHM-APL,36
ATP,Chlorides,CHM-CHM,145
ATP,Chloroform,CHM-CHM,34
ATP,Chlorophyll,CHM-CHM,62
ATP,Chloroplasts,CHM-DSC,33
ATP,Chloroquine,CHM-CHM,30
ATP,Cholesterol,CHM-CHM,218
ATP,Cholesterol,CHM-PRO,44
ATP,Cholesterol,PRO-CHM,40
ATP,Choline,CHM-CHM,53
ATP,Circular Dichroism,CHM-CMT,37
ATP,Cisplatin,CHM-CHM,79
ATP,Citrates,CHM-CHM,247
ATP,Citrates,PRO-CHM,32
ATP,Citric Acid,CHM-CHM,54
ATP,Cl,CHM-CHM,143
ATP,Cluster,CHM-DSC,120
ATP,Cl−,CHM-CHM,69
ATP,Co,CHM-CHM,42
ATP,Co-Chaperones,CHM-CHM,58
ATP,Co2+,CHM-CHM,44
ATP,CoA,CHM-CHM,32
ATP,Coated,CHM-DSC,89
ATP,Coated,CHM-SMT,169
ATP,Coatings,CHM-APL,75
ATP,Coatings,CHM-SMT,49
ATP,Cocaine,CHM-CHM,49
ATP,Cocrystal,CHM-DSC,33
ATP,Coenzyme A,CHM-CHM,52
ATP,Color,CHM-PRO,89
ATP,Columns,CHM-APL,44
ATP,Composite,CHM-DSC,161
ATP,Compositions,CHM-PRO,171
ATP,Concentration,CHM-PRO,85
ATP,Conductance,CHM-PRO,59
ATP,Conductivity,CHM-PRO,45
ATP,Confocal Fluorescence Microscopy,CHM-CMT,37
ATP,Confocal Image,CHM-CMT,96
ATP,Confocal Laser Scanning Microscopy,CHM-CMT,52
ATP,Confocal Microscope,CHM-CMT,49
ATP,Confocal Microscopy,CHM-CMT,175
ATP,Confocal Microscopy,PRO-CMT,30
ATP,Conformation,CHM-PRO,48
ATP,Contact Angle,CHM-PRO,30
ATP,Cooling,CHM-SMT,40
ATP,Coomassie Blue,CHM-CHM,100
ATP,Coomassie Blue Staining,CHM-CMT,30
ATP,Coomassie Brilliant Blue,CHM-CHM,53
ATP,Copolymer,CHM-DSC,31
ATP,Copper,CHM-CHM,116
ATP,Core,CHM-DSC,44
ATP,Correlation Coefficient,CHM-PRO,30
ATP,Coumarins,CHM-CHM,33
ATP,Coverslip,CHM-DSC,53
ATP,Cr,CHM-CHM,37
ATP,Creatine,CHM-CHM,129
ATP,Creatine Phosphate,CHM-CHM,46
ATP,Cross-Linking,CHM-SMT,40
ATP,Cryo,CHM-CMT,37
ATP,Cryo-EM,CHM-CMT,85
ATP,Crystal,CHM-DSC,273
ATP,Crystal,CHM-PRO,77
ATP,Crystal Structure,CHM-CMT,59
ATP,Crystal Structure,CHM-DSC,62
ATP,Crystal Structure,CHM-PRO,468
ATP,Crystalline,CHM-DSC,38
ATP,Cs2CO3,CHM-CHM,45
ATP,CsA,CHM-CHM,40
ATP,Cu,CHM-CHM,97
ATP,Cu(II),CHM-CHM,35
ATP,Cu2+,CHM-CHM,119
ATP,CuI,CHM-CHM,31
ATP,Current,CHM-PRO,112
ATP,Current Response,CHM-PRO,36
ATP,Curves,CHM-CMT,96
ATP,Cy3,CHM-CHM,58
ATP,Cy5,CHM-CHM,47
ATP,Cyanides,CHM-CHM,36
ATP,Cycle,CHM-PRO,33
ATP,Cyclic AMP,CHM-CHM,51
ATP,Cyclic Voltammetry,CHM-CMT,49
ATP,Cyclic Voltammogram,CHM-CMT,101
ATP,Cycloheximide,CHM-CHM,52
ATP,Cyclosporine A,CHM-CHM,48
ATP,Cys,CHM-CHM,211
ATP,Cysteines,CHM-CHM,329
ATP,Cysteines,PRO-CHM,33
ATP,Cytidine,CHM-CHM,44
ATP,Cytochrome C,CHM-PRO,37
ATP,Cytochrome C Oxidase,CHM-APL,35
ATP,Cytosine,CHM-CHM,43
ATP,Cytoskeleton,CHM-PRO,55
ATP,Cytosolic,CHM-PRO,43
ATP,Cytotoxic,CHM-PRO,59
ATP,Cytotoxicity,CHM-PRO,354
ATP,Cytotoxicity,PRO-PRO,72
ATP,D-Glucose,CHM-CHM,43
ATP,D2O,CHM-CHM,91
ATP,DAG,CHM-CHM,49
ATP,DAPI,CHM-CHM,265
ATP,DAPI,PRO-CHM,51
ATP,DCCD,CHM-CHM,31
ATP,DCF,CHM-CHM,65
ATP,DCFH-DA,CHM-CHM,48
ATP,DCM,CHM-CHM,52
ATP,DFT,CHM-CMT,53
ATP,DGTP,CHM-CHM,30
ATP,DHA,CHM-CHM,42
ATP,DHAP,CHM-CHM,53
ATP,DHE,CHM-CHM,35
ATP,DIC,CHM-CMT,32
ATP,DIPEA,CHM-CHM,47
ATP,DLS,CHM-CMT,143
ATP,DMAP,CHM-CHM,58
ATP,DMEM,CHM-CHM,41
ATP,DMF,CHM-CHM,291
ATP,DMSO,CHM-CHM,415
ATP,DMSO,PRO-CHM,56
ATP,DNA,CHM-APL,80
ATP,DNA,CHM-DSC,32
ATP,DNA,CHM-PRO,409
ATP,DNA,PRO-PRO,50
ATP,DNA Binding,CHM-PRO,38
ATP,DNA Fragmentation,CHM-PRO,39
ATP,DNA Repair,CHM-PRO,32
ATP,DNase I,CHM-CHM,47
ATP,DOPC,CHM-CHM,30
ATP,DOX,CHM-CHM,133
ATP,DPV,CHM-CMT,44
ATP,DSC,CHM-CMT,31
ATP,DTT,CHM-CHM,151
ATP,Death,CHM-PRO,40
ATP,Dehydrogenase,CHM-APL,146
ATP,Dehydrogenase,CHM-PRO,50
ATP,Dehydrogenase,PRO-APL,36
ATP,Dendrimers,CHM-DSC,46
ATP,Densitometry,CHM-CMT,86
ATP,Densitometry Analysis,CHM-CMT,78
ATP,Density,CHM-PRO,93
ATP,Density,PRO-PRO,33
ATP,Detection,CHM-APL,157
ATP,Detection Limit,CHM-PRO,162
ATP,Diabetes,CHM-APL,51
ATP,Diacylglycerols,CHM-CHM,60
ATP,Diamonds,CHM-CHM,203
ATP,Digested,CHM-SMT,59
ATP,Digestion,CHM-SMT,61
ATP,Digitonin,CHM-CHM,54
ATP,Dihydroxyacetone Phosphate,CHM-CHM,35
ATP,Dimers,CHM-DSC,57
ATP,Dimethylsulfoxide,CHM-CHM,51
ATP,Dioxane,CHM-CHM,69
ATP,Diphosphate,CHM-CHM,32
ATP,Diseases,CHM-APL,91
ATP,Dissociation Constant,CHM-PRO,72
ATP,Disulfide,CHM-CHM,130
ATP,Dithiothreitol,CHM-CHM,71
ATP,Dnazymes,CHM-APL,31
ATP,Docking,CHM-CMT,96
ATP,Domain Structure,CHM-PRO,56
ATP,Domains,CHM-PRO,176
ATP,Dopamine,CHM-CHM,72
ATP,Doped,CHM-DSC,70
ATP,Dose Response Curve,CHM-CMT,63
ATP,Double Reciprocal Plot,CHM-CMT,36
ATP,Double Stranded,CHM-DSC,50
ATP,Dox,CHM-CHM,62
ATP,Doxorubicin,CHM-CHM,134
ATP,Doxorubicin,PRO-CHM,32
ATP,Dried,CHM-SMT,41
ATP,Droplets,CHM-DSC,49
ATP,Drug Delivery,CHM-APL,68
ATP,Drug Delivery System,CHM-APL,34
ATP,Drug Resistance,CHM-PRO,81
ATP,Duplex,CHM-DSC,35
ATP,Dynamic Light Scattering,CHM-CMT,68
ATP,Dynamics,CHM-PRO,50
ATP,EC50,CHM-PRO,64
ATP,EDS,CHM-CMT,68
ATP,EDTA,CHM-CHM,223
ATP,EDX,CHM-CMT,39
ATP,EGFR,CHM-APL,33
ATP,EGFR,CHM-PRO,37
ATP,EGTA,CHM-CHM,147
ATP,ELISA,CHM-CMT,110
ATP,EMSA,CHM-CMT,31
ATP,ESI MS,CHM-CMT,38
ATP,Ecto,CHM-PRO,35
ATP,Efficiency,CHM-PRO,49
ATP,Eis,CHM-CMT,50
ATP,Electrochemical Detection,CHM-APL,31
ATP,Electrochemical Impedance Spectroscopy,CHM-CMT,31
ATP,Electrode,APL-APL,32
ATP,Electrode,CHM-APL,344
ATP,Electrodes,CHM-APL,182
ATP,Electron Density,CHM-PRO,54
ATP,Electron Micrograph,CHM-CMT,62
ATP,Electron Microscopy,CHM-CMT,171
ATP,Electron Transfer,CHM-PRO,43
ATP,Electron Transport,CHM-PRO,71
ATP,Electron Transport,PRO-PRO,32
ATP,Electron Transport Chain,CHM-PRO,65
ATP,Electrophoresis,CHM-CMT,36
ATP,Electrophoresis,CHM-SMT,43
ATP,Electrostatic Potential,CHM-PRO,42
ATP,Embryos,CHM-DSC,52
ATP,Emission Intensity,CHM-PRO,54
ATP,Emission Spectra,CHM-CMT,132
ATP,Emissions,CHM-CMT,46
ATP,Emissions,CHM-PRO,32
ATP,Endothelial,CHM-PRO,34
ATP,Endothelial Cell,CHM-APL,37
ATP,Energetic,CHM-PRO,43
ATP,Energy,CHM-PRO,57
ATP,Energy Metabolism,CHM-PRO,159
ATP,Energy Metabolism,PRO-PRO,44
ATP,Enzymatic Activities,CHM-PRO,38
ATP,Enzymatic Activity,CHM-PRO,124
ATP,Enzyme Activity,CHM-PRO,203
ATP,Enzyme Activity,PRO-PRO,34
ATP,Enzymes,CHM-APL,171
ATP,Enzymes,CHM-PRO,54
ATP,Eosin,CHM-CHM,61
ATP,Epithelial,CHM-PRO,31
ATP,Epr,CHM-CMT,60
ATP,Equilibrium Constant,CHM-PRO,49
ATP,Erythrocyte,CHM-DSC,84
ATP,Esters,CHM-CHM,80
ATP,Estrogen,CHM-CHM,37
ATP,Et3N,CHM-CHM,105
ATP,Ethanol,CHM-CHM,271
ATP,Ethanol,PRO-CHM,50
ATP,Ethidium Bromide,CHM-CHM,58
ATP,Etoposide,CHM-CHM,33
ATP,Expression,CHM-PRO,30
ATP,F,CHM-CHM,201
ATP,F,CHM-PRO,137
ATP,FACS Analysis,CHM-CMT,33
ATP,FAD,CHM-CHM,51
ATP,FAM,CHM-CHM,38
ATP,FCCP,CHM-CHM,130
ATP,FCCP,PRO-CHM,37
ATP,FESEM,CHM-CMT,42
ATP,FITC,CHM-CHM,197
ATP,FRET,CHM-APL,31
ATP,FRET,CHM-CMT,88
ATP,FRET,CHM-PRO,37
ATP,FRET Efficiency,CHM-PRO,33
ATP,FT-IR,CHM-CMT,133
ATP,FTIR,CHM-CMT,174
ATP,Facs,CHM-CMT,43
ATP,Fatty Acid,CHM-CHM,352
ATP,Fatty Acid,PRO-CHM,67
ATP,Fe,CHM-CHM,175
ATP,Fe2+,CHM-CHM,68
ATP,Fe3+,CHM-CHM,81
ATP,Fe3O4,CHM-CHM,64
ATP,Fermentation,CHM-SMT,49
ATP,Ferrocenes,CHM-CHM,42
ATP,Fiber,CHM-DSC,47
ATP,Fibers,CHM-DSC,67
ATP,Fibroblasts,CHM-DSC,41
ATP,Filament,CHM-DSC,33
ATP,Filaments,CHM-DSC,91
ATP,Film,CHM-DSC,169
ATP,Films,CHM-DSC,92
ATP,Filters,CHM-APL,50
ATP,Firefly Luciferase,CHM-APL,38
ATP,Flavin,CHM-CHM,31
ATP,Flow Cytometric Analysis,CHM-CMT,71
ATP,Flow Cytometry,CHM-CMT,417
ATP,Flow Cytometry,PRO-CMT,107
ATP,Fluorescein,CHM-CHM,122
ATP,Fluorescence,CHM-CMT,741
ATP,Fluorescence,CHM-PRO,595
ATP,Fluorescence,PRO-CMT,61
ATP,Fluorescence,PRO-PRO,56
ATP,Fluorescence Emission,CHM-CMT,179
ATP,Fluorescence Emission,CHM-PRO,64
ATP,Fluorescence Emission Spectra,CHM-CMT,41
ATP,Fluorescence Image,CHM-CMT,188
ATP,Fluorescence Imaging,CHM-CMT,59
ATP,Fluorescence Intensity,CHM-CMT,50
ATP,Fluorescence Intensity,CHM-PRO,621
ATP,Fluorescence Intensity,PRO-PRO,55
ATP,Fluorescence Microscope,CHM-CMT,47
ATP,Fluorescence Microscopy,CHM-CMT,176
ATP,Fluorescence Microscopy,PRO-CMT,32
ATP,Fluorescence Quenching,CHM-CMT,68
ATP,Fluorescence Resonance Energy Transfer,CHM-CMT,34
ATP,Fluorescence Response,CHM-PRO,109
ATP,Fluorescence Signal,CHM-PRO,38
ATP,Fluorescence Spectra,CHM-CMT,142
ATP,Fluorescence Spectroscopy,CHM-CMT,31
ATP,Fluorescence Titration,CHM-CMT,38
ATP,Fluorescent,CHM-APL,30
ATP,Fluorescent,CHM-CMT,54
ATP,Fluorescent,CHM-PRO,221
ATP,Fluorescent Image,CHM-CMT,59
ATP,Fluorescent Intensity,CHM-PRO,42
ATP,Fluorescent Microscopy,CHM-CMT,36
ATP,Fluoride,CHM-CHM,42
ATP,Flux,CHM-PRO,33
ATP,Folates,CHM-CHM,35
ATP,Force,CHM-PRO,30
ATP,Formate,CHM-CHM,63
ATP,Forskolin,CHM-CHM,51
ATP,Free Energy,CHM-PRO,89
ATP,Fructose,CHM-CHM,60
ATP,Fructose 6-Phosphate,CHM-CHM,50
ATP,Fumarate,CHM-CHM,56
ATP,Function,CHM-PRO,32
ATP,Functional,CHM-PRO,48
ATP,Fura-2,CHM-CHM,39
ATP,G,CHM-PRO,125
ATP,G-Actin,CHM-CHM,34
ATP,G-Phosphate,CHM-CHM,37
ATP,G-Quadruplex,CHM-PRO,33
ATP,G6P,CHM-CHM,35
ATP,GABA,CHM-CHM,30
ATP,GDP,CHM-CHM,151
ATP,GMP,CHM-CHM,95
ATP,GSH,CHM-CHM,314
ATP,GSH,CHM-PRO,86
ATP,GSH,PRO-CHM,71
ATP,GSH,PRO-PRO,38
ATP,GSSG,CHM-CHM,76
ATP,GTP,CHM-CHM,609
ATP,GTP,PRO-CHM,39
ATP,Galactose,CHM-CHM,69
ATP,Gate,CHM-APL,44
ATP,Gel,CHM-DSC,37
ATP,Gel Electrophoresis,CHM-CMT,54
ATP,Geldanamycin,CHM-CHM,34
ATP,Gels,CHM-DSC,31
ATP,Gene,CHM-PRO,33
ATP,Gene Expression,CHM-PRO,163
ATP,Gene Expression,PRO-PRO,41
ATP,Glassy,CHM-DSC,39
ATP,Glassy Carbon,CHM-CHM,36
ATP,GlcNAc,CHM-CHM,33
ATP,Glibenclamide,CHM-CHM,42
ATP,Gln,CHM-CHM,87
ATP,Glu,CHM-CHM,243
ATP,Glucose,CHM-CHM,1104
ATP,Glucose,CHM-PRO,62
ATP,Glucose,PRO-CHM,253
ATP,Glucose Metabolism,CHM-PRO,32
ATP,Glucose Uptake,CHM-PRO,50
ATP,Glucose-6-Phosphate,CHM-CHM,133
ATP,Glutamate,CHM-CHM,327
ATP,Glutamate,PRO-CHM,44
ATP,Glutamine,CHM-CHM,165
ATP,Glutaraldehyde,CHM-CHM,36
ATP,Glutathione,CHM-CHM,314
ATP,Glutathione,CHM-PRO,52
ATP,Glutathione,PRO-CHM,61
ATP,Gly,CHM-CHM,143
ATP,Glyceraldehyde 3-Phosphate,CHM-CHM,114
ATP,Glycerol,CHM-CHM,229
ATP,Glycerol,PRO-CHM,39
ATP,Glycerol-3-Phosphate,CHM-CHM,37
ATP,Glycine,CHM-CHM,180
ATP,Glycolysis,CHM-PRO,64
ATP,Glycolytic,CHM-PRO,49
ATP,Glycolytic Flux,CHM-PRO,37
ATP,Glycoprotein,CHM-PRO,60
ATP,Granules,CHM-DSC,33
ATP,Graphene,CHM-CHM,95
ATP,Graphene Oxide,CHM-CHM,60
ATP,Growth Curve,CHM-PRO,34
ATP,Growth Rate,CHM-PRO,43
ATP,Guanine,CHM-CHM,68
ATP,Guanosine,CHM-CHM,54
ATP,Guanosine Triphosphate,CHM-CHM,33
ATP,H+,CHM-CHM,274
ATP,H+,CHM-PRO,33
ATP,H+,PRO-CHM,54
ATP,H2,CHM-CHM,215
ATP,H2 Production,CHM-APL,30
ATP,H2O,CHM-CHM,326
ATP,H2O,PRO-CHM,36
ATP,H2O2,CHM-CHM,442
ATP,H2O2,PRO-CHM,67
ATP,H2PO4,CHM-CHM,57
ATP,H2S,CHM-CHM,58
ATP,H2SO4,CHM-CHM,68
ATP,HCO3,CHM-CHM,45
ATP,HCl,CHM-CHM,344
ATP,HEPES,CHM-CHM,276
ATP,HIF-1α,CHM-PRO,31
ATP,HOBt,CHM-CHM,37
ATP,HPLC,CHM-CMT,76
ATP,HRTEM,CHM-CMT,137
ATP,Haematoxylin,CHM-CHM,69
ATP,Half Life,CHM-PRO,32
ATP,Heart,CHM-APL,41
ATP,Heart,CHM-DSC,34
ATP,Hearts,CHM-DSC,33
ATP,Heat,CHM-PRO,33
ATP,Heat Map,CHM-CMT,48
ATP,Heat Shocked,CHM-PRO,34
ATP,Heated,CHM-SMT,40
ATP,Heating,CHM-SMT,68
ATP,Helicase Activity,CHM-PRO,41
ATP,Helicases,CHM-APL,73
ATP,Helicases,CHM-PRO,68
ATP,Helices,CHM-DSC,32
ATP,Heme,CHM-CHM,72
ATP,Hemin,CHM-CHM,46
ATP,Hepatocyte,CHM-DSC,103
ATP,Hepes,CHM-CHM,57
ATP,Hexagonal,CHM-SPL,33
ATP,Hexamers,CHM-DSC,45
ATP,Hg2+,CHM-CHM,78
ATP,High Performance Liquid Chromatography,CHM-CMT,35
ATP,Hill Equation,CHM-CMT,45
ATP,Histidine,CHM-CHM,157
ATP,Hoechst 33258,CHM-CHM,30
ATP,Hoechst33342,CHM-CHM,92
ATP,Homology Model,CHM-CMT,67
ATP,Homology Modeling,CHM-CMT,33
ATP,Hplc,CHM-CMT,187
ATP,Hplc,PRO-CMT,30
ATP,Hydrodynamic Diameter,CHM-PRO,30
ATP,Hydrogel,CHM-DSC,111
ATP,Hydrogen,APL-CHM,36
ATP,Hydrogen,CHM-CHM,854
ATP,Hydrogen,PRO-CHM,79
ATP,Hydrogen Peroxide,CHM-CHM,141
ATP,Hydrogen Peroxide,PRO-CHM,33
ATP,Hydrogen Production,CHM-APL,40
ATP,Hydrogenase,CHM-APL,38
ATP,Hydrolysis,CHM-APL,42
ATP,Hydrolysis,CHM-SMT,258
ATP,Hydrolysis Rate,CHM-PRO,36
ATP,Hydrolytic Activity,CHM-PRO,49
ATP,Hydrophilic,CHM-PRO,125
ATP,Hydrophobic,CHM-PRO,227
ATP,Hydrophobic Interaction,CHM-PRO,38
ATP,Hydrophobicity,CHM-PRO,44
ATP,Hydroxyl,CHM-CHM,131
ATP,Hydroxylamine,CHM-CHM,30
ATP,Hypoxanthine,CHM-CHM,47
ATP,IBMX,CHM-CHM,31
ATP,IC50,CHM-PRO,194
ATP,IMP,CHM-CHM,32
ATP,IPTG,CHM-CHM,62
ATP,Ile,CHM-CHM,61
ATP,ImageJ,CHM-CMT,54
ATP,Imaging,CHM-APL,40
ATP,Imatinib,CHM-CHM,30
ATP,Imidazole,CHM-CHM,96
ATP,Immune Response,CHM-PRO,41
ATP,Immunoblot,CHM-CMT,168
ATP,Immunoblot,PRO-CMT,31
ATP,Immunoblot Analysis,CHM-CMT,42
ATP,Immunoblotted,CHM-CMT,31
ATP,Immunoblotting,CHM-CMT,176
ATP,Immunocytochemistry,CHM-CMT,30
ATP,Immunofluorescence,CHM-CMT,83
ATP,Immunofluorescence Staining,CHM-CMT,40
ATP,Immunohistochemistry,CHM-CMT,47
ATP,Immunoprecipitate,CHM-SMT,81
ATP,Immunoprecipitation,CHM-SMT,72
ATP,Immunostaining,CHM-CMT,42
ATP,Inflammatory Response,CHM-PRO,36
ATP,Inhibitor,CHM-APL,256
ATP,Inhibitory Activity,CHM-PRO,83
ATP,Inosine,CHM-CHM,71
ATP,Inositol Phosphates,CHM-CHM,32
ATP,Insulin Resistance,CHM-PRO,53
ATP,Insulin Secretion,CHM-PRO,64
ATP,Interface,CHM-DSC,219
ATP,Ir,CHM-CMT,34
ATP,Iron,CHM-CHM,195
ATP,Iron,CHM-PRO,30
ATP,Iron,PRO-CHM,32
ATP,Iron Oxide,CHM-CHM,33
ATP,Irradiated,CHM-SMT,101
ATP,Irradiation,CHM-SMT,160
ATP,Islets,CHM-DSC,47
ATP,Isocitrate,CHM-CHM,76
ATP,Isothermal Titration Calorimetry,CHM-CMT,32
ATP,Itc,CHM-CMT,35
ATP,JC-1,CHM-CHM,31
ATP,K,CHM-PRO,174
ATP,K Cat,CHM-PRO,46
ATP,K D,CHM-PRO,32
ATP,K M,CHM-PRO,182
ATP,K+,CHM-CHM,499
ATP,K+,CHM-PRO,56
ATP,K+,PRO-CHM,54
ATP,K+ Channel,CHM-PRO,30
ATP,K2CO3,CHM-CHM,117
ATP,KATP,CHM-CHM,72
ATP,KCN,CHM-CHM,34
ATP,KCl,CHM-CHM,393
ATP,KM,CHM-PRO,115
ATP,KOH,CHM-CHM,89
ATP,Katp,CHM-PRO,47
ATP,Kd,CHM-PRO,49
ATP,Ketone,CHM-CHM,30
ATP,Ki,CHM-PRO,89
ATP,Kidneys,CHM-APL,54
ATP,Kinase,CHM-APL,234
ATP,Kinase,CHM-CMT,39
ATP,Kinase,CHM-PRO,300
ATP,Kinase,PRO-PRO,40
ATP,Kinase Activity,CHM-PRO,122
ATP,Kinase Domain,CHM-PRO,93
ATP,Kinase Inhibitors,CHM-APL,44
ATP,Kinetic Analysis,CHM-CMT,74
ATP,Kinetic Parameters,CHM-PRO,136
ATP,Kinetics,CHM-PRO,57
ATP,Kinetics Model,CHM-CMT,48
ATP,L Glutamic Acid,CHM-CHM,46
ATP,LC-MS,CHM-CMT,33
ATP,LC-MS/MS,CHM-CMT,38
ATP,Lactate,CHM-CHM,373
ATP,Lactate,PRO-CHM,98
ATP,Lactic Acid,CHM-CHM,41
ATP,Lane,CHM-CHM,41
ATP,Laser Irradiation,CHM-SMT,39
ATP,Layers,CHM-DSC,222
ATP,Lc,CHM-CMT,30
ATP,Ldh,CHM-PRO,51
ATP,Leaves,CHM-DSC,57
ATP,Leu,CHM-CHM,92
ATP,Leucine,CHM-CHM,88
ATP,Li,CHM-CHM,48
ATP,LiCl,CHM-CHM,32
ATP,LiOH,CHM-CHM,30
ATP,Lifetime,CHM-PRO,37
ATP,Light Green,CHM-CHM,73
ATP,Light Irradiation,CHM-SMT,32
ATP,Limits of Detection,CHM-PRO,32
ATP,Linear Fit,CHM-CMT,39
ATP,Linear Regression,CHM-CMT,55
ATP,Lineweaver-Burk Plots,CHM-CMT,64
ATP,Lipid,CHM-DSC,54
ATP,Lipid,CHM-PRO,56
ATP,Lipid Peroxidation,CHM-PRO,31
ATP,Liposome,CHM-DSC,173
ATP,Liver,CHM-APL,73
ATP,Liver,CHM-DSC,126
ATP,Luciferase,CHM-APL,67
ATP,Luciferase,CHM-CMT,30
ATP,Luciferase Activity,CHM-PRO,52
ATP,Luciferin,CHM-CHM,134
ATP,Luminescence,CHM-CMT,32
ATP,Luminescence,CHM-PRO,73
ATP,Lung,CHM-APL,38
ATP,Lys,CHM-CHM,212
ATP,Lysines,CHM-CHM,223
ATP,M,CHM-PRO,50
ATP,MAPK,CHM-PRO,30
ATP,MBP,CHM-CHM,32
ATP,MCF7,CHM-CHM,37
ATP,MD,CHM-CMT,58
ATP,MD Simulation,CHM-CMT,84
ATP,MDA,CHM-CHM,70
ATP,MDR,CHM-PRO,83
ATP,MG132,CHM-CHM,35
ATP,MMP,CHM-PRO,59
ATP,MMP,PRO-PRO,30
ATP,MRI,CHM-CMT,31
ATP,MRNA,CHM-PRO,96
ATP,MS,CHM-CMT,90
ATP,MS/MS,CHM-CMT,62
ATP,MTDNA,CHM-PRO,47
ATP,MTT,CHM-CHM,246
ATP,MTT,PRO-CHM,44
ATP,MTT Assay,CHM-CMT,173
ATP,MTT Assay,PRO-CMT,30
ATP,Macrophages,CHM-APL,89
ATP,Macrophages,CHM-PRO,46
ATP,Macrophages,CHM-SPL,43
ATP,Magenta,CHM-CHM,384
ATP,Magnesium,CHM-CHM,233
ATP,Magnetics,CHM-PRO,89
ATP,Malachite Green,CHM-CHM,39
ATP,Malate,CHM-CHM,165
ATP,Malate,PRO-CHM,38
ATP,Maltose,CHM-CHM,56
ATP,Manganese,CHM-CHM,41
ATP,Mass Spectra,CHM-CMT,41
ATP,Mass Spectrometry,CHM-CMT,93
ATP,MeCN,CHM-CHM,38
ATP,MeOH,CHM-CHM,210
ATP,Mean,CHM-PRO,31
ATP,Meansem,CHM-CMT,31
ATP,Meansem,CHM-PRO,32
ATP,Mechanical,CHM-PRO,31
ATP,Mechanical Property,CHM-PRO,30
ATP,Mechanisms,CHM-PRO,65
ATP,Membrane,APL-DSC,33
ATP,Membrane,CHM-APL,134
ATP,Membrane,CHM-DSC,876
ATP,Membrane,CHM-PRO,233
ATP,Membrane,PRO-APL,34
ATP,Membrane,PRO-DSC,104
ATP,Membrane,PRO-PRO,41
ATP,Membrane Potentials,CHM-PRO,195
ATP,Membrane Potentials,PRO-PRO,47
ATP,Membrane Surface,CHM-DSC,47
ATP,Membrane Vesicles,CHM-DSC,52
ATP,Mesoporous,CHM-DSC,77
ATP,Met,CHM-CHM,93
ATP,Metabolic Activity,CHM-PRO,43
ATP,Metabolism,CHM-PRO,73
ATP,Metallic,CHM-PRO,35
ATP,Metals,CHM-PRO,72
ATP,Methane,CHM-CHM,52
ATP,Methanol,CHM-CHM,148
ATP,Methionine,CHM-CHM,85
ATP,Methyl,CHM-CHM,78
ATP,Methylene Blue,CHM-CHM,55
ATP,Mg,CHM-CHM,213
ATP,Mg2,CHM-CHM,68
ATP,Mg2+,CHM-CHM,751
ATP,Mg2+,PRO-CHM,57
ATP,MgADP,CHM-CHM,47
ATP,MgATP,CHM-CHM,140
ATP,MgCl2,CHM-CHM,501
ATP,MgSO4,CHM-CHM,32
ATP,Mice,CHM-APL,74
ATP,Mice,CHM-DSC,96
ATP,Micelles,CHM-DSC,90
ATP,Michaelis-Menten Equation,CHM-CMT,49
ATP,Microarray,CHM-CMT,38
ATP,Microelectrode,CHM-APL,32
ATP,Microparticle,CHM-DSC,30
ATP,Microscopy,CHM-CMT,37
ATP,Microsomes,CHM-DSC,42
ATP,Microspheres,CHM-DSC,48
ATP,Microtubule,CHM-DSC,65
ATP,Microtubule,CHM-PRO,31
ATP,Mitochondria,CHM-APL,201
ATP,Mitochondria,CHM-DSC,160
ATP,Mitochondria,CHM-PRO,508
ATP,Mitochondria,PRO-APL,57
ATP,Mitochondria,PRO-PRO,143
ATP,Mitochondrial Activity,CHM-PRO,35
ATP,Mitochondrial Biogenesis,CHM-PRO,41
ATP,Mitochondrial DNA,CHM-PRO,35
ATP,Mitochondrial Dysfunction,CHM-PRO,116
ATP,Mitochondrial Dysfunction,PRO-PRO,43
ATP,Mitochondrial Function,CHM-PRO,175
ATP,Mitochondrial Function,PRO-PRO,61
ATP,Mitochondrial Membrane Potential,CHM-PRO,281
ATP,Mitochondrial Membrane Potential,PRO-PRO,110
ATP,Mitochondrial Morphology,CHM-PRO,38
ATP,Mitochondrial Respiration,CHM-PRO,87
ATP,Mn,CHM-CHM,74
ATP,Mn2+,CHM-CHM,120
ATP,MnCl2,CHM-CHM,43
ATP,Mo,CHM-CHM,36
ATP,Mobility,CHM-PRO,49
ATP,Mode,CHM-PRO,48
ATP,Models,CHM-CMT,54
ATP,Molecular Docking,CHM-CMT,105
ATP,Molecular Dynamics,CHM-CMT,34
ATP,Molecular Dynamics (MD) Simulation,CHM-CMT,130
ATP,Molecular Machine,CHM-APL,33
ATP,Molecular Mass,CHM-PRO,126
ATP,Molecular Model,CHM-CMT,34
ATP,Molecular Modeling,CHM-CMT,52
ATP,Molecular Motor,CHM-APL,85
ATP,Molecular Structure,CHM-PRO,130
ATP,Molecular Weight,CHM-PRO,141
ATP,Monolayers,CHM-DSC,183
ATP,Morphologic,CHM-PRO,52
ATP,Morphologies,CHM-PRO,45
ATP,Morphology,CHM-PRO,260
ATP,Morphology,PRO-PRO,50
ATP,Motility,CHM-PRO,103
ATP,Motor Domain,CHM-PRO,61
ATP,Motors,CHM-APL,227
ATP,Motors,CHM-PRO,72
ATP,Mouse,CHM-DSC,59
ATP,Mtt,CHM-CMT,44
ATP,Multi Drug Resistance,CHM-PRO,116
ATP,Multiple Sequence Alignment,CHM-CMT,33
ATP,Muscle,CHM-APL,68
ATP,Muscle,CHM-PRO,69
ATP,Mutant,CHM-DSC,236
ATP,N-Acetyl Cysteine,CHM-CHM,34
ATP,N-Ethylmaleimide,CHM-CHM,44
ATP,N2,CHM-CHM,162
ATP,NAC,CHM-CHM,89
ATP,NAC,PRO-CHM,31
ATP,NAD,CHM-CHM,147
ATP,NAD(P)H,CHM-CHM,65
ATP,NAD+,CHM-CHM,240
ATP,NAD+,PRO-CHM,37
ATP,NADH,CHM-CHM,514
ATP,NADH,PRO-CHM,108
ATP,NADP,CHM-CHM,77
ATP,NADP+,CHM-CHM,109
ATP,NADPH,CHM-CHM,315
ATP,NADPH,CHM-PRO,43
ATP,NADPH,PRO-CHM,58
ATP,NC,CHM-DSC,34
ATP,NCS,CHM-DSC,41
ATP,NEM,CHM-CHM,38
ATP,NF-κB,CHM-PRO,38
ATP,NH,CHM-CHM,33
ATP,NH2,CHM-CHM,58
ATP,NH3,CHM-CHM,74
ATP,NH4Cl,CHM-CHM,51
ATP,NMP,CHM-CHM,31
ATP,NMR,CHM-CMT,190
ATP,NO,CHM-CHM,190
ATP,NO,PRO-CHM,34
ATP,NO2,CHM-CHM,47
ATP,NO3,CHM-CHM,68
ATP,NPS,CHM-DSC,204
ATP,NPS,PRO-DSC,33
ATP,Na,CHM-CHM,80
ATP,Na+,CHM-CHM,411
ATP,Na+,CHM-PRO,81
ATP,Na+,PRO-CHM,59
ATP,"Na,K",CHM-CHM,35
ATP,Na2CO3,CHM-CHM,53
ATP,Na2HPO4,CHM-CHM,32
ATP,NaBH4,CHM-CHM,54
ATP,NaCl,CHM-CHM,388
ATP,NaCl,PRO-CHM,43
ATP,NaF,CHM-CHM,40
ATP,NaH,CHM-CHM,86
ATP,NaHCO3,CHM-CHM,45
ATP,NaN3,CHM-CHM,67
ATP,NaOH,CHM-CHM,179
ATP,Nadh,CHM-PRO,38
ATP,Nanocarrier,CHM-APL,43
ATP,Nanocluster,CHM-DSC,39
ATP,Nanocomposite,CHM-DSC,130
ATP,Nanocrystals,CHM-DSC,39
ATP,Nanofiber,CHM-DSC,33
ATP,Nanomaterial,CHM-DSC,78
ATP,Nanoparticle,CHM-DSC,200
ATP,Nanoparticles,CHM-DSC,498
ATP,Nanoparticles,PRO-DSC,62
ATP,Nanorods,CHM-DSC,77
ATP,Nanosheets,CHM-DSC,55
ATP,Nanosphere,CHM-DSC,35
ATP,Nanostructure,CHM-DSC,44
ATP,Nanostructures,CHM-DSC,78
ATP,Nanotube,CHM-DSC,96
ATP,Nanowire,CHM-DSC,33
ATP,Nanowires,CHM-DSC,36
ATP,Neuronal,CHM-APL,38
ATP,Neuronal,CHM-PRO,50
ATP,Neurons,CHM-APL,104
ATP,Neurons,CHM-DSC,57
ATP,Neuroprotective,CHM-PRO,31
ATP,Ni,CHM-CHM,78
ATP,Ni2+,CHM-CHM,54
ATP,Nickel,CHM-CHM,49
ATP,Nicotinamide,CHM-CHM,36
ATP,Nicotinamide Adenine Dinucleotide,CHM-CHM,54
ATP,Nicotinamide Adenine Dinucleotide Phosphate,CHM-CHM,31
ATP,Nigericin,CHM-CHM,42
ATP,Nitrate,CHM-CHM,86
ATP,Nitric Oxide,CHM-CHM,126
ATP,Nitrite,CHM-CHM,74
ATP,Nitrocellulose,CHM-CHM,72
ATP,Nitrogen,CHM-CHM,409
ATP,Nitrogen,PRO-CHM,62
ATP,Nitrogenase,CHM-APL,46
ATP,Nuclear,CHM-PRO,62
ATP,Nucleic Acid,CHM-CHM,218
ATP,Nucleoprotein,CHM-PRO,38
ATP,Nucleoside,CHM-CHM,118
ATP,Nucleoside Triphosphate,CHM-CHM,124
ATP,Nucleosides,CHM-CHM,73
ATP,Nucleosome,CHM-PRO,65
ATP,Nucleotide Binding Domain,CHM-PRO,71
ATP,Nucleotides,CHM-CHM,693
ATP,Nucleotides,PRO-CHM,40
ATP,Nyquist Plot,CHM-CMT,47
ATP,O,CHM-CHM,228
ATP,O,PRO-CHM,34
ATP,O2,CHM-CHM,286
ATP,O2,PRO-CHM,64
ATP,OH,CHM-CHM,102
ATP,Ocr,CHM-PRO,54
ATP,Ocr,PRO-PRO,32
ATP,Of Chemistry,CHM-CMT,129
ATP,Oligomycin,CHM-CHM,244
ATP,Oligomycin,PRO-CHM,77
ATP,Oligonucleotide,CHM-CHM,103
ATP,One Way ANOVA,CHM-CMT,92
ATP,Oocyte,CHM-DSC,30
ATP,Optical Density,CHM-PRO,59
ATP,Optical Image,CHM-CMT,68
ATP,Optical Microscopy,CHM-CMT,36
ATP,Orthophosphate,CHM-CHM,54
ATP,Ouabain,CHM-CHM,119
ATP,Oxalates,CHM-CHM,34
ATP,Oxaloacetate,CHM-CHM,68
ATP,Oxidase,CHM-APL,69
ATP,Oxidation,CHM-APL,46
ATP,Oxidation,CHM-SMT,131
ATP,Oxidative Phosphorylation,CHM-PRO,119
ATP,Oxidative Phosphorylation,PRO-PRO,50
ATP,Oxidative Stress,CHM-PRO,134
ATP,Oxidative Stress,PRO-PRO,43
ATP,Oxidize,CHM-SMT,49
ATP,Oxygen,APL-CHM,31
ATP,Oxygen,CHM-CHM,1215
ATP,Oxygen,PRO-CHM,261
ATP,Oxygen Consumption,CHM-PRO,106
ATP,Oxygen Consumption,PRO-PRO,34
ATP,Oxygen Consumption Rate,CHM-PRO,79
ATP,Oxygen Species,CHM-PRO,30
ATP,P,CHM-PRO,168
ATP,P,PRO-PRO,42
ATP,P-GP,CHM-PRO,94
ATP,P53,CHM-PRO,57
ATP,PAA,CHM-CHM,30
ATP,PCA,CHM-CMT,44
ATP,PCr,CHM-CHM,32
ATP,PDMS,CHM-CHM,55
ATP,PDT,CHM-APL,49
ATP,PDT,CHM-SMT,32
ATP,PEG,CHM-CHM,149
ATP,PEI,CHM-CHM,75
ATP,PEP,CHM-CHM,43
ATP,PMA,CHM-CHM,61
ATP,PO4,CHM-CHM,43
ATP,POCl3,CHM-CHM,63
ATP,PPi,CHM-CHM,79
ATP,PSII,CHM-APL,41
ATP,PTX,CHM-CHM,38
ATP,Paclitaxel,CHM-CHM,49
ATP,Page,CHM-CMT,49
ATP,Palmitate,CHM-CHM,37
ATP,Particle,CHM-DSC,80
ATP,Particle Size,CHM-PRO,59
ATP,Particle Size Distribution,CHM-PRO,41
ATP,Particles,CHM-DSC,321
ATP,Particles,PRO-DSC,57
ATP,Pb2+,CHM-CHM,52
ATP,Pcr,CHM-CMT,84
ATP,Pcr,CHM-SMT,46
ATP,Pd,CHM-CHM,62
ATP,Pd(OAc)2,CHM-CHM,33
ATP,Pd(PPh3)4,CHM-CHM,49
ATP,Pd/C,CHM-CHM,40
ATP,Peak Current,CHM-PRO,31
ATP,Pellet,CHM-DSC,51
ATP,Pentose Phosphate,CHM-CHM,84
ATP,Peptide,CHM-DSC,33
ATP,Permeability,CHM-PRO,69
ATP,Peroxide,CHM-CHM,35
ATP,Phalloidin,CHM-CHM,63
ATP,Pharmacokinetics,CHM-PRO,38
ATP,Phase Contrast,CHM-CMT,34
ATP,Phe,CHM-CHM,139
ATP,Phenol,CHM-CHM,50
ATP,Phenolics,CHM-CHM,32
ATP,Phenylalanine,CHM-CHM,56
ATP,Phenyls,CHM-CHM,52
ATP,Phosphatase,CHM-PRO,44
ATP,Phosphate,APL-CHM,52
ATP,Phosphate,CHM-CHM,1338
ATP,Phosphate,CHM-PRO,31
ATP,Phosphate,PRO-CHM,126
ATP,Phosphatidic Acid,CHM-CHM,39
ATP,Phosphatidyl Serine,CHM-CHM,62
ATP,Phosphatidylcholine,CHM-CHM,78
ATP,Phosphatidylethanolamine,CHM-CHM,38
ATP,Phosphatidylinositol,CHM-CHM,55
ATP,Phospho,CHM-CHM,57
ATP,Phospho-Tyrosine,CHM-CHM,42
ATP,Phosphocreatine,CHM-CHM,84
ATP,Phosphoenolpyruvate,CHM-CHM,150
ATP,Phosphoglycerate,CHM-CHM,41
ATP,Phosphoinositide,CHM-CHM,37
ATP,Phospholipid,CHM-CHM,79
ATP,Phosphorus,CHM-CHM,164
ATP,Phosphoryl,CHM-CHM,105
ATP,Phosphorylation,CHM-PRO,63
ATP,Phosphorylation,CHM-SMT,55
ATP,Photo Luminescence,CHM-CMT,36
ATP,Photocurrent,CHM-PRO,30
ATP,Photolysis,CHM-SMT,35
ATP,Photosynthesis,CHM-APL,52
ATP,Photosynthesis,CHM-PRO,31
ATP,Phylogenetic Analysis,CHM-CMT,36
ATP,Phylogenetic Tree,CHM-CMT,38
ATP,Physicochemical Properties,CHM-PRO,40
ATP,Pi,CHM-PRO,50
ATP,Plasma,CHM-DSC,74
ATP,Plasma Membrane,CHM-DSC,163
ATP,Plasma Membrane,CHM-PRO,115
ATP,Plastoquinone,CHM-CHM,31
ATP,Plate,CHM-DSC,40
ATP,Platelet,CHM-DSC,64
ATP,Plates,CHM-DSC,62
ATP,Platinum,CHM-CHM,62
ATP,Plot,CHM-CMT,30
ATP,Poly(ADP Ribose),CHM-CHM,30
ATP,Poly(Acrylamide),CHM-CHM,198
ATP,Polyamines,CHM-CHM,40
ATP,Polymers,CHM-DSC,46
ATP,Polyphosphate,CHM-CHM,78
ATP,Polystyrene,CHM-CHM,65
ATP,Pore Size Distribution,CHM-PRO,34
ATP,Porous,CHM-DSC,79
ATP,Porphyrin,CHM-CHM,38
ATP,Potassium,CHM-CHM,211
ATP,Potassium,PRO-CHM,33
ATP,Potential,CHM-PRO,37
ATP,Powder,CHM-DSC,43
ATP,Principal Component Analysis,CHM-CMT,47
ATP,Probes,CHM-APL,56
ATP,Proliferation,CHM-PRO,56
ATP,Proline,CHM-CHM,75
ATP,Propidium Iodide,CHM-CHM,106
ATP,Proteasomes,CHM-APL,77
ATP,Protein,CHM-APL,55
ATP,Protein,CHM-PRO,233
ATP,Protein,PRO-PRO,32
ATP,Protein Concentration,CHM-PRO,37
ATP,Protein Content,CHM-PRO,36
ATP,Protein Expression,CHM-PRO,46
ATP,Protein Kinase,CHM-PRO,30
ATP,Proteoliposome,CHM-DSC,57
ATP,Proteolysis,CHM-SMT,51
ATP,Proteomics,CHM-CMT,49
ATP,Proton,CHM-PRO,51
ATP,Proton Motive Force,CHM-PRO,44
ATP,Proton Transport,CHM-PRO,42
ATP,Pt,CHM-CHM,114
ATP,Pump,CHM-APL,44
ATP,Purine,CHM-CHM,127
ATP,Purinergic,CHM-PRO,38
ATP,PyMOL,CHM-CHM,32
ATP,Pymol,CHM-CMT,47
ATP,Pyrene,CHM-CHM,52
ATP,Pyridine,CHM-CHM,111
ATP,Pyrimidine,CHM-CHM,60
ATP,Pyrophosphate,CHM-CHM,221
ATP,Pyruvate,CHM-CHM,454
ATP,Pyruvate,PRO-CHM,87
ATP,QD,CHM-DSC,42
ATP,QDS,CHM-DSC,80
ATP,QRT-PCR,CHM-CMT,40
ATP,Quantum Dots,CHM-DSC,72
ATP,Quartz,CHM-CHM,53
ATP,Quercetin,CHM-CHM,35
ATP,Quinazolinones,CHM-CHM,31
ATP,Quinones,CHM-CHM,73
ATP,R2,CHM-PRO,35
ATP,RMSD,CHM-PRO,57
ATP,RNA,CHM-APL,57
ATP,RNA,CHM-DSC,36
ATP,ROS Level,CHM-PRO,42
ATP,ROS Production,CHM-PRO,59
ATP,RT-PCR,CHM-CMT,115
ATP,Radioactivity,CHM-PRO,82
ATP,Raman,CHM-CMT,150
ATP,Rapamycin,CHM-CHM,70
ATP,Rat,CHM-DSC,80
ATP,Rate,CHM-PRO,37
ATP,Rate Constant,CHM-PRO,163
ATP,Reaction Mechanism,CHM-PRO,34
ATP,Reaction Rate,CHM-PRO,43
ATP,Reactive Oxygen Species,CHM-PRO,92
ATP,Reactive Oxygen Species,PRO-PRO,30
ATP,Reactors,CHM-APL,40
ATP,Real Time PCR,CHM-CMT,62
ATP,Receptor,CHM-APL,139
ATP,Receptor,CHM-PRO,55
ATP,Red Blood Cells,CHM-APL,32
ATP,Redox,CHM-PRO,36
ATP,Redox Potential,CHM-PRO,44
ATP,Reductase,CHM-APL,91
ATP,Reductions,CHM-SMT,65
ATP,Release Profile,CHM-PRO,32
ATP,Resistance,CHM-PRO,90
ATP,Resistant,CHM-PRO,37
ATP,Respiration,CHM-PRO,110
ATP,Respiration,PRO-PRO,41
ATP,Respiration Rate,CHM-PRO,33
ATP,Respiratory Chain,CHM-PRO,49
ATP,Response,CHM-PRO,44
ATP,Retention Time,CHM-PRO,48
ATP,Retina,CHM-APL,36
ATP,Retina,CHM-CHM,54
ATP,Rhodamine,CHM-CHM,58
ATP,Rhodamine 123,CHM-CHM,41
ATP,Rhodamine B,CHM-CHM,47
ATP,Ribbons,CHM-DSC,74
ATP,Ribonucleotide,CHM-CHM,42
ATP,Ribose,CHM-CHM,90
ATP,Rotary Motor,CHM-APL,31
ATP,Rotenone,CHM-CHM,138
ATP,Rotenone,PRO-CHM,44
ATP,Rotors,CHM-APL,50
ATP,Ru,CHM-CHM,30
ATP,Ruthenium,CHM-CHM,34
ATP,SAED,CHM-CMT,37
ATP,SAM,CHM-DSC,45
ATP,SAXS,CHM-CMT,37
ATP,SDS,CHM-CHM,31
ATP,SDS PAGE,CHM-CMT,96
ATP,SDS-PAGE,CHM-CMT,228
ATP,SDS-Page,CHM-CMT,175
ATP,SEM,CHM-CMT,659
ATP,SEM,CHM-PRO,36
ATP,SEM,PRO-CMT,69
ATP,SO4,CHM-CHM,41
ATP,SOD,CHM-PRO,39
ATP,SPR,CHM-CMT,46
ATP,SWV,CHM-CMT,31
ATP,Sav1866,CHM-CHM,35
ATP,Scanning Electron Micrograph,CHM-CMT,35
ATP,Scanning Electron Microscopy,CHM-CMT,64
ATP,Secondary Structural Elements,CHM-PRO,51
ATP,Secondary Structures,CHM-PRO,134
ATP,Sections,CHM-DSC,46
ATP,Selectivity,CHM-PRO,95
ATP,Self Assembled,CHM-SMT,37
ATP,Self Assembly,CHM-SMT,74
ATP,Semiconductor,CHM-PRO,33
ATP,Sensing,CHM-APL,131
ATP,Sensitivity,CHM-PRO,155
ATP,Sensor,CHM-APL,258
ATP,Sequence,CHM-PRO,86
ATP,Sequence Alignment,CHM-CMT,93
ATP,Ser,CHM-CHM,215
ATP,Serine,CHM-CHM,223
ATP,Sers,CHM-CMT,81
ATP,Sheet,CHM-DSC,31
ATP,Sheets,CHM-DSC,50
ATP,Shell,CHM-DSC,82
ATP,Si,CHM-CHM,90
ATP,SiO2,CHM-CHM,85
ATP,Silica,CHM-CHM,182
ATP,Silicon,CHM-CHM,63
ATP,Silver,CHM-CHM,166
ATP,Single Stranded,CHM-DSC,57
ATP,Singlet,CHM-DSC,68
ATP,Size,CHM-PRO,41
ATP,Size Distribution,CHM-PRO,97
ATP,Size Exclusion Chromatography,CHM-CMT,35
ATP,Skeletal,CHM-DSC,67
ATP,Skeletal Muscle,CHM-APL,43
ATP,Skin,CHM-DSC,36
ATP,Slide,CHM-DSC,37
ATP,Society,CHM-CMT,225
ATP,Sodium,CHM-CHM,204
ATP,Sodium,PRO-CHM,37
ATP,Sodium Azide,CHM-CHM,48
ATP,Sodium Phosphate,CHM-CHM,36
ATP,Solubility,CHM-PRO,39
ATP,Specific Activities,CHM-PRO,34
ATP,Specific Activity,CHM-PRO,107
ATP,Specificity,CHM-PRO,43
ATP,Spectrophotometrically,CHM-CMT,30
ATP,Spermidine,CHM-CHM,33
ATP,Sphere,CHM-DSC,60
ATP,Stability,CHM-PRO,335
ATP,Standard Deviation,CHM-PRO,67
ATP,Statistical Analysis,CHM-CMT,49
ATP,Stators,CHM-APL,46
ATP,Staurosporine,CHM-CHM,82
ATP,Stem Cells,CHM-APL,34
ATP,Stern Volmer Plot,CHM-CMT,35
ATP,Steroids,CHM-CHM,49
ATP,Sterol,CHM-CHM,44
ATP,Stick Model,CHM-CMT,33
ATP,Stiffnesses,CHM-PRO,35
ATP,Stoichiometry,CHM-PRO,47
ATP,Stress,CHM-PRO,55
ATP,Structural,CHM-PRO,129
ATP,Structural Analysis,CHM-CMT,33
ATP,Structural Feature,CHM-PRO,33
ATP,Structural Model,CHM-CMT,69
ATP,Structure,APL-PRO,43
ATP,Structure,CHM-CMT,62
ATP,Structure,CHM-PRO,1032
ATP,Structure,PRO-PRO,61
ATP,Structure Activity Relationship,CHM-PRO,40
ATP,Structures,CHM-CMT,30
ATP,Structures,CHM-PRO,182
ATP,Student's T Test,CHM-CMT,78
ATP,Student's T-Test,CHM-CMT,50
ATP,Submitochondrial Particles,CHM-DSC,30
ATP,Substrate,CHM-DSC,542
ATP,Succinate,CHM-CHM,244
ATP,Succinate,PRO-CHM,62
ATP,Succinyl-CoA,CHM-CHM,30
ATP,Sucrose,CHM-CHM,158
ATP,Sugar,CHM-CHM,198
ATP,Sugar,PRO-CHM,34
ATP,Sulfates,CHM-CHM,114
ATP,Sulfhydryl,CHM-CHM,47
ATP,Sulfide,CHM-CHM,41
ATP,Sulfite,CHM-CHM,35
ATP,Sulfur,CHM-CHM,167
ATP,Superoxide,CHM-CHM,198
ATP,Superoxide,PRO-CHM,62
ATP,Suramin,CHM-CHM,67
ATP,Surface,APL-DSC,60
ATP,Surface,CHM-DSC,1072
ATP,Surface,CHM-PRO,45
ATP,Surface,PRO-DSC,102
ATP,Surface Area,CHM-PRO,52
ATP,Surface Charge,CHM-PRO,36
ATP,Surface Modification,CHM-SMT,32
ATP,Surface Representation,CHM-CMT,46
ATP,Surfaces,CHM-DSC,220
ATP,Surfaces,PRO-DSC,30
ATP,Survival,CHM-PRO,62
ATP,Survival Rate,CHM-PRO,32
ATP,Synthases,CHM-APL,259
ATP,Synthases,PRO-APL,143
ATP,Synthetase,CHM-APL,52
ATP,T,CHM-PRO,39
ATP,T,CHM-SPL,30
ATP,T Cells,CHM-APL,56
ATP,T-Test,CHM-CMT,32
ATP,TAG,CHM-CHM,32
ATP,TBAF,CHM-CHM,42
ATP,TCA,CHM-CHM,32
ATP,TEA,CHM-CHM,42
ATP,TEM,APL-CMT,32
ATP,TEM,CHM-CMT,777
ATP,TEM,PRO-CMT,89
ATP,TFA,CHM-CHM,94
ATP,THF,CHM-CHM,241
ATP,TLC,CHM-CMT,34
ATP,TMP,CHM-CHM,46
ATP,TMRM,CHM-CHM,35
ATP,TOC,CHM-CHM,30
ATP,TPP,CHM-CHM,31
ATP,TTP,CHM-CHM,32
ATP,Tetracyclines,CHM-CHM,33
ATP,Tga,CHM-CMT,54
ATP,Thapsigargin,CHM-CHM,49
ATP,Therapeutics,CHM-APL,32
ATP,Therapy,CHM-APL,30
ATP,Thermal Stability,CHM-PRO,42
ATP,Thermodynamics,CHM-PRO,32
ATP,Thin,CHM-DSC,31
ATP,Thin Films,CHM-DSC,38
ATP,Thioester,CHM-CHM,38
ATP,Thiols,CHM-CHM,186
ATP,Thr,CHM-CHM,164
ATP,Threonine,CHM-CHM,120
ATP,Thymidine,CHM-CHM,63
ATP,Thymine,CHM-CHM,31
ATP,Ti,CHM-CHM,35
ATP,TiO2,CHM-CHM,72
ATP,Tissue,CHM-DSC,70
ATP,Tissues,CHM-DSC,39
ATP,Tm,CHM-PRO,47
ATP,Toluene,CHM-CHM,103
ATP,Total,CHM-PRO,37
ATP,Toxicity,CHM-PRO,133
ATP,Toxicity,PRO-PRO,35
ATP,Transcription,CHM-PRO,59
ATP,Transcriptional Activity,CHM-PRO,32
ATP,Transfection,CHM-SMT,52
ATP,Transfer,CHM-PRO,37
ATP,Transmembrane Domain,CHM-PRO,74
ATP,Transmission Electron Micrograph,CHM-CMT,33
ATP,Transmission Electron Microscopy,CHM-CMT,133
ATP,Transparent,CHM-PRO,34
ATP,Transporter,CHM-APL,320
ATP,Transporter,CHM-PRO,127
ATP,Transporter,PRO-APL,58
ATP,Transporter,PRO-PRO,37
ATP,Triacylglycerol,CHM-CHM,42
ATP,Tricarboxylic Acid,CHM-CHM,82
ATP,Triglycerides,CHM-CHM,80
ATP,Triphosphate,CHM-CHM,79
ATP,Tris,CHM-CHM,253
ATP,Tris Buffer,CHM-CHM,65
ATP,Tris-HCl,CHM-CHM,92
ATP,Triton X-100,CHM-CHM,120
ATP,Trp,CHM-CHM,89
ATP,Trypan Blue,CHM-CHM,66
ATP,Trypsin,CHM-SMT,35
ATP,Tryptic,CHM-CHM,69
ATP,Tryptophan,CHM-CHM,136
ATP,Tumor,CHM-APL,48
ATP,Tumor,CHM-DSC,83
ATP,Tumor Volume,CHM-PRO,75
ATP,Tumor Weight,CHM-PRO,33
ATP,Tumours,CHM-APL,178
ATP,Tumours,CHM-DSC,62
ATP,Tumours,CHM-PRO,41
ATP,Tumours,PRO-APL,42
ATP,Two-Way ANOVA,CHM-CMT,44
ATP,Type,CHM-DSC,34
ATP,Tyr,CHM-CHM,180
ATP,Tyrosine,CHM-CHM,365
ATP,Tyrosine,PRO-CHM,32
ATP,U0126,CHM-CHM,32
ATP,UDP,CHM-CHM,143
ATP,UTP,CHM-CHM,393
ATP,UTP,PRO-CHM,33
ATP,UV Irradiation,CHM-SMT,60
ATP,UV Vis,CHM-CMT,97
ATP,UV Vis Absorption,CHM-CMT,129
ATP,UV Visible Absorption,CHM-CMT,30
ATP,UV-VIS Spectral,CHM-CMT,39
ATP,Ultrastructural,CHM-PRO,34
ATP,Uracil,CHM-CHM,45
ATP,Urea,CHM-CHM,133
ATP,Uric Acid,CHM-CHM,35
ATP,Uridine,CHM-CHM,50
ATP,V Max,CHM-PRO,86
ATP,V-ATPase,CHM-PRO,48
ATP,V-FITC,CHM-CHM,31
ATP,Val,CHM-CHM,76
ATP,Valinomycin,CHM-CHM,52
ATP,Vanadate,CHM-CHM,100
ATP,Velocity,CHM-PRO,55
ATP,Verapamil,CHM-CHM,52
ATP,Vesicle,CHM-DSC,273
ATP,Vesicle,PRO-DSC,39
ATP,Viability,CHM-PRO,214
ATP,Viability,PRO-PRO,52
ATP,Viscosity,CHM-PRO,31
ATP,Vmax,CHM-PRO,79
ATP,Water Soluble,CHM-PRO,80
ATP,Weight,CHM-PRO,33
ATP,Western Blot,CHM-CMT,143
ATP,Western Blot Analysis,CHM-CMT,76
ATP,Western Blots,CHM-CMT,470
ATP,Western Blots,PRO-CMT,96
ATP,Western Blotting,CHM-CMT,265
ATP,Western Blotting,PRO-CMT,40
ATP,Wild-Type,CHM-DSC,43
ATP,X Ray,CHM-CMT,74
ATP,X-Ray Crystal Structure,CHM-CMT,75
ATP,X-Ray Crystallography,CHM-CMT,76
ATP,X-Ray Diffraction,CHM-CMT,99
ATP,X-Ray Photoelectron Spectroscopy,CHM-CMT,38
ATP,XPS,CHM-CMT,191
ATP,XRD,CHM-CMT,254
ATP,Xanthine,CHM-CHM,39
ATP,Xenografts,CHM-APL,32
ATP,Xylose,CHM-CHM,43
ATP,Zeta Potential,CHM-PRO,123
ATP,Zinc,CHM-CHM,148
ATP,Zn,CHM-CHM,107
ATP,Zn(II),CHM-CHM,37
ATP,Zn2+,CHM-CHM,178
ATP,ZnO,CHM-CHM,46
ATP,ZnS,CHM-CHM,38
ATP,[Ca2+]i,CHM-CHM,88
ATP,[Ca2+]i,CHM-PRO,77
ATP,[γ-32P]ATP,CHM-CHM,45
ATP,ascorbate,CHM-CHM,48
ATP,cAMP,CHM-CHM,232
ATP,cGMP,CHM-CHM,52
ATP,dATP,CHM-CHM,82
ATP,dCTP,CHM-CHM,30
ATP,f1,CHM-APL,40
ATP,f1,CHM-PRO,33
ATP,insulin,CHM-PRO,47
ATP,mRNA,CHM-DSC,46
ATP,mRNA Expression,CHM-PRO,49
ATP,pH,CHM-PRO,137
ATP,pH,PRO-PRO,32
ATP,pKa,CHM-PRO,90
ATP,qPCR,CHM-CMT,54
ATP,siRNA,CHM-APL,57
ATP,siRNA,CHM-SMT,31
ATP,α-Ketoglutarate,CHM-CHM,41
ATP,β,CHM-SPL,53
ATP,γ-Phosphate,CHM-CHM,66
ATP,δψm,CHM-PRO,42
ATP / ADP Ratio,ADP,PRO-CHM,43
ATP / ADP Ratio,ATP,PRO-CHM,43
ATP Assay,ATP,CMT-CHM,40
ATP Binding Cassette,ABC Transporter,APL-APL,34
ATP Binding Cassette,ATP,APL-CHM,76
ATP Binding Cassette,ATP,PRO-CHM,73
ATP Binding Cassette,Transporter,APL-APL,58
ATP Concentration,ATP,PRO-CHM,199
ATP Concentration,ATP,PRO-PRO,68
ATP Concentration,Cells,PRO-DSC,34
ATP Content,ATP,PRO-CHM,286
ATP Content,ATP,PRO-PRO,66
ATP Content,Cell Viability,PRO-PRO,40
ATP Content,Cells,PRO-DSC,70
ATP Content,Flow Cytometry,PRO-CMT,36
ATP Content,Glucose,PRO-CHM,51
ATP Content,Mitochondria,PRO-PRO,38
ATP Content,Mitochondrial Membrane Potential,PRO-PRO,35
ATP Content,Oxygen,PRO-CHM,51
ATP Content,Western Blots,PRO-CMT,40
ATP Hydrolysis,ADP,APL-CHM,79
ATP Hydrolysis,ATP,APL-CHM,220
ATP Hydrolysis,ATP,PRO-CHM,96
ATP Hydrolysis,ATP,SMT-CHM,41
ATP Hydrolysis,ATPase Activity,APL-PRO,59
ATP Hydrolysis,ATPase Activity,PRO-PRO,30
ATP Hydrolysis,Amino Acid,APL-CHM,35
ATP Hydrolysis,Mutant,APL-DSC,30
ATP Hydrolysis,Nucleotides,APL-CHM,31
ATP Hydrolysis,Phosphate,APL-CHM,37
ATP Hydrolysis,Structure,APL-PRO,38
ATP Hydrolysis Activity,ATP,PRO-CHM,70
ATP Hydrolysis Activity,Activity,PRO-PRO,50
ATP Hydrolysis Activity,Amino Acid,PRO-CHM,34
ATP Hydrolysis Activity,Hydrolysis,PRO-SMT,58
ATP Hydrolysis Activity,Structure,PRO-PRO,32
ATP Hydrolysis Rate,ATP,PRO-CHM,30
ATP Level,ATP,PRO-CHM,185
ATP Level,ATP,PRO-PRO,55
ATP Level,Cell Viability,PRO-PRO,45
ATP Level,Cells,PRO-DSC,86
ATP Level,Flow Cytometry,PRO-CMT,40
ATP Level,Glucose,PRO-CHM,43
ATP Level,Mitochondria,PRO-PRO,30
ATP Level,Oxygen,PRO-CHM,33
ATP Level,Western Blots,PRO-CMT,31
ATP Production,ATP,PRO-CHM,154
ATP Production,ATP,PRO-PRO,39
ATP Production,Mitochondria,PRO-PRO,36
ATP Production,Mitochondrial Membrane Potential,PRO-PRO,30
ATP Production,Oxygen,PRO-CHM,51
ATP S,ATP,CHM-CHM,32
ATP Synthase,ADP,APL-CHM,82
ATP Synthase,ATP,APL-APL,34
ATP Synthase,ATP,APL-CHM,291
ATP Synthase,ATP,APL-PRO,81
ATP Synthase,ATP,PRO-CHM,116
ATP Synthase,ATP,PRO-PRO,43
ATP Synthase,Amino Acid,APL-CHM,37
ATP Synthase,H+,APL-CHM,37
ATP Synthase,Membrane,APL-DSC,62
ATP Synthase,Mitochondria,PRO-PRO,33
ATP Synthase,Oxygen,APL-CHM,45
ATP Synthase,Oxygen,PRO-CHM,37
ATP Synthase,Phosphate,APL-CHM,43
ATP Synthase,Structure,APL-PRO,38
ATP Synthase,Synthases,APL-APL,68
ATP Synthesis,ATP,APL-CHM,41
ATP Synthesis,ATP,PRO-CHM,58
ATP-,ATP,PRO-CHM,70
ATP-,Binding,PRO-APL,30
ATP-,Cassette,PRO-PRO,32
ATPSS,Atps,APL-APL,77
ATPSS,Binodal,APL-PRO,39
ATPSS,Binodal Curve,APL-PRO,34
ATPSS,H2O,APL-CHM,30
ATPSS,PEG,APL-CHM,51
ATPSS,Partition Coefficient,APL-PRO,38
ATPSS,Phase Diagram,APL-PRO,53
ATPase Activities,ATP,PRO-CHM,41
ATPase Activity,ADP,PRO-CHM,203
ATPase Activity,AMP-PNP,PRO-CHM,35
ATPase Activity,ATP,PRO-CHM,715
ATPase Activity,ATP,PRO-PRO,78
ATPase Activity,ATP Hydrolysis,PRO-APL,59
ATPase Activity,ATP Hydrolysis,PRO-PRO,30
ATPase Activity,ATPase Assay,PRO-CMT,30
ATPase Activity,ATPases,PRO-APL,61
ATPase Activity,ATPases,PRO-PRO,259
ATPase Activity,Activity,PRO-PRO,85
ATPase Activity,Amino Acid,PRO-CHM,118
ATPase Activity,C,PRO-CHM,80
ATPase Activity,Ca2+,PRO-CHM,128
ATPase Activity,CaCl2,PRO-CHM,30
ATPase Activity,Calcium,PRO-CHM,58
ATPase Activity,Cells,PRO-DSC,76
ATPase Activity,Crystal Structure,PRO-PRO,49
ATPase Activity,Cysteines,PRO-CHM,38
ATPase Activity,DMSO,PRO-CHM,31
ATPase Activity,DNA,PRO-PRO,54
ATPase Activity,EDTA,PRO-CHM,45
ATPase Activity,EGTA,PRO-CHM,30
ATPase Activity,Enzyme Activity,PRO-PRO,37
ATPase Activity,Fluorescence,PRO-CMT,40
ATPase Activity,Fluorescence,PRO-PRO,45
ATPase Activity,Fluorescence Intensity,PRO-PRO,32
ATPase Activity,GTP,PRO-CHM,36
ATPase Activity,Glucose,PRO-CHM,42
ATPase Activity,H+,PRO-CHM,43
ATPase Activity,HCl,PRO-CHM,37
ATPase Activity,Hydrogen,PRO-CHM,45
ATPase Activity,Hydrolysis,PRO-SMT,31
ATPase Activity,K M,PRO-PRO,62
ATPase Activity,K+,PRO-CHM,77
ATPase Activity,KCl,PRO-CHM,70
ATPase Activity,Magenta,PRO-CHM,36
ATPase Activity,Magnesium,PRO-CHM,30
ATPase Activity,Membrane,PRO-DSC,103
ATPase Activity,Membrane,PRO-PRO,40
ATPase Activity,Mg,PRO-CHM,36
ATPase Activity,Mg2+,PRO-CHM,132
ATPase Activity,MgATP,PRO-CHM,30
ATPase Activity,MgCl2,PRO-CHM,94
ATPase Activity,Molecular Mass,PRO-PRO,35
ATPase Activity,Mutant,PRO-DSC,75
ATPase Activity,NADH,PRO-CHM,45
ATPase Activity,Na+,PRO-CHM,66
ATPase Activity,NaCl,PRO-CHM,63
ATPase Activity,Nucleotides,PRO-CHM,55
ATPase Activity,Oligomycin,PRO-CHM,38
ATPase Activity,Ouabain,PRO-CHM,50
ATPase Activity,Oxygen,PRO-CHM,34
ATPase Activity,Phosphate,PRO-CHM,99
ATPase Activity,Poly(Acrylamide),PRO-CHM,38
ATPase Activity,SDS-PAGE,PRO-CMT,76
ATPase Activity,Structure,PRO-PRO,86
ATPase Activity,Substrate,PRO-DSC,53
ATPase Activity,Surface,PRO-DSC,52
ATPase Activity,Transporter,PRO-APL,33
ATPase Activity,Tris,PRO-CHM,41
ATPase Activity,V Max,PRO-PRO,30
ATPase Activity,Vanadate,PRO-CHM,36
ATPase Activity,Vesicle,PRO-DSC,41
ATPase Activity,Western Blotting,PRO-CMT,30
ATPase Assay,ATP,CMT-CHM,48
ATPase Assay,ATPase Activity,CMT-PRO,30
ATPases,ADP,APL-CHM,60
ATPases,ADP,PRO-CHM,156
ATPases,ATP,APL-CHM,215
ATPases,ATP,PRO-CHM,639
ATPases,ATP,PRO-PRO,93
ATPases,ATPase Activity,APL-PRO,61
ATPases,ATPase Activity,PRO-PRO,259
ATPases,Activity,PRO-PRO,36
ATPases,Adenosine,PRO-CHM,42
ATPases,Amino Acid,APL-CHM,34
ATPases,Amino Acid,PRO-CHM,94
ATPases,C,PRO-CHM,66
ATPases,Ca2+,APL-CHM,47
ATPases,Ca2+,PRO-CHM,147
ATPases,Ca2+,PRO-PRO,35
ATPases,Ca2+-,PRO-PRO,40
ATPases,Calcium,PRO-CHM,71
ATPases,Cells,PRO-DSC,33
ATPases,Crystal Structure,PRO-PRO,43
ATPases,DNA,PRO-PRO,76
ATPases,Electron Microscopy,PRO-CMT,30
ATPases,Enzyme Activity,PRO-PRO,34
ATPases,GTP,PRO-CHM,40
ATPases,H+,PRO-CHM,79
ATPases,Hydrogen,PRO-CHM,35
ATPases,K M,PRO-PRO,33
ATPases,K+,APL-CHM,34
ATPases,K+,PRO-CHM,149
ATPases,K+,PRO-PRO,38
ATPases,Magenta,PRO-CHM,30
ATPases,Membrane,APL-DSC,35
ATPases,Membrane,PRO-DSC,92
ATPases,Membrane,PRO-PRO,57
ATPases,Mg,PRO-CHM,31
ATPases,Mg2+,APL-CHM,31
ATPases,Mg2+,PRO-CHM,122
ATPases,MgCl2,PRO-CHM,35
ATPases,Mitochondria,PRO-PRO,33
ATPases,NADH,PRO-CHM,31
ATPases,Na+,APL-CHM,38
ATPases,Na+,PRO-CHM,141
ATPases,Na+,PRO-PRO,71
ATPases,"Na,K",PRO-CHM,50
ATPases,Nucleotides,PRO-CHM,50
ATPases,Oligomycin,PRO-CHM,44
ATPases,Ouabain,PRO-CHM,73
ATPases,Oxygen,PRO-CHM,41
ATPases,Phosphate,APL-CHM,37
ATPases,Phosphate,PRO-CHM,71
ATPases,Plasma Membrane,PRO-DSC,42
ATPases,Sodium,PRO-CHM,38
ATPases,Structure,APL-PRO,31
ATPases,Structure,PRO-PRO,67
ATPases,Surface,PRO-DSC,46
ATPases,Vanadate,PRO-CHM,32
ATPases,Vesicle,PRO-DSC,31
ATR,13C,CMT-CHM,79
ATR,13C NMR,CMT-CMT,49
ATR,1H,CHM-CHM,92
ATR,1H,CMT-CHM,228
ATR,1H NMR,CHM-CMT,85
ATR,1H NMR,CMT-CMT,179
ATR,1H-NMR,CMT-CMT,33
ATR,3D,CMT-DSC,33
ATR,AFM,CHM-CMT,162
ATR,AFM,CMT-CMT,527
ATR,APTES,CMT-CHM,31
ATR,ATR-FT-IR,APL-CMT,38
ATR,ATR-FT-IR,CHM-CMT,552
ATR,ATR-FT-IR,CMT-CMT,569
ATR,ATR-FTIR Spectroscopy,CHM-CMT,45
ATR,ATR-FTIR Spectroscopy,CMT-CMT,42
ATR,ATR-IR,CHM-CMT,34
ATR,ATR-IR,CMT-CMT,48
ATR,ATR-SEIRAS,CHM-CMT,48
ATR,ATRP,CMT-SMT,38
ATR,Absorbance,APL-PRO,33
