Subject,Object,Rel,Count
% Confidence,CI,CMT-PRO,41
% Confidence,Cis,CMT-PRO,36
% Confidence,Hazard Ratio,CMT-PRO,33
% Confidence,Intervals,CMT-PRO,133
% Confidence,Odds Ratio,CMT-PRO,46
% Elongation,Alloy,PRO-DSC,34
% Elongation,Hardness,PRO-PRO,30
% Elongation,Mechanical Property,PRO-PRO,38
% Elongation,Microstructure,PRO-PRO,42
% Elongation,SEM,PRO-CMT,35
% Elongation,Tensile Strength,PRO-PRO,59
% Elongation,UTS,PRO-PRO,33
's Function,Green,CMT-PRO,128
's Function,Green's Function,CMT-PRO,35
(+)-DET,CH2Cl2,CHM-CHM,32
(+)-DET,THF,CHM-CHM,36
(+)-DIPT,CH2Cl2,CHM-CHM,37
(+)-DIPT,Et3N,CHM-CHM,33
(+)-DIPT,MeOH,CHM-CHM,37
(+)-DIPT,THF,CHM-CHM,40
(+)-DIPT,Ti(OiPr)4,CHM-CHM,32
(-)-Epigallocatechin Gallate,EGCG,CHM-CHM,30
(-)-Epigallocatechin-3-Gallate,EGCG,CHM-CHM,41
(0 0 0 1) Substrates,Sapphire,CHM-CHM,33
(0 0 0 1) Substrates,Substrate,CHM-DSC,34
(0 0 2) Plane,Films,CHM-DSC,30
(0 0 2) Plane,Substrate,CHM-DSC,33
(0 0 2) Plane,ZnO,CHM-CHM,33
(001),Film,DSC-DSC,41
(001),Films,DSC-DSC,37
(001),Layers,DSC-DSC,38
(001),Substrate,DSC-DSC,60
(001),Surface,DSC-DSC,66
(001) Surface,O,DSC-CHM,45
(001) Surface,Surface,DSC-DSC,89
(001)-SrTiO3,Films,CHM-DSC,32
(001)-SrTiO3,Substrate,CHM-DSC,46
(100) Substrate,Film,DSC-DSC,32
(100) Substrate,Films,DSC-DSC,35
(100) Substrate,Si,DSC-CHM,30
(100) Substrate,Substrate,DSC-DSC,53
(100) Surface,Surface,DSC-DSC,68
(110) Surface,Surface,DSC-DSC,52
(111) Surface,Surface,DSC-DSC,79
(111)Pt,SiO2,CHM-CHM,30
(111)Pt,Substrate,CHM-DSC,38
(111)Pt,Thin Films,CHM-DSC,35
(1 0 0) Plane,1000,CHM-CHM,30
(3-Mercaptopropyl)trimethoxysilane,Surface,CHM-DSC,49
(A)Al2O3,-Al2O3,CHM-CHM,37
(A)Al2O3,Al2O3,CHM-CHM,49
(A)Al2O3,Catalyst,CHM-APL,49
(A)Al2O3,SEM,CHM-CMT,30
(A)Al2O3,TEM,CHM-CMT,30
(A)Al2O3,XRD,CHM-CMT,61
(B) 1H,(C) 1H,CHM-CHM,80
(B) 1H,(D) 1H,CHM-CHM,43
(B) 1H,13C,CHM-CHM,52
(B) 1H,13C NMR,CHM-CMT,89
(B) 1H,1H,CHM-CHM,364
(B) 1H,1H NMR,CHM-CMT,628
(B) 1H,1H-NMR,CHM-CMT,73
(B) 1H,AFM,CHM-CMT,35
(B) 1H,Absorbance,CHM-PRO,39
(B) 1H,Absorption Spectrum,CHM-CMT,32
(B) 1H,Acetone,CHM-CHM,33
(B) 1H,Acetonitrile,CHM-CHM,31
(B) 1H,Body Weight,CHM-PRO,60
(B) 1H,CDCl3,CHM-CHM,137
(B) 1H,CLSM,CHM-CMT,61
(B) 1H,Carbon,CHM-CHM,48
(B) 1H,Catalyst,CHM-APL,36
(B) 1H,Cell Viability,CHM-PRO,89
(B) 1H,Cells,CHM-DSC,128
(B) 1H,Cellular Uptake,CHM-PRO,41
(B) 1H,Chemical Shift,CHM-PRO,71
(B) 1H,Chemical Structures,CHM-PRO,92
(B) 1H,Compositions,CHM-PRO,39
(B) 1H,Copolymer,CHM-DSC,74
(B) 1H,Cyclic Voltammogram,CHM-CMT,37
(B) 1H,Cytotoxicity,CHM-PRO,84
(B) 1H,D2O,CHM-CHM,151
(B) 1H,DAPI,CHM-CHM,54
(B) 1H,DLS,CHM-CMT,81
(B) 1H,DMF,CHM-CHM,44
(B) 1H,DMSO,CHM-CHM,80
(B) 1H,DMSO-D6,CHM-CHM,56
(B) 1H,DOX,CHM-CHM,58
(B) 1H,DSC,CHM-CMT,65
(B) 1H,Electrode,CHM-APL,31
(B) 1H,Ethanol,CHM-CHM,37
(B) 1H,FITC,CHM-CHM,41
(B) 1H,FT-IR,CHM-CMT,142
(B) 1H,FTIR,CHM-CMT,158
(B) 1H,Film,CHM-DSC,48
(B) 1H,Films,CHM-DSC,44
(B) 1H,Flow Cytometry,CHM-CMT,65
(B) 1H,Fluorescence,CHM-CMT,77
(B) 1H,Fluorescence,CHM-PRO,35
(B) 1H,Fluorescence Image,CHM-CMT,54
(B) 1H,Fluorescence Intensity,CHM-PRO,81
(B) 1H,GPC,CHM-CMT,67
(B) 1H,GSH,CHM-CHM,31
(B) 1H,H2O,CHM-CHM,69
(B) 1H,Heating,CHM-SMT,34
(B) 1H,Hydrogel,CHM-DSC,55
(B) 1H,Hydrogen,CHM-CHM,68
(B) 1H,Irradiation,CHM-SMT,49
(B) 1H,MTT,CHM-CHM,58
(B) 1H,MTT Assay,CHM-CMT,47
(B) 1H,Methanol,CHM-CHM,41
(B) 1H,Micelles,CHM-DSC,52
(B) 1H,Molecular Structure,CHM-PRO,46
(B) 1H,Molecular Weight,CHM-PRO,43
(B) 1H,Morphology,CHM-PRO,50
(B) 1H,N2,CHM-CHM,32
(B) 1H,NMR,CHM-CMT,316
(B) 1H,NPS,CHM-DSC,44
(B) 1H,NaCl,CHM-CHM,40
(B) 1H,Nanoparticles,CHM-DSC,81
(B) 1H,Nitrogen,CHM-CHM,41
(B) 1H,O,CHM-CHM,35
(B) 1H,Oxygen,CHM-CHM,30
(B) 1H,PEG,CHM-CHM,51
(B) 1H,Particle Size,CHM-PRO,40
(B) 1H,Particle Size Distribution,CHM-PRO,36
(B) 1H,Phosphate,CHM-CHM,31
(B) 1H,SEM,CHM-CMT,167
(B) 1H,Size Distribution,CHM-PRO,70
(B) 1H,Stability,CHM-PRO,35
(B) 1H,Structure,CHM-PRO,60
(B) 1H,Surface,CHM-DSC,72
(B) 1H,TEM,CHM-CMT,265
(B) 1H,THF,CHM-CHM,53
(B) 1H,Tga,CHM-CMT,53
(B) 1H,Toluene,CHM-CHM,40
(B) 1H,Tumor,CHM-DSC,37
(B) 1H,Tumor Volume,CHM-PRO,33
(B) 1H,Tumours,CHM-APL,35
(B) 1H,UV Vis,CHM-CMT,59
(B) 1H,UV Vis Absorption,CHM-CMT,41
(B) 1H,XPS,CHM-CMT,59
(B) 1H,XRD,CHM-CMT,76
(B) 1H,Zeta Potential,CHM-PRO,63
(B) Acetic Acid,Acetic Acid,CHM-CHM,35
(B) Acetone,Acetone,CHM-CHM,107
(B) Acetone,Ethanol,CHM-CHM,70
(B) Acetone,Methanol,CHM-CHM,45
(B) Acetone,SEM,CHM-CMT,48
(B) Acetone,TEM,CHM-CMT,37
(B) Acetone,Toluene,CHM-CHM,34
(B) Acetone,XRD,CHM-CMT,37
(B) Acetonitrile,Acetonitrile,CHM-CHM,42
(B) Benzene,Benzenes,CHM-CHM,77
(B) Benzene,Toluene,CHM-CHM,49
(B) C,2p,CHM-CMT,98
(B) C,AFM,CHM-CMT,71
(B) C,Ag,CHM-CHM,58
(B) C,Al,CHM-CHM,34
(B) C,As Prepared,CHM-DSC,74
(B) C,Au,CHM-CHM,53
(B) C,C,CHM-CHM,156
(B) C,C 1s,CHM-CMT,182
(B) C,C 1s XPS,CHM-CMT,82
(B) C,C-V Curve,CHM-CMT,64
(B) C,CO,CHM-CHM,40
(B) C,CO2,CHM-CHM,40
(B) C,CV,CHM-CMT,129
(B) C,Carbon,CHM-CHM,174
(B) C,Catalyst,CHM-APL,116
(B) C,Co,CHM-CHM,76
(B) C,Coated,CHM-SMT,37