ATR,Absorbance,CHM-PRO,86
ATR,Absorbance,CMT-PRO,190
ATR,Absorption,CMT-CMT,34
ATR,Absorption,CMT-PRO,55
ATR,Absorption Bands,CMT-PRO,56
ATR,Absorption Spectrum,CMT-CMT,60
ATR,Acetate,CMT-CHM,32
ATR,Acetic Acid,CMT-CHM,35
ATR,Acetone,CHM-CHM,31
ATR,Acetone,CMT-CHM,64
ATR,Acetonitrile,CMT-CHM,69
ATR,Acrylic Acid,CMT-CHM,38
ATR,Activity,APL-PRO,39
ATR,Activity,CMT-PRO,49
ATR,Adhesions,CMT-PRO,54
ATR,Adsorbent,CMT-APL,43
ATR,Adsorption Capacity,CMT-PRO,47
ATR,Adsorption Isotherm,CMT-CMT,30
ATR,Adsorption Kinetics,CMT-PRO,32
ATR,Ag,CHM-CHM,62
ATR,Ag,CMT-CHM,143
ATR,AgCl,CMT-CHM,43
ATR,Aged,CMT-SMT,51
ATR,Aging,CMT-SMT,54
ATR,Al,CHM-CHM,30
ATR,Al,CMT-CHM,77
ATR,Al2O3,APL-CHM,31
ATR,Al2O3,CHM-CHM,30
ATR,Al2O3,CMT-CHM,44
ATR,Alcohols,CMT-CHM,48
ATR,Alkyls,CMT-CHM,46
ATR,Alloy,CMT-DSC,32
ATR,Aluminum,CMT-CHM,56
ATR,Amides,CHM-CHM,64
ATR,Amides,CMT-CHM,185
ATR,Amines,CMT-CHM,101
ATR,Amino,CMT-CHM,62
ATR,Amino Acid,CMT-CHM,55
ATR,Amorphous,CHM-DSC,31
ATR,Amorphous,CMT-DSC,105
ATR,Amphiphilic,CMT-PRO,30
ATR,Anatase,CMT-SPL,30
ATR,Annealed,CMT-SMT,42
ATR,Annealing,CMT-SMT,58
ATR,Anode,CMT-APL,39
ATR,Argon,CMT-CHM,48
ATR,As Prepared,CMT-DSC,51
ATR,Atomic Force Microscopy,CMT-CMT,214
ATR,Atr Crystal,CHM-APL,33
ATR,Atr Ir,CHM-CMT,166
ATR,Atrazine,CHM-CHM,30
ATR,Attenuated Total Reflectance,CMT-CMT,165
ATR,Attenuated Total Reflectance Fourier Transform Infrared Spectroscopy,CMT-CMT,238
ATR,Attenuated Total Reflection,CMT-CMT,286
ATR,Attenuated Total Reflection Fourier Transform Infrared,CHM-CMT,58
ATR,Attenuated Total Reflection Fourier Transform Infrared,CMT-CMT,226
ATR,Attenuated Total Reflection Fourier Transform Infrared Spectroscopy,CMT-CMT,156
ATR,Au,CHM-CHM,69
ATR,Au,CMT-CHM,128
ATR,Autothermal Reforming,APL-APL,58
ATR,Autothermal Reforming,APL-SMT,42
ATR,Autothermal Reforming,SMT-SMT,49
ATR,B3LYP,CMT-CMT,31
ATR,Benzenes,CMT-CHM,38
ATR,Bilayer,CMT-DSC,51
ATR,Bilayers,CMT-DSC,36
ATR,Biocompatibility,CMT-PRO,57
ATR,Biocompatible,CMT-PRO,32
ATR,Biomaterial,CMT-APL,31
ATR,Blend,CMT-DSC,93
ATR,Blended Membrane,CMT-DSC,32
ATR,Blue Line,CMT-CHM,69
ATR,Brushes,CMT-DSC,38
ATR,Bulk,CHM-DSC,71
ATR,Bulk,CMT-DSC,170
ATR,C,CHM-CHM,44
ATR,C,CMT-CHM,53
ATR,C 1s,CMT-CMT,30
ATR,C H,CMT-CHM,39
ATR,C1S,CMT-CMT,30
ATR,CDCl3,CMT-CHM,35
ATR,CH,CMT-CHM,56
ATR,CH2,CMT-CHM,51
ATR,CH3,CMT-CHM,37
ATR,CH4,APL-CHM,64
ATR,CH4,CHM-CHM,61
ATR,CH4,CMT-CHM,37
ATR,CH4,SMT-CHM,47
ATR,CO,APL-CHM,131
ATR,CO,CHM-CHM,169
ATR,CO,CMT-CHM,209
ATR,CO,SMT-CHM,76
ATR,CO2,APL-CHM,81
ATR,CO2,CHM-CHM,132
ATR,CO2,CMT-CHM,200
ATR,CO2,SMT-CHM,54
ATR,COOH,CMT-CHM,46
ATR,CV,CHM-CMT,40
ATR,CV,CMT-CMT,90
ATR,Ca,CMT-CHM,43
ATR,Calcium,CMT-CHM,46
ATR,Carbon,APL-CHM,104
ATR,Carbon,CHM-CHM,158
ATR,Carbon,CMT-CHM,281
ATR,Carbon,SMT-CHM,54
ATR,Carbon Dioxide,CMT-CHM,38
ATR,Carbonates,CMT-CHM,43
ATR,Carbonyls,CHM-CHM,48
ATR,Carbonyls,CMT-CHM,142
ATR,Carboxyl,CMT-CHM,69
ATR,Carboxylates,CMT-CHM,67
ATR,Carboxylic Acid,CMT-CHM,50
ATR,Catalyst,APL-APL,176
ATR,Catalyst,CHM-APL,166
ATR,Catalyst,CMT-APL,188
ATR,Catalyst,SMT-APL,81
ATR,Catalytic Activity,CMT-PRO,40
ATR,Cathode,CMT-APL,37
ATR,CeO2,APL-CHM,32
ATR,Cell,CHM-APL,37
ATR,Cell,CMT-APL,93
ATR,Cell Viability,CMT-PRO,55
ATR,Cells,CHM-DSC,35
ATR,Cells,CMT-APL,47
ATR,Cells,CMT-DSC,41
ATR,Chemical,CMT-PRO,41
ATR,Chemical Composition,CMT-PRO,73
ATR,Chemical Structures,CHM-PRO,83
ATR,Chemical Structures,CMT-PRO,248
ATR,Chlorines,CMT-CHM,36
ATR,Chloroform,CMT-CHM,36
ATR,Cl,CMT-CHM,44
ATR,Cluster,CMT-DSC,55
ATR,Co,CMT-CHM,33
ATR,Coated,APL-SMT,30
ATR,Coated,CHM-DSC,34
ATR,Coated,CHM-SMT,95
ATR,Coated,CMT-DSC,70
ATR,Coated,CMT-SMT,226
ATR,Coatings,CHM-APL,78
ATR,Coatings,CMT-APL,238
ATR,Coatings,CMT-SMT,47
ATR,Composite,CHM-DSC,86
ATR,Composite,CMT-DSC,248
ATR,Composite Film,CMT-DSC,42
ATR,Composite Membrane,CMT-DSC,47
ATR,Compositions,APL-PRO,48
ATR,Compositions,CHM-PRO,82
ATR,Compositions,CMT-PRO,247
ATR,Conductivity,CMT-PRO,65
ATR,Contact Angle,CHM-PRO,50
ATR,Contact Angle,CMT-CMT,51
ATR,Contact Angle,CMT-PRO,167
ATR,Contact Angle Measurement,CMT-CMT,74
ATR,Cooling,CMT-SMT,59
ATR,Copolymer,CHM-DSC,35
ATR,Copolymer,CMT-DSC,94
ATR,Copper,CMT-CHM,60
ATR,Cross Section,CHM-DSC,31
ATR,Cross Sectional SEM,CMT-CMT,30
ATR,Cross-Linking,CMT-SMT,41
ATR,Crosslinked,CMT-SMT,40
ATR,Crystal,APL-DSC,125
ATR,Crystal,CHM-DSC,181
ATR,Crystal,CMT-DSC,246
ATR,Crystal Structure,CHM-PRO,30
ATR,Crystal Structure,CMT-PRO,43
ATR,Crystalline,CHM-DSC,39
ATR,Crystalline,CMT-DSC,90
ATR,Crystallinity,CMT-PRO,68
ATR,Cu,CHM-CHM,43
ATR,Cu,CMT-CHM,91
ATR,Cured,CMT-SMT,32
ATR,Curing,CMT-SMT,40
ATR,Curves,CMT-CMT,37
ATR,Cyclic Voltammetry,CHM-CMT,33
ATR,Cyclic Voltammetry,CMT-CMT,97
ATR,Cyclic Voltammogram,CHM-CMT,67
ATR,Cyclic Voltammogram,CMT-CMT,135
ATR,Cyclohexane,CMT-CHM,33
ATR,Cytotoxicity,CMT-PRO,39
ATR,D2O,CHM-CHM,56
ATR,D2O,CMT-CHM,130
ATR,DAPI,CMT-CHM,37
ATR,DFT,CMT-CMT,84
ATR,DLS,CMT-CMT,61
ATR,DMA,CMT-CHM,33
ATR,DMF,CMT-CHM,58
ATR,DMSO,CMT-CHM,55
ATR,DSC,CHM-CMT,120
ATR,DSC,CMT-CMT,336
ATR,DTG,CMT-CHM,56
ATR,Density,CMT-PRO,71
ATR,Density Functional Theory,CMT-CMT,30
ATR,Diamonds,APL-CHM,32
ATR,Diamonds,CHM-CHM,68
ATR,Diamonds,CMT-CHM,144
ATR,Differential Scanning Calorimetry,CMT-CMT,110
ATR,Diffusion Coefficient,CMT-PRO,35
ATR,Dispersion,CMT-DSC,30
ATR,Dissolution,CMT-SMT,36
ATR,Dma,CMT-CMT,33
ATR,Dopamine,CMT-CHM,31
ATR,Doped,CMT-DSC,70
ATR,Dried,CHM-SMT,38
ATR,Dried,CMT-SMT,83
ATR,Drifts,CMT-CMT,33
ATR,Drying,CMT-SMT,61
ATR,Dtg,CMT-CMT,73
ATR,Dynamic Light Scattering,CMT-CMT,31
ATR,EDS,CHM-CMT,41
ATR,EDS,CMT-CMT,121
ATR,EDX,CHM-CMT,55
ATR,EDX,CMT-CMT,123
ATR,Eis,CMT-CMT,84
ATR,Elastic Modulus,CMT-PRO,31
ATR,Electrochemical Impedance Spectroscopy,CMT-CMT,51
ATR,Electrode,CHM-APL,125
ATR,Electrode,CMT-APL,226
ATR,Electrodes,CHM-APL,83
ATR,Electrodes,CMT-APL,140
ATR,Electrolyte,CHM-APL,50
ATR,Electrolyte,CMT-APL,92
ATR,Electrospinning,CMT-SMT,32
ATR,Electrospun,CMT-SMT,56
ATR,Elemental Analysis,CMT-CMT,61
ATR,Elemental Composition,CMT-PRO,31
ATR,Ellipsometry,CMT-CMT,38
ATR,Elongation at Break,CMT-PRO,45
ATR,Energy Dispersive X-Ray Spectroscopy,CMT-CMT,31
ATR,Epoxy,CMT-CHM,62
ATR,Epr,CMT-CMT,33
ATR,Esters,CMT-CHM,80
ATR,Ethanol,CHM-CHM,70
ATR,Ethanol,CMT-CHM,169
ATR,F,CMT-CHM,36
ATR,F,CMT-PRO,33
ATR,FE-SEM,CMT-CMT,75
ATR,FESEM,CHM-CMT,56
ATR,FESEM,CMT-CMT,106
ATR,FT-IR,CHM-CMT,53
ATR,FT-IR,CMT-CMT,261
ATR,FTIR,APL-CMT,47
ATR,FTIR,CHM-CMT,300
ATR,FTIR,CMT-CMT,2840
ATR,FTIR Spectroscopy,CMT-CMT,40
ATR,Fabric,CMT-DSC,40
ATR,Fabrics,CMT-DSC,41
ATR,Fe,CHM-CHM,39
ATR,Fe,CMT-CHM,88
ATR,Fiber,CHM-DSC,31
ATR,Fiber,CMT-DSC,76
ATR,Fibers,CHM-DSC,34
ATR,Fibers,CMT-DSC,111
ATR,Fibres,CMT-DSC,36
ATR,Field Emission Scanning Electron Microscopy,CMT-CMT,53
ATR,Film,APL-DSC,75
ATR,Film,CHM-DSC,255
ATR,Film,CMT-DSC,669
ATR,Film Surface,CMT-DSC,48
ATR,Films,APL-DSC,31
ATR,Films,CHM-DSC,173
ATR,Films,CMT-DSC,627
ATR,Flow Cell,CMT-APL,31
ATR,Fluorescence,CMT-CMT,46
ATR,Fluorescence,CMT-PRO,35
ATR,Fluorescence Intensity,CMT-PRO,30
ATR,Fluorescence Microscopy,CMT-CMT,39
ATR,Fluorine,CMT-CHM,30
ATR,Flux,CMT-PRO,58
ATR,Fourier Transform Infrared,CMT-CMT,117
ATR,Fourier Transform Infrared Spectroscopy,CMT-CMT,75
ATR,Ft,CHM-CMT,31
ATR,Ft,CMT-CMT,114
ATR,Ftir,CMT-CMT,85
ATR,Ftir - Atr,CMT-CMT,70
ATR,Fuel Cell,APL-APL,31
ATR,Fuel Processor,APL-APL,31
ATR,G,CMT-PRO,38
ATR,GPC,CMT-CMT,41
ATR,Ge,CHM-CHM,31
ATR,Ge,CMT-CHM,71
ATR,Gel,CMT-DSC,32
ATR,Gels,CMT-DSC,33
ATR,Germanium,CMT-CHM,37
ATR,Glass,CMT-DSC,47
ATR,Glass Transition Temperature,CMT-PRO,47
ATR,Glassy,CMT-DSC,36
ATR,Glassy Carbon,CMT-CHM,31
ATR,Glucose,CMT-CHM,67
ATR,Glutaraldehyde,CMT-CHM,30
ATR,Glycerol,CMT-CHM,31
ATR,Graphene,CMT-CHM,48
ATR,Graphene Oxide,CMT-CHM,39
ATR,Graphite,CMT-CHM,57
ATR,H2,APL-CHM,127
ATR,H2,CHM-CHM,116
ATR,H2,CMT-CHM,103
ATR,H2,SMT-CHM,83
ATR,H2O,APL-CHM,91
ATR,H2O,CHM-CHM,136
ATR,H2O,CMT-CHM,181
ATR,H2O,SMT-CHM,50
ATR,H2O2,CHM-CHM,32
ATR,H2O2,CMT-CHM,60
ATR,H2SO4,CHM-CHM,31
ATR,H2SO4,CMT-CHM,65
ATR,HCl,CHM-CHM,39
ATR,HCl,CMT-CHM,84
ATR,HRTEM,CHM-CMT,51
ATR,HRTEM,CMT-CMT,96
ATR,Heat Treatment,CMT-SMT,33
ATR,Heated,CMT-SMT,56
ATR,Heating,CHM-SMT,77
ATR,Heating,CMT-SMT,147
ATR,Hematite,CMT-CHM,33
ATR,Hexagonal,CMT-SPL,32
ATR,High Resolution XPS,CMT-CMT,34
ATR,Hplc,CMT-CMT,30
ATR,Hydrocarbon,APL-CHM,62
ATR,Hydrocarbon,CHM-CHM,32
ATR,Hydrocarbon,CMT-CHM,48
ATR,Hydrocarbon,SMT-CHM,31
ATR,Hydrogel,CMT-DSC,94
ATR,Hydrogen,APL-CHM,174
ATR,Hydrogen,CHM-CHM,197
ATR,Hydrogen,CMT-CHM,352
ATR,Hydrogen,SMT-CHM,86
ATR,Hydrogen Production,APL-APL,33
ATR,Hydrolysis,CMT-SMT,74
ATR,Hydrophilic,CMT-PRO,150
ATR,Hydrophilicity,CMT-PRO,98
ATR,Hydrophobic,CMT-PRO,112
ATR,Hydrophobicity,CMT-PRO,32
ATR,Hydroxyapatite,CMT-CHM,30
ATR,Hydroxyl,CHM-CHM,37
ATR,Hydroxyl,CMT-CHM,136
ATR,IR,CHM-CMT,45
ATR,IR,CMT-CMT,48
ATR,IR Spectroscopy,CMT-CMT,31
ATR,IRE,CMT-APL,35
ATR,ITO,CMT-CHM,46
ATR,Infrared,CHM-CMT,51
ATR,Infrared,CMT-CMT,133
ATR,Infrared Spectra,CMT-CMT,64
ATR,Infrared Spectroscopy,CMT-CMT,80
ATR,Interface,CHM-DSC,93
ATR,Interface,CMT-DSC,222
ATR,Ionic Conductivity,CMT-PRO,50
ATR,Ir,APL-CMT,55
ATR,Ir,CHM-CMT,168
ATR,Ir,CMT-CMT,390
ATR,Iron,CMT-CHM,57
ATR,Irradiated,CMT-SMT,83
ATR,Irradiation,APL-SMT,30
ATR,Irradiation,CHM-SMT,53
ATR,Irradiation,CMT-SMT,125
ATR,K,CMT-PRO,49
ATR,KCl,CMT-CHM,57
ATR,KOH,CMT-CHM,30
ATR,Layers,APL-DSC,70
ATR,Layers,CHM-DSC,183
ATR,Layers,CMT-DSC,483
ATR,Li,CHM-CHM,33
ATR,Li,CMT-CHM,49
ATR,Lithium,CMT-CHM,39
ATR,MTT,CMT-CHM,48
ATR,Magnetics,CMT-PRO,39
ATR,Matrix,CMT-DSC,31
ATR,MeOH,CMT-CHM,30
ATR,Mechanical,CMT-PRO,32
ATR,Mechanical Property,CHM-PRO,41
ATR,Mechanical Property,CMT-PRO,148
ATR,Membrane,CHM-APL,59
ATR,Membrane,CHM-DSC,176
ATR,Membrane,CMT-APL,246
ATR,Membrane,CMT-DSC,525
ATR,Membrane Surface,CMT-DSC,101
ATR,Mesoporous,CMT-DSC,37
ATR,Metallic,CMT-PRO,32
ATR,Metals,CHM-PRO,42
ATR,Metals,CMT-PRO,98
ATR,Methane,APL-CHM,83
ATR,Methane,CHM-CHM,46
ATR,Methane,SMT-CHM,39
ATR,Methanol,APL-CHM,38
ATR,Methanol,CHM-CHM,63
ATR,Methanol,CMT-CHM,108
ATR,Methyl,CMT-CHM,42
ATR,Mg,CMT-CHM,36
ATR,Microstructure,CMT-PRO,61
ATR,Molecular Structure,CHM-PRO,70
ATR,Molecular Structure,CMT-PRO,121
ATR,Molecular Weight,CMT-PRO,94
ATR,Monolayers,CHM-DSC,56
ATR,Monolayers,CMT-DSC,174
ATR,Morphologic,CMT-PRO,40
ATR,Morphologies,CMT-PRO,53
ATR,Morphology,CHM-PRO,67
ATR,Morphology,CMT-PRO,251
ATR,Multilayer,CMT-DSC,77
ATR,N2,APL-CHM,36
ATR,N2,CHM-CHM,91
ATR,N2,CMT-CHM,210
ATR,NH,CMT-CHM,49
ATR,NH2,CMT-CHM,42
ATR,NH3,CMT-CHM,33
ATR,NMR,CMT-CMT,102
ATR,NPS,CMT-DSC,68
ATR,Na,CMT-CHM,36
ATR,Na+,CMT-CHM,30
ATR,Na2SO4,CMT-CHM,36
ATR,NaCl,CHM-CHM,81
ATR,NaCl,CMT-CHM,197
ATR,NaOH,CHM-CHM,42
ATR,NaOH,CMT-CHM,89
ATR,Nafion,CMT-CHM,44
ATR,Nanocomposite,CMT-DSC,110
ATR,Nanofiber,CMT-DSC,64
ATR,Nanoparticle,CMT-DSC,66
ATR,Nanoparticles,CHM-DSC,77
ATR,Nanoparticles,CMT-DSC,280
ATR,Nanostructures,CMT-DSC,31
ATR,Nanotube,CMT-DSC,37
ATR,Ni,APL-CHM,56
ATR,Ni,CHM-CHM,58
ATR,Ni,CMT-CHM,33
ATR,Nitrogen,CHM-CHM,83
ATR,Nitrogen,CMT-CHM,219
ATR,Nyquist Plot,CHM-CMT,35
ATR,Nyquist Plot,CMT-CMT,50
ATR,O,APL-CHM,45
ATR,O,CHM-CHM,107
ATR,O,CMT-CHM,169
ATR,O2,APL-CHM,101
ATR,O2,CHM-CHM,94
ATR,O2,CMT-CHM,107
ATR,O2,SMT-CHM,55
ATR,OH,CHM-CHM,74
ATR,OH,CMT-CHM,169
ATR,Optical Image,CHM-CMT,31
ATR,Optical Image,CMT-CMT,44
ATR,Optical Microscopy,CMT-CMT,44
ATR,Oxidation,CHM-SMT,39
ATR,Oxidation,CMT-SMT,113
ATR,Oxides,CMT-CHM,49
ATR,Oxidize,CMT-SMT,44
ATR,Oxygen,APL-CHM,94
ATR,Oxygen,CHM-CHM,133
ATR,Oxygen,CMT-CHM,246
ATR,P,CMT-PRO,33
ATR,PAA,CMT-CHM,56
ATR,PCA,CMT-CMT,38
ATR,PCL,CMT-CHM,49
ATR,PDA,CMT-CHM,33
ATR,PDMS,CMT-CHM,74
ATR,PEG,CMT-CHM,81
ATR,PEI,CMT-CHM,49
ATR,PEO,CMT-CHM,34
ATR,PLS,CMT-CMT,32
ATR,PMMA,CHM-CHM,37
ATR,PMMA,CMT-CHM,66
ATR,PVA,CMT-CHM,71
ATR,PVDF,CHM-CHM,37
ATR,PVDF,CMT-CHM,77
ATR,PVP,CMT-CHM,49
ATR,PXRD,CMT-CMT,36
ATR,Particle,CMT-DSC,60
ATR,Particle Size,CMT-PRO,55
ATR,Particle Size Distribution,CMT-PRO,47
ATR,Particles,APL-DSC,36
ATR,Particles,CHM-DSC,92
ATR,Particles,CMT-DSC,249
ATR,Pd,CMT-CHM,36
ATR,Pellet,CMT-DSC,37
ATR,Permeability,CMT-PRO,50
ATR,Phosphate,CHM-CHM,59
ATR,Phosphate,CMT-CHM,138
ATR,Photo Luminescence,CMT-CMT,40
ATR,Physical Properties,CMT-PRO,53
ATR,Physicochemical Properties,CMT-PRO,36
ATR,Plasma,CMT-SMT,38
ATR,Plasma Treated,CMT-SMT,40
ATR,Plasma Treatment,CMT-SMT,36
ATR,Plate,CHM-DSC,30
ATR,Plate,CMT-DSC,41
ATR,Platelet Adhesion,CMT-PRO,31
ATR,Platinum,CMT-CHM,33
ATR,Polyamide,CMT-CHM,56
ATR,Polyester,CMT-CHM,49
ATR,Polyethylene,CMT-CHM,32
ATR,Polyimides,CMT-CHM,31
ATR,Polymers,CMT-DSC,55
ATR,Polypropylene,CMT-CHM,47
ATR,Polystyrene,CMT-CHM,57
ATR,Polysulfone,CMT-CHM,35
ATR,Polyurethanes,CMT-CHM,58
ATR,Pore Size Distribution,CMT-PRO,52
ATR,Pore Sizes,CMT-PRO,52
ATR,Porosity,CMT-PRO,73
ATR,Porous,CMT-DSC,82
ATR,Powder,CHM-DSC,84
ATR,Powder,CMT-DSC,179
ATR,Powders,CMT-DSC,62
ATR,Principal Component Analysis,CMT-CMT,31
ATR,Prism,CMT-DSC,49
ATR,Pt,APL-CHM,48
ATR,Pt,CHM-CHM,87
ATR,Pt,CMT-CHM,118
ATR,Pure,CMT-DSC,43
ATR,Pure Water Flux,CMT-PRO,33
ATR,Pyridine,CMT-CHM,40
ATR,Pyrolysis,CMT-SMT,36
ATR,Quartz,CMT-CHM,79
ATR,Raman,CHM-CMT,150
ATR,Raman,CMT-CMT,299
ATR,Raman Spectroscopy,CMT-CMT,67
ATR,Reactors,APL-APL,69
ATR,Reactors,CHM-APL,39
ATR,Reactors,SMT-APL,30
ATR,Reductions,CMT-SMT,45
ATR,Reflectivity,CMT-PRO,30
ATR,Reformer,APL-APL,48
ATR,Reforming,APL-APL,52
ATR,Refractive Index,CMT-PRO,87
ATR,Rejection,CMT-PRO,52
ATR,Roughness,CMT-PRO,44
ATR,SAED,CMT-CMT,41
ATR,SAM,CMT-DSC,54
ATR,SAMS,CMT-DSC,38
ATR,SAXS,CMT-CMT,40
ATR,SEM,APL-CMT,48
ATR,SEM,CHM-CMT,459
ATR,SEM,CMT-CMT,1240
ATR,SPR,CMT-CMT,38
ATR,Salt Rejection,CMT-PRO,30
ATR,Scaffold,CMT-DSC,37
ATR,Scaffolds,CMT-DSC,57
ATR,Scanning Electron Micrograph,CMT-CMT,35
ATR,Scanning Electron Microscope,CMT-CMT,39
ATR,Scanning Electron Microscopy,CHM-CMT,41
ATR,Scanning Electron Microscopy,CMT-CMT,274
ATR,Secondary Structures,CMT-PRO,53
ATR,Selectivity,CMT-PRO,45
ATR,Self Assembled,CMT-SMT,32
ATR,Sensitivity,CMT-PRO,44
ATR,Sensor,CMT-APL,68
ATR,Separation Performance,CMT-PRO,34
ATR,Sheet,CMT-DSC,40
ATR,Sheets,CMT-DSC,51
ATR,Si,CHM-CHM,103
ATR,Si,CMT-CHM,252
ATR,SiO2,CMT-CHM,106
ATR,Silane,CMT-CHM,41
ATR,Silica,CHM-CHM,52
ATR,Silica,CMT-CHM,169
ATR,Silicon,CHM-CHM,57
ATR,Silicon,CMT-CHM,200
ATR,Silver,CMT-CHM,76
ATR,Single Crystal,CMT-DSC,49
ATR,Size Distribution,CMT-PRO,36
ATR,Slide,CMT-DSC,32
ATR,Sol-Gel,CMT-SMT,42
ATR,Solid,CMT-DSC,44
ATR,Solubility,CMT-PRO,33
ATR,Solution,CMT-DSC,33
ATR,Spectroscopy,CMT-CMT,33
ATR,Spin Coater,CMT-SMT,32
ATR,Spin Coating,CMT-SMT,31
ATR,Stability,APL-PRO,32
ATR,Stability,CHM-PRO,48
ATR,Stability,CMT-PRO,132
ATR,Storage Modulus,CMT-PRO,59
ATR,Stress Strain Curve,CMT-CMT,35
ATR,Stretching,CMT-PRO,34
ATR,Structural,CMT-PRO,52
ATR,Structure,CHM-PRO,108
ATR,Structure,CMT-PRO,353
ATR,Structures,CMT-PRO,57
ATR,Substrate,APL-DSC,43
ATR,Substrate,CHM-DSC,154
ATR,Substrate,CMT-DSC,417
ATR,Sulfates,CMT-CHM,35
ATR,Sulfur,APL-CHM,32
ATR,Sulfur,CHM-CHM,34
ATR,Sulfur,CMT-CHM,41
ATR,Surface,APL-DSC,118
ATR,Surface,CHM-DSC,452
ATR,Surface,CMT-DSC,1285
ATR,Surface,CMT-PRO,52
ATR,Surface Area,CMT-PRO,40
ATR,Surface Chemistry,CMT-PRO,45
ATR,Surface Coverage,CMT-PRO,37
ATR,Surface Energy,CMT-PRO,34
ATR,Surface Modification,CMT-SMT,76
ATR,Surface Morphology,CHM-PRO,37
ATR,Surface Morphology,CMT-PRO,119
ATR,Surface Properties,CMT-PRO,54
ATR,Surface Roughness,CMT-PRO,73
ATR,Surfaces,CHM-DSC,131
ATR,Surfaces,CMT-DSC,433
ATR,Suspension,CMT-DSC,40
ATR,TEM,APL-CMT,31
ATR,TEM,CHM-CMT,180
ATR,TEM,CMT-CMT,439
ATR,TG,CMT-CMT,88
ATR,TG,CMT-PRO,48
ATR,TGA,CHM-CMT,37
ATR,TGA,CMT-CMT,45
ATR,THF,CMT-CHM,60
ATR,Tensile Strength,CMT-PRO,95
ATR,Tensile Tests,CMT-CMT,35
ATR,Tfc,CMT-APL,35
ATR,Tga,CHM-CMT,77
ATR,Tga,CMT-CMT,342
ATR,Thermal,CMT-PRO,30
ATR,Thermal Properties,CMT-PRO,50
ATR,Thermal Stability,CMT-PRO,70
ATR,Thermal Treatment,CMT-SMT,43
ATR,Thermogravimetric Analysis,CMT-CMT,117
ATR,Thin,CMT-DSC,67
ATR,Thin Films,CHM-DSC,65
ATR,Thin Films,CMT-DSC,162
ATR,Thiols,CMT-CHM,30
ATR,Ti,CMT-CHM,49
ATR,TiO2,CHM-CHM,56
ATR,TiO2,CMT-CHM,156
ATR,Titanium,CMT-CHM,33
ATR,Toluene,CMT-CHM,79
ATR,Topography,CMT-PRO,33
ATR,Transmission,CMT-CMT,58
ATR,Transmission Electron Microscopy,CMT-CMT,73
ATR,Transparent,CMT-PRO,34
ATR,UV Irradiation,CMT-SMT,57
ATR,UV Transmittance,CMT-PRO,45
ATR,UV Vis,CHM-CMT,34
ATR,UV Vis,CMT-CMT,87
ATR,UV Vis Absorption,CMT-CMT,65
ATR,UV-VIS Spectral,CMT-CMT,33
ATR,Uncoated,CMT-DSC,47
ATR,Urea,CMT-CHM,42
ATR,Vibration Mode,CMT-PRO,41
ATR,Vibrational Frequency,CMT-PRO,31
ATR,Viscosity,CMT-PRO,60
ATR,Voltammograms,CMT-CMT,30
ATR,WAXD,CMT-CMT,33
ATR,WCA,CMT-PRO,37
ATR,Wafers,CHM-DSC,35
ATR,Wafers,CMT-DSC,72
ATR,Water Contact Angle,CHM-PRO,64
ATR,Water Contact Angle,CMT-PRO,209
ATR,Water Contact Angle Measurement,CMT-CMT,32
ATR,Water Content,CMT-PRO,41
ATR,Water Fluxes,CMT-PRO,52
ATR,Water Uptake,CMT-PRO,43
ATR,Wettability,CMT-PRO,44
ATR,Working Electrodes,CMT-APL,31
ATR,X-Ray Diffraction,CHM-CMT,58
ATR,X-Ray Diffraction,CMT-CMT,214
ATR,X-Ray Photoelectron Spectroscopy,CMT-CMT,266
ATR,XPS,CHM-CMT,230
ATR,XPS,CMT-CMT,714
ATR,XRD,APL-CMT,47
ATR,XRD,CHM-CMT,248
ATR,XRD,CMT-CMT,541
ATR,Young’s Modulus,CMT-PRO,48
ATR,Zeta Potential,CHM-PRO,42
ATR,Zeta Potential,CMT-PRO,86
ATR,Zn,CMT-CHM,56
ATR,ZnO,CMT-CHM,61
ATR,ZnSe,CHM-CHM,46
ATR,ZnSe,CMT-CHM,77
ATR FT-IR,1H,CMT-CHM,65
ATR FT-IR,1H NMR,CMT-CMT,59
ATR FT-IR,AFM,CMT-CMT,95
ATR FT-IR,Amides,CMT-CHM,41
ATR FT-IR,Bulk,CMT-DSC,31
ATR FT-IR,CO2,CMT-CHM,38
ATR FT-IR,Carbon,CMT-CHM,52
ATR FT-IR,Carbonyls,CMT-CHM,32
ATR FT-IR,Catalyst,CMT-APL,37
ATR FT-IR,Cell,CMT-APL,35
ATR FT-IR,Chemical Structures,CMT-PRO,57
ATR FT-IR,Coated,CMT-SMT,54
ATR FT-IR,Coatings,CMT-APL,37
ATR FT-IR,Color Figure,CMT-CMT,33
ATR FT-IR,Composite,CMT-DSC,62
ATR FT-IR,Compositions,CMT-PRO,47
ATR FT-IR,Contact Angle,CMT-PRO,40
ATR FT-IR,Crystal,CMT-DSC,36
ATR FT-IR,DSC,CMT-CMT,81
ATR FT-IR,EDX,CMT-CMT,38
ATR FT-IR,Electrode,CMT-APL,58
ATR FT-IR,Electrodes,CMT-APL,43
ATR FT-IR,Electrolyte,CMT-APL,44
ATR FT-IR,Ethanol,CMT-CHM,31
ATR FT-IR,FESEM,CMT-CMT,42
ATR FT-IR,FTIR,CMT-CMT,86
ATR FT-IR,Film,CMT-DSC,120
ATR FT-IR,Films,CMT-DSC,82
ATR FT-IR,Heating,CMT-SMT,34
ATR FT-IR,Hydrogen,CMT-CHM,50
ATR FT-IR,Layers,CMT-DSC,87
ATR FT-IR,Li,CMT-CHM,34
ATR FT-IR,Mechanical Property,CMT-PRO,30
ATR FT-IR,Membrane,CMT-APL,36
ATR FT-IR,Membrane,CMT-DSC,115
ATR FT-IR,N2,CMT-CHM,46
ATR FT-IR,NaCl,CMT-CHM,37
ATR FT-IR,Nanoparticles,CMT-DSC,50
ATR FT-IR,Nitrogen,CMT-CHM,53
ATR FT-IR,O,CMT-CHM,41
ATR FT-IR,Oxygen,CMT-CHM,43
ATR FT-IR,PVDF,CMT-CHM,30
ATR FT-IR,Particles,CMT-DSC,54
ATR FT-IR,Powder,CMT-DSC,39
ATR FT-IR,Raman,CMT-CMT,57
ATR FT-IR,SEM,CMT-CMT,264
ATR FT-IR,Si,CMT-CHM,58
ATR FT-IR,Silica,CMT-CHM,43
ATR FT-IR,Silicon,CMT-CHM,36
ATR FT-IR,Structure,CMT-PRO,45
ATR FT-IR,Substrate,CMT-DSC,69
ATR FT-IR,Surface,CMT-DSC,203
ATR FT-IR,Surfaces,CMT-DSC,67
ATR FT-IR,TEM,CMT-CMT,124
ATR FT-IR,Tga,CMT-CMT,69
ATR FT-IR,Water Contact Angle,CMT-PRO,32
ATR FT-IR,X-Ray Diffraction,CMT-CMT,31
ATR FT-IR,XPS,CMT-CMT,115
ATR FT-IR,XRD,CMT-CMT,126
ATR-FT-IR,13C,CMT-CHM,121
ATR-FT-IR,13C NMR,CMT-CMT,86
ATR-FT-IR,1H,CMT-CHM,417
ATR-FT-IR,1H NMR,CMT-CMT,350
ATR-FT-IR,1H-NMR,CMT-CMT,56
ATR-FT-IR,2p,CMT-CMT,52
ATR-FT-IR,3D,CMT-CMT,38
ATR-FT-IR,3D,CMT-DSC,44
ATR-FT-IR,3D AFM,CMT-CMT,43
ATR-FT-IR,AFM,CMT-CMT,1027
ATR-FT-IR,AFM Topography,CMT-CMT,43
ATR-FT-IR,ALP Activity,CMT-PRO,37
ATR-FT-IR,APTES,CMT-CHM,53
ATR-FT-IR,ATR,CMT-APL,38
ATR-FT-IR,ATR,CMT-CHM,552
ATR-FT-IR,ATR,CMT-CMT,569
ATR-FT-IR,ATR-FTIR Spectroscopy,CMT-CMT,59
ATR-FT-IR,ATRP,CMT-SMT,60
ATR-FT-IR,Absorbance,CMT-PRO,223
ATR-FT-IR,Absorption,CMT-CMT,42
ATR-FT-IR,Absorption,CMT-PRO,49
ATR-FT-IR,Absorption Bands,CMT-PRO,51
ATR-FT-IR,Absorption Spectrum,CMT-CMT,55
ATR-FT-IR,Acetate,CMT-CHM,45
ATR-FT-IR,Acetic Acid,CMT-CHM,58
ATR-FT-IR,Acetone,CMT-CHM,94
ATR-FT-IR,Acetonitrile,CMT-CHM,58
ATR-FT-IR,Acrylic Acid,CMT-CHM,45
ATR-FT-IR,Activation Energy,CMT-PRO,40
ATR-FT-IR,Activity,CMT-PRO,45
ATR-FT-IR,Adhesions,CMT-PRO,58
ATR-FT-IR,Adsorbent,CMT-APL,48
ATR-FT-IR,Adsorption Capacity,CMT-PRO,78
ATR-FT-IR,Adsorption Isotherm,CMT-CMT,105
ATR-FT-IR,Adsorption Isotherm,CMT-PRO,50
ATR-FT-IR,Adsorption Kinetics,CMT-PRO,59
ATR-FT-IR,Ag,CMT-CHM,161
ATR-FT-IR,AgCl,CMT-CHM,53
ATR-FT-IR,Aged,CMT-SMT,87
ATR-FT-IR,Ageing,CMT-SMT,33
ATR-FT-IR,Aging,CMT-SMT,86
ATR-FT-IR,Al,CMT-CHM,108
ATR-FT-IR,Al2O3,CMT-CHM,50
ATR-FT-IR,Alcohols,CMT-CHM,42
ATR-FT-IR,Alkyls,CMT-CHM,43
ATR-FT-IR,Alloy,CMT-DSC,46
ATR-FT-IR,Alumina,CMT-CHM,49
ATR-FT-IR,Aluminum,CMT-CHM,62
ATR-FT-IR,Amides,CMT-CHM,250
ATR-FT-IR,Amines,CMT-CHM,145
ATR-FT-IR,Amino,CMT-CHM,71
ATR-FT-IR,Amino Acid,CMT-CHM,55
ATR-FT-IR,Ammonia,CMT-CHM,33
ATR-FT-IR,Amorphous,CMT-DSC,111
ATR-FT-IR,Amphiphilic,CMT-PRO,33
ATR-FT-IR,Anatase,CMT-SPL,42
ATR-FT-IR,Annealed,CMT-SMT,73
ATR-FT-IR,Annealing,CMT-SMT,88
ATR-FT-IR,Anode,CMT-APL,51
ATR-FT-IR,Antibacterial Activity,CMT-PRO,60
ATR-FT-IR,Antimicrobial Activity,CMT-PRO,32
ATR-FT-IR,Apatites,CMT-CHM,37
ATR-FT-IR,Ar,CMT-CHM,37
ATR-FT-IR,Argon,CMT-CHM,50
ATR-FT-IR,Arrhenius Plot,CMT-CMT,67
ATR-FT-IR,As Prepared,CMT-DSC,112
ATR-FT-IR,As-Received,CMT-DSC,39
ATR-FT-IR,As-Synthesized,CMT-DSC,42
ATR-FT-IR,Atomic Force Microscopy,CMT-CMT,141
ATR-FT-IR,Attenuated Total Reflectance Fourier Transform Infrared Spectroscopy,CMT-CMT,73
ATR-FT-IR,Attenuated Total Reflection Fourier Transform Infrared,CMT-CMT,327
ATR-FT-IR,Attenuated Total Reflection Fourier Transform Infrared Spectroscopy,CMT-CMT,70
ATR-FT-IR,Au,CMT-CHM,146
ATR-FT-IR,BET,CMT-CMT,34
ATR-FT-IR,Bars,CMT-DSC,38
ATR-FT-IR,Benzenes,CMT-CHM,36
ATR-FT-IR,Bilayer,CMT-DSC,75
ATR-FT-IR,Bilayers,CMT-DSC,52
ATR-FT-IR,Biocompatibility,CMT-PRO,50
ATR-FT-IR,Biofilm,CMT-DSC,45
ATR-FT-IR,Blend,CMT-DSC,94
ATR-FT-IR,Blended Membrane,CMT-DSC,37
ATR-FT-IR,Blue Line,CMT-CHM,124
ATR-FT-IR,Bode Plot,CMT-CMT,46
ATR-FT-IR,Boron,CMT-CHM,30
ATR-FT-IR,Br,CMT-CHM,40
ATR-FT-IR,Brushes,CMT-DSC,51
ATR-FT-IR,Bulk,CMT-DSC,167
ATR-FT-IR,C,CMT-CHM,133
ATR-FT-IR,C 1s,CMT-CMT,52
ATR-FT-IR,C 1s XPS,CMT-CMT,65
ATR-FT-IR,C H,CMT-CHM,39
ATR-FT-IR,C1S,CMT-CMT,44
ATR-FT-IR,C1s,CMT-CMT,71
ATR-FT-IR,CDCl3,CMT-CHM,48
ATR-FT-IR,CH,CMT-CHM,76
ATR-FT-IR,CH2,CMT-CHM,56
ATR-FT-IR,CH2Cl2,CMT-CHM,30
ATR-FT-IR,CH3,CMT-CHM,45
ATR-FT-IR,CH4,CMT-CHM,82
ATR-FT-IR,CLSM,CMT-CMT,70
ATR-FT-IR,CO,CMT-CHM,215
ATR-FT-IR,CO2,CMT-CHM,314
ATR-FT-IR,COOH,CMT-CHM,91
ATR-FT-IR,CV,CMT-CMT,128
ATR-FT-IR,CVs,CMT-CMT,35
ATR-FT-IR,Ca,CMT-CHM,110
ATR-FT-IR,Ca2+,CMT-CHM,76
ATR-FT-IR,CaCO3,CMT-CHM,36
ATR-FT-IR,CaCl2,CMT-CHM,66
ATR-FT-IR,Calcination,CMT-SMT,39
ATR-FT-IR,Calcined,CMT-SMT,45
ATR-FT-IR,Calcite,CMT-CHM,31
ATR-FT-IR,Calcium,CMT-CHM,102
ATR-FT-IR,Calibration Curve,CMT-CMT,34
ATR-FT-IR,Carbon,CMT-CHM,411
ATR-FT-IR,Carbon Dioxide,CMT-CHM,32
ATR-FT-IR,Carbonates,CMT-CHM,83
ATR-FT-IR,Carbonyls,CMT-CHM,180
ATR-FT-IR,Carboxyl,CMT-CHM,93
ATR-FT-IR,Carboxylates,CMT-CHM,76
ATR-FT-IR,Carboxylic,CMT-CHM,46
ATR-FT-IR,Carboxylic Acid,CMT-CHM,65
ATR-FT-IR,Catalyst,CMT-APL,214
ATR-FT-IR,Catalytic Activity,CMT-PRO,36
ATR-FT-IR,Cathode,CMT-APL,49
ATR-FT-IR,Cell,CMT-APL,69
ATR-FT-IR,Cell Viability,CMT-PRO,127
ATR-FT-IR,Cells,CMT-APL,84
ATR-FT-IR,Cells,CMT-DSC,153
ATR-FT-IR,Charges,CMT-PRO,32
ATR-FT-IR,Chemical,CMT-PRO,42
ATR-FT-IR,Chemical Composition,CMT-PRO,99
ATR-FT-IR,Chemical Structures,CMT-PRO,480
ATR-FT-IR,Chlorides,CMT-CHM,34
ATR-FT-IR,Chlorines,CMT-CHM,57
ATR-FT-IR,Chloroform,CMT-CHM,59
ATR-FT-IR,Citrates,CMT-CHM,40
ATR-FT-IR,Citric Acid,CMT-CHM,41
ATR-FT-IR,Cl,CMT-CHM,73
ATR-FT-IR,Cleaning,CMT-SMT,30
ATR-FT-IR,Cluster,CMT-DSC,54
ATR-FT-IR,Co,CMT-CHM,41
ATR-FT-IR,Coated,CMT-DSC,115
ATR-FT-IR,Coated,CMT-SMT,465
ATR-FT-IR,Coatings,CMT-APL,441
ATR-FT-IR,Coatings,CMT-SMT,119
ATR-FT-IR,Colloidal,CMT-DSC,30
ATR-FT-IR,Composite,CMT-DSC,417
ATR-FT-IR,Composite Film,CMT-DSC,45
ATR-FT-IR,Composite Membrane,CMT-DSC,166
ATR-FT-IR,Compositions,CMT-PRO,275
ATR-FT-IR,Compressive Strength,CMT-PRO,40
ATR-FT-IR,Conductivity,CMT-PRO,129
ATR-FT-IR,Confocal Microscopy,CMT-CMT,43
ATR-FT-IR,Contact Angle,CMT-CMT,59
ATR-FT-IR,Contact Angle,CMT-PRO,425
ATR-FT-IR,Contact Angle Measurement,CMT-CMT,67
ATR-FT-IR,Cooling,CMT-SMT,86
ATR-FT-IR,Copolymer,CMT-DSC,137
ATR-FT-IR,Copper,CMT-CHM,102
ATR-FT-IR,Core,CMT-DSC,31
ATR-FT-IR,Coulombic Efficiency,CMT-PRO,46
ATR-FT-IR,Cr,CMT-CHM,37
ATR-FT-IR,Cr(VI),CMT-CHM,31
ATR-FT-IR,Cross Section,CMT-DSC,252
ATR-FT-IR,Cross Section SEM,CMT-CMT,78
ATR-FT-IR,Cross Sectional Morphology,CMT-PRO,97
ATR-FT-IR,Cross Sectional SEM,CMT-CMT,163
ATR-FT-IR,Cross-Linking,CMT-SMT,82
ATR-FT-IR,Crosslinked,CMT-DSC,32
ATR-FT-IR,Crosslinked,CMT-SMT,128
ATR-FT-IR,Crystal,CMT-DSC,238
ATR-FT-IR,Crystal Structure,CMT-PRO,48
ATR-FT-IR,Crystalline,CMT-DSC,94
ATR-FT-IR,Crystallinity,CMT-PRO,81
ATR-FT-IR,Cu,CMT-CHM,124
ATR-FT-IR,Cu(II),CMT-CHM,40
ATR-FT-IR,Cu2+,CMT-CHM,44
ATR-FT-IR,Cured,CMT-SMT,63
ATR-FT-IR,Curing,CMT-SMT,69
ATR-FT-IR,Current Density,CMT-PRO,32
ATR-FT-IR,Curve Fitting,CMT-CMT,47
ATR-FT-IR,Curves,CMT-CMT,36
ATR-FT-IR,Cyclic Voltammetry,CMT-CMT,82
ATR-FT-IR,Cyclic Voltammogram,CMT-CMT,174
ATR-FT-IR,Cycling Performance,CMT-PRO,39
ATR-FT-IR,Cytotoxicity,CMT-PRO,54
ATR-FT-IR,D2O,CMT-CHM,113
ATR-FT-IR,DAPI,CMT-CHM,89
ATR-FT-IR,DFT,CMT-CMT,61
ATR-FT-IR,DLS,CMT-CMT,109
ATR-FT-IR,DMA,CMT-CHM,69
ATR-FT-IR,DMF,CMT-CHM,91
ATR-FT-IR,DMPO,CMT-CHM,32
ATR-FT-IR,DMSO,CMT-CHM,87
ATR-FT-IR,DSC,CMT-CMT,529
ATR-FT-IR,DTA,CMT-CMT,30
ATR-FT-IR,DTG,CMT-CHM,102
ATR-FT-IR,DTG,CMT-CMT,66
ATR-FT-IR,Dense,CMT-PRO,31
ATR-FT-IR,Density,CMT-PRO,94
ATR-FT-IR,Diamonds,CMT-CHM,113
ATR-FT-IR,Dichloromethane,CMT-CHM,32
ATR-FT-IR,Differential Scanning Calorimetry,CMT-CMT,74
ATR-FT-IR,Diffusion Coefficient,CMT-PRO,36
ATR-FT-IR,Digital Photograph,CMT-CMT,37
ATR-FT-IR,Dispersion,CMT-DSC,36
ATR-FT-IR,Dissolution,CMT-SMT,47
ATR-FT-IR,Dma,CMT-CMT,35
ATR-FT-IR,Dopamine,CMT-CHM,61
ATR-FT-IR,Doped,CMT-DSC,91
ATR-FT-IR,Dried,CMT-SMT,130
ATR-FT-IR,Droplets,CMT-DSC,47
ATR-FT-IR,Drying,CMT-SMT,90
ATR-FT-IR,Dtg,CMT-CMT,68
ATR-FT-IR,Dynamic Light Scattering,CMT-CMT,44
ATR-FT-IR,EDS,CMT-CMT,286
ATR-FT-IR,EDS Mapping,CMT-CMT,32
ATR-FT-IR,EDTA,CMT-CHM,45
ATR-FT-IR,EDX,CMT-CMT,294
ATR-FT-IR,EDX Mapping,CMT-CMT,49
ATR-FT-IR,EIS,CMT-CMT,71
ATR-FT-IR,ESR,CMT-CMT,36
ATR-FT-IR,EXAFS,CMT-CMT,34
ATR-FT-IR,Eis,CMT-CMT,59
ATR-FT-IR,Elastic Modulus,CMT-PRO,60
ATR-FT-IR,Electrical Conductivity,CMT-PRO,46
ATR-FT-IR,Electrochemical Impedance Spectroscopy,CMT-CMT,44
ATR-FT-IR,Electrochemical Performance,CMT-PRO,31
ATR-FT-IR,Electrode,CMT-APL,277
ATR-FT-IR,Electrodes,CMT-APL,208
ATR-FT-IR,Electrolyte,CMT-APL,125
ATR-FT-IR,Electrospinning,CMT-SMT,62
ATR-FT-IR,Electrospun,CMT-SMT,146
ATR-FT-IR,Elemental Analysis,CMT-CMT,64
ATR-FT-IR,Elemental Composition,CMT-PRO,65
ATR-FT-IR,Elemental Mapping,CMT-CMT,41
ATR-FT-IR,Ellipsometry,CMT-CMT,40
ATR-FT-IR,Elongation at Break,CMT-PRO,72
ATR-FT-IR,Emission Spectra,CMT-CMT,31
ATR-FT-IR,Emulsion,CMT-DSC,39
ATR-FT-IR,Epoxy,CMT-CHM,73
ATR-FT-IR,Equivalent Circuits,CMT-CMT,56
ATR-FT-IR,Esters,CMT-CHM,68
ATR-FT-IR,Etched,CMT-SMT,46
ATR-FT-IR,Etching,CMT-SMT,31
ATR-FT-IR,Ethanol,CMT-CHM,231
ATR-FT-IR,F,CMT-CHM,97
ATR-FT-IR,FE-SEM,CMT-CMT,93
ATR-FT-IR,FESEM,CMT-CMT,410
ATR-FT-IR,FITC,CMT-CHM,81
ATR-FT-IR,FO,CMT-APL,30
ATR-FT-IR,FO,CMT-SMT,40
ATR-FT-IR,FO Membrane,CMT-APL,35
ATR-FT-IR,FT-IR,CMT-CMT,108
ATR-FT-IR,FTIR,CMT-CMT,1090
ATR-FT-IR,Fabric,CMT-DSC,72
ATR-FT-IR,Fabrics,CMT-DSC,61
ATR-FT-IR,Fe,CMT-CHM,158
ATR-FT-IR,Fe(III),CMT-CHM,30
ATR-FT-IR,Fe3O4,CMT-CHM,52
ATR-FT-IR,Fiber,CMT-DSC,107
ATR-FT-IR,Fibers,CMT-DSC,185
ATR-FT-IR,Fibres,CMT-DSC,48
ATR-FT-IR,Fibrils,CMT-DSC,41
ATR-FT-IR,Film,CMT-DSC,825
ATR-FT-IR,Film Surface,CMT-DSC,65
ATR-FT-IR,Films,CMT-DSC,792
ATR-FT-IR,Filtration,CMT-APL,46
ATR-FT-IR,Filtration,CMT-SMT,100
ATR-FT-IR,Fluorescence,CMT-CMT,99
ATR-FT-IR,Fluorescence Image,CMT-CMT,61
ATR-FT-IR,Fluorescence Intensity,CMT-PRO,61
ATR-FT-IR,Fluorescence Microscopy,CMT-CMT,70
ATR-FT-IR,Fluorescent Image,CMT-CMT,30
ATR-FT-IR,Fluoride,CMT-CHM,32
ATR-FT-IR,Fluorine,CMT-CHM,50
ATR-FT-IR,Flux,CMT-PRO,190
ATR-FT-IR,Flux Recovery Ratio,CMT-PRO,38
ATR-FT-IR,Fluxes,CMT-PRO,46
ATR-FT-IR,Foil,CMT-DSC,30
ATR-FT-IR,Fracture Surface,CMT-PRO,36
ATR-FT-IR,Freeze-Dried,CMT-SMT,41
ATR-FT-IR,G,CMT-PRO,40
ATR-FT-IR,GC-MS,CMT-CMT,33
ATR-FT-IR,GPC,CMT-CMT,61
ATR-FT-IR,Ge,CMT-CHM,41
ATR-FT-IR,Gel,CMT-DSC,54
ATR-FT-IR,Glass,CMT-DSC,46
ATR-FT-IR,Glass Transition Temperature,CMT-PRO,55
ATR-FT-IR,Glassy,CMT-DSC,31
ATR-FT-IR,Glassy Carbon,CMT-CHM,31
ATR-FT-IR,Glucose,CMT-CHM,78
ATR-FT-IR,Glutaraldehyde,CMT-CHM,37
ATR-FT-IR,Glycerol,CMT-CHM,55
ATR-FT-IR,Goethite,CMT-CHM,69
ATR-FT-IR,Graphene,CMT-CHM,59
ATR-FT-IR,Graphene Oxide,CMT-CHM,66
ATR-FT-IR,Graphite,CMT-CHM,71
ATR-FT-IR,H+,CMT-CHM,30
ATR-FT-IR,H2,CMT-CHM,93
ATR-FT-IR,H2O,CMT-CHM,199
ATR-FT-IR,H2O2,CMT-CHM,93
ATR-FT-IR,H2SO4,CMT-CHM,102
ATR-FT-IR,HCl,CMT-CHM,145
ATR-FT-IR,HEMA,CMT-CHM,38
ATR-FT-IR,HNO3,CMT-CHM,35
ATR-FT-IR,HRTEM,CMT-CMT,227
ATR-FT-IR,Heat Treated,CMT-SMT,37
ATR-FT-IR,Heat Treatment,CMT-SMT,56
ATR-FT-IR,Heated,CMT-SMT,64
ATR-FT-IR,Heating,CMT-SMT,206
ATR-FT-IR,Height Profile,CMT-CMT,38
ATR-FT-IR,Hematite,CMT-CHM,49
ATR-FT-IR,Hexagonal,CMT-SPL,36
ATR-FT-IR,Hexane,CMT-CHM,44
ATR-FT-IR,High Resolution C1s,CMT-CMT,30
ATR-FT-IR,High Resolution TEM,CMT-CMT,34
ATR-FT-IR,High Resolution XPS,CMT-CMT,149
ATR-FT-IR,Hollow Fibre Membrane,CMT-DSC,46
ATR-FT-IR,Hplc,CMT-CMT,33
ATR-FT-IR,Hybrid,CMT-DSC,32
ATR-FT-IR,Hydrocarbon,CMT-CHM,48
ATR-FT-IR,Hydrogel,CMT-DSC,166
ATR-FT-IR,Hydrogen,CMT-CHM,393
ATR-FT-IR,Hydrolysed,CMT-SMT,37
ATR-FT-IR,Hydrolysis,CMT-SMT,123
ATR-FT-IR,Hydrophilic,CMT-PRO,143
ATR-FT-IR,Hydrophilicity,CMT-PRO,77
ATR-FT-IR,Hydrophobic,CMT-PRO,138
ATR-FT-IR,Hydrophobicity,CMT-PRO,41
ATR-FT-IR,Hydroxide,CMT-CHM,38
ATR-FT-IR,Hydroxyapatite,CMT-CHM,38
ATR-FT-IR,Hydroxyl,CMT-CHM,185
ATR-FT-IR,IPA,CMT-CHM,31
ATR-FT-IR,IR,CMT-CMT,78
ATR-FT-IR,ITO,CMT-CHM,31
ATR-FT-IR,Impedance,CMT-PRO,41
ATR-FT-IR,Infrared,CMT-CMT,57
ATR-FT-IR,Interface,CMT-DSC,218
ATR-FT-IR,Interfacial Polymerization,CMT-SMT,107
ATR-FT-IR,Ionic Conductivity,CMT-PRO,76
ATR-FT-IR,Ir,CMT-CMT,146
ATR-FT-IR,Iron,CMT-CHM,70
ATR-FT-IR,Iron Oxide,CMT-CHM,31
ATR-FT-IR,Irradiated,CMT-SMT,90
ATR-FT-IR,Irradiation,CMT-SMT,149
ATR-FT-IR,Isotherms,CMT-CMT,35
ATR-FT-IR,K,CMT-PRO,34
ATR-FT-IR,KCl,CMT-CHM,136
ATR-FT-IR,KOH,CMT-CHM,58
ATR-FT-IR,Langmuir,CMT-CMT,35
ATR-FT-IR,Langmuir Models,CMT-CMT,36
ATR-FT-IR,Layer,CMT-DSC,56
ATR-FT-IR,Layers,CMT-DSC,639
ATR-FT-IR,Li,CMT-CHM,84
ATR-FT-IR,Lithium,CMT-CHM,52
ATR-FT-IR,Loss Modulus,CMT-PRO,42
ATR-FT-IR,MPD,CMT-CHM,73
ATR-FT-IR,MTT,CMT-CHM,95
ATR-FT-IR,MTT Assay,CMT-CMT,60
ATR-FT-IR,Magenta,CMT-CHM,47
ATR-FT-IR,Magnesium,CMT-CHM,37
ATR-FT-IR,Matrix,CMT-DSC,67
ATR-FT-IR,Mechanical Property,CMT-PRO,217
ATR-FT-IR,Membrane,CMT-APL,474
ATR-FT-IR,Membrane,CMT-DSC,1567
ATR-FT-IR,Membrane Surface,CMT-DSC,276
ATR-FT-IR,Membrane:,CMT-DSC,42
ATR-FT-IR,Membrane;,CMT-DSC,83
ATR-FT-IR,Mesoporous,CMT-DSC,53
ATR-FT-IR,Metallic,CMT-PRO,30
ATR-FT-IR,Metals,CMT-PRO,50
ATR-FT-IR,Methanol,CMT-CHM,153
ATR-FT-IR,Methyl,CMT-CHM,42
ATR-FT-IR,Methylene Blue,CMT-CHM,42
ATR-FT-IR,Methylenes,CMT-CHM,34
ATR-FT-IR,Mg,CMT-CHM,69
ATR-FT-IR,Mg2+,CMT-CHM,41
ATR-FT-IR,MgCl2,CMT-CHM,66
ATR-FT-IR,MgSO4,CMT-CHM,58
ATR-FT-IR,Microstructure,CMT-PRO,77
ATR-FT-IR,Mmms,CMT-DSC,30
ATR-FT-IR,Mn,CMT-CHM,41
ATR-FT-IR,Modulus,CMT-PRO,35
ATR-FT-IR,Molecular Structure,CMT-PRO,183
ATR-FT-IR,Molecular Weight,CMT-PRO,112
ATR-FT-IR,Monodentate,CMT-CHM,30
ATR-FT-IR,Monolayers,CMT-DSC,122
ATR-FT-IR,Morphologic,CMT-PRO,52
ATR-FT-IR,Morphologies,CMT-PRO,112
ATR-FT-IR,Morphology,CMT-PRO,440
ATR-FT-IR,Multilayer,CMT-DSC,79
ATR-FT-IR,N2,CMT-CHM,348
ATR-FT-IR,N2 Adsorption Desorption Isotherms,CMT-CMT,54
ATR-FT-IR,NF Membrane,CMT-APL,31
ATR-FT-IR,NF Membranes,CMT-APL,46
ATR-FT-IR,NH,CMT-CHM,55
ATR-FT-IR,NH2,CMT-CHM,65
ATR-FT-IR,NH3,CMT-CHM,33
ATR-FT-IR,NMP,CMT-CHM,30
ATR-FT-IR,NMR,CMT-CMT,96
ATR-FT-IR,NO,CMT-CHM,35
ATR-FT-IR,NPS,CMT-DSC,88
ATR-FT-IR,NPs,CMT-DSC,62
ATR-FT-IR,Na,CMT-CHM,59
ATR-FT-IR,Na+,CMT-CHM,43
ATR-FT-IR,Na2SO4,CMT-CHM,107
ATR-FT-IR,NaBH4,CMT-CHM,34
ATR-FT-IR,NaCl,CMT-CHM,553
ATR-FT-IR,NaCl Rejection,CMT-PRO,38
ATR-FT-IR,NaNO3,CMT-CHM,33
ATR-FT-IR,NaOH,CMT-CHM,175
ATR-FT-IR,Nafion,CMT-CHM,73
ATR-FT-IR,Nanocomposite,CMT-DSC,202
ATR-FT-IR,Nanocomposite Film,CMT-DSC,41
ATR-FT-IR,Nanocrystals,CMT-DSC,45
ATR-FT-IR,Nanofiber,CMT-DSC,184
ATR-FT-IR,Nanoparticle,CMT-DSC,100
ATR-FT-IR,Nanoparticles,CMT-DSC,412
ATR-FT-IR,Nanosheets,CMT-DSC,61
ATR-FT-IR,Nanostructures,CMT-DSC,34
ATR-FT-IR,Nanotube,CMT-DSC,60
ATR-FT-IR,Neat,CMT-DSC,56
ATR-FT-IR,Ni,CMT-CHM,43
ATR-FT-IR,Nitrogen,CMT-CHM,353
ATR-FT-IR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,47
ATR-FT-IR,Nyquist Plot,CMT-CMT,169
ATR-FT-IR,O,CMT-CHM,352
ATR-FT-IR,O1s,CMT-CMT,37
ATR-FT-IR,O2,CMT-CHM,168
ATR-FT-IR,OH,CMT-CHM,213
ATR-FT-IR,Optical Image,CMT-CMT,135
ATR-FT-IR,Optical Micrograph,CMT-CMT,54
ATR-FT-IR,Optical Microscope,CMT-CMT,39
ATR-FT-IR,Optical Microscopy,CMT-CMT,89
ATR-FT-IR,Oxalic Acid,CMT-CHM,30
ATR-FT-IR,Oxidation,CMT-SMT,123
ATR-FT-IR,Oxides,CMT-CHM,44
ATR-FT-IR,Oxidize,CMT-SMT,89
ATR-FT-IR,Oxygen,CMT-CHM,326
ATR-FT-IR,Ozone,CMT-CHM,40
ATR-FT-IR,PAA,CMT-CHM,124
ATR-FT-IR,PAH,CMT-CHM,47
ATR-FT-IR,PAN,CMT-CHM,66
ATR-FT-IR,PCA,CMT-CMT,37
ATR-FT-IR,PCL,CMT-CHM,102
ATR-FT-IR,PDA,CMT-CHM,90
ATR-FT-IR,PDMS,CMT-CHM,144
ATR-FT-IR,PEG,CMT-CHM,184
ATR-FT-IR,PEI,CMT-CHM,151
ATR-FT-IR,PEO,CMT-CHM,66
ATR-FT-IR,PL,CMT-CMT,30
ATR-FT-IR,PLA,CMT-CHM,52
ATR-FT-IR,PLGA,CMT-CHM,40
ATR-FT-IR,PLLA,CMT-CHM,35
ATR-FT-IR,PMMA,CMT-CHM,72
ATR-FT-IR,PRO,CMT-CHM,31
ATR-FT-IR,PTFE,CMT-CHM,62
ATR-FT-IR,PVA,CMT-CHM,149
ATR-FT-IR,PVC,CMT-CHM,39
ATR-FT-IR,PVDF,CMT-CHM,239
ATR-FT-IR,PVP,CMT-CHM,98
ATR-FT-IR,PXRD,CMT-CMT,52
ATR-FT-IR,Particle,CMT-DSC,69
ATR-FT-IR,Particle Size,CMT-PRO,84
ATR-FT-IR,Particle Size Distribution,CMT-PRO,140
ATR-FT-IR,Particles,CMT-DSC,410
ATR-FT-IR,Patterned,CMT-DSC,31
ATR-FT-IR,Pd,CMT-CHM,36
ATR-FT-IR,Pellet,CMT-DSC,53
ATR-FT-IR,Permeability,CMT-PRO,101
ATR-FT-IR,Permeance,CMT-PRO,56
ATR-FT-IR,Permeate Flux,CMT-PRO,103
ATR-FT-IR,Permeation Flux,CMT-PRO,42
ATR-FT-IR,Phenol,CMT-CHM,43
ATR-FT-IR,Phosphate,CMT-CHM,179
ATR-FT-IR,Photo Luminescence,CMT-CMT,45
ATR-FT-IR,Photocatalytic Degradation,CMT-APL,35
ATR-FT-IR,Physical Properties,CMT-PRO,47
ATR-FT-IR,Physicochemical Properties,CMT-PRO,55
ATR-FT-IR,Plasma,CMT-SMT,44
ATR-FT-IR,Plasma Treated,CMT-SMT,70
ATR-FT-IR,Plasma Treatment,CMT-SMT,46
ATR-FT-IR,Plate,CMT-DSC,53
ATR-FT-IR,Platelet,CMT-DSC,71
ATR-FT-IR,Platelet Adhesion,CMT-PRO,30
ATR-FT-IR,Plates,CMT-DSC,32
ATR-FT-IR,Platinum,CMT-CHM,33
ATR-FT-IR,Polarization Curve,CMT-CMT,44
ATR-FT-IR,Polyamide,CMT-CHM,163
ATR-FT-IR,Polydopamine,CMT-CHM,37
ATR-FT-IR,Polyester,CMT-CHM,46
ATR-FT-IR,Polyethersulfone,CMT-CHM,38
ATR-FT-IR,Polyimides,CMT-CHM,71
ATR-FT-IR,Polymers,CMT-DSC,43
ATR-FT-IR,Polypropylene,CMT-CHM,37
ATR-FT-IR,Polystyrene,CMT-CHM,72
ATR-FT-IR,Polysulfone,CMT-CHM,73
ATR-FT-IR,Polyurethanes,CMT-CHM,86
ATR-FT-IR,Pore Size Distribution,CMT-PRO,188
ATR-FT-IR,Pore Sizes,CMT-PRO,112
ATR-FT-IR,Porosity,CMT-PRO,127
ATR-FT-IR,Porous,CMT-DSC,140
ATR-FT-IR,Powder,CMT-DSC,287
ATR-FT-IR,Powders,CMT-DSC,75
ATR-FT-IR,Precipitates,CMT-DSC,35
ATR-FT-IR,Pristine,CMT-DSC,126
ATR-FT-IR,Pristine Membrane,CMT-DSC,30
ATR-FT-IR,Protonic Conductivity,CMT-PRO,49
ATR-FT-IR,Pt,CMT-CHM,104
ATR-FT-IR,Pure,CMT-DSC,202
ATR-FT-IR,Pure Water Flux,CMT-PRO,126
ATR-FT-IR,Pyrolysis,CMT-SMT,42
ATR-FT-IR,Pyrrole,CMT-CHM,30
ATR-FT-IR,Quartz,CMT-CHM,92
ATR-FT-IR,RO Membrane,CMT-APL,64
ATR-FT-IR,Raman,CMT-CMT,472
ATR-FT-IR,Raman Spectroscopy,CMT-CMT,49
ATR-FT-IR,Reductions,CMT-SMT,57
ATR-FT-IR,Refractive Index,CMT-PRO,41
ATR-FT-IR,Rejection,CMT-PRO,158
ATR-FT-IR,Release Profile,CMT-PRO,32
ATR-FT-IR,Resistance,CMT-PRO,48
ATR-FT-IR,Roughness,CMT-PRO,80
ATR-FT-IR,SAED,CMT-CMT,88
ATR-FT-IR,SAM,CMT-DSC,42
ATR-FT-IR,SAXS,CMT-CMT,68
ATR-FT-IR,SEM,CMT-CMT,2806
ATR-FT-IR,SEM-EDX,CMT-CMT,30
ATR-FT-IR,SFG,CMT-CMT,37
ATR-FT-IR,Salt Rejection,CMT-PRO,145
ATR-FT-IR,Scaffold,CMT-DSC,69
ATR-FT-IR,Scaffolds,CMT-DSC,103
ATR-FT-IR,Scanning Electron Micrograph,CMT-CMT,76
ATR-FT-IR,Scanning Electron Microscope,CMT-CMT,38
ATR-FT-IR,Scanning Electron Microscopy,CMT-CMT,193
ATR-FT-IR,Secondary Structures,CMT-PRO,42
ATR-FT-IR,Selectivity,CMT-PRO,81
ATR-FT-IR,Sensor,CMT-APL,63
ATR-FT-IR,Separation Factor,CMT-PRO,44
ATR-FT-IR,Separation Performance,CMT-PRO,109
ATR-FT-IR,Sheet,CMT-DSC,63
ATR-FT-IR,Sheets,CMT-DSC,64
ATR-FT-IR,Shell,CMT-DSC,41
ATR-FT-IR,Si,CMT-CHM,353
ATR-FT-IR,SiO2,CMT-CHM,175
ATR-FT-IR,Silane,CMT-CHM,41
ATR-FT-IR,Silica,CMT-CHM,235
ATR-FT-IR,Silicate,CMT-CHM,43
ATR-FT-IR,Silicon,CMT-CHM,246
ATR-FT-IR,Silver,CMT-CHM,93
ATR-FT-IR,Size,CMT-PRO,30
ATR-FT-IR,Size Distribution,CMT-PRO,98
ATR-FT-IR,Skin,CMT-DSC,30
ATR-FT-IR,Skin Layer,CMT-DSC,31
ATR-FT-IR,Slide,CMT-DSC,34
ATR-FT-IR,Soaking,CMT-SMT,48
ATR-FT-IR,Sodium,CMT-CHM,48
ATR-FT-IR,Sol-Gel,CMT-SMT,51
ATR-FT-IR,Solubility,CMT-PRO,44
ATR-FT-IR,Solution,CMT-DSC,40
ATR-FT-IR,Sonication,CMT-SMT,38
ATR-FT-IR,Specific Surface Area,CMT-PRO,35
ATR-FT-IR,Spin Coater,CMT-SMT,37
ATR-FT-IR,Stability,CMT-PRO,184
ATR-FT-IR,Stability Tests,CMT-CMT,31
ATR-FT-IR,Static Contact Angle,CMT-PRO,32
ATR-FT-IR,Static Water Contact Angle,CMT-PRO,57
ATR-FT-IR,Storage Modulus,CMT-PRO,109
ATR-FT-IR,Stress Strain Curve,CMT-CMT,99
ATR-FT-IR,Stress Strain Curve,CMT-PRO,65
ATR-FT-IR,Structural,CMT-PRO,38
ATR-FT-IR,Structure,CMT-PRO,418
ATR-FT-IR,Structures,CMT-PRO,94
ATR-FT-IR,Substrate,CMT-DSC,689
ATR-FT-IR,Sulfates,CMT-CHM,46
ATR-FT-IR,Sulfur,CMT-CHM,54
ATR-FT-IR,Super Hydrophobicity,CMT-PRO,49
ATR-FT-IR,Support,CMT-APL,47
ATR-FT-IR,Surface,CMT-DSC,2077
ATR-FT-IR,Surface,CMT-PRO,60
ATR-FT-IR,Surface Area,CMT-PRO,75
ATR-FT-IR,Surface Charge,CMT-PRO,37
ATR-FT-IR,Surface Chemistry,CMT-PRO,53
ATR-FT-IR,Surface Coverage,CMT-PRO,31
ATR-FT-IR,Surface Energy,CMT-PRO,52
ATR-FT-IR,Surface Free Energy,CMT-PRO,30
ATR-FT-IR,Surface Modification,CMT-SMT,105
ATR-FT-IR,Surface Morphology,CMT-PRO,282
ATR-FT-IR,Surface Properties,CMT-PRO,46
ATR-FT-IR,Surface Roughness,CMT-PRO,130
ATR-FT-IR,Surface SEM,CMT-CMT,92
ATR-FT-IR,Surface Zeta Potential,CMT-PRO,46
ATR-FT-IR,Surfaces,CMT-DSC,774
ATR-FT-IR,Suspension,CMT-DSC,78
ATR-FT-IR,Swelling Ratio,CMT-PRO,71
ATR-FT-IR,TEM,CMT-CMT,938
ATR-FT-IR,TEOS,CMT-CHM,46
ATR-FT-IR,TFC Membrane,CMT-APL,74
ATR-FT-IR,TFC Membrane,CMT-DSC,65
ATR-FT-IR,TG,CMT-CMT,100
ATR-FT-IR,TG,CMT-PRO,46
ATR-FT-IR,TGA,CMT-CMT,357
ATR-FT-IR,THF,CMT-CHM,81
ATR-FT-IR,TMP,CMT-CHM,41
ATR-FT-IR,TOC,CMT-CHM,36
ATR-FT-IR,Tan δ,CMT-PRO,38
ATR-FT-IR,Tensile Strength,CMT-PRO,162
ATR-FT-IR,Tensile Tests,CMT-CMT,36
ATR-FT-IR,Tfc,CMT-APL,64
ATR-FT-IR,Tga,CMT-CMT,386
ATR-FT-IR,Thermal Properties,CMT-PRO,53
ATR-FT-IR,Thermal Stability,CMT-PRO,85
ATR-FT-IR,Thermal Treatment,CMT-SMT,51
ATR-FT-IR,Thermogravimetric Analysis,CMT-CMT,111
ATR-FT-IR,Thin,CMT-DSC,37
ATR-FT-IR,Thin Film Composite,CMT-DSC,34
ATR-FT-IR,Thin Films,CMT-DSC,172
ATR-FT-IR,Thiols,CMT-CHM,38
ATR-FT-IR,Three Dimensional AFM,CMT-CMT,36
ATR-FT-IR,Ti,CMT-CHM,115
ATR-FT-IR,TiO2,CMT-CHM,299
ATR-FT-IR,Titania,CMT-CHM,34
ATR-FT-IR,Titanium,CMT-CHM,51
ATR-FT-IR,Toluene,CMT-CHM,108
ATR-FT-IR,Topography,CMT-PRO,56
ATR-FT-IR,Transmission Electron Microscopy,CMT-CMT,57
ATR-FT-IR,Transparent,CMT-PRO,35
ATR-FT-IR,Trimesoyl Chloride,CMT-CHM,33
ATR-FT-IR,Tris,CMT-CHM,33
ATR-FT-IR,UV Irradiation,CMT-SMT,102
ATR-FT-IR,UV Transmittance,CMT-PRO,68
ATR-FT-IR,UV Vis,CMT-CMT,144
ATR-FT-IR,UV Vis Absorption,CMT-CMT,97
ATR-FT-IR,UV-VIS Spectral,CMT-CMT,36
ATR-FT-IR,UV-Vis Spectra,CMT-CMT,38
ATR-FT-IR,Uncoated,CMT-DSC,102
ATR-FT-IR,Urea,CMT-CHM,64
ATR-FT-IR,Viability,CMT-PRO,50
ATR-FT-IR,Viscosity,CMT-PRO,111
ATR-FT-IR,WAXD,CMT-CMT,68
ATR-FT-IR,WCA,CMT-PRO,42
ATR-FT-IR,Wafers,CMT-DSC,98
ATR-FT-IR,Washing,CMT-SMT,39
ATR-FT-IR,Water,CMT-PRO,32
ATR-FT-IR,Water Contact Angle,CMT-PRO,547
ATR-FT-IR,Water Content,CMT-PRO,48
ATR-FT-IR,Water Fluxes,CMT-PRO,293
ATR-FT-IR,Water Permeability,CMT-PRO,66
ATR-FT-IR,Water Permeance,CMT-PRO,30
ATR-FT-IR,Water Uptake,CMT-PRO,81
ATR-FT-IR,Wca,CMT-PRO,32
ATR-FT-IR,Wettability,CMT-PRO,60
ATR-FT-IR,Working Electrodes,CMT-APL,42
ATR-FT-IR,X Ray Diffractogram,CMT-CMT,51
ATR-FT-IR,X-Ray Diffraction,CMT-CMT,266
ATR-FT-IR,X-Ray Photoelectron Spectroscopy,CMT-CMT,137
ATR-FT-IR,XPS,CMT-CMT,1268
ATR-FT-IR,XRD,CMT-CMT,1201
ATR-FT-IR,Young’s Modulus,CMT-PRO,95
ATR-FT-IR,Zeolites,CMT-CHM,47
ATR-FT-IR,Zeta Potential,CMT-PRO,338
ATR-FT-IR,Zinc,CMT-CHM,36
ATR-FT-IR,Zn,CMT-CHM,90
ATR-FT-IR,Zn2+,CMT-CHM,38
ATR-FT-IR,ZnO,CMT-CHM,91
ATR-FT-IR,ZnSe,CMT-CHM,62
ATR-FT-IR,pH,CMT-PRO,64
ATR-FTIR Spectroscopy,ATR,CMT-CHM,45