(B) C,Composite,CHM-DSC,170
(B) C,Cu,CHM-CHM,63
(B) C,Cyclic Voltammogram,CHM-CMT,70
(B) C,Cycling Performance,CHM-PRO,68
(B) C,Doped,CHM-DSC,34
(B) C,EDS,CHM-CMT,83
(B) C,EDX,CHM-CMT,60
(B) C,EIS,CHM-CMT,33
(B) C,Eis,CHM-CMT,34
(B) C,Electrochemical Performance,CHM-PRO,35
(B) C,Electrode,CHM-APL,137
(B) C,Electrodes,CHM-APL,139
(B) C,Elemental Mapping,CHM-CMT,64
(B) C,Equivalent Circuits,CHM-CMT,34
(B) C,F,CHM-CHM,45
(B) C,FESEM,CHM-CMT,74
(B) C,FT-IR,CHM-CMT,105
(B) C,FTIR,CHM-CMT,135
(B) C,Fe,CHM-CHM,85
(B) C,Film,CHM-DSC,90
(B) C,Films,CHM-DSC,65
(B) C,Graphene,CHM-CHM,86
(B) C,H2,CHM-CHM,45
(B) C,H2SO4,CHM-CHM,54
(B) C,HRTEM,CHM-CMT,244
(B) C,High Resolution TEM,CHM-CMT,32
(B) C,High Resolution XPS,CHM-CMT,72
(B) C,Hydrogen,CHM-CHM,41
(B) C,KOH,CHM-CHM,63
(B) C,Layers,CHM-DSC,51
(B) C,Li,CHM-CHM,31
(B) C,Methanol,CHM-CHM,31
(B) C,Mo,CHM-CHM,56
(B) C,Morphology,CHM-PRO,45
(B) C,N2,CHM-CHM,132
(B) C,N2 Adsorption Desorption Isotherms,CHM-CMT,51
(B) C,NaCl,CHM-CHM,33
(B) C,Nanocomposite,CHM-DSC,71
(B) C,Nanoparticles,CHM-DSC,60
(B) C,Nanosheets,CHM-DSC,36
(B) C,Ni,CHM-CHM,60
(B) C,Nitrogen,CHM-CHM,122
(B) C,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,32
(B) C,Nyquist Plot,CHM-CMT,138
(B) C,O,CHM-CHM,250
(B) C,O2,CHM-CHM,35
(B) C,Oxygen,CHM-CHM,74
(B) C,Particles,CHM-DSC,41
(B) C,Pd,CHM-CHM,33
(B) C,Polarization Curve,CHM-CMT,31
(B) C,Pore Size Distribution,CHM-PRO,72
(B) C,Powder,CHM-DSC,42
(B) C,Pt,CHM-CHM,84
(B) C,Pure,CHM-DSC,34
(B) C,Ragone Plot,CHM-CMT,35
(B) C,Raman,CHM-CMT,274
(B) C,Rate Performance,CHM-PRO,36
(B) C,SAED,CHM-CMT,87
(B) C,SEM,CHM-CMT,427
(B) C,Si,CHM-CHM,86
(B) C,SiO2,CHM-CHM,33
(B) C,Specific Capacitance,CHM-PRO,59
(B) C,Structure,CHM-PRO,50
(B) C,Substrate,CHM-DSC,92
(B) C,Surface,CHM-DSC,136
(B) C,Surfaces,CHM-DSC,46
(B) C,TEM,CHM-CMT,444
(B) C,TGA,CHM-CMT,39
(B) C,Tafel Plots,CHM-CMT,36
(B) C,Tga,CHM-CMT,37
(B) C,Thin Films,CHM-DSC,32
(B) C,Ti,CHM-CHM,51
(B) C,TiO2,CHM-CHM,51
(B) C,UV Vis Absorption,CHM-CMT,40
(B) C,X-Ray Diffraction,CHM-CMT,36
(B) C,XPS,CHM-CMT,572
(B) C,XRD,CHM-CMT,444
(B) C,Zn,CHM-CHM,49
(B) C,g-C3N4,CHM-CHM,30
(B) C 1s and (C) N,SEM,CHM-CMT,36
(B) C 1s and (C) N,TEM,CHM-CMT,46
(B) C 1s and (C) N,XPS,CHM-CMT,54
(B) C 1s and (C) N,XRD,CHM-CMT,38
"(B) C, (C) O",SEM,CHM-CMT,35
(B) CH4,CH4,CHM-CHM,36
(B) CH4,CO,CHM-CHM,31
(B) CH4,CO2,CHM-CHM,40
(B) CH4,H2,CHM-CHM,42
(B) CO,CO,CHM-CHM,32
(B) CO,H2,CHM-CHM,41
(B) CO2,CH4,CHM-CHM,78
(B) CO2,CO,CHM-CHM,62
(B) CO2,CO2,CHM-CHM,118
(B) CO2,Carbon,CHM-CHM,35
(B) CO2,Catalyst,CHM-APL,41
(B) CO2,H2,CHM-CHM,94
(B) CO2,N2,CHM-CHM,58
(B) CO2,SEM,CHM-CMT,36
(B) CO2,XRD,CHM-CMT,42
(B) Ethane,Methane,CHM-CHM,39
(B) Ethane,Propane,CHM-CHM,31
(B) Ethylene,Ethylene,CHM-CHM,32
(B) Glucose,Glucose,CHM-CHM,87
(B) H2O,H2O,CHM-CHM,42
(B) H2O2,H2O2,CHM-CHM,49
(B) Methane,CH4,CHM-CHM,32
(B) Methane,Hydrogen,CHM-CHM,31
(B) Methane,Methane,CHM-CHM,97
(B) Methanol,Methanol,CHM-CHM,55
(B) Nitrite,Nitrate,CHM-CHM,31
(B) Nitrogen,Carbon,CHM-CHM,31
(B) Nitrogen,Nitrogen,CHM-CHM,55
(B) Nitrogen,Oxygen,CHM-CHM,33
(B) O,Carbon,CHM-CHM,37
(B) O,Catalyst,CHM-APL,54
(B) O,EDS,CHM-CMT,37
(B) O,EDX,CHM-CMT,30
(B) O,Elemental Mapping,CHM-CMT,30
(B) O,FESEM,CHM-CMT,31
(B) O,FTIR,CHM-CMT,35
(B) O,Fe,CHM-CHM,43
(B) O,HRTEM,CHM-CMT,72
(B) O,N2,CHM-CHM,45
(B) O,O,CHM-CHM,109
(B) O,Oxygen,CHM-CHM,38
(B) O,Raman,CHM-CMT,43
(B) O,SEM,CHM-CMT,111
(B) O,Si,CHM-CHM,36
(B) O,Surface,CHM-DSC,68
(B) O,TEM,CHM-CMT,111
(B) O,Ti,CHM-CHM,49
(B) O,TiO2,CHM-CHM,37
(B) O,XPS,CHM-CMT,142
(B) O,XRD,CHM-CMT,130
(B) O,Zn,CHM-CHM,33
(B) O2,O2,CHM-CHM,39
(B) Phenol,Phenol,CHM-CHM,54
(B) Phosphate,Nitrate,CHM-CHM,34
(B) Phosphate,Phosphate,CHM-CHM,62
(B) Sucrose,Sucrose,CHM-CHM,34
(B) Toluene,Toluene,CHM-CHM,41
(B) g-C3N4,TEM,CHM-CMT,53
(B) g-C3N4,XPS,CHM-CMT,30
(B) g-C3N4,XRD,CHM-CMT,45
(B) g-C3N4,g-C3N4,CHM-CHM,58
(BA)2(MA)3Pb4I13,2D,CHM-DSC,33
(BA)2(MA)3Pb4I13,Films,CHM-DSC,30
(BA)2(MA)3Pb4I13,Perovskites,CHM-CHM,33
(BA)2(MA)3Pb4I13,Perovskites,CHM-SPL,34
(BOC)2O,CH2Cl2,CHM-CHM,34
(BOC)2O,DMF,CHM-CHM,36
(BOC)2O,MeOH,CHM-CHM,32
(BOC)2O,THF,CHM-CHM,43
"(Ba,Sr)2SiO4",Eu2+,CHM-CHM,32
"(Ba,Sr)2SiO4",Phosphors,CHM-APL,31
"(Ba,Sr)TiO3",BST,CHM-CHM,30
"(Ba,Sr)TiO3",Substrate,CHM-DSC,30
"(Ba,Sr)TiO3",Thin Films,CHM-DSC,31
(Bi0.5Na0.5)TiO3,BNT,CHM-CHM,55
(Bi0.5Na0.5)TiO3,Ceramic,CHM-DSC,87
(Bi0.5Na0.5)TiO3,Ferroelectric,CHM-PRO,40
(Bi0.5Na0.5)TiO3,Lead Free,CHM-PRO,43
(Bi0.5Na0.5)TiO3,Perovskites,CHM-CHM,51
(Bi0.5Na0.5)TiO3,Perovskites,CHM-SPL,50
(Bi0.5Na0.5)TiO3,Piezoelectric,CHM-PRO,34
(Bi0.5Na0.5)TiO3,Piezoelectric Property,CHM-PRO,33
(Bi0.5Na0.5)TiO3,Sintering,CHM-SMT,30
(Bi0.5Na0.5)TiO3,Solid Solution,CHM-DSC,39
(Bi0.5Na0.5)TiO3,X-Ray Diffraction,CHM-CMT,38
(Bi2O2)2+,Layers,CHM-DSC,52
(Bi2O2)2+,Perovskites,CHM-SPL,30
(BiO)2CO3,As Prepared,CHM-DSC,36
(BiO)2CO3,HRTEM,CHM-CMT,40
(BiO)2CO3,NO,CHM-CHM,34
(BiO)2CO3,Photo Catalytic Activity,CHM-PRO,48