ATR-FTIR Spectroscopy,ATR,CMT-CMT,42
ATR-FTIR Spectroscopy,ATR-FT-IR,CMT-CMT,59
ATR-FTIR Spectroscopy,FTIR,CMT-CMT,54
ATR-FTIR Spectroscopy,SEM,CMT-CMT,37
ATR-FTIR Spectroscopy,Surface,CMT-DSC,88
ATR-IR,13C,CMT-CHM,50
ATR-IR,13C NMR,CMT-CMT,39
ATR-IR,1H,CMT-CHM,134
ATR-IR,1H NMR,CMT-CMT,103
ATR-IR,AFM,CMT-CMT,243
ATR-IR,ATR,CMT-CHM,34
ATR-IR,ATR,CMT-CMT,48
ATR-IR,ATR-IR Spectroscopy,CMT-CMT,38
ATR-IR,Absorbance,CMT-PRO,81
ATR-IR,Activity,CMT-PRO,36
ATR-IR,Ag,CMT-CHM,53
ATR-IR,AgCl,CMT-CHM,34
ATR-IR,Al,CMT-CHM,30
ATR-IR,Al2O3,CMT-CHM,68
ATR-IR,Alcohols,CMT-CHM,41
ATR-IR,Amides,CMT-CHM,55
ATR-IR,Amines,CMT-CHM,57
ATR-IR,Ar,CMT-CHM,35
ATR-IR,As Prepared,CMT-DSC,31
ATR-IR,Atomic Force Microscopy,CMT-CMT,48
ATR-IR,Attenuated Total Reflectance Infrared,CMT-CMT,68
ATR-IR,Attenuated Total Reflectance Infrared Spectroscopy,CMT-CMT,40
ATR-IR,Attenuated Total Reflection Infrared,CMT-CMT,109
ATR-IR,Attenuated Total Reflection Infrared Spectroscopy,CMT-CMT,41
ATR-IR,Au,CMT-CHM,67
ATR-IR,Blue Line,CMT-CHM,41
ATR-IR,Bulk,CMT-DSC,88
ATR-IR,C,CMT-CHM,32
ATR-IR,CO,CMT-CHM,153
ATR-IR,CO2,CMT-CHM,139
ATR-IR,CV,CMT-CMT,45
ATR-IR,Carbon,CMT-CHM,138
ATR-IR,Carbonyls,CMT-CHM,65
ATR-IR,Carboxylates,CMT-CHM,31
ATR-IR,Catalyst,CMT-APL,183
ATR-IR,Catalytic Activity,CMT-PRO,32
ATR-IR,Chemical Composition,CMT-PRO,38
ATR-IR,Chemical Structures,CMT-PRO,128
ATR-IR,Coated,CMT-DSC,33
ATR-IR,Coated,CMT-SMT,118
ATR-IR,Coatings,CMT-APL,105
ATR-IR,Composite,CMT-DSC,119
ATR-IR,Composite Membrane,CMT-DSC,39
ATR-IR,Compositions,CMT-PRO,88
ATR-IR,Contact Angle,CMT-PRO,89
ATR-IR,Copolymer,CMT-DSC,36
ATR-IR,Cross Section,CMT-DSC,41
ATR-IR,Crystal,CMT-DSC,81
ATR-IR,Crystalline,CMT-DSC,31
ATR-IR,Cu,CMT-CHM,53
ATR-IR,Cyclic Voltammogram,CMT-CMT,56
ATR-IR,D2O,CMT-CHM,49
ATR-IR,DFT,CMT-CMT,46
ATR-IR,DMF,CMT-CHM,34
ATR-IR,DSC,CMT-CMT,99
ATR-IR,Diamonds,CMT-CHM,43
ATR-IR,Dried,CMT-SMT,31
ATR-IR,Drying,CMT-SMT,36
ATR-IR,EDS,CMT-CMT,45
ATR-IR,EDX,CMT-CMT,68
ATR-IR,Electrode,CMT-APL,103
ATR-IR,Electrodes,CMT-APL,73
ATR-IR,Electrolyte,CMT-APL,36
ATR-IR,Ethanol,CMT-CHM,77
ATR-IR,FESEM,CMT-CMT,65
ATR-IR,FT-IR,CMT-CMT,45
ATR-IR,FTIR,CMT-CMT,74
ATR-IR,Fe,CMT-CHM,35
ATR-IR,Fibers,CMT-DSC,38
ATR-IR,Film,CMT-DSC,254
ATR-IR,Films,CMT-DSC,194
ATR-IR,Flux,CMT-PRO,47
ATR-IR,Ge,CMT-CHM,33
ATR-IR,H2,CMT-CHM,84
ATR-IR,H2O,CMT-CHM,100
ATR-IR,H2SO4,CMT-CHM,37
ATR-IR,HCl,CMT-CHM,43
ATR-IR,HRTEM,CMT-CMT,69
ATR-IR,Heated,CMT-SMT,30
ATR-IR,Heating,CMT-SMT,54
ATR-IR,Hydrogel,CMT-DSC,35
ATR-IR,Hydrogen,CMT-CHM,194
ATR-IR,Hydrogenation,CMT-APL,33
ATR-IR,Hydrolysis,CMT-SMT,37
ATR-IR,Hydrophilic,CMT-PRO,48
ATR-IR,Hydrophobic,CMT-PRO,50
ATR-IR,Hydroxyl,CMT-CHM,44
ATR-IR,IR,CMT-CMT,38
ATR-IR,Infrared,CMT-CMT,40
ATR-IR,Interface,CMT-DSC,90
ATR-IR,Interfacial Polymerization,CMT-SMT,35
ATR-IR,Ir,CMT-CMT,165
ATR-IR,Irradiation,CMT-SMT,49
ATR-IR,KCl,CMT-CHM,33
ATR-IR,Layers,CMT-DSC,179
ATR-IR,Mechanical Property,CMT-PRO,32
ATR-IR,Membrane,CMT-APL,97
ATR-IR,Membrane,CMT-DSC,244
ATR-IR,Membrane Surface,CMT-DSC,33
ATR-IR,Metals,CMT-PRO,54
ATR-IR,Methanol,CMT-CHM,59
ATR-IR,Molecular Structure,CMT-PRO,64
ATR-IR,Molecular Weight,CMT-PRO,32
ATR-IR,Monolayers,CMT-DSC,67
ATR-IR,Morphology,CMT-PRO,90
ATR-IR,N2,CMT-CHM,117
ATR-IR,NMR,CMT-CMT,50
ATR-IR,NPS,CMT-DSC,37
ATR-IR,Na2SO4,CMT-CHM,40
ATR-IR,NaCl,CMT-CHM,99
ATR-IR,NaOH,CMT-CHM,49
ATR-IR,Nanocomposite,CMT-DSC,60
ATR-IR,Nanoparticles,CMT-DSC,145
ATR-IR,Nitrogen,CMT-CHM,108
ATR-IR,Nyquist Plot,CMT-CMT,30
ATR-IR,O,CMT-CHM,89
ATR-IR,O2,CMT-CHM,73
ATR-IR,OH,CMT-CHM,83
ATR-IR,Oxidation,CMT-SMT,40
ATR-IR,Oxygen,CMT-CHM,120
ATR-IR,PDMS,CMT-CHM,33
ATR-IR,PEG,CMT-CHM,38
ATR-IR,Particles,CMT-DSC,111
ATR-IR,Pd,CMT-CHM,60
ATR-IR,Phosphate,CMT-CHM,46
ATR-IR,Polyamide,CMT-CHM,44
ATR-IR,Polystyrene,CMT-CHM,30
ATR-IR,Polysulfone,CMT-CHM,37
ATR-IR,Polyurethanes,CMT-CHM,32
ATR-IR,Pore Size Distribution,CMT-PRO,31
ATR-IR,Porous,CMT-DSC,41
ATR-IR,Powder,CMT-DSC,76
ATR-IR,Pt,CMT-CHM,98
ATR-IR,Quartz,CMT-CHM,39
ATR-IR,Raman,CMT-CMT,158
ATR-IR,Reductions,CMT-SMT,30
ATR-IR,Rejection,CMT-PRO,47
ATR-IR,SEM,CMT-CMT,557
ATR-IR,Salt Rejection,CMT-PRO,37
ATR-IR,Scanning Electron Microscopy,CMT-CMT,59
ATR-IR,Si,CMT-CHM,128
ATR-IR,SiO2,CMT-CHM,53
ATR-IR,Silica,CMT-CHM,86
ATR-IR,Silicon,CMT-CHM,88
ATR-IR,Stability,CMT-PRO,47
ATR-IR,Structure,CMT-PRO,142
ATR-IR,Structures,CMT-PRO,30
ATR-IR,Substrate,CMT-DSC,180
ATR-IR,Surface,CMT-DSC,556
ATR-IR,Surface Modification,CMT-SMT,30
ATR-IR,Surface Morphology,CMT-PRO,62
ATR-IR,Surfaces,CMT-DSC,190
ATR-IR,TEM,CMT-CMT,277
ATR-IR,TG,CMT-CMT,51
ATR-IR,TGA,CMT-CMT,73
ATR-IR,THF,CMT-CHM,37
ATR-IR,Tga,CMT-CMT,119
ATR-IR,Thermogravimetric Analysis,CMT-CMT,56
ATR-IR,Thin Films,CMT-DSC,63
ATR-IR,TiO2,CMT-CHM,100
ATR-IR,Toluene,CMT-CHM,46
ATR-IR,Transmission Electron Microscopy,CMT-CMT,38
ATR-IR,UV Vis,CMT-CMT,60
ATR-IR,Uncoated,CMT-DSC,32
ATR-IR,Wafers,CMT-DSC,34
ATR-IR,Water Contact Angle,CMT-PRO,74
ATR-IR,Water Fluxes,CMT-PRO,49
ATR-IR,X-Ray Diffraction,CMT-CMT,68
ATR-IR,X-Ray Photoelectron Spectroscopy,CMT-CMT,68
ATR-IR,XPS,CMT-CMT,326
ATR-IR,XRD,CMT-CMT,273
ATR-IR,Zeta Potential,CMT-PRO,47
ATR-IR,ZnSe,CMT-CHM,51
ATR-IR Spectroscopy,ATR-IR,CMT-CMT,38
ATR-IR Spectroscopy,Surface,CMT-DSC,59
ATR-SEIRAS,ATR,CMT-CHM,48
ATR-SEIRAS,Au,CMT-CHM,41
ATR-SEIRAS,CO,CMT-CHM,38
ATR-SEIRAS,Electrode,CMT-APL,63
ATR-SEIRAS,Electrodes,CMT-APL,40
ATR-SEIRAS,Pt,CMT-CHM,31
ATR-SEIRAS,Surface,CMT-DSC,52
ATR/FT-IR,AFM,CMT-CMT,32
ATR/FT-IR,FT-IR,CMT-CMT,30
ATR/FT-IR,Film,CMT-DSC,35
ATR/FT-IR,Films,CMT-DSC,35
ATR/FT-IR,SEM,CMT-CMT,62
ATR/FT-IR,Surface,CMT-DSC,84
ATR/FT-IR,TEM,CMT-CMT,44
ATR/FT-IR,XPS,CMT-CMT,46
ATR/FT-IR,XRD,CMT-CMT,32
ATRA,All-Trans Retinoic Acid,CHM-CHM,111
ATRA,Cells,CHM-DSC,84
ATRA,Retinoic Acid,CHM-CHM,38
ATRA,Retinoids,CHM-CHM,42
ATRP,13C,SMT-CHM,83
ATRP,13C NMR,SMT-CMT,62
ATRP,1H,SMT-CHM,736
ATRP,1H NMR,SMT-CMT,647
ATRP,1H NMR Spectroscopy,SMT-CMT,36
ATRP,1H-NMR,SMT-CMT,67
ATRP,2-Bromoisobutyryl Bromide,SMT-CHM,70
ATRP,2-Hydroxyethyl Methacrylate,SMT-CHM,43
ATRP,25C,SMT-CHM,34
ATRP,AFM,SMT-CMT,404
ATRP,AGET,SMT-SMT,40
ATRP,AIBN,SMT-CHM,56
ATRP,ARGET ATRP,SMT-SMT,64
ATRP,ATR,SMT-CMT,38
ATRP,ATR-FT-IR,SMT-CMT,60
ATRP,Absorbance,SMT-PRO,32
ATRP,Acetone,SMT-CHM,53
ATRP,Acetonitrile,SMT-CHM,49
ATRP,Acrylate,SMT-CHM,67
ATRP,Acrylonitrile,SMT-CHM,32
ATRP,Activity,SMT-PRO,31
ATRP,Adhesions,SMT-PRO,41
ATRP,Adsorbent,SMT-APL,36
ATRP,Adsorption Capacity,SMT-PRO,49
ATRP,Ag,SMT-CHM,46
ATRP,Aldehyde,SMT-CHM,30
ATRP,Alkyl Halide,SMT-CHM,32
ATRP,Alkyls,SMT-CHM,40
ATRP,Alkyne,SMT-CHM,111
ATRP,Amides,SMT-CHM,47
ATRP,Amines,SMT-CHM,112
ATRP,Amino,SMT-CHM,82
ATRP,Amorphous,SMT-DSC,35
ATRP,Amphiphilic,SMT-PRO,340
ATRP,Anisole,SMT-CHM,65
ATRP,Annealing,SMT-SMT,37
ATRP,Anti-Fouling,SMT-PRO,34
ATRP,Arget,SMT-SMT,51
ATRP,As Prepared,SMT-DSC,31
ATRP,Atom Transfer Radical Polymerization,SMT-SMT,1347
ATRP,Atomic Force Microscopy,SMT-CMT,167
ATRP,Au,SMT-CHM,103
ATRP,Azides,SMT-CHM,133
ATRP,Azobenzene,SMT-CHM,43
ATRP,BPY,SMT-CHM,34
ATRP,Bars,SMT-DSC,31
ATRP,Beads,SMT-DSC,41
ATRP,Biocompatibility,SMT-PRO,63
ATRP,Biocompatible,SMT-PRO,59
ATRP,Biodegradable,SMT-PRO,30
ATRP,Biomaterial,SMT-APL,30
ATRP,Biomedical Application,SMT-APL,57
ATRP,Biotin,SMT-CHM,38
ATRP,Blend,SMT-DSC,36
ATRP,Block,SMT-DSC,53
ATRP,Block Copolymer,SMT-DSC,430
ATRP,Br,SMT-CHM,225
ATRP,Bromide,SMT-CHM,43
ATRP,Bromine,SMT-CHM,95
ATRP,Brush,SMT-DSC,272
ATRP,Brush Layer,SMT-DSC,41
ATRP,Brushes,SMT-DSC,538
ATRP,Bulk,SMT-DSC,108
ATRP,C 1s,SMT-CMT,30
ATRP,CDCl3,SMT-CHM,186
ATRP,CHCl3,SMT-CHM,36
ATRP,CLSM,SMT-CMT,32
ATRP,CMC,SMT-PRO,33
ATRP,CO2,SMT-CHM,49
ATRP,CUAAC,SMT-SMT,44
ATRP,Carbon,SMT-CHM,165
ATRP,Carboxyl,SMT-CHM,36
ATRP,Carboxylic Acid,SMT-CHM,50
ATRP,Catalyst,SMT-APL,182
ATRP,Catalytic Activity,SMT-PRO,38
ATRP,Cationic,SMT-PRO,39
ATRP,Cell Viability,SMT-PRO,49
ATRP,Cells,SMT-DSC,52
ATRP,Chemical Composition,SMT-PRO,65
ATRP,Chemical Structures,SMT-PRO,169
ATRP,Chlorines,SMT-CHM,42
ATRP,Chloroform,SMT-CHM,49
ATRP,Cl,SMT-CHM,83
ATRP,Click Chemistry,SMT-SMT,77
ATRP,Click Reaction,SMT-SMT,45
ATRP,Coated,SMT-DSC,56
ATRP,Coated,SMT-SMT,140
ATRP,Coatings,SMT-APL,131
ATRP,Coatings,SMT-SMT,36
ATRP,Composite,SMT-DSC,139
ATRP,Compositions,SMT-PRO,216
ATRP,Conductivity,SMT-PRO,44
ATRP,Contact Angle,SMT-PRO,82
ATRP,Contact Angle Measurement,SMT-CMT,33
ATRP,Controlled Radical Polymerization,SMT-SMT,43
ATRP,Cooling,SMT-SMT,55
ATRP,Copolymer,SMT-DSC,557
ATRP,Copper,SMT-CHM,152
ATRP,Core,SMT-DSC,87
ATRP,Core Shell,SMT-DSC,35
ATRP,Critical Micellar Concentration,SMT-PRO,36
ATRP,Cross-Linking,SMT-SMT,36
ATRP,Crosslinked,SMT-DSC,32
ATRP,Crosslinked,SMT-SMT,30
ATRP,Cu,SMT-CHM,102
ATRP,Cu(I),SMT-CHM,42
ATRP,Cu(II),SMT-CHM,42
ATRP,CuBr,SMT-CHM,237
ATRP,CuBr2,SMT-CHM,68
ATRP,CuCl,SMT-CHM,127
ATRP,CuCl2,SMT-CHM,50
ATRP,CuI,SMT-CHM,32
ATRP,Cyclic Voltammetry,SMT-CMT,42
ATRP,Cyclic Voltammogram,SMT-CMT,37
ATRP,Cytotoxicity,SMT-PRO,72
ATRP,D2O,SMT-CHM,76
ATRP,DLS,SMT-CMT,209
ATRP,DMA,SMT-CHM,32
ATRP,DMAEMA,SMT-CHM,119
ATRP,DMF,SMT-CHM,176
ATRP,DMSO,SMT-CHM,80
ATRP,DMSO-D6,SMT-CHM,34
ATRP,DOX,SMT-CHM,41
ATRP,DSC,SMT-CMT,225
ATRP,Dendrimers,SMT-DSC,40
ATRP,Density,SMT-PRO,54
ATRP,Diamonds,SMT-CHM,44
ATRP,Diblock,SMT-DSC,51
ATRP,Diblock Copolymer,SMT-DSC,244
ATRP,Differential Scanning Calorimetry,SMT-CMT,92
ATRP,Dispersity,SMT-PRO,46
ATRP,Disulfide,SMT-CHM,55
ATRP,Dopamine,SMT-CHM,30
ATRP,Doped,SMT-DSC,33
ATRP,Doxorubicin,SMT-CHM,32
ATRP,Drug Delivery,SMT-APL,33
ATRP,Dynamic Light Scattering,SMT-CMT,164
ATRP,EBiB,SMT-CHM,43
ATRP,EDX,SMT-CMT,31
ATRP,Electrode,SMT-APL,48
ATRP,Electrodes,SMT-APL,32
ATRP,Electrolyte,SMT-APL,34
ATRP,Electrospun,SMT-SMT,31
ATRP,Elemental Analysis,SMT-CMT,44
ATRP,Ellipsometry,SMT-CMT,64
ATRP,Epoxides,SMT-CHM,32
ATRP,Epoxy,SMT-CHM,60
ATRP,Esterification,SMT-SMT,36
ATRP,Esters,SMT-CHM,58
ATRP,Ethanol,SMT-CHM,57
ATRP,FESEM,SMT-CMT,53
ATRP,FITC,SMT-CHM,50
ATRP,FT-IR,SMT-CMT,230
ATRP,FTIR,SMT-CMT,327
ATRP,Fe,SMT-CHM,45
ATRP,Fe3O4,SMT-CHM,63
ATRP,Fibers,SMT-DSC,45
ATRP,Film,SMT-DSC,289
ATRP,Film Surface,SMT-DSC,33
ATRP,Films,SMT-DSC,250
ATRP,Fluorescence,SMT-CMT,64
ATRP,Fluorescence,SMT-PRO,41
ATRP,Fluorescence Intensity,SMT-PRO,42
ATRP,Fluorescence Microscopy,SMT-CMT,57
ATRP,Fluorescence Spectroscopy,SMT-CMT,34
ATRP,Fluorescent,SMT-PRO,50
ATRP,Fourier Transform Infrared,SMT-CMT,65
ATRP,Fourier Transform Infrared Spectroscopy,SMT-CMT,64
ATRP,Free Radical Polymerization,SMT-SMT,64
ATRP,GMA,SMT-CHM,65
ATRP,GPC,SMT-CMT,518
ATRP,Gel Permeation Chromatography,SMT-CMT,125
ATRP,Gene Transfection Efficiency,SMT-PRO,35
ATRP,Glass Transition Temperature,SMT-PRO,70
ATRP,Glucose,SMT-CHM,52
ATRP,Glycidyl Methacrylate,SMT-CHM,49
ATRP,Glycopolymer,SMT-DSC,30
ATRP,Graft Copolymer,SMT-DSC,152
ATRP,Grafting Densities,SMT-PRO,35
ATRP,Grafting Density,SMT-PRO,90
ATRP,Grafting From,SMT-SMT,42
ATRP,Graphene,SMT-CHM,35
ATRP,Graphene Oxide,SMT-CHM,34
ATRP,H2O,SMT-CHM,83
ATRP,H2O2,SMT-CHM,33
ATRP,HCl,SMT-CHM,49
ATRP,HEMA,SMT-CHM,91
ATRP,Halides,SMT-CHM,38
ATRP,Halogen,SMT-CHM,52
ATRP,Heating,SMT-SMT,123
ATRP,Homopolymer,SMT-DSC,109
ATRP,Hybrid,SMT-DSC,43
ATRP,Hybrid Nanoparticle,SMT-DSC,31
ATRP,Hydrodynamic Diameter,SMT-PRO,58
ATRP,Hydrodynamic Radius,SMT-PRO,38
ATRP,Hydrogel,SMT-DSC,84
ATRP,Hydrogen,SMT-CHM,112
ATRP,Hydrolysed,SMT-SMT,31
ATRP,Hydrolysis,SMT-SMT,166
ATRP,Hydrophilic,SMT-PRO,283
ATRP,Hydrophilicity,SMT-PRO,54
ATRP,Hydrophobic,SMT-PRO,228
ATRP,Hydrophobicity,SMT-PRO,34
ATRP,Hydroxyl,SMT-CHM,178
ATRP,Hyperbranched,SMT-DSC,60
ATRP,Interface,SMT-DSC,64
ATRP,Ionic Conductivity,SMT-PRO,31
ATRP,Ir,SMT-CMT,51
ATRP,Iron,SMT-CHM,49
ATRP,Iron Oxide,SMT-CHM,35
ATRP,Irradiation,SMT-SMT,56
ATRP,K,SMT-PRO,30
ATRP,Kinetic Plots,SMT-CMT,99
ATRP,LCST,SMT-PRO,108
ATRP,Layers,SMT-DSC,303
ATRP,Lower Critical Solution Temperature,SMT-PRO,56
ATRP,M N,SMT-PRO,80
ATRP,MMA,SMT-CHM,222
ATRP,MTT,SMT-CHM,38
ATRP,MW/MN,SMT-PRO,43
ATRP,Magnetics,SMT-PRO,88
ATRP,Me6-TREN,SMT-CHM,48
ATRP,Mechanical Property,SMT-PRO,54
ATRP,Membrane,SMT-APL,96
ATRP,Membrane,SMT-DSC,238
ATRP,Membrane Surface,SMT-DSC,55
ATRP,Mesoporous,SMT-DSC,44
ATRP,Methacrylate,SMT-CHM,78
ATRP,Methanol,SMT-CHM,128
ATRP,Methyl Acrylate,SMT-CHM,36
ATRP,Methyl Methacrylate,SMT-CHM,204
ATRP,Micellar,SMT-DSC,43
ATRP,Micelle,SMT-DSC,44
ATRP,Micelles,SMT-DSC,218
ATRP,Microspheres,SMT-DSC,54
ATRP,Microstructure,SMT-PRO,54
ATRP,Mn,SMT-CHM,256
ATRP,Mn,SMT-PRO,217
ATRP,Molar Mass,SMT-PRO,50
ATRP,Molecular Structure,SMT-PRO,67
ATRP,Molecular Weight,SMT-PRO,536
ATRP,Molecular Weight Distribution,SMT-PRO,142
ATRP,Monolayers,SMT-DSC,92
ATRP,Morphologies,SMT-PRO,89
ATRP,Morphology,SMT-PRO,218
ATRP,Mw/Mn,SMT-PRO,98
ATRP,N-Isopropyl Acrylamide,SMT-CHM,61
ATRP,N2,SMT-CHM,39
ATRP,NH2,SMT-CHM,30
ATRP,NIPAAM,SMT-CHM,49
ATRP,NIPAM,SMT-CHM,62
ATRP,NMP,SMT-CHM,44
ATRP,NMP,SMT-SMT,53
ATRP,NMR,SMT-CMT,116
ATRP,NPS,SMT-DSC,66
ATRP,NaCl,SMT-CHM,79
ATRP,NaOH,SMT-CHM,42
ATRP,Nano Structured,SMT-DSC,32
ATRP,Nanocomposite,SMT-DSC,137
ATRP,Nanofiber,SMT-DSC,35
ATRP,Nanoparticle,SMT-DSC,116
ATRP,Nanoparticles,SMT-DSC,462
ATRP,Nanorods,SMT-DSC,31
ATRP,Nanostructures,SMT-DSC,52
ATRP,Nanotube,SMT-DSC,77
ATRP,Nitrogen,SMT-CHM,85
ATRP,Nitroxide,SMT-CHM,59
ATRP,Nuclear Magnetic Resonance,SMT-CMT,32
ATRP,Number Average Molecular Weight,SMT-PRO,91
ATRP,O,SMT-CHM,44
ATRP,OEGMA,SMT-CHM,50
ATRP,OH,SMT-CHM,43
ATRP,Of Chemistry,SMT-CMT,78
ATRP,Optical Micrograph,SMT-CMT,31
ATRP,Oxidation,SMT-SMT,43
ATRP,Oxygen,SMT-CHM,75
ATRP,PAA,SMT-CHM,101
ATRP,PCL,SMT-CHM,94
ATRP,PDMAEMA,SMT-CHM,151
ATRP,PDMS,SMT-CHM,71
ATRP,PEG,SMT-CHM,180
ATRP,PEGMA,SMT-CHM,85
ATRP,PEI,SMT-CHM,41
ATRP,PEO,SMT-CHM,95
ATRP,PGMA,SMT-CHM,76
ATRP,PHEMA,SMT-CHM,88
ATRP,PMA,SMT-CHM,36
ATRP,PMDETA,SMT-CHM,59
ATRP,PMMA,SMT-CHM,322
ATRP,PNIPAAm,SMT-CHM,74
ATRP,PNIPAM,SMT-CHM,135
ATRP,POEGMA,SMT-CHM,43
ATRP,PSBMA,SMT-CHM,32
ATRP,PVDF,SMT-CHM,63
ATRP,Particle,SMT-DSC,46
ATRP,Particle Size,SMT-PRO,62
ATRP,Particles,SMT-DSC,231
ATRP,Patterned,SMT-DSC,63
ATRP,Pd,SMT-CHM,30
ATRP,Pdi,SMT-PRO,130
ATRP,Phosphate,SMT-CHM,54
ATRP,Poly (Ethylene Oxide),SMT-CHM,32
ATRP,Poly(Acrylamide),SMT-CHM,31
ATRP,Poly(Acrylic Acid),SMT-CHM,50
ATRP,Poly(Ethylene Glycol),SMT-CHM,58
ATRP,Poly(N-Isopropylacrylamide),SMT-CHM,103
ATRP,Polydispersities,SMT-PRO,57
ATRP,Polydispersity,SMT-PRO,93
ATRP,Polydispersity Index,SMT-PRO,97
ATRP,Polyester,SMT-CHM,36
ATRP,Polymer Brush,SMT-DSC,106
ATRP,Polymeric,SMT-DSC,54
ATRP,Polymerisation,SMT-SMT,81
ATRP,Polymers,SMT-DSC,244
ATRP,Polymethyl-Methacrylate,SMT-CHM,123
ATRP,Polystyrene,SMT-CHM,338
ATRP,Pore Sizes,SMT-PRO,41
ATRP,Porous,SMT-DSC,75
ATRP,Protonic Conductivity,SMT-PRO,34
ATRP,Pt,SMT-CHM,35
ATRP,Pyrene,SMT-CHM,65
ATRP,Quartz,SMT-CHM,34
ATRP,Quaternization,SMT-SMT,31
ATRP,ROMP,SMT-SMT,50
ATRP,ROP,SMT-SMT,130
ATRP,Radical Polymerization,SMT-SMT,40
ATRP,Raft,SMT-SMT,91
ATRP,Raft Polymerization,SMT-SMT,64
ATRP,Raman,SMT-CMT,45
ATRP,Random Copolymer,SMT-DSC,41
ATRP,Reductions,SMT-SMT,36
ATRP,Reversible Addition Fragmentation Chain Transfer,SMT-SMT,37
ATRP,Ring Opening Polymerization,SMT-SMT,108
ATRP,SAM,SMT-DSC,33
ATRP,SAXS,SMT-CMT,46
ATRP,SEC,SMT-CMT,169
ATRP,SEM,SMT-CMT,499
ATRP,SI,SMT-SMT,373
ATRP,SPR,SMT-CMT,38
ATRP,Scanning Electron Microscopy,SMT-CMT,130
ATRP,Self Assembled,SMT-SMT,36
ATRP,Self Assembly,SMT-SMT,73
ATRP,Self-Assembly Behavior,SMT-PRO,32
ATRP,Sheets,SMT-DSC,33
ATRP,Shell,SMT-DSC,120
ATRP,Si,SMT-CHM,91
ATRP,Si-,SMT-SMT,103
ATRP,SiO2,SMT-CHM,89
ATRP,Silane,SMT-CHM,56
ATRP,Silica,SMT-CHM,250
ATRP,Silicon,SMT-CHM,178
ATRP,Silver,SMT-CHM,37
ATRP,Size Distribution,SMT-PRO,44
ATRP,Size Exclusion Chromatography,SMT-CMT,55
ATRP,Society,SMT-CMT,114
ATRP,Spherical Micelle,SMT-DSC,34
ATRP,Stability,SMT-PRO,86
ATRP,Star Copolymer,SMT-DSC,35
ATRP,Star Polymer,SMT-DSC,80
ATRP,Star Shaped,SMT-DSC,63
ATRP,Static Water Contact Angle,SMT-PRO,31
ATRP,Structure,SMT-PRO,309
ATRP,Structures,SMT-PRO,72
ATRP,Styrene,SMT-CHM,339
ATRP,Substrate,SMT-DSC,342
ATRP,Surface,SMT-DSC,875
ATRP,Surface Composition,SMT-PRO,30
ATRP,Surface Modification,SMT-SMT,90
ATRP,Surface Morphology,SMT-PRO,65
ATRP,Surface Properties,SMT-PRO,48
ATRP,Surface-Initiated ATRP,SMT-SMT,98
ATRP,Surface-Initiated Atom Transfer Radical Polymerization,SMT-SMT,432
ATRP,Surface-Initiated Polymerization,SMT-SMT,42
ATRP,Surfaces,SMT-DSC,432
ATRP,TEM,SMT-CMT,548
ATRP,TEMPO,SMT-CHM,34
ATRP,TG,SMT-PRO,52
ATRP,TGA,SMT-CMT,32
ATRP,THF,SMT-CHM,212
ATRP,Tapping Mode AFM,SMT-CMT,43
ATRP,Tert-Butyl Acrylate,SMT-CHM,53
ATRP,Tetrahydrofuran,SMT-CHM,36
ATRP,Tga,SMT-CMT,241
ATRP,Thermal Properties,SMT-PRO,39
ATRP,Thermal Stability,SMT-PRO,56
ATRP,Thermo,SMT-PRO,34
ATRP,Thermo-Responsive,SMT-PRO,110
ATRP,Thermogravimetric Analysis,SMT-CMT,113
ATRP,Thermosensitive,SMT-PRO,30
ATRP,Thin Films,SMT-DSC,77
ATRP,Thiol-Ene,SMT-CHM,32
ATRP,Thiols,SMT-CHM,74
ATRP,Ti,SMT-CHM,32
ATRP,TiO2,SMT-CHM,57
ATRP,Toluene,SMT-CHM,169
ATRP,Transition Metal,SMT-CHM,43
ATRP,Transmission Electron Microscopy,SMT-CMT,187
ATRP,Triblock,SMT-DSC,67
ATRP,Triblock Copolymer,SMT-DSC,189
ATRP,UV Irradiation,SMT-SMT,62
ATRP,UV Transmittance,SMT-PRO,45
ATRP,UV Vis,SMT-CMT,65
ATRP,Vesicle,SMT-DSC,59
ATRP,Vinyl,SMT-CHM,85
ATRP,Viscosity,SMT-PRO,30
ATRP,Wafers,SMT-DSC,96
ATRP,Water Contact Angle,SMT-PRO,101
ATRP,Water Fluxes,SMT-PRO,34
ATRP,Water Soluble,SMT-PRO,73
ATRP,Wettability,SMT-PRO,33
ATRP,X-Ray Diffraction,SMT-CMT,59
ATRP,X-Ray Photoelectron Spectroscopy,SMT-CMT,167
ATRP,XPS,SMT-CMT,392
ATRP,XRD,SMT-CMT,107
ATRP,Zeta Potential,SMT-PRO,70
ATRP,Zwitterionic,SMT-PRO,53
ATRP,[CuCl]0,SMT-CHM,41
ATZ,Atrazine,CHM-CHM,115
ATZ,Catalyst,CHM-APL,33
ATZ,H2O2,CHM-CHM,34
ATZ,SEM,CHM-CMT,72
ATZ,Surface,CHM-DSC,54
ATZ,XPS,CHM-CMT,37
ATZ,XRD,CHM-CMT,50
AUC0-T,Pharmacokinetic Parameters,PRO-PRO,34
AUCS,Auc,PRO-PRO,51
AUG-CC-PVDZ,6-31+G*,CMT-CMT,30
AUG-CC-PVDZ,"6-311++G(D,P)",CMT-CMT,52
AUG-CC-PVDZ,AUG-CC-PVQZ,CMT-CMT,59
AUG-CC-PVDZ,AUG-CC-PVTZ,CMT-CMT,241
AUG-CC-PVDZ,Ab Initio,CMT-CMT,52
AUG-CC-PVDZ,Ab Initio Calculations,CMT-CMT,62
AUG-CC-PVDZ,Angles,CMT-PRO,80
AUG-CC-PVDZ,Ar,CMT-CHM,44
AUG-CC-PVDZ,Argon,CMT-CHM,35
AUG-CC-PVDZ,B3LYP,CMT-CMT,448
AUG-CC-PVDZ,B3LYP/AUG-CC-PVDZ,CMT-CMT,63
AUG-CC-PVDZ,BSSE,CMT-PRO,54
AUG-CC-PVDZ,Benzenes,CMT-CHM,77
AUG-CC-PVDZ,Binding Energies,CMT-PRO,141
AUG-CC-PVDZ,Binding Energy,CMT-PRO,63
AUG-CC-PVDZ,Bond Angles,CMT-PRO,58
AUG-CC-PVDZ,Bond Critical Point,CMT-PRO,49
AUG-CC-PVDZ,Bond Distance,CMT-PRO,58
AUG-CC-PVDZ,Bond Length,CMT-PRO,156
AUG-CC-PVDZ,Br,CMT-CHM,51
AUG-CC-PVDZ,CAMB3LYP,CMT-CMT,48
AUG-CC-PVDZ,CASPT2,CMT-CMT,38
AUG-CC-PVDZ,CBS,CMT-CMT,39
AUG-CC-PVDZ,CC - PVDZ,CMT-CMT,47
AUG-CC-PVDZ,CCSD,CMT-CMT,90
AUG-CC-PVDZ,CCSD (T),CMT-CMT,159
AUG-CC-PVDZ,CH,CMT-CHM,61
AUG-CC-PVDZ,CH3,CMT-CHM,36
AUG-CC-PVDZ,CO,CMT-CHM,78
AUG-CC-PVDZ,CO2,CMT-CHM,49
AUG-CC-PVDZ,Carbon,CMT-CHM,96
AUG-CC-PVDZ,Cc,CMT-CMT,54
AUG-CC-PVDZ,Charge Transfer,CMT-PRO,33
AUG-CC-PVDZ,Cl,CMT-CHM,98
AUG-CC-PVDZ,Cluster,CMT-DSC,185
AUG-CC-PVDZ,Crystal,CMT-DSC,37
AUG-CC-PVDZ,Crystal Structure,CMT-PRO,42
AUG-CC-PVDZ,DFT,CMT-CMT,142
AUG-CC-PVDZ,Density,CMT-PRO,30
AUG-CC-PVDZ,Density Functional Theory,CMT-CMT,47
AUG-CC-PVDZ,Dihedral Angle,CMT-PRO,56
AUG-CC-PVDZ,Dipole Moment,CMT-PRO,95
AUG-CC-PVDZ,Dispersion,CMT-PRO,31
AUG-CC-PVDZ,Dissociation Energy,CMT-PRO,31
AUG-CC-PVDZ,Distance,CMT-PRO,42
AUG-CC-PVDZ,Electron Density,CMT-PRO,71
AUG-CC-PVDZ,Electrostatics,CMT-PRO,43
AUG-CC-PVDZ,Energetic,CMT-PRO,51
AUG-CC-PVDZ,Energies,CMT-PRO,160
AUG-CC-PVDZ,Energy,CMT-PRO,111
AUG-CC-PVDZ,Excitation Energies,CMT-PRO,34
AUG-CC-PVDZ,Excited State,CMT-PRO,30
AUG-CC-PVDZ,F,CMT-CHM,72
AUG-CC-PVDZ,F,CMT-PRO,32
AUG-CC-PVDZ,Frequencies,CMT-PRO,70
AUG-CC-PVDZ,G,CMT-PRO,34
AUG-CC-PVDZ,Geometrical Parameters,CMT-PRO,80
AUG-CC-PVDZ,Geometries,CMT-PRO,120
AUG-CC-PVDZ,Geometry,CMT-PRO,37
AUG-CC-PVDZ,Geometry Optimization,CMT-CMT,31
AUG-CC-PVDZ,Geometry Parameters,CMT-PRO,42
AUG-CC-PVDZ,Gibbs Free Energy,CMT-PRO,55
AUG-CC-PVDZ,Ground,CMT-PRO,35
AUG-CC-PVDZ,Ground State,CMT-PRO,82
AUG-CC-PVDZ,H2O,CMT-CHM,124
AUG-CC-PVDZ,HCl,CMT-CHM,37
AUG-CC-PVDZ,Halogen,CMT-CHM,41
AUG-CC-PVDZ,Harmonic Vibrational Frequency,CMT-PRO,38
AUG-CC-PVDZ,Homo,CMT-PRO,61
AUG-CC-PVDZ,Hydrogen,CMT-CHM,409
AUG-CC-PVDZ,Infrared,CMT-CMT,45
AUG-CC-PVDZ,Interaction Energies,CMT-PRO,147
AUG-CC-PVDZ,Interaction Energy,CMT-PRO,110
AUG-CC-PVDZ,Ir,CMT-CMT,134
AUG-CC-PVDZ,LUMO,CMT-PRO,39
AUG-CC-PVDZ,M062X,CMT-CMT,86
AUG-CC-PVDZ,MP2,CMT-CMT,639
AUG-CC-PVDZ,MP2/AUG-CC-PVDZ,CMT-CMT,144
AUG-CC-PVDZ,MP2/AUG-CC-PVTZ,CMT-CMT,31
AUG-CC-PVDZ,Methanol,CMT-CHM,44
AUG-CC-PVDZ,Methyl,CMT-CHM,43
AUG-CC-PVDZ,Molecular Structure,CMT-PRO,62
AUG-CC-PVDZ,N2,CMT-CHM,45
AUG-CC-PVDZ,NBO,CMT-CMT,64
AUG-CC-PVDZ,NH,CMT-CHM,60
AUG-CC-PVDZ,NH3,CMT-CHM,41
AUG-CC-PVDZ,Nitrogen,CMT-CHM,87
AUG-CC-PVDZ,O,CMT-CHM,97
AUG-CC-PVDZ,OH,CMT-CHM,165
AUG-CC-PVDZ,Oscillator Strength,CMT-PRO,80
AUG-CC-PVDZ,Oxygen,CMT-CHM,140
AUG-CC-PVDZ,PCM,CMT-CMT,44
AUG-CC-PVDZ,Pes,CMT-CMT,32
AUG-CC-PVDZ,Potential,CMT-PRO,41
AUG-CC-PVDZ,Potential Energy Curve,CMT-CMT,46
AUG-CC-PVDZ,Potential Energy Surface,CMT-PRO,108
AUG-CC-PVDZ,Raman,CMT-CMT,46
AUG-CC-PVDZ,Rate Constant,CMT-PRO,51
AUG-CC-PVDZ,Relative,CMT-PRO,55
AUG-CC-PVDZ,Relative Energies,CMT-PRO,144
AUG-CC-PVDZ,Rotational Constant,CMT-PRO,41
AUG-CC-PVDZ,S1,CMT-PRO,30
AUG-CC-PVDZ,SAPT,CMT-CMT,37
AUG-CC-PVDZ,Singlet,CMT-PRO,30
AUG-CC-PVDZ,Stability,CMT-PRO,38
AUG-CC-PVDZ,Stabilization Energy,CMT-PRO,41
AUG-CC-PVDZ,Structural Parameter,CMT-PRO,58
AUG-CC-PVDZ,Structure,CMT-PRO,118
AUG-CC-PVDZ,Structures,CMT-PRO,167
AUG-CC-PVDZ,Surface,CMT-DSC,57
AUG-CC-PVDZ,TD DFT,CMT-CMT,33
AUG-CC-PVDZ,Total Energy,CMT-PRO,56
AUG-CC-PVDZ,Total Interaction Energy,CMT-PRO,37
AUG-CC-PVDZ,Vertical Excitation Energy,CMT-PRO,46
AUG-CC-PVDZ,Vibrational Frequency,CMT-PRO,98
AUG-CC-PVDZ,ZPE,CMT-CMT,42
AUG-CC-PVDZ,ZPE,CMT-PRO,52
AUG-CC-PVDZ,Zero Point Energy,CMT-PRO,36
AUG-CC-PVNZ,AUG-CC-PVnZ,CMT-CHM,44
AUG-CC-PVNZ,MP2,CMT-CMT,30
AUG-CC-PVQZ,AUG-CC-PVDZ,CMT-CMT,59
AUG-CC-PVQZ,AUG-CC-PVTZ,CMT-CMT,99
AUG-CC-PVQZ,B3LYP,CMT-CMT,60
AUG-CC-PVQZ,Bond Length,CMT-PRO,49
AUG-CC-PVQZ,CCSD,CMT-CMT,30
AUG-CC-PVQZ,CCSD (T),CMT-CMT,97
AUG-CC-PVQZ,Cc,CMT-CMT,32
AUG-CC-PVQZ,DFT,CMT-CMT,37
AUG-CC-PVQZ,Energies,CMT-PRO,47
AUG-CC-PVQZ,Geometries,CMT-PRO,38
AUG-CC-PVQZ,Ground State,CMT-PRO,32
AUG-CC-PVQZ,Hydrogen,CMT-CHM,65
AUG-CC-PVQZ,MP2,CMT-CMT,94
AUG-CC-PVQZ,O,CMT-CHM,36
AUG-CC-PVQZ,Potential Energy Surface,CMT-PRO,52
AUG-CC-PVQZ,Relative Energies,CMT-PRO,38
AUG-CC-PVTZ,"6-311++G(D,P)",CMT-CMT,43
AUG-CC-PVTZ,AUG-CC-PVDZ,CMT-CMT,241
AUG-CC-PVTZ,AUG-CC-PVQZ,CMT-CMT,99
AUG-CC-PVTZ,Ab Initio,CMT-CMT,78
AUG-CC-PVTZ,Ab Initio Calculations,CMT-CMT,70
AUG-CC-PVTZ,Aim,CMT-CMT,30
AUG-CC-PVTZ,Angles,CMT-PRO,113
AUG-CC-PVTZ,Ar,CMT-CHM,86
AUG-CC-PVTZ,Argon,CMT-CHM,55
AUG-CC-PVTZ,B3LYP,CMT-CMT,532
AUG-CC-PVTZ,B3LYP-D3,CMT-CMT,45
AUG-CC-PVTZ,B3LYP/AUG-CC-PVTZ,CMT-CMT,66
AUG-CC-PVTZ,BCPS,CMT-PRO,30
AUG-CC-PVTZ,BSSE,CMT-PRO,56
AUG-CC-PVTZ,Barrier Height,CMT-PRO,54
AUG-CC-PVTZ,Bcp,CMT-PRO,33
AUG-CC-PVTZ,Benzenes,CMT-CHM,57
AUG-CC-PVTZ,Binding Energies,CMT-PRO,143
AUG-CC-PVTZ,Binding Energy,CMT-PRO,61
AUG-CC-PVTZ,Blue Line,CMT-CHM,33
AUG-CC-PVTZ,Bond Angles,CMT-PRO,102
AUG-CC-PVTZ,Bond Critical Point,CMT-PRO,65
AUG-CC-PVTZ,Bond Distance,CMT-PRO,72
AUG-CC-PVTZ,Bond Length,CMT-PRO,290
AUG-CC-PVTZ,Br,CMT-CHM,85
AUG-CC-PVTZ,C,CMT-CHM,32
AUG-CC-PVTZ,C2V,CMT-SPL,33
AUG-CC-PVTZ,CASPT2,CMT-CMT,45
AUG-CC-PVTZ,CASSCF,CMT-CMT,37
AUG-CC-PVTZ,CBS,CMT-CMT,48
AUG-CC-PVTZ,CC - PVTZ,CMT-CMT,52
AUG-CC-PVTZ,CCSD,CMT-CMT,150
AUG-CC-PVTZ,CCSD (T),CMT-CMT,323
AUG-CC-PVTZ,CCSD(T) / Aug-CC-PVTZ,CMT-CMT,84
AUG-CC-PVTZ,CH,CMT-CHM,53
AUG-CC-PVTZ,CH3,CMT-CHM,69
AUG-CC-PVTZ,CH4,CMT-CHM,34
AUG-CC-PVTZ,CO,CMT-CHM,103
AUG-CC-PVTZ,CO2,CMT-CHM,54
AUG-CC-PVTZ,Carbon,CMT-CHM,145
AUG-CC-PVTZ,Cc,CMT-CMT,61
AUG-CC-PVTZ,Charge Transfer,CMT-PRO,54
AUG-CC-PVTZ,Charges,CMT-PRO,38
AUG-CC-PVTZ,Chlorines,CMT-CHM,35
AUG-CC-PVTZ,Cl,CMT-CHM,154
AUG-CC-PVTZ,Cluster,CMT-DSC,194
AUG-CC-PVTZ,Crystal,CMT-DSC,31
AUG-CC-PVTZ,Crystal Structure,CMT-PRO,32
AUG-CC-PVTZ,DFT,CMT-CMT,186
AUG-CC-PVTZ,Density,CMT-PRO,33
AUG-CC-PVTZ,Density Functional Theory,CMT-CMT,43
AUG-CC-PVTZ,Diamonds,CMT-CHM,45
AUG-CC-PVTZ,Dihedral Angle,CMT-PRO,47
AUG-CC-PVTZ,Dimers,CMT-DSC,41
AUG-CC-PVTZ,Dipole Moment,CMT-PRO,82
AUG-CC-PVTZ,Dissociation Energy,CMT-PRO,62
AUG-CC-PVTZ,Distance,CMT-PRO,43
AUG-CC-PVTZ,Electron Density,CMT-PRO,108
AUG-CC-PVTZ,Electronic,CMT-PRO,31
AUG-CC-PVTZ,Electronic Energies,CMT-PRO,44
AUG-CC-PVTZ,Electronic State,CMT-PRO,37
AUG-CC-PVTZ,Electrostatic Potential,CMT-PRO,46
AUG-CC-PVTZ,Energetic,CMT-PRO,54
AUG-CC-PVTZ,Energies,CMT-PRO,205
AUG-CC-PVTZ,Energy,CMT-PRO,108
AUG-CC-PVTZ,Enthalpies,CMT-PRO,40
AUG-CC-PVTZ,Excited State,CMT-PRO,30
AUG-CC-PVTZ,F,CMT-CHM,124
AUG-CC-PVTZ,F,CMT-PRO,37
AUG-CC-PVTZ,Fluorine,CMT-CHM,32
AUG-CC-PVTZ,Free Energy,CMT-PRO,33
AUG-CC-PVTZ,Frequencies,CMT-PRO,76
AUG-CC-PVTZ,G,CMT-PRO,36
AUG-CC-PVTZ,Geometrical Parameters,CMT-PRO,79
AUG-CC-PVTZ,Geometries,CMT-PRO,151
AUG-CC-PVTZ,Geometry,CMT-PRO,56
AUG-CC-PVTZ,Geometry Parameters,CMT-PRO,60
AUG-CC-PVTZ,Gibbs Free Energy,CMT-PRO,40
AUG-CC-PVTZ,Ground,CMT-PRO,38
AUG-CC-PVTZ,Ground State,CMT-PRO,84
AUG-CC-PVTZ,H2,CMT-CHM,65
AUG-CC-PVTZ,H2O,CMT-CHM,142
AUG-CC-PVTZ,HCN,CMT-CHM,33
AUG-CC-PVTZ,HCl,CMT-CHM,35
AUG-CC-PVTZ,Halogen,CMT-CHM,64
AUG-CC-PVTZ,Harmonic,CMT-PRO,31
AUG-CC-PVTZ,Harmonic Frequency,CMT-PRO,63
AUG-CC-PVTZ,Harmonic Vibrational Frequency,CMT-PRO,57
AUG-CC-PVTZ,Homo,CMT-PRO,53
AUG-CC-PVTZ,Hydrogen,CMT-CHM,384
AUG-CC-PVTZ,Hydroxyl,CMT-CHM,37
AUG-CC-PVTZ,IR Intensities,CMT-PRO,33
AUG-CC-PVTZ,Infrared,CMT-CMT,53
AUG-CC-PVTZ,Intensities,CMT-PRO,35
AUG-CC-PVTZ,Interaction Energies,CMT-PRO,147
AUG-CC-PVTZ,Interaction Energy,CMT-PRO,96
AUG-CC-PVTZ,Ir,CMT-CMT,124
AUG-CC-PVTZ,Irpd,CMT-CMT,30
AUG-CC-PVTZ,Irradiation,CMT-SMT,39
AUG-CC-PVTZ,K,CMT-PRO,38
AUG-CC-PVTZ,Li,CMT-CHM,41
AUG-CC-PVTZ,M062X,CMT-CMT,131
AUG-CC-PVTZ,MP2,CMT-CMT,598
AUG-CC-PVTZ,MP2/AUG-CC-PVDZ,CMT-CMT,32
AUG-CC-PVTZ,MP2/AUG-CC-PVTZ,CMT-CMT,123
AUG-CC-PVTZ,Methanol,CMT-CHM,41
AUG-CC-PVTZ,Methyl,CMT-CHM,47
AUG-CC-PVTZ,Molecular Graph,CMT-CMT,33
AUG-CC-PVTZ,Molecular Orbital,CMT-PRO,39
AUG-CC-PVTZ,Molecular Structure,CMT-PRO,73
AUG-CC-PVTZ,N2,CMT-CHM,59
AUG-CC-PVTZ,NBO,CMT-CMT,73
AUG-CC-PVTZ,NBO Analysis,CMT-CMT,32
AUG-CC-PVTZ,NH,CMT-CHM,56
AUG-CC-PVTZ,NH3,CMT-CHM,43
AUG-CC-PVTZ,NO,CMT-CHM,44
AUG-CC-PVTZ,Natural Bond Orbital,CMT-CMT,33
AUG-CC-PVTZ,Nitrogen,CMT-CHM,91
AUG-CC-PVTZ,O,CMT-CHM,148
AUG-CC-PVTZ,O2,CMT-CHM,62
AUG-CC-PVTZ,OH,CMT-CHM,173
AUG-CC-PVTZ,Oscillator Strength,CMT-PRO,63
AUG-CC-PVTZ,Oxygen,CMT-CHM,146
AUG-CC-PVTZ,PBE,CMT-CMT,39
AUG-CC-PVTZ,PBE0,CMT-CMT,37
AUG-CC-PVTZ,Pes,CMT-CMT,56
AUG-CC-PVTZ,Pes,CMT-PRO,37
AUG-CC-PVTZ,Photoelectron,CMT-CMT,38
AUG-CC-PVTZ,Photolysis,CMT-SMT,33
AUG-CC-PVTZ,Potential,CMT-PRO,43
AUG-CC-PVTZ,Potential Energy,CMT-PRO,52
AUG-CC-PVTZ,Potential Energy Curve,CMT-CMT,58
AUG-CC-PVTZ,Potential Energy Curve,CMT-PRO,40
AUG-CC-PVTZ,Potential Energy Surface,CMT-CMT,41
AUG-CC-PVTZ,Potential Energy Surface,CMT-PRO,160
AUG-CC-PVTZ,Quantum Chemical Calculation,CMT-CMT,55
AUG-CC-PVTZ,Raman,CMT-CMT,43
AUG-CC-PVTZ,Rate Coefficient,CMT-PRO,50
AUG-CC-PVTZ,Rate Constant,CMT-PRO,105
AUG-CC-PVTZ,Relative,CMT-PRO,61
AUG-CC-PVTZ,Relative Energies,CMT-PRO,201
AUG-CC-PVTZ,Relative Energy,CMT-PRO,30
AUG-CC-PVTZ,Rotational Constant,CMT-PRO,74
AUG-CC-PVTZ,Set,CMT-CMT,30
AUG-CC-PVTZ,Si,CMT-CHM,38
AUG-CC-PVTZ,Singlet,CMT-PRO,35
AUG-CC-PVTZ,Stability,CMT-PRO,45
AUG-CC-PVTZ,Stabilization Energy,CMT-PRO,34
AUG-CC-PVTZ,Structural,CMT-PRO,35
AUG-CC-PVTZ,Structural Parameter,CMT-PRO,72
AUG-CC-PVTZ,Structure,CMT-PRO,119
AUG-CC-PVTZ,Structures,CMT-PRO,171
AUG-CC-PVTZ,Surface,CMT-DSC,71
AUG-CC-PVTZ,Total Energy,CMT-PRO,51
AUG-CC-PVTZ,Transition State,CMT-PRO,36
AUG-CC-PVTZ,Triplet,CMT-PRO,36
AUG-CC-PVTZ,VDES,CMT-PRO,30
AUG-CC-PVTZ,Vertical Excitation Energy,CMT-PRO,44
AUG-CC-PVTZ,Vibrational,CMT-PRO,34
AUG-CC-PVTZ,Vibrational Frequency,CMT-PRO,155
AUG-CC-PVTZ,ZPE,CMT-CMT,49
AUG-CC-PVTZ,ZPE,CMT-PRO,46
AUG-CC-PVTZ,Zero Point Energy,CMT-PRO,45
AUG-CC-PVXZ,CCSD (T),CMT-CMT,40
AUG-CC-PVXZ,Hydrogen,CMT-CHM,34
AUG-CC-PVXZ,MP2,CMT-CMT,47
AUG-CC-PVnZ,AUG-CC-PVNZ,CHM-CMT,44
AUNP,AUNPS,DSC-DSC,33
AUNP,Au,DSC-CHM,44
AUNP,Nanoparticle,DSC-DSC,40
AUNP,Nanoparticles,DSC-DSC,71
AUNP,SEM,DSC-CMT,35
AUNP,Surface,DSC-DSC,61
AUNP,TEM,DSC-CMT,72
AUNPS,AUNP,DSC-DSC,33
AUNPS,Au,DSC-CHM,61
AUNPS,NPS,DSC-DSC,30
AUNPS,Nanoparticles,DSC-DSC,71
AUNPS,Raman,DSC-CMT,30
AUNPS,SEM,DSC-CMT,50
AUNPS,Surface,DSC-DSC,45
AUNPS,TEM,DSC-CMT,118
AUV,AUVs,APL-APL,60
AUV,Autonomous Underwater Vehicle,APL-APL,90
AUV,Autonomous Underwater Vehicles,APL-APL,45
AUVs,AUV,APL-APL,60
AUVs,Autonomous Underwater Vehicles,APL-APL,67
AV,Acid Value,PRO-PRO,40
AV,Layers,PRO-DSC,35
AV,Oxygen,PRO-CHM,30
AV,Particles,PRO-DSC,32
AV,Structure,PRO-PRO,33
AV,Surface,PRO-DSC,47
AVHRR,Advanced Very High Resolution Radiometer,CMT-CMT,69
AVHRR,MODIS,CMT-CMT,111
AVHRR,NDVI,CMT-CMT,68
AVHRR,NDVI,CMT-PRO,61
AVHRR,NOAA,CMT-CMT,33
AVHRR,Normalized Difference Vegetation Index,CMT-CMT,38
AVHRR,Remote Sensing,CMT-CMT,39
AVHRR,SST,CMT-PRO,84
AVHRR,Salinity,CMT-PRO,31
AVHRR,Satellite,CMT-CMT,70
AVHRR,Sea Surface Temperature,CMT-PRO,81
AVHRR,Seawifs,CMT-CMT,37
AVHRR,Surface,CMT-DSC,41
AVHRR,Temperature,CMT-PRO,52
AVHRR,Vegetation,CMT-PRO,37
AVHRR,Very High Resolution Radiometer,CMT-CMT,43
AVIRIS,Airborne Visible Infrared Imaging Spectrometer,CMT-CMT,40
AVP,Arginine Vasopressin,CHM-CHM,63
AVP,Vasopressin,CHM-PRO,30
AVR,Automatic Voltage Regulator,APL-APL,31
AVS,Sediments,CHM-DSC,33
AVT,Ag,PRO-CHM,35
AVT,Electrode,PRO-APL,31
AVT,Film,PRO-DSC,37
AVT,Layers,PRO-DSC,36
AVT,PCE,PRO-PRO,61
AVT,Perovskites,PRO-CHM,40
AVT,Perovskites,PRO-SPL,31
AVT,Power Conversion Efficiency,PRO-PRO,38
AVT,Solar Cell,PRO-APL,34
AVT,Visible Transmittance,PRO-PRO,34
AVTZ,B3LYP,CMT-CMT,34
AVTZ,Bond Length,CMT-PRO,32
AVTZ,CCSD (T),CMT-CMT,36
AVTZ,Energies,CMT-PRO,39
AVTZ,Geometries,CMT-PRO,30
AVTZ,MP2,CMT-CMT,46
AVTZ,Relative Energies,CMT-PRO,31
AWG,Arrayed,APL-DSC,32
AWG,Waveguide Grating,APL-APL,40
AZ31,AZ31 Magnesium,CHM-CHM,160
AZ31,AZ61,CHM-CHM,86
AZ31,AZ80,CHM-CHM,33
AZ31,AZ91D,CHM-CHM,33
AZ31,Al,CHM-CHM,336
AZ31,Al2O3,CHM-CHM,39
AZ31,Alloy,CHM-DSC,1128
AZ31,Alloy Sheets,CHM-DSC,131
AZ31,Alloy Substrate,CHM-DSC,40
AZ31,Alloy Surface,CHM-DSC,33
AZ31,Alloys,CHM-DSC,626
AZ31,Alloys:,CHM-DSC,46
AZ31,Aluminum,CHM-CHM,91
AZ31,Anisotropy,CHM-PRO,30
AZ31,Annealed,CHM-SMT,117
AZ31,Annealing,CHM-SMT,125
AZ31,As Rolled,CHM-SMT,71
AZ31,As-Cast,CHM-DSC,97
AZ31,As-Extruded,CHM-DSC,50
AZ31,As-Received,CHM-DSC,172
AZ31,Basal Texture,CHM-PRO,78
AZ31,Bode Plot,CHM-CMT,71
AZ31,Ca,CHM-CHM,54
AZ31,Carbon,CHM-CHM,36
AZ31,Cast,CHM-SMT,44
AZ31,Chemical Composition,CHM-PRO,79
AZ31,Coated,CHM-DSC,33
AZ31,Coated,CHM-SMT,154
AZ31,Coatings,CHM-APL,270
AZ31,Composite,CHM-DSC,125
AZ31,Compositions,CHM-PRO,93
AZ31,Compression Test,CHM-CMT,50
AZ31,Compressional,CHM-SMT,34
AZ31,Cooling,CHM-SMT,37
AZ31,Corrosion Behaviour,CHM-PRO,69
AZ31,Corrosion Current Density,CHM-PRO,43
AZ31,Corrosion Potential,CHM-PRO,37
AZ31,Corrosion Rate,CHM-PRO,86
AZ31,Corrosion Resistance,CHM-PRO,148
AZ31,Cross Section,CHM-DSC,58
AZ31,Cross Sectional Morphology,CHM-PRO,54
AZ31,Crystal,CHM-DSC,35
AZ31,Cu,CHM-CHM,40
AZ31,Deformation Behavior,CHM-PRO,40
AZ31,Deformation Mechanism,CHM-PRO,41
AZ31,Deformations,CHM-SMT,86
AZ31,Deformed,CHM-SMT,51
AZ31,Density,CHM-PRO,35
AZ31,Dislocation,CHM-PRO,64
AZ31,Drx,CHM-PRO,31
AZ31,Drx,CHM-SMT,34
AZ31,Ductility,CHM-PRO,99
AZ31,Dynamic Recrystallization,CHM-PRO,30
AZ31,Dynamic Recrystallization,CHM-SMT,42
AZ31,EBSD,CHM-CMT,227
AZ31,ECAP,CHM-SMT,69
AZ31,EDS,CHM-CMT,188
AZ31,EDX,CHM-CMT,43
AZ31,EIS,CHM-CMT,80
AZ31,Eis,CHM-CMT,56
AZ31,Electrochemical Impedance Spectroscopy,CHM-CMT,51
AZ31,Electrolyte,CHM-APL,33
AZ31,Electron Backscattering Diffraction,CHM-CMT,44
AZ31,Elongation,CHM-PRO,34
AZ31,Equal Channel Angular Pressing,CHM-SMT,35
AZ31,Equivalent Circuits,CHM-CMT,61
AZ31,Extension Twins,CHM-PRO,35
AZ31,Extruded,CHM-SMT,197
AZ31,Extrusion,CHM-SMT,123
AZ31,FESEM,CHM-CMT,38
AZ31,FT-IR,CHM-CMT,33
AZ31,FTIR,CHM-CMT,49
AZ31,Fe,CHM-CHM,32
AZ31,Film,CHM-DSC,122
AZ31,Films,CHM-DSC,61
AZ31,Fine Grained,CHM-PRO,33
AZ31,Flow Stress,CHM-PRO,70
AZ31,Formability,CHM-PRO,52
AZ31,Fracture Surface,CHM-PRO,113
AZ31,Grain Boundaries,CHM-PRO,100
AZ31,Grain Boundary,CHM-PRO,73
AZ31,Grain Refinement,CHM-PRO,78
AZ31,Grain Size,CHM-PRO,348
AZ31,Grain Size Distribution,CHM-PRO,36
AZ31,Grain Structure,CHM-PRO,56
AZ31,Grains,CHM-PRO,117
AZ31,HCP,CHM-SPL,50
AZ31,Hardness,CHM-PRO,120
AZ31,Heat Treatment,CHM-SMT,47
AZ31,Heating,CHM-SMT,31
AZ31,Hot Rolled,CHM-SMT,76
AZ31,Hot Rolling,CHM-SMT,39
AZ31,Hydrogen,CHM-CHM,100
AZ31,IPF,CHM-CMT,39
AZ31,Immersion Tests,CHM-CMT,48
AZ31,Impedance,CHM-PRO,40
AZ31,Interface,CHM-DSC,166
AZ31,Intermetallic,CHM-PRO,85
AZ31,Inverse Pole Figure,CHM-CMT,95
AZ31,Inverse Pole Figure Map,CHM-CMT,44
AZ31,Joints,CHM-APL,44
AZ31,Joints,CHM-DSC,36
AZ31,Layers,CHM-DSC,205
AZ31,Magnesium,CHM-CHM,584
AZ31,Matrix,CHM-DSC,99
AZ31,Mechanical Property,CHM-PRO,236
AZ31,Metals,CHM-PRO,55
AZ31,Mg,CHM-CHM,985
AZ31,Mg(OH)2,CHM-CHM,44
AZ31,Mg-3Al-1Zn,CHM-CHM,54
AZ31,MgO,CHM-CHM,49
AZ31,Micro Hardness,CHM-PRO,87
AZ31,Micro Structures,CHM-PRO,219
AZ31,Micrographs,CHM-CMT,38
AZ31,Microhardness,CHM-PRO,37
AZ31,Microstructural,CHM-PRO,63
AZ31,Microstructure,CHM-PRO,614
AZ31,Misorientation Angle,CHM-PRO,57
AZ31,Mn,CHM-CHM,77
AZ31,Morphologies,CHM-PRO,42
AZ31,Morphology,CHM-PRO,105
AZ31,NaCl,CHM-CHM,250
AZ31,Nanoparticles,CHM-DSC,33
AZ31,Ni,CHM-CHM,37
AZ31,Nyquist Plot,CHM-CMT,106
AZ31,O,CHM-CHM,77
AZ31,OCP,CHM-PRO,35
AZ31,OM,CHM-CMT,56
AZ31,Open Circuit Potential,CHM-PRO,33
AZ31,Optical,CHM-CMT,35
AZ31,Optical Image,CHM-CMT,39
AZ31,Optical Micrograph,CHM-CMT,184
AZ31,Optical Microscopy,CHM-CMT,51
AZ31,Optical Microstructure,CHM-CMT,41
AZ31,Optical Microstructure,CHM-PRO,39
AZ31,Oxides,CHM-CHM,40
AZ31,Oxygen,CHM-CHM,31
AZ31,PEO,CHM-CHM,39
AZ31,PEO,CHM-SMT,42
AZ31,Particle,CHM-DSC,57
AZ31,Particles,CHM-DSC,177
AZ31,Plastic Deformation,CHM-SMT,40
AZ31,Plate,CHM-DSC,57
AZ31,Plates,CHM-DSC,31
AZ31,Polarization Curve,CHM-CMT,62
AZ31,Pole Figure,CHM-CMT,180
AZ31,Pole Figure,CHM-PRO,122
AZ31,Polished,CHM-SMT,30
AZ31,Potentiodynamic Polarization,CHM-CMT,113
AZ31,Potentiodynamic Polarization Curve,CHM-CMT,55
AZ31,Powder,CHM-DSC,40
AZ31,Precipitates,CHM-DSC,59
AZ31,Pure,CHM-DSC,119
AZ31,Recrystallized,CHM-SMT,65
AZ31,Rod,CHM-DSC,33
AZ31,Rolled,CHM-SMT,179
AZ31,Rolling,CHM-SMT,214
AZ31,SEM,CHM-CMT,581
AZ31,Scanning Electron Microscopy,CHM-CMT,81
AZ31,Schmid Factor,CHM-PRO,64
AZ31,Sheet,CHM-DSC,206
AZ31,Sheets,CHM-DSC,165
AZ31,Si,CHM-CHM,51
AZ31,SiC,CHM-CHM,30
AZ31,Strengths,CHM-PRO,110
AZ31,Stress,CHM-PRO,51
AZ31,Stress Strain Curve,CHM-CMT,60
AZ31,Stress Strain Curve,CHM-PRO,81
AZ31,Structure,CHM-PRO,88
AZ31,Substrate,CHM-DSC,192
AZ31,Surface,CHM-DSC,404
AZ31,Surface Morphology,CHM-PRO,140
AZ31,Surfaces,CHM-DSC,120
AZ31,TEM,CHM-CMT,187
AZ31,Tensile,CHM-CMT,36
AZ31,Tensile Properties,CHM-PRO,57
AZ31,Tensile Strength,CHM-PRO,69
AZ31,Tensile Tests,CHM-CMT,112
AZ31,Texture,CHM-PRO,234
AZ31,Ti,CHM-CHM,54
AZ31,True Stress-Strain Curve,CHM-PRO,30
AZ31,Twin,CHM-PRO,91
AZ31,Twin Boundaries,CHM-PRO,60
AZ31,Twinning,CHM-PRO,116
AZ31,Twins,CHM-PRO,153
AZ31,Uncoated,CHM-DSC,58
AZ31,Weld,CHM-SMT,44
AZ31,Welding,CHM-SMT,40
AZ31,X-Ray Diffraction,CHM-CMT,117
AZ31,XPS,CHM-CMT,97
AZ31,XRD,CHM-CMT,314
AZ31,Yield Strength,CHM-PRO,83
AZ31,Yield Stress,CHM-PRO,48
AZ31,Zn,CHM-CHM,163
AZ31 Magnesium,AZ31,CHM-CHM,160
AZ31 Magnesium,Al,CHM-CHM,53
AZ31 Magnesium,Alloy,CHM-DSC,440
AZ31 Magnesium,Alloy Sheets,CHM-DSC,62
AZ31 Magnesium,Alloys,CHM-DSC,157
AZ31 Magnesium,Aluminum,CHM-CHM,41
AZ31 Magnesium,Annealing,CHM-SMT,33
AZ31 Magnesium,As-Received,CHM-DSC,30
AZ31 Magnesium,Coated,CHM-SMT,59
AZ31 Magnesium,Coatings,CHM-APL,138
AZ31 Magnesium,Composite,CHM-DSC,35
AZ31 Magnesium,Compositions,CHM-PRO,40
AZ31 Magnesium,Corrosion Behaviour,CHM-PRO,31
AZ31 Magnesium,Corrosion Resistance,CHM-PRO,105
AZ31 Magnesium,Ductility,CHM-PRO,35
AZ31 Magnesium,EBSD,CHM-CMT,33
AZ31 Magnesium,EDS,CHM-CMT,54
AZ31 Magnesium,Eis,CHM-CMT,30
AZ31 Magnesium,Electrochemical Impedance Spectroscopy,CHM-CMT,39
AZ31 Magnesium,Extruded,CHM-SMT,33
AZ31 Magnesium,Extrusion,CHM-SMT,36
AZ31 Magnesium,Film,CHM-DSC,48
AZ31 Magnesium,Grain Refinement,CHM-PRO,35
AZ31 Magnesium,Grain Size,CHM-PRO,97
AZ31 Magnesium,Grains,CHM-PRO,42
AZ31 Magnesium,Hardness,CHM-PRO,32
AZ31 Magnesium,Interface,CHM-DSC,32
AZ31 Magnesium,Layers,CHM-DSC,63
AZ31 Magnesium,Magnesium,CHM-CHM,210
AZ31 Magnesium,Mechanical Property,CHM-PRO,91
AZ31 Magnesium,Mg,CHM-CHM,103
AZ31 Magnesium,Micro Hardness,CHM-PRO,30
AZ31 Magnesium,Microstructure,CHM-PRO,182
AZ31 Magnesium,Morphology,CHM-PRO,37
AZ31 Magnesium,NaCl,CHM-CHM,83
AZ31 Magnesium,Particles,CHM-DSC,35
AZ31 Magnesium,Potentiodynamic Polarization,CHM-CMT,44
AZ31 Magnesium,Rolled,CHM-SMT,38
AZ31 Magnesium,Rolling,CHM-SMT,41
AZ31 Magnesium,SEM,CHM-CMT,132
AZ31 Magnesium,Scanning Electron Microscopy,CHM-CMT,51
AZ31 Magnesium,Sheet,CHM-DSC,52
AZ31 Magnesium,Sheets,CHM-DSC,44
AZ31 Magnesium,Structure,CHM-PRO,38
AZ31 Magnesium,Substrate,CHM-DSC,52
AZ31 Magnesium,Surface,CHM-DSC,122
AZ31 Magnesium,Surface Morphology,CHM-PRO,51
AZ31 Magnesium,TEM,CHM-CMT,39
AZ31 Magnesium,Tensile Strength,CHM-PRO,31
AZ31 Magnesium,Texture,CHM-PRO,60
AZ31 Magnesium,Twinning,CHM-PRO,43
AZ31 Magnesium,X-Ray Diffraction,CHM-CMT,59
AZ31 Magnesium,XPS,CHM-CMT,36
AZ31 Magnesium,XRD,CHM-CMT,85
AZ31B,AZ31B Magnesium,CHM-CHM,48
AZ31B,Al,CHM-CHM,73
AZ31B,Alloy,CHM-DSC,282
AZ31B,Alloys,CHM-DSC,143
AZ31B,As-Received,CHM-DSC,46
AZ31B,Chemical Composition,CHM-PRO,31
AZ31B,Coated,CHM-SMT,38
AZ31B,Coatings,CHM-APL,66
AZ31B,Composite,CHM-DSC,51
AZ31B,Corrosion Resistance,CHM-PRO,46
AZ31B,EBSD,CHM-CMT,33
AZ31B,EDS,CHM-CMT,61
AZ31B,Extruded,CHM-SMT,42
AZ31B,Film,CHM-DSC,30
AZ31B,Fracture Surface,CHM-PRO,46
AZ31B,Grain Size,CHM-PRO,70
AZ31B,Hardness,CHM-PRO,32
AZ31B,Interface,CHM-DSC,57
AZ31B,Intermetallic,CHM-PRO,33
AZ31B,Layers,CHM-DSC,55
AZ31B,Magnesium,CHM-CHM,133
AZ31B,Mechanical Property,CHM-PRO,54
AZ31B,Mg,CHM-CHM,246
AZ31B,Micro Structures,CHM-PRO,49
AZ31B,Microstructure,CHM-PRO,141
AZ31B,Morphology,CHM-PRO,35
AZ31B,NaCl,CHM-CHM,63
AZ31B,Optical Micrograph,CHM-CMT,47
AZ31B,Particles,CHM-DSC,39
AZ31B,Pole Figure,CHM-CMT,42
AZ31B,Potentiodynamic Polarization,CHM-CMT,35
AZ31B,Rolled,CHM-SMT,36
AZ31B,Rolling,CHM-SMT,39
AZ31B,SEM,CHM-CMT,153
AZ31B,Scanning Electron Microscopy,CHM-CMT,30
AZ31B,Sheet,CHM-DSC,47
AZ31B,Sheets,CHM-DSC,31
AZ31B,Strengths,CHM-PRO,31
AZ31B,Substrate,CHM-DSC,50
AZ31B,Surface,CHM-DSC,120
AZ31B,Surface Morphology,CHM-PRO,46
AZ31B,Surfaces,CHM-DSC,33
AZ31B,TEM,CHM-CMT,51
AZ31B,Tensile Tests,CHM-CMT,31
AZ31B,Texture,CHM-PRO,41
AZ31B,X-Ray Diffraction,CHM-CMT,31
AZ31B,XPS,CHM-CMT,33
AZ31B,XRD,CHM-CMT,85
AZ31B,Zn,CHM-CHM,33
AZ31B Magnesium,AZ31B,CHM-CHM,48
AZ31B Magnesium,Alloy,CHM-DSC,157
AZ31B Magnesium,Alloys,CHM-DSC,41
AZ31B Magnesium,Coatings,CHM-APL,33
AZ31B Magnesium,Grain Size,CHM-PRO,34
AZ31B Magnesium,Magnesium,CHM-CHM,71
AZ31B Magnesium,Mg,CHM-CHM,55
AZ31B Magnesium,Microstructure,CHM-PRO,69
AZ31B Magnesium,SEM,CHM-CMT,44
AZ31B Magnesium,Surface,CHM-DSC,42
AZ61,AZ31,CHM-CHM,86
AZ61,AZ61 Magnesium,CHM-CHM,32
AZ61,Al,CHM-CHM,62
AZ61,Alloy,CHM-DSC,170
AZ61,Alloys,CHM-DSC,133
AZ61,As-Cast,CHM-DSC,40
AZ61,EDS,CHM-CMT,32
AZ61,Extruded,CHM-SMT,48
AZ61,Extrusion,CHM-SMT,35
AZ61,Grain Size,CHM-PRO,71
AZ61,Magnesium,CHM-CHM,99
AZ61,Matrix,CHM-DSC,30
AZ61,Mechanical Property,CHM-PRO,32
AZ61,Mg,CHM-CHM,126
AZ61,Micro Structures,CHM-PRO,47
AZ61,Microstructure,CHM-PRO,96
AZ61,NaCl,CHM-CHM,34
AZ61,Optical Micrograph,CHM-CMT,36
AZ61,Particles,CHM-DSC,39
AZ61,SEM,CHM-CMT,103
AZ61,Surface,CHM-DSC,59
AZ61,TEM,CHM-CMT,36
AZ61,XRD,CHM-CMT,49
AZ61 Magnesium,AZ61,CHM-CHM,32
AZ61 Magnesium,Alloy,CHM-DSC,67
AZ61 Magnesium,Microstructure,CHM-PRO,30
AZ80,AZ31,CHM-CHM,33
AZ80,Al,CHM-CHM,44
AZ80,Alloy,CHM-DSC,132
AZ80,Alloys,CHM-DSC,79
AZ80,Extruded,CHM-SMT,47
AZ80,Extrusion,CHM-SMT,30
AZ80,Grain Size,CHM-PRO,53
AZ80,Magnesium,CHM-CHM,56
AZ80,Mechanical Property,CHM-PRO,40
AZ80,Mg,CHM-CHM,92
AZ80,Micro Structures,CHM-PRO,34
AZ80,Microstructure,CHM-PRO,88
AZ80,Particles,CHM-DSC,31
AZ80,SEM,CHM-CMT,75
AZ80,Surface,CHM-DSC,35
AZ80,TEM,CHM-CMT,35
AZ80,XRD,CHM-CMT,31
AZ80 Magnesium,Alloy,CHM-DSC,49
AZ91,Al,CHM-CHM,49
AZ91,Alloy,CHM-DSC,128
AZ91,Alloys,CHM-DSC,108
AZ91,As-Cast,CHM-DSC,54
AZ91,Composite,CHM-DSC,34
AZ91,EDS,CHM-CMT,33
AZ91,Grain Size,CHM-PRO,30
AZ91,Magnesium,CHM-CHM,56
AZ91,Mg,CHM-CHM,98
AZ91,Micro Structures,CHM-PRO,33
AZ91,Microstructure,CHM-PRO,67
AZ91,NaCl,CHM-CHM,31
AZ91,Optical Micrograph,CHM-CMT,38
AZ91,Particles,CHM-DSC,33
AZ91,SEM,CHM-CMT,99
AZ91,Surface,CHM-DSC,43
AZ91,TEM,CHM-CMT,32
AZ91,XRD,CHM-CMT,58
AZ91D,AZ31,CHM-CHM,33
AZ91D,AZ91D Magnesium,CHM-CHM,115
AZ91D,Al,CHM-CHM,171
AZ91D,Alloy,CHM-DSC,463
AZ91D,Alloys,CHM-DSC,242
AZ91D,Aluminum,CHM-CHM,52
AZ91D,As-Cast,CHM-DSC,93
AZ91D,Bode Plot,CHM-CMT,35
AZ91D,Chemical Composition,CHM-PRO,38
AZ91D,Coated,CHM-SMT,61
AZ91D,Coatings,CHM-APL,176
AZ91D,Composite,CHM-DSC,103
AZ91D,Compositions,CHM-PRO,53
AZ91D,Corrosion Behaviour,CHM-PRO,37
AZ91D,Corrosion Rate,CHM-PRO,65
AZ91D,Corrosion Resistance,CHM-PRO,105
AZ91D,Cross Section,CHM-DSC,33
AZ91D,Die Cast,CHM-SMT,34
AZ91D,EDS,CHM-CMT,102
AZ91D,EDX,CHM-CMT,33
AZ91D,EIS,CHM-CMT,43
AZ91D,Eis,CHM-CMT,39
AZ91D,Electrochemical Impedance Spectroscopy,CHM-CMT,38
AZ91D,Film,CHM-DSC,76
AZ91D,Films,CHM-DSC,46
AZ91D,Fracture Surface,CHM-PRO,38
AZ91D,Grain Boundaries,CHM-PRO,30
AZ91D,Grain Size,CHM-PRO,65
AZ91D,Hardness,CHM-PRO,47
AZ91D,Hydrogen,CHM-CHM,35
AZ91D,Interface,CHM-DSC,68
AZ91D,Intermetallic,CHM-PRO,54
AZ91D,Layers,CHM-DSC,114
AZ91D,Magnesium,CHM-CHM,196
AZ91D,Matrix,CHM-DSC,69
AZ91D,Mechanical Property,CHM-PRO,58
AZ91D,Mg,CHM-CHM,328
AZ91D,Mg(OH)2,CHM-CHM,35
AZ91D,MgO,CHM-CHM,36
AZ91D,Micro Structures,CHM-PRO,81
AZ91D,Microstructure,CHM-PRO,216
AZ91D,Morphologies,CHM-PRO,50
AZ91D,Morphology,CHM-PRO,73
AZ91D,NaCl,CHM-CHM,170
AZ91D,Ni,CHM-CHM,32
AZ91D,Nyquist Plot,CHM-CMT,50
AZ91D,Optical Micrograph,CHM-CMT,66
AZ91D,Particles,CHM-DSC,86
AZ91D,Polarization Curve,CHM-CMT,41
AZ91D,Porosity,CHM-PRO,30
AZ91D,Potentiodynamic Polarization,CHM-CMT,59
AZ91D,Powder,CHM-DSC,30
AZ91D,Pure,CHM-DSC,41
AZ91D,SEM,CHM-CMT,308
AZ91D,Scanning Electron Microscopy,CHM-CMT,45
AZ91D,Si,CHM-CHM,30
AZ91D,Structure,CHM-PRO,55
AZ91D,Substrate,CHM-DSC,115
AZ91D,Surface,CHM-DSC,183
AZ91D,Surface Morphology,CHM-PRO,83
AZ91D,Surfaces,CHM-DSC,48
AZ91D,TEM,CHM-CMT,54
AZ91D,Tensile Strength,CHM-PRO,36
AZ91D,Uncoated,CHM-DSC,31
AZ91D,X-Ray Diffraction,CHM-CMT,80
AZ91D,XPS,CHM-CMT,44
AZ91D,XRD,CHM-CMT,173
AZ91D,Yield Strength,CHM-PRO,30
AZ91D,Zn,CHM-CHM,60
AZ91D Alloy,Alloy,CHM-DSC,32
AZ91D Magnesium,AZ91D,CHM-CHM,115
AZ91D Magnesium,Al,CHM-CHM,60
AZ91D Magnesium,Alloy,CHM-DSC,271
AZ91D Magnesium,Alloy Substrate,CHM-DSC,34
AZ91D Magnesium,Alloys,CHM-DSC,84
AZ91D Magnesium,Coatings,CHM-APL,142
AZ91D Magnesium,Composite,CHM-DSC,41
AZ91D Magnesium,Compositions,CHM-PRO,48
AZ91D Magnesium,Corrosion Resistance,CHM-PRO,102
AZ91D Magnesium,EDS,CHM-CMT,55
AZ91D Magnesium,Eis,CHM-CMT,41
AZ91D Magnesium,Electrochemical Impedance Spectroscopy,CHM-CMT,38
AZ91D Magnesium,Film,CHM-DSC,54
AZ91D Magnesium,Layers,CHM-DSC,68
AZ91D Magnesium,Magnesium,CHM-CHM,124
AZ91D Magnesium,Mg,CHM-CHM,90
AZ91D Magnesium,Micro Hardness,CHM-PRO,31
AZ91D Magnesium,Microstructure,CHM-PRO,109
AZ91D Magnesium,Morphology,CHM-PRO,50
AZ91D Magnesium,NaCl,CHM-CHM,91
AZ91D Magnesium,Particles,CHM-DSC,35
AZ91D Magnesium,Potentiodynamic Polarization,CHM-CMT,36
AZ91D Magnesium,SEM,CHM-CMT,136
AZ91D Magnesium,Scanning Electron Microscopy,CHM-CMT,38
AZ91D Magnesium,Structure,CHM-PRO,44
AZ91D Magnesium,Substrate,CHM-DSC,65
AZ91D Magnesium,Surface,CHM-DSC,96
AZ91D Magnesium,Surface Morphology,CHM-PRO,43
AZ91D Magnesium,X-Ray Diffraction,CHM-CMT,52
AZ91D Magnesium,XRD,CHM-CMT,99
AZO,AFM,CHM-CMT,322
AZO,Absorbance,CHM-PRO,36
AZO,Absorber,CHM-APL,40
AZO,Absorption,CHM-CMT,36
AZO,Absorption,CHM-PRO,54
AZO,Absorption Coefficient,CHM-PRO,43
AZO,Absorption Spectrum,CHM-CMT,55
AZO,Ag,CHM-CHM,215
AZO,Al,CHM-CHM,618
AZO,Al Concentration,CHM-PRO,31
AZO,Al2O3,CHM-CHM,103
AZO,Ald,CHM-SMT,55
AZO,Aluminum,CHM-CHM,139
AZO,Amorphous,CHM-DSC,70
AZO,Annealed,CHM-SMT,218
AZO,Annealing,CHM-SMT,202
AZO,Ar,CHM-CHM,40
AZO,Argon,CHM-CHM,33
AZO,As Deposited,CHM-DSC,139
AZO,As Prepared,CHM-DSC,39
AZO,As-Grown,CHM-DSC,32
AZO,Atomic Force Microscopy,CHM-CMT,39
AZO,Au,CHM-CHM,115
AZO,Band Diagram,CHM-PRO,48
AZO,Band Gap,CHM-PRO,85
AZO,Bandgap,CHM-PRO,55
AZO,Bilayer,CHM-DSC,49
AZO,Buffer Layer,CHM-DSC,64
AZO,Bulk,CHM-DSC,53
AZO,C60,CHM-CHM,30
AZO,Carbon,CHM-CHM,55
AZO,Carrier Concentration,CHM-PRO,248
AZO,Carrier Density,CHM-PRO,36
AZO,Carrier Mobility,CHM-PRO,39
AZO,Catalyst,CHM-APL,31
AZO,Cathode,CHM-APL,40
AZO,CdS,CHM-CHM,98
AZO,Cell,CHM-APL,97
AZO,Cells,CHM-APL,88
AZO,Chemical Structures,CHM-PRO,55
AZO,Coated,CHM-SMT,131
AZO,Coatings,CHM-APL,94
AZO,Composite,CHM-DSC,68
AZO,Compositions,CHM-PRO,60
AZO,Conductive,CHM-PRO,54
AZO,Conductivity,CHM-PRO,73
AZO,Contacts,CHM-APL,50
AZO,Cross Section SEM,CHM-CMT,49
AZO,Cross Sectional SEM,CHM-CMT,125
AZO,Cross Sectional TEM,CHM-CMT,49
AZO,Crystal Structure,CHM-PRO,33
AZO,Crystalline,CHM-DSC,40
AZO,Crystallinity,CHM-PRO,41
AZO,Crystallite Size,CHM-PRO,62
AZO,Cu,CHM-CHM,106
AZO,Cu2O,CHM-CHM,47
AZO,Current Density,CHM-PRO,47
AZO,Current Versus Voltage Characteristics,CHM-PRO,36
AZO,Device Performance,CHM-PRO,38
AZO,Diffraction Peak,CHM-PRO,39
AZO,Doped,CHM-DSC,326
AZO,Doping,CHM-SMT,40
AZO,Doping Concentration,CHM-PRO,46
AZO,EDS,CHM-CMT,82
AZO,EDX,CHM-CMT,79
AZO,EQE,CHM-CMT,113
AZO,EQE,CHM-PRO,45
AZO,Efficiency,CHM-PRO,86
AZO,Electrical,CHM-PRO,70
AZO,Electrical Conductivity,CHM-PRO,39
AZO,Electrical Properties,CHM-PRO,115
AZO,Electrical Resistivity,CHM-PRO,116
AZO,Electrical properties,CHM-PRO,49
AZO,Electrode,CHM-APL,147
AZO,Electrodes,CHM-APL,131
AZO,Electrolyte,CHM-APL,30
AZO,Energy Band Diagram,CHM-PRO,66
AZO,Energy Level,CHM-PRO,36
AZO,Energy Level Diagram,CHM-PRO,34
AZO,Etched,CHM-SMT,55
AZO,Etching,CHM-SMT,64
AZO,External Quantum Efficiency,CHM-PRO,68
AZO,Extinction Coefficient,CHM-PRO,31
AZO,FESEM,CHM-CMT,114
AZO,FTIR,CHM-CMT,32
AZO,FTO,CHM-CHM,118
AZO,FWHM,CHM-PRO,71
AZO,Ff,CHM-PRO,51
AZO,Figures of Merit,CHM-PRO,54
AZO,Fill Factor,CHM-PRO,47
AZO,Film,CHM-DSC,690
AZO,Films,CHM-DSC,896
AZO,Flexible,CHM-PRO,35
AZO,GZO,CHM-CHM,68
AZO,Ga,CHM-CHM,59
AZO,Glass,CHM-DSC,51
AZO,Grain Size,CHM-PRO,127
AZO,Graphene,CHM-CHM,51
AZO,H2,CHM-CHM,69
AZO,HRTEM,CHM-CMT,100
AZO,Hall Mobility,CHM-PRO,138
AZO,Haze,CHM-PRO,41
AZO,Heated,CHM-SMT,30
AZO,Heating,CHM-SMT,62
AZO,Heterojunction,CHM-DSC,69
AZO,Heterostructure,CHM-DSC,45
AZO,Hexagonal,CHM-SPL,38
AZO,High Resolution TEM,CHM-CMT,32
AZO,Hydrogen,CHM-CHM,73
AZO,I-V Characteristics,CHM-PRO,79
AZO,I-ZnO,CHM-CHM,56
AZO,ITO,CHM-CHM,229
AZO,IZO,CHM-CHM,30
AZO,Indium,CHM-CHM,33
AZO,Interface,CHM-DSC,156
AZO,Interlayers,CHM-DSC,38
AZO,Irradiation,CHM-SMT,57
AZO,I–V Curve,CHM-CMT,39
AZO,J-V Characteristics,CHM-PRO,115
AZO,J-V Curve,CHM-CMT,38
AZO,JSC,CHM-PRO,59
AZO,Layer,CHM-DSC,38
AZO,Layers,CHM-APL,33
AZO,Layers,CHM-DSC,499
AZO,Magnetron Sputtering,CHM-SMT,30
AZO,Metallic,CHM-PRO,32
AZO,Metals,CHM-PRO,51
AZO,Microstructure,CHM-PRO,49
AZO,Mo,CHM-CHM,86
AZO,MoO3,CHM-CHM,37
AZO,Mobility,CHM-PRO,107
AZO,Morphologies,CHM-PRO,34
AZO,Morphology,CHM-PRO,95
AZO,Multilayer,CHM-DSC,58
AZO,N2,CHM-CHM,66
AZO,NPS,CHM-DSC,30
AZO,Nanoparticle,CHM-DSC,36
AZO,Nanoparticles,CHM-DSC,103
AZO,Nanorods,CHM-DSC,81
AZO,Nanostructure,CHM-DSC,31
AZO,Nanostructures,CHM-DSC,47
AZO,Nanowire,CHM-DSC,34
AZO,Nanowires,CHM-DSC,50
AZO,Ni,CHM-CHM,55
AZO,Nitrogen,CHM-CHM,40
AZO,Nyquist Plot,CHM-CMT,42
AZO,O,CHM-CHM,137
AZO,O2,CHM-CHM,81
AZO,Of Chemistry,CHM-CMT,48
AZO,Open Circuit Voltage,CHM-PRO,49
AZO,Optical,CHM-PRO,74
AZO,Optical Band Gap,CHM-PRO,100
AZO,Optical Image,CHM-CMT,44
AZO,Optical Properties,CHM-PRO,95
AZO,Optical Transmission,CHM-CMT,46
AZO,Optical Transmittance,CHM-PRO,277
AZO,Oxides,CHM-CHM,85
AZO,Oxygen,CHM-CHM,177
AZO,P Type,CHM-PRO,44
AZO,P3HT,CHM-CHM,47
AZO,PCBM,CHM-CHM,57
AZO,PCE,CHM-PRO,68
AZO,PEDOT,CHM-CHM,66
AZO,PL,CHM-CMT,81
AZO,PLD,CHM-SMT,30
AZO,PSCS,CHM-APL,38
AZO,Particles,CHM-DSC,51
AZO,Perovskites,CHM-CHM,80
AZO,Perovskites,CHM-SPL,66
AZO,Photo Luminescence,CHM-CMT,92
AZO,Photocurrent,CHM-PRO,38
AZO,Photovoltaic Parameter,CHM-PRO,30
AZO,Photovoltaic Performance,CHM-PRO,32
AZO,Polycrystalline,CHM-DSC,32
AZO,Powder,CHM-DSC,50
AZO,Powders,CHM-DSC,33
AZO,Power Conversion Efficiency,CHM-PRO,40
AZO,Pt,CHM-CHM,61
AZO,Pure,CHM-DSC,55
AZO,Quartz,CHM-CHM,52
AZO,RMS Roughness,CHM-PRO,34
AZO,Raman,CHM-CMT,94
AZO,Reflectance,CHM-CMT,39
AZO,Reflectance,CHM-PRO,78
AZO,Refractive Index,CHM-PRO,75
AZO,Resistance,CHM-PRO,48
AZO,Resistivity,CHM-PRO,350
AZO,Roughness,CHM-PRO,38
AZO,SAED,CHM-CMT,64
AZO,SEM,CHM-CMT,704
AZO,Scanning Electron Microscopy,CHM-CMT,48
AZO,Seed Layer,CHM-DSC,46
AZO,Semiconductor,CHM-PRO,40
AZO,Sheet Resistance,CHM-PRO,176
AZO,Short Circuit Current Density,CHM-PRO,33
AZO,Si,CHM-CHM,158
AZO,SiO2,CHM-CHM,64
AZO,Silicon,CHM-CHM,111
AZO,Silver,CHM-CHM,37
AZO,Sintered,CHM-SMT,41
AZO,Sn,CHM-CHM,37
AZO,SnO2,CHM-CHM,43
AZO,Society,CHM-CMT,50
AZO,Sol-Gel,CHM-SMT,45
AZO,Solar Cell,CHM-APL,325
AZO,Sputtered,CHM-SMT,65
AZO,Sputtering,CHM-SMT,125
AZO,Stability,CHM-PRO,56
AZO,Structural,CHM-PRO,67
AZO,Structure,CHM-PRO,125
AZO,Substrate,CHM-DSC,781
AZO,Surface,CHM-DSC,262
AZO,Surface Morphology,CHM-PRO,118
AZO,Surface Roughness,CHM-PRO,52
AZO,Surfaces,CHM-DSC,56
AZO,TCO,CHM-CHM,75
AZO,TCO,CHM-PRO,35
AZO,TEM,CHM-CMT,252
AZO,Tco,CHM-PRO,49
AZO,Textured,CHM-DSC,50
AZO,Thin,CHM-DSC,57
AZO,Thin Film Solar Cell,CHM-APL,57
AZO,Thin Films,CHM-DSC,554
AZO,Ti,CHM-CHM,40
AZO,TiO2,CHM-CHM,100
AZO,Transmission,CHM-CMT,72
AZO,Transmission,CHM-PRO,39
AZO,Transparency,CHM-PRO,48
AZO,Transparent,CHM-PRO,78
AZO,Transparent Conductive,CHM-PRO,89
AZO,Transparent Electrodes,CHM-APL,36
AZO,UV Transmittance,CHM-CMT,96
AZO,UV Transmittance,CHM-PRO,360
AZO,UV Vis Absorption,CHM-CMT,38
AZO,Undoped,CHM-DSC,77
AZO,VOC,CHM-PRO,63
AZO,Wafers,CHM-DSC,37
AZO,Work Function,CHM-PRO,55
AZO,Wurtzite,CHM-CHM,39
AZO,X-Ray Diffraction,CHM-CMT,232
AZO,XPS,CHM-CMT,237
AZO,XRD,CHM-CMT,795
AZO,Zinc Oxide,CHM-CHM,104
AZO,Zn,CHM-CHM,249
AZO,ZnO,CHM-CHM,791
AZO,perovskite solar cells,CHM-APL,33
AZT,Nucleoside,CHM-CHM,57
AZT,Zidovudine,CHM-CHM,59
Aacvd,Films,SMT-DSC,35
Aacvd,SEM,SMT-CMT,39
Aacvd,Thin Films,SMT-DSC,33
Ab Initio,13C,CMT-CHM,59
Ab Initio,1H,CMT-CHM,50
Ab Initio,2D,CMT-DSC,34
Ab Initio,"6-311++G(D,P)",CMT-CMT,31
Ab Initio,6-31G(D),CMT-CMT,51
Ab Initio,6-31G*,CMT-CMT,75
Ab Initio,6-31G**,CMT-CMT,39
Ab Initio,AM1,CMT-CMT,67
Ab Initio,AUG-CC-PVDZ,CMT-CMT,52
Ab Initio,AUG-CC-PVTZ,CMT-CMT,78
Ab Initio,Ab Initio Calculations,CMT-CMT,526
Ab Initio,Ab Initio Method,CMT-CMT,101
Ab Initio,Ab Initio Potential,CMT-CMT,30
Ab Initio,Absorption,CMT-CMT,54
Ab Initio,Absorption,CMT-PRO,39
Ab Initio,Absorption Spectrum,CMT-CMT,51
Ab Initio,Acetonitrile,CMT-CHM,31
Ab Initio,Acetylene,CMT-CHM,38
Ab Initio,Activation Barrier,CMT-PRO,55
Ab Initio,Activation Energies,CMT-PRO,69
Ab Initio,Activation Energy,CMT-PRO,75
Ab Initio,Adsorption Energy,CMT-PRO,33
Ab Initio,Ag,CMT-CHM,51
Ab Initio,Al,CMT-CHM,127
Ab Initio,Alcohols,CMT-CHM,34
Ab Initio,Alkane,CMT-CHM,32
Ab Initio,Alkyls,CMT-CHM,35
Ab Initio,Alloy,CMT-DSC,101
Ab Initio,Alloys,CMT-DSC,130
Ab Initio,Aluminum,CMT-CHM,53
Ab Initio,Amides,CMT-CHM,55
Ab Initio,Amines,CMT-CHM,35
Ab Initio,Amino Acid,CMT-CHM,60
Ab Initio,Ammonia,CMT-CHM,50
Ab Initio,Amorphous,CMT-DSC,70
Ab Initio,Angles,CMT-PRO,113
Ab Initio,Anisotropy,CMT-PRO,30
Ab Initio,Annealing,CMT-SMT,36
Ab Initio,Ar,CMT-CHM,78
Ab Initio,Argon,CMT-CHM,91
Ab Initio,Arrhenius Plot,CMT-CMT,59
Ab Initio,Atomic,CMT-PRO,41
Ab Initio,Atomic Charge,CMT-PRO,45
Ab Initio,Au,CMT-CHM,51
Ab Initio,B3LYP,CMT-CMT,386
Ab Initio,BCC,CMT-SPL,72
Ab Initio,Band Gap,CMT-PRO,79
Ab Initio,Band Structure,CMT-PRO,73
Ab Initio,Bandgap,CMT-PRO,36
Ab Initio,Barrier Height,CMT-PRO,57
Ab Initio,Benzenes,CMT-CHM,151
Ab Initio,Binding Energies,CMT-PRO,128
Ab Initio,Binding Energy,CMT-PRO,111
Ab Initio,Blue Line,CMT-CHM,65
Ab Initio,Blyp,CMT-CMT,31
Ab Initio,Bond Angles,CMT-PRO,82
Ab Initio,Bond Distance,CMT-PRO,70
Ab Initio,Bond Length,CMT-PRO,263
Ab Initio,Bonding,CMT-PRO,30
Ab Initio,Boron,CMT-CHM,50
Ab Initio,Br,CMT-CHM,102
Ab Initio,Bulk,CMT-DSC,219
Ab Initio,Bulk Modulus,CMT-PRO,40
Ab Initio,C,CMT-CHM,65
Ab Initio,C2V,CMT-SPL,39
Ab Initio,CASPT2,CMT-CMT,34
Ab Initio,CASSCF,CMT-CMT,76
Ab Initio,CCSD,CMT-CMT,43
Ab Initio,CCSD (T),CMT-CMT,154
Ab Initio,CH,CMT-CHM,100
Ab Initio,CH3,CMT-CHM,89
Ab Initio,CH4,CMT-CHM,71
Ab Initio,CO,CMT-CHM,174
Ab Initio,CO2,CMT-CHM,73
Ab Initio,Ca,CMT-CHM,34
Ab Initio,Calculations,CMT-CMT,37
Ab Initio,Carbon,CMT-CHM,344
Ab Initio,Carbons,CMT-CHM,32
Ab Initio,Carbonyls,CMT-CHM,53
Ab Initio,Catalyst,CMT-APL,51
Ab Initio,Cc,CMT-CMT,40
Ab Initio,Charge Distribution,CMT-PRO,59
Ab Initio,Charge Transfer,CMT-PRO,53
Ab Initio,Charges,CMT-PRO,56
Ab Initio,Chemical Shift,CMT-PRO,56
Ab Initio,Chemical Structures,CMT-PRO,30
Ab Initio,Chlorides,CMT-CHM,32
Ab Initio,Chlorines,CMT-CHM,66
Ab Initio,Cl,CMT-CHM,236
Ab Initio,Cluster,CMT-DSC,396
Ab Initio,Co,CMT-CHM,72
Ab Initio,Cohesive Energy,CMT-PRO,32
Ab Initio,Compositions,CMT-PRO,134
Ab Initio,Conduction Band,CMT-PRO,32
Ab Initio,Coordination Number,CMT-PRO,44
Ab Initio,Copper,CMT-CHM,40
Ab Initio,Cr,CMT-CHM,50
Ab Initio,Cross Section,CMT-PRO,69
Ab Initio,Crystal,CMT-DSC,207
Ab Initio,Crystal Structure,CMT-PRO,173
Ab Initio,Crystalline,CMT-DSC,99
Ab Initio,Cu,CMT-CHM,111
Ab Initio,Cubic,CMT-SPL,71
Ab Initio,DFT,CMT-CMT,647
Ab Initio,DFT Calculations,CMT-CMT,126
Ab Initio,DOS,CMT-PRO,44
Ab Initio,Defect,CMT-PRO,41
Ab Initio,Densities,CMT-PRO,34
Ab Initio,Density,CMT-PRO,85
Ab Initio,Density Functional,CMT-CMT,71
Ab Initio,Density Functional Calculations,CMT-CMT,70
Ab Initio,Density Functional Method,CMT-CMT,48
Ab Initio,Density Functional Theory,CMT-CMT,500
Ab Initio,Density of States,CMT-PRO,86
Ab Initio,Density-Functional Theory Calculations,CMT-CMT,88
Ab Initio,Diamonds,CMT-CHM,143
Ab Initio,Dihedral Angle,CMT-PRO,77
Ab Initio,Dimers,CMT-DSC,38
Ab Initio,Dipole Moment,CMT-PRO,161
Ab Initio,Dissociation Energy,CMT-PRO,67
Ab Initio,Distance,CMT-PRO,60
Ab Initio,Doped,CMT-DSC,90
Ab Initio,Doping,CMT-SMT,30
Ab Initio,Dynamics,CMT-PRO,45
Ab Initio,Elastic,CMT-PRO,30
Ab Initio,Elastic Constant,CMT-PRO,67
Ab Initio,Electrode,CMT-APL,40
Ab Initio,Electrodes,CMT-APL,36
Ab Initio,Electron Density,CMT-PRO,73
Ab Initio,Electron Diffraction,CMT-CMT,38
Ab Initio,Electronic,CMT-PRO,136
Ab Initio,Electronic Band Structures,CMT-PRO,33
Ab Initio,Electronic Correlation,CMT-PRO,59
Ab Initio,Electronic Ground State,CMT-PRO,43
Ab Initio,Electronic Properties,CMT-PRO,111
Ab Initio,Electronic State,CMT-PRO,121
Ab Initio,Electronic Structure,CMT-PRO,183
Ab Initio,Electronic Structures,CMT-PRO,46
Ab Initio,Electrons,CMT-PRO,38
Ab Initio,Electrostatic Potential,CMT-PRO,47
Ab Initio,Electrostatics,CMT-PRO,34
Ab Initio,Energetic,CMT-PRO,146
Ab Initio,Energies,CMT-PRO,295
Ab Initio,Energy,CMT-PRO,175
Ab Initio,Energy Barrier,CMT-PRO,59
Ab Initio,Energy Difference,CMT-PRO,34
Ab Initio,Energy Gap,CMT-PRO,39
Ab Initio,Energy Level,CMT-PRO,74
Ab Initio,Enthalpies,CMT-PRO,51
Ab Initio,Enthalpies of Formation,CMT-PRO,74
Ab Initio,Enthalpy,CMT-PRO,39
Ab Initio,Entropy,CMT-PRO,43
Ab Initio,Equilibrium Geometry,CMT-PRO,55
Ab Initio,Equilibrium Structures,CMT-PRO,42
Ab Initio,Ethane,CMT-CHM,32
Ab Initio,Ethanol,CMT-CHM,32
Ab Initio,Ethylene,CMT-CHM,53
Ab Initio,Excitation Energies,CMT-PRO,32
Ab Initio,Excited,CMT-PRO,39
Ab Initio,Excited State,CMT-PRO,54
Ab Initio,F,CMT-CHM,121
Ab Initio,FCC,CMT-SPL,98
Ab Initio,FTIR,CMT-CMT,39
Ab Initio,Fe,CMT-CHM,175
Ab Initio,Fermi Energy,CMT-PRO,33
Ab Initio,Fermi Level,CMT-PRO,66
Ab Initio,Ferromagnetic,CMT-PRO,46
Ab Initio,Field,CMT-CMT,34
Ab Initio,Film,CMT-DSC,63
Ab Initio,Films,CMT-DSC,59
Ab Initio,First Principle Calculation,CMT-CMT,58
Ab Initio,First Principles,CMT-CMT,63
Ab Initio,Fluorine,CMT-CHM,61
Ab Initio,Force Constant,CMT-PRO,60
Ab Initio,Force Field,CMT-CMT,73
Ab Initio,Formation Energy,CMT-PRO,52
Ab Initio,Free Energy,CMT-PRO,97
Ab Initio,Frequencies,CMT-PRO,104
Ab Initio,G,CMT-PRO,43
Ab Initio,GGA,CMT-CMT,51
Ab Initio,Ga,CMT-CHM,41
Ab Initio,Ge,CMT-CHM,62
Ab Initio,Generalized Gradient Approximation,CMT-CMT,50
Ab Initio,Geometrical Parameters,CMT-PRO,61
Ab Initio,Geometries,CMT-PRO,191
Ab Initio,Geometry,CMT-PRO,105
Ab Initio,Geometry Optimization,CMT-CMT,36
Ab Initio,Geometry Parameters,CMT-PRO,68
Ab Initio,Glycine,CMT-CHM,31
Ab Initio,Graphene,CMT-CHM,91
Ab Initio,Graphite,CMT-CHM,37
Ab Initio,Ground,CMT-PRO,85
Ab Initio,Ground Electronic States,CMT-PRO,45
Ab Initio,Ground State,CMT-PRO,236
Ab Initio,H2,CMT-CHM,131
Ab Initio,H2O,CMT-CHM,186
Ab Initio,HCN,CMT-CHM,33
Ab Initio,HCP,CMT-SPL,46
Ab Initio,HCl,CMT-CHM,72
Ab Initio,Halides,CMT-CHM,33
Ab Initio,Halogen,CMT-CHM,55
Ab Initio,Harmonic Frequency,CMT-PRO,61
Ab Initio,Harmonic Vibrational Frequency,CMT-PRO,49
Ab Initio,Hartree–Fock,CMT-CMT,64
Ab Initio,Heat Capacity,CMT-PRO,45
Ab Initio,Heat of Formation,CMT-PRO,47
Ab Initio,Heating,CMT-SMT,33
Ab Initio,Helium,CMT-CHM,80
Ab Initio,Hexagonal,CMT-SPL,71
Ab Initio,Homo,CMT-PRO,45
Ab Initio,Hydrocarbon,CMT-CHM,43
Ab Initio,Hydrogen,CMT-CHM,882
Ab Initio,Hydroxyl,CMT-CHM,67
Ab Initio,Infrared,CMT-CMT,106
Ab Initio,Infrared Spectra,CMT-CMT,31
Ab Initio,Initio,CMT-CMT,64
Ab Initio,Inter Atomic Distance,CMT-PRO,41
Ab Initio,Interaction,CMT-PRO,40
Ab Initio,Interaction Energies,CMT-PRO,123
Ab Initio,Interaction Energy,CMT-PRO,71
Ab Initio,Interaction Potential,CMT-PRO,30
Ab Initio,Interatomic Potentials,CMT-PRO,33
Ab Initio,Interface,CMT-DSC,120
Ab Initio,Ionization Potential,CMT-PRO,41
Ab Initio,Ir,CMT-CMT,141
Ab Initio,Iron,CMT-CHM,56
Ab Initio,K,CMT-PRO,73
Ab Initio,LDA,CMT-CMT,43
Ab Initio,LIF,CMT-CMT,30
Ab Initio,LUMO,CMT-PRO,31
Ab Initio,Lattice Constant,CMT-PRO,51
Ab Initio,Lattice Parameter,CMT-PRO,70
Ab Initio,Layers,CMT-DSC,133
Ab Initio,Least Squares Fit,CMT-CMT,41
Ab Initio,Li,CMT-CHM,94
Ab Initio,Lithium,CMT-CHM,53
Ab Initio,Local Density Approximation,CMT-CMT,38
Ab Initio,MD,CMT-CMT,75
Ab Initio,MD Simulation,CMT-CMT,80
Ab Initio,MP2,CMT-CMT,458
Ab Initio,"MP2/6-311++G(D,P)",CMT-CMT,30
Ab Initio,Magenta,CMT-CHM,39
Ab Initio,Magnetic Moment,CMT-PRO,89
Ab Initio,Magnetic Properties,CMT-PRO,59
Ab Initio,Magnetic Susceptibility,CMT-PRO,34
Ab Initio,Magnetics,CMT-PRO,67
Ab Initio,Magnetization,CMT-PRO,51
Ab Initio,Matrix Element,CMT-PRO,36
Ab Initio,Metallic,CMT-PRO,53
Ab Initio,Metals,CMT-PRO,111
Ab Initio,Metastable,CMT-PRO,50
Ab Initio,Methane,CMT-CHM,64
Ab Initio,Methanol,CMT-CHM,71
Ab Initio,Methods,CMT-CMT,42
Ab Initio,Methyl,CMT-CHM,135
Ab Initio,Mg,CMT-CHM,55
Ab Initio,MgO,CMT-CHM,33
Ab Initio,Microstructure,CMT-PRO,35
Ab Initio,Mn,CMT-CHM,72
Ab Initio,Mo,CMT-CHM,39
Ab Initio,Models,CMT-CMT,41
Ab Initio,Modes,CMT-PRO,32
Ab Initio,Molecular Dynamics,CMT-CMT,39
Ab Initio,Molecular Dynamics (MD) Simulation,CMT-CMT,113
Ab Initio,Molecular Mechanics,CMT-CMT,32
Ab Initio,Molecular Orbital,CMT-PRO,32
Ab Initio,Molecular Parameters,CMT-PRO,31
Ab Initio,Molecular Structure,CMT-PRO,191
Ab Initio,Monolayers,CMT-DSC,61
Ab Initio,Mrci,CMT-CMT,34
Ab Initio,N2,CMT-CHM,84
Ab Initio,NBO,CMT-CMT,32
Ab Initio,NH,CMT-CHM,68
Ab Initio,NH2,CMT-CHM,38
Ab Initio,NH3,CMT-CHM,54
Ab Initio,NMR,CMT-CMT,95
Ab Initio,NO,CMT-CHM,61
Ab Initio,Na,CMT-CHM,57
Ab Initio,Na+,CMT-CHM,37
Ab Initio,NaCl,CMT-CHM,37
Ab Initio,Nanoparticles,CMT-DSC,33
Ab Initio,Nanotube,CMT-DSC,55
Ab Initio,Ne,CMT-CHM,40
Ab Initio,Ni,CMT-CHM,97
Ab Initio,Nitrogen,CMT-CHM,156
Ab Initio,O,CMT-CHM,329
Ab Initio,O2,CMT-CHM,100
Ab Initio,OH,CMT-CHM,256
Ab Initio,Optical Properties,CMT-PRO,49
Ab Initio,Orthorhombic,CMT-SPL,35
Ab Initio,Oscillator Strength,CMT-PRO,36
Ab Initio,Oxidation,CMT-SMT,44
Ab Initio,Oxides,CMT-CHM,43
Ab Initio,Oxygen,CMT-CHM,413
Ab Initio,P,CMT-PRO,40
Ab Initio,PESS,CMT-PRO,42
Ab Initio,PM3,CMT-CMT,61
Ab Initio,Pd,CMT-CHM,32
Ab Initio,Perovskites,CMT-CHM,47
Ab Initio,Perovskites,CMT-SPL,54
Ab Initio,Pes,CMT-CMT,126
Ab Initio,Pes,CMT-PRO,68
Ab Initio,Phase Diagram,CMT-PRO,99
Ab Initio,Phenol,CMT-CHM,31
Ab Initio,Phenyls,CMT-CHM,59
Ab Initio,Phosphorus,CMT-CHM,35
Ab Initio,Photoelectron,CMT-CMT,39
Ab Initio,Polarizability,CMT-PRO,42
Ab Initio,Polycrystalline,CMT-DSC,39
Ab Initio,Potential,CMT-CMT,62
Ab Initio,Potential,CMT-PRO,104
Ab Initio,Potential Energies,CMT-PRO,34
Ab Initio,Potential Energy,CMT-PRO,114
Ab Initio,Potential Energy Curve,CMT-CMT,71
Ab Initio,Potential Energy Curve,CMT-PRO,58
Ab Initio,Potential Energy Surface,CMT-CMT,119
Ab Initio,Potential Energy Surface,CMT-PRO,328
Ab Initio,Potential Function,CMT-PRO,31
Ab Initio,Potential Parameters,CMT-PRO,30
Ab Initio,Potentials,CMT-PRO,35
Ab Initio,Pt,CMT-CHM,50
Ab Initio,Pure,CMT-DSC,50
Ab Initio,Pyridine,CMT-CHM,54
Ab Initio,Quantum Chemical Calculation,CMT-CMT,55
Ab Initio,Radial Distribution Function,CMT-PRO,56
Ab Initio,Raman,CMT-CMT,197
Ab Initio,Rate Coefficient,CMT-PRO,62
Ab Initio,Rate Constant,CMT-PRO,180
Ab Initio,Reaction Mechanism,CMT-PRO,35
Ab Initio,Reactivity,CMT-PRO,53
Ab Initio,Relative,CMT-PRO,32
Ab Initio,Relative Energies,CMT-PRO,141
Ab Initio,Relaxation Time,CMT-PRO,37
Ab Initio,Rhf,CMT-CMT,39
Ab Initio,Rotational,CMT-PRO,45
Ab Initio,Rotational Constant,CMT-PRO,164
Ab Initio,S1,CMT-PRO,30
Ab Initio,Se,CMT-CHM,31
Ab Initio,Semi-Empirical Calculations,CMT-CMT,42
Ab Initio,Semiconductor,CMT-PRO,59
Ab Initio,Semiempirical,CMT-CMT,82
Ab Initio,Si,CMT-CHM,199
Ab Initio,Silica,CMT-CHM,34
Ab Initio,Silicon,CMT-CHM,114
Ab Initio,Single Crystal,CMT-DSC,90
Ab Initio,Singlet,CMT-PRO,34
Ab Initio,Sn,CMT-CHM,44
Ab Initio,Society,CMT-CMT,45
Ab Initio,Sodium,CMT-CHM,31
Ab Initio,Solid,CMT-DSC,64
Ab Initio,Solid Solution,CMT-DSC,49
Ab Initio,Spectroscopic Constants,CMT-PRO,91
Ab Initio,Spectroscopic Parameters,CMT-PRO,34
Ab Initio,Spectrum,CMT-PRO,33
Ab Initio,Spin,CMT-PRO,52
Ab Initio,Spin Orbit Coupling,CMT-PRO,67
Ab Initio,Stabilities,CMT-PRO,42
Ab Initio,Stability,CMT-PRO,181
Ab Initio,State,CMT-PRO,49
Ab Initio,States,CMT-PRO,69
Ab Initio,Stick,CMT-CMT,33
Ab Initio,Stoichiometries,CMT-DSC,30
Ab Initio,Stretching Mode,CMT-PRO,31
Ab Initio,Structural,CMT-PRO,205
Ab Initio,Structural Parameter,CMT-PRO,168
Ab Initio,Structural Property,CMT-PRO,55
Ab Initio,Structure,CMT-PRO,473
Ab Initio,Structures,CMT-PRO,288
Ab Initio,Substrate,CMT-DSC,94
Ab Initio,Sulfur,CMT-CHM,71
Ab Initio,Surface,CMT-DSC,436
Ab Initio,Surface,CMT-PRO,34
Ab Initio,Surfaces,CMT-DSC,203
Ab Initio,T,CMT-PRO,54
Ab Initio,TEM,CMT-CMT,34
Ab Initio,THF,CMT-CHM,31
Ab Initio,Te,CMT-CHM,30
Ab Initio,Thermodynamic Property,CMT-PRO,52
Ab Initio,Thermodynamics,CMT-PRO,67
Ab Initio,Thin Films,CMT-DSC,35
Ab Initio,Ti,CMT-CHM,79
Ab Initio,Toluene,CMT-CHM,37
Ab Initio,Torsional Angle,CMT-PRO,60
Ab Initio,Total,CMT-PRO,34
Ab Initio,Total Energy,CMT-PRO,110
Ab Initio,Transition Dipole Moment,CMT-PRO,31
Ab Initio,Transition Metal,CMT-CHM,81
Ab Initio,Transition State,CMT-PRO,64
Ab Initio,Transitions,CMT-PRO,41
Ab Initio,Triplet,CMT-PRO,32
Ab Initio,Unit Cell,CMT-PRO,32
Ab Initio,Vacancies,CMT-PRO,32
Ab Initio,Valence Band,CMT-PRO,31
Ab Initio,Vibration Mode,CMT-PRO,76
Ab Initio,Vibrational,CMT-PRO,64
Ab Initio,Vibrational Frequency,CMT-PRO,212
Ab Initio,Vibrational Spectra,CMT-CMT,41
Ab Initio,Vibrational Spectra,CMT-PRO,43
Ab Initio,Wave Function,CMT-PRO,87
Ab Initio,Wurtzite,CMT-CHM,31
Ab Initio,Wurtzite,CMT-SPL,31
Ab Initio,X Ray,CMT-CMT,60
Ab Initio,X-Ray Diffraction,CMT-CMT,71
Ab Initio,XRD,CMT-CMT,44
Ab Initio,Xe,CMT-CHM,36
Ab Initio,Zeolites,CMT-CHM,49
Ab Initio,Zero Point Energy,CMT-PRO,49
Ab Initio,Zinc Blende,CMT-SPL,31
Ab Initio,Zn,CMT-CHM,52
Ab Initio,Zr,CMT-CHM,40
Ab Initio Calculations,13C,CMT-CHM,123
Ab Initio Calculations,13C NMR,CMT-CMT,40
Ab Initio Calculations,15N,CMT-CHM,33
Ab Initio Calculations,1D,CMT-DSC,31
Ab Initio Calculations,1H,CMT-CHM,120
Ab Initio Calculations,1H,CMT-CMT,33
Ab Initio Calculations,1H NMR,CMT-CMT,50
Ab Initio Calculations,2D,CMT-DSC,106
Ab Initio Calculations,3-21G,CMT-CMT,35
Ab Initio Calculations,3D,CMT-DSC,46
Ab Initio Calculations,"6-311++G(D,P)",CMT-CMT,32
Ab Initio Calculations,6-31G,CMT-CMT,45
Ab Initio Calculations,6-31G(D),CMT-CMT,49
Ab Initio Calculations,6-31G*,CMT-CMT,105
Ab Initio Calculations,6-31G**,CMT-CMT,60
Ab Initio Calculations,AUG-CC-PVDZ,CMT-CMT,62
Ab Initio Calculations,AUG-CC-PVTZ,CMT-CMT,70
Ab Initio Calculations,Ab Initio,CMT-CMT,526
Ab Initio Calculations,Ab Initio Method,CMT-CMT,90
Ab Initio Calculations,Absorption,CMT-CMT,63
Ab Initio Calculations,Absorption,CMT-PRO,72
Ab Initio Calculations,Absorption Bands,CMT-PRO,34
Ab Initio Calculations,Absorption Spectrum,CMT-CMT,72
Ab Initio Calculations,Acetone,CMT-CHM,43
Ab Initio Calculations,Acetonitrile,CMT-CHM,61
Ab Initio Calculations,Acetylene,CMT-CHM,77
Ab Initio Calculations,Activation Barrier,CMT-PRO,54
Ab Initio Calculations,Activation Energies,CMT-PRO,69
Ab Initio Calculations,Activation Energy,CMT-PRO,95
Ab Initio Calculations,Adsorption Energy,CMT-PRO,75
Ab Initio Calculations,Ag,CMT-CHM,118
Ab Initio Calculations,Al,CMT-CHM,263
Ab Initio Calculations,Al2O3,CMT-CHM,37
Ab Initio Calculations,AlN,CMT-CHM,42
Ab Initio Calculations,Alcohols,CMT-CHM,52
Ab Initio Calculations,Alkane,CMT-CHM,36
Ab Initio Calculations,Alkene,CMT-CHM,30
Ab Initio Calculations,Alkyls,CMT-CHM,67
Ab Initio Calculations,Alloy,CMT-DSC,191
Ab Initio Calculations,Alloying,CMT-SMT,41
Ab Initio Calculations,Alloys,CMT-DSC,288
Ab Initio Calculations,Alumina,CMT-CHM,32
Ab Initio Calculations,Aluminum,CMT-CHM,86
Ab Initio Calculations,Amides,CMT-CHM,70
Ab Initio Calculations,Amines,CMT-CHM,74
Ab Initio Calculations,Amino,CMT-CHM,49
Ab Initio Calculations,Amino Acid,CMT-CHM,65
Ab Initio Calculations,Ammonia,CMT-CHM,91
Ab Initio Calculations,Amorphous,CMT-DSC,139
Ab Initio Calculations,Anatase,CMT-SPL,37
Ab Initio Calculations,Angles,CMT-PRO,109
Ab Initio Calculations,Anisotropy,CMT-PRO,76
Ab Initio Calculations,Annealed,CMT-SMT,43
Ab Initio Calculations,Annealing,CMT-SMT,110
Ab Initio Calculations,Anode,CMT-APL,31
Ab Initio Calculations,Antiferromagnetic,CMT-PRO,96
Ab Initio Calculations,Anvil Cell,CMT-APL,34
Ab Initio Calculations,Ar,CMT-CHM,94
Ab Initio Calculations,Argon,CMT-CHM,134
Ab Initio Calculations,Arrhenius Plot,CMT-CMT,47
Ab Initio Calculations,Atomic,CMT-PRO,57
Ab Initio Calculations,Atomic Charge,CMT-PRO,41
Ab Initio Calculations,Atomic Position,CMT-PRO,35
Ab Initio Calculations,Atomic Structure,CMT-PRO,49
Ab Initio Calculations,Au,CMT-CHM,125
Ab Initio Calculations,Au(111),CMT-CHM,33
Ab Initio Calculations,B1,CMT-SPL,30
Ab Initio Calculations,B2,CMT-SPL,38
Ab Initio Calculations,B3LYP,CMT-CMT,286
Ab Initio Calculations,BCC,CMT-SPL,104
Ab Initio Calculations,Ba,CMT-CHM,42
Ab Initio Calculations,Band Gap,CMT-PRO,213
Ab Initio Calculations,Band Structure,CMT-PRO,163
Ab Initio Calculations,Bandgap,CMT-PRO,105
Ab Initio Calculations,Barrier Height,CMT-PRO,67
Ab Initio Calculations,Benzenes,CMT-CHM,204
Ab Initio Calculations,Bilayer,CMT-DSC,58
Ab Initio Calculations,Binding Energies,CMT-PRO,209
Ab Initio Calculations,Binding Energy,CMT-PRO,168
Ab Initio Calculations,Blue Line,CMT-CHM,59
Ab Initio Calculations,Body Centred Cubic,CMT-SPL,33
Ab Initio Calculations,Bond,CMT-PRO,31
Ab Initio Calculations,Bond Angles,CMT-PRO,83
Ab Initio Calculations,Bond Dissociation Energy,CMT-PRO,42
Ab Initio Calculations,Bond Distance,CMT-PRO,59
Ab Initio Calculations,Bond Energy,CMT-PRO,35
Ab Initio Calculations,Bond Length,CMT-PRO,264
Ab Initio Calculations,Bonding,CMT-PRO,60
Ab Initio Calculations,Boron,CMT-CHM,137
Ab Initio Calculations,Boron Nitride,CMT-CHM,53
Ab Initio Calculations,Br,CMT-CHM,157
Ab Initio Calculations,Branching Ratio,CMT-PRO,36
Ab Initio Calculations,Bromine,CMT-CHM,36
Ab Initio Calculations,Bulk,CMT-DSC,481
Ab Initio Calculations,Bulk Modulus,CMT-PRO,125
Ab Initio Calculations,C,CMT-CHM,79
Ab Initio Calculations,C-C,CMT-CHM,45
Ab Initio Calculations,C-H,CMT-CHM,50
Ab Initio Calculations,C2H2,CMT-CHM,33
Ab Initio Calculations,C2H4,CMT-CHM,36
Ab Initio Calculations,C2V,CMT-SPL,60
Ab Initio Calculations,C60,CMT-CHM,44
Ab Initio Calculations,CASPT2,CMT-CMT,39
Ab Initio Calculations,CASSCF,CMT-CMT,59
Ab Initio Calculations,CCSD (T),CMT-CMT,159
Ab Initio Calculations,CH,CMT-CHM,124
Ab Initio Calculations,CH2,CMT-CHM,40
Ab Initio Calculations,CH3,CMT-CHM,97
Ab Initio Calculations,CH3OH,CMT-CHM,37
Ab Initio Calculations,CH4,CMT-CHM,78
Ab Initio Calculations,CO,CMT-CHM,272
Ab Initio Calculations,CO2,CMT-CHM,164
Ab Initio Calculations,CS,CMT-SPL,30
Ab Initio Calculations,Ca,CMT-CHM,78
Ab Initio Calculations,CaH,CMT-CHM,33
Ab Initio Calculations,Calculations,CMT-CMT,32
Ab Initio Calculations,Capacity,CMT-PRO,33
Ab Initio Calculations,Carbon,CMT-CHM,683
Ab Initio Calculations,Carbon Dioxide,CMT-CHM,43
Ab Initio Calculations,Carbons,CMT-CHM,57
Ab Initio Calculations,Carbonyls,CMT-CHM,77
Ab Initio Calculations,Carboxylates,CMT-CHM,31
Ab Initio Calculations,Carboxylic Acid,CMT-CHM,36
Ab Initio Calculations,Catalyst,CMT-APL,130
Ab Initio Calculations,Cathode,CMT-APL,62
Ab Initio Calculations,Cc,CMT-CMT,34
Ab Initio Calculations,Cd,CMT-CHM,44
Ab Initio Calculations,Centrifugal Distortion Constants,CMT-PRO,40
Ab Initio Calculations,Ceramic,CMT-DSC,31
Ab Initio Calculations,Chains,CMT-DSC,55
Ab Initio Calculations,Charge Density,CMT-PRO,43
Ab Initio Calculations,Charge Distribution,CMT-PRO,67
Ab Initio Calculations,Charge Transfer,CMT-PRO,102
Ab Initio Calculations,Charges,CMT-PRO,69
Ab Initio Calculations,Chemical,CMT-PRO,33
Ab Initio Calculations,Chemical Bonding,CMT-PRO,64
Ab Initio Calculations,Chemical Composition,CMT-PRO,41
Ab Initio Calculations,Chemical Potential,CMT-PRO,36
Ab Initio Calculations,Chemical Properties,CMT-PRO,31
Ab Initio Calculations,Chemical Shift,CMT-PRO,94
Ab Initio Calculations,Chemical Structures,CMT-PRO,44
Ab Initio Calculations,Chlorides,CMT-CHM,60
Ab Initio Calculations,Chlorines,CMT-CHM,86
Ab Initio Calculations,Chloroform,CMT-CHM,31
Ab Initio Calculations,Cl,CMT-CHM,302
Ab Initio Calculations,Cluster,CMT-DSC,689
Ab Initio Calculations,Co,CMT-CHM,230
Ab Initio Calculations,Coatings,CMT-APL,39
Ab Initio Calculations,Cobalt,CMT-CHM,43
Ab Initio Calculations,Cohesive Energy,CMT-PRO,48
Ab Initio Calculations,Composite,CMT-DSC,59
Ab Initio Calculations,Compositions,CMT-PRO,316
Ab Initio Calculations,Concentration,CMT-PRO,46
Ab Initio Calculations,Conductance,CMT-PRO,42
Ab Initio Calculations,Conduction Band,CMT-PRO,84
Ab Initio Calculations,Conductivity,CMT-PRO,61
Ab Initio Calculations,Conformational Stability,CMT-PRO,40
Ab Initio Calculations,Contacts,CMT-APL,30
Ab Initio Calculations,Cooling,CMT-SMT,50
Ab Initio Calculations,Coordination Number,CMT-PRO,64
Ab Initio Calculations,Copper,CMT-CHM,87
Ab Initio Calculations,Cr,CMT-CHM,139
Ab Initio Calculations,Cross Section,CMT-PRO,70
Ab Initio Calculations,Crystal,CMT-DSC,403
Ab Initio Calculations,Crystal,CMT-PRO,30
Ab Initio Calculations,Crystal Structure,CMT-PRO,306
Ab Initio Calculations,Crystalline,CMT-DSC,199
Ab Initio Calculations,Cu,CMT-CHM,250
Ab Initio Calculations,Cu(111),CMT-CHM,39
Ab Initio Calculations,Cubic,CMT-SPL,198
Ab Initio Calculations,Curie Temperature,CMT-PRO,51
Ab Initio Calculations,Curves,CMT-CMT,30
Ab Initio Calculations,Cyclic Voltammetry,CMT-CMT,33
Ab Initio Calculations,Cytosine,CMT-CHM,31
Ab Initio Calculations,D2O,CMT-CHM,36
Ab Initio Calculations,DFT,CMT-CMT,502
Ab Initio Calculations,DFT Calculations,CMT-CMT,64
Ab Initio Calculations,DMSO,CMT-CHM,41
Ab Initio Calculations,DOS,CMT-PRO,58
Ab Initio Calculations,Debye Temperature,CMT-PRO,42
Ab Initio Calculations,Defect,CMT-PRO,106
Ab Initio Calculations,Densities,CMT-PRO,48
Ab Initio Calculations,Density,CMT-PRO,109
Ab Initio Calculations,Density Functional,CMT-CMT,41
Ab Initio Calculations,Density Functional Theory,CMT-CMT,686
Ab Initio Calculations,Density of States,CMT-PRO,136
Ab Initio Calculations,Density-Functional Theory Calculations,CMT-CMT,56
Ab Initio Calculations,Deuterium,CMT-CHM,51
Ab Initio Calculations,Di-Methyl Ether,CMT-CHM,30
Ab Initio Calculations,Diamonds,CMT-CHM,204
Ab Initio Calculations,Dielectric Constant,CMT-PRO,30
Ab Initio Calculations,Dielectric Function,CMT-PRO,42
Ab Initio Calculations,Diffraction,CMT-CMT,34
Ab Initio Calculations,Diffusion Coefficient,CMT-PRO,36
Ab Initio Calculations,Dihedral Angle,CMT-PRO,69
Ab Initio Calculations,Dimers,CMT-DSC,46
Ab Initio Calculations,Dipole,CMT-PRO,32
Ab Initio Calculations,Dipole Moment,CMT-PRO,181
Ab Initio Calculations,Dislocation,CMT-PRO,53
Ab Initio Calculations,Disordered,CMT-PRO,31
Ab Initio Calculations,Dissociation Energy,CMT-PRO,69
Ab Initio Calculations,Distance,CMT-PRO,63
Ab Initio Calculations,Doped,CMT-DSC,297
Ab Initio Calculations,Doping,CMT-SMT,128
Ab Initio Calculations,Dynamics,CMT-PRO,36
Ab Initio Calculations,EXAFS,CMT-CMT,52
Ab Initio Calculations,Effect,CMT-PRO,36
Ab Initio Calculations,Effective,CMT-PRO,30
Ab Initio Calculations,Elastic,CMT-PRO,49
Ab Initio Calculations,Elastic Constant,CMT-PRO,119
Ab Initio Calculations,Elastic Modulus,CMT-PRO,43
Ab Initio Calculations,Elastic Property,CMT-PRO,72
Ab Initio Calculations,Electrical Conductivity,CMT-PRO,38
Ab Initio Calculations,Electrode,CMT-APL,97
Ab Initio Calculations,Electrodes,CMT-APL,85
Ab Initio Calculations,Electrolyte,CMT-APL,71
Ab Initio Calculations,Electron Density,CMT-PRO,96
Ab Initio Calculations,Electron Diffraction,CMT-CMT,54
Ab Initio Calculations,Electron Transition,CMT-PRO,46
Ab Initio Calculations,Electron Transport,CMT-PRO,32
Ab Initio Calculations,Electronic,CMT-PRO,283
Ab Initio Calculations,Electronic Band Structures,CMT-PRO,65
Ab Initio Calculations,Electronic Correlation,CMT-PRO,65
Ab Initio Calculations,Electronic Ground State,CMT-PRO,40
Ab Initio Calculations,Electronic Properties,CMT-PRO,278
Ab Initio Calculations,Electronic State,CMT-PRO,171
Ab Initio Calculations,Electronic Structure,CMT-PRO,491
Ab Initio Calculations,Electronic Structure Calculations,CMT-CMT,39
Ab Initio Calculations,Electronic Structures,CMT-PRO,120
Ab Initio Calculations,Electronic Transition,CMT-PRO,30
Ab Initio Calculations,Electrons,CMT-PRO,58
Ab Initio Calculations,Electrostatic Interaction,CMT-PRO,34
Ab Initio Calculations,Electrostatic Potential,CMT-PRO,45
Ab Initio Calculations,Electrostatics,CMT-PRO,43
Ab Initio Calculations,Elemental Analysis,CMT-CMT,30
Ab Initio Calculations,Energetic,CMT-PRO,187
Ab Initio Calculations,Energies,CMT-PRO,220
Ab Initio Calculations,Energy,CMT-PRO,146
Ab Initio Calculations,Energy Barrier,CMT-PRO,114
Ab Initio Calculations,Energy Difference,CMT-PRO,34
Ab Initio Calculations,Energy Gap,CMT-PRO,64
Ab Initio Calculations,Energy Level,CMT-PRO,73
Ab Initio Calculations,Enthalpies,CMT-PRO,35
Ab Initio Calculations,Enthalpies of Formation,CMT-PRO,93
Ab Initio Calculations,Enthalpy,CMT-PRO,63
Ab Initio Calculations,Enthalpy Difference,CMT-PRO,48
Ab Initio Calculations,Entropy,CMT-PRO,79
Ab Initio Calculations,Epr,CMT-CMT,38
Ab Initio Calculations,Equation of State,CMT-PRO,35
Ab Initio Calculations,Equilibrium Constant,CMT-PRO,33
Ab Initio Calculations,Equilibrium Geometry,CMT-PRO,44
Ab Initio Calculations,Equilibrium Structures,CMT-PRO,55
Ab Initio Calculations,Esters,CMT-CHM,39
Ab Initio Calculations,Ethanol,CMT-CHM,56
Ab Initio Calculations,Ethers,CMT-CHM,45
Ab Initio Calculations,Ethylene,CMT-CHM,59
Ab Initio Calculations,Exchange Interaction,CMT-PRO,67
Ab Initio Calculations,Excitation Energies,CMT-PRO,36
Ab Initio Calculations,Excitation Spectra,CMT-CMT,31
Ab Initio Calculations,Excited,CMT-PRO,51
Ab Initio Calculations,Excited State,CMT-PRO,87
Ab Initio Calculations,F,CMT-CHM,146
Ab Initio Calculations,FCC,CMT-SPL,135
Ab Initio Calculations,FTIR,CMT-CMT,83
Ab Initio Calculations,Face Centered Cubic,CMT-SPL,51
Ab Initio Calculations,Fe,CMT-CHM,351
Ab Initio Calculations,Fermi Energy,CMT-PRO,61
Ab Initio Calculations,Fermi Level,CMT-PRO,177
Ab Initio Calculations,Fermi Surface,CMT-PRO,36
Ab Initio Calculations,Ferroelectric,CMT-PRO,34
Ab Initio Calculations,Ferromagnetic,CMT-PRO,137
Ab Initio Calculations,Ferromagnetism,CMT-PRO,46
Ab Initio Calculations,Film,CMT-DSC,184
Ab Initio Calculations,Films,CMT-DSC,215
Ab Initio Calculations,First Principle Calculation,CMT-CMT,97
Ab Initio Calculations,First Principles,CMT-CMT,62
Ab Initio Calculations,Fluorescence,CMT-CMT,60
Ab Initio Calculations,Fluoride,CMT-CHM,43
Ab Initio Calculations,Fluorine,CMT-CHM,131
Ab Initio Calculations,Force Constant,CMT-PRO,36
Ab Initio Calculations,Force Field,CMT-CMT,57
Ab Initio Calculations,Formaldehyde,CMT-CHM,39
Ab Initio Calculations,Formation Energy,CMT-PRO,122
Ab Initio Calculations,Formic Acids,CMT-CHM,31
Ab Initio Calculations,Free Energy,CMT-PRO,69
Ab Initio Calculations,Frequencies,CMT-PRO,86
Ab Initio Calculations,Fullerene,CMT-CHM,56
Ab Initio Calculations,G,CMT-PRO,51
Ab Initio Calculations,GGA,CMT-CMT,66
Ab Initio Calculations,Ga,CMT-CHM,96
Ab Initio Calculations,GaAs,CMT-CHM,43
Ab Initio Calculations,GaN,CMT-CHM,54
Ab Initio Calculations,Gap,CMT-PRO,67
Ab Initio Calculations,Gd,CMT-CHM,47
Ab Initio Calculations,Ge,CMT-CHM,114
Ab Initio Calculations,Ged,CMT-CMT,33
Ab Initio Calculations,Generalized Gradient Approximation,CMT-CMT,95
Ab Initio Calculations,Geometrical,CMT-PRO,34
Ab Initio Calculations,Geometrical Parameters,CMT-PRO,41
Ab Initio Calculations,Geometries,CMT-PRO,157
Ab Initio Calculations,Geometry,CMT-PRO,108
Ab Initio Calculations,Geometry Optimization,CMT-CMT,51
Ab Initio Calculations,Geometry Parameters,CMT-PRO,43
Ab Initio Calculations,Gibbs Free Energy,CMT-PRO,36
Ab Initio Calculations,Glass,CMT-DSC,34
Ab Initio Calculations,Glycine,CMT-CHM,35
Ab Initio Calculations,Grain Boundaries,CMT-PRO,34
Ab Initio Calculations,Graphene,CMT-CHM,305
Ab Initio Calculations,Graphite,CMT-CHM,112
Ab Initio Calculations,Ground,CMT-PRO,91
Ab Initio Calculations,Ground Electronic States,CMT-PRO,55
Ab Initio Calculations,Ground State,CMT-PRO,262
Ab Initio Calculations,Guanine,CMT-CHM,33
Ab Initio Calculations,H2,CMT-CHM,200
Ab Initio Calculations,H2O,CMT-CHM,254
Ab Initio Calculations,H2S,CMT-CHM,43
Ab Initio Calculations,HCN,CMT-CHM,38
Ab Initio Calculations,HCP,CMT-SPL,72
Ab Initio Calculations,HCl,CMT-CHM,83
Ab Initio Calculations,HRTEM,CMT-CMT,39
Ab Initio Calculations,Halides,CMT-CHM,67
Ab Initio Calculations,Halogen,CMT-CHM,97
Ab Initio Calculations,Hardness,CMT-PRO,52
Ab Initio Calculations,Harmonic Frequency,CMT-PRO,43
Ab Initio Calculations,Harmonic Vibrational Frequency,CMT-PRO,32
Ab Initio Calculations,Hartree–Fock,CMT-CMT,81
Ab Initio Calculations,Heat Capacity,CMT-PRO,68
Ab Initio Calculations,Heat of Formation,CMT-PRO,64
Ab Initio Calculations,Heated,CMT-SMT,31
Ab Initio Calculations,Heating,CMT-SMT,56
Ab Initio Calculations,Helium,CMT-CHM,119
Ab Initio Calculations,Heterostructure,CMT-DSC,52
Ab Initio Calculations,Heusler,CMT-SPL,50
Ab Initio Calculations,Hexagonal,CMT-SPL,210
Ab Initio Calculations,Hf,CMT-CHM,39
Ab Initio Calculations,Highest Occupied Molecular Orbitals,CMT-PRO,34
Ab Initio Calculations,Homo,CMT-PRO,75
Ab Initio Calculations,Hydride,CMT-CHM,53
Ab Initio Calculations,Hydrocarbon,CMT-CHM,91
Ab Initio Calculations,Hydrogen,CMT-CHM,1411
Ab Initio Calculations,Hydrogen Bond,CMT-PRO,32
Ab Initio Calculations,Hydrogenated,CMT-SMT,37
Ab Initio Calculations,Hydroxide,CMT-CHM,36
Ab Initio Calculations,Hydroxyl,CMT-CHM,111
Ab Initio Calculations,Imidazole,CMT-CHM,33
Ab Initio Calculations,Inelastic Neutron Scattering,CMT-CMT,36
Ab Initio Calculations,Infrared,CMT-CMT,200
Ab Initio Calculations,Infrared Intensities,CMT-PRO,44
Ab Initio Calculations,Infrared Spectra,CMT-CMT,34
Ab Initio Calculations,Infrared Spectroscopy,CMT-CMT,43
Ab Initio Calculations,Initio,CMT-CMT,34
Ab Initio Calculations,Insulating,CMT-PRO,58
Ab Initio Calculations,Insulator,CMT-PRO,38
Ab Initio Calculations,Inter Atomic Distance,CMT-PRO,38
Ab Initio Calculations,Interaction,CMT-PRO,60
Ab Initio Calculations,Interaction Energies,CMT-PRO,113
Ab Initio Calculations,Interaction Energy,CMT-PRO,93
Ab Initio Calculations,Interatomic Potentials,CMT-PRO,31
Ab Initio Calculations,Interface,CMT-DSC,301
Ab Initio Calculations,Intermetallic,CMT-PRO,64
Ab Initio Calculations,Iodine,CMT-CHM,45
Ab Initio Calculations,Ionic,CMT-PRO,45
Ab Initio Calculations,Ionization Energies,CMT-PRO,36
Ab Initio Calculations,Ionization Energy,CMT-PRO,34
Ab Initio Calculations,Ionization Potential,CMT-PRO,53
Ab Initio Calculations,Ir,CMT-CHM,35
Ab Initio Calculations,Ir,CMT-CMT,194
Ab Initio Calculations,Iron,CMT-CHM,138
Ab Initio Calculations,Irradiation,CMT-SMT,74
Ab Initio Calculations,Jet Cooled,CMT-SMT,46