(BiO)2CO3,SEM,CHM-CMT,66
(BiO)2CO3,TEM,CHM-CMT,57
(BiO)2CO3,XPS,CHM-CMT,38
(BiO)2CO3,XRD,CHM-CMT,68
(C) 1H,(B) 1H,CHM-CHM,80
(C) 1H,(D) 1H,CHM-CHM,48
(C) 1H,13C,CHM-CHM,30
(C) 1H,13C NMR,CHM-CMT,53
(C) 1H,1H,CHM-CHM,209
(C) 1H,1H NMR,CHM-CMT,392
(C) 1H,1H-NMR,CHM-CMT,33
(C) 1H,AFM,CHM-CMT,30
(C) 1H,CDCl3,CHM-CHM,79
(C) 1H,Carbon,CHM-CHM,33
(C) 1H,Cell Viability,CHM-PRO,37
(C) 1H,Cells,CHM-DSC,51
(C) 1H,Chemical Structures,CHM-PRO,42
(C) 1H,Cytotoxicity,CHM-PRO,32
(C) 1H,D2O,CHM-CHM,73
(C) 1H,DLS,CHM-CMT,43
(C) 1H,DMSO,CHM-CHM,48
(C) 1H,DSC,CHM-CMT,37
(C) 1H,FT-IR,CHM-CMT,66
(C) 1H,FTIR,CHM-CMT,102
(C) 1H,Film,CHM-DSC,37
(C) 1H,Films,CHM-DSC,31
(C) 1H,Fluorescence,CHM-CMT,44
(C) 1H,Hydrogen,CHM-CHM,47
(C) 1H,Irradiation,CHM-SMT,31
(C) 1H,NMR,CHM-CMT,89
(C) 1H,Nanoparticles,CHM-DSC,41
(C) 1H,SEM,CHM-CMT,88
(C) 1H,Structure,CHM-PRO,45
(C) 1H,Surface,CHM-DSC,54
(C) 1H,TEM,CHM-CMT,133
(C) 1H,THF,CHM-CHM,31
(C) 1H,Tga,CHM-CMT,33
(C) 1H,UV Vis Absorption,CHM-CMT,32
(C) 1H,XPS,CHM-CMT,41
(C) 1H,XRD,CHM-CMT,56
(C) 1H,Zeta Potential,CHM-PRO,34
(C) Acetone,Acetone,CHM-CHM,65
(C) Acetone,Ethanol,CHM-CHM,60
(C) Acetone,Methanol,CHM-CHM,36
(C) Acetone,SEM,CHM-CMT,48
(C) Acetone,Toluene,CHM-CHM,30
(C) C 1s and (D) N,SEM,CHM-CMT,44
(C) C 1s and (D) N,TEM,CHM-CMT,48
(C) C 1s and (D) N,XPS,CHM-CMT,41
(C) C 1s and (D) N,XRD,CHM-CMT,36
(C) Methane,Methane,CHM-CHM,37
(C) O,Catalyst,CHM-APL,55
(C) O,FT-IR,CHM-CMT,35
(C) O,FTIR,CHM-CMT,33
(C) O,HRTEM,CHM-CMT,42
(C) O,N2,CHM-CHM,33
(C) O,O,CHM-CHM,52
(C) O,Oxygen,CHM-CHM,32
(C) O,Raman,CHM-CMT,35
(C) O,SEM,CHM-CMT,96
(C) O,Surface,CHM-DSC,32
(C) O,TEM,CHM-CMT,98
(C) O,Ti,CHM-CHM,33
(C) O,XPS,CHM-CMT,131
(C) O,XRD,CHM-CMT,103
(CD3)2CO,1H,CHM-CHM,69
(CD3)2CO,1H NMR,CHM-CMT,63
(CD3)2SO,1H,CHM-CHM,76
(CD3)2SO,1H NMR,CHM-CMT,69
(CF3CO)2O,Ac2O,CHM-CHM,44
(CF3CO)2O,AcOH,CHM-CHM,68
(CF3CO)2O,Acetone,CHM-CHM,41
(CF3CO)2O,CH2Cl2,CHM-CHM,149
(CF3CO)2O,CH3CN,CHM-CHM,60
(CF3CO)2O,CHCl3,CHM-CHM,41
(CF3CO)2O,DMAP,CHM-CHM,50
(CF3CO)2O,DMF,CHM-CHM,129
(CF3CO)2O,DMSO,CHM-CHM,58
(CF3CO)2O,Dioxane,CHM-CHM,47
(CF3CO)2O,Et2O,CHM-CHM,38
(CF3CO)2O,Et3N,CHM-CHM,102
(CF3CO)2O,H2,CHM-CHM,79
(CF3CO)2O,H2O,CHM-CHM,112
(CF3CO)2O,H2O2,CHM-CHM,41
(CF3CO)2O,H2SO4,CHM-CHM,41
(CF3CO)2O,HCl,CHM-CHM,85
(CF3CO)2O,K2CO3,CHM-CHM,84
(CF3CO)2O,KOH,CHM-CHM,37
(CF3CO)2O,LiAlH4,CHM-CHM,35
(CF3CO)2O,M-CPBA,CHM-CHM,40
(CF3CO)2O,MeCN,CHM-CHM,34
(CF3CO)2O,MeI,CHM-CHM,33
(CF3CO)2O,MeOH,CHM-CHM,138
(CF3CO)2O,NH3,CHM-CHM,32
(CF3CO)2O,Na2CO3,CHM-CHM,34
(CF3CO)2O,NaBH4,CHM-CHM,54
(CF3CO)2O,NaH,CHM-CHM,55
(CF3CO)2O,NaHCO3,CHM-CHM,48
(CF3CO)2O,NaN3,CHM-CHM,31
(CF3CO)2O,NaOH,CHM-CHM,85
(CF3CO)2O,PPh3,CHM-CHM,35
(CF3CO)2O,Pd,CHM-CHM,32
(CF3CO)2O,Pd/C,CHM-CHM,43
(CF3CO)2O,Pyridine,CHM-CHM,78
(CF3CO)2O,TBAF,CHM-CHM,30
(CF3CO)2O,TFA,CHM-CHM,37
(CF3CO)2O,THF,CHM-CHM,168
(CF3CO)2O,Toluene,CHM-CHM,71
(CF3SO2)2O,CH2Cl2,CHM-CHM,47
(CF3SO2)2O,DMF,CHM-CHM,43
(CF3SO2)2O,H2O,CHM-CHM,36
(CF3SO2)2O,Pyridine,CHM-CHM,39
(CF3SO2)2O,THF,CHM-CHM,46
(CH2)5CO,DTBB,CHM-CHM,32
(CH2)5CO,Et2CO,CHM-CHM,33
(CH2)5CO,Lithium,CHM-CHM,31
(CH2)5CO,PhCHO,CHM-CHM,30
(CH2)5CO,THF,CHM-CHM,39
(CH2Cl)2,CH2Cl2,CHM-CHM,67
(CH2Cl)2,DMF,CHM-CHM,51
(CH2Cl)2,Et3N,CHM-CHM,35
(CH2Cl)2,H2,CHM-CHM,35
(CH2Cl)2,H2O,CHM-CHM,41
(CH2Cl)2,K2CO3,CHM-CHM,39
(CH2Cl)2,MeOH,CHM-CHM,57
(CH2Cl)2,Pyridine,CHM-CHM,37
(CH2Cl)2,THF,CHM-CHM,63
(CH2Cl)2,Toluene,CHM-CHM,35
(CH2O)n,AcOH,CHM-CHM,34
(CH2O)n,CH2Cl2,CHM-CHM,83
(CH2O)n,DMF,CHM-CHM,61
(CH2O)n,DMSO,CHM-CHM,38
(CH2O)n,Et3N,CHM-CHM,51
(CH2O)n,H2,CHM-CHM,56
(CH2O)n,H2O,CHM-CHM,57
(CH2O)n,HCl,CHM-CHM,41
(CH2O)n,K2CO3,CHM-CHM,56
(CH2O)n,MeOH,CHM-CHM,69
(CH2O)n,NaBH4,CHM-CHM,35
(CH2O)n,NaH,CHM-CHM,37
(CH2O)n,NaOH,CHM-CHM,30
(CH2O)n,Pd/C,CHM-CHM,36
(CH2O)n,Pyridine,CHM-CHM,31
(CH2O)n,TFA,CHM-CHM,30
(CH2O)n,THF,CHM-CHM,87
(CH2O)n,Toluene,CHM-CHM,47
(CH2OH)2,Acetone,CHM-CHM,34
(CH2OH)2,CH2Cl2,CHM-CHM,55
(CH2OH)2,DMF,CHM-CHM,40
(CH2OH)2,Et2O,CHM-CHM,37
(CH2OH)2,Et3N,CHM-CHM,36
(CH2OH)2,H2,CHM-CHM,30
(CH2OH)2,H2O,CHM-CHM,45
(CH2OH)2,HCl,CHM-CHM,34
(CH2OH)2,K2CO3,CHM-CHM,33
(CH2OH)2,MeOH,CHM-CHM,50
(CH2OH)2,NaBH4,CHM-CHM,33
(CH2OH)2,NaH,CHM-CHM,33
(CH2OH)2,NaOH,CHM-CHM,33
(CH2OH)2,THF,CHM-CHM,63
(CH3)2CO,Acetone,CHM-CHM,35
(CH3)2CO,CH2Cl2,CHM-CHM,34
(CH3)2CO,CH3CN,CHM-CHM,34
(CH3)2CO,H2O,CHM-CHM,52
(CH3)2CO,Hydrogen,CHM-CHM,32
(CH3)2SO4,Acetone,CHM-CHM,33
(CH3)2SO4,CH2Cl2,CHM-CHM,33
(CH3)2SO4,DMF,CHM-CHM,42
(CH3)2SO4,H2O,CHM-CHM,36
(CH3)2SO4,K2CO3,CHM-CHM,45
(CH3)2SO4,NaOH,CHM-CHM,33
(CH3)2SO4,THF,CHM-CHM,42
(CH3CO)2O,CH2Cl2,CHM-CHM,55
(CH3CO)2O,DMAP,CHM-CHM,30
(CH3CO)2O,DMF,CHM-CHM,51
(CH3CO)2O,Et3N,CHM-CHM,34
(CH3CO)2O,H2O,CHM-CHM,47
(CH3CO)2O,HCl,CHM-CHM,32
(CH3CO)2O,K2CO3,CHM-CHM,40
(CH3CO)2O,MeOH,CHM-CHM,44
(CH3CO)2O,NaOH,CHM-CHM,39
(CH3CO)2O,Pyridine,CHM-CHM,31
(CH3CO)2O,THF,CHM-CHM,50
(CN)64,Fe,CHM-CHM,36
(CN63/-4),Fe,CHM-CHM,34
(COCl)2,"1,2-Dichloroethane",CHM-CHM,36
(COCl)2,"1,4-Dioxane",CHM-CHM,88
(COCl)2,18-Crown-6,CHM-CHM,36
(COCl)2,1H,CHM-CHM,69