Ab Initio Calculations,Junctions,CMT-APL,38
Ab Initio Calculations,K,CMT-PRO,95
Ab Initio Calculations,Kinetics,CMT-PRO,34
Ab Initio Calculations,Krypton,CMT-CHM,40
Ab Initio Calculations,LDA,CMT-CMT,63
Ab Initio Calculations,LIF,CMT-CMT,36
Ab Initio Calculations,LUMO,CMT-PRO,53
Ab Initio Calculations,La,CMT-CHM,34
Ab Initio Calculations,Lanthanides,CMT-CHM,67
Ab Initio Calculations,Laser-Induced Fluorescence,CMT-CMT,36
Ab Initio Calculations,Lattice Constant,CMT-PRO,120
Ab Initio Calculations,Lattice Dynamics,CMT-PRO,43
Ab Initio Calculations,Lattice Parameter,CMT-PRO,148
Ab Initio Calculations,Layered,CMT-DSC,130
Ab Initio Calculations,Layers,CMT-DSC,415
Ab Initio Calculations,Lewis Acids,CMT-CHM,41
Ab Initio Calculations,Li,CMT-CHM,209
Ab Initio Calculations,Lifetime,CMT-PRO,58
Ab Initio Calculations,Lithium,CMT-CHM,193
Ab Initio Calculations,Local Density Approximation,CMT-CMT,71
Ab Initio Calculations,Local Structure,CMT-PRO,54
Ab Initio Calculations,M,CMT-PRO,38
Ab Initio Calculations,MD,CMT-CMT,72
Ab Initio Calculations,MD Simulation,CMT-CMT,85
Ab Initio Calculations,MP2,CMT-CMT,520
Ab Initio Calculations,Magnesium,CMT-CHM,45
Ab Initio Calculations,Magnetic Anisotropy,CMT-PRO,55
Ab Initio Calculations,Magnetic Behaviour,CMT-PRO,33
Ab Initio Calculations,Magnetic Interaction,CMT-PRO,37
Ab Initio Calculations,Magnetic Moment,CMT-PRO,220
Ab Initio Calculations,Magnetic Ordering,CMT-PRO,34
Ab Initio Calculations,Magnetic Properties,CMT-PRO,215
Ab Initio Calculations,Magnetic Structure,CMT-PRO,31
Ab Initio Calculations,Magnetic Susceptibility,CMT-PRO,60
Ab Initio Calculations,Magnetics,CMT-PRO,210
Ab Initio Calculations,Magnetism,CMT-PRO,78
Ab Initio Calculations,Magnetization,CMT-PRO,140
Ab Initio Calculations,Mass Spectrometry,CMT-CMT,45
Ab Initio Calculations,Matrix,CMT-DSC,51
Ab Initio Calculations,Mechanical,CMT-PRO,44
Ab Initio Calculations,Mechanical Property,CMT-PRO,83
Ab Initio Calculations,Membrane,CMT-DSC,32
Ab Initio Calculations,Metallic,CMT-PRO,186
Ab Initio Calculations,Metals,CMT-PRO,254
Ab Initio Calculations,Metastable,CMT-PRO,140
Ab Initio Calculations,Methane,CMT-CHM,84
Ab Initio Calculations,Methanol,CMT-CHM,135
Ab Initio Calculations,Methods,CMT-CMT,40
Ab Initio Calculations,Methoxyl,CMT-CHM,39
Ab Initio Calculations,Methyl,CMT-CHM,194
Ab Initio Calculations,Methylenes,CMT-CHM,37
Ab Initio Calculations,Mg,CMT-CHM,132
Ab Initio Calculations,MgO,CMT-CHM,64
Ab Initio Calculations,Microstructure,CMT-PRO,90
Ab Initio Calculations,Microwave Spectrum,CMT-CMT,35
Ab Initio Calculations,Microwaves,CMT-CMT,43
Ab Initio Calculations,Mn,CMT-CHM,186
Ab Initio Calculations,Mo,CMT-CHM,89
Ab Initio Calculations,MoS2,CMT-CHM,43
Ab Initio Calculations,Mobility,CMT-PRO,48
Ab Initio Calculations,Models,CMT-CMT,46
Ab Initio Calculations,Modes,CMT-PRO,32
Ab Initio Calculations,Molecular Dynamics,CMT-CMT,72
Ab Initio Calculations,Molecular Dynamics (MD) Simulation,CMT-CMT,202
Ab Initio Calculations,Molecular Mechanics,CMT-CMT,33
Ab Initio Calculations,Molecular Orbital,CMT-PRO,50
Ab Initio Calculations,Molecular Parameters,CMT-PRO,30
Ab Initio Calculations,Molecular Structure,CMT-PRO,215
Ab Initio Calculations,Monoclinic,CMT-SPL,84
Ab Initio Calculations,Monolayers,CMT-DSC,203
Ab Initio Calculations,Monte Carlo Simulations,CMT-CMT,50
Ab Initio Calculations,Morphology,CMT-PRO,65
Ab Initio Calculations,Mrci,CMT-CMT,32
Ab Initio Calculations,Multilayer,CMT-DSC,52
Ab Initio Calculations,N Type,CMT-PRO,42
Ab Initio Calculations,N2,CMT-CHM,142
Ab Initio Calculations,NBO,CMT-CMT,43
Ab Initio Calculations,NH,CMT-CHM,78
Ab Initio Calculations,NH2,CMT-CHM,53
Ab Initio Calculations,NH3,CMT-CHM,92
Ab Initio Calculations,NMR,CMT-CMT,194
Ab Initio Calculations,NMR Spectroscopy,CMT-CMT,34
Ab Initio Calculations,NO,CMT-CHM,98
Ab Initio Calculations,NO2,CMT-CHM,43
Ab Initio Calculations,Na,CMT-CHM,102
Ab Initio Calculations,Na+,CMT-CHM,46
Ab Initio Calculations,NaCl,CMT-CHM,64
Ab Initio Calculations,Nanocluster,CMT-DSC,34
Ab Initio Calculations,Nanocrystals,CMT-DSC,51
Ab Initio Calculations,Nanoparticles,CMT-DSC,103
Ab Initio Calculations,Nanoribbon,CMT-DSC,52
Ab Initio Calculations,Nanoscale,CMT-DSC,38
Ab Initio Calculations,Nanostructures,CMT-DSC,78
Ab Initio Calculations,Nanotube,CMT-DSC,161
Ab Initio Calculations,Nanowires,CMT-DSC,71
Ab Initio Calculations,Naphthalene,CMT-CHM,30
Ab Initio Calculations,Nb,CMT-CHM,61
Ab Initio Calculations,Ne,CMT-CHM,38
Ab Initio Calculations,Neon,CMT-CHM,35
Ab Initio Calculations,Neutron Diffraction,CMT-CMT,47
Ab Initio Calculations,Ni,CMT-CHM,239
Ab Initio Calculations,Nickel,CMT-CHM,50
Ab Initio Calculations,Nitrogen,CMT-CHM,350
Ab Initio Calculations,Nonmagnetic,CMT-PRO,58
Ab Initio Calculations,O,CMT-CHM,454
Ab Initio Calculations,O-H,CMT-CHM,31
Ab Initio Calculations,O2,CMT-CHM,169
Ab Initio Calculations,OH,CMT-CHM,335
Ab Initio Calculations,Optical,CMT-PRO,45
Ab Initio Calculations,Optical Properties,CMT-PRO,112
Ab Initio Calculations,Orthorhombic,CMT-SPL,125
Ab Initio Calculations,Oscillator Strength,CMT-PRO,64
Ab Initio Calculations,Out,CMT-PRO,48
Ab Initio Calculations,Oxidation,CMT-SMT,112
Ab Initio Calculations,Oxides,CMT-CHM,125
Ab Initio Calculations,Oxygen,CMT-CHM,749
Ab Initio Calculations,Oxygen Vacancies,CMT-PRO,60
Ab Initio Calculations,Oxygen Vacancy,CMT-PRO,30
Ab Initio Calculations,Ozone,CMT-CHM,31
Ab Initio Calculations,P,CMT-PRO,41
Ab Initio Calculations,P Type,CMT-PRO,38
Ab Initio Calculations,Paramagnetic,CMT-PRO,54
Ab Initio Calculations,Particles,CMT-DSC,85
Ab Initio Calculations,Pb,CMT-CHM,52
Ab Initio Calculations,Pd,CMT-CHM,76
Ab Initio Calculations,Perovskites,CMT-CHM,153
Ab Initio Calculations,Perovskites,CMT-SPL,151
Ab Initio Calculations,Pes,CMT-CMT,58
Ab Initio Calculations,Pes,CMT-PRO,57
Ab Initio Calculations,Phase,CMT-PRO,47
Ab Initio Calculations,Phase Diagram,CMT-PRO,122
Ab Initio Calculations,Phase Stability,CMT-PRO,39
Ab Initio Calculations,Phase Transition,CMT-PRO,56
Ab Initio Calculations,Phenol,CMT-CHM,54
Ab Initio Calculations,Phenyls,CMT-CHM,88
Ab Initio Calculations,Phonon Dispersion,CMT-PRO,34
Ab Initio Calculations,Phonon Frequencies,CMT-PRO,30
Ab Initio Calculations,Phonon Mode,CMT-PRO,39
Ab Initio Calculations,Phonons,CMT-PRO,43
Ab Initio Calculations,Phosphate,CMT-CHM,35
Ab Initio Calculations,Phosphorus,CMT-CHM,61
Ab Initio Calculations,Photo Luminescence,CMT-CMT,61
Ab Initio Calculations,Photodissociation,CMT-SMT,38
Ab Initio Calculations,Photoelectron,CMT-CMT,78
Ab Initio Calculations,Photoelectron Spectroscopy,CMT-CMT,47
Ab Initio Calculations,Photolysis,CMT-SMT,51
Ab Initio Calculations,Physical Properties,CMT-PRO,86
Ab Initio Calculations,Platinum,CMT-CHM,37
Ab Initio Calculations,Point Defects,CMT-PRO,59
Ab Initio Calculations,Poisson's Ratio,CMT-PRO,34
Ab Initio Calculations,Polar,CMT-PRO,42
Ab Initio Calculations,Polarizability,CMT-PRO,30
Ab Initio Calculations,Polarization,CMT-PRO,64
Ab Initio Calculations,Polycrystalline,CMT-DSC,66
Ab Initio Calculations,Potassium,CMT-CHM,37
Ab Initio Calculations,Potential,CMT-CMT,31
Ab Initio Calculations,Potential,CMT-PRO,74
Ab Initio Calculations,Potential Energy,CMT-PRO,70
Ab Initio Calculations,Potential Energy Curve,CMT-CMT,52
Ab Initio Calculations,Potential Energy Curve,CMT-PRO,59
Ab Initio Calculations,Potential Energy Surface,CMT-CMT,34
Ab Initio Calculations,Potential Energy Surface,CMT-PRO,351
Ab Initio Calculations,Potential Function,CMT-PRO,35
Ab Initio Calculations,Powder,CMT-DSC,73
Ab Initio Calculations,Powders,CMT-DSC,32
Ab Initio Calculations,Precipitates,CMT-DSC,35
Ab Initio Calculations,Proton Affinity,CMT-PRO,33
Ab Initio Calculations,Pseudopotential,CMT-CMT,34
Ab Initio Calculations,Pt,CMT-CHM,106
Ab Initio Calculations,Pure,CMT-DSC,74
Ab Initio Calculations,Pyridine,CMT-CHM,77
Ab Initio Calculations,Pyrolysis,CMT-SMT,43
Ab Initio Calculations,Pyrrole,CMT-CHM,32
Ab Initio Calculations,QCISD,CMT-CMT,31
Ab Initio Calculations,Quantum Chemical Calculation,CMT-CMT,44
Ab Initio Calculations,Quartz,CMT-CHM,34
Ab Initio Calculations,Radial Distribution Function,CMT-PRO,68
Ab Initio Calculations,Raman,CMT-CMT,376
Ab Initio Calculations,Raman Scattering,CMT-CMT,44
Ab Initio Calculations,Raman Spectroscopy,CMT-CMT,127
Ab Initio Calculations,Rate Coefficient,CMT-PRO,64
Ab Initio Calculations,Rate Constant,CMT-PRO,184
Ab Initio Calculations,Reaction Mechanism,CMT-PRO,75
Ab Initio Calculations,Reactivity,CMT-PRO,55
Ab Initio Calculations,Refractive Index,CMT-PRO,32
Ab Initio Calculations,Relative Energies,CMT-PRO,75
Ab Initio Calculations,Relaxation Time,CMT-PRO,44
Ab Initio Calculations,Resistivity,CMT-PRO,42
Ab Initio Calculations,Rhf,CMT-CMT,53
Ab Initio Calculations,Rhombohedral,CMT-SPL,33
Ab Initio Calculations,Ribbons,CMT-DSC,43
Ab Initio Calculations,Rock Salt,CMT-SPL,32
Ab Initio Calculations,Rotational,CMT-PRO,55
Ab Initio Calculations,Rotational Constant,CMT-PRO,162
Ab Initio Calculations,Rotational Spectrum,CMT-CMT,47
Ab Initio Calculations,Rotational Spectrum,CMT-PRO,40
Ab Initio Calculations,Rotational Transition,CMT-PRO,31
Ab Initio Calculations,Ru,CMT-CHM,54
Ab Initio Calculations,Rutile,CMT-SPL,56
Ab Initio Calculations,Rydberg State,CMT-PRO,30
Ab Initio Calculations,SEM,CMT-CMT,62
Ab Initio Calculations,STM,CMT-CMT,89
Ab Initio Calculations,Sb,CMT-CHM,59
Ab Initio Calculations,Scanning Tunneling Microscopy,CMT-CMT,136
Ab Initio Calculations,Se,CMT-CHM,76
Ab Initio Calculations,Seebeck Coefficient,CMT-PRO,34
Ab Initio Calculations,Semiconducting,CMT-PRO,67
Ab Initio Calculations,Semiconductor,CMT-PRO,194
Ab Initio Calculations,Shear Modulus,CMT-PRO,41
Ab Initio Calculations,Sheet,CMT-DSC,41
Ab Initio Calculations,Sheets,CMT-DSC,58
Ab Initio Calculations,Si,CMT-CHM,391
Ab Initio Calculations,SiC,CMT-CHM,55
Ab Initio Calculations,SiO2,CMT-CHM,62
Ab Initio Calculations,Silica,CMT-CHM,72
Ab Initio Calculations,Silicate,CMT-CHM,32
Ab Initio Calculations,Silicon,CMT-CHM,224
Ab Initio Calculations,Silver,CMT-CHM,73
Ab Initio Calculations,Single Crystal,CMT-DSC,219
Ab Initio Calculations,Single Layer,CMT-DSC,42
Ab Initio Calculations,Single Molecule Magnet,CMT-APL,40
Ab Initio Calculations,Single Walled,CMT-DSC,41
Ab Initio Calculations,Singlet,CMT-DSC,38
Ab Initio Calculations,Singlet,CMT-PRO,33
Ab Initio Calculations,Sn,CMT-CHM,81
Ab Initio Calculations,Society,CMT-CMT,52
Ab Initio Calculations,Sodium,CMT-CHM,73
Ab Initio Calculations,Solid,CMT-DSC,99
Ab Initio Calculations,Solid Solution,CMT-DSC,104
Ab Initio Calculations,Solubility,CMT-PRO,30
Ab Initio Calculations,Solution,CMT-DSC,47
Ab Initio Calculations,Spectra,CMT-PRO,32
Ab Initio Calculations,Spectroscopic Constants,CMT-PRO,74
Ab Initio Calculations,Spectroscopic Properties,CMT-PRO,32
Ab Initio Calculations,Spectroscopy,CMT-CMT,35
Ab Initio Calculations,Spectrum,CMT-PRO,38
Ab Initio Calculations,Spin,CMT-PRO,85
Ab Initio Calculations,Spin Orbit Coupling,CMT-PRO,114
Ab Initio Calculations,Spin Orbit Interaction,CMT-PRO,32
Ab Initio Calculations,Spin Polarization,CMT-PRO,64
Ab Initio Calculations,Spinels,CMT-SPL,51
Ab Initio Calculations,Spins,CMT-PRO,31
Ab Initio Calculations,Sr,CMT-CHM,47
Ab Initio Calculations,SrTiO3,CMT-CHM,44
Ab Initio Calculations,Stabilities,CMT-PRO,51
Ab Initio Calculations,Stability,CMT-PRO,426
Ab Initio Calculations,Stabilization Energy,CMT-PRO,32
Ab Initio Calculations,Stable,CMT-PRO,61
Ab Initio Calculations,State,CMT-PRO,59
Ab Initio Calculations,States,CMT-PRO,73
Ab Initio Calculations,Stoichiometries,CMT-DSC,68
Ab Initio Calculations,Stoichiometry,CMT-PRO,44
Ab Initio Calculations,Strengths,CMT-PRO,39
Ab Initio Calculations,Stress,CMT-PRO,34
Ab Initio Calculations,Stretching,CMT-PRO,33
Ab Initio Calculations,Stretching Mode,CMT-PRO,43
Ab Initio Calculations,Structural,CMT-PRO,376
Ab Initio Calculations,Structural Model,CMT-CMT,40
Ab Initio Calculations,Structural Parameter,CMT-PRO,177
Ab Initio Calculations,Structural Phase Transitions,CMT-PRO,39
Ab Initio Calculations,Structural Property,CMT-PRO,74
Ab Initio Calculations,Structural Stability,CMT-PRO,39
Ab Initio Calculations,Structure,CMT-PRO,831
Ab Initio Calculations,Structures,CMT-PRO,403
Ab Initio Calculations,Substrate,CMT-DSC,283
Ab Initio Calculations,Sulfur,CMT-CHM,135
Ab Initio Calculations,Superconducting,CMT-PRO,31
Ab Initio Calculations,Superconductivity,CMT-PRO,51
Ab Initio Calculations,Superconductor,CMT-PRO,39
Ab Initio Calculations,Superlattice,CMT-DSC,58
Ab Initio Calculations,Surface,CMT-DSC,933
Ab Initio Calculations,Surface,CMT-PRO,41
Ab Initio Calculations,Surface Energy,CMT-PRO,54
Ab Initio Calculations,Surface State,CMT-PRO,52
Ab Initio Calculations,Surfaces,CMT-DSC,386
Ab Initio Calculations,Symmetry,CMT-PRO,76
Ab Initio Calculations,Synchrotron X-Ray Diffraction,CMT-CMT,34
Ab Initio Calculations,T,CMT-PRO,53
Ab Initio Calculations,TC,CMT-PRO,38
Ab Initio Calculations,TEM,CMT-CMT,80
Ab Initio Calculations,THF,CMT-CHM,54
Ab Initio Calculations,Ta,CMT-CHM,63
Ab Initio Calculations,Te,CMT-CHM,58
Ab Initio Calculations,Tetragonal,CMT-SPL,102
Ab Initio Calculations,Thermal Conductivity,CMT-PRO,64
Ab Initio Calculations,Thermal Expansion,CMT-PRO,30
Ab Initio Calculations,Thermal Stability,CMT-PRO,48
Ab Initio Calculations,Thermodynamic Property,CMT-PRO,102
Ab Initio Calculations,Thermodynamics,CMT-PRO,70
Ab Initio Calculations,Thermoelectric Properties,CMT-PRO,37
Ab Initio Calculations,Thin,CMT-DSC,37
Ab Initio Calculations,Thin Films,CMT-DSC,173
Ab Initio Calculations,Ti,CMT-CHM,200
Ab Initio Calculations,TiO2,CMT-CHM,93
Ab Initio Calculations,Titanium,CMT-CHM,40
Ab Initio Calculations,Toluene,CMT-CHM,55
Ab Initio Calculations,Topological Insulator,CMT-PRO,39
Ab Initio Calculations,Torsional Angle,CMT-PRO,50
Ab Initio Calculations,Total,CMT-PRO,36
Ab Initio Calculations,Total Energy,CMT-PRO,136
Ab Initio Calculations,Transition Dipole Moment,CMT-PRO,33
Ab Initio Calculations,Transition Energies,CMT-PRO,37
Ab Initio Calculations,Transition Metal,CMT-CHM,186
Ab Initio Calculations,Transition State,CMT-PRO,51
Ab Initio Calculations,Transition State Theory,CMT-CMT,35
Ab Initio Calculations,Transitions,CMT-PRO,73
Ab Initio Calculations,Transmission Electron Microscopy,CMT-CMT,52
Ab Initio Calculations,Transport Properties,CMT-PRO,67
Ab Initio Calculations,Transporter,CMT-PRO,32
Ab Initio Calculations,Trigonal,CMT-SPL,30
Ab Initio Calculations,Triplet,CMT-PRO,35
Ab Initio Calculations,Two-Dimensional,CMT-DSC,117
Ab Initio Calculations,Ultra-Thin,CMT-DSC,49
Ab Initio Calculations,Unit Cell,CMT-PRO,54
Ab Initio Calculations,Vacancies,CMT-PRO,101
Ab Initio Calculations,Vacancy,CMT-PRO,60
Ab Initio Calculations,Valence,CMT-PRO,38
Ab Initio Calculations,Valence Band,CMT-PRO,79
Ab Initio Calculations,Vibration Mode,CMT-PRO,100
Ab Initio Calculations,Vibrational,CMT-PRO,46
Ab Initio Calculations,Vibrational Frequency,CMT-PRO,232
Ab Initio Calculations,Vibrational Properties,CMT-PRO,55
Ab Initio Calculations,Vibrational Spectra,CMT-CMT,64
Ab Initio Calculations,Vibrational Spectra,CMT-PRO,51
Ab Initio Calculations,Vibrational Structure,CMT-PRO,37
Ab Initio Calculations,Wave Function,CMT-PRO,64
Ab Initio Calculations,Wires,CMT-DSC,31
Ab Initio Calculations,Wurtzite,CMT-CHM,73
Ab Initio Calculations,Wurtzite,CMT-SPL,71
Ab Initio Calculations,X Ray,CMT-CMT,79
Ab Initio Calculations,X-Ray Absorption Spectroscopy,CMT-CMT,42
Ab Initio Calculations,X-Ray Crystallography,CMT-CMT,59
Ab Initio Calculations,X-Ray Diffraction,CMT-CMT,304
Ab Initio Calculations,X-Ray Photoelectron Spectroscopy,CMT-CMT,59
Ab Initio Calculations,XAS,CMT-CMT,36
Ab Initio Calculations,XPS,CMT-CMT,81
Ab Initio Calculations,XRD,CMT-CMT,112
Ab Initio Calculations,Xanes,CMT-CMT,45
Ab Initio Calculations,Xe,CMT-CHM,59
Ab Initio Calculations,Xenon,CMT-CHM,70
Ab Initio Calculations,Young’s Modulus,CMT-PRO,62
Ab Initio Calculations,Zeolites,CMT-CHM,54
Ab Initio Calculations,Zero Point Energy,CMT-PRO,45
Ab Initio Calculations,Zinc,CMT-CHM,38
Ab Initio Calculations,Zinc Blende,CMT-CHM,48
Ab Initio Calculations,Zinc Blende,CMT-SPL,60
Ab Initio Calculations,Zn,CMT-CHM,111
Ab Initio Calculations,ZnO,CMT-CHM,67
Ab Initio Calculations,Zr,CMT-CHM,105
Ab Initio Calculations,β,CMT-PRO,32
Ab Initio Computation,Hydrogen,CMT-CHM,46
Ab Initio Density Functional Theory,Adsorption Energy,CMT-PRO,32
Ab Initio Density Functional Theory,Band Gap,CMT-PRO,33
Ab Initio Density Functional Theory,Bulk,CMT-DSC,55
Ab Initio Density Functional Theory,Carbon,CMT-CHM,48
Ab Initio Density Functional Theory,DFT,CMT-CMT,220
Ab Initio Density Functional Theory,Electronic,CMT-PRO,38
Ab Initio Density Functional Theory,Electronic Properties,CMT-PRO,33
Ab Initio Density Functional Theory,Electronic Structure,CMT-PRO,45
Ab Initio Density Functional Theory,Graphene,CMT-CHM,48
Ab Initio Density Functional Theory,Hydrogen,CMT-CHM,59
Ab Initio Density Functional Theory,Layers,CMT-DSC,46
Ab Initio Density Functional Theory,Monolayers,CMT-DSC,30
Ab Initio Density Functional Theory,Nanotube,CMT-DSC,31
Ab Initio Density Functional Theory,Oxygen,CMT-CHM,52
Ab Initio Density Functional Theory,Si,CMT-CHM,34
Ab Initio Density Functional Theory,Stability,CMT-PRO,33
Ab Initio Density Functional Theory,Structural,CMT-PRO,41
Ab Initio Density Functional Theory,Structure,CMT-PRO,53
Ab Initio Density Functional Theory,Substrate,CMT-DSC,34
Ab Initio Density Functional Theory,Surface,CMT-DSC,107
Ab Initio Density Functional Theory,Surfaces,CMT-DSC,60
Ab Initio Density Functional Theory Calculations,Surface,CMT-DSC,38
Ab Initio Electronic Structure Calculations,Density Functional Theory,CMT-CMT,32
Ab Initio Electronic Structure Calculations,Electronic Structure,CMT-PRO,32
Ab Initio Electronic Structure Calculations,Surface,CMT-DSC,35
Ab Initio Hartree - Fock,Chlorpyrifos,CHM-CHM,30
Ab Initio Hartree - Fock,Organophosphorus,CHM-CHM,32
Ab Initio MO Calculations,Hydrogen,CMT-CHM,31
Ab Initio MP2,Hydrogen,CMT-CHM,45
Ab Initio Method,6-31G*,CMT-CMT,32
Ab Initio Method,Ab Initio,CMT-CMT,101
Ab Initio Method,Ab Initio Calculations,CMT-CMT,90
Ab Initio Method,Al,CMT-CHM,30
Ab Initio Method,Alloys,CMT-DSC,34
Ab Initio Method,B3LYP,CMT-CMT,119
Ab Initio Method,Band Gap,CMT-PRO,30
Ab Initio Method,Band Structure,CMT-PRO,32
Ab Initio Method,Benzenes,CMT-CHM,31
Ab Initio Method,Binding Energies,CMT-PRO,34
Ab Initio Method,Binding Energy,CMT-PRO,31
Ab Initio Method,Bond Length,CMT-PRO,49
Ab Initio Method,Bulk,CMT-DSC,55
Ab Initio Method,CCSD (T),CMT-CMT,68
Ab Initio Method,CO,CMT-CHM,42
Ab Initio Method,Carbon,CMT-CHM,89
Ab Initio Method,Cl,CMT-CHM,50
Ab Initio Method,Cluster,CMT-DSC,106
Ab Initio Method,Compositions,CMT-PRO,33
Ab Initio Method,Crystal,CMT-DSC,60
Ab Initio Method,Crystal Structure,CMT-PRO,38
Ab Initio Method,Crystalline,CMT-DSC,30
Ab Initio Method,DFT,CMT-CMT,189
Ab Initio Method,Density Functional Theory,CMT-CMT,194
Ab Initio Method,Dipole Moment,CMT-PRO,36
Ab Initio Method,Doped,CMT-DSC,33
Ab Initio Method,Electronic,CMT-PRO,35
Ab Initio Method,Electronic Properties,CMT-PRO,43
Ab Initio Method,Electronic Structure,CMT-PRO,88
Ab Initio Method,Energetic,CMT-PRO,55
Ab Initio Method,Energies,CMT-PRO,59
Ab Initio Method,Energy,CMT-PRO,32
Ab Initio Method,Fe,CMT-CHM,34
Ab Initio Method,Geometries,CMT-PRO,66
Ab Initio Method,Graphene,CMT-CHM,30
Ab Initio Method,Ground State,CMT-PRO,37
Ab Initio Method,H2O,CMT-CHM,30
Ab Initio Method,Hydrogen,CMT-CHM,206
Ab Initio Method,Ir,CMT-CMT,31
Ab Initio Method,Layers,CMT-DSC,39
Ab Initio Method,MP2,CMT-CMT,148
Ab Initio Method,Methyl,CMT-CHM,31
Ab Initio Method,Molecular Structure,CMT-PRO,31
Ab Initio Method,Nitrogen,CMT-CHM,44
Ab Initio Method,O,CMT-CHM,66
Ab Initio Method,OH,CMT-CHM,40
Ab Initio Method,Oxygen,CMT-CHM,117
Ab Initio Method,Potential Energy Surface,CMT-PRO,68
Ab Initio Method,Raman,CMT-CMT,39
Ab Initio Method,Rate Constant,CMT-PRO,34
Ab Initio Method,Si,CMT-CHM,45
Ab Initio Method,Silicon,CMT-CHM,32
Ab Initio Method,Stability,CMT-PRO,81
Ab Initio Method,Structural,CMT-PRO,60
Ab Initio Method,Structural Parameter,CMT-PRO,30
Ab Initio Method,Structure,CMT-PRO,131
Ab Initio Method,Structures,CMT-PRO,71
Ab Initio Method,Substrate,CMT-DSC,32
Ab Initio Method,Surface,CMT-DSC,106
Ab Initio Method,Surfaces,CMT-DSC,50
Ab Initio Method,Vibrational Frequency,CMT-PRO,43
Ab Initio Molecular Dynamics,AIMD,CMT-CMT,290
Ab Initio Molecular Dynamics,AIMD Simulation,CMT-CMT,64
Ab Initio Molecular Dynamics,Al,CMT-CHM,35
Ab Initio Molecular Dynamics,Amorphous,CMT-DSC,55
Ab Initio Molecular Dynamics,Bulk,CMT-DSC,71
Ab Initio Molecular Dynamics,Carbon,CMT-CHM,70
Ab Initio Molecular Dynamics,Catalyst,CMT-APL,31
Ab Initio Molecular Dynamics,Cluster,CMT-DSC,81
Ab Initio Molecular Dynamics,Compositions,CMT-PRO,34
Ab Initio Molecular Dynamics,Crystal,CMT-DSC,35
Ab Initio Molecular Dynamics,Crystalline,CMT-DSC,41
Ab Initio Molecular Dynamics,DFT,CMT-CMT,101
Ab Initio Molecular Dynamics,Density Functional Theory,CMT-CMT,140
Ab Initio Molecular Dynamics,Doped,CMT-DSC,35
Ab Initio Molecular Dynamics,Electrolyte,CMT-APL,37
Ab Initio Molecular Dynamics,Electronic Structure,CMT-PRO,31
Ab Initio Molecular Dynamics,Graphene,CMT-CHM,36
Ab Initio Molecular Dynamics,H2O,CMT-CHM,30
Ab Initio Molecular Dynamics,Hydrogen,CMT-CHM,170
Ab Initio Molecular Dynamics,Interface,CMT-DSC,76
Ab Initio Molecular Dynamics,Layers,CMT-DSC,50
Ab Initio Molecular Dynamics,Li,CMT-CHM,61
Ab Initio Molecular Dynamics,Lithium,CMT-CHM,54
Ab Initio Molecular Dynamics,MD,CMT-CMT,73
Ab Initio Molecular Dynamics,Metals,CMT-PRO,41
Ab Initio Molecular Dynamics,Monolayers,CMT-DSC,40
Ab Initio Molecular Dynamics,O,CMT-CHM,57
Ab Initio Molecular Dynamics,OH,CMT-CHM,46
Ab Initio Molecular Dynamics,Oxygen,CMT-CHM,93
Ab Initio Molecular Dynamics,Si,CMT-CHM,39
Ab Initio Molecular Dynamics,Stability,CMT-PRO,60
Ab Initio Molecular Dynamics,Structural,CMT-PRO,51
Ab Initio Molecular Dynamics,Structure,CMT-PRO,117
Ab Initio Molecular Dynamics,Structures,CMT-PRO,34
Ab Initio Molecular Dynamics,Surface,CMT-DSC,163
Ab Initio Molecular Dynamics,Surfaces,CMT-DSC,70
Ab Initio Molecular Dynamics Simulation,2D,CMT-DSC,33
Ab Initio Molecular Dynamics Simulation,Al,CMT-CHM,40
Ab Initio Molecular Dynamics Simulation,Alloy,CMT-DSC,35
Ab Initio Molecular Dynamics Simulation,Alloys,CMT-DSC,42
Ab Initio Molecular Dynamics Simulation,Amorphous,CMT-DSC,65
Ab Initio Molecular Dynamics Simulation,Anode,CMT-APL,35
Ab Initio Molecular Dynamics Simulation,Bulk,CMT-DSC,73
Ab Initio Molecular Dynamics Simulation,CO,CMT-CHM,47
Ab Initio Molecular Dynamics Simulation,CO2,CMT-CHM,44
Ab Initio Molecular Dynamics Simulation,Carbon,CMT-CHM,77
Ab Initio Molecular Dynamics Simulation,Catalyst,CMT-APL,30
Ab Initio Molecular Dynamics Simulation,Cluster,CMT-DSC,79
Ab Initio Molecular Dynamics Simulation,Compositions,CMT-PRO,40
Ab Initio Molecular Dynamics Simulation,Coordination Number,CMT-PRO,38
Ab Initio Molecular Dynamics Simulation,Crystal,CMT-DSC,36
Ab Initio Molecular Dynamics Simulation,Crystal Structure,CMT-PRO,34
Ab Initio Molecular Dynamics Simulation,Crystalline,CMT-DSC,47
Ab Initio Molecular Dynamics Simulation,DFT,CMT-CMT,42
Ab Initio Molecular Dynamics Simulation,Density,CMT-PRO,34
Ab Initio Molecular Dynamics Simulation,Density Functional Theory,CMT-CMT,81
Ab Initio Molecular Dynamics Simulation,Density-Functional Theory Calculations,CMT-CMT,33
Ab Initio Molecular Dynamics Simulation,Dynamics,CMT-PRO,45
Ab Initio Molecular Dynamics Simulation,Electrolyte,CMT-APL,45
Ab Initio Molecular Dynamics Simulation,Electronic Properties,CMT-PRO,36
Ab Initio Molecular Dynamics Simulation,Electronic Structure,CMT-PRO,39
Ab Initio Molecular Dynamics Simulation,First Principle Calculation,CMT-CMT,40
Ab Initio Molecular Dynamics Simulation,Graphene,CMT-CHM,52
Ab Initio Molecular Dynamics Simulation,H2O,CMT-CHM,46
Ab Initio Molecular Dynamics Simulation,Hydrogen,CMT-CHM,214
Ab Initio Molecular Dynamics Simulation,Interface,CMT-DSC,72
Ab Initio Molecular Dynamics Simulation,Layers,CMT-DSC,57
Ab Initio Molecular Dynamics Simulation,Li,CMT-CHM,77
Ab Initio Molecular Dynamics Simulation,Lithium,CMT-CHM,52
Ab Initio Molecular Dynamics Simulation,Metals,CMT-PRO,40
Ab Initio Molecular Dynamics Simulation,Monolayers,CMT-DSC,55
Ab Initio Molecular Dynamics Simulation,Na,CMT-CHM,31
Ab Initio Molecular Dynamics Simulation,Nitrogen,CMT-CHM,36
Ab Initio Molecular Dynamics Simulation,O,CMT-CHM,66
Ab Initio Molecular Dynamics Simulation,OH,CMT-CHM,31
Ab Initio Molecular Dynamics Simulation,Oxygen,CMT-CHM,114
Ab Initio Molecular Dynamics Simulation,Si,CMT-CHM,63
Ab Initio Molecular Dynamics Simulation,Silicon,CMT-CHM,34
Ab Initio Molecular Dynamics Simulation,Stability,CMT-PRO,73
Ab Initio Molecular Dynamics Simulation,Structural,CMT-PRO,78
Ab Initio Molecular Dynamics Simulation,Structure,CMT-PRO,138
Ab Initio Molecular Dynamics Simulation,Structures,CMT-PRO,43
Ab Initio Molecular Dynamics Simulation,Substrate,CMT-DSC,44
Ab Initio Molecular Dynamics Simulation,Surface,CMT-DSC,184
Ab Initio Molecular Dynamics Simulation,Surfaces,CMT-DSC,76
Ab Initio Molecular Orbital,MO,CMT-CMT,40
Ab Initio Molecular Orbital Calculations,B3LYP,CMT-CMT,30
Ab Initio Molecular Orbital Calculations,Hydrogen,CMT-CHM,73
Ab Initio Molecular Orbital Calculations,MP2,CMT-CMT,41
Ab Initio Molecular Orbital Calculations,Oxygen,CMT-CHM,49
Ab Initio Molecular Orbital Calculations,Structure,CMT-PRO,41
Ab Initio Molecular Orbital Calculations,Structures,CMT-PRO,31
Ab Initio Molecular Orbital Theory,Hydrogen,CMT-CHM,46
Ab Initio Potential,Ab Initio,CMT-CMT,30
Ab Initio Potential Energy Surface,Pes,CMT-CMT,32
Ab Initio Simulations,Bulk,CMT-DSC,35
Ab Initio Simulations,Carbon,CMT-CHM,49
Ab Initio Simulations,Density Functional Theory,CMT-CMT,34
Ab Initio Simulations,Graphene,CMT-CHM,43
Ab Initio Simulations,Hydrogen,CMT-CHM,64
Ab Initio Simulations,Interface,CMT-DSC,34
Ab Initio Simulations,Layers,CMT-DSC,35
Ab Initio Simulations,Oxygen,CMT-CHM,46
Ab Initio Simulations,Structural,CMT-PRO,31
Ab Initio Simulations,Structure,CMT-PRO,49
Ab Initio Simulations,Surface,CMT-DSC,84
Ab Initio Simulations,Surfaces,CMT-DSC,37
Ab Initio Thermodynamics,Oxygen,CMT-CHM,37
Ab Initio Thermodynamics,Surface,CMT-DSC,46
Ab Initio Thermodynamics,Surfaces,CMT-DSC,30
Abab,Layers,SPL-DSC,45
Abab,Structure,SPL-PRO,30
Abaqus,3D,CMT-CMT,33
Abaqus,3D,CMT-DSC,34
Abaqus,Alloy,CMT-DSC,101
Abaqus,Alloys,CMT-DSC,37
Abaqus,Aluminum,CMT-CHM,111
Abaqus,Analysis,CMT-CMT,32
Abaqus,Beam,CMT-APL,39
Abaqus,Beam,CMT-DSC,93
Abaqus,Beams,CMT-APL,30
Abaqus,Beams,CMT-DSC,90
Abaqus,Buckling,CMT-PRO,30
Abaqus,Carbon,CMT-CHM,61
Abaqus,Cold Formed,CMT-SMT,34
Abaqus,Columns,CMT-APL,124
Abaqus,Composite,CMT-DSC,204
Abaqus,Connection,CMT-APL,52
Abaqus,Constitutive,CMT-PRO,51
Abaqus,Cooling,CMT-SMT,35
Abaqus,Damage,CMT-PRO,46
Abaqus,Displacement,CMT-PRO,31
Abaqus,Ductility,CMT-PRO,45
Abaqus,Dynamical Response,CMT-PRO,32
Abaqus,Elastic,CMT-PRO,58
Abaqus,FEM Model,CMT-CMT,103
Abaqus,Failure Mechanism,CMT-PRO,34
Abaqus,Failure Mode,CMT-PRO,79
Abaqus,Fatigue Life,CMT-PRO,32
Abaqus,Fe,CMT-CMT,172
Abaqus,Fea,CMT-CMT,77
Abaqus,Fem,CMT-CMT,157
Abaqus,Fiber,CMT-DSC,61
Abaqus,Fibres,CMT-DSC,30
Abaqus,Finite Element (FE,CMT-CMT,63
Abaqus,Finite Element Analysis,CMT-CMT,176
Abaqus,Finite Element Code,CMT-CMT,111
Abaqus,Finite Element Method,CMT-CMT,145
Abaqus,Finite Element Model,CMT-CMT,167
Abaqus,Finite Element Modeling,CMT-CMT,33
Abaqus,Finite Element Package,CMT-CMT,39
Abaqus,Finite Element Program,CMT-CMT,44
Abaqus,Finite Element Simulation,CMT-CMT,66
Abaqus,Finite Element Software,CMT-CMT,117
Abaqus,Finite Elements,CMT-CMT,139
Abaqus,Frame,CMT-APL,31
Abaqus,Friction,CMT-PRO,31
Abaqus,Interface,CMT-DSC,111
Abaqus,Joints,CMT-APL,57
Abaqus,Laminates,CMT-DSC,54
Abaqus,Layers,CMT-DSC,132
Abaqus,Material,CMT-PRO,44
Abaqus,Material Parameter,CMT-PRO,31
Abaqus,Material Properties,CMT-PRO,69
Abaqus,Matrix,CMT-DSC,45
Abaqus,Mechanical Behaviour,CMT-PRO,59
Abaqus,Mechanical Property,CMT-PRO,79
Abaqus,Members,CMT-APL,38
Abaqus,Metals,CMT-PRO,45
Abaqus,Microstructure,CMT-PRO,81
Abaqus,Models,CMT-CMT,88
Abaqus,Numerical Simulations,CMT-CMT,49
Abaqus,Panels,CMT-APL,45
Abaqus,Plastic Deformation,CMT-PRO,35
Abaqus,Plate,CMT-DSC,105
Abaqus,Plates,CMT-DSC,75
Abaqus,Residual Stress,CMT-PRO,78
Abaqus,Shear Stress,CMT-PRO,32
Abaqus,Sheet,CMT-DSC,40
Abaqus,Shell,CMT-DSC,47
Abaqus,Simulation,CMT-CMT,48
Abaqus,Stiffnesses,CMT-PRO,72
Abaqus,Strengths,CMT-PRO,146
Abaqus,Stress,CMT-PRO,214
Abaqus,Stress Distribution,CMT-PRO,53
Abaqus,Substrate,CMT-DSC,31
Abaqus,Surface,CMT-DSC,137
Abaqus,Surfaces,CMT-DSC,30
Abaqus,Temperature,CMT-PRO,54
Abaqus,Tensile Tests,CMT-CMT,44
Abaqus,Thin Walled,CMT-DSC,35
Abaqus,Tube,CMT-DSC,49
Abaqus,Tubes,CMT-DSC,43
Abaqus,UMAT,CMT-CMT,78
Abaqus,Ultimate Strength,CMT-PRO,39
Abaqus,Welded,CMT-SMT,48
Abaqus,Welding,CMT-SMT,34
Abaqus,Young’s Modulus,CMT-PRO,30
Abaqus / Explicit,Alloy,CMT-DSC,34
Abaqus / Explicit,Aluminum,CMT-CHM,34
Abaqus / Explicit,Composite,CMT-DSC,37
Abaqus / Explicit,Fe,CMT-CMT,31
Abaqus / Explicit,Finite Element Model,CMT-CMT,30
Abaqus / Explicit,VUMAT,CMT-CMT,43
Abatement,CO2,APL-CHM,33
Abatement,Catalyst,APL-APL,41
Abatement Cost,CO2,PRO-CHM,65
Abatement Cost,Carbon,PRO-CHM,56
Abbe Number,Refractive Index,PRO-PRO,51
Abbe Refractometer,Refractive Index,CMT-PRO,35
Aberration Corrected HAADF STEM,CO,CMT-CHM,42
Aberration Corrected HAADF STEM,Catalyst,CMT-APL,80
Aberration Corrected HAADF STEM,Co,CMT-CHM,32
Aberration Corrected HAADF STEM,EXAFS,CMT-CMT,42
Aberration Corrected HAADF STEM,Fe,CMT-CHM,35
Aberration Corrected HAADF STEM,Foil,CMT-DSC,35
Aberration Corrected HAADF STEM,HAADF STEM,CMT-CMT,59
Aberration Corrected HAADF STEM,HRTEM,CMT-CMT,47
Aberration Corrected HAADF STEM,O,CMT-CHM,36
Aberration Corrected HAADF STEM,O2,CMT-CHM,31
Aberration Corrected HAADF STEM,Pt,CMT-CHM,66
Aberration Corrected HAADF STEM,SEM,CMT-CMT,41
Aberration Corrected HAADF STEM,Surface,CMT-DSC,36
Aberration Corrected HAADF STEM,TEM,CMT-CMT,80
Aberration Corrected HAADF STEM,XPS,CMT-CMT,32
Aberration Corrected HAADF STEM,XRD,CMT-CMT,46
Aberration Corrected HAADF STEM,Xanes,CMT-CMT,52
Aberration Corrected Scanning Transmission Electron Microscopy,Alloy,CMT-DSC,32
Aberration Corrected Scanning Transmission Electron Microscopy,Au,CMT-CHM,32
Aberration Corrected Scanning Transmission Electron Microscopy,Bulk,CMT-DSC,36
Aberration Corrected Scanning Transmission Electron Microscopy,Carbon,CMT-CHM,30
Aberration Corrected Scanning Transmission Electron Microscopy,Catalyst,CMT-APL,58
Aberration Corrected Scanning Transmission Electron Microscopy,Cluster,CMT-DSC,39
Aberration Corrected Scanning Transmission Electron Microscopy,Compositions,CMT-PRO,33
Aberration Corrected Scanning Transmission Electron Microscopy,Electron Energy Loss Spectroscopy,CMT-CMT,55
Aberration Corrected Scanning Transmission Electron Microscopy,Interface,CMT-DSC,50
Aberration Corrected Scanning Transmission Electron Microscopy,Layers,CMT-DSC,51
Aberration Corrected Scanning Transmission Electron Microscopy,Metals,CMT-PRO,30
Aberration Corrected Scanning Transmission Electron Microscopy,Nanoparticles,CMT-DSC,61
Aberration Corrected Scanning Transmission Electron Microscopy,Oxygen,CMT-CHM,67
Aberration Corrected Scanning Transmission Electron Microscopy,Particles,CMT-DSC,32
Aberration Corrected Scanning Transmission Electron Microscopy,Pt,CMT-CHM,41
Aberration Corrected Scanning Transmission Electron Microscopy,Stem,CMT-CMT,106
Aberration Corrected Scanning Transmission Electron Microscopy,Structure,CMT-PRO,72
Aberration Corrected Scanning Transmission Electron Microscopy,Substrate,CMT-DSC,32
Aberration Corrected Scanning Transmission Electron Microscopy,Surface,CMT-DSC,61
Aberration Corrected Scanning Transmission Electron Microscopy,Thin Films,CMT-DSC,30
Aberration Corrected Scanning Transmission Electron Microscopy,X-Ray Diffraction,CMT-CMT,30
Aberration Corrected TEM,Carbon,CMT-CHM,36
Aberration Corrected TEM,Graphene,CMT-CHM,31
Aberration Corrected TEM,Structure,CMT-PRO,35
Aberration Corrected TEM,Surface,CMT-DSC,30
Aberration Corrected TEM,TEM,CMT-CMT,49
Abf,Carbon,CMT-CHM,31
Abf,Cathode,CMT-APL,31
Abf,Co,CMT-CHM,32
Abf,Crystal Structure,CMT-PRO,48
Abf,Eels,CMT-CMT,41
Abf,Electrode,CMT-APL,42
Abf,HAADF,CMT-CMT,106
Abf,HAADF STEM,CMT-CMT,34
Abf,HRTEM,CMT-CMT,44
Abf,Interface,CMT-DSC,40
Abf,Layers,CMT-DSC,48
Abf,Li,CMT-CHM,44
Abf,Mn,CMT-CHM,31
Abf,Ni,CMT-CHM,32
Abf,O,CMT-CHM,61
Abf,Oxygen,CMT-CHM,60
Abf,SAED,CMT-CMT,39
Abf,SEM,CMT-CMT,46
Abf,Society,CMT-CMT,33
Abf,Stem,CMT-CMT,64
Abf,Structure,CMT-PRO,61
Abf,Surface,CMT-DSC,39
Abf,TEM,CMT-CMT,55
Abf,XRD,CMT-CMT,61
Abietane,Diterpenoid,CHM-CHM,46
Ability,Carbon,PRO-CHM,34
Ability,Catalyst,PRO-APL,30
Ability,Hydrogen,PRO-CHM,30
Ability,Layers,PRO-DSC,32
Ability,Nanoparticles,PRO-DSC,54
Ability,Oxygen,PRO-CHM,37
Ability,Structure,PRO-PRO,47
Ability,Surface,PRO-DSC,63
Abiotic Depletion,Acidification,PRO-PRO,38
Abiotic Depletion,Environmental Impact,PRO-PRO,36
Abiotic Depletion,Life Cycle Assessment,PRO-CMT,32
Abiotic Depletion,Ozone,PRO-CHM,35
Abiotic Depletion Potential,Environmental Impact,PRO-PRO,31
Abiotic Depletion Potential,Global Warming Potential,PRO-PRO,44
Abiotic Depletion Potential,Ozone,PRO-CHM,32
Abiraterone,Androgens,CHM-CHM,30
Ablated,AFM,SMT-CMT,128
Ablated,Ablating,SMT-SMT,34
Ablated,Ablation,SMT-SMT,690
Ablated,Ablation Depth,SMT-PRO,51
Ablated,Ablation Rate,SMT-PRO,69
Ablated,Ablation Threshold,SMT-PRO,58
Ablated,Ag,SMT-CHM,69
Ablated,Al,SMT-CHM,87
Ablated,Alloy,SMT-DSC,45
Ablated,Aluminum,SMT-CHM,62
Ablated,Amorphous,SMT-DSC,56
Ablated,Annealing,SMT-SMT,39
Ablated,Ar,SMT-CHM,38
Ablated,Argon,SMT-CHM,47
Ablated,Atomic Force Microscopy,SMT-CMT,50
Ablated,Au,SMT-CHM,78
Ablated,Bulk,SMT-DSC,84
Ablated,CO2,SMT-CHM,38
Ablated,Carbon,SMT-CHM,171
Ablated,Ceramic,SMT-DSC,42
Ablated,Cluster,SMT-DSC,30
Ablated,Coated,SMT-SMT,80
Ablated,Coatings,SMT-APL,117
Ablated,Composite,SMT-DSC,161
Ablated,Compositions,SMT-PRO,102
Ablated,Copper,SMT-CHM,67
Ablated,Craters,SMT-DSC,30
Ablated,Cross Section,SMT-DSC,43
Ablated,Crystal,SMT-DSC,69
Ablated,Crystalline,SMT-DSC,44
Ablated,Cu,SMT-CHM,88
Ablated,Density,SMT-PRO,46
Ablated,Diamonds,SMT-CHM,59
Ablated,Doped,SMT-DSC,44
Ablated,Droplets,SMT-DSC,36
Ablated,EDS,SMT-CMT,113
Ablated,EDX,SMT-CMT,39
Ablated,Electrode,SMT-APL,45
Ablated,Electrodes,SMT-APL,31
Ablated,Etching,SMT-SMT,31
Ablated,Ethanol,SMT-CHM,33
Ablated,FTIR,SMT-CMT,36
Ablated,Fe,SMT-CHM,62
Ablated,Fiber,SMT-DSC,42
Ablated,Fibers,SMT-DSC,45
Ablated,Film,SMT-DSC,264
Ablated,Films,SMT-DSC,231
Ablated,Glass,SMT-DSC,68
Ablated,Graphite,SMT-CHM,68
Ablated,HRTEM,SMT-CMT,42
Ablated,Heating,SMT-SMT,43
Ablated,ITO,SMT-CHM,32
Ablated,Interface,SMT-DSC,64
Ablated,Iron,SMT-CHM,37
Ablated,Irradiated,SMT-SMT,160
Ablated,Irradiation,SMT-SMT,129
Ablated,LA-ICP-MS,SMT-CMT,39
Ablated,LIBs,SMT-CMT,32
Ablated,Laser,SMT-APL,109
Ablated,Laser,SMT-SMT,101
Ablated,Laser Ablated,SMT-SMT,98
Ablated,Laser Ablation,SMT-SMT,298
Ablated,Laser Irradiated,SMT-SMT,35
Ablated,Laser Irradiation,SMT-SMT,68
Ablated,Layers,SMT-DSC,251
Ablated,Matrix,SMT-DSC,45
Ablated,Melting,SMT-SMT,36
Ablated,Metallic,SMT-PRO,42
Ablated,Metals,SMT-PRO,71
Ablated,Microstructure,SMT-PRO,93
Ablated,Morphologies,SMT-PRO,61
Ablated,Morphology,SMT-PRO,148
Ablated,N2,SMT-CHM,34
Ablated,NPS,SMT-DSC,30
Ablated,Nanoparticle,SMT-DSC,50
Ablated,Nanoparticles,SMT-DSC,140
Ablated,Nanostructures,SMT-DSC,45
Ablated,Nd,SMT-CHM,101
Ablated,Ni,SMT-CHM,50
Ablated,Nitrogen,SMT-CHM,46
Ablated,O,SMT-CHM,53
Ablated,O2,SMT-CHM,39
Ablated,Optical Image,SMT-CMT,58
Ablated,Optical Microscope,SMT-CMT,44
Ablated,Oxidation,SMT-SMT,51
Ablated,Oxides,SMT-CHM,46
Ablated,Oxy Acetylene,SMT-CHM,50
Ablated,Oxygen,SMT-CHM,115
Ablated,PLD,SMT-SMT,44
Ablated,PMMA,SMT-CHM,37
Ablated,Particle,SMT-DSC,31
Ablated,Particles,SMT-DSC,162
Ablated,Patterned,SMT-DSC,31
Ablated,Pellet,SMT-DSC,32
Ablated,Plasma,SMT-SMT,32
Ablated,Powder,SMT-DSC,42
Ablated,Pulsed Laser Ablation,SMT-SMT,37
Ablated,Pulsed Laser Deposition,SMT-SMT,59
Ablated,Quartz,SMT-CHM,52
Ablated,Raman,SMT-CMT,111
Ablated,SAED,SMT-CMT,31
Ablated,SEM,SMT-CMT,540
Ablated,Sapphire,SMT-CHM,39
Ablated,Scanning Electron Microscope,SMT-CMT,30
Ablated,Scanning Electron Microscopy,SMT-CMT,70
Ablated,Si,SMT-CHM,146
Ablated,SiC,SMT-CHM,90
Ablated,SiO2,SMT-CHM,72
Ablated,Silica,SMT-CHM,51
Ablated,Silicon,SMT-CHM,131
Ablated,Silver,SMT-CHM,47
Ablated,Sintered,SMT-SMT,34
Ablated,Size Distribution,SMT-PRO,35
Ablated,Structure,SMT-PRO,85
Ablated,Substrate,SMT-DSC,363
Ablated,Surface,SMT-DSC,606
Ablated,Surface Morphology,SMT-PRO,127
Ablated,Surface Roughness,SMT-PRO,50
Ablated,Surface Temperature,SMT-PRO,42
Ablated,Surfaces,SMT-DSC,147
Ablated,TEM,SMT-CMT,141
Ablated,Thin,SMT-DSC,37
Ablated,Thin Films,SMT-DSC,137
Ablated,Ti,SMT-CHM,82
Ablated,TiO2,SMT-CHM,38
Ablated,Titanium,SMT-CHM,37
Ablated,Transparent,SMT-PRO,32
Ablated,Wafers,SMT-DSC,44
Ablated,X-Ray Diffraction,SMT-CMT,84
Ablated,XPS,SMT-CMT,88
Ablated,XRD,SMT-CMT,221
Ablated,Zn,SMT-CHM,34
Ablated,ZnO,SMT-CHM,44
Ablated,Zr,SMT-CHM,32
Ablated,ZrC,SMT-CHM,35
Ablated,ZrO2,SMT-CHM,33
Ablating,Ablated,SMT-SMT,34
Ablating,Ablation,SMT-SMT,54
Ablating,Film,SMT-DSC,44
Ablating,Films,SMT-DSC,64
Ablating,SEM,SMT-CMT,32
Ablating,Substrate,SMT-DSC,52
Ablating,Surface,SMT-DSC,40
Ablation,238U,SMT-CHM,37
Ablation,3D,SMT-DSC,43
Ablation,AFM,SMT-CMT,221
Ablation,Ablated,SMT-SMT,690
Ablation,Ablating,SMT-SMT,54
Ablation,Ablation Behavior,SMT-PRO,60
Ablation,Ablation Depth,SMT-PRO,99
Ablation,Ablation Efficiency,SMT-PRO,52
Ablation,Ablation Mechanism,SMT-PRO,55
Ablation,Ablation Properties,SMT-PRO,34
Ablation,Ablation Rate,SMT-PRO,226
Ablation,Ablation Resistance,SMT-PRO,98
Ablation,Ablation Threshold,SMT-PRO,199
Ablation,Absorbance,SMT-PRO,34
Ablation,Absorption,SMT-CMT,40
Ablation,Absorption,SMT-PRO,58
Ablation,Absorption Coefficient,SMT-PRO,53
Ablation,Absorption Spectrum,SMT-CMT,54
Ablation,Acetone,SMT-CHM,34
Ablation,Adhesions,SMT-PRO,39
Ablation,Af,SMT-APL,51
Ablation,Ag,SMT-CHM,160
Ablation,Al,SMT-CHM,214
Ablation,Al2O3,SMT-CHM,72
Ablation,Alloy,SMT-DSC,104
Ablation,Alloys,SMT-DSC,41
Ablation,Alumina,SMT-CHM,41
Ablation,Aluminum,SMT-CHM,190
Ablation,Amorphous,SMT-DSC,179
Ablation,Annealed,SMT-SMT,40
Ablation,Annealing,SMT-SMT,71
Ablation,Ar,SMT-CHM,72
Ablation,Argon,SMT-CHM,125
Ablation,As Deposited,SMT-DSC,30
Ablation,As Prepared,SMT-DSC,46
Ablation,Atomic Force Microscopy,SMT-CMT,138
Ablation,Au,SMT-CHM,170
Ablation,BSE,SMT-CMT,40
Ablation,Ba,SMT-CHM,43
Ablation,Back Scattered Electron Image,SMT-CMT,37
Ablation,Bars,SMT-DSC,43
Ablation,Blue Line,SMT-CHM,66
Ablation,Boron,SMT-CHM,33
Ablation,Bulk,SMT-DSC,233
Ablation,CO,SMT-CHM,37
Ablation,CO2,SMT-CHM,99
Ablation,Ca,SMT-CHM,82
Ablation,Carbon,SMT-CHM,468
Ablation,Catalyst,SMT-APL,46
Ablation,Catheter,SMT-APL,34
Ablation,Catheter Ablation,SMT-SMT,74
Ablation,Cd,SMT-CHM,30
Ablation,Cell,SMT-APL,54
Ablation,Cells,SMT-APL,30
Ablation,Cells,SMT-DSC,49
Ablation,Ceramic,SMT-DSC,130
Ablation,Chemical Composition,SMT-PRO,78
Ablation,Chemical Structures,SMT-PRO,36
Ablation,Chromium,SMT-CHM,31
Ablation,Cluster,SMT-DSC,126
Ablation,Co,SMT-CHM,59
Ablation,Coated,SMT-DSC,41
Ablation,Coated,SMT-SMT,167
Ablation,Coatings,SMT-APL,297
Ablation,Colloidal,SMT-DSC,37
Ablation,Colloids,SMT-DSC,64
Ablation,Composite,SMT-DSC,334
Ablation,Compositions,SMT-PRO,308
Ablation,Concentration,SMT-PRO,47
Ablation,Contact Angle,SMT-PRO,31
Ablation,Cooling,SMT-SMT,66
Ablation,Copper,SMT-CHM,173
Ablation,Core,SMT-DSC,41
Ablation,Cr,SMT-CHM,76
Ablation,Craters,SMT-DSC,30
Ablation,Cross Section,SMT-DSC,66
Ablation,Cross Sectional Morphology,SMT-PRO,35
Ablation,Crystal,SMT-DSC,149
Ablation,Crystalline,SMT-DSC,119
Ablation,Crystallinity,SMT-PRO,52
Ablation,Cu,SMT-CHM,213
Ablation,Cubic,SMT-SPL,43
Ablation,Dense,SMT-PRO,48
Ablation,Densities,SMT-PRO,30
Ablation,Density,SMT-PRO,153
Ablation,Diamonds,SMT-CHM,164
Ablation,Dielectric,SMT-PRO,41
Ablation,Doped,SMT-DSC,95
Ablation,Droplets,SMT-DSC,75
Ablation,EDS,SMT-CHM,34
Ablation,EDS,SMT-CMT,224
Ablation,EDX,SMT-CMT,82
Ablation,Efficiency,SMT-PRO,41
Ablation,Electrode,SMT-APL,94
Ablation,Electrodes,SMT-APL,66
Ablation,Electron Density,SMT-PRO,37
Ablation,Electron Diffraction,SMT-CMT,41
Ablation,Electron Microscopy,SMT-CMT,33
Ablation,Elemental Composition,SMT-PRO,35
Ablation,Emission Intensity,SMT-PRO,31
Ablation,Emission Spectra,SMT-CMT,38
Ablation,Eosin,SMT-CHM,30
Ablation,Etched,SMT-SMT,43
Ablation,Etching,SMT-SMT,61
Ablation,Ethanol,SMT-CHM,82
Ablation,Evaporation,SMT-SMT,34
Ablation,F,SMT-CHM,42
Ablation,FESEM,SMT-CMT,36
Ablation,FTIR,SMT-CMT,59
Ablation,Fe,SMT-CHM,155
Ablation,Femtosecond Laser Ablation,SMT-SMT,66
Ablation,Fiber,SMT-DSC,81
Ablation,Fibers,SMT-DSC,92
Ablation,Film,SMT-DSC,584
Ablation,Films,SMT-DSC,568
Ablation,Fluorescence,SMT-CMT,50
Ablation,Foil,SMT-DSC,65
Ablation,Fused,SMT-DSC,30
Ablation,Ga,SMT-CHM,44
Ablation,Garnet,SMT-SPL,30
Ablation,Ge,SMT-CHM,30
Ablation,Glass,SMT-DSC,149
Ablation,Glasses,SMT-DSC,46
Ablation,Grain Size,SMT-PRO,40
Ablation,Grains,SMT-DSC,48
Ablation,Graphene,SMT-CHM,49
Ablation,Graphite,SMT-CHM,197
Ablation,H2,SMT-CHM,36
Ablation,H2O,SMT-CHM,53
Ablation,HRTEM,SMT-CMT,100
Ablation,Hardness,SMT-PRO,47
Ablation,Heated,SMT-SMT,59
Ablation,Heating,SMT-SMT,153
Ablation,Helium,SMT-CHM,72
Ablation,Hexagonal,SMT-SPL,43
Ablation,Hydrocarbon,SMT-CHM,31
Ablation,Hydrogen,SMT-CHM,87
Ablation,ICP-MS,SMT-CMT,50
Ablation,ITO,SMT-CHM,37
Ablation,Inclusions,SMT-DSC,51
Ablation,Interface,SMT-DSC,204
Ablation,Iron,SMT-CHM,80
Ablation,Irradiated,SMT-SMT,367
Ablation,Irradiation,SMT-SMT,401
Ablation,LA-ICP-MS,SMT-CMT,101
Ablation,LIBs,SMT-CMT,86
Ablation,La,SMT-CHM,35
Ablation,Laser,SMT-APL,358
Ablation,Laser,SMT-CMT,38
Ablation,Laser,SMT-SMT,276
Ablation,Laser Ablated,SMT-SMT,92
Ablation,Laser Ablation,SMT-SMT,775
Ablation,Laser Induced Breakdown Spectroscopy,SMT-CMT,56
Ablation,Laser Irradiated,SMT-SMT,40
Ablation,Laser Irradiation,SMT-SMT,200
Ablation,Laser Processing,SMT-SMT,48
Ablation,Laser Radiation,SMT-SMT,31
Ablation,Laser Treated,SMT-SMT,35
Ablation,Laser Treatment,SMT-SMT,46
Ablation,Laser-Induced,SMT-SMT,32
Ablation,Layer,SMT-DSC,40
Ablation,Layered,SMT-DSC,42
Ablation,Layers,SMT-DSC,645
Ablation,Li,SMT-CHM,46
Ablation,Linear Ablation Rate,SMT-PRO,32
Ablation,Liver,SMT-APL,45
Ablation,Liver,SMT-DSC,38
Ablation,Machined,SMT-SMT,40
Ablation,Machining,SMT-SMT,44
Ablation,Mass,SMT-PRO,30
Ablation,Mass Ablation Rate,SMT-PRO,64
Ablation,Mass Spectra,SMT-CMT,37
Ablation,Matrix,SMT-DSC,100
Ablation,Mechanical Property,SMT-PRO,55
Ablation,Melting,SMT-SMT,137
Ablation,Melting Point,SMT-PRO,42
Ablation,Membrane,SMT-DSC,43
Ablation,Metallic,SMT-PRO,128
Ablation,Metals,SMT-PRO,220
Ablation,Methanol,SMT-CHM,39
Ablation,Mg,SMT-CHM,98
Ablation,MgO,SMT-CHM,42
Ablation,Mice,SMT-DSC,45
Ablation,Micro Structures,SMT-PRO,41
Ablation,Micrographs,SMT-CMT,31
Ablation,Micromachining,SMT-SMT,30
Ablation,Microstructure,SMT-PRO,225
Ablation,Mirrors,SMT-APL,37
Ablation,Mn,SMT-CHM,72
Ablation,Mo,SMT-CHM,62
Ablation,Monolayers,SMT-DSC,36
Ablation,Morphologic,SMT-PRO,46
Ablation,Morphologies,SMT-PRO,113
Ablation,Morphology,SMT-PRO,364
Ablation,Multilayer,SMT-DSC,73
Ablation,N2,SMT-CHM,100
Ablation,NPS,SMT-DSC,96
Ablation,NPs,SMT-DSC,44
Ablation,Na,SMT-CHM,42
Ablation,NaCl,SMT-CHM,40
Ablation,Nanocomposite,SMT-DSC,37
Ablation,Nanocrystals,SMT-DSC,37
Ablation,Nanomaterial,SMT-DSC,30
Ablation,Nanoparticle,SMT-DSC,149
Ablation,Nanoparticles,APL-DSC,31
Ablation,Nanoparticles,SMT-DSC,420
Ablation,Nanorods,SMT-DSC,32
Ablation,Nanostructure,SMT-DSC,37
Ablation,Nanostructures,SMT-DSC,101
Ablation,Nanotube,SMT-DSC,30
Ablation,Nanowires,SMT-DSC,37
Ablation,Nd,SMT-CHM,271
Ablation,Ni,SMT-CHM,123
Ablation,Nickel,SMT-CHM,63
Ablation,Nitrogen,SMT-CHM,153
Ablation,O,SMT-CHM,115
Ablation,O2,SMT-CHM,85
Ablation,Optical,SMT-PRO,33
Ablation,Optical Emission Spectroscopy,SMT-CMT,30
Ablation,Optical Image,SMT-CMT,72
Ablation,Optical Micrograph,SMT-CMT,37
Ablation,Optical Microscope,SMT-CMT,60
Ablation,Optical Microscopy,SMT-CMT,79
Ablation,Optical Properties,SMT-PRO,70
Ablation,Oxidation,SMT-SMT,175
Ablation,Oxides,SMT-CHM,103
Ablation,Oxidize,SMT-SMT,49
Ablation,Oxy Acetylene,SMT-CHM,121
Ablation,Oxygen,SMT-CHM,300
Ablation,PDMS,SMT-CHM,35
Ablation,PLD,SMT-SMT,159
Ablation,PMMA,SMT-CHM,94
Ablation,Particle,SMT-DSC,64
Ablation,Particle Size,SMT-PRO,50
Ablation,Particle Size Distribution,SMT-PRO,50
Ablation,Particles,SMT-DSC,361
Ablation,Particulates,SMT-DSC,35
Ablation,Patterning,SMT-SMT,30
Ablation,Pb,SMT-CHM,120
Ablation,Pellet,SMT-DSC,67
Ablation,Phase Diagram,SMT-PRO,41
Ablation,Photo Luminescence,SMT-CMT,66
Ablation,Plasma,SMT-DSC,38
Ablation,Plasma,SMT-SMT,104
Ablation,Plate,SMT-DSC,73
Ablation,Platinum,SMT-CHM,39
Ablation,Polished,SMT-SMT,55
Ablation,Polycrystalline,SMT-DSC,56
Ablation,Polyimides,SMT-CHM,59
Ablation,Polystyrene,SMT-CHM,31
Ablation,Porosity,SMT-PRO,41
Ablation,Porous,SMT-DSC,86
Ablation,Powder,SMT-DSC,89
Ablation,Powders,SMT-DSC,50
Ablation,Pt,SMT-CHM,71
Ablation,Pulsed Laser Ablation,SMT-SMT,107
Ablation,Pulsed Laser Deposition,SMT-SMT,167
Ablation,Pure,SMT-DSC,52
Ablation,Pyrolysis,SMT-SMT,41
Ablation,Quartz,SMT-CHM,130
Ablation,RFA,SMT-SMT,42
Ablation,Radiation,SMT-SMT,34
Ablation,Radiofrequency Ablation,SMT-SMT,63
Ablation,Raman,SMT-CMT,210
Ablation,Raman Spectroscopy,SMT-CMT,73
Ablation,Reflectivity,SMT-PRO,38
Ablation,Refractive Index,SMT-PRO,40
Ablation,Rod,SMT-DSC,32
Ablation,Roughness,SMT-PRO,64
Ablation,SAED,SMT-CMT,73
Ablation,SEM,SMT-CMT,867
Ablation,Sapphire,SMT-CHM,133
Ablation,Scanning Electron Micrograph,SMT-CMT,41
Ablation,Scanning Electron Microscope,SMT-CMT,54
Ablation,Scanning Electron Microscopy,SMT-CMT,171
Ablation,Selected Area Electron Diffraction,SMT-CMT,31
Ablation,Semiconductor,SMT-PRO,40
Ablation,Sheet,SMT-DSC,39
Ablation,Sheets,SMT-DSC,33
Ablation,Shell,SMT-DSC,45
Ablation,Si,SMT-CHM,352
Ablation,SiC,SMT-CHM,196
Ablation,SiO2,SMT-CHM,180
Ablation,Silica,SMT-CHM,136
Ablation,Silicate,SMT-CHM,50
Ablation,Silicon,SMT-CHM,315
Ablation,Silver,SMT-CHM,117
Ablation,Single Crystal,SMT-DSC,56
Ablation,Sintered,SMT-SMT,59
Ablation,Sintering,SMT-SMT,35
Ablation,Size,SMT-PRO,47
Ablation,Size Distribution,SMT-PRO,98
Ablation,Skin,SMT-DSC,35
Ablation,Sn,SMT-CHM,35
Ablation,Solar Cell,SMT-APL,44
Ablation,Solid,SMT-DSC,33
Ablation,Sphere,SMT-DSC,35
Ablation,Sputtering,SMT-SMT,30
Ablation,Sr,SMT-CHM,55
Ablation,Stability,SMT-PRO,47
Ablation,Stoichiometries,SMT-DSC,35
Ablation,Stoichiometry,SMT-PRO,46
Ablation,Stress,SMT-PRO,35
Ablation,Structural,SMT-PRO,43
Ablation,Structure,SMT-PRO,240
Ablation,Structures,SMT-PRO,52
Ablation,Substrate,SMT-DSC,764
Ablation,Surface,PRO-DSC,46
Ablation,Surface,SMT-DSC,1433
Ablation,Surface,SMT-PRO,48
Ablation,Surface Layer,SMT-DSC,76
Ablation,Surface Morphology,SMT-PRO,196
Ablation,Surface Roughness,SMT-PRO,100
Ablation,Surface SEM,SMT-CMT,38
Ablation,Surface Structure,SMT-PRO,54
Ablation,Surface Temperature,SMT-PRO,120
Ablation,Surface Topography,SMT-PRO,31
Ablation,Surfaces,SMT-DSC,274
Ablation,TEM,SMT-CMT,325
Ablation,Ta,SMT-CHM,38
Ablation,Tachycardia,SMT-PRO,41
Ablation,Temperature,SMT-PRO,124
Ablation,Thermal Ablation,SMT-SMT,32
Ablation,Thermal Conductivity,SMT-PRO,68
Ablation,Thin,SMT-DSC,123
Ablation,Thin Films,SMT-DSC,377
Ablation,Ti,SMT-CHM,240
Ablation,TiN,SMT-CHM,30
Ablation,TiO2,SMT-CHM,86
Ablation,Tissue,SMT-DSC,55
Ablation,Titanium,SMT-CHM,89
Ablation,Topography,SMT-PRO,50
Ablation,Transmission Electron Microscopy,SMT-CMT,88
Ablation,Transparent,SMT-PRO,89
Ablation,Tungsten,SMT-CHM,52
Ablation,UV Vis Absorption,SMT-CMT,30
Ablation,Velocity,SMT-PRO,34
Ablation,Wafers,SMT-DSC,96
Ablation,X-Ray Diffraction,SMT-CMT,159
Ablation,X-Ray Photoelectron Spectroscopy,SMT-CMT,92
Ablation,XPS,SMT-CMT,182
Ablation,XRD,SMT-CMT,430
Ablation,XeCl,SMT-CHM,45
Ablation,Zinc,SMT-CHM,38
Ablation,Zircons,SMT-CHM,62
Ablation,Zn,SMT-CHM,114
Ablation,ZnO,SMT-CHM,97
Ablation,Zr,SMT-CHM,84
Ablation,ZrC,SMT-CHM,77
Ablation,ZrO2,SMT-CHM,83
Ablation Behavior,Ablation,PRO-SMT,60
Ablation Behavior,Composite,PRO-DSC,46
Ablation Depth,Ablated,PRO-SMT,51
Ablation Depth,Ablation,PRO-SMT,99
Ablation Depth,Ablation Rate,PRO-PRO,30
Ablation Depth,Laser Ablation,PRO-SMT,43
Ablation Depth,Layers,PRO-DSC,30
Ablation Depth,SEM,PRO-CMT,58
Ablation Depth,Substrate,PRO-DSC,35
Ablation Depth,Surface,PRO-DSC,85
Ablation Efficiency,Ablation,PRO-SMT,52
Ablation Mechanism,Ablation,PRO-SMT,55
Ablation Mechanism,Composite,PRO-DSC,36
Ablation Mechanism,Surface,PRO-DSC,30
Ablation Properties,Ablation,PRO-SMT,34
Ablation Properties,Carbon,PRO-CHM,35
Ablation Properties,Composite,PRO-DSC,44
Ablation Rate,Ablated,PRO-SMT,69
Ablation Rate,Ablation,PRO-SMT,226
Ablation Rate,Ablation Depth,PRO-PRO,30
Ablation Rate,Ablation Threshold,PRO-PRO,33
Ablation Rate,Carbon,PRO-CHM,59
Ablation Rate,Coatings,PRO-APL,42
Ablation Rate,Composite,PRO-DSC,77
Ablation Rate,Film,PRO-DSC,37
Ablation Rate,Irradiated,PRO-SMT,32
Ablation Rate,Laser,PRO-APL,41
Ablation Rate,Laser Ablation,PRO-SMT,52
Ablation Rate,Layers,PRO-DSC,75
Ablation Rate,Morphology,PRO-PRO,31
Ablation Rate,Oxidation,PRO-SMT,31
Ablation Rate,Oxy Acetylene,PRO-CHM,37
Ablation Rate,Particles,PRO-DSC,30
Ablation Rate,SEM,PRO-CMT,85
Ablation Rate,SiC,PRO-CHM,42
Ablation Rate,Substrate,PRO-DSC,52
Ablation Rate,Surface,PRO-DSC,127
Ablation Rate,Surface Morphology,PRO-PRO,30
Ablation Rate,XRD,PRO-CMT,36
Ablation Resistance,Ablation,PRO-SMT,98
Ablation Resistance,Carbon,PRO-CHM,95
Ablation Resistance,Ceramic,PRO-DSC,40
Ablation Resistance,Coatings,PRO-APL,68
Ablation Resistance,Composite,PRO-DSC,139
Ablation Resistance,Layers,PRO-DSC,52
Ablation Resistance,Mass Ablation Rate,PRO-PRO,33
Ablation Resistance,Microstructure,PRO-PRO,58
Ablation Resistance,Oxidation,PRO-SMT,35
Ablation Resistance,Oxy Acetylene,PRO-CHM,56
Ablation Resistance,Oxygen,PRO-CHM,31
Ablation Resistance,SiC,PRO-CHM,74
Ablation Resistance,SiO2,PRO-CHM,32
Ablation Resistance,Surface,PRO-DSC,49
Ablation Resistance,ZrC,PRO-CHM,45
Ablation Resistance,ZrO2,PRO-CHM,39
Ablation Threshold,Ablated,PRO-SMT,58
Ablation Threshold,Ablation,PRO-SMT,199
Ablation Threshold,Ablation Rate,PRO-PRO,33
Ablation Threshold,Bulk,PRO-DSC,31
Ablation Threshold,Film,PRO-DSC,72
Ablation Threshold,Films,PRO-DSC,70
Ablation Threshold,Irradiated,PRO-SMT,85
Ablation Threshold,Irradiation,PRO-SMT,83
Ablation Threshold,Laser,PRO-APL,50
Ablation Threshold,Laser,PRO-SMT,47
Ablation Threshold,Laser Ablation,PRO-SMT,86
Ablation Threshold,Laser Irradiation,PRO-SMT,38
Ablation Threshold,Layers,PRO-DSC,63
Ablation Threshold,Morphology,PRO-PRO,37
Ablation Threshold,SEM,PRO-CMT,79
Ablation Threshold,Silicon,PRO-CHM,46
Ablation Threshold,Substrate,PRO-DSC,88
Ablation Threshold,Surface,PRO-DSC,141
Ablation Threshold,Surfaces,PRO-DSC,36
Ablation Threshold,Thin Films,PRO-DSC,46
Ablation Threshold,Ti,PRO-CHM,32
Abmd,Bone,PRO-PRO,31
Above,Biomass,PRO-PRO,42
Above,Carbon,PRO-CHM,38
Above,Ground,PRO-PRO,32
Above,Ground Biomass,PRO-PRO,64
Aboveground,Aboveground Biomass,PRO-PRO,30
Aboveground,Biomass,PRO-PRO,44
Aboveground,Carbon,PRO-CHM,41
Aboveground Biomass,AGB,PRO-PRO,73
Aboveground Biomass,Aboveground,PRO-PRO,30
Aboveground Biomass,Biomass,PRO-PRO,140
Aboveground Biomass,CO2,PRO-CHM,33
Aboveground Biomass,Carbon,PRO-CHM,132
Aboveground Biomass,Forests,PRO-PRO,33
Aboveground Biomass,Grain Yield,PRO-PRO,44
Aboveground Biomass,LIDAR,PRO-CMT,34
Aboveground Biomass,Leaf Area Index,PRO-PRO,30
Aboveground Biomass,Mg,PRO-CHM,46
Aboveground Biomass,Nitrogen,PRO-CHM,69
Aboveground Biomass,Plants,PRO-PRO,35
Aboveground Biomass,R2,PRO-PRO,33
Aboveground Biomass,Remote Sensing,PRO-CMT,31
Aboveground Biomass,Soil,PRO-DSC,58
Aboveground Biomass,Soil,PRO-PRO,61
Aboveground Biomass,Vegetation,PRO-PRO,30
Aboveground Biomass,Yields,PRO-PRO,46
Abraded,AFM,SMT-CMT,32
Abraded,Abrasion,SMT-SMT,83
Abraded,Alloy,SMT-DSC,32
Abraded,Coated,SMT-SMT,56
Abraded,Coatings,SMT-APL,76
Abraded,Composite,SMT-DSC,49
Abraded,EDS,SMT-CMT,30
Abraded,EDX,SMT-CMT,30
Abraded,Film,SMT-DSC,43
Abraded,Layers,SMT-DSC,52
Abraded,NaCl,SMT-CHM,34
Abraded,Particles,SMT-DSC,69
Abraded,Polished,SMT-SMT,43
Abraded,SEM,SMT-CMT,173
Abraded,SiC,SMT-CHM,30
Abraded,Substrate,SMT-DSC,62
Abraded,Super Hydrophobicity,SMT-PRO,32
Abraded,Surface,SMT-DSC,227
Abraded,Surfaces,SMT-DSC,136
Abraded,Wear Rate,SMT-PRO,32
Abraded,XPS,SMT-CMT,38
Abraded,XRD,SMT-CMT,41
Abrasion,AFM,SMT-CMT,82
Abrasion,Abraded,SMT-SMT,83
Abrasion,Abrasion Resistance,SMT-PRO,34
Abrasion,Abrasion Tests,SMT-CMT,106
Abrasion,Abrasive,SMT-PRO,42
Abrasion,Abrasive Wear,SMT-PRO,30
Abrasion,Adhesions,PRO-PRO,116
Abrasion,Adhesions,SMT-PRO,48
Abrasion,Al,SMT-CHM,66
Abrasion,Al2O3,SMT-CHM,34
Abrasion,Alloy,PRO-DSC,58
Abrasion,Alloy,SMT-DSC,60
Abrasion,Alloys,PRO-DSC,53
Abrasion,Alumina,SMT-CHM,58
Abrasion,Aluminum,PRO-CHM,30
Abrasion,Aluminum,SMT-CHM,70
Abrasion,As Prepared,SMT-DSC,69
Abrasion,Bulk,SMT-DSC,32
Abrasion,CA,SMT-PRO,70
Abrasion,Carbide,PRO-CHM,39
Abrasion,Carbon,SMT-CHM,59
Abrasion,Ceramic,PRO-DSC,41
Abrasion,Ceramic,SMT-DSC,39
Abrasion,Coated,PRO-SMT,37
Abrasion,Coated,SMT-DSC,49
Abrasion,Coated,SMT-SMT,201
Abrasion,Coatings,PRO-APL,131
Abrasion,Coatings,SMT-APL,295
Abrasion,Coatings,SMT-SMT,34
Abrasion,Composite,PRO-DSC,59
Abrasion,Composite,SMT-DSC,127
Abrasion,Compositions,PRO-PRO,35
Abrasion,Compositions,SMT-PRO,48
Abrasion,Contact Angle,SMT-PRO,142
Abrasion,Copper,SMT-CHM,51
Abrasion,Corrosion Resistance,PRO-PRO,42
Abrasion,Crystal,SMT-DSC,32
Abrasion,Cu,SMT-CHM,55
Abrasion,Cutting Tool,PRO-APL,33
Abrasion,Diamonds,SMT-CHM,48
Abrasion,Droplets,SMT-DSC,99
Abrasion,Durability,SMT-PRO,34
Abrasion,EDS,SMT-CMT,127
Abrasion,EDX,SMT-CMT,33
Abrasion,Etching,SMT-SMT,30
Abrasion,Ethanol,SMT-CHM,39
Abrasion,FESEM,SMT-CMT,42
Abrasion,FT-IR,SMT-CMT,46
Abrasion,FTIR,SMT-CMT,122
Abrasion,Fabric,SMT-DSC,86
Abrasion,Fabrics,SMT-DSC,64
Abrasion,Fiber,SMT-DSC,31
Abrasion,Fibers,SMT-DSC,33
Abrasion,Film,SMT-DSC,115
Abrasion,Films,SMT-DSC,61
Abrasion,Friction,PRO-PRO,43
Abrasion,Friction Coefficient,PRO-PRO,38
Abrasion,Friction Coefficient,SMT-PRO,31
Abrasion,Grain Size,SMT-PRO,31
Abrasion,HCl,SMT-CHM,47
Abrasion,Hard,PRO-PRO,53
Abrasion,Hardness,PRO-PRO,108
Abrasion,Hardness,SMT-PRO,60
Abrasion,Heating,SMT-SMT,38
Abrasion,Hexadecane,SMT-CHM,36
Abrasion,Hydrophobic,SMT-PRO,52
Abrasion,Interface,SMT-DSC,52
Abrasion,Laundering,SMT-SMT,30
Abrasion,Layers,PRO-DSC,44
Abrasion,Layers,SMT-DSC,147
Abrasion,Machining,PRO-SMT,30
Abrasion,Matrix,SMT-DSC,48
Abrasion,Mechanical Property,PRO-PRO,50
Abrasion,Membrane,SMT-DSC,34
Abrasion,Mesh,SMT-DSC,36
Abrasion,Metals,PRO-PRO,33
Abrasion,Methylene Blue,SMT-CHM,49
Abrasion,Microstructure,PRO-PRO,61
Abrasion,Microstructure,SMT-PRO,87
Abrasion,Morphology,SMT-PRO,94
Abrasion,NaCl,SMT-CHM,99
Abrasion,NaOH,SMT-CHM,43
Abrasion,Nanocomposite,SMT-DSC,33
Abrasion,Nanoparticles,SMT-DSC,71
Abrasion,O,SMT-CHM,56
Abrasion,Oil/Water Separation,SMT-APL,42
Abrasion,Optical Image,SMT-CMT,78
Abrasion,Oxidation,SMT-SMT,31
Abrasion,Oxygen,SMT-CHM,35
Abrasion,PDMS,SMT-CHM,79
Abrasion,Particle,SMT-DSC,47
Abrasion,Particle Size,SMT-PRO,30
Abrasion,Particles,PRO-DSC,64
Abrasion,Particles,SMT-DSC,204
Abrasion,Polished,SMT-SMT,40
Abrasion,Polishing,SMT-SMT,33
Abrasion,Polyester,SMT-CHM,34
Abrasion,Powder,SMT-DSC,55
Abrasion,Quartz,SMT-CHM,36
Abrasion,Roughness,SMT-PRO,57
Abrasion,SA,SMT-PRO,54
Abrasion,SEM,CMT-CMT,36
Abrasion,SEM,PRO-CMT,65
Abrasion,SEM,SMT-CMT,531
Abrasion,Sandpaper,SMT-SMT,57
Abrasion,Sandpaper Abrasion Test,SMT-CMT,33
Abrasion,Scanning Electron Microscopy,PRO-CMT,32
Abrasion,Scanning Electron Microscopy,SMT-CMT,40
Abrasion,Separation Efficiency,SMT-PRO,45
Abrasion,Si,SMT-CHM,73
Abrasion,SiC,SMT-CHM,49
Abrasion,SiO2,SMT-CHM,89
Abrasion,Silica,SMT-CHM,96
Abrasion,Silicon,SMT-CHM,35
Abrasion,Slide,SMT-DSC,38
Abrasion,Sliding Angle,SMT-PRO,85
Abrasion,Sponge,SMT-DSC,36
Abrasion,Strengths,PRO-PRO,43
Abrasion,Structure,SMT-PRO,70
Abrasion,Substrate,PRO-DSC,61
Abrasion,Substrate,SMT-DSC,183
Abrasion,Super Hydrophobicity,SMT-PRO,272
Abrasion,Superhydrophilic,SMT-PRO,36
Abrasion,Superhydrophobic Coatings,SMT-APL,33
Abrasion,Surface,PRO-DSC,112
Abrasion,Surface,SMT-DSC,636
Abrasion,Surface Morphology,SMT-PRO,65
Abrasion,Surface Roughness,SMT-PRO,52
Abrasion,Surfaces,PRO-DSC,64
Abrasion,Surfaces,SMT-APL,44
Abrasion,Surfaces,SMT-DSC,294
Abrasion,TEM,SMT-CMT,93
Abrasion,TiO2,SMT-CHM,51
Abrasion,Tool,PRO-APL,42
Abrasion,Tools,PRO-APL,33
Abrasion,UV Irradiation,SMT-SMT,49
Abrasion,Uncoated,SMT-DSC,57
Abrasion,WCA,SMT-PRO,33
Abrasion,Water Contact Angle,SMT-PRO,145
Abrasion,Wca,SMT-PRO,41
Abrasion,Wear,PRO-PRO,109
Abrasion,Wear,SMT-PRO,65
Abrasion,Wear Mechanism,PRO-PRO,94
Abrasion,Wear Rate,PRO-PRO,35
Abrasion,Wear Rate,SMT-PRO,63
Abrasion,Wear Resistance,PRO-PRO,88
Abrasion,Wear Resistance,SMT-PRO,39
Abrasion,Wettability,SMT-PRO,69
Abrasion,XPS,SMT-CMT,182
Abrasion,XRD,SMT-CMT,117
Abrasion Resistance,Abrasion,PRO-SMT,34
Abrasion Resistance,Abrasion Tests,PRO-CMT,46
Abrasion Resistance,Adhesions,PRO-PRO,73
Abrasion Resistance,Alloy,PRO-DSC,72
Abrasion Resistance,Alloys,PRO-DSC,79
Abrasion Resistance,Alumina,PRO-CHM,35
Abrasion Resistance,Aluminum,PRO-CHM,46
Abrasion Resistance,Bulk,PRO-DSC,33
Abrasion Resistance,Carbide,PRO-CHM,45
Abrasion Resistance,Carbon,PRO-CHM,62
Abrasion Resistance,Ceramic,PRO-DSC,54
Abrasion Resistance,Chromium,PRO-CHM,36
Abrasion Resistance,Coated,PRO-SMT,71
Abrasion Resistance,Coatings,PRO-APL,286
Abrasion Resistance,Composite,PRO-DSC,137
Abrasion Resistance,Compositions,PRO-PRO,67
Abrasion Resistance,Compressive Strength,PRO-PRO,117
Abrasion Resistance,Concrete,PRO-DSC,39
Abrasion Resistance,Contact Angle,PRO-PRO,30
Abrasion Resistance,Corrosion Resistance,PRO-PRO,74
Abrasion Resistance,Cured,PRO-SMT,30
Abrasion Resistance,Curing,PRO-SMT,47
Abrasion Resistance,Density,PRO-PRO,61
Abrasion Resistance,Durability,PRO-PRO,47
Abrasion Resistance,FTIR,PRO-CMT,43
Abrasion Resistance,Fiber,PRO-DSC,34
Abrasion Resistance,Fibers,PRO-DSC,35
Abrasion Resistance,Film,PRO-DSC,84
Abrasion Resistance,Films,PRO-DSC,72
Abrasion Resistance,Flexural Strength,PRO-PRO,51
Abrasion Resistance,Hard,PRO-PRO,63
Abrasion Resistance,Hardness,PRO-PRO,231
Abrasion Resistance,Heat Treatment,PRO-SMT,32
Abrasion Resistance,Iron,PRO-CHM,48
Abrasion Resistance,Layers,PRO-DSC,81
Abrasion Resistance,Matrix,PRO-DSC,46
Abrasion Resistance,Mechanical,PRO-PRO,64
Abrasion Resistance,Mechanical Property,PRO-PRO,220
Abrasion Resistance,Metallic,PRO-PRO,30
Abrasion Resistance,Metals,PRO-PRO,31
Abrasion Resistance,Micro Hardness,PRO-PRO,39
Abrasion Resistance,Microstructure,PRO-PRO,143
Abrasion Resistance,Morphology,PRO-PRO,52
Abrasion Resistance,Nanocomposite,PRO-DSC,54
Abrasion Resistance,Nanoparticles,PRO-DSC,62
Abrasion Resistance,Particles,PRO-DSC,108
Abrasion Resistance,Polyurethanes,PRO-CHM,45
Abrasion Resistance,Porosity,PRO-PRO,40
Abrasion Resistance,Powder,PRO-DSC,45
Abrasion Resistance,SEM,PRO-CMT,142
Abrasion Resistance,Scanning Electron Microscopy,PRO-CMT,70
Abrasion Resistance,SiO2,PRO-CHM,60
Abrasion Resistance,Silica,PRO-CHM,84
Abrasion Resistance,Sol-Gel,PRO-SMT,33
Abrasion Resistance,Splitting Tensile Strength,PRO-PRO,35
Abrasion Resistance,Strengths,PRO-PRO,112
Abrasion Resistance,Structure,PRO-PRO,69
Abrasion Resistance,Substrate,PRO-DSC,147
Abrasion Resistance,Super Hydrophobicity,PRO-PRO,42
Abrasion Resistance,Surface,PRO-DSC,180
Abrasion Resistance,Surface Roughness,PRO-PRO,31
Abrasion Resistance,Surfaces,PRO-DSC,84
Abrasion Resistance,Tensile Strength,PRO-PRO,82
Abrasion Resistance,Thermal Stability,PRO-PRO,30
Abrasion Resistance,TiO2,PRO-CHM,33
Abrasion Resistance,Toughness,PRO-PRO,57
Abrasion Resistance,Water Absorption,PRO-PRO,55
Abrasion Resistance,Water Contact Angle,PRO-PRO,30
Abrasion Resistance,Wear,PRO-PRO,66
Abrasion Resistance,Wear Rate,PRO-PRO,31
Abrasion Resistance,Wear Resistance,PRO-PRO,80
Abrasion Resistance,X-Ray Diffraction,PRO-CMT,42
Abrasion Resistance,XRD,PRO-CMT,64
Abrasion Tests,AFM,CMT-CMT,46
Abrasion Tests,Abrasion,CMT-SMT,106
Abrasion Tests,Abrasion Resistance,CMT-PRO,46
Abrasion Tests,Aluminum,CMT-CHM,31
Abrasion Tests,As Prepared,CMT-DSC,52
Abrasion Tests,CA,CMT-PRO,30
Abrasion Tests,Coated,CMT-SMT,94
Abrasion Tests,Coatings,CMT-APL,151
Abrasion Tests,Composite,CMT-DSC,53
Abrasion Tests,Contact Angle,CMT-PRO,77
Abrasion Tests,Droplets,CMT-DSC,46
Abrasion Tests,EDS,CMT-CMT,57
Abrasion Tests,FTIR,CMT-CMT,61
Abrasion Tests,Fabric,CMT-DSC,35
Abrasion Tests,Fabrics,CMT-DSC,31
Abrasion Tests,Film,CMT-DSC,52
Abrasion Tests,Films,CMT-DSC,35
Abrasion Tests,Hardness,CMT-PRO,33
Abrasion Tests,Hydrophobic,CMT-PRO,35
Abrasion Tests,Layers,CMT-DSC,42
Abrasion Tests,Microstructure,CMT-PRO,40
Abrasion Tests,Morphology,CMT-PRO,39
Abrasion Tests,NaCl,CMT-CHM,31
Abrasion Tests,Nanoparticles,CMT-DSC,48
Abrasion Tests,Optical Image,CMT-CMT,37
Abrasion Tests,Particles,CMT-DSC,67
Abrasion Tests,Powder,CMT-DSC,32
Abrasion Tests,SEM,CMT-CMT,227
Abrasion Tests,Si,CMT-CHM,30
Abrasion Tests,SiO2,CMT-CHM,46
Abrasion Tests,Silica,CMT-CHM,44
Abrasion Tests,Sliding Angle,CMT-PRO,51
Abrasion Tests,Substrate,CMT-DSC,95
Abrasion Tests,Super Hydrophobicity,CMT-PRO,138
Abrasion Tests,Surface,CMT-DSC,206
Abrasion Tests,Surfaces,CMT-DSC,101
Abrasion Tests,TEM,CMT-CMT,44
Abrasion Tests,Water Contact Angle,CMT-PRO,71
Abrasion Tests,XPS,CMT-CMT,90
Abrasion Tests,XRD,CMT-CMT,57
Abrasive,AFM,APL-CMT,42
Abrasive,AFM,PRO-CMT,35
Abrasive,Abrasion,PRO-SMT,42
Abrasive,Abrasive Wear,PRO-PRO,92
Abrasive,Adhesions,PRO-PRO,35
Abrasive,Adhesive,PRO-PRO,84
Abrasive,Adhesive Wear,PRO-PRO,63
Abrasive,Al,APL-CHM,32
Abrasive,Al,PRO-CHM,62
Abrasive,Al2O3,APL-CHM,62
Abrasive,Al2O3,PRO-CHM,93
Abrasive,Alloy,APL-DSC,45
Abrasive,Alloy,PRO-DSC,142
Abrasive,Alloys,PRO-DSC,73
Abrasive,Alumina,APL-CHM,97
Abrasive,Alumina,PRO-CHM,106
Abrasive,Aluminum,PRO-CHM,70
Abrasive,Atomic Force Microscopy,APL-CMT,32
Abrasive,Brittle,PRO-PRO,31
Abrasive,Bulk,PRO-DSC,30
Abrasive,CMP,APL-APL,74
Abrasive,CMP,APL-SMT,93
Abrasive,CMP,PRO-SMT,36
Abrasive,Carbide,PRO-CHM,71
Abrasive,Carbon,APL-CHM,38
Abrasive,Carbon,PRO-CHM,79
Abrasive,Ceramic,APL-DSC,37
Abrasive,Ceramic,PRO-DSC,72
Abrasive,Chemical Mechanical Polishing,APL-SMT,50
Abrasive,Chromium,PRO-CHM,33
Abrasive,Coated,PRO-SMT,68
Abrasive,Coatings,APL-APL,54
Abrasive,Coatings,PRO-APL,171
Abrasive,Coefficient of Friction,PRO-PRO,37
Abrasive,Colloidal,APL-DSC,37
Abrasive,Composite,APL-DSC,91
Abrasive,Composite,PRO-DSC,160
Abrasive,Compositions,PRO-PRO,45
Abrasive,Copper,APL-CHM,36
Abrasive,Copper,PRO-CHM,44
Abrasive,Corrosion Resistance,PRO-PRO,34
Abrasive,Cu,APL-CHM,31
Abrasive,Cu,PRO-CHM,35
Abrasive,Cutting,PRO-APL,38
Abrasive,Cutting,PRO-SMT,36
Abrasive,Cutting Tool,PRO-APL,36
Abrasive,Diamonds,APL-CHM,116
Abrasive,Diamonds,PRO-CHM,126
Abrasive,EDS,PRO-CMT,43
Abrasive,Film,APL-DSC,44
Abrasive,Film,PRO-DSC,46
Abrasive,Films,APL-DSC,40
Abrasive,Friction,PRO-PRO,68
Abrasive,Friction Coefficient,PRO-PRO,74
Abrasive,Garnet,PRO-SPL,30
Abrasive,Grain Size,PRO-PRO,55
Abrasive,Graphite,PRO-CHM,31
Abrasive,Grinding,APL-SMT,53
Abrasive,Grinding,PRO-SMT,78
Abrasive,Grinding Wheel,PRO-APL,33
Abrasive,Hard,APL-PRO,63
Abrasive,Hard,PRO-PRO,139
Abrasive,Hardness,APL-PRO,107
Abrasive,Hardness,PRO-PRO,222
Abrasive,Interface,PRO-DSC,58
Abrasive,Iron,APL-CHM,32
Abrasive,Iron,PRO-CHM,63
Abrasive,Layers,APL-DSC,68
Abrasive,Layers,PRO-DSC,129
Abrasive,MRR,APL-PRO,39
Abrasive,Machined,PRO-SMT,37
Abrasive,Machining,PRO-APL,47
Abrasive,Machining,PRO-SMT,69
Abrasive,Material Removal Rate,APL-PRO,49
Abrasive,Material Removal Rate,PRO-PRO,32
Abrasive,Matrix,PRO-DSC,71
Abrasive,Matrix Composite,PRO-DSC,41
Abrasive,Mechanical,PRO-PRO,35
Abrasive,Mechanical Property,APL-PRO,39
Abrasive,Mechanical Property,PRO-PRO,68
Abrasive,Metallic,PRO-PRO,50
Abrasive,Metals,PRO-PRO,76
Abrasive,Micro Hardness,PRO-PRO,36
Abrasive,Micro Structures,PRO-PRO,32
Abrasive,Microstructure,APL-PRO,68
Abrasive,Microstructure,PRO-PRO,163
Abrasive,Morphology,APL-PRO,45
Abrasive,Morphology,PRO-PRO,79
Abrasive,Ni,PRO-CHM,32
Abrasive,Oxides,APL-CHM,33
Abrasive,Particle,APL-DSC,32
Abrasive,Particle,PRO-DSC,86
Abrasive,Particle Size,PRO-PRO,36
Abrasive,Particles,APL-DSC,179
Abrasive,Particles,PRO-DSC,338
Abrasive,Polished,APL-SMT,79
Abrasive,Polished,PRO-SMT,45
Abrasive,Polishing,APL-APL,47
Abrasive,Polishing,APL-SMT,98
Abrasive,Polishing,PRO-SMT,85
Abrasive,Powder,APL-DSC,36
Abrasive,Powder,PRO-DSC,87
Abrasive,Powders,PRO-DSC,42
Abrasive,Quartz,PRO-CHM,38
Abrasive,Ra,APL-PRO,32
Abrasive,Removal Rate,APL-PRO,85
Abrasive,Roughness,APL-PRO,41
Abrasive,Roughness,PRO-PRO,51
Abrasive,SEM,APL-CMT,140
Abrasive,SEM,PRO-CMT,244
Abrasive,SEM,SMT-CMT,35
Abrasive,Sapphire,APL-CHM,31
Abrasive,Scanning Electron Microscope,PRO-CMT,42
Abrasive,Scanning Electron Microscopy,APL-CMT,40
Abrasive,Scanning Electron Microscopy,PRO-CMT,69
Abrasive,Si,APL-CHM,38
Abrasive,Si,PRO-CHM,51
Abrasive,SiC,APL-CHM,103
Abrasive,SiC,PRO-CHM,140
Abrasive,SiO2,APL-CHM,65
Abrasive,SiO2,PRO-CHM,43
Abrasive,Silica,APL-CHM,113
Abrasive,Silica,PRO-CHM,85
Abrasive,Silicon,APL-CHM,45
Abrasive,Silicon,PRO-CHM,36
Abrasive,Silicon Carbide,APL-CHM,59
Abrasive,Silicon Carbide,PRO-CHM,69
Abrasive,Sintered,PRO-SMT,40
Abrasive,Strengths,PRO-PRO,33
Abrasive,Structure,APL-PRO,34
Abrasive,Structure,PRO-PRO,54
Abrasive,Substrate,APL-DSC,64
Abrasive,Substrate,PRO-DSC,108
Abrasive,Surface,APL-DSC,230
Abrasive,Surface,PRO-DSC,439
Abrasive,Surface,SMT-DSC,74
Abrasive,Surface Quality,APL-PRO,40
Abrasive,Surface Quality,PRO-PRO,36
Abrasive,Surface Roughness,APL-PRO,111
Abrasive,Surface Roughness,PRO-PRO,119
Abrasive,Surface Roughness,SMT-PRO,35
Abrasive,Surfaces,APL-DSC,99
Abrasive,Surfaces,PRO-DSC,197
Abrasive,Surfaces,SMT-DSC,36
Abrasive,TEM,APL-CMT,36
Abrasive,TiC,PRO-CHM,30
Abrasive,Titanium,PRO-CHM,35
Abrasive,Tool,PRO-APL,69
Abrasive,Tool Wear,PRO-PRO,40
Abrasive,Tools,PRO-APL,47
Abrasive,Tribological Property,PRO-PRO,38
Abrasive,WC,PRO-CHM,37
Abrasive,Wafers,APL-DSC,57
Abrasive,Wear,APL-PRO,58
Abrasive,Wear,PRO-PRO,222
Abrasive,Wear Behavior,PRO-PRO,74
Abrasive,Wear Mechanism,PRO-PRO,146
Abrasive,Wear Rate,APL-PRO,48
Abrasive,Wear Rate,PRO-PRO,176
Abrasive,Wear Resistance,APL-PRO,35
Abrasive,Wear Resistance,PRO-PRO,172
Abrasive,Wear Scar,PRO-PRO,37
Abrasive,Wear Surface,PRO-PRO,34
Abrasive,Wear Test,PRO-CMT,63
Abrasive,Wear Volume,PRO-PRO,33
Abrasive,Wheel,PRO-APL,36
Abrasive,Workpiece,APL-APL,35
Abrasive,Workpiece,APL-DSC,33
Abrasive,Workpiece,PRO-APL,47
Abrasive,Workpiece,PRO-DSC,55
Abrasive,X-Ray Diffraction,PRO-CMT,37
Abrasive,XRD,APL-CMT,43
Abrasive,XRD,PRO-CMT,63
Abrasive Paper,Surface,SMT-DSC,30
Abrasive Particles,Particles,APL-DSC,42
Abrasive Particles,Surface,APL-DSC,32
Abrasive Wear,Abrasion,PRO-SMT,30
Abrasive Wear,Abrasive,PRO-PRO,92
Abrasive Wear,Abrasive Wear Resistance,PRO-PRO,32
Abrasive Wear,Adhesions,PRO-PRO,68
Abrasive Wear,Adhesive,PRO-PRO,65
Abrasive Wear,Adhesive Wear,PRO-PRO,204
Abrasive Wear,Al,PRO-CHM,54
Abrasive Wear,Al2O3,PRO-CHM,92
Abrasive Wear,Alloy,PRO-DSC,191
Abrasive Wear,Alloys,PRO-DSC,103
Abrasive Wear,Alumina,PRO-CHM,71
Abrasive Wear,Aluminum,PRO-CHM,57
Abrasive Wear,Bulk,PRO-DSC,34
Abrasive Wear,Carbide,PRO-CHM,93
Abrasive Wear,Carbon,PRO-CHM,90
Abrasive Wear,Ceramic,PRO-DSC,75
Abrasive Wear,Chemical Composition,PRO-PRO,35
Abrasive Wear,Chromium,PRO-CHM,34
Abrasive Wear,Coated,PRO-SMT,80
Abrasive Wear,Coatings,PRO-APL,270
Abrasive Wear,Coefficient of Friction,PRO-PRO,94
Abrasive Wear,Composite,PRO-DSC,216
Abrasive Wear,Compositions,PRO-PRO,72
Abrasive Wear,Corrosion Resistance,PRO-PRO,42
Abrasive Wear,Cr,PRO-CHM,47
Abrasive Wear,Cu,PRO-CHM,36
Abrasive Wear,Cutting Tool,PRO-APL,51
Abrasive Wear,Diamonds,PRO-CHM,75
Abrasive Wear,EDS,PRO-CMT,73
Abrasive Wear,Fatigue Wear,PRO-PRO,38
Abrasive Wear,Fe,PRO-CHM,44
Abrasive Wear,Film,PRO-DSC,77
Abrasive Wear,Films,PRO-DSC,51
Abrasive Wear,Friction,PRO-PRO,125
Abrasive Wear,Friction Coefficient,PRO-PRO,172
Abrasive Wear,Grain Size,PRO-PRO,43
Abrasive Wear,Graphite,PRO-CHM,32
Abrasive Wear,Hard,PRO-PRO,115
Abrasive Wear,Hardness,PRO-PRO,272
Abrasive Wear,Heat Treatment,PRO-SMT,38
Abrasive Wear,Interface,PRO-DSC,65
Abrasive Wear,Iron,PRO-CHM,58
Abrasive Wear,Layers,PRO-DSC,181
Abrasive Wear,Machining,PRO-APL,37
Abrasive Wear,Machining,PRO-SMT,36
Abrasive Wear,Matrix,PRO-DSC,87
Abrasive Wear,Matrix Composite,PRO-DSC,34
Abrasive Wear,Mechanical,PRO-PRO,50
Abrasive Wear,Mechanical Property,PRO-PRO,106
Abrasive Wear,Metallic,PRO-PRO,40
Abrasive Wear,Metals,PRO-PRO,44
Abrasive Wear,Micro Hardness,PRO-PRO,83
Abrasive Wear,Microstructure,PRO-PRO,233
Abrasive Wear,Morphology,PRO-PRO,62
Abrasive Wear,Ni,PRO-CHM,46
Abrasive Wear,Optical Microscopy,PRO-CMT,30
Abrasive Wear,Oxidation,PRO-SMT,61
Abrasive Wear,Oxidative Wear,PRO-PRO,31
Abrasive Wear,Oxides,PRO-CHM,41
Abrasive Wear,Particle,PRO-DSC,32
Abrasive Wear,Particles,PRO-DSC,180
Abrasive Wear,Plastic Deformation,PRO-PRO,37
Abrasive Wear,Powder,PRO-DSC,50
Abrasive Wear,Powders,PRO-DSC,40
Abrasive Wear,Roughness,PRO-PRO,41
Abrasive Wear,SEM,PRO-CMT,224
Abrasive Wear,Scanning Electron Microscope,PRO-CMT,51
Abrasive Wear,Scanning Electron Microscopy,PRO-CMT,110
Abrasive Wear,SiC,PRO-CHM,73
Abrasive Wear,Strengths,PRO-PRO,44
Abrasive Wear,Structure,PRO-PRO,72
Abrasive Wear,Substrate,PRO-DSC,159
Abrasive Wear,Surface,PRO-DSC,334
Abrasive Wear,Surface Roughness,PRO-PRO,45
Abrasive Wear,Surfaces,PRO-DSC,176
Abrasive Wear,TEM,PRO-CMT,34
Abrasive Wear,Ti,PRO-CHM,51
Abrasive Wear,TiC,PRO-CHM,44
Abrasive Wear,TiN,PRO-CHM,35
Abrasive Wear,Titanium,PRO-CHM,33
Abrasive Wear,Tool,PRO-APL,89
Abrasive Wear,Tool Life,PRO-PRO,32
Abrasive Wear,Tool Wear,PRO-PRO,32
Abrasive Wear,Tools,PRO-APL,72
Abrasive Wear,Toughness,PRO-PRO,37
Abrasive Wear,Tribological Behavior,PRO-PRO,66
Abrasive Wear,Tribological Property,PRO-PRO,94
Abrasive Wear,WC,PRO-CHM,42
Abrasive Wear,Wear,PRO-PRO,324
Abrasive Wear,Wear Behavior,PRO-PRO,131
Abrasive Wear,Wear Mechanism,PRO-PRO,335
Abrasive Wear,Wear Performance,PRO-PRO,37
Abrasive Wear,Wear Properties,PRO-PRO,43
Abrasive Wear,Wear Rate,PRO-PRO,238
Abrasive Wear,Wear Resistance,PRO-PRO,277
Abrasive Wear,Wear Resistant,PRO-PRO,31
Abrasive Wear,Wear Test,PRO-CMT,88
Abrasive Wear,Wear Volume,PRO-PRO,41
Abrasive Wear,X-Ray Diffraction,PRO-CMT,56
Abrasive Wear,XRD,PRO-CMT,77
Abrasive Wear Behavior,Coatings,PRO-APL,30
Abrasive Wear Behavior,Hardness,PRO-PRO,31
Abrasive Wear Behavior,Microstructure,PRO-PRO,32
Abrasive Wear Behavior,Wear Resistance,PRO-PRO,34
Abrasive Wear Rate,Coatings,PRO-APL,35
Abrasive Wear Rate,SEM,PRO-CMT,37
Abrasive Wear Resistance,Abrasive Wear,PRO-PRO,32
Abrasive Wear Resistance,Alloy,PRO-DSC,50
Abrasive Wear Resistance,Alloys,PRO-DSC,40
Abrasive Wear Resistance,Carbide,PRO-CHM,35
Abrasive Wear Resistance,Carbon,PRO-CHM,39
Abrasive Wear Resistance,Coatings,PRO-APL,99
Abrasive Wear Resistance,Composite,PRO-DSC,67
Abrasive Wear Resistance,Hard,PRO-PRO,32
Abrasive Wear Resistance,Hardness,PRO-PRO,141
Abrasive Wear Resistance,Iron,PRO-CHM,36
Abrasive Wear Resistance,Layers,PRO-DSC,35
Abrasive Wear Resistance,Matrix,PRO-DSC,40
Abrasive Wear Resistance,Mechanical Property,PRO-PRO,53
Abrasive Wear Resistance,Micro Hardness,PRO-PRO,41
Abrasive Wear Resistance,Microstructure,PRO-PRO,99
Abrasive Wear Resistance,Particles,PRO-DSC,57
Abrasive Wear Resistance,Powder,PRO-DSC,34
Abrasive Wear Resistance,SEM,PRO-CMT,50
Abrasive Wear Resistance,Scanning Electron Microscopy,PRO-CMT,37
Abrasive Wear Resistance,Substrate,PRO-DSC,54
Abrasive Wear Resistance,Surface,PRO-DSC,49
Abrasive Wear Resistance,Toughness,PRO-PRO,30
Abrasive Wear Resistance,Wear,PRO-PRO,35
Abrasive Wear Resistance,Wear Mechanism,PRO-PRO,30
Abrasive Wear Resistance,Wear Rate,PRO-PRO,33
Abrasive Wear Resistance,Wear Resistance,PRO-PRO,108
Abrasive Wear Resistance,X-Ray Diffraction,PRO-CMT,32
Abrasive Wear Resistance,XRD,PRO-CMT,30
Abrasive Wear Test,Coatings,CMT-APL,39
Abrasive Wear Test,Hardness,CMT-PRO,33
Abrasive Wear Test,Microstructure,CMT-PRO,35
Abrasive Wear Test,SEM,CMT-CMT,43
Abrasive Wear Test,Surface,CMT-DSC,37
Abrasive Wear Test,Wear Rate,CMT-PRO,33
Abrasive Wear Test,Wear Resistance,CMT-PRO,33
Abscisic Acid,ABA,CHM-CHM,205
Abscisic Acid,ABA,CHM-PRO,38
Abscisic Acid,Ethylene,CHM-CHM,33
Abscisic Acid,Gibberellin,CHM-CHM,36
Abscisic Acid,Indole Acetic Acid,CHM-CHM,32
Abscisic Acid,Jasmonic Acid,CHM-CHM,34
Abscisic Acid,Leaves,CHM-DSC,46
Abscisic Acid,Plants,CHM-DSC,32
Abscisic Acid,Salicylic Acid,CHM-CHM,52
Abscisic Acid,Seedlings,CHM-DSC,36
Absolute,Carbon,PRO-CHM,40
Absolute,Density,PRO-PRO,37
Absolute,Error,CMT-PRO,43
Absolute,Hydrogen,PRO-CHM,34
Absolute,MAE,CMT-PRO,44
Absolute,Mean,CMT-PRO,83
Absolute,Permeability,PRO-PRO,30
Absolute,SEM,PRO-CMT,30
Absolute,Structure,PRO-PRO,33
Absolute,Surface,PRO-DSC,52
Absolute Configuration,13C,PRO-CHM,47
Absolute Configuration,13C NMR,PRO-CMT,36
Absolute Configuration,1D,PRO-CMT,41
Absolute Configuration,1H,PRO-CHM,125
Absolute Configuration,1H,PRO-CMT,31
Absolute Configuration,1H NMR,PRO-CMT,83
Absolute Configuration,2D NMR,PRO-CMT,102
Absolute Configuration,Ac,PRO-PRO,36
Absolute Configuration,Alcohols,PRO-CHM,72
Absolute Configuration,Aldehyde,PRO-CHM,59
Absolute Configuration,Aldol,PRO-CHM,42
Absolute Configuration,Amines,PRO-CHM,33
Absolute Configuration,Amino Acid,PRO-CHM,59
Absolute Configuration,CH2Cl2,PRO-CHM,81
Absolute Configuration,Carbon,PRO-CHM,78
Absolute Configuration,Carbonyls,PRO-CHM,32
Absolute Configuration,Catalyst,PRO-APL,63
Absolute Configuration,Chemical Structures,PRO-PRO,38
Absolute Configuration,Chiral,PRO-PRO,42
Absolute Configuration,Chiral HPLC,PRO-CMT,64
Absolute Configuration,Circular Dichroism,PRO-CMT,76
Absolute Configuration,Configurations,PRO-PRO,124
Absolute Configuration,Crystal,PRO-DSC,68
Absolute Configuration,Cytotoxic,PRO-PRO,36
Absolute Configuration,Cytotoxic Activities,PRO-PRO,39
Absolute Configuration,Cytotoxicity,PRO-PRO,104
Absolute Configuration,DFT,PRO-CMT,46
Absolute Configuration,DMF,PRO-CHM,46
Absolute Configuration,DMSO,PRO-CHM,31
Absolute Configuration,Diterpenoid,PRO-CHM,36
Absolute Configuration,ECD,PRO-CMT,227
Absolute Configuration,Electronic Circular Dichroism,PRO-CMT,140
Absolute Configuration,Enantiomeric Excess,PRO-PRO,60
Absolute Configuration,Enantioselectivity,PRO-PRO,65
Absolute Configuration,Epoxides,PRO-CHM,32
Absolute Configuration,Esters,PRO-CHM,75
Absolute Configuration,Et3N,PRO-CHM,41
Absolute Configuration,H2,PRO-CHM,38
Absolute Configuration,H2O,PRO-CHM,54
Absolute Configuration,HCl,PRO-CHM,30
Absolute Configuration,HMBC,PRO-CMT,46
Absolute Configuration,HRESIMS,PRO-CMT,63
Absolute Configuration,Hplc,PRO-CMT,90
Absolute Configuration,Hydrogen,PRO-CHM,88
Absolute Configuration,Hydrolysis,PRO-SMT,62
Absolute Configuration,IC50,PRO-PRO,36
Absolute Configuration,Inhibitory Activity,PRO-PRO,47
Absolute Configuration,Ir,PRO-CMT,63
Absolute Configuration,Ketone,PRO-CHM,48
Absolute Configuration,Leaves,PRO-DSC,54
Absolute Configuration,MS,PRO-CMT,61
Absolute Configuration,MeOH,PRO-CHM,77
Absolute Configuration,Molecular Structure,PRO-PRO,37
Absolute Configuration,Mosher's Method,PRO-CMT,59
Absolute Configuration,NMR,PRO-CMT,218
Absolute Configuration,NMR Spectroscopy,PRO-CMT,50
Absolute Configuration,NO,PRO-CHM,36
Absolute Configuration,Noesy,PRO-CMT,31
Absolute Configuration,Optical Rotation,PRO-PRO,56
Absolute Configuration,Optically Active,PRO-PRO,55
Absolute Configuration,Optically Pure,PRO-PRO,34
Absolute Configuration,Oxidation,PRO-SMT,46
Absolute Configuration,Oxygen,PRO-CHM,32
Absolute Configuration,Pd,PRO-CHM,30
Absolute Configuration,Reductions,PRO-SMT,42
Absolute Configuration,Relative Configuration,PRO-PRO,39
Absolute Configuration,Single Crystal,PRO-DSC,55
Absolute Configuration,Spectroscopic Analysis,PRO-CMT,130
Absolute Configuration,Spectroscopic Methods,PRO-CMT,48
Absolute Configuration,Stereochemistry,PRO-PRO,55
Absolute Configuration,Structure,PRO-PRO,142
Absolute Configuration,Structures,PRO-PRO,285
Absolute Configuration,TD DFT,PRO-CMT,34
Absolute Configuration,THF,PRO-CHM,83
Absolute Configuration,Toluene,PRO-CHM,57
Absolute Configuration,UV,PRO-CMT,43
Absolute Configuration,Vcd,PRO-CMT,59
Absolute Configuration,Vibrational Circular Dichroism,PRO-CMT,51
Absolute Configuration,X Ray Analysis,PRO-CMT,59
Absolute Configuration,X-Ray Crystallography,PRO-CMT,108
Absolute Configuration,X-Ray Diffraction,PRO-CMT,136
Absolute Energies,Relative Energies,PRO-PRO,32
Absolute Error,MAE,CMT-PRO,68
Absolute Error,Mean,CMT-PRO,85
Absolute Error,RMSE,CMT-PRO,33
Absolute Permeability,Permeability,PRO-PRO,60
Absolute Viscosity,Density,PRO-PRO,30
Absorbance,(B) 1H,PRO-CHM,39
Absorbance,"1,2-Dichloroethane",PRO-CHM,30
Absorbance,"1,4-Dioxane",PRO-CHM,47
Absorbance,1-Butanol,PRO-CHM,34
Absorbance,1-Propanol,PRO-CHM,32
Absorbance,13C,PRO-CHM,167
Absorbance,13C NMR,PRO-CMT,151
Absorbance,180C,PRO-CHM,56
Absorbance,19F,PRO-CHM,30
Absorbance,1D,PRO-DSC,75
Absorbance,1H,CMT-CHM,170
Absorbance,1H,PRO-CHM,1335
Absorbance,1H NMR,CMT-CMT,153
Absorbance,1H NMR,PRO-CMT,1198
Absorbance,1H-NMR,PRO-CMT,115
Absorbance,2-Propanol,PRO-CHM,88
Absorbance,250M,PRO-CHM,61
Absorbance,25C,PRO-CHM,205
Absorbance,2D,CMT-DSC,60
Absorbance,2D,PRO-CMT,111
Absorbance,2D,PRO-DSC,243
Absorbance,2p,PRO-CMT,95
Absorbance,3,PRO-PRO,43
Absorbance,31P NMR,PRO-CMT,42
Absorbance,37C,PRO-CHM,185
Absorbance,3D,CMT-DSC,47
Absorbance,3D,PRO-CMT,150
Absorbance,3D,PRO-DSC,193
Absorbance,3D AFM,PRO-CMT,49
Absorbance,3D Image,PRO-CMT,31
Absorbance,4-AP,PRO-CHM,39
Absorbance,4-Aminophenol,PRO-CHM,30
Absorbance,4-NP,PRO-CHM,122
Absorbance,4-Nitrophenol,PRO-CHM,101
Absorbance,96-Well,PRO-APL,37
Absorbance,96-Well Plate,PRO-CMT,37
Absorbance,A 0,PRO-PRO,30
Absorbance,A/A0,PRO-PRO,30
Absorbance,ABS,PRO-PRO,166
Absorbance,ABTS,PRO-CHM,166
Absorbance,ACN,PRO-CHM,59
Absorbance,ADP,PRO-CHM,78
Absorbance,AFM,CMT-CMT,300
Absorbance,AFM,PRO-CMT,1874
Absorbance,AFM Topography,PRO-CMT,104
Absorbance,AIBN,PRO-CHM,34
Absorbance,ALP Activity,PRO-PRO,61
Absorbance,AMP,PRO-CHM,58
Absorbance,ANOVA,PRO-CMT,76
Absorbance,AOT,PRO-CHM,58
Absorbance,APTES,PRO-CHM,69
Absorbance,ATP,PRO-CHM,216
Absorbance,ATR,PRO-APL,33
Absorbance,ATR,PRO-CHM,86
Absorbance,ATR,PRO-CMT,190
Absorbance,ATR-FT-IR,PRO-CMT,223
Absorbance,ATR-IR,PRO-CMT,81
Absorbance,ATRP,PRO-SMT,32
Absorbance,AZO,PRO-CHM,36
Absorbance,Ablation,PRO-SMT,34
Absorbance,Absorbance Band,PRO-PRO,31
Absorbance,Absorbance Curve,PRO-CMT,53
Absorbance,Absorbance Intensity,CMT-PRO,32
Absorbance,Absorbance Intensity,PRO-PRO,177
Absorbance,Absorbance Maximum,PRO-PRO,43
Absorbance,Absorbance Measurements,PRO-CMT,56
Absorbance,Absorbance Peak,PRO-PRO,72
Absorbance,Absorbance Ratio,PRO-PRO,86
Absorbance,Absorbance Response,PRO-PRO,33
Absorbance,Absorbance Spectrum,CMT-CMT,420
Absorbance,Absorbance Spectrum,CMT-PRO,38
Absorbance,Absorbance Spectrum,PRO-CMT,824
Absorbance,Absorbance Spectrum,PRO-PRO,100
Absorbance,Absorber,PRO-APL,97
Absorbance,Absorbing,PRO-PRO,31
Absorbance,Absorptance,PRO-PRO,36
Absorbance,Absorption,CMT-CMT,274
Absorbance,Absorption,CMT-PRO,153
Absorbance,Absorption,PRO-CMT,1899
Absorbance,Absorption,PRO-PRO,1388
Absorbance,Absorption Bands,CMT-PRO,45
Absorbance,Absorption Bands,PRO-PRO,397
Absorbance,Absorption Coefficient,CMT-PRO,46
Absorbance,Absorption Coefficient,PRO-PRO,284
Absorbance,Absorption Cross Section,PRO-PRO,71
Absorbance,Absorption Curve,PRO-CMT,32
Absorbance,Absorption Edge,PRO-PRO,84
Absorbance,Absorption Feature,PRO-PRO,33
Absorbance,Absorption Intensity,PRO-PRO,131
Absorbance,Absorption Maximum,PRO-PRO,281
Absorbance,Absorption Peak,CMT-PRO,36
Absorbance,Absorption Peak,PRO-PRO,241
Absorbance,Absorption Profile,PRO-PRO,31
Absorbance,Absorption Spectra,PRO-CMT,100
Absorbance,Absorption Spectra,PRO-PRO,69
Absorbance,Absorption Spectroscopy,PRO-CMT,36
Absorbance,Absorption Spectrum,CMT-CMT,309
Absorbance,Absorption Spectrum,PRO-CMT,3111
Absorbance,Absorption Spectrum,PRO-PRO,184
Absorbance,Absorption Titration,PRO-CMT,47
Absorbance,Absorption Wavelengths,PRO-PRO,59
Absorbance,Absorptivity,PRO-PRO,48
Absorbance,AcO,PRO-CHM,41
Absorbance,AcOH,PRO-CHM,63
Absorbance,AcO−,PRO-CHM,46
Absorbance,Acceptor,PRO-APL,38
Absorbance,Accuracy,PRO-PRO,39
Absorbance,Acetaldehyde,PRO-CHM,60
Absorbance,Acetate,CMT-CHM,42
Absorbance,Acetate,PRO-CHM,349
Absorbance,Acetic Acid,CMT-CHM,33
Absorbance,Acetic Acid,PRO-CHM,189
Absorbance,Acetone,CMT-CHM,49
Absorbance,Acetone,PRO-CHM,396
Absorbance,Acetonitrile,CMT-CHM,107
Absorbance,Acetonitrile,PRO-CHM,940
Absorbance,Acetylene,PRO-CHM,30
Absorbance,Acridine Orange,PRO-CHM,40
Absorbance,Acrylate,PRO-CHM,30
Absorbance,Acrylic,PRO-CHM,32