(COCl)2,1H NMR,CHM-CMT,51
(COCl)2,"2,2 Dimethoxypropane",CHM-CHM,60
(COCl)2,"2,2-DMP",CHM-CHM,37
(COCl)2,"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CHM-CHM,37
(COCl)2,"2,4,6-Trichlorobenzoyl Chloride",CHM-CHM,52
(COCl)2,"2,6-Lutidine",CHM-CHM,211
(COCl)2,2-Methyl-2-Butene,CHM-CHM,88
(COCl)2,25C,CHM-CHM,56
(COCl)2,9-BBN,CHM-CHM,35
(COCl)2,AIBN,CHM-CHM,98
(COCl)2,Ac2O,CHM-CHM,286
(COCl)2,AcCl,CHM-CHM,47
(COCl)2,AcOEt,CHM-CHM,44
(COCl)2,AcOH,CHM-CHM,361
(COCl)2,Acetone,CHM-CHM,320
(COCl)2,AgNO3,CHM-CHM,41
(COCl)2,AlCl3,CHM-CHM,80
(COCl)2,AlMe3,CHM-CHM,30
(COCl)2,Alcohols,CHM-CHM,31
(COCl)2,Aldehyde,CHM-CHM,85
(COCl)2,Allyl Bromide,CHM-CHM,51
(COCl)2,Amides,CHM-CHM,37
(COCl)2,Amines,CHM-CHM,52
(COCl)2,BBr3,CHM-CHM,49
(COCl)2,BF3,CHM-CHM,55
(COCl)2,BF3·Et2O,CHM-CHM,47
(COCl)2,BF3–OEt2,CHM-CHM,104
(COCl)2,BH3·THF,CHM-CHM,32
(COCl)2,Benzenes,CHM-CHM,212
(COCl)2,Benzyl,CHM-CHM,61
(COCl)2,BnBr,CHM-CHM,202
(COCl)2,BnOH,CHM-CHM,30
(COCl)2,Boc,CHM-CHM,35
(COCl)2,Boc2O,CHM-CHM,99
(COCl)2,Br2,CHM-CHM,56
(COCl)2,Bu3SnH,CHM-CHM,67
(COCl)2,BuLi,CHM-CHM,60
(COCl)2,BzCl,CHM-CHM,54
(COCl)2,C6H6,CHM-CHM,65
(COCl)2,CBr4,CHM-CHM,89
(COCl)2,CCl4,CHM-CHM,98
(COCl)2,CDCl3,CHM-CHM,38
(COCl)2,CF3CO2H,CHM-CHM,30
(COCl)2,CH2Cl2,CHM-CHM,1119
(COCl)2,"CH2Cl2, 20C",CHM-CHM,42
(COCl)2,"CH2Cl2, 78C",CHM-CHM,238
(COCl)2,CH2N2,CHM-CHM,94
(COCl)2,CH3CN,CHM-CHM,281
(COCl)2,CH3I,CHM-CHM,49
(COCl)2,CH3OH,CHM-CHM,66
(COCl)2,CHCl3,CHM-CHM,182
(COCl)2,CO,CHM-CHM,54
(COCl)2,CO2,CHM-CHM,30
(COCl)2,CS2,CHM-CHM,33
(COCl)2,CSA,CHM-CHM,40
(COCl)2,Carbon,CHM-CHM,40
(COCl)2,CeCl3,CHM-CHM,36
(COCl)2,CeCl3·7H2O,CHM-CHM,35
(COCl)2,Chemical Structures,CHM-PRO,55
(COCl)2,Cl,CHM-CHM,41
(COCl)2,ClCH2CH2Cl,CHM-CHM,32
(COCl)2,CrCl2,CHM-CHM,49
(COCl)2,Crystal Structure,CHM-PRO,32
(COCl)2,Cs2CO3,CHM-CHM,118
(COCl)2,CuCl,CHM-CHM,30
(COCl)2,CuI,CHM-CHM,169
(COCl)2,DBU,CHM-CHM,124
(COCl)2,DCC,CHM-CHM,51
(COCl)2,DCM,CHM-CHM,146
(COCl)2,DDQ,CHM-CHM,116
(COCl)2,DIBAL,CHM-CHM,85
(COCl)2,DIBAL-H,CHM-CHM,232
(COCl)2,DIBAL-H,CHM-SMT,30
(COCl)2,DIBAL-H=Diisobutylaluminum Hydride,CHM-CHM,37
(COCl)2,DIEA,CHM-CHM,38
(COCl)2,DIPEA,CHM-CHM,142
(COCl)2,DMA,CHM-CHM,33
(COCl)2,DMAP,CHM-CHM,482
(COCl)2,DME,CHM-CHM,94
(COCl)2,DMF,CHM-CHM,911
(COCl)2,DMP,CHM-CHM,94
(COCl)2,DMSO,CHM-CHM,877
(COCl)2,DMSO = Dimethyl Sulfoxide,CHM-CHM,74
(COCl)2,Dess-Martin Periodinane,CHM-SMT,150
(COCl)2,Dimethylsulfoxide,CHM-CHM,39
(COCl)2,Dioxane,CHM-CHM,193
(COCl)2,EDCI,CHM-CHM,72
(COCl)2,Et2O,CHM-CHM,378
(COCl)2,"Et2O,78C",CHM-CHM,58
(COCl)2,Et3N,CHM-CHM,896
(COCl)2,Et3SiH,CHM-CHM,53
(COCl)2,EtMgBr,CHM-CHM,38
(COCl)2,EtOAc,CHM-CHM,257
(COCl)2,Ethanol,CHM-CHM,42
(COCl)2,Ethers,CHM-CHM,61
(COCl)2,Ethylene Glycol,CHM-CHM,41
(COCl)2,H+,CHM-CHM,34
(COCl)2,H2,CHM-CHM,603
(COCl)2,H2O,CHM-CHM,799
(COCl)2,H2O2,CHM-CHM,242
(COCl)2,H2SO4,CHM-CHM,178
(COCl)2,HCHO,CHM-CHM,36
(COCl)2,HCO2H,CHM-CHM,47
(COCl)2,HCl,CHM-CHM,455
(COCl)2,HMDS,CHM-CHM,38
(COCl)2,HMPA,CHM-CHM,120
(COCl)2,HOAc,CHM-CHM,69
(COCl)2,HOBt,CHM-CHM,84
(COCl)2,Hexane,CHM-CHM,77
(COCl)2,Hydrogen,CHM-CHM,99
(COCl)2,Imidazole,CHM-CHM,351
(COCl)2,K2CO3,CHM-CHM,569
(COCl)2,K3PO4,CHM-CHM,35
(COCl)2,KCN,CHM-CHM,31
(COCl)2,KOH,CHM-CHM,206
(COCl)2,KOtBu,CHM-CHM,50
(COCl)2,L-Selectride,CHM-CHM,30
(COCl)2,LAH,CHM-CHM,65
(COCl)2,LDA,CHM-CHM,67
(COCl)2,Li,CHM-CHM,49
(COCl)2,LiAlH4,CHM-CHM,271
(COCl)2,LiBH4,CHM-CHM,97
(COCl)2,LiBr,CHM-CHM,40
(COCl)2,LiCl,CHM-CHM,98
(COCl)2,LiOH,CHM-CHM,216
(COCl)2,LiOH·H2O,CHM-CHM,32
(COCl)2,Lithium Diisopropylamide,CHM-CHM,56
(COCl)2,M-CPBA,CHM-CHM,148
(COCl)2,MOM-Cl,CHM-CHM,50
(COCl)2,Me2CO,CHM-CHM,31
(COCl)2,Me2S,CHM-CHM,68
(COCl)2,Me2SO4,CHM-CHM,37
(COCl)2,MeCN,CHM-CHM,273
(COCl)2,MeI,CHM-CHM,200
(COCl)2,MeLi,CHM-CHM,62
(COCl)2,MeMgBr,CHM-CHM,42
(COCl)2,MeOH,CHM-CHM,1005
(COCl)2,"MeOH,78C",CHM-CHM,34
(COCl)2,MeSO2NH2,CHM-CHM,34
(COCl)2,Methanol,CHM-CHM,41
(COCl)2,Mg,CHM-CHM,49
(COCl)2,MnO2,CHM-CHM,68
(COCl)2,MsCl,CHM-CHM,152
(COCl)2,N NaOH,CHM-CHM,32
(COCl)2,"N,N-Dimethylformamide",CHM-CHM,78
(COCl)2,N2,CHM-CHM,30
(COCl)2,NEt3,CHM-CHM,182
(COCl)2,NH3,CHM-CHM,122
(COCl)2,NH4Cl,CHM-CHM,87
(COCl)2,NH4OH,CHM-CHM,38
(COCl)2,NHCl,CHM-CHM,63
(COCl)2,NMO,CHM-CHM,67
(COCl)2,NMP,CHM-CHM,55
(COCl)2,Na,CHM-CHM,70
(COCl)2,Na2CO3,CHM-CHM,118
(COCl)2,NaBH(OAc)3,CHM-CHM,53
(COCl)2,NaBH3CN,CHM-CHM,54
(COCl)2,NaBH4,CHM-CHM,406
(COCl)2,NaCN,CHM-CHM,46
(COCl)2,NaClO2,CHM-CHM,155
(COCl)2,NaH,CHM-CHM,522
(COCl)2,NaH2PO4,CHM-CHM,112
(COCl)2,NaHCO3,CHM-CHM,278
(COCl)2,NaHMDS,CHM-CHM,58
(COCl)2,NaI,CHM-CHM,100
(COCl)2,NaIO4,CHM-CHM,151
(COCl)2,NaN3,CHM-CHM,111
(COCl)2,NaNO2,CHM-CHM,48
(COCl)2,NaOAc,CHM-CHM,65
(COCl)2,NaOEt,CHM-CHM,36
(COCl)2,NaOH,CHM-CHM,429
(COCl)2,NaOMe,CHM-CHM,106
(COCl)2,Ni,CHM-CHM,42
(COCl)2,O2,CHM-CHM,68
(COCl)2,O3,CHM-CHM,140
(COCl)2,OsO4,CHM-CHM,127
(COCl)2,P-TsOH,CHM-CHM,97
(COCl)2,PIV-CL,CHM-CHM,54
(COCl)2,PMB,CHM-CHM,42
(COCl)2,POCl3,CHM-CHM,75
(COCl)2,PPTS,CHM-CHM,52
(COCl)2,PPh3,CHM-CHM,276
(COCl)2,PTSA,CHM-CHM,58
(COCl)2,Pd,CHM-CHM,191
(COCl)2,Pd (OH)2,CHM-CHM,105
(COCl)2,Pd(OAc)2,CHM-CHM,124
(COCl)2,Pd(PPh3)4,CHM-CHM,162
(COCl)2,Pd/C,CHM-CHM,295
(COCl)2,PdCl2,CHM-CHM,30
(COCl)2,PdCl2(PPh3)2,CHM-CHM,40
(COCl)2,Pd–C,CHM-CHM,63
(COCl)2,Ph3P,CHM-CHM,156
(COCl)2,Ph3PCHCO2Et,CHM-CHM,32
(COCl)2,PhMe,CHM-CHM,71
(COCl)2,Phosphate,CHM-CHM,50
(COCl)2,Piperidine,CHM-CHM,55
(COCl)2,PtO2,CHM-CHM,44
(COCl)2,Pyridine,CHM-CHM,441
(COCl)2,Pyridinium P-Toluenesulfonate,CHM-CHM,33
(COCl)2,Pyrrolidine,CHM-CHM,38
(COCl)2,Quinoline,CHM-CHM,30
(COCl)2,Red-Al,CHM-CHM,30
(COCl)2,RuCl3,CHM-CHM,30
(COCl)2,SOCl2,CHM-CHM,141
(COCl)2,Silica Gel,CHM-CHM,32
(COCl)2,SmI2,CHM-CHM,41
(COCl)2,Structure,CHM-PRO,75
(COCl)2,T-BuOH,CHM-CHM,107
(COCl)2,TBAF,CHM-CHM,391
(COCl)2,TBDMSCl,CHM-CHM,68
(COCl)2,TBDPS,CHM-CHM,42
(COCl)2,TBDPS-Cl,CHM-CHM,136
(COCl)2,TBHP,CHM-CHM,50
(COCl)2,TBS,CHM-CHM,110
(COCl)2,TBSCl,CHM-CHM,216
(COCl)2,TBSOTf,CHM-CHM,142
(COCl)2,TEA,CHM-CHM,118
(COCl)2,TEMPO,CHM-CHM,55
(COCl)2,TES,CHM-CHM,53
(COCl)2,TESCl,CHM-CHM,50
(COCl)2,TFA,CHM-CHM,310
(COCl)2,TFA = Trifluoroacetic Acid,CHM-CHM,43
(COCl)2,THF,CHM-CHM,1207
(COCl)2,"THF,78C",CHM-CHM,136
(COCl)2,THF–H2O,CHM-CHM,32
(COCl)2,TIPS,CHM-CHM,30
(COCl)2,TMEDA,CHM-CHM,43
(COCl)2,TMS,CHM-CHM,67
(COCl)2,TMSCHN2,CHM-CHM,34
(COCl)2,TMSCl,CHM-CHM,106
(COCl)2,TMSOTf,CHM-CHM,43
(COCl)2,TPAP,CHM-CHM,35
(COCl)2,TPP,CHM-CHM,30
(COCl)2,Tert Butyldiphenylsilyl,CHM-CHM,42
(COCl)2,Tert-Butyldimethylsilyl,CHM-CHM,104
(COCl)2,Tertbutoxycarbonyl,CHM-CHM,31
(COCl)2,Tetra-N-Butylammonium Fluoride,CHM-CHM,39
(COCl)2,Tetrabutylammonium Fluoride,CHM-CHM,44
(COCl)2,Tetrahydrofuran,CHM-CHM,51
(COCl)2,Tf2O,CHM-CHM,72
(COCl)2,TfOH,CHM-CHM,36
(COCl)2,Ti(OiPr)4,CHM-CHM,88
(COCl)2,TiCl4,CHM-CHM,62
(COCl)2,Toluene,CHM-CHM,559
(COCl)2,"Toluene, 78C",CHM-CHM,47
(COCl)2,Triethylsilyl,CHM-CHM,53
(COCl)2,Trifluoromethanesulfonyl,CHM-CHM,58
(COCl)2,Trimethylsilyl,CHM-CHM,66
(COCl)2,TsCl,CHM-CHM,99
(COCl)2,TsOH,CHM-CHM,90
(COCl)2,Vinyl Magnesium Bromide,CHM-CHM,41
(COCl)2,X-Ray Crystal Structure,CHM-CMT,32
(COCl)2,Xylene,CHM-CHM,31
(COCl)2,Zn,CHM-CHM,127
(COCl)2,ZnCl2,CHM-CHM,51
(COCl)2,i-PrOH,CHM-CHM,61
(COCl)2,iPr2NEt,CHM-CHM,64
(COCl)2,n-BuLi,CHM-CHM,158
(COCl)2,tBuOH,CHM-CHM,135
(COCl)2,tBuOOH,CHM-CHM,34
(ClO4)2,1H,CHM-CHM,37
(ClO4)2,Acetonitrile,CHM-CHM,33
(ClO4)2,ClO4,CHM-CHM,73
(ClO4)2,Crystal Structure,CHM-PRO,41
(ClO4)2,Cu,CHM-CHM,31
(ClO4)2,G,CHM-PRO,30
(ClO4)2,Hydrogen,CHM-CHM,33
(ClO4)2,Monoclinic,CHM-SPL,40
(ClO4)2,X-Ray Crystallography,CHM-CMT,37
"(Cu,Ni)6Sn5",Cu,CHM-CHM,30
(D) 1H,(B) 1H,CHM-CHM,43
(D) 1H,(C) 1H,CHM-CHM,48
(D) 1H,1H,CHM-CHM,78
(D) 1H,1H NMR,CHM-CMT,139
(D) 1H,CDCl3,CHM-CHM,42
(D) 1H,D2O,CHM-CHM,40
(D) 1H,NMR,CHM-CMT,88
(D) 1H,SEM,CHM-CMT,39
(D) 1H,TEM,CHM-CMT,59
(D) 1H,XRD,CHM-CMT,30
(D) Acetone,Ethanol,CHM-CHM,37
(DHQ)2PHAL,CH2Cl2,CHM-CHM,31
(DHQ)2PHAL,K2CO3,CHM-CHM,33
(DHQ)2PHAL,MeOH,CHM-CHM,30
(DHQ)2PHAL,THF,CHM-CHM,35
(DHQD)2PHAL,CH2Cl2,CHM-CHM,44
(DHQD)2PHAL,DMAP,CHM-CHM,30
(DHQD)2PHAL,DMF,CHM-CHM,32
(DHQD)2PHAL,Et3N,CHM-CHM,30
(DHQD)2PHAL,H2O,CHM-CHM,38
(DHQD)2PHAL,K2CO3,CHM-CHM,42
(DHQD)2PHAL,MeOH,CHM-CHM,36
(DHQD)2PHAL,THF,CHM-CHM,47
(EtO)2P(O)CH2CO2Et,CH2Cl2,CHM-CHM,66
(EtO)2P(O)CH2CO2Et,DMAP,CHM-CHM,35
(EtO)2P(O)CH2CO2Et,DMF,CHM-CHM,56
(EtO)2P(O)CH2CO2Et,DMSO,CHM-CHM,36
(EtO)2P(O)CH2CO2Et,Et2O,CHM-CHM,32
(EtO)2P(O)CH2CO2Et,Et3N,CHM-CHM,50
(EtO)2P(O)CH2CO2Et,H2,CHM-CHM,41
(EtO)2P(O)CH2CO2Et,H2O,CHM-CHM,48
(EtO)2P(O)CH2CO2Et,Imidazole,CHM-CHM,35
(EtO)2P(O)CH2CO2Et,K2CO3,CHM-CHM,40
(EtO)2P(O)CH2CO2Et,LiAlH4,CHM-CHM,32
(EtO)2P(O)CH2CO2Et,MeOH,CHM-CHM,66
(EtO)2P(O)CH2CO2Et,NaH,CHM-CHM,64
(EtO)2P(O)CH2CO2Et,NaOH,CHM-CHM,30
(EtO)2P(O)CH2CO2Et,PPh3,CHM-CHM,31
(EtO)2P(O)CH2CO2Et,TBAF,CHM-CHM,39
(EtO)2P(O)CH2CO2Et,THF,CHM-CHM,77
(EtO)2POCH2CO2Et,CH2Cl2,CHM-CHM,30
(EtO)2POCH2CO2Et,THF,CHM-CHM,35
"(Ga,Mn)As",Curie Temperature,CHM-PRO,48
"(Ga,Mn)As",Ferromagnetic,CHM-PRO,87
"(Ga,Mn)As",Ferromagnetic Semiconductor,CHM-PRO,51
"(Ga,Mn)As",Film,CHM-DSC,30
"(Ga,Mn)As",Films,CHM-DSC,44
"(Ga,Mn)As",GaAs,CHM-CHM,78
"(Ga,Mn)As",Layers,CHM-DSC,82
"(Ga,Mn)As",Magnetic Properties,CHM-PRO,33
"(Ga,Mn)As",Magnetization,CHM-PRO,74
"(Ga,Mn)As",Mn,CHM-CHM,118
"(Ga,Mn)N",Mn,CHM-CHM,35
(H2O)2,Cluster,CHM-DSC,54
(H2O)2,H2O,CHM-CHM,113
(H2O)2,Hydrogen,CHM-CHM,77
(H2O)2,MP2,CHM-CMT,31
(H2O)2,OH,CHM-CHM,54
(H2O)2,Structures,CHM-PRO,35
(H2O)n,Cluster,CHM-DSC,147
(H2O)n,H2O,CHM-CHM,67
(H2O)n,Hydrogen,CHM-CHM,86
(H2O)n,MP2,CHM-CMT,32
(H2O)n,OH,CHM-CHM,49
(H2O)n,Structures,CHM-PRO,33
"(In,Ga)As",GaAs,CHM-CHM,58
"(In,Ga)As",Quantum Dots,CHM-DSC,46
"(K,Na)NbO3",Ceramic,CHM-DSC,52
"(K,Na)NbO3",Compositions,CHM-PRO,30
"(K,Na)NbO3",Piezoelectric Property,CHM-PRO,32
(K0.5Na0.5)NbO3,Ceramic,CHM-DSC,53
(K0.5Na0.5)NbO3,KNN,CHM-CHM,37
"(La,Sr)MnO3",Oxygen,CHM-CHM,35
(La/Yb)N,K2O,PRO-CHM,32
(La/Yb)N,La,PRO-CHM,48
(La/Yb)N,Na2O,PRO-CHM,31
(La/Yb)N,SiO2,PRO-CHM,36
(La/Yb)N,Sr,PRO-CHM,38
(Liquid + Liquid) Equilibrium,Lle,PRO-PRO,66