Absorbance,Action Spectra,PRO-CMT,31
Absorbance,Activation Energies,PRO-PRO,57
Absorbance,Activation Energy,PRO-PRO,107
Absorbance,Activation Parameters,PRO-PRO,65
Absorbance,Active Layer,PRO-APL,127
Absorbance,Activities,PRO-PRO,61
Absorbance,Activity,CMT-PRO,35
Absorbance,Activity,PRO-PRO,399
Absorbance,Acyl,PRO-CHM,32
Absorbance,Adenine,PRO-CHM,39
Absorbance,Adenosine,PRO-CHM,35
Absorbance,Adhesions,PRO-PRO,74
Absorbance,Adsorbent,PRO-APL,47
Absorbance,Adsorption Capacity,PRO-PRO,63
Absorbance,Adsorption Isotherm,PRO-CMT,114
Absorbance,Adsorption Isotherm,PRO-PRO,52
Absorbance,Adsorption Kinetics,PRO-PRO,43
Absorbance,Ag,CMT-CHM,263
Absorbance,Ag,PRO-CHM,1487
Absorbance,Ag(I),PRO-CHM,42
Absorbance,Ag+,CMT-CHM,59
Absorbance,Ag+,PRO-CHM,372
Absorbance,AgCl,CMT-CHM,62
Absorbance,AgCl,PRO-CHM,442
Absorbance,AgNO3,PRO-CHM,273
Absorbance,Agarose,PRO-CMT,35
Absorbance,Agarose Gel Electrophoresis,PRO-CMT,109
Absorbance,Aged,PRO-SMT,114
Absorbance,Ageing,PRO-SMT,50
Absorbance,Aging,PRO-SMT,163
Absorbance,Al,CMT-CHM,96
Absorbance,Al,PRO-CHM,439
Absorbance,Al2O3,CMT-CHM,46
Absorbance,Al2O3,PRO-CHM,202
Absorbance,Al3+,CMT-CHM,40
Absorbance,Al3+,PRO-CHM,197
Absorbance,Ala,PRO-CHM,53
Absorbance,Alamar Blue,PRO-CHM,42
Absorbance,Alanine,PRO-CHM,64
Absorbance,Alcohols,PRO-CHM,151
Absorbance,Ald,PRO-SMT,52
Absorbance,Aldehyde,PRO-CHM,90
Absorbance,Alexa,PRO-CHM,43
Absorbance,Alizarin Red,PRO-CHM,36
Absorbance,Alizarin Red S,PRO-CHM,34
Absorbance,Alizarin Red S Staining,PRO-CMT,33
Absorbance,Alkyls,CMT-CHM,33
Absorbance,Alkyls,PRO-CHM,185
Absorbance,Alkyne,PRO-CHM,46
Absorbance,Alloy,PRO-DSC,87
Absorbance,Alloys,PRO-DSC,39
Absorbance,Alumina,PRO-CHM,137
Absorbance,Aluminum,PRO-CHM,198
Absorbance,Amides,CMT-CHM,47
Absorbance,Amides,PRO-CHM,313
Absorbance,Amines,CMT-CHM,56
Absorbance,Amines,PRO-CHM,323
Absorbance,Amino,PRO-CHM,145
Absorbance,Amino Acid,CMT-CHM,60
Absorbance,Amino Acid,PRO-CHM,523
Absorbance,Amino Acid Sequence,PRO-PRO,82
Absorbance,Ammonia,PRO-CHM,177
Absorbance,Ammonium,PRO-CHM,60
Absorbance,Ammonium Sulfate,PRO-CHM,34
Absorbance,Amorphous,CMT-DSC,48
Absorbance,Amorphous,PRO-DSC,342
Absorbance,Amperometric Response,PRO-PRO,65
Absorbance,Amphiphilic,PRO-PRO,113
Absorbance,Analysis,PRO-CMT,116
Absorbance,Anatase,CMT-SPL,52
Absorbance,Anatase,PRO-SPL,269
Absorbance,Angles,PRO-PRO,192
Absorbance,Anilines,PRO-CHM,139
Absorbance,Anisotropy,PRO-PRO,65
Absorbance,Annealed,CMT-SMT,169
Absorbance,Annealed,PRO-SMT,516
Absorbance,Annealing,CMT-SMT,160
Absorbance,Annealing,PRO-SMT,567
Absorbance,Anode,PRO-APL,177
Absorbance,Anodes,PRO-APL,34
Absorbance,Anodic,PRO-PRO,103
Absorbance,Anodic Peak Current,PRO-PRO,55
Absorbance,Anthracene,PRO-CHM,64
Absorbance,Antibacterial Activity,PRO-PRO,82
Absorbance,Antimicrobial Activity,PRO-PRO,44
Absorbance,Antioxidant Activity,PRO-PRO,58
Absorbance,Apoptosis,PRO-PRO,61
Absorbance,Apparent,PRO-PRO,30
Absorbance,Ar,PRO-CHM,249
Absorbance,Arg,PRO-CHM,79
Absorbance,Arginine,PRO-CHM,53
Absorbance,Argon,CMT-CHM,44
Absorbance,Argon,PRO-CHM,286
Absorbance,Array,PRO-DSC,120
Absorbance,Arrhenius Plot,CMT-CMT,31
Absorbance,Arrhenius Plot,PRO-CMT,222
Absorbance,Aryl,PRO-CHM,35
Absorbance,As Deposited,CMT-DSC,44
Absorbance,As Deposited,PRO-DSC,187
Absorbance,As Obtained,PRO-DSC,31
Absorbance,As Prepared,CMT-DSC,88
Absorbance,As Prepared,PRO-DSC,519
Absorbance,As Synthesized,PRO-DSC,35
Absorbance,As-Deposited Films,PRO-DSC,38
Absorbance,As-Grown,PRO-DSC,59
Absorbance,As-Received,PRO-DSC,40
Absorbance,As-Synthesized,CMT-DSC,57
Absorbance,As-Synthesized,PRO-DSC,213
Absorbance,Ascorbic Acid,PRO-CHM,231
Absorbance,Asn,PRO-CHM,34
Absorbance,Asp,PRO-CHM,82
Absorbance,Assays,PRO-CMT,50
Absorbance,Association Constant,PRO-PRO,80
Absorbance,Atomic Force Microscopy,CMT-CMT,42
Absorbance,Atomic Force Microscopy,PRO-CMT,245
Absorbance,Atomization,PRO-SMT,44
Absorbance,Au,CMT-CHM,227
Absorbance,Au,PRO-CHM,1357
Absorbance,Au(III),PRO-CHM,35
Absorbance,Au3+,PRO-CHM,37
Absorbance,Averaged,PRO-PRO,30
Absorbance,Azides,PRO-CHM,77
Absorbance,Azo,PRO-CHM,126
Absorbance,Azobenzene,PRO-CHM,148
Absorbance,A–C,PRO-CHM,32
Absorbance,B3LYP,PRO-CMT,218
Absorbance,B3LYP/6-31G(d),PRO-CMT,35
Absorbance,BAM,PRO-CMT,31
Absorbance,BET,PRO-CMT,45
Absorbance,BET Surface Area,PRO-PRO,40
Absorbance,BHJ,PRO-APL,32
Absorbance,BODIPY,PRO-CHM,89
Absorbance,Ba,PRO-CHM,31
Absorbance,Ba2+,PRO-CHM,100
Absorbance,Bacterial,PRO-DSC,38
Absorbance,Band,PRO-PRO,61
Absorbance,Band Alignment,PRO-PRO,40
Absorbance,Band Diagram,CMT-PRO,33
Absorbance,Band Diagram,PRO-PRO,54
Absorbance,Band Edge,PRO-PRO,31
Absorbance,Band Gap,CMT-PRO,133
Absorbance,Band Gap,PRO-PRO,392
Absorbance,Band Gap Energy,CMT-PRO,49
Absorbance,Band Gap Energy,PRO-PRO,166
Absorbance,Band Position,PRO-PRO,33
Absorbance,Band Structure,CMT-PRO,44
Absorbance,Band Structure,PRO-PRO,136
Absorbance,Bandgap,CMT-PRO,80
Absorbance,Bandgap,PRO-PRO,234
Absorbance,Bar,PRO-DSC,91
Absorbance,Bars,CMT-DSC,50
Absorbance,Bars,PRO-DSC,221
Absorbance,Beads,PRO-DSC,133
Absorbance,Benesi-Hildebrand Plot,PRO-CMT,66
Absorbance,Benzaldehyde,PRO-CHM,39
Absorbance,Benzenes,CMT-CHM,44
Absorbance,Benzenes,PRO-CHM,258
Absorbance,Benzoic Acid,PRO-CHM,41
Absorbance,Benzonitrile,PRO-CHM,42
Absorbance,Benzophenone,PRO-CHM,30
Absorbance,Benzyl Alcohol,PRO-CHM,33
Absorbance,BiVO4,PRO-CHM,40
Absorbance,Bicarbonate,PRO-CHM,38
Absorbance,Biexponential Fit,PRO-CMT,31
Absorbance,Bilayer,CMT-DSC,55
Absorbance,Bilayer,PRO-DSC,496
Absorbance,Bilayer Films,PRO-DSC,70
Absorbance,Bilayer Number,PRO-PRO,31
Absorbance,Bilayers,CMT-DSC,38
Absorbance,Bilayers,PRO-DSC,388
Absorbance,Binding Affinity,PRO-PRO,38
Absorbance,Binding Constant,CMT-PRO,44
Absorbance,Binding Constant,PRO-PRO,198
Absorbance,Binding Energies,PRO-PRO,61
Absorbance,Binding Energy,PRO-PRO,82
Absorbance,Binding Isotherm,PRO-CMT,58
Absorbance,Bio-Sensor,PRO-APL,94
Absorbance,Biocompatibility,PRO-PRO,74
Absorbance,Biocompatible,PRO-PRO,36
Absorbance,Biodistribution,PRO-PRO,60
Absorbance,Biofilm,PRO-DSC,79
Absorbance,Biological Activity,PRO-PRO,30
Absorbance,Biotin,PRO-CHM,114
Absorbance,Birefringence,PRO-PRO,33
Absorbance,Bleaching,PRO-SMT,44
Absorbance,Blend,CMT-DSC,40
Absorbance,Blend,PRO-DSC,168
Absorbance,Blend Film,PRO-DSC,91
Absorbance,Block Copolymer,PRO-DSC,77
Absorbance,Blue,PRO-CHM,63
Absorbance,Blue Line,CMT-CHM,155
Absorbance,Blue Line,PRO-CHM,754
Absorbance,Bode Plot,PRO-CMT,52
Absorbance,Body Weight,PRO-PRO,121
Absorbance,Bond Angles,PRO-PRO,83
Absorbance,Bond Distance,PRO-PRO,104
Absorbance,Bond Length,CMT-PRO,39
Absorbance,Bond Length,PRO-PRO,291
Absorbance,Borate,PRO-CHM,84
Absorbance,Boron,PRO-CHM,56
Absorbance,Br,CMT-CHM,53
Absorbance,Br,PRO-CHM,257
Absorbance,BrdU,PRO-CHM,40
Absorbance,Breast Cancer,PRO-APL,34
Absorbance,Bright Field,PRO-CMT,40
Absorbance,Bright Field Image,PRO-CMT,87
Absorbance,Bright Field Images,PRO-CMT,82
Absorbance,Brightfield,PRO-CMT,70
Absorbance,Brightness,PRO-PRO,42
Absorbance,Bromide,PRO-CHM,71
Absorbance,Bromine,PRO-CHM,36
Absorbance,Br−,PRO-CHM,77
Absorbance,Bulk,CMT-DSC,140
Absorbance,Bulk,PRO-DSC,627
Absorbance,Butanol,PRO-CHM,38
Absorbance,C,CMT-CHM,39
Absorbance,C,PRO-CHM,256
Absorbance,C,PRO-PRO,49
Absorbance,C 1s,PRO-CMT,48
Absorbance,C 1s XPS,PRO-CMT,59
Absorbance,C H,PRO-CHM,64
Absorbance,C-V Curve,PRO-CMT,38
Absorbance,C0,PRO-PRO,33
Absorbance,C1S,PRO-CMT,43
Absorbance,C1s,PRO-CMT,34
Absorbance,C60,CMT-CHM,30
Absorbance,C60,PRO-CHM,223
Absorbance,CB,PRO-PRO,93
Absorbance,CBM,PRO-PRO,40
Absorbance,CCD,PRO-CMT,33
Absorbance,CCK-8 Assay,PRO-CMT,36
Absorbance,CCl4,PRO-CHM,81
Absorbance,CD,PRO-CMT,88
Absorbance,CD Spectra,PRO-CMT,33
Absorbance,CD2Cl2,PRO-CHM,37
Absorbance,CD3CN,PRO-CHM,128
Absorbance,CD3OD,PRO-CHM,60
Absorbance,CDCl3,CMT-CHM,37
Absorbance,CDCl3,PRO-CHM,277
Absorbance,CE,PRO-APL,42
Absorbance,CH,PRO-CHM,148
Absorbance,CH2,PRO-CHM,103
Absorbance,CH2Cl2,CMT-CHM,53
Absorbance,CH2Cl2,PRO-CHM,507
Absorbance,CH3,PRO-CHM,106
Absorbance,CH3CN,CMT-CHM,51
Absorbance,CH3CN,PRO-CHM,558
Absorbance,CH3COOH,PRO-CHM,34
Absorbance,CH3I,PRO-CHM,30
Absorbance,CH3NH3PbI3,CMT-CHM,30
Absorbance,CH3NH3PbI3,PRO-CHM,66
Absorbance,CH3OH,PRO-CHM,147
Absorbance,CH4,PRO-CHM,99
Absorbance,CHCl3,CMT-CHM,56
Absorbance,CHCl3,PRO-CHM,356
Absorbance,CLSM,PRO-CMT,177
Absorbance,CMC,PRO-PRO,116
Absorbance,CN,PRO-CHM,52
Absorbance,CN−,PRO-CHM,51
Absorbance,CO,CMT-CHM,74
Absorbance,CO,PRO-CHM,492
Absorbance,CO,PRO-PRO,44
Absorbance,CO2,CMT-CHM,61
Absorbance,CO2,PRO-CHM,525
Absorbance,CO3,PRO-CHM,31
Absorbance,COD,PRO-PRO,106
Absorbance,COOH,PRO-CHM,109
Absorbance,CS2,PRO-CHM,36
Absorbance,CTAB,CMT-CHM,40
Absorbance,CTAB,PRO-CHM,278
Absorbance,CV,CMT-CMT,69
Absorbance,CV,PRO-CMT,500
Absorbance,CVD,PRO-SMT,69
Absorbance,CVS,PRO-CMT,160
Absorbance,CVs,PRO-CMT,104
Absorbance,Ca,CMT-CHM,31
Absorbance,Ca,PRO-CHM,133
Absorbance,Ca2,PRO-CHM,30
Absorbance,Ca2+,CMT-CHM,65
Absorbance,Ca2+,PRO-CHM,421
Absorbance,CaCO3,PRO-CHM,56
Absorbance,CaCl2,PRO-CHM,163
Absorbance,CaF2,PRO-CHM,84
Absorbance,Caffeine,PRO-CHM,31
Absorbance,Calcein,PRO-CHM,58
Absorbance,Calcein AM,PRO-CHM,126
Absorbance,Calcination,CMT-SMT,36
Absorbance,Calcination,PRO-SMT,156
Absorbance,Calcined,CMT-SMT,49
Absorbance,Calcined,PRO-SMT,147
Absorbance,Calcite,PRO-CHM,41
Absorbance,Calcium,PRO-CHM,176
Absorbance,Calibration,PRO-CMT,30
Absorbance,Calibration Curve,CMT-CMT,37
Absorbance,Calibration Curve,PRO-CMT,395
Absorbance,Calibration Plot,PRO-CMT,89
Absorbance,Calomel,PRO-CHM,30
Absorbance,Cancer,PRO-APL,56
Absorbance,Cancer Cell,PRO-APL,30
Absorbance,Capacitance,PRO-PRO,119
Absorbance,Capillary,PRO-APL,35
Absorbance,Capillary,PRO-DSC,44
Absorbance,Capsule,PRO-DSC,50
Absorbance,Carbohydrate,PRO-CHM,77
Absorbance,Carbon,CMT-CHM,177
Absorbance,Carbon,PRO-CHM,1232
Absorbance,Carbon Dioxide,PRO-CHM,53
Absorbance,Carbon Monoxide,PRO-CHM,37
Absorbance,Carbonates,PRO-CHM,119
Absorbance,Carbons,PRO-CHM,64
Absorbance,Carbonyls,CMT-CHM,34
Absorbance,Carbonyls,PRO-CHM,251
Absorbance,Carboxyl,PRO-CHM,122
Absorbance,Carboxylates,PRO-CHM,124
Absorbance,Carboxylic,PRO-CHM,55
Absorbance,Carboxylic Acid,PRO-CHM,123
Absorbance,Carrier Concentration,PRO-PRO,49
Absorbance,Cast,PRO-SMT,36
Absorbance,Cast Films,PRO-DSC,33
Absorbance,Catalysis,PRO-APL,45
Absorbance,Catalyst,CMT-APL,144
Absorbance,Catalyst,PRO-APL,837
Absorbance,Catalytic,PRO-APL,49
Absorbance,Catalytic Activity,PRO-PRO,218
Absorbance,Catalytic Mechanism,PRO-PRO,59
Absorbance,Catalytic Oxidation,PRO-APL,48
Absorbance,Catalytic Performance,PRO-PRO,39
Absorbance,Catalytic Reaction,PRO-APL,40
Absorbance,Catalytic Reduction,PRO-APL,56
Absorbance,Catechols,PRO-CHM,85
Absorbance,Cathode,PRO-APL,144
Absorbance,Cathodes,PRO-APL,31
Absorbance,Cathodic,PRO-PRO,62
Absorbance,Cathodic Peak Current,PRO-PRO,39
Absorbance,Cationic,PRO-PRO,32
Absorbance,Cd,CMT-CHM,75
Absorbance,Cd,PRO-CHM,162
Absorbance,Cd(II),PRO-CHM,47
Absorbance,Cd2+,CMT-CHM,51
Absorbance,Cd2+,PRO-CHM,306
Absorbance,CdS,CMT-CHM,136
Absorbance,CdS,PRO-CHM,310
Absorbance,CdSe,CMT-CHM,130
Absorbance,CdSe,PRO-CHM,265
Absorbance,CdTe,CMT-CHM,70
Absorbance,CdTe,PRO-CHM,99
Absorbance,Ce,PRO-CHM,89
Absorbance,Ce3+,PRO-CHM,57
Absorbance,CeO2,PRO-CHM,93
Absorbance,Cell,CMT-APL,68
Absorbance,Cell,CMT-DSC,43
Absorbance,Cell,PRO-APL,437
Absorbance,Cell,PRO-DSC,293
Absorbance,Cell,PRO-PRO,130
Absorbance,Cell Adhesion,PRO-PRO,32
Absorbance,Cell Cycle,PRO-PRO,70
Absorbance,Cell Density,PRO-PRO,43
Absorbance,Cell Morphology,PRO-PRO,50
Absorbance,Cell Number,PRO-PRO,54
Absorbance,Cell Proliferation,PRO-PRO,90
Absorbance,Cell Viabilities,PRO-PRO,45
Absorbance,Cell Viability,CMT-PRO,73
Absorbance,Cell Viability,PRO-PRO,652
Absorbance,Cell Viability Assay,PRO-CMT,35
Absorbance,Cells,CMT-APL,55
Absorbance,Cells,CMT-DSC,184
Absorbance,Cells,PRO-APL,343
Absorbance,Cells,PRO-DSC,1329
Absorbance,Cellular Uptake,PRO-PRO,71
Absorbance,Centrifugation,CMT-SMT,41
Absorbance,Centrifugation,PRO-SMT,312
Absorbance,Centrifuge,PRO-SMT,111
Absorbance,Ceramic,PRO-DSC,43
Absorbance,Cetyltrimethylammonium Bromide,PRO-CHM,34
Absorbance,Chains,PRO-DSC,33
Absorbance,Channels,PRO-APL,40
Absorbance,Charge Density,PRO-PRO,69
Absorbance,Charge Distribution,PRO-PRO,35
Absorbance,Charge Recombination,PRO-PRO,43
Absorbance,Charge Separation,PRO-PRO,65
Absorbance,Charge Transfer,PRO-PRO,123
Absorbance,Charge Transfer Resistance,PRO-PRO,51
Absorbance,Charge Transport,PRO-PRO,42
Absorbance,Charges,PRO-PRO,108
Absorbance,Chemical,PRO-PRO,38
Absorbance,Chemical Composition,PRO-PRO,102
Absorbance,Chemical Formula,PRO-PRO,40
Absorbance,Chemical Reduction,PRO-SMT,31
Absorbance,Chemical Shift,PRO-PRO,164
Absorbance,Chemical Society,CMT-CMT,31
Absorbance,Chemical Society,PRO-CMT,86
Absorbance,Chemical Structures,CMT-PRO,268
Absorbance,Chemical Structures,PRO-PRO,1807
Absorbance,Chemiluminescence,PRO-CMT,33
Absorbance,Chemosensor,PRO-APL,98
Absorbance,Chip,PRO-APL,40
Absorbance,Chip,PRO-DSC,50
Absorbance,Chiral,PRO-PRO,36
Absorbance,Chlorides,CMT-CHM,36
Absorbance,Chlorides,PRO-CHM,202
Absorbance,Chlorines,PRO-CHM,97
Absorbance,Chlorobenzene,PRO-CHM,76
Absorbance,Chloroform,CMT-CHM,89
Absorbance,Chloroform,PRO-CHM,481
Absorbance,Chlorophyll,PRO-CHM,55
Absorbance,Chlorophyll A,PRO-CHM,36
Absorbance,Cholesterol,PRO-CHM,92
Absorbance,Chromatography,PRO-SMT,40
Absorbance,Chromium,PRO-CHM,50
Absorbance,Chromogenic,PRO-PRO,38
Absorbance,Chronoamperogram,PRO-CMT,34
Absorbance,Chronoamperometry,PRO-CMT,40
Absorbance,Circular Dichroism,CMT-CMT,49
Absorbance,Circular Dichroism,PRO-CMT,156
Absorbance,Cisplatin,PRO-CHM,84
Absorbance,Citrates,CMT-CHM,41
Absorbance,Citrates,PRO-CHM,305
Absorbance,Citrates,PRO-SMT,35
Absorbance,Citric Acid,PRO-CHM,84
Absorbance,Cl,CMT-CHM,60
Absorbance,Cl,PRO-CHM,353
Absorbance,Cl2,PRO-CHM,39
Absorbance,ClO4,PRO-CHM,56
Absorbance,Cluster,CMT-DSC,54
Absorbance,Cluster,PRO-DSC,318
Absorbance,Cl−,PRO-CHM,100
Absorbance,Co,CMT-CHM,49
Absorbance,Co,PRO-CHM,247
Absorbance,Co II,PRO-CHM,86
Absorbance,Co-Doped,PRO-DSC,34
Absorbance,Co2+,CMT-CHM,46
Absorbance,Co2+,PRO-CHM,279
Absorbance,Co3O4,PRO-CHM,47
Absorbance,CoCl2,PRO-CHM,48
Absorbance,Coal,PRO-CHM,30
Absorbance,Coated,CMT-DSC,37
Absorbance,Coated,CMT-SMT,149
Absorbance,Coated,PRO-DSC,323
Absorbance,Coated,PRO-SMT,1044
Absorbance,Coatings,CMT-APL,79
Absorbance,Coatings,CMT-SMT,38
Absorbance,Coatings,PRO-APL,507
Absorbance,Coatings,PRO-SMT,186
Absorbance,Cobalt,PRO-CHM,109
Absorbance,Coli,PRO-APL,43
Absorbance,Colloid Nanoparticle,PRO-DSC,35
Absorbance,Colloidal,CMT-DSC,34
Absorbance,Colloidal,PRO-DSC,186
Absorbance,Colloidal Dispersion,PRO-DSC,31
Absorbance,Colloidal Solution,PRO-DSC,98
Absorbance,Colloidal Stability,PRO-PRO,56
Absorbance,Colloidal Suspension,PRO-DSC,67
Absorbance,Colloids,PRO-DSC,232
Absorbance,Color,CMT-PRO,50
Absorbance,Color,PRO-CMT,55
Absorbance,Color,PRO-PRO,595
Absorbance,Color Change,PRO-PRO,58
Absorbance,Coloration Efficiency,PRO-PRO,41
Absorbance,Colored,PRO-PRO,35
Absorbance,Colorimetric,PRO-APL,62
Absorbance,Colorimetric,PRO-CMT,75
Absorbance,Colorimetric,PRO-PRO,53
Absorbance,Colorimetric Assay,PRO-CMT,67
Absorbance,Colorimetric Detection,PRO-APL,125
Absorbance,Colorimetric Detection,PRO-CMT,35
Absorbance,Colorimetric Response,PRO-PRO,94
Absorbance,Colorimetric Sensing,PRO-APL,37
Absorbance,Colorimetric Sensor,PRO-APL,51
Absorbance,Colors,PRO-PRO,46
Absorbance,Colour,PRO-PRO,72
Absorbance,Columns,PRO-APL,103
Absorbance,Columns,PRO-DSC,39
Absorbance,Composite,CMT-DSC,150
Absorbance,Composite,PRO-DSC,758
Absorbance,Composite Film,CMT-DSC,38
Absorbance,Composite Film,PRO-DSC,255
Absorbance,Compositions,CMT-PRO,147
Absorbance,Compositions,PRO-PRO,751
Absorbance,Concentration,CMT-PRO,39
Absorbance,Concentration,PRO-PRO,231
Absorbance,Concentration Profile,PRO-PRO,51
Absorbance,Conductance,PRO-PRO,69
Absorbance,Conducting,PRO-PRO,91
Absorbance,Conduction,PRO-PRO,35
Absorbance,Conduction Band,CMT-PRO,37
Absorbance,Conduction Band,PRO-PRO,163
Absorbance,Conduction Band Minima,PRO-PRO,35
Absorbance,Conductive,PRO-PRO,90
Absorbance,Conductivity,CMT-PRO,58
Absorbance,Conductivity,PRO-PRO,361
Absorbance,Confocal Fluorescence,PRO-CMT,49
Absorbance,Confocal Fluorescence Images,PRO-CMT,31
Absorbance,Confocal Image,PRO-CMT,141
Absorbance,Confocal Laser Scanning Microscopy,PRO-CMT,60
Absorbance,Confocal Microscope,PRO-CMT,52
Absorbance,Confocal Microscopy,CMT-CMT,33
Absorbance,Confocal Microscopy,PRO-CMT,183
Absorbance,Congo Red,PRO-CHM,44
Absorbance,Constants,PRO-PRO,64
Absorbance,Contact Angle,PRO-PRO,224
Absorbance,Contacts,PRO-APL,69
Absorbance,Content,PRO-PRO,38
Absorbance,Conversion Efficiency,PRO-PRO,35
Absorbance,Cooled,PRO-SMT,47
Absorbance,Cooling,CMT-SMT,62
Absorbance,Cooling,PRO-SMT,365
Absorbance,Coomassie Blue,PRO-CHM,67
Absorbance,Coomassie Brilliant Blue,PRO-CHM,30
Absorbance,Coordination Environment,PRO-PRO,31
Absorbance,Coordination Number,PRO-PRO,32
Absorbance,Copolymer,CMT-DSC,43
Absorbance,Copolymer,PRO-DSC,214
Absorbance,Copper,CMT-CHM,63
Absorbance,Copper,PRO-CHM,456
Absorbance,Copper II,PRO-CHM,77
Absorbance,Core,CMT-DSC,66
Absorbance,Core,PRO-DSC,210
Absorbance,Core Shell,CMT-DSC,37
Absorbance,Core Shell,PRO-DSC,94
Absorbance,Core Shell Nanoparticle,PRO-DSC,36
Absorbance,Cores,PRO-DSC,59
Absorbance,Correlation Coefficient,PRO-PRO,121
Absorbance,Coulombic Efficiency,PRO-PRO,31
Absorbance,Coumarins,PRO-CHM,91
Absorbance,Counter Electrode,CMT-APL,35
Absorbance,Counter Electrode,PRO-APL,184
Absorbance,Coverslip,PRO-DSC,58
Absorbance,Cr,PRO-CHM,123
Absorbance,Cr,PRO-PRO,30
Absorbance,Cr(III),PRO-CHM,49
Absorbance,Cr(VI),PRO-CHM,65
Absorbance,Cr3+,PRO-CHM,153
Absorbance,Critical Micellar Concentration,PRO-PRO,39
Absorbance,Cross Section,PRO-DSC,74
Absorbance,Cross Section,PRO-PRO,71
Absorbance,Cross Section SEM,PRO-CMT,63
Absorbance,Cross Sectional SEM,CMT-CMT,60
Absorbance,Cross Sectional SEM,PRO-CMT,231
Absorbance,Cross Sectional TEM,PRO-CMT,41
Absorbance,Cross-Linking,PRO-SMT,63
Absorbance,Crosslinked,PRO-DSC,34
Absorbance,Crosslinked,PRO-SMT,76
Absorbance,Cryo,PRO-CMT,30
Absorbance,CryoTEM,PRO-CMT,77
Absorbance,Crystal,CMT-DSC,139
Absorbance,Crystal,PRO-DSC,697
Absorbance,Crystal,PRO-PRO,44
Absorbance,Crystal Packings,PRO-PRO,50
Absorbance,Crystal Size,PRO-PRO,30
Absorbance,Crystal Structure,CMT-PRO,130
Absorbance,Crystal Structure,PRO-PRO,558
Absorbance,Crystal Violet,PRO-CHM,132
Absorbance,Crystalline,CMT-DSC,65
Absorbance,Crystalline,PRO-DSC,333
Absorbance,Crystalline Structure,PRO-PRO,45
Absorbance,Crystallinity,PRO-PRO,151
Absorbance,Crystallite,PRO-DSC,64
Absorbance,Crystallite Size,CMT-PRO,45
Absorbance,Crystallite Size,PRO-PRO,129
Absorbance,Cs,PRO-CHM,48
Absorbance,Cs+,PRO-CHM,34
Absorbance,CsPbBr3,CMT-CHM,34
Absorbance,CsPbBr3,PRO-CHM,43
Absorbance,Cu,CMT-CHM,122
Absorbance,Cu,PRO-CHM,644
Absorbance,Cu(I),PRO-CHM,35
Absorbance,Cu(II),PRO-CHM,228
Absorbance,Cu+,PRO-CHM,46
Absorbance,Cu2,PRO-CHM,43
Absorbance,Cu2+,CMT-CHM,95
Absorbance,Cu2+,PRO-CHM,708
Absorbance,Cu2O,PRO-CHM,74
Absorbance,CuCl2,PRO-CHM,93
Absorbance,CuI,PRO-CHM,73
Absorbance,CuO,PRO-CHM,101
Absorbance,CuS,PRO-CHM,61
Absorbance,CuSO4,PRO-CHM,73
Absorbance,Cubes,PRO-DSC,30
Absorbance,Cubic,CMT-SPL,65
Absorbance,Cubic,PRO-SPL,211
Absorbance,Curcumin,PRO-CHM,77
Absorbance,Cured,PRO-SMT,34
Absorbance,Curing,PRO-SMT,53
Absorbance,Current,PRO-PRO,180
Absorbance,Current Density,CMT-PRO,39
Absorbance,Current Density,PRO-PRO,177
Absorbance,Current Density Voltage,PRO-PRO,53
Absorbance,Current Efficiency,PRO-PRO,39
Absorbance,Current Response,PRO-PRO,64
Absorbance,Current Versus Voltage Characteristics,PRO-PRO,91
Absorbance,Current Voltage,PRO-PRO,39
Absorbance,Curve Fit,PRO-CMT,35
Absorbance,Curve Fitting,PRO-CMT,101
Absorbance,Curves,CMT-CMT,59
Absorbance,Curves,PRO-CMT,411
Absorbance,Cuvette,PRO-APL,73
Absorbance,Cuvette,PRO-DSC,31
Absorbance,Cy5,PRO-CHM,37
Absorbance,Cyanides,PRO-CHM,102
Absorbance,Cyanine,PRO-CHM,54
Absorbance,Cyclic Voltammetric,PRO-CMT,42
Absorbance,Cyclic Voltammetry,CMT-CMT,57
Absorbance,Cyclic Voltammetry,PRO-CMT,358
Absorbance,Cyclic Voltammogram,CMT-CMT,151
Absorbance,Cyclic Voltammogram,PRO-CMT,1361
Absorbance,Cyclohexane,PRO-CHM,166
Absorbance,Cylinder,PRO-DSC,37
Absorbance,Cys,PRO-CHM,234
Absorbance,Cysteines,PRO-CHM,226
Absorbance,Cytotoxic Effect,PRO-PRO,35
Absorbance,Cytotoxicity,CMT-PRO,48
Absorbance,Cytotoxicity,PRO-PRO,361
Absorbance,C–F,PRO-CHM,36
Absorbance,C–H,PRO-CHM,35
Absorbance,D-Spacing,PRO-PRO,55
Absorbance,D2O,CMT-CHM,66
Absorbance,D2O,PRO-CHM,555
Absorbance,DAPI,CMT-CHM,50
Absorbance,DAPI,PRO-CHM,339
Absorbance,DBU,PRO-CHM,50
Absorbance,DCF,PRO-CHM,74
Absorbance,DCFH-DA,PRO-CHM,74
Absorbance,DCM,PRO-CHM,67
Absorbance,DEAE,PRO-CHM,52
Absorbance,DFT,CMT-CMT,61
Absorbance,DFT,PRO-CMT,395
Absorbance,DFT Calculations,PRO-CMT,92
Absorbance,DIC,PRO-CMT,48
Absorbance,DIPEA,PRO-CHM,30
Absorbance,DLS,CMT-CMT,121
Absorbance,DLS,PRO-CMT,619
Absorbance,DMA,PRO-CHM,76
Absorbance,DMAP,PRO-CHM,74
Absorbance,DMEM,PRO-CHM,81
Absorbance,DMF,CMT-CHM,115
Absorbance,DMF,PRO-CHM,866
Absorbance,DMPC,PRO-CHM,39
Absorbance,DMPO,PRO-CHM,76
Absorbance,DMSO,CMT-CHM,138
Absorbance,DMSO,PRO-CHM,1053
Absorbance,DMSO-D,PRO-CHM,86
Absorbance,DMSO-D6,PRO-CHM,144
Absorbance,DNA,CMT-PRO,30
Absorbance,DNA,PRO-CHM,49
Absorbance,DNA,PRO-PRO,163
Absorbance,DNA Content,PRO-PRO,35
Absorbance,DOC,PRO-CHM,80
Absorbance,DOPC,PRO-CHM,38
Absorbance,DOS,PRO-PRO,71
Absorbance,DOX,PRO-CHM,121
Absorbance,DPA,PRO-CHM,48
Absorbance,DPBF,PRO-CHM,121
Absorbance,DPBF,PRO-CMT,38
Absorbance,DPPC,PRO-CHM,53
Absorbance,DPPH,PRO-CHM,120
Absorbance,DPV,PRO-CMT,86
Absorbance,DRS,PRO-CMT,61
Absorbance,DSC,CMT-CMT,77
Absorbance,DSC,PRO-CMT,372
Absorbance,DSSCS,PRO-APL,104
Absorbance,DSSCs,PRO-APL,44
Absorbance,DTA,PRO-CMT,75
Absorbance,DTAB,PRO-CHM,30
Absorbance,DTG,PRO-CHM,49
Absorbance,DTNB,PRO-CHM,41
Absorbance,DTPA,PRO-CHM,42
Absorbance,DTT,PRO-CHM,76
Absorbance,Dark Currents,PRO-PRO,48
Absorbance,Decay,PRO-CMT,32
Absorbance,Decay Curve,PRO-CMT,74
Absorbance,Decay Kinetics,PRO-PRO,38
Absorbance,Decay Rate,PRO-PRO,32
Absorbance,Decay Time,PRO-PRO,47
Absorbance,Defect,PRO-PRO,38
Absorbance,Degradation,PRO-APL,56
Absorbance,Degradation Efficiency,PRO-PRO,41
Absorbance,Degussa,PRO-CHM,60
Absorbance,Dendrimers,PRO-DSC,93
Absorbance,Dense,PRO-PRO,36
Absorbance,Densities,PRO-PRO,52
Absorbance,Densitometry,PRO-CMT,42
Absorbance,Densitometry Analysis,PRO-CMT,32
Absorbance,Density,CMT-PRO,46
Absorbance,Density,PRO-PRO,294
Absorbance,Density Functional Theory,PRO-CMT,54
Absorbance,Density of States,PRO-PRO,85
Absorbance,Dependent,PRO-CMT,30
Absorbance,Derivatives,PRO-CMT,43
Absorbance,Detection,CMT-APL,33
Absorbance,Detection,PRO-APL,186
Absorbance,Detection Limit,CMT-PRO,37
Absorbance,Detection Limit,PRO-PRO,311
Absorbance,Detector,PRO-APL,137
Absorbance,Deuterium,PRO-CHM,37
Absorbance,Deviation,PRO-CMT,36
Absorbance,Deviation,PRO-PRO,68
Absorbance,Device,PRO-APL,69
Absorbance,Device Performance,PRO-PRO,75
Absorbance,Di-Oxygen,PRO-CHM,40
Absorbance,Diagram,PRO-CMT,68
Absorbance,Dialysis,PRO-SMT,74
Absorbance,Diamines,PRO-CHM,34
Absorbance,Diamonds,CMT-CHM,92
Absorbance,Diamonds,PRO-CHM,652
Absorbance,Diarylethene,PRO-CHM,45
Absorbance,Dichloromethane,CMT-CHM,39
Absorbance,Dichloromethane,PRO-CHM,274
Absorbance,Dichroic Ratio,PRO-PRO,46
Absorbance,Dielectric,PRO-PRO,103
Absorbance,Dielectric Constant,CMT-PRO,44
Absorbance,Dielectric Constant,PRO-PRO,150
Absorbance,Dielectric Constants,PRO-PRO,34
Absorbance,Dielectric Function,PRO-PRO,57
Absorbance,Dielectric Loss,PRO-PRO,35
Absorbance,Dielectric Permittivities,PRO-PRO,32
Absorbance,Diethyl Ether,PRO-CHM,35
Absorbance,Difference,PRO-CMT,54
Absorbance,Difference Spectra,PRO-CMT,102
Absorbance,Differential Absorption Spectra,PRO-CMT,32
Absorbance,Differential Pulse Voltammogram,PRO-CMT,68
Absorbance,Differential Scanning Calorimetry,PRO-CMT,59
Absorbance,Diffraction,PRO-CMT,38
Absorbance,Diffraction,PRO-PRO,44
Absorbance,Diffraction Pattern,CMT-CMT,32
Absorbance,Diffraction Pattern,PRO-CMT,97
Absorbance,Diffraction Peak,PRO-PRO,57
Absorbance,Diffused Reflectance,CMT-CMT,39
Absorbance,Diffused Reflectance,PRO-CMT,111
Absorbance,Diffusion Coefficient,PRO-PRO,118
Absorbance,Digested,PRO-SMT,51
Absorbance,Digestion,PRO-SMT,43
Absorbance,Digital Camera,PRO-CMT,35
Absorbance,Digital Images,PRO-CMT,71
Absorbance,Digital Photograph,PRO-CMT,96
Absorbance,Dihedral Angle,PRO-PRO,71
Absorbance,Dimers,PRO-DSC,48
Absorbance,Dimethylformamide,PRO-CHM,53
Absorbance,Dimethylsulfoxide,PRO-CHM,78
Absorbance,Diodes,PRO-APL,38
Absorbance,Dioxane,PRO-CHM,82
Absorbance,Dip Coating,PRO-SMT,52
Absorbance,Dipole Moment,PRO-PRO,89
Absorbance,Direct Band Gap,PRO-PRO,34
Absorbance,Disc,PRO-DSC,53
Absorbance,Discs,PRO-DSC,32
Absorbance,Disk,PRO-DSC,109
Absorbance,Disks,PRO-DSC,50
Absorbance,Dispersion,CMT-DSC,31
Absorbance,Dispersion,PRO-DSC,247
Absorbance,Displacement Ellipsoid,PRO-CMT,36
Absorbance,Dissociation Constant,PRO-PRO,42
Absorbance,Dissolution,PRO-SMT,89
Absorbance,Distance,PRO-PRO,37
Absorbance,Distribution,PRO-CMT,46
Absorbance,Distribution,PRO-PRO,37
Absorbance,Disulfide,PRO-CHM,109
Absorbance,Dithionite,PRO-CHM,31
Absorbance,Dnazymes,PRO-APL,47
Absorbance,Doc,PRO-PRO,60
Absorbance,Domains,PRO-PRO,36
Absorbance,Donor,PRO-APL,30
Absorbance,Donor,PRO-PRO,43
Absorbance,Dopamine,PRO-CHM,109
Absorbance,Doped,CMT-DSC,219
Absorbance,Doped,PRO-DSC,767
Absorbance,Doping,PRO-SMT,112
Absorbance,Doping Concentration,PRO-PRO,39
Absorbance,Dose Response Curve,PRO-CMT,101
Absorbance,Dosimeter,PRO-APL,45
Absorbance,Double Layered,PRO-DSC,46
Absorbance,Double Reciprocal Plot,PRO-CMT,96
Absorbance,Dox,PRO-CHM,32
Absorbance,Doxorubicin,PRO-CHM,68
Absorbance,Dried,CMT-SMT,40
Absorbance,Dried,PRO-SMT,245
Absorbance,Drifts,PRO-CMT,30
Absorbance,Drop Cast,PRO-SMT,46
Absorbance,Drop Casting,PRO-SMT,40
Absorbance,Droplets,PRO-DSC,107
Absorbance,Drying,PRO-SMT,180
Absorbance,Dscs,PRO-APL,36
Absorbance,Dssc,PRO-APL,60
Absorbance,Dtg,PRO-CMT,35
Absorbance,Dye-Sensitized Solar Cells,PRO-APL,52
Absorbance,Dynamic Light Scattering,CMT-CMT,42
Absorbance,Dynamic Light Scattering,PRO-CMT,215
Absorbance,Dynamics,PRO-PRO,30
Absorbance,D–F,PRO-CHM,41
Absorbance,EC,PRO-APL,33
Absorbance,EC,PRO-PRO,39
Absorbance,ECD,PRO-APL,34
Absorbance,EDAX,CMT-CMT,38
Absorbance,EDAX,PRO-CMT,50
Absorbance,EDS,CMT-CMT,141
Absorbance,EDS,PRO-CHM,55
Absorbance,EDS,PRO-CMT,491
Absorbance,EDS Mapping,PRO-CMT,53
Absorbance,EDTA,CMT-CHM,47
Absorbance,EDTA,PRO-CHM,375
Absorbance,EDX,CMT-CMT,144
Absorbance,EDX,PRO-CMT,496
Absorbance,EDX Mapping,PRO-CMT,53
Absorbance,EIS,PRO-CMT,79
Absorbance,ELISA,PRO-APL,91
Absorbance,ELISA,PRO-CMT,302
Absorbance,EM,PRO-PRO,33
Absorbance,EPR,PRO-CMT,72
Absorbance,EQE,CMT-CMT,80
Absorbance,EQE,CMT-PRO,38
Absorbance,EQE,PRO-CMT,173
Absorbance,EQE,PRO-PRO,130
Absorbance,ESI MS,PRO-CMT,129
Absorbance,ESR,PRO-CMT,201
Absorbance,EV,PRO-PRO,36
Absorbance,EXAFS,PRO-CMT,83
Absorbance,Edax,PRO-CMT,61
Absorbance,Effect,PRO-PRO,30
Absorbance,Effective,PRO-PRO,30
Absorbance,Efficiencies,PRO-PRO,43
Absorbance,Efficiency,CMT-PRO,45
Absorbance,Efficiency,PRO-PRO,207
Absorbance,Eis,PRO-CMT,110
Absorbance,El,CMT-CMT,49
Absorbance,El,PRO-CMT,58
Absorbance,Elastic Modulus,PRO-PRO,52
Absorbance,Electric Field,PRO-PRO,40
Absorbance,Electrical,PRO-PRO,44
Absorbance,Electrical Conductivity,PRO-PRO,138
Absorbance,Electrical Properties,PRO-PRO,59
Absorbance,Electrical Resistivity,PRO-PRO,35
Absorbance,Electro Oxidation,PRO-SMT,31
Absorbance,Electroactive,PRO-PRO,33
Absorbance,Electrochemical,PRO-CMT,46
Absorbance,Electrochemical,PRO-PRO,63
Absorbance,Electrochemical,PRO-SMT,54
Absorbance,Electrochemical Cells,PRO-APL,54
Absorbance,Electrochemical Data,PRO-CMT,44
Absorbance,Electrochemical Impedance Spectra,PRO-CMT,30
Absorbance,Electrochemical Impedance Spectroscopy,PRO-CMT,58
Absorbance,Electrochemical Oxidation,PRO-SMT,52
Absorbance,Electrochemical Properties,PRO-PRO,80
Absorbance,Electrochemical Reduction,PRO-SMT,44
Absorbance,Electrochemical Response,PRO-PRO,32
Absorbance,Electrochromic,PRO-APL,45
Absorbance,Electrochromic,PRO-PRO,31
Absorbance,Electrochromic Devices,PRO-APL,52
Absorbance,Electrode,CMT-APL,191
Absorbance,Electrode,PRO-APL,1487
Absorbance,Electrodeposition,PRO-SMT,88
Absorbance,Electrodeposits,PRO-SMT,82
Absorbance,Electrodes,CMT-APL,128
Absorbance,Electrodes,PRO-APL,835
Absorbance,Electroluminescence,CMT-CMT,41
Absorbance,Electroluminescence,PRO-CMT,40
Absorbance,Electrolysis,PRO-SMT,132
Absorbance,Electrolyte,CMT-APL,39
Absorbance,Electrolyte,PRO-APL,354
Absorbance,Electron Density,PRO-PRO,82
Absorbance,Electron Diffraction,PRO-CMT,93
Absorbance,Electron Diffraction Pattern,PRO-CMT,33
Absorbance,Electron Hole Pair,PRO-PRO,34
Absorbance,Electron Lifetime,PRO-PRO,50
Absorbance,Electron Micrograph,PRO-CMT,62
Absorbance,Electron Microscopy,PRO-CMT,52
Absorbance,Electron Transfer,PRO-PRO,86
Absorbance,Electron Transition,PRO-PRO,87
Absorbance,Electron Transport,PRO-PRO,30
Absorbance,Electronic,PRO-PRO,41
Absorbance,Electronic Absorption,PRO-CMT,238
Absorbance,Electronic Band Structures,PRO-PRO,38
Absorbance,Electronic Properties,PRO-PRO,40
Absorbance,Electronic Spectrum,PRO-CMT,119
Absorbance,Electronic State,PRO-PRO,35
Absorbance,Electronic Structure,PRO-PRO,59
Absorbance,Electrons,PRO-PRO,75
Absorbance,Electrophoresis,PRO-CMT,30
Absorbance,Electrophoresis,PRO-SMT,42
Absorbance,Electrophoretic Mobility,PRO-PRO,56
Absorbance,Electropolymerization,PRO-SMT,67
Absorbance,Electrospinning,PRO-SMT,43
Absorbance,Electrospun,PRO-SMT,73
Absorbance,Electrostatic Potential,PRO-PRO,38
Absorbance,Element Mapping,PRO-CMT,37
Absorbance,Elemental Analysis,PRO-CMT,84
Absorbance,Elemental Composition,PRO-PRO,71
Absorbance,Elemental Map,PRO-CMT,34
Absorbance,Elemental Mapping,PRO-CMT,134
Absorbance,Ellipsoids,PRO-CMT,37
Absorbance,Ellipsometric Thickness,PRO-PRO,36
Absorbance,Ellipsometry,PRO-CMT,114
Absorbance,Ellipticity,PRO-PRO,43
Absorbance,Emeraldine,PRO-CHM,35
Absorbance,Emission Band,PRO-PRO,60
Absorbance,Emission Colour,PRO-PRO,33
Absorbance,Emission Intensity,CMT-PRO,77
Absorbance,Emission Intensity,PRO-PRO,503
Absorbance,Emission Maxima,PRO-PRO,52
Absorbance,Emission Maximum,PRO-PRO,30
Absorbance,Emission Peak,PRO-PRO,34
Absorbance,Emission Properties,PRO-PRO,38
Absorbance,Emission Spectra,CMT-CMT,343
Absorbance,Emission Spectra,PRO-CMT,1153
Absorbance,Emission Spectrum,CMT-CMT,37
Absorbance,Emission Spectrum,PRO-CMT,184
Absorbance,Emission Spectrum,PRO-PRO,62
Absorbance,Emission Wavelength,PRO-PRO,83
Absorbance,Emissions,CMT-CMT,141
Absorbance,Emissions,CMT-PRO,72
Absorbance,Emissions,PRO-CMT,390
Absorbance,Emissions,PRO-PRO,294
Absorbance,Emulsion,PRO-DSC,55
Absorbance,Emulsions,PRO-DSC,46
Absorbance,Energies,PRO-PRO,63
Absorbance,Energy,PRO-PRO,118
Absorbance,Energy Band Diagram,CMT-PRO,37
Absorbance,Energy Band Diagram,PRO-PRO,91
Absorbance,Energy Band Gap,PRO-PRO,46
Absorbance,Energy Diagram,PRO-CMT,93
Absorbance,Energy Diagram,PRO-PRO,92
Absorbance,Energy Dispersive X-Ray,PRO-CMT,36
Absorbance,Energy Dispersive X-Ray Spectroscopy,PRO-CMT,52
Absorbance,Energy Gap,PRO-PRO,68
Absorbance,Energy Level,CMT-PRO,84
Absorbance,Energy Level,PRO-PRO,282
Absorbance,Energy Level Diagram,CMT-PRO,52
Absorbance,Energy Level Diagram,PRO-CMT,92
Absorbance,Energy Level Diagram,PRO-PRO,132
Absorbance,Energy Transfer,PRO-PRO,52
Absorbance,Enhancement Factor,PRO-PRO,30
Absorbance,Enol,PRO-CHM,42
Absorbance,Enthalpy,PRO-PRO,52
Absorbance,Enzymatic Activity,PRO-PRO,98
Absorbance,Enzymatic Hydrolysis,PRO-SMT,39
Absorbance,Enzyme Activity,PRO-PRO,125
Absorbance,Enzymes,PRO-APL,96
Absorbance,Eosin,PRO-CHM,79
Absorbance,Epoxides,PRO-CHM,35
Absorbance,Epoxy,PRO-CHM,81
Absorbance,Epr,CMT-CMT,30
Absorbance,Epr,PRO-CMT,250
Absorbance,Equilibrium Constant,PRO-PRO,124
Absorbance,Equivalent Circuit Model,PRO-CMT,32
Absorbance,Equivalent Circuits,PRO-CMT,125
Absorbance,Er,PRO-CHM,36
Absorbance,Er3+,PRO-CHM,46
Absorbance,Esters,PRO-CHM,120
Absorbance,Et2O,PRO-CHM,34
Absorbance,Et3N,PRO-CHM,118
Absorbance,EtBr,PRO-CHM,36
Absorbance,Etched,PRO-SMT,81
Absorbance,Etching,PRO-SMT,126
Absorbance,Ethanol,CMT-CHM,185
Absorbance,Ethanol,PRO-CHM,1131
Absorbance,Ethers,PRO-CHM,65
Absorbance,Ethidium Bromide,PRO-CHM,114
Absorbance,Ethyl,PRO-CHM,37
Absorbance,Ethyl Acetate,PRO-CHM,96
Absorbance,Ethylene,PRO-CHM,40
Absorbance,Ethylene Diamine,PRO-CHM,30
Absorbance,Ethylene Glycol,PRO-CHM,88
Absorbance,Eu,PRO-CHM,72
Absorbance,Eu3+,PRO-CHM,60
Absorbance,Evaporation,PRO-SMT,45
Absorbance,Excitation,CMT-CMT,48
Absorbance,Excitation,PRO-CMT,122
Absorbance,Excitation,PRO-PRO,36
Absorbance,Excitation Spectra,CMT-CMT,58
Absorbance,Excitation Spectra,PRO-CMT,265
Absorbance,Excitation and Emission Spectra,PRO-CMT,37
Absorbance,Excited,PRO-PRO,39
Absorbance,Excited State,PRO-PRO,96
Absorbance,Exciton,PRO-PRO,34
Absorbance,Exfoliate,PRO-SMT,65
Absorbance,Exfoliation,PRO-SMT,62
Absorbance,Exponential Fit,PRO-CMT,50
Absorbance,External Quantum Efficiency,CMT-PRO,37
Absorbance,External Quantum Efficiency,PRO-PRO,121
Absorbance,Extinction,PRO-PRO,50
Absorbance,Extinction Coefficient,CMT-PRO,77
Absorbance,Extinction Coefficient,PRO-PRO,332
Absorbance,Extinction Spectrum,PRO-CMT,96
Absorbance,Extraction,PRO-SMT,43
Absorbance,Eyring Plot,PRO-CMT,42
Absorbance,F,CMT-CHM,56
Absorbance,F,CMT-PRO,61
Absorbance,F,PRO-CHM,334
Absorbance,F,PRO-PRO,345
Absorbance,F0,PRO-PRO,42
Absorbance,FCC,PRO-SPL,67
Absorbance,FE-SEM,PRO-CMT,140
Absorbance,FESEM,CMT-CMT,168
Absorbance,FESEM,PRO-CMT,508
Absorbance,FET,PRO-APL,32
Absorbance,FITC,PRO-CHM,279
Absorbance,FRET,PRO-CMT,39
Absorbance,FT IR,PRO-CMT,30
Absorbance,FT-IR,CMT-CMT,151
Absorbance,FT-IR,PRO-CMT,921
Absorbance,FT-IR Spectroscopy,PRO-CMT,31
Absorbance,FTIR,CMT-CMT,343
Absorbance,FTIR,PRO-CMT,2029
Absorbance,FTIR Absorption,PRO-CMT,38
Absorbance,FTIR Spectroscopy,PRO-CMT,32
Absorbance,FTO,CMT-CHM,79
Absorbance,FTO,PRO-CHM,369
Absorbance,FWHM,CMT-PRO,49
Absorbance,FWHM,PRO-PRO,132
Absorbance,Facs,PRO-CMT,36
Absorbance,Far-UV CD,PRO-CMT,44
Absorbance,Fast Fourier Transform,PRO-CMT,44
Absorbance,Fatty Acid,PRO-CHM,64
Absorbance,Fe,CMT-CHM,78
Absorbance,Fe,PRO-CHM,487
Absorbance,Fe III,PRO-CHM,44
Absorbance,Fe(II),PRO-CHM,118
Absorbance,Fe(III),PRO-CHM,153
Absorbance,Fe2+,CMT-CHM,32
Absorbance,Fe2+,PRO-CHM,291
Absorbance,Fe2O3,PRO-CHM,92
Absorbance,Fe3+,CMT-CHM,59
Absorbance,Fe3+,PRO-CHM,433
Absorbance,Fe3O4,CMT-CHM,33
Absorbance,Fe3O4,PRO-CHM,200
Absorbance,FeCl3,PRO-CHM,100
Absorbance,FeSO4,PRO-CHM,30
Absorbance,Fermi Level,CMT-PRO,37
Absorbance,Fermi Level,PRO-PRO,126
Absorbance,Ferric,PRO-CHM,72
Absorbance,Ferricyanide,PRO-CHM,43
Absorbance,Ferrocenes,PRO-CHM,127
Absorbance,Ferrocyanide,PRO-CHM,36
Absorbance,Ferrous,PRO-CHM,47
Absorbance,Few Layer,PRO-DSC,34
Absorbance,Ff,PRO-PRO,123
Absorbance,Fft,PRO-CMT,105
Absorbance,Fiber,CMT-DSC,39
Absorbance,Fiber,PRO-DSC,185
Absorbance,Fibers,CMT-DSC,31
Absorbance,Fibers,PRO-DSC,200
Absorbance,Fibres,PRO-DSC,47
Absorbance,Fibrils,PRO-DSC,77
Absorbance,Fibrous,PRO-DSC,31
Absorbance,Field Emission Scanning Electron Microscopy,PRO-CMT,50
Absorbance,Fill Factor,PRO-PRO,105
Absorbance,Film,CMT-DSC,644
Absorbance,Film,PRO-DSC,3855
Absorbance,Film Doped,PRO-DSC,32
Absorbance,Film Surface,PRO-DSC,63
Absorbance,Films,CMT-DSC,677
Absorbance,Films,PRO-DSC,3421
Absorbance,Filter Paper,PRO-APL,57
Absorbance,Filters,PRO-APL,120
Absorbance,Filtration,PRO-SMT,69
Absorbance,First Order Rate Constant,PRO-PRO,83
Absorbance,Fit,PRO-CMT,116
Absorbance,Fits,PRO-CMT,53
Absorbance,Fitting,PRO-CMT,74
Absorbance,Flake,PRO-DSC,50
Absorbance,Flakes,PRO-DSC,60
Absorbance,Flat Band Potential,PRO-PRO,33
Absorbance,Flavonoids,PRO-CHM,37
Absorbance,Flexible,PRO-APL,32
Absorbance,Flexible,PRO-PRO,63
Absorbance,Flow Cell,PRO-APL,77
Absorbance,Flow Cytometric Analysis,PRO-CMT,81
Absorbance,Flow Cytometry,CMT-CMT,40
Absorbance,Flow Cytometry,PRO-CMT,316
Absorbance,Fluorescein,PRO-CHM,152
Absorbance,Fluorescence,CMT-CMT,611
Absorbance,Fluorescence,CMT-PRO,190
Absorbance,Fluorescence,PRO-CMT,2117
Absorbance,Fluorescence,PRO-PRO,1005
Absorbance,Fluorescence Decay,PRO-CMT,157
Absorbance,Fluorescence Decay Curve,PRO-CMT,65
Absorbance,Fluorescence Emission,CMT-CMT,156
Absorbance,Fluorescence Emission,PRO-CMT,657
Absorbance,Fluorescence Emission,PRO-PRO,163
Absorbance,Fluorescence Emission Intensity,PRO-PRO,44
Absorbance,Fluorescence Emission Spectra,PRO-CMT,116
Absorbance,Fluorescence Enhancement,PRO-PRO,37
Absorbance,Fluorescence Excitation,PRO-CMT,115
Absorbance,Fluorescence Image,CMT-CMT,88
Absorbance,Fluorescence Image,PRO-CMT,382
Absorbance,Fluorescence Imaging,PRO-CMT,94
Absorbance,Fluorescence Intensity,CMT-PRO,211
Absorbance,Fluorescence Intensity,PRO-CMT,100
Absorbance,Fluorescence Intensity,PRO-PRO,1379
Absorbance,Fluorescence Intensity Ratio,PRO-PRO,42
Absorbance,Fluorescence Lifetime,PRO-PRO,133
Absorbance,Fluorescence Measurement,PRO-CMT,45
Absorbance,Fluorescence Micrograph,PRO-CMT,45
Absorbance,Fluorescence Microscope,PRO-CMT,103
Absorbance,Fluorescence Microscopy,CMT-CMT,52
Absorbance,Fluorescence Microscopy,PRO-CMT,252
Absorbance,Fluorescence Probe,PRO-APL,33
Absorbance,Fluorescence Property,PRO-PRO,43
Absorbance,Fluorescence Quantum Yield,PRO-PRO,144
Absorbance,Fluorescence Quenching,PRO-CMT,106
Absorbance,Fluorescence Quenching,PRO-PRO,47
Absorbance,Fluorescence Response,CMT-PRO,37
Absorbance,Fluorescence Response,PRO-PRO,189
Absorbance,Fluorescence Signal,PRO-PRO,30
Absorbance,Fluorescence Spectra,CMT-CMT,132
Absorbance,Fluorescence Spectra,PRO-CMT,491
Absorbance,Fluorescence Spectral,PRO-CMT,56
Absorbance,Fluorescence Spectroscopy,CMT-CMT,36
Absorbance,Fluorescence Spectroscopy,PRO-CMT,63
Absorbance,Fluorescence Spectrum,PRO-CMT,77
Absorbance,Fluorescence Titration,PRO-CMT,159
Absorbance,Fluorescent,CMT-PRO,57
Absorbance,Fluorescent,PRO-CMT,74
Absorbance,Fluorescent,PRO-PRO,252
Absorbance,Fluorescent Image,PRO-CMT,105
Absorbance,Fluorescent Intensity,PRO-PRO,108
Absorbance,Fluorescent Microscopy,PRO-CMT,45
Absorbance,Fluorescent Spectra,PRO-CMT,40
Absorbance,Fluoride,PRO-CHM,101
Absorbance,Fluorine,PRO-CHM,88
Absorbance,Fluorophore,PRO-APL,48
Absorbance,Foam,PRO-DSC,35
Absorbance,Foil,PRO-DSC,133
Absorbance,Foils,PRO-DSC,35
Absorbance,Formal Potential,PRO-PRO,34
Absorbance,Formaldehyde,PRO-CHM,89
Absorbance,Formate,PRO-CHM,61
Absorbance,Formation Constant,PRO-PRO,59
Absorbance,Formation Mechanism,PRO-PRO,32
Absorbance,Formazan,PRO-CHM,101
Absorbance,Formic Acids,PRO-CHM,66
Absorbance,Fourier Transform,PRO-CMT,74
Absorbance,Fourier Transform Infrared,PRO-CMT,118
Absorbance,Fourier Transform Infrared Spectroscopy,PRO-CMT,79
Absorbance,Free Energy,PRO-PRO,71
Absorbance,Free Energy Change,PRO-PRO,31
Absorbance,Free Standing,PRO-DSC,52
Absorbance,Freeze Drying,PRO-SMT,35
Absorbance,Freeze-Dried,PRO-SMT,60
Absorbance,Frequency,PRO-PRO,97
Absorbance,Frontier Molecular Orbitals,PRO-PRO,91
Absorbance,Frontier Orbitals,PRO-PRO,50
Absorbance,Fructose,PRO-CHM,117
Absorbance,Ft,PRO-CMT,58
Absorbance,Full Width at Half Maximum,PRO-PRO,50
Absorbance,Fullerene,PRO-CHM,148
Absorbance,Function,PRO-CMT,41
Absorbance,Fused,PRO-DSC,43
Absorbance,G,CMT-PRO,36
Absorbance,G,PRO-PRO,206
Absorbance,G Band,PRO-PRO,37
Absorbance,G-Quadruplex,PRO-PRO,42
Absorbance,GC-MS,PRO-CMT,38
Absorbance,GPC,PRO-CMT,101
Absorbance,GSH,CMT-CHM,47
Absorbance,GSH,PRO-CHM,290
Absorbance,GSSG,PRO-CHM,37
Absorbance,GTP,PRO-CHM,45
Absorbance,Ga,PRO-CHM,56
Absorbance,GaAs,PRO-CHM,43
Absorbance,GaN,PRO-CHM,30
Absorbance,Galactose,PRO-CHM,42
Absorbance,Gamma Irradiation,PRO-SMT,33
Absorbance,Gate,PRO-APL,39
Absorbance,Gaussian Fit,PRO-CMT,79
Absorbance,Gaussian Function,PRO-CMT,43
Absorbance,Gc,PRO-CMT,50
Absorbance,Gce,PRO-APL,45
Absorbance,Gd,PRO-CHM,52
Absorbance,Ge,PRO-CHM,101
Absorbance,Gel,PRO-DSC,124
Absorbance,Gel Electrophoresis,PRO-CMT,81
Absorbance,Gels,PRO-DSC,105
Absorbance,Gene Expression,PRO-PRO,65
Absorbance,Geometries,PRO-PRO,44
Absorbance,Geometry,PRO-PRO,34
Absorbance,Germanium,PRO-CHM,37
Absorbance,Gibbs Free Energy,PRO-PRO,38
Absorbance,Giwaxs,PRO-CMT,46
Absorbance,Glass,CMT-DSC,82
Absorbance,Glass,PRO-DSC,425
Absorbance,Glass Substrate,PRO-DSC,30
Absorbance,Glass Transition Temperature,PRO-PRO,65
Absorbance,Glasses,CMT-DSC,36
Absorbance,Glasses,PRO-DSC,109
Absorbance,Glassy,PRO-DSC,192
Absorbance,Glassy Carbon,PRO-CHM,174
Absorbance,Glu,PRO-CHM,98
Absorbance,Glucose,CMT-CHM,82
Absorbance,Glucose,PRO-CHM,618