"(Mg,Fe)2SiO4",Olivines,CHM-CHM,37
"(Mg,Fe)2SiO4",Olivines,CHM-SPL,30
"(Mg,Fe)SiO3 Perovskite",Perovskites,CHM-SPL,33
(NH4)2CO3,Ammonium Carbonate,CHM-CHM,41
(NH4)2CO3,CO2,CHM-CHM,43
(NH4)2CO3,CaCO3,CHM-CHM,35
(NH4)2CO3,Calcination,CHM-SMT,36
(NH4)2CO3,Calcite,CHM-CHM,30
(NH4)2CO3,Carbonates,CHM-CHM,30
(NH4)2CO3,Catalyst,CHM-APL,47
(NH4)2CO3,H2,CHM-CHM,32
(NH4)2CO3,H2O,CHM-CHM,45
(NH4)2CO3,HCl,CHM-CHM,41
(NH4)2CO3,K2CO3,CHM-CHM,31
(NH4)2CO3,MeOH,CHM-CHM,37
(NH4)2CO3,Morphology,CHM-PRO,31
(NH4)2CO3,NH3,CHM-CHM,44
(NH4)2CO3,Na2CO3,CHM-CHM,49
(NH4)2CO3,NaOH,CHM-CHM,43
(NH4)2CO3,SEM,CHM-CMT,83
(NH4)2CO3,Surface,CHM-DSC,31
(NH4)2CO3,TEM,CHM-CMT,50
(NH4)2CO3,THF,CHM-CHM,38
(NH4)2CO3,X-Ray Diffraction,CHM-CMT,37
(NH4)2CO3,XRD,CHM-CMT,94
(NH4)2Ce(NO3)6,CH2Cl2,CHM-CHM,40
(NH4)2Ce(NO3)6,CeO2,CHM-CHM,31
(NH4)2Ce(NO3)6,H2O,CHM-CHM,39
(NH4)2Ce(NO3)6,THF,CHM-CHM,32
(NH4)2HPO4,Crystal,CHM-DSC,38
(NH4)2HPO4,FTIR,CHM-CMT,34
(NH4)2HPO4,Hydroxyapatite,CHM-CHM,53
(NH4)2HPO4,Morphology,CHM-PRO,42
(NH4)2HPO4,Particles,CHM-DSC,33
(NH4)2HPO4,Phosphate,CHM-CHM,55
(NH4)2HPO4,Powder,CHM-DSC,32
(NH4)2HPO4,SEM,CHM-CMT,90
(NH4)2HPO4,Surface,CHM-DSC,49
(NH4)2HPO4,TEM,CHM-CMT,50
(NH4)2HPO4,X-Ray Diffraction,CHM-CMT,66
(NH4)2HPO4,XRD,CHM-CMT,114
(NH4)2MoS4,Mo,CHM-CHM,42
(NH4)2MoS4,MoS2,CHM-CHM,49
(NH4)2MoS4,SEM,CHM-CMT,30
(NH4)2MoS4,TEM,CHM-CMT,35
(NH4)2MoS4,XRD,CHM-CMT,31
(NH4)2S2O8,Ammonium Persulfate,CHM-CHM,46
(NH4)2S2O8,Anilines,CHM-CHM,54
(NH4)2S2O8,Carbon,CHM-CHM,62
(NH4)2S2O8,Catalyst,CHM-APL,37
(NH4)2S2O8,Composite,CHM-DSC,42
(NH4)2S2O8,FT-IR,CHM-CMT,33
(NH4)2S2O8,FTIR,CHM-CMT,37
(NH4)2S2O8,Film,CHM-DSC,32
(NH4)2S2O8,H2O,CHM-CHM,32
(NH4)2S2O8,H2O2,CHM-CHM,58
(NH4)2S2O8,H2SO4,CHM-CHM,49
(NH4)2S2O8,HCl,CHM-CHM,54
(NH4)2S2O8,HNO3,CHM-CHM,36
(NH4)2S2O8,Morphology,CHM-PRO,32
(NH4)2S2O8,NaOH,CHM-CHM,33
(NH4)2S2O8,Nanoparticles,CHM-DSC,33
(NH4)2S2O8,Oxidation,CHM-SMT,35
(NH4)2S2O8,Oxygen,CHM-CHM,46
(NH4)2S2O8,Particles,CHM-DSC,30
(NH4)2S2O8,Polyaniline,CHM-CHM,42
(NH4)2S2O8,SEM,CHM-CMT,92
(NH4)2S2O8,Scanning Electron Microscopy,CHM-CMT,30
(NH4)2S2O8,Structure,CHM-PRO,37
(NH4)2S2O8,Substrate,CHM-DSC,36
(NH4)2S2O8,Surface,CHM-DSC,65
(NH4)2S2O8,TEM,CHM-CMT,61
(NH4)2S2O8,TiO2,CHM-CHM,32
(NH4)2S2O8,X-Ray Diffraction,CHM-CMT,32
(NH4)2S2O8,XPS,CHM-CMT,46
(NH4)2S2O8,XRD,CHM-CMT,66
(NH4)2SO4,ATP,CHM-CHM,34
(NH4)2SO4,Acetate,CHM-CHM,30
(NH4)2SO4,Activity,CHM-PRO,76
(NH4)2SO4,Aerosol,CHM-DSC,54
(NH4)2SO4,Al,CHM-CHM,46
(NH4)2SO4,Alloy,CHM-DSC,45
(NH4)2SO4,Amino Acid,CHM-CHM,45
(NH4)2SO4,Ammonia,CHM-CHM,81
(NH4)2SO4,Ammonium,CHM-CHM,104
(NH4)2SO4,Ammonium Sulfate,CHM-CHM,134
(NH4)2SO4,Ammonium Sulphate,CHM-CHM,31
(NH4)2SO4,Amorphous,CHM-DSC,31
(NH4)2SO4,Anodization,CHM-SMT,48
(NH4)2SO4,Anodized,CHM-SMT,30
(NH4)2SO4,Bulk,CHM-DSC,34
(NH4)2SO4,CO2,CHM-CHM,39
(NH4)2SO4,CV,CHM-CMT,49
(NH4)2SO4,Ca2+,CHM-CHM,37
(NH4)2SO4,CaCl2,CHM-CHM,51
(NH4)2SO4,Carbon,CHM-CHM,140
(NH4)2SO4,Catalyst,CHM-APL,68
(NH4)2SO4,Cathode,CHM-APL,37
(NH4)2SO4,Chemical Composition,CHM-PRO,42
(NH4)2SO4,Chemical Structures,CHM-PRO,36
(NH4)2SO4,Chlorides,CHM-CHM,39
(NH4)2SO4,Cl,CHM-CHM,63
(NH4)2SO4,Coated,CHM-SMT,36
(NH4)2SO4,Coatings,CHM-APL,37
(NH4)2SO4,Composite,CHM-DSC,33
(NH4)2SO4,Compositions,CHM-PRO,100
(NH4)2SO4,Copper,CHM-CHM,44
(NH4)2SO4,Crystal,CHM-DSC,72
(NH4)2SO4,Crystalline,CHM-DSC,33
(NH4)2SO4,Cu,CHM-CHM,55
(NH4)2SO4,Cyclic Voltammogram,CHM-CMT,62
(NH4)2SO4,DEAE,CHM-CHM,46
(NH4)2SO4,DMF,CHM-CHM,33
(NH4)2SO4,Diamonds,CHM-CHM,64
(NH4)2SO4,Doped,CHM-DSC,34
(NH4)2SO4,Droplets,CHM-DSC,43
(NH4)2SO4,EDS,CHM-CMT,41
(NH4)2SO4,Electrode,CHM-APL,115
(NH4)2SO4,Electrodeposition,CHM-SMT,39
(NH4)2SO4,Electrodeposits,CHM-SMT,34
(NH4)2SO4,Electrodes,CHM-APL,73
(NH4)2SO4,Electrolyte,CHM-APL,62
(NH4)2SO4,Enzyme Activity,CHM-PRO,32
(NH4)2SO4,Ethanol,CHM-CHM,64
(NH4)2SO4,FT-IR,CHM-CMT,40
(NH4)2SO4,FTIR,CHM-CMT,68
(NH4)2SO4,Fe,CHM-CHM,44
(NH4)2SO4,Fermentation,CHM-SMT,31
(NH4)2SO4,Film,CHM-DSC,78
(NH4)2SO4,Films,CHM-DSC,49
(NH4)2SO4,Glucose,CHM-CHM,95
(NH4)2SO4,Glycerol,CHM-CHM,48
(NH4)2SO4,H2,CHM-CHM,32
(NH4)2SO4,H2O,CHM-CHM,122
(NH4)2SO4,H2SO4,CHM-CHM,133
(NH4)2SO4,HCl,CHM-CHM,70
(NH4)2SO4,HRTEM,CHM-CMT,48
(NH4)2SO4,Heating,CHM-SMT,50
(NH4)2SO4,Hydrogen,CHM-CHM,79
(NH4)2SO4,Hydrolysis,CHM-SMT,41
(NH4)2SO4,Ir,CHM-CMT,35
(NH4)2SO4,K,CHM-PRO,38
(NH4)2SO4,K+,CHM-CHM,35
(NH4)2SO4,K2CO3,CHM-CHM,32
(NH4)2SO4,K2HPO4,CHM-CHM,41
(NH4)2SO4,K2SO4,CHM-CHM,40
(NH4)2SO4,KCl,CHM-CHM,74
(NH4)2SO4,KH2PO4,CHM-CHM,63
(NH4)2SO4,KNO3,CHM-CHM,35
(NH4)2SO4,KOH,CHM-CHM,39
(NH4)2SO4,Layers,CHM-DSC,79
(NH4)2SO4,Leaching,CHM-SMT,35
(NH4)2SO4,MeOH,CHM-CHM,30
(NH4)2SO4,Membrane,CHM-DSC,43
(NH4)2SO4,Methanol,CHM-CHM,36
(NH4)2SO4,Mg2+,CHM-CHM,45
(NH4)2SO4,MgCl2,CHM-CHM,36
(NH4)2SO4,MgSO4,CHM-CHM,86
(NH4)2SO4,MgSO4·7H2O,CHM-CHM,31
(NH4)2SO4,Mn,CHM-CHM,37
(NH4)2SO4,Molecular Mass,CHM-PRO,33
(NH4)2SO4,Molecular Weight,CHM-PRO,61
(NH4)2SO4,Morphology,CHM-PRO,72
(NH4)2SO4,N2,CHM-CHM,45
(NH4)2SO4,NH3,CHM-CHM,96
(NH4)2SO4,NH4,CHM-CHM,90
(NH4)2SO4,NH4+,CHM-CHM,34
(NH4)2SO4,NH4Cl,CHM-CHM,112
(NH4)2SO4,NH4F,CHM-CHM,55
(NH4)2SO4,NH4HSO4,CHM-CHM,42
(NH4)2SO4,NH4NO3,CHM-CHM,106
(NH4)2SO4,NO,CHM-CHM,30
(NH4)2SO4,NO3,CHM-CHM,52
(NH4)2SO4,Na+,CHM-CHM,42
(NH4)2SO4,Na2CO3,CHM-CHM,34
(NH4)2SO4,Na2HPO4,CHM-CHM,30
(NH4)2SO4,Na2SO4,CHM-CHM,158
(NH4)2SO4,NaCl,CHM-CHM,293
(NH4)2SO4,NaNO3,CHM-CHM,67
(NH4)2SO4,NaOH,CHM-CHM,78
(NH4)2SO4,Nanoparticles,CHM-DSC,42
(NH4)2SO4,Nanotube,CHM-DSC,46
(NH4)2SO4,Ni,CHM-CHM,53
(NH4)2SO4,Nitrate,CHM-CHM,62
(NH4)2SO4,Nitrogen,CHM-CHM,147
(NH4)2SO4,O,CHM-CHM,43
(NH4)2SO4,O2,CHM-CHM,33
(NH4)2SO4,OH,CHM-CHM,33
(NH4)2SO4,Oxygen,CHM-CHM,67
(NH4)2SO4,PEG,CHM-CHM,47
(NH4)2SO4,Particle,CHM-DSC,49
(NH4)2SO4,Particles,CHM-DSC,167
(NH4)2SO4,Phase Diagram,CHM-PRO,59
(NH4)2SO4,Phosphate,CHM-CHM,75
(NH4)2SO4,Poly(Acrylamide),CHM-CHM,36
(NH4)2SO4,Porous,CHM-DSC,36
(NH4)2SO4,Powder,CHM-DSC,44
(NH4)2SO4,Pt,CHM-CHM,36
(NH4)2SO4,Raman,CHM-CMT,62
(NH4)2SO4,SDS-PAGE,CHM-CMT,35
(NH4)2SO4,SDS-Page,CHM-CMT,56
(NH4)2SO4,SEM,CHM-CMT,261
(NH4)2SO4,SO2,CHM-CHM,46
(NH4)2SO4,SO4,CHM-CHM,73
(NH4)2SO4,Scanning Electron Microscopy,CHM-CMT,41
(NH4)2SO4,Si,CHM-CHM,30
(NH4)2SO4,SiO2,CHM-CHM,31
(NH4)2SO4,Stability,CHM-PRO,54
(NH4)2SO4,Structure,CHM-PRO,71
(NH4)2SO4,Substrate,CHM-DSC,72
(NH4)2SO4,Sugar,CHM-CHM,34
(NH4)2SO4,Sulfates,CHM-CHM,116
(NH4)2SO4,Sulfur,CHM-CHM,50
(NH4)2SO4,Surface,CHM-DSC,165
(NH4)2SO4,Surfaces,CHM-DSC,34
(NH4)2SO4,TEM,CHM-CMT,107
(NH4)2SO4,THF,CHM-CHM,31
(NH4)2SO4,Ti,CHM-CHM,52
(NH4)2SO4,TiO2,CHM-CHM,60
(NH4)2SO4,Tris,CHM-CHM,40
(NH4)2SO4,Urea,CHM-CHM,49
(NH4)2SO4,X-Ray Diffraction,CHM-CMT,77
(NH4)2SO4,XPS,CHM-CMT,67
(NH4)2SO4,XRD,CHM-CMT,219
(NH4)2SO4,Zn,CHM-CHM,39
(NH4)2SO4,pH,CHM-PRO,52
(NH4)2TiF6,Anatase,CHM-SPL,40
(NH4)2TiF6,SEM,CHM-CMT,40
(NH4)2TiF6,TEM,CHM-CMT,34
(NH4)2TiF6,TiO2,CHM-CHM,67
(NH4)2TiF6,XRD,CHM-CMT,41
(NH4)6Mo7O24·4H2O,Catalyst,CHM-APL,36
(NH4)6Mo7O24·4H2O,Mo,CHM-CHM,41
(NH4)6Mo7O24·4H2O,XRD,CHM-CMT,44
(NO)2,NO,CHM-CHM,71
(NO3)2,Ca,CHM-CHM,38
(NO3)2,Catalyst,CHM-APL,31
(NO3)2,Co,CHM-CHM,31
(NO3)2,Cu,CHM-CHM,68
(NO3)2,Electrode,CHM-APL,37
(NO3)2,Hydrogen,CHM-CHM,36
(NO3)2,Ni,CHM-CHM,39
(NO3)2,Oxygen,CHM-CHM,38
(NO3)2,Pb,CHM-CHM,37
(NO3)2,SEM,CHM-CMT,83
(NO3)2,Structure,CHM-PRO,32
(NO3)2,Surface,CHM-DSC,38
(NO3)2,TEM,CHM-CMT,66
(NO3)2,X-Ray Diffraction,CHM-CMT,41
(NO3)2,XPS,CHM-CMT,39
(NO3)2,XRD,CHM-CMT,83
(NO3)2,Zn,CHM-CHM,56
(Na0.5K0.5)NbO3,Ceramic,CHM-DSC,48
(Na0.5K0.5)NbO3,NKN,CHM-CHM,37
"(Ni,Cu)3Sn4",Cu,CHM-CHM,35
"(Ni,Cu)3Sn4",Interface,CHM-DSC,33
"(Ni,Cu)3Sn4",Layers,CHM-DSC,33
"(Ni,Cu)3Sn4",Ni,CHM-CHM,32
"(Ni,Cu)3Sn4",Solders,CHM-APL,34
(OH)2,Electrode,CHM-APL,32
(OH)2,HRTEM,CHM-CMT,39
(OH)2,Mg,CHM-CHM,33
(OH)2,Ni,CHM-CHM,45
(OH)2,Ni(OH)2,CHM-CHM,32
(OH)2,O,CHM-CHM,39
(OH)2,SEM,CHM-CMT,72
(OH)2,Surface,CHM-DSC,37
(OH)2,TEM,CHM-CMT,68
(OH)2,XPS,CHM-CMT,35
(OH)2,XRD,CHM-CMT,83
(Oxy)Hydroxides,Oxygen,CHM-CHM,30
(PEA)2PbI4,Perovskites,CHM-CHM,31
(PEA)2PbI4,Perovskites,CHM-SPL,31
(PPh3)2PdCl2,CH2Cl2,CHM-CHM,33
(PPh3)2PdCl2,CuI,CHM-CHM,34
(PPh3)2PdCl2,DMF,CHM-CHM,43
(PPh3)2PdCl2,MeOH,CHM-CHM,30
(PPh3)2PdCl2,THF,CHM-CHM,40
(PPh3)4Pd,THF,CHM-CHM,38
(Ph3P)2PdCl2,CH2Cl2,CHM-CHM,41
(Ph3P)2PdCl2,CuI,CHM-CHM,45
(Ph3P)2PdCl2,DMF,CHM-CHM,44
(Ph3P)2PdCl2,Et3N,CHM-CHM,41
(Ph3P)2PdCl2,H2O,CHM-CHM,36
(Ph3P)2PdCl2,MeOH,CHM-CHM,39
(Ph3P)2PdCl2,THF,CHM-CHM,54
(Ph3P)3RhCl,CH2Cl2,CHM-CHM,35
(Ph3P)3RhCl,H2,CHM-CHM,32
(Ph3P)3RhCl,MeOH,CHM-CHM,37
(Ph3P)3RhCl,THF,CHM-CHM,35
(Ph3P)4Pd,CH2Cl2,CHM-CHM,45
(Ph3P)4Pd,DMF,CHM-CHM,47
(Ph3P)4Pd,Et3N,CHM-CHM,30
(Ph3P)4Pd,H2O,CHM-CHM,43
(Ph3P)4Pd,MeOH,CHM-CHM,40
(Ph3P)4Pd,THF,CHM-CHM,56
(Ph3P)4Pd,Toluene,CHM-CHM,31
(PhO)2P(O)N3,CH2Cl2,CHM-CHM,30
(PhO)2P(O)N3,H2O,CHM-CHM,31
(PhO)2P(O)N3,MeOH,CHM-CHM,31
(PhO)2P(O)N3,THF,CHM-CHM,38
"(Ti,Al)N",Al,CHM-CHM,35
"(Ti,Al)N",Coatings,CHM-APL,87
"(Ti,Al)N",Film,CHM-DSC,34
"(Ti,Al)N",Films,CHM-DSC,37
"(Ti,Al)N",Hardness,CHM-PRO,55
"(Ti,Al)N",Substrate,CHM-DSC,66
"(Ti,Al)N",Surface,CHM-DSC,30
"(Ti,Al)N",Ti,CHM-CHM,30
"(Ti,Al)N",TiN,CHM-CHM,64
"(Ti,Al)N",X-Ray Diffraction,CHM-CMT,32
"(Ti,Al)N",XRD,CHM-CMT,38
(TiO2)38,Cluster,CHM-DSC,36
(TiO2)38,TiO2,CHM-CHM,46
(TiO2)n,Cluster,CHM-DSC,31
(VO)2P2O7,Catalyst,CHM-APL,97
(VO)2P2O7,Maleic Anhydride,CHM-CHM,52
(VO)2P2O7,Oxygen,CHM-CHM,33
(VO)2P2O7,Surface,CHM-DSC,31
(VO)2P2O7,VOHPO4·0.5H2O,CHM-CHM,32
(VO)2P2O7,Vanadium,CHM-CHM,30
(VO)2P2O7,XRD,CHM-CMT,57
(VO)2P2O7,n-Butane,CHM-CHM,55
"(Zn,Mg)O",Rate Coefficient,PRO-PRO,50
(a),Ceramic,PRO-DSC,32
(a),Compositions,PRO-PRO,42
(a),Film,PRO-DSC,36
(a),Films,PRO-DSC,41
(a),Layers,PRO-DSC,31
(a),SEM,PRO-CMT,94
(a),Substrate,PRO-DSC,31
(a),Surface,PRO-DSC,42
(a),TEM,PRO-CMT,32
(a),X-Ray Diffraction,PRO-CMT,32
(a),XRD,PRO-CMT,121
"(b) C 1s, (c) N 1s, (d) O 1s",FTIR,CHM-CMT,30
"(b) C 1s, (c) N 1s, (d) O 1s",HRTEM,CHM-CMT,45
"(b) C 1s, (c) N 1s, (d) O 1s",SEM,CHM-CMT,48
"(b) C 1s, (c) N 1s, (d) O 1s",TEM,CHM-CMT,70
"(b) C 1s, (c) N 1s, (d) O 1s",XPS,CHM-CMT,72