Absorbance,Glucose Detection,PRO-APL,72
Absorbance,Glucose Oxidase,PRO-APL,55
Absorbance,Glutamate,PRO-CHM,41
Absorbance,Glutaraldehyde,PRO-CHM,59
Absorbance,Glutathione,PRO-CHM,162
Absorbance,Gly,PRO-CHM,85
Absorbance,Glycerol,PRO-CHM,153
Absorbance,Glycine,PRO-CHM,102
Absorbance,Goethite,PRO-CHM,30
Absorbance,Gox,PRO-APL,55
Absorbance,Grain Boundaries,PRO-PRO,34
Absorbance,Grain Size,CMT-PRO,36
Absorbance,Grain Size,PRO-PRO,110
Absorbance,Grains,PRO-DSC,36
Absorbance,Graph,PRO-CMT,33
Absorbance,Graphene,CMT-CHM,50
Absorbance,Graphene,PRO-CHM,369
Absorbance,Graphene Oxide,PRO-CHM,151
Absorbance,Graphite,CMT-CHM,33
Absorbance,Graphite,PRO-CHM,252
Absorbance,Graphitic,PRO-CHM,30
Absorbance,Grating,PRO-APL,41
Absorbance,Grating,PRO-DSC,49
Absorbance,Grid,PRO-DSC,120
Absorbance,Grinding,PRO-SMT,38
Absorbance,Ground,PRO-PRO,51
Absorbance,Ground,PRO-SMT,37
Absorbance,Ground State,PRO-PRO,101
Absorbance,Growth Curve,PRO-PRO,34
Absorbance,Guanine,PRO-CHM,50
Absorbance,H & E Staining,PRO-CMT,32
Absorbance,H&E,PRO-CMT,43
Absorbance,H&E Stained,PRO-CMT,37
Absorbance,H+,PRO-CHM,127
Absorbance,H2,CMT-CHM,63
Absorbance,H2,PRO-CHM,385
Absorbance,H2O,CMT-CHM,174
Absorbance,H2O,PRO-CHM,1235
Absorbance,H2O2,CMT-CHM,138
Absorbance,H2O2,PRO-APL,34
Absorbance,H2O2,PRO-CHM,1289
Absorbance,H2O2 Detection,PRO-APL,50
Absorbance,H2PO4,PRO-CHM,104
Absorbance,H2S,PRO-CHM,79
Absorbance,H2SO4,CMT-CHM,39
Absorbance,H2SO4,PRO-CHM,379
Absorbance,H3PO4,PRO-CHM,44
Absorbance,HAADF STEM,PRO-CMT,81
Absorbance,HAuCl4,PRO-CHM,186
Absorbance,HCO3,PRO-CHM,51
Absorbance,HCOOH,PRO-CHM,35
Absorbance,HCl,CMT-CHM,92
Absorbance,HCl,PRO-CHM,1045
Absorbance,HClO4,PRO-CHM,164
Absorbance,HEPES,CMT-CHM,72
Absorbance,HEPES,PRO-CHM,400
Absorbance,HNO3,PRO-CHM,142
Absorbance,HOCl,PRO-CHM,30
Absorbance,HOMO,PRO-PRO,52
Absorbance,HPLC,PRO-CMT,145
Absorbance,HRP,PRO-APL,73
Absorbance,HRP,PRO-CHM,106
Absorbance,HRTEM,CMT-CMT,330
Absorbance,HRTEM,PRO-CMT,1113
Absorbance,Haematoxylin,PRO-CHM,82
Absorbance,Half Life,PRO-PRO,42
Absorbance,Halides,CMT-CHM,41
Absorbance,Halides,PRO-CHM,97
Absorbance,Halogen,PRO-CHM,72
Absorbance,Hardness,PRO-PRO,42
Absorbance,Heat,PRO-SMT,31
Absorbance,Heat Treated,PRO-SMT,91
Absorbance,Heat Treatment,CMT-SMT,31
Absorbance,Heat Treatment,PRO-SMT,154
Absorbance,Heated,CMT-SMT,38
Absorbance,Heated,PRO-SMT,316
Absorbance,Heating,CMT-SMT,120
Absorbance,Heating,PRO-SMT,754
Absorbance,Height Profile,PRO-CMT,163
Absorbance,Helium,PRO-CHM,40
Absorbance,Hematite,PRO-CHM,63
Absorbance,Heme,PRO-CHM,134
Absorbance,Hemin,PRO-CHM,123
Absorbance,Hepes,PRO-CHM,51
Absorbance,Heptane,PRO-CHM,52
Absorbance,Heterojunction,CMT-DSC,41
Absorbance,Heterojunction,PRO-APL,33
Absorbance,Heterojunction,PRO-DSC,97
Absorbance,Heterostructure,CMT-DSC,38
Absorbance,Heterostructure,PRO-DSC,99
Absorbance,Hexagonal,CMT-SPL,58
Absorbance,Hexagonal,PRO-SPL,233
Absorbance,Hexane,CMT-CHM,59
Absorbance,Hexane,PRO-CHM,257
Absorbance,Hg,PRO-CHM,145
Absorbance,Hg(II),PRO-CHM,62
Absorbance,Hg2+,CMT-CHM,66
Absorbance,Hg2+,PRO-CHM,427
Absorbance,High Resolution Imaging,PRO-CMT,55
Absorbance,High Resolution Spectrum,PRO-CMT,44
Absorbance,High Resolution TEM,CMT-CMT,76
Absorbance,High Resolution TEM,PRO-CMT,251
Absorbance,High Resolution XPS,CMT-CMT,52
Absorbance,High Resolution XPS,PRO-CMT,208
Absorbance,Highest Occupied Molecular Orbitals,PRO-PRO,35
Absorbance,Histidine,PRO-CHM,92
Absorbance,Histogram,PRO-CMT,53
Absorbance,Hoechst 33258,PRO-CHM,46
Absorbance,Hoechst33342,PRO-CHM,74
Absorbance,Hollow,PRO-DSC,52
Absorbance,Homo,CMT-PRO,64
Absorbance,Homo,PRO-PRO,280
Absorbance,Homopolymer,PRO-DSC,37
Absorbance,Hplc,CMT-CMT,48
Absorbance,Hplc,PRO-CMT,326
Absorbance,Htl,PRO-APL,32
Absorbance,Hybrid,PRO-DSC,61
Absorbance,Hybrid Film,PRO-DSC,63
Absorbance,Hydrazine,PRO-CHM,79
Absorbance,Hydride,PRO-CHM,32
Absorbance,Hydrocarbon,PRO-CHM,100
Absorbance,Hydrochloric Acid,PRO-CHM,64
Absorbance,Hydrodynamic Diameter,CMT-PRO,33
Absorbance,Hydrodynamic Diameter,PRO-PRO,221
Absorbance,Hydrodynamic Radii,PRO-PRO,31
Absorbance,Hydrodynamic Radius,PRO-PRO,64
Absorbance,Hydrodynamic Size,PRO-PRO,64
Absorbance,Hydrogel,PRO-DSC,278
Absorbance,Hydrogen,CMT-CHM,211
Absorbance,Hydrogen,PRO-CHM,1497
Absorbance,Hydrogen Peroxide,CMT-CHM,30
Absorbance,Hydrogen Peroxide,PRO-CHM,244
Absorbance,Hydrogenation,PRO-SMT,34
Absorbance,Hydrolysed,PRO-SMT,39
Absorbance,Hydrolysis,CMT-SMT,46
Absorbance,Hydrolysis,PRO-SMT,384
Absorbance,Hydroperoxide,PRO-CHM,42
Absorbance,Hydrophilic,CMT-PRO,33
Absorbance,Hydrophilic,PRO-PRO,173
Absorbance,Hydrophobic,CMT-PRO,54
Absorbance,Hydrophobic,PRO-PRO,279
Absorbance,Hydrophobicity,PRO-PRO,47
Absorbance,Hydroquinone,PRO-CHM,45
Absorbance,Hydrothermal,PRO-SMT,33
Absorbance,Hydrothermal Method,PRO-SMT,34
Absorbance,Hydroxide,PRO-CHM,80
Absorbance,Hydroxyapatite,PRO-CHM,43
Absorbance,Hydroxyl,CMT-CHM,32
Absorbance,Hydroxyl,PRO-CHM,366
Absorbance,Hysteresis Loop,PRO-CMT,43
Absorbance,I-V Characteristics,CMT-PRO,44
Absorbance,I-V Characteristics,PRO-PRO,122
Absorbance,I/I0,PRO-PRO,49
Absorbance,IC50,PRO-PRO,112
Absorbance,ICG,PRO-CHM,61
Absorbance,ICP,PRO-CMT,46
Absorbance,ICP-MS,PRO-CMT,54
Absorbance,IP,PRO-PRO,35
Absorbance,IPA,PRO-CHM,85
Absorbance,IPCE,CMT-CMT,45
Absorbance,IPCE,PRO-CMT,195
Absorbance,IPCE,PRO-PRO,126
Absorbance,IPTG,PRO-CHM,34
Absorbance,IR,CMT-CMT,37
Absorbance,IR,PRO-CMT,291
Absorbance,IR Absorbance,PRO-CMT,60
Absorbance,IR Absorbance,PRO-PRO,32
Absorbance,IR Absorption,PRO-CMT,69
Absorbance,ITO,CMT-CHM,118
Absorbance,ITO,PRO-CHM,774
Absorbance,IV Curve,PRO-CMT,102
Absorbance,Ile,PRO-CHM,31
Absorbance,ImageJ,PRO-CMT,78
Absorbance,ImageJ Software,PRO-CMT,30
Absorbance,Images,PRO-CMT,40
Absorbance,Imaginary,PRO-PRO,47
Absorbance,Imaginary Part,CMT-PRO,30
Absorbance,Imaginary Part,PRO-PRO,99
Absorbance,Imaging,PRO-APL,56
Absorbance,Imidazole,PRO-CHM,98
Absorbance,Imines,PRO-CHM,43
Absorbance,Immunoassays,PRO-APL,64
Absorbance,Immunoblot,PRO-CMT,48
Absorbance,Immunoblotting,PRO-CMT,67
Absorbance,Immunofluorescence,PRO-CMT,46
Absorbance,Immunofluorescence Staining,PRO-CMT,36
Absorbance,Immunohistochemistry,PRO-CMT,31
Absorbance,Impedance,PRO-PRO,113
Absorbance,Impedance Spectra,PRO-CMT,33
Absorbance,Implantations,PRO-SMT,32
Absorbance,Implanted,PRO-SMT,33
Absorbance,Implants,PRO-APL,34
Absorbance,In2O3,PRO-CHM,34
Absorbance,Indirect Band Gap,PRO-PRO,30
Absorbance,Indium,PRO-CHM,35
Absorbance,Indium-Tin Oxide,PRO-CHM,83
Absorbance,Indole,PRO-CHM,32
Absorbance,Infrared,CMT-CMT,37
Absorbance,Infrared,PRO-CMT,283
Absorbance,Infrared Absorption,PRO-CMT,51
Absorbance,Infrared Spectra,PRO-CMT,102
Absorbance,Infrared Spectroscopy,PRO-CMT,37
Absorbance,Instrumental Response Function,PRO-PRO,71
Absorbance,Insulating,PRO-PRO,34
Absorbance,Integrated Absorbance,PRO-PRO,41
Absorbance,Integrating Sphere,PRO-CMT,30
Absorbance,Intensity,PRO-PRO,132
Absorbance,Intensity Ratio,PRO-PRO,36
Absorbance,Interface,CMT-DSC,116
Absorbance,Interface,PRO-DSC,578
Absorbance,Interlayers,PRO-DSC,40
Absorbance,Internal Quantum Efficiency,PRO-PRO,30
Absorbance,Intersystem Crossing,PRO-PRO,35
Absorbance,Iodide,PRO-CHM,109
Absorbance,Iodine,PRO-CHM,132
Absorbance,Ions,PRO-CHM,32
Absorbance,Ir,CMT-CMT,56
Absorbance,Ir,PRO-CHM,59
Absorbance,Ir,PRO-CMT,634
Absorbance,Ir,PRO-PRO,39
Absorbance,Iron,CMT-CHM,33
Absorbance,Iron,PRO-CHM,340
Absorbance,Iron (II),PRO-CHM,32
Absorbance,Iron Oxide,PRO-CHM,89
Absorbance,Iron(III),PRO-CHM,53
Absorbance,Irradiated,CMT-SMT,105
Absorbance,Irradiated,PRO-SMT,885
Absorbance,Irradiating,PRO-SMT,60
Absorbance,Irradiation,CMT-SMT,229
Absorbance,Irradiation,PRO-SMT,2124
Absorbance,Isc,PRO-PRO,36
Absorbance,Isopropanol,PRO-CHM,92
Absorbance,Isotherms,PRO-CMT,84
Absorbance,Itc,PRO-CMT,71
Absorbance,I–V Curve,PRO-CMT,42
Absorbance,J SC,PRO-PRO,69
Absorbance,J-V Characteristics,CMT-PRO,58
Absorbance,J-V Characteristics,PRO-PRO,199
Absorbance,J-V Curve,CMT-CMT,42
Absorbance,J-V Curve,PRO-CMT,73
Absorbance,JSC,PRO-PRO,127
Absorbance,JV Curve,PRO-CMT,110
Absorbance,Job Plot,PRO-CMT,102
Absorbance,Job's Plot,CMT-CMT,32
Absorbance,Job's Plot,PRO-CMT,220
Absorbance,Junctions,PRO-APL,37
Absorbance,K,CMT-PRO,83
Absorbance,K,PRO-PRO,590
Absorbance,K 1,PRO-PRO,32
Absorbance,K M,PRO-PRO,56
Absorbance,K Obs,PRO-PRO,55
Absorbance,K+,CMT-CHM,53
Absorbance,K+,PRO-CHM,348
Absorbance,K1,PRO-PRO,78
Absorbance,K2,PRO-PRO,107
Absorbance,K2CO3,PRO-CHM,187
Absorbance,K3Fe(CN)6,PRO-CHM,44
Absorbance,K3[Fe(CN)6],PRO-CHM,36
Absorbance,KBr,PRO-CHM,54
Absorbance,KCl,CMT-CHM,57
Absorbance,KCl,PRO-CHM,517
Absorbance,KH2PO4,PRO-CHM,37
Absorbance,KM,PRO-PRO,64
Absorbance,KMnO4,PRO-CHM,34
Absorbance,KNO3,PRO-CHM,109
Absorbance,KOH,PRO-CHM,198
Absorbance,Ka,PRO-PRO,44
Absorbance,Kapp,PRO-PRO,30
Absorbance,Kbr,PRO-DSC,30
Absorbance,Kd,PRO-PRO,47
Absorbance,Keto,PRO-CHM,36
Absorbance,Ketone,PRO-CHM,40
Absorbance,Kinetic Analysis,PRO-CMT,78
Absorbance,Kinetic Constant,PRO-PRO,35
Absorbance,Kinetic Curve,PRO-CMT,90
Absorbance,Kinetic Parameters,PRO-PRO,200
Absorbance,Kinetic Plots,PRO-CMT,45
Absorbance,Kinetic Trace,PRO-CMT,94
Absorbance,Kinetics,PRO-CMT,43
Absorbance,Kinetics,PRO-PRO,101
Absorbance,Kinetics Model,PRO-CMT,69
Absorbance,Kobs,PRO-PRO,96
Absorbance,Kubelka Munk Function,PRO-CMT,35
Absorbance,L,PRO-PRO,53
Absorbance,L Glutamic Acid,PRO-CHM,36
Absorbance,L-Cysteine,PRO-CHM,53
Absorbance,LB,PRO-SMT,49
Absorbance,LB Film,PRO-DSC,190
Absorbance,LBL,PRO-SMT,32
Absorbance,LBL Assembly,PRO-SMT,59
Absorbance,LBL Film,PRO-DSC,166
Absorbance,LC-MS,PRO-CMT,34
Absorbance,LCST,PRO-PRO,46
Absorbance,LDH Assay,PRO-CMT,30
Absorbance,LED,CMT-APL,51
Absorbance,LED,PRO-APL,103
Absorbance,LEDs,CMT-APL,35
Absorbance,LEDs,PRO-APL,58
Absorbance,LSPR,PRO-CMT,31
Absorbance,LSPR,PRO-PRO,101
Absorbance,LSV,PRO-CMT,46
Absorbance,LUMO,CMT-PRO,54
Absorbance,LUMO,PRO-PRO,205
Absorbance,LUMO Energy Level,PRO-PRO,38
Absorbance,LUMO Orbitals,PRO-PRO,46
Absorbance,La,PRO-CHM,35
Absorbance,Lactate,PRO-CHM,79
Absorbance,Lactose,PRO-CHM,77
Absorbance,Lamellar,PRO-DSC,42
Absorbance,Lane,PRO-CHM,61
Absorbance,Langmuir Isotherm,PRO-CMT,41
Absorbance,Lanthanides,PRO-CHM,42
Absorbance,Laser,PRO-APL,69
Absorbance,Laser,PRO-SMT,55
Absorbance,Laser Ablation,PRO-SMT,42
Absorbance,Laser Flash Photolysis,PRO-CMT,54
Absorbance,Laser Irradiation,PRO-SMT,224
Absorbance,Latex,PRO-DSC,32
Absorbance,Lattice Constant,PRO-PRO,59
Absorbance,Lattice Fringe,PRO-PRO,78
Absorbance,Lattice Parameter,CMT-PRO,31
Absorbance,Lattice Parameter,PRO-PRO,89
Absorbance,Lattice Spacing,PRO-PRO,40
Absorbance,Layer,CMT-DSC,32
Absorbance,Layer,PRO-DSC,107
Absorbance,Layer Numbers,PRO-PRO,38
Absorbance,Layer-By-Layer,PRO-SMT,44
Absorbance,Layered,CMT-DSC,38
Absorbance,Layered,PRO-DSC,174
Absorbance,Layers,CMT-DSC,367
Absorbance,Layers,PRO-APL,87
Absorbance,Layers,PRO-DSC,2062
Absorbance,Lb,PRO-SMT,36
Absorbance,LbL,PRO-SMT,51
Absorbance,Lbl Film,PRO-DSC,61
Absorbance,Lc,PRO-PRO,35
Absorbance,Leaf,PRO-DSC,32
Absorbance,Least Square Fitting,PRO-CMT,36
Absorbance,Least Squares Fit,PRO-CMT,91
Absorbance,Leaves,PRO-DSC,59
Absorbance,Length,PRO-PRO,33
Absorbance,Lens,PRO-APL,33
Absorbance,Leu,PRO-CHM,48
Absorbance,Lewis Acids,PRO-CHM,30
Absorbance,Li,PRO-CHM,124
Absorbance,Li+,PRO-CHM,58
Absorbance,LiCl,PRO-CHM,35
Absorbance,LiClO4,CMT-CHM,37
Absorbance,LiClO4,PRO-CHM,146
Absorbance,LiF,PRO-CHM,31
Absorbance,Lifetime,CMT-PRO,85
Absorbance,Lifetime,PRO-PRO,273
Absorbance,Light,PRO-SMT,33
Absorbance,Light Absorbance,PRO-PRO,34
Absorbance,Light Absorption,PRO-PRO,100
Absorbance,Light Green,PRO-CHM,85
Absorbance,Light Irradiation,PRO-SMT,159
Absorbance,Light Microscopy,PRO-CMT,45
Absorbance,Light Scattering,PRO-CMT,62
Absorbance,Light Scattering,PRO-PRO,64
Absorbance,Limits of Detection,PRO-PRO,105
Absorbance,Linear Calibration Plot,PRO-CMT,107
Absorbance,Linear Fit,CMT-CMT,63
Absorbance,Linear Fit,PRO-CMT,241
Absorbance,Linear Fitting,PRO-CMT,131
Absorbance,Linear Regression,CMT-CMT,30
Absorbance,Linear Regression,PRO-CMT,200
Absorbance,Linear Sweep Voltammogram,PRO-CMT,38
Absorbance,Lineweaver-Burk Plots,PRO-CMT,120
Absorbance,Lipid,PRO-DSC,37
Absorbance,Liposome,PRO-DSC,162
Absorbance,Lithium,PRO-CHM,59
Absorbance,Live Dead Staining,PRO-CMT,37
Absorbance,Liver,PRO-APL,33
Absorbance,Liver,PRO-DSC,39
Absorbance,Lod,PRO-PRO,93
Absorbance,Logic Gate,PRO-APL,45
Absorbance,Long Term Stability,PRO-PRO,51
Absorbance,Loss Modulus,PRO-PRO,54
Absorbance,Lowest Unoccupied Molecular Orbitals,PRO-PRO,34
Absorbance,Luciferase Activity,PRO-PRO,39
Absorbance,Luminance,PRO-PRO,38
Absorbance,Luminescence,CMT-CMT,36
Absorbance,Luminescence,CMT-PRO,32
Absorbance,Luminescence,PRO-CMT,89
Absorbance,Luminescence,PRO-PRO,142
Absorbance,Luminescence Intensity,PRO-PRO,53
Absorbance,Luminescence Spectra,PRO-CMT,68
Absorbance,Luminescent,PRO-PRO,44
Absorbance,Lumo Level,PRO-PRO,30
Absorbance,Lyophilized,PRO-SMT,35
Absorbance,Lys,PRO-CHM,80
Absorbance,Lysines,PRO-CHM,95
Absorbance,M,PRO-PRO,125
Absorbance,MALDI TOF MS,PRO-CMT,32
Absorbance,MALDI-TOF Mass,PRO-CMT,39
Absorbance,MAPbBr3,PRO-CHM,39
Absorbance,MAPbI3,CMT-CHM,33
Absorbance,MAPbI3,PRO-CHM,90
Absorbance,MCF7,PRO-CHM,38
Absorbance,MD Simulation,PRO-CMT,68
Absorbance,MDA,PRO-CHM,60
Absorbance,MEA,PRO-CHM,31
Absorbance,MEH,PRO-CHM,31
Absorbance,MPA,CMT-CHM,32
Absorbance,MPA,PRO-CHM,78
Absorbance,MRNA,PRO-PRO,39
Absorbance,MS,PRO-CMT,90
Absorbance,MS/MS,PRO-CMT,37
Absorbance,MTS Assay,PRO-CMT,69
Absorbance,MTT,CMT-CHM,64
Absorbance,MTT,PRO-CHM,612
Absorbance,MTT,PRO-CMT,48
Absorbance,MTT Assay,CMT-CMT,44
Absorbance,MTT Assay,PRO-CMT,418
Absorbance,MW,PRO-PRO,65
Absorbance,Macrophages,PRO-APL,40
Absorbance,Magenta,CMT-CHM,65
Absorbance,Magenta,PRO-CHM,299
Absorbance,Magnesium,PRO-CHM,60
Absorbance,Magnetics,PRO-PRO,155
Absorbance,Magnetite,PRO-CHM,59
Absorbance,Magnetization,PRO-PRO,57
Absorbance,Magnetization Curve,PRO-CMT,41
Absorbance,Malachite Green,PRO-CHM,43
Absorbance,Maleimide,PRO-CHM,32
Absorbance,Maltose,PRO-CHM,69
Absorbance,Manganese,PRO-CHM,50
Absorbance,Mannitol,PRO-CHM,34
Absorbance,Mannose,PRO-CHM,34
Absorbance,Mass,PRO-CMT,45
Absorbance,Mass,PRO-PRO,73
Absorbance,Mass Spectra,PRO-CMT,85
Absorbance,Mass Spectrometry,PRO-CMT,58
Absorbance,Mass Spectrum,PRO-CMT,66
Absorbance,Matrix,PRO-DSC,153
Absorbance,Maximum,PRO-PRO,36
Absorbance,Me,PRO-CHM,41
Absorbance,MeCN,CMT-CHM,33
Absorbance,MeCN,PRO-CHM,262
Absorbance,MeOH,CMT-CHM,53
Absorbance,MeOH,PRO-CHM,419
Absorbance,Mean,PRO-PRO,51
Absorbance,MeanStandard Deviation,PRO-PRO,36
Absorbance,Mechanical Property,PRO-PRO,97
Absorbance,Mechanisms,PRO-PRO,52
Absorbance,Melamine,PRO-CHM,41
Absorbance,Melting,PRO-SMT,34
Absorbance,Melting Curve,PRO-CMT,31
Absorbance,Melting Point,PRO-PRO,41
Absorbance,Melting Temperature,PRO-PRO,47
Absorbance,Membrane,CMT-DSC,98
Absorbance,Membrane,PRO-APL,92
Absorbance,Membrane,PRO-DSC,732
Absorbance,Membrane,PRO-PRO,41
Absorbance,Membrane Surface,PRO-DSC,37
Absorbance,Mercury,PRO-CHM,161
Absorbance,Merocyanine,PRO-CHM,61
Absorbance,Mesh,PRO-DSC,38
Absorbance,Mesoporous,CMT-DSC,39
Absorbance,Mesoporous,PRO-DSC,262
Absorbance,Met,PRO-CHM,52
Absorbance,Metabolic Activity,PRO-PRO,39
Absorbance,Metal Oxide,PRO-CHM,64
Absorbance,Metal Oxides,PRO-CHM,34
Absorbance,Metallic,CMT-PRO,38
Absorbance,Metallic,PRO-PRO,242
Absorbance,Metals,CMT-PRO,61
Absorbance,Metals,PRO-APL,31
Absorbance,Metals,PRO-PRO,344
Absorbance,Methane,PRO-CHM,69
Absorbance,Methanol,CMT-CHM,157
Absorbance,Methanol,PRO-CHM,924
Absorbance,Methionine,PRO-CHM,41
Absorbance,Methyl,PRO-CHM,169
Absorbance,Methyl Orange,PRO-CHM,115
Absorbance,Methylene Blue,CMT-CHM,60
Absorbance,Methylene Blue,PRO-CHM,276
Absorbance,Methylenes,PRO-CHM,90
Absorbance,Methylviologen,PRO-CHM,33
Absorbance,Mg,PRO-CHM,140
Absorbance,Mg2+,CMT-CHM,51
Absorbance,Mg2+,PRO-CHM,360
Absorbance,MgCl2,PRO-CHM,133
Absorbance,MgO,PRO-CHM,43
Absorbance,Mice,PRO-APL,64
Absorbance,Mice,PRO-DSC,35
Absorbance,Micellar,PRO-DSC,53
Absorbance,Micelle,PRO-DSC,70
Absorbance,Micelles,CMT-DSC,36
Absorbance,Micelles,PRO-DSC,174
Absorbance,Microcapsule,PRO-DSC,32
Absorbance,Microchannel,PRO-DSC,40
Absorbance,Microcrystals,PRO-DSC,33
Absorbance,Microemulsion,PRO-DSC,44
Absorbance,Microgels,PRO-DSC,38
Absorbance,Micrographs,PRO-CMT,37
Absorbance,Microparticle,PRO-DSC,72
Absorbance,Microplate,PRO-DSC,49
Absorbance,Microplate Reader,PRO-CMT,81
Absorbance,Microscope,PRO-CMT,40
Absorbance,Microscopic,PRO-CMT,44
Absorbance,Microscopy,PRO-CMT,102
Absorbance,Microspheres,PRO-DSC,131
Absorbance,Microstructure,PRO-PRO,140
Absorbance,Microtiter Plate,PRO-APL,31
Absorbance,Microwave Irradiation,PRO-SMT,32
Absorbance,Milli-Q,PRO-CHM,36
Absorbance,Mirrors,PRO-APL,93
Absorbance,Mitochondria,PRO-PRO,32
Absorbance,Mitochondrial Membrane Potential,PRO-PRO,40
Absorbance,Mixtures,PRO-DSC,44
Absorbance,Mn,CMT-CHM,39
Absorbance,Mn,PRO-CHM,223
Absorbance,Mn,PRO-PRO,42
Absorbance,Mn(II),PRO-CHM,45
Absorbance,Mn2+,CMT-CHM,43
Absorbance,Mn2+,PRO-CHM,253
Absorbance,MnCl2,PRO-CHM,32
Absorbance,MnO2,PRO-CHM,89
Absorbance,Mo,CMT-CHM,38
Absorbance,Mo,PRO-CHM,169
Absorbance,MoO3,PRO-CHM,81
Absorbance,MoS2,CMT-CHM,33
Absorbance,MoS2,PRO-CHM,135
Absorbance,Mobility,PRO-PRO,80
Absorbance,Mode,PRO-PRO,34
Absorbance,Models,PRO-CMT,93
Absorbance,Molar Absorption Coefficient,PRO-PRO,97
Absorbance,Molar Absorptivities,PRO-PRO,48
Absorbance,Molar Absorptivity,PRO-PRO,92
Absorbance,Molar Extinction Coefficient,PRO-PRO,90
Absorbance,Molar Ratio,PRO-PRO,38
Absorbance,Molecular,PRO-PRO,36
Absorbance,Molecular Docking,PRO-CMT,31
Absorbance,Molecular Dynamics (MD) Simulation,PRO-CMT,39
Absorbance,Molecular Mass,PRO-PRO,80
Absorbance,Molecular Model,PRO-CMT,33
Absorbance,Molecular Orbital,PRO-PRO,85
Absorbance,Molecular Structure,CMT-PRO,176
Absorbance,Molecular Structure,PRO-PRO,1271
Absorbance,Molecular Weight,CMT-PRO,49
Absorbance,Molecular Weight,PRO-PRO,332
Absorbance,Mono-disperse,PRO-DSC,30
Absorbance,Monoclinic,PRO-SPL,75
Absorbance,Monolayer Films,PRO-DSC,44
Absorbance,Monolayers,CMT-DSC,100
Absorbance,Monolayers,PRO-DSC,774
Absorbance,Morphologic,PRO-PRO,162
Absorbance,Morphologies,CMT-PRO,35
Absorbance,Morphologies,PRO-PRO,224
Absorbance,Morphology,CMT-PRO,130
Absorbance,Morphology,PRO-PRO,816
Absorbance,Mott Schottky Plot,PRO-CMT,66
Absorbance,Mtt,PRO-CMT,88
Absorbance,Multi Layered,PRO-DSC,55
Absorbance,Multilayer,CMT-DSC,34
Absorbance,Multilayer,PRO-DSC,509
Absorbance,Multilayer Film,PRO-DSC,202
Absorbance,Multilayer Films,PRO-DSC,343
Absorbance,Multilayer Thin Film,PRO-DSC,31
Absorbance,Multilayered Films,PRO-DSC,33
Absorbance,Multiwall,PRO-DSC,30
Absorbance,Mutant,PRO-DSC,60
Absorbance,N Blue,PRO-CHM,32
Absorbance,N Type,PRO-PRO,57
Absorbance,"N,N-Dimethylformamide",PRO-CHM,35
Absorbance,N-Heptane,PRO-CHM,48
Absorbance,N-Hexane,PRO-CHM,59
Absorbance,N2,CMT-CHM,149
Absorbance,N2,PRO-CHM,878
Absorbance,N2 Adsorption Desorption Isotherms,PRO-CMT,105
Absorbance,N2O,PRO-CHM,118
Absorbance,N719,PRO-CHM,70
Absorbance,NAC,PRO-CHM,48
Absorbance,NAD+,PRO-CHM,52
Absorbance,NADH,PRO-CHM,164
Absorbance,NADPH,PRO-CHM,83
Absorbance,NC,CMT-DSC,42
Absorbance,NC,PRO-DSC,151
Absorbance,NCS,CMT-DSC,81
Absorbance,NCS,PRO-DSC,174
Absorbance,NCs,PRO-DSC,37
Absorbance,NEt3,PRO-CHM,31
Absorbance,NH,PRO-CHM,116
Absorbance,NH2,PRO-CHM,100
Absorbance,NH3,PRO-CHM,165
Absorbance,NH4Cl,PRO-CHM,41
Absorbance,NH4OH,PRO-CHM,35
Absorbance,NIR,PRO-CMT,86
Absorbance,NIR,PRO-SMT,37
Absorbance,NIR Irradiation,PRO-SMT,63
Absorbance,NIR Laser Irradiation,PRO-SMT,37
Absorbance,NMP,PRO-CHM,66
Absorbance,NMR,CMT-CMT,61
Absorbance,NMR,PRO-CMT,305
Absorbance,NO,PRO-CHM,237
Absorbance,NO2,PRO-CHM,225
Absorbance,NO3,PRO-CHM,142
Absorbance,NP,PRO-DSC,80
Absorbance,NPS,CMT-DSC,129
Absorbance,NPS,PRO-DSC,710
Absorbance,NPs,CMT-DSC,64
Absorbance,NPs,PRO-DSC,258
Absorbance,NR,PRO-DSC,52
Absorbance,NRS,PRO-DSC,75
Absorbance,NW,PRO-DSC,42
Absorbance,Na,PRO-CHM,121
Absorbance,Na+,CMT-CHM,55
Absorbance,Na+,PRO-CHM,379
Absorbance,Na2CO3,PRO-CHM,65
Absorbance,Na2HPO4,PRO-CHM,59
Absorbance,Na2S,PRO-CHM,72
Absorbance,Na2SO3,PRO-CHM,44
Absorbance,Na2SO4,CMT-CHM,33
Absorbance,Na2SO4,PRO-CHM,247
Absorbance,NaAc,PRO-CHM,83
Absorbance,NaBH4,PRO-CHM,314
Absorbance,NaBr,PRO-CHM,47
Absorbance,NaCl,CMT-CHM,147
Absorbance,NaCl,PRO-CHM,1308
Absorbance,NaClO4,PRO-CHM,171
Absorbance,NaF,PRO-CHM,36
Absorbance,NaH,PRO-CHM,52
Absorbance,NaH2PO4,PRO-CHM,55
Absorbance,NaHCO3,PRO-CHM,67
Absorbance,NaI,PRO-CHM,42
Absorbance,NaN3,PRO-CHM,109
Absorbance,NaNO2,PRO-CHM,59
Absorbance,NaNO3,PRO-CHM,100
Absorbance,NaOH,CMT-CHM,83
Absorbance,NaOH,PRO-CHM,631
Absorbance,NaYF4,PRO-CHM,41
Absorbance,Nafion,PRO-CHM,105
Absorbance,Nano,PRO-DSC,40
Absorbance,Nano Size,PRO-DSC,38
Absorbance,Nano Structured,PRO-DSC,125
Absorbance,Nanocluster,PRO-DSC,88
Absorbance,Nanocomposite,CMT-DSC,106
Absorbance,Nanocomposite,PRO-DSC,486
Absorbance,Nanocomposite Film,PRO-DSC,76
Absorbance,Nanocrystalline,PRO-DSC,122
Absorbance,Nanocrystals,CMT-DSC,109
Absorbance,Nanocrystals,PRO-DSC,343
Absorbance,Nanocube,PRO-DSC,58
Absorbance,Nanofiber,PRO-DSC,172
Absorbance,Nanoflakes,PRO-DSC,47
Absorbance,Nanofluid,PRO-DSC,54
Absorbance,Nanohybrid,PRO-DSC,58
Absorbance,Nanomaterial,PRO-DSC,137
Absorbance,Nanoparticle,CMT-DSC,147
Absorbance,Nanoparticle,PRO-DSC,825
Absorbance,Nanoparticle Films,PRO-DSC,38
Absorbance,Nanoparticle Surface,PRO-DSC,37
Absorbance,Nanoparticles,CMT-DSC,413
Absorbance,Nanoparticles,PRO-DSC,2342
Absorbance,Nanoplates,PRO-DSC,59
Absorbance,Nanoporous,PRO-DSC,65
Absorbance,Nanopowder,PRO-DSC,38
Absorbance,Nanoribbon,PRO-DSC,34
Absorbance,Nanorod Array,PRO-DSC,31
Absorbance,Nanorods,CMT-DSC,88
Absorbance,Nanorods,PRO-DSC,344
Absorbance,Nanoscale,PRO-DSC,43
Absorbance,Nanosecond Transient Absorption,PRO-CMT,37
Absorbance,Nanosheets,CMT-DSC,40
Absorbance,Nanosheets,PRO-DSC,309
Absorbance,Nanoshell,PRO-DSC,42
Absorbance,Nanosphere,PRO-DSC,118
Absorbance,Nanostructure,CMT-DSC,36
Absorbance,Nanostructure,PRO-DSC,155
Absorbance,Nanostructures,CMT-DSC,68
Absorbance,Nanostructures,PRO-DSC,274
Absorbance,Nanotube,CMT-DSC,51
Absorbance,Nanotube,PRO-DSC,319
Absorbance,Nanotube Arrays,PRO-DSC,30
Absorbance,Nanowire,PRO-DSC,101
Absorbance,Nanowires,CMT-DSC,35
Absorbance,Nanowires,PRO-DSC,136
Absorbance,Naphthalene,PRO-CHM,62
Absorbance,Nd,PRO-CHM,66
Absorbance,Neat,PRO-DSC,41
Absorbance,Nematic,PRO-PRO,32
Absorbance,Network,PRO-DSC,38
Absorbance,Ni,CMT-CHM,49
Absorbance,Ni,PRO-CHM,272
Absorbance,Ni II,PRO-CHM,85
Absorbance,Ni2+,CMT-CHM,51
Absorbance,Ni2+,PRO-CHM,314
Absorbance,NiCl2,PRO-CHM,35
Absorbance,NiO,PRO-CHM,101
Absorbance,Nickel,PRO-CHM,112
Absorbance,Nile Red,PRO-CHM,47
Absorbance,Nitrate,PRO-CHM,148
Absorbance,Nitric Acid,PRO-CHM,43
Absorbance,Nitric Oxide,PRO-CHM,36
Absorbance,Nitriles,PRO-CHM,40
Absorbance,Nitrite,PRO-CHM,104
Absorbance,Nitro,PRO-CHM,32
Absorbance,Nitrobenzene,PRO-CHM,37
Absorbance,Nitrocellulose,PRO-CHM,48
Absorbance,Nitrogen,CMT-CHM,135
Absorbance,Nitrogen,PRO-CHM,955
Absorbance,Nitrogen Adsorption Desorption Isotherms,PRO-CMT,67
Absorbance,Nitrogen Gas,PRO-CHM,31
Absorbance,Nonirradiated,PRO-SMT,36
Absorbance,Normalized,CMT-CMT,76
Absorbance,Normalized,PRO-CMT,209
Absorbance,Normalized,PRO-PRO,35
Absorbance,Normalized Absorption,PRO-CMT,86
Absorbance,Normalized Absorption Spectrum,PRO-CMT,95
Absorbance,Normalized Emission Spectra,PRO-CMT,64
Absorbance,Nss,PRO-DSC,30
Absorbance,Nucleic Acid,PRO-CHM,81
Absorbance,Nucleotides,PRO-CHM,51
Absorbance,Nws,PRO-DSC,52
Absorbance,Nyquist Plot,CMT-CMT,64
Absorbance,Nyquist Plot,PRO-CMT,290
Absorbance,O,CMT-CHM,140
Absorbance,O,PRO-CHM,795
Absorbance,O1s,PRO-CMT,38
Absorbance,O2,CMT-CHM,88
Absorbance,O2,PRO-CHM,698
Absorbance,O3,PRO-CHM,79
Absorbance,OH,CMT-CHM,46
Absorbance,OH,PRO-CHM,532
Absorbance,OPD,PRO-CHM,31
Absorbance,OPV,PRO-APL,34
Absorbance,ORTEP,PRO-CMT,89
Absorbance,ORTEP Diagram,PRO-CMT,42
Absorbance,ORTEP Drawing,PRO-CMT,74
Absorbance,ORTEP Plot,PRO-CMT,31
Absorbance,Of Chemistry,CMT-CMT,48
Absorbance,Of Chemistry,PRO-CMT,239
Absorbance,Oil Red O,PRO-CHM,33
Absorbance,Oleate,PRO-CHM,31
Absorbance,Oleic Acid,CMT-CHM,34
Absorbance,Oleic Acid,PRO-CHM,85
Absorbance,Oleylamine,PRO-CHM,32
Absorbance,Oligonucleotide,PRO-CHM,72
Absorbance,One Way ANOVA,PRO-CMT,105
Absorbance,Opaque,PRO-PRO,35
Absorbance,Open Circuit Potential,PRO-PRO,55
Absorbance,Open Circuit Voltage,PRO-PRO,150
Absorbance,Optical,CMT-PRO,32
Absorbance,Optical,PRO-APL,31
Absorbance,Optical,PRO-CMT,139
Absorbance,Optical,PRO-PRO,198
Absorbance,Optical Absorbance,PRO-CMT,74
Absorbance,Optical Absorbance,PRO-PRO,149
Absorbance,Optical Absorption,CMT-CMT,31
Absorbance,Optical Absorption,PRO-CMT,321
Absorbance,Optical Absorption,PRO-PRO,96
Absorbance,Optical Band Gap,CMT-PRO,82
Absorbance,Optical Band Gap,PRO-PRO,212
Absorbance,Optical Characterization,PRO-CMT,37
Absorbance,Optical Conductivity,PRO-PRO,42
Absorbance,Optical Constant,PRO-PRO,52
Absorbance,Optical Density,CMT-PRO,34
Absorbance,Optical Density,PRO-PRO,259
Absorbance,Optical Fiber,PRO-APL,67
Absorbance,Optical Image,CMT-CMT,61
Absorbance,Optical Image,PRO-CMT,285
Absorbance,Optical Measurement,PRO-CMT,31
Absorbance,Optical Micrograph,PRO-CMT,162
Absorbance,Optical Microscope,PRO-CMT,135
Absorbance,Optical Microscopy,CMT-CMT,41
Absorbance,Optical Microscopy,PRO-CMT,202
Absorbance,Optical Parameters,PRO-PRO,38
Absorbance,Optical Path,PRO-PRO,38
Absorbance,Optical Path Length,PRO-PRO,65
Absorbance,Optical Photograph,PRO-CMT,63
Absorbance,Optical Properties,CMT-PRO,127
Absorbance,Optical Properties,PRO-PRO,474
Absorbance,Optical Response,PRO-PRO,69
Absorbance,Optical Sensor,PRO-APL,35
Absorbance,Optical Spectrum,PRO-CMT,102
Absorbance,Optical Transition,PRO-PRO,50
Absorbance,Optical Transmittance,PRO-PRO,115
Absorbance,Optodes,PRO-APL,58
Absorbance,Orange II,PRO-CHM,34
Absorbance,Order Parameter,PRO-PRO,36
Absorbance,Organic Solar Cells,PRO-APL,40
Absorbance,Orthorhombic,CMT-SPL,33
Absorbance,Orthorhombic,PRO-SPL,69
Absorbance,Oscillator Strength,PRO-PRO,142
Absorbance,Output Characteristics,PRO-PRO,31
Absorbance,Overlayers,PRO-DSC,37
Absorbance,Oxalates,PRO-CHM,34
Absorbance,Oxalic Acid,PRO-CHM,41
Absorbance,Oxidation,CMT-SMT,67
Absorbance,Oxidation,PRO-APL,198
Absorbance,Oxidation,PRO-PRO,52
Absorbance,Oxidation,PRO-SMT,722
Absorbance,Oxidation Potential,PRO-PRO,64
Absorbance,Oxidation State,PRO-PRO,72
Absorbance,Oxides,PRO-CHM,132
Absorbance,Oxidize,CMT-SMT,35
Absorbance,Oxidize,PRO-SMT,293
Absorbance,Oxygen,CMT-CHM,193
Absorbance,Oxygen,PRO-CHM,1519
Absorbance,Ozonation,PRO-SMT,44
Absorbance,Ozone,PRO-CHM,117
Absorbance,P,PRO-PRO,127
Absorbance,P Type,PRO-PRO,59
Absorbance,P-Nitrophenol,PRO-CHM,72
Absorbance,P3HT,CMT-CHM,59
Absorbance,P3HT,PRO-CHM,273
Absorbance,PA,PRO-CMT,70
Absorbance,PA,PRO-PRO,37
Absorbance,PAA,PRO-CHM,200
Absorbance,PAH,PRO-CHM,245
Absorbance,PAMAM,PRO-CHM,47
Absorbance,PAN,PRO-CHM,36
Absorbance,PCA,PRO-CMT,94
Absorbance,PCBM,CMT-CHM,50
Absorbance,PCBM,PRO-CHM,192
Absorbance,PCE,CMT-PRO,57
Absorbance,PCE,PRO-PRO,221
Absorbance,PCL,PRO-CHM,77
Absorbance,PDA,PRO-CHM,81
Absorbance,PDADMAC,PRO-CHM,33
Absorbance,PDMS,CMT-CHM,32
Absorbance,PDMS,PRO-CHM,190
Absorbance,PDT,PRO-APL,70
Absorbance,PDT,PRO-SMT,43
Absorbance,PEC,PRO-CHM,88
Absorbance,PEDOT,CMT-CHM,92
Absorbance,PEDOT,PRO-CHM,283
Absorbance,PEG,CMT-CHM,57
Absorbance,PEG,PRO-CHM,344
Absorbance,PEGylated,PRO-SMT,49
Absorbance,PEI,PRO-CHM,302
Absorbance,PEM,PRO-APL,42
Absorbance,PEM,PRO-CHM,40
Absorbance,PEO,PRO-CHM,86
Absorbance,PL,CMT-CMT,236
Absorbance,PL,PRO-CMT,243
Absorbance,PL Emission,PRO-CMT,37
Absorbance,PLA,PRO-CHM,63
Absorbance,PLGA,PRO-CHM,64
Absorbance,PLL,PRO-CHM,30
Absorbance,PLS,PRO-CMT,39
Absorbance,PMA,PRO-CHM,46
Absorbance,PMMA,CMT-CHM,59
Absorbance,PMMA,PRO-CHM,316
Absorbance,PNIPAM,PRO-CHM,50
Absorbance,PO4,PRO-CHM,30
Absorbance,POCl3,PRO-CHM,41
Absorbance,POM,PRO-CMT,35
Absorbance,POPC,PRO-CHM,33
Absorbance,PPh3,PRO-CHM,50
Absorbance,PPy,PRO-CHM,37
Absorbance,PSC,PRO-APL,65
Absorbance,PSCS,PRO-APL,92
Absorbance,PTFE,PRO-CHM,69
Absorbance,PTT,PRO-APL,47
Absorbance,PTT,PRO-SMT,34
Absorbance,PVA,CMT-CHM,33
Absorbance,PVA,PRO-CHM,225
Absorbance,PVC,PRO-CHM,102
Absorbance,PVDF,PRO-CHM,74
Absorbance,PVP,CMT-CHM,31
Absorbance,PVP,PRO-CHM,197
Absorbance,PXRD,PRO-CMT,101
Absorbance,Palladium,PRO-CHM,83
Absorbance,Paper,PRO-DSC,51
Absorbance,Particle,CMT-DSC,65
Absorbance,Particle,PRO-DSC,311
Absorbance,Particle,PRO-PRO,81
Absorbance,Particle Diameter,PRO-PRO,64
Absorbance,Particle Size,CMT-PRO,61
Absorbance,Particle Size,PRO-PRO,418
Absorbance,Particle Size Distribution,CMT-PRO,79
Absorbance,Particle Size Distribution,PRO-PRO,374
Absorbance,Particle Surface,PRO-DSC,30
Absorbance,Particles,CMT-DSC,206
Absorbance,Particles,PRO-DSC,1391
Absorbance,Partition Coefficient,PRO-PRO,34
Absorbance,Patterned,PRO-DSC,102
Absorbance,Pb,CMT-CHM,62
Absorbance,Pb,PRO-CHM,164
Absorbance,Pb(II),PRO-CHM,33
Absorbance,Pb2+,CMT-CHM,42
Absorbance,Pb2+,PRO-CHM,277
Absorbance,PbI2,PRO-CHM,81
Absorbance,PbS,CMT-CHM,47
Absorbance,PbS,PRO-CHM,94
Absorbance,Pc,PRO-CHM,36
Absorbance,Pcr,PRO-CMT,59
Absorbance,Pcr,PRO-SMT,36
Absorbance,Pd,CMT-CHM,41
Absorbance,Pd,PRO-CHM,252
Absorbance,Pd (II),PRO-CHM,41
Absorbance,Pd(PPh3)4,PRO-CHM,60
Absorbance,Pdi,PRO-PRO,57
Absorbance,Peak,PRO-PRO,92
Absorbance,Peak Current,PRO-PRO,107
Absorbance,Peak Currents,PRO-PRO,61
Absorbance,Peak Potential,PRO-PRO,51
Absorbance,Pellet,PRO-DSC,161
Absorbance,Peptide,PRO-DSC,32
Absorbance,Perchlorate,PRO-CHM,70
Absorbance,Permeability,PRO-PRO,42
Absorbance,Permittivity,PRO-PRO,34
Absorbance,Perovskite Solar Cells,PRO-APL,41
Absorbance,Perovskites,CMT-CHM,138
Absorbance,Perovskites,CMT-SPL,139
Absorbance,Perovskites,PRO-CHM,327
Absorbance,Perovskites,PRO-SPL,308
Absorbance,Peroxidase,PRO-APL,61
Absorbance,Peroxidase Activity,PRO-PRO,36
Absorbance,Peroxidase Mimic,PRO-APL,31
Absorbance,Peroxidase-Like Activity,PRO-PRO,123
Absorbance,Peroxide,PRO-CHM,76
Absorbance,Perylene,PRO-CHM,57
Absorbance,Phalloidin,PRO-CHM,64
Absorbance,Phase,PRO-PRO,61
Absorbance,Phase Contrast,PRO-CMT,34
Absorbance,Phase Diagram,PRO-PRO,116
Absorbance,Phase Images,PRO-CMT,49
Absorbance,Phase Transition,PRO-PRO,47
Absorbance,Phe,PRO-CHM,71
Absorbance,Phen,PRO-CHM,33
Absorbance,Phenol,CMT-CHM,30
Absorbance,Phenol,PRO-CHM,223
Absorbance,Phenol Red,PRO-CHM,36
Absorbance,Phenolics,PRO-CHM,106
Absorbance,Phenylalanine,PRO-CHM,40
Absorbance,Phenyls,PRO-CHM,110
Absorbance,Phosphate,CMT-CHM,132
Absorbance,Phosphate,PRO-CHM,1095
Absorbance,Phosphor,PRO-APL,35
Absorbance,Phosphorescence,PRO-CMT,53
Absorbance,Phosphorus,PRO-CHM,65
Absorbance,Photo,PRO-SMT,54
Absorbance,Photo Catalytic Activity,CMT-PRO,40
Absorbance,Photo Catalytic Activity,PRO-PRO,253
Absorbance,Photo Diode,PRO-APL,57
Absorbance,Photo Luminescence,CMT-CMT,412
Absorbance,Photo Luminescence,PRO-CMT,786
Absorbance,Photoactive,PRO-PRO,55
Absorbance,Photoactive Layer,PRO-APL,33
Absorbance,Photoanode,PRO-APL,158
Absorbance,Photocatalysis,PRO-APL,69
Absorbance,Photocatalysis,PRO-SMT,42
Absorbance,Photocatalyst,CMT-APL,72
Absorbance,Photocatalyst,PRO-APL,261
Absorbance,Photocatalysts,CMT-APL,60
Absorbance,Photocatalysts,PRO-APL,214
Absorbance,Photocatalytic Degradation,CMT-APL,60
Absorbance,Photocatalytic Degradation,PRO-APL,202
Absorbance,Photocatalytic Degradation,PRO-CMT,48
Absorbance,Photocatalytic H2,PRO-APL,50
Absorbance,Photocatalytic H2,PRO-PRO,43
Absorbance,Photocatalytic Mechanism,PRO-PRO,46
Absorbance,Photocatalytic Performance,PRO-PRO,84
Absorbance,Photocatalytic Reaction,PRO-APL,47
Absorbance,Photochromic,PRO-PRO,97
Absorbance,Photochromism,PRO-PRO,35
Absorbance,Photocurrent,CMT-PRO,47
Absorbance,Photocurrent,PRO-PRO,294
Absorbance,Photocurrent Action Spectrum,PRO-CMT,49
Absorbance,Photocurrent Density,PRO-PRO,92
Absorbance,Photocurrent Generation,PRO-PRO,34
Absorbance,Photocurrent Response,PRO-PRO,90
Absorbance,Photodegradation,CMT-SMT,49
Absorbance,Photodegradation,PRO-APL,35
Absorbance,Photodegradation,PRO-CMT,38
Absorbance,Photodegradation,PRO-SMT,118
Absorbance,Photodetector,PRO-APL,90
Absorbance,Photodynamic Therapy,PRO-APL,37
Absorbance,Photoelectrodes,PRO-APL,69
Absorbance,Photoexcitation,PRO-SMT,81
Absorbance,Photographic,PRO-CMT,58
Absorbance,Photographic Image,PRO-CMT,105
Absorbance,Photographs,PRO-CMT,97
Absorbance,Photoinduced Electron Transfer,PRO-PRO,32
Absorbance,Photoirradiation,PRO-SMT,103
Absorbance,Photoisomerization,PRO-SMT,52
Absorbance,Photoluminescence Emission,PRO-CMT,33
Absorbance,Photoluminescence Excitation,PRO-CMT,30
Absorbance,Photolysis,PRO-SMT,270
Absorbance,Photolyzed,PRO-SMT,39
Absorbance,Photomicrograph,PRO-CMT,34
Absorbance,Photooxidation,PRO-SMT,108
Absorbance,Photophysical,PRO-PRO,74
Absorbance,Photophysical Parameters,PRO-PRO,41
Absorbance,Photophysical Properties,CMT-PRO,41
Absorbance,Photophysical Properties,PRO-PRO,124
Absorbance,Photopolymerization,PRO-SMT,38
Absorbance,Photoreduction,PRO-SMT,55
Absorbance,Photoresponse,PRO-PRO,58
Absorbance,Photosensitizer,PRO-APL,119
Absorbance,Photostability,PRO-PRO,100
Absorbance,Photothermal Effect,PRO-PRO,47
Absorbance,Photothermal Therapy,PRO-APL,44
Absorbance,Photovoltage,PRO-PRO,30
Absorbance,Photovoltaic Devices,PRO-APL,49
Absorbance,Photovoltaic Parameter,PRO-PRO,139
Absorbance,Photovoltaic Performance,PRO-PRO,102
Absorbance,Photovoltaics,PRO-APL,39
Absorbance,Phthalocyanines,PRO-CHM,109
Absorbance,Physical,PRO-PRO,36
Absorbance,Physical Properties,PRO-PRO,90
Absorbance,Physicochemical Properties,PRO-PRO,47
Absorbance,Pigment,PRO-APL,97
Absorbance,Piperidine,PRO-CHM,50
Absorbance,Plasma,PRO-DSC,70
Absorbance,Plasma,PRO-SMT,71
Absorbance,Plasma Treated,PRO-SMT,33
Absorbance,Plasmon Band,PRO-PRO,45
Absorbance,Plasmon Peak,PRO-PRO,37
Absorbance,Plasmonic,PRO-PRO,108
Absorbance,Plasmonic Resonance,PRO-PRO,53
Absorbance,Plasmons,PRO-PRO,40
Absorbance,Plate,PRO-APL,32
Absorbance,Plate,PRO-DSC,260
Absorbance,Platelet,PRO-DSC,82
Absorbance,Plates,PRO-DSC,196
Absorbance,Platinum,CMT-CHM,33
Absorbance,Platinum,PRO-CHM,267
Absorbance,Ple,PRO-CMT,56
Absorbance,Plot,PRO-CMT,93
Absorbance,Plots,PRO-CMT,36
Absorbance,Pluronics,PRO-CHM,33
Absorbance,Points,PRO-PRO,32
Absorbance,Polarization,PRO-PRO,53
Absorbance,Polarization Curve,PRO-CMT,41
Absorbance,Polarized Absorption,PRO-CMT,32
Absorbance,Polarizer,PRO-APL,56
Absorbance,Polished,PRO-SMT,52
Absorbance,Poly(Acrylamide),PRO-CHM,118
Absorbance,Polyaniline,PRO-CHM,81
Absorbance,Polycarbonate,PRO-CHM,45
Absorbance,Polycrystalline,PRO-DSC,140
Absorbance,Polydispersity Index,PRO-PRO,54
Absorbance,Polyester,PRO-CHM,48
Absorbance,Polyethylene,PRO-CHM,58
Absorbance,Polyethylene Glycol,PRO-CHM,35
Absorbance,Polyimides,PRO-CHM,63
Absorbance,Polymeric,PRO-DSC,39
Absorbance,Polymeric Film,PRO-DSC,72
Absorbance,Polymerisation,PRO-SMT,38
Absorbance,Polymers,CMT-DSC,34
Absorbance,Polymers,PRO-DSC,175
Absorbance,Polymethyl-Methacrylate,PRO-CHM,34
Absorbance,Polyoxometalates,PRO-CHM,31
Absorbance,Polyphenol,PRO-CHM,30
Absorbance,Polypropylene,PRO-CHM,46
Absorbance,Polypyrrole,PRO-CHM,44
Absorbance,Polystyrene,CMT-CHM,35
Absorbance,Polystyrene,PRO-CHM,238
Absorbance,Polythiophenes,PRO-CHM,33
Absorbance,Polyurethanes,PRO-CHM,47
Absorbance,Pore Diameter,PRO-PRO,48
Absorbance,Pore Size Distribution,CMT-PRO,42
Absorbance,Pore Size Distribution,PRO-PRO,201
Absorbance,Pore Sizes,PRO-PRO,101
Absorbance,Pore Volume,PRO-PRO,37
Absorbance,Porosity,PRO-PRO,93
Absorbance,Porous,CMT-DSC,48
Absorbance,Porous,PRO-DSC,282
Absorbance,Porphyrin,CMT-CHM,32
Absorbance,Porphyrin,PRO-CHM,319
Absorbance,Potassium,PRO-CHM,100
Absorbance,Potassium Phosphate,PRO-CHM,78
Absorbance,Potential,PRO-PRO,109
Absorbance,Potential Energy Surface,PRO-PRO,33
Absorbance,Potentials,PRO-PRO,58
Absorbance,Potentiometric Titration,PRO-CMT,38
Absorbance,Powder,CMT-DSC,157
Absorbance,Powder,PRO-DSC,738
Absorbance,Powder X-Ray Diffraction,PRO-CMT,34
Absorbance,Powder XRD,CMT-CMT,35
Absorbance,Powder XRD,PRO-CMT,82
Absorbance,Powdered,PRO-DSC,40
Absorbance,Powders,CMT-DSC,69
Absorbance,Powders,PRO-DSC,247
Absorbance,Power Conversion Efficiency,PRO-PRO,134
Absorbance,Power Density,PRO-PRO,35
Absorbance,Precipitates,PRO-DSC,80
Absorbance,Precision,PRO-PRO,56
Absorbance,Prepared,PRO-DSC,50
Absorbance,Primary Amine,PRO-CHM,37
Absorbance,Principal Component Analysis,PRO-CMT,48
Absorbance,Pristine,PRO-DSC,61
Absorbance,Probes,PRO-APL,63
Absorbance,Profile,PRO-CMT,114
Absorbance,Profile,PRO-PRO,55
Absorbance,Proliferation,PRO-PRO,43
Absorbance,Propidium Iodide,PRO-CHM,98
Absorbance,Propylene Carbonate,PRO-CHM,44
Absorbance,Protein,PRO-PRO,58
Absorbance,Protein Concentration,PRO-PRO,51
Absorbance,Protein Content,PRO-PRO,33
Absorbance,Protonation Constant,PRO-PRO,45
Absorbance,Prussian Blue,PRO-CHM,63
Absorbance,Pseudo First Order Rate Constant,PRO-PRO,132
Absorbance,Pt,CMT-CHM,117
Absorbance,Pt,PRO-CHM,764
Absorbance,Pt (II),PRO-CHM,31
Absorbance,Pulse Radiolysis,PRO-CMT,43
Absorbance,Pulse Radiolysis,PRO-SMT,61
Absorbance,Pure,CMT-DSC,121
Absorbance,Pure,PRO-DSC,350
Absorbance,Pyrene,CMT-CHM,33
Absorbance,Pyrene,PRO-CHM,158
Absorbance,Pyridine,PRO-CHM,264
Absorbance,Pyrolysis,PRO-SMT,96
Absorbance,Pyrrole,PRO-CHM,71
Absorbance,Pyruvate,PRO-CHM,30
Absorbance,Q-Band,PRO-PRO,31
Absorbance,QCM,PRO-CMT,30
Absorbance,QCM-D,PRO-CMT,40
Absorbance,QD,CMT-DSC,94
Absorbance,QD,PRO-APL,42
Absorbance,QD,PRO-DSC,179
Absorbance,QDS,CMT-DSC,145
Absorbance,QDS,PRO-DSC,275
Absorbance,QDs,CMT-DSC,83
Absorbance,QDs,PRO-DSC,65
Absorbance,Qcm,PRO-CMT,73
Absorbance,Quantum Dots,CMT-DSC,70
Absorbance,Quantum Dots,PRO-DSC,189
Absorbance,Quantum Efficiency,PRO-PRO,40
Absorbance,Quantum Yield,CMT-PRO,44
Absorbance,Quantum Yield,PRO-PRO,172
Absorbance,Quantum Yields,PRO-PRO,117
Absorbance,Quartz,CMT-CHM,116
Absorbance,Quartz,PRO-CHM,1127
Absorbance,Quenching Efficiency,PRO-PRO,34
Absorbance,Quercetin,PRO-CHM,52
Absorbance,Quinones,PRO-CHM,68
Absorbance,Qy,PRO-PRO,42
Absorbance,R,PRO-PRO,34
Absorbance,R2,PRO-PRO,191
Absorbance,RBS,PRO-CMT,38
Absorbance,RCT,PRO-PRO,32
Absorbance,RMS Roughness,PRO-PRO,64
Absorbance,RP-HPLC,PRO-CMT,50
Absorbance,RSD,PRO-PRO,61
Absorbance,RT-PCR,PRO-CMT,82
Absorbance,Ra,PRO-PRO,35
Absorbance,Radiation,PRO-SMT,69
Absorbance,Radiolysis,PRO-SMT,30
Absorbance,Raman,CMT-CMT,309
Absorbance,Raman,PRO-CMT,1316
Absorbance,Raman Scattering,PRO-CMT,57
Absorbance,Raman Spectroscopy,PRO-CMT,105
Absorbance,Rate,PRO-PRO,43
Absorbance,Rate Coefficient,PRO-PRO,52
Absorbance,Rate Constant,CMT-PRO,99
Absorbance,Rate Constant,PRO-PRO,664
Absorbance,Ratio,PRO-PRO,47
Absorbance,Reaction Kinetic,PRO-PRO,34
Absorbance,Reaction Mechanism,PRO-PRO,90
Absorbance,Reaction Rate,PRO-PRO,109
Absorbance,Reaction Rate Constant,PRO-PRO,57
Absorbance,Reactors,PRO-APL,66
Absorbance,Real Time PCR,PRO-CMT,44
Absorbance,Recovery,PRO-PRO,37
Absorbance,Recovery Time,PRO-PRO,35
Absorbance,Redox Potential,PRO-PRO,136
Absorbance,Reduction Potential,PRO-PRO,78
Absorbance,Reductions,CMT-SMT,42
Absorbance,Reductions,PRO-APL,129
Absorbance,Reductions,PRO-SMT,448
Absorbance,Reference Electrode,CMT-APL,30
Absorbance,Reference Electrode,PRO-APL,190
Absorbance,Reflectance,CMT-CMT,93
Absorbance,Reflectance,CMT-PRO,64
Absorbance,Reflectance,PRO-CMT,161
Absorbance,Reflectance,PRO-PRO,397
Absorbance,Reflectance Spectra,PRO-CMT,51
Absorbance,Reflection Spectra,PRO-CMT,32
Absorbance,Reflections,PRO-CMT,47
Absorbance,Reflections,PRO-PRO,67
Absorbance,Reflectivity,PRO-PRO,72
Absorbance,Refractive Index,CMT-PRO,128
Absorbance,Refractive Index,PRO-PRO,497
Absorbance,Regression,PRO-CMT,38
Absorbance,Regression Analysis,PRO-CMT,30
Absorbance,Relative,PRO-PRO,123
Absorbance,Relative Absorbance,PRO-PRO,34
Absorbance,Relative Energies,PRO-PRO,41
Absorbance,Relative Standard Deviation,PRO-PRO,77
Absorbance,Relative Viscosity,PRO-PRO,115
Absorbance,Relaxation Time,PRO-PRO,49
Absorbance,Release Profile,PRO-PRO,78
Absorbance,Removal Efficiency,PRO-PRO,47
Absorbance,Resins,PRO-DSC,30
Absorbance,Resistance,CMT-PRO,30
Absorbance,Resistance,PRO-PRO,155
Absorbance,Resistivity,PRO-PRO,103
Absorbance,Resonant Frequency,PRO-PRO,48
Absorbance,Resonant Raman,PRO-CMT,51
Absorbance,Resonator,PRO-APL,33
Absorbance,Response,PRO-PRO,158
Absorbance,Response Curve,PRO-PRO,43
Absorbance,Response Time,PRO-PRO,131
Absorbance,Responsivity,PRO-PRO,64
Absorbance,Retention Time,PRO-PRO,114
Absorbance,Retina,PRO-CHM,32
Absorbance,Reusability,PRO-PRO,32
Absorbance,Reversed Phase HPLC,PRO-CMT,33
Absorbance,Rh,PRO-CHM,30
Absorbance,RhB,PRO-CHM,86