"(b) C 1s, (c) N 1s, (d) O 1s",XRD,CHM-CMT,63
(e) C,C,CHM-CHM,38
(e) C,C 1s,CHM-CMT,35
(e) C,CV,CHM-CMT,56
(e) C,Carbon,CHM-CHM,45
(e) C,Co,CHM-CHM,35
(e) C,Composite,CHM-DSC,56
(e) C,Cycling Performance,CHM-PRO,52
(e) C,Electrode,CHM-APL,66
(e) C,Electrodes,CHM-APL,55
(e) C,Elemental Mapping,CHM-CMT,50
(e) C,FTIR,CHM-CMT,30
(e) C,Fe,CHM-CHM,31
(e) C,HRTEM,CHM-CMT,106
(e) C,N2,CHM-CHM,49
(e) C,Ni,CHM-CHM,30
(e) C,Nitrogen,CHM-CHM,40
(e) C,Nyquist Plot,CHM-CMT,53
(e) C,O,CHM-CHM,93
(e) C,Pore Size Distribution,CHM-PRO,37
(e) C,Raman,CHM-CMT,82
(e) C,Rate Performance,CHM-PRO,35
(e) C,SAED,CHM-CMT,32
(e) C,SEM,CHM-CMT,154
(e) C,Surface,CHM-DSC,35
(e) C,TEM,CHM-CMT,158
(e) C,Ti,CHM-CHM,30
(e) C,XPS,CHM-CMT,132
(e) C,XRD,CHM-CMT,159
(i-Pr)2NEt,CH2Cl2,CHM-CHM,59
(i-Pr)2NEt,DMF,CHM-CHM,55
(i-Pr)2NEt,Et3N,CHM-CHM,36
(i-Pr)2NEt,H2O,CHM-CHM,35
(i-Pr)2NEt,MeOH,CHM-CHM,59
(i-Pr)2NEt,THF,CHM-CHM,64
(i-Pr)2NH,CH2Cl2,CHM-CHM,36
(i-Pr)2NH,CuI,CHM-CHM,39
(i-Pr)2NH,THF,CHM-CHM,44
(αE)2,Film,PRO-DSC,35
(αE)2,Films,PRO-DSC,50
(αE)2,Substrate,PRO-DSC,40
(αE)2,XRD,PRO-CMT,43
(αhv)2 vs,SEM,CMT-CMT,41
(αhv)2 vs,XRD,CMT-CMT,58
(αhν)1/2,Films,PRO-DSC,34
(αhν)1/2,XRD,PRO-CMT,45
(αhν)2,Film,PRO-DSC,30
(αhν)2,Films,PRO-DSC,57
(αhν)2,SEM,PRO-CMT,49
(αhν)2,Thin Films,PRO-DSC,57
(αhν)2,XRD,PRO-CMT,79
(αhν)2,ZnO,PRO-CHM,32
(αhν)2 Versus hν,AFM,CMT-CMT,33
(αhν)2 Versus hν,Annealed,CMT-SMT,32
(αhν)2 Versus hν,FESEM,CMT-CMT,30
(αhν)2 Versus hν,Film,CMT-DSC,54
(αhν)2 Versus hν,Films,CMT-DSC,90
(αhν)2 Versus hν,HRTEM,CMT-CMT,42
(αhν)2 Versus hν,PL,CMT-CMT,54
(αhν)2 Versus hν,Raman,CMT-CMT,46
(αhν)2 Versus hν,SAED,CMT-CMT,33
(αhν)2 Versus hν,SEM,CMT-CMT,127
(αhν)2 Versus hν,Substrate,CMT-DSC,48
(αhν)2 Versus hν,TEM,CMT-CMT,74
(αhν)2 Versus hν,Thin Films,CMT-DSC,77
(αhν)2 Versus hν,UV Vis Absorption,CMT-CMT,30
(αhν)2 Versus hν,X-Ray Diffraction,CMT-CMT,41
(αhν)2 Versus hν,XPS,CMT-CMT,60
(αhν)2 Versus hν,XRD,CMT-CMT,186
(αhν)2 Versus hν,ZnO,CMT-CHM,51
(αhν)2 vs hν,SEM,CMT-CMT,31
(αhν)2 vs hν,XRD,CMT-CMT,50
(αhν)² vs,AFM,CMT-CMT,40
(αhν)² vs,Annealed,CMT-SMT,47
(αhν)² vs,EDS,CMT-CMT,31
(αhν)² vs,FESEM,CMT-CMT,33
(αhν)² vs,Film,CMT-DSC,85
(αhν)² vs,Films,CMT-DSC,102
(αhν)² vs,HRTEM,CMT-CMT,47
(αhν)² vs,PL,CMT-CMT,61
(αhν)² vs,Raman,CMT-CMT,47
(αhν)² vs,SEM,CMT-CMT,149
(αhν)² vs,Substrate,CMT-DSC,72
(αhν)² vs,TEM,CMT-CMT,78
(αhν)² vs,Thin Films,CMT-DSC,102
(αhν)² vs,UV Transmittance,CMT-PRO,39
(αhν)² vs,X-Ray Diffraction,CMT-CMT,45
(αhν)² vs,XPS,CMT-CMT,65
(αhν)² vs,XRD,CMT-CMT,217
(αhν)² vs,ZnO,CMT-CHM,56
(αhν)½ vs,SEM,CMT-CMT,47
(αhν)½ vs,TEM,CMT-CMT,51
(αhν)½ vs,XPS,CMT-CMT,38
(αhν)½ vs,XRD,CMT-CMT,71
(−)-DIPT,CH2Cl2,CHM-CHM,31
(−)-DIPT,THF,CHM-CHM,30
(−)-Sparteine,THF,CHM-CHM,33
*CO,Ag,CHM-CHM,35
*CO,Au,CHM-CHM,40
*CO,CH4,CHM-CHM,47
*CO,CO,CHM-CHM,116
*CO,CO2,CHM-CHM,110
*CO,CO2 Reduction,CHM-APL,36
*CO,CO2RR,CHM-APL,37
*CO,Carbon,CHM-CHM,44
*CO,Catalyst,CHM-APL,89
*CO,Cu,CHM-CHM,77
*CO,Electrode,CHM-APL,37
*CO,Faradaic Efficiency,CHM-PRO,44
*CO,H2,CHM-CHM,38
*CO,Hydrogen,CHM-CHM,40
*CO,KHCO3,CHM-CHM,35
*CO,Ni,CHM-CHM,31
*CO,O,CHM-CHM,30
*CO,Pt,CHM-CHM,34
*CO,Surface,CHM-DSC,76
*CO,Surfaces,CHM-DSC,38
+-N Removal Efficiency,NH4,PRO-PRO,31
+-N Removal Efficiency,NH4+-N,PRO-CHM,31
+Cu2+,Cu2+,CHM-CHM,44
+Hg2+,Hg2+,CHM-CHM,32
- Component,Aldehyde,SMT-CHM,46
- Component,Catalyst,SMT-APL,30
- Doping,Doping,PRO-SMT,30
- Layer,Double Layered,DSC-DSC,33
- Layer,Doublers,DSC-APL,38
- Layer,Electrode,DSC-APL,31
- Layer,Film,APL-DSC,39
- Layer,Film,DSC-DSC,53
- Layer,Films,APL-DSC,37
- Layer,Films,DSC-DSC,34
- Layer,Graphene,DSC-CHM,64
- Layer,Layers,APL-DSC,110
- Layer,Layers,DSC-DSC,132
- Layer,Layers,PRO-DSC,53
- Layer,Layers,SMT-DSC,37
- Layer,SEM,DSC-CMT,41
- Layer,Silicon,APL-CHM,35
- Layer,Singlet,APL-DSC,49
- Layer,Solar Cell,APL-APL,43
- Layer,Structure,DSC-PRO,43
- Layer,Substrate,APL-DSC,41
- Layer,Substrate,DSC-DSC,60
- Layer,Surface,DSC-DSC,82
- Layer,Surface,PRO-DSC,53
- Layer,TEM,DSC-CMT,30
- TZVP,Angles,CMT-PRO,35
- TZVP,B3LYP,CMT-CMT,40
- TZVP,BP86,CMT-CMT,31
- TZVP,Bond Length,CMT-PRO,55
- TZVP,DEF2-TZVP,CMT-CMT,83
- TZVP,DFT,CMT-CMT,59
- TZVP,Hydrogen,CMT-CHM,55
- TZVP,Molecular Structure,CMT-PRO,34
- Weighted EXAFS,Xanes,CMT-CMT,33
-Al2O3,(A)Al2O3,CHM-CHM,37
-Al2O3,Activity,CHM-PRO,85
-Al2O3,Ag,CHM-CHM,49
-Al2O3,Al,CHM-CHM,106
-Al2O3,Al2O3,CHM-CHM,237
-Al2O3,Alumina,CHM-CHM,94
-Al2O3,Amorphous,CHM-DSC,33
-Al2O3,Ar,CHM-CHM,30
-Al2O3,Arrhenius Plot,CHM-CMT,31
-Al2O3,As Prepared,CHM-DSC,35
-Al2O3,Au,CHM-CHM,46
-Al2O3,BET Surface Area,CHM-PRO,30
-Al2O3,Benzenes,CHM-CHM,30
-Al2O3,Bulk,CHM-DSC,52
-Al2O3,CH4,CHM-CHM,94
-Al2O3,CO,CHM-CHM,230
-Al2O3,CO,CHM-PRO,40
-Al2O3,CO2,CHM-CHM,164
-Al2O3,Calcination,CHM-SMT,73
-Al2O3,Calcined,CHM-SMT,87
-Al2O3,Carbon,CHM-CHM,105
-Al2O3,Catalyst,CHM-APL,592
-Al2O3,Catalytic Activity,CHM-PRO,86
-Al2O3,Catalytic Performance,CHM-PRO,77
-Al2O3,CeO2,CHM-CHM,50
-Al2O3,Cluster,CHM-DSC,37
-Al2O3,Co,CHM-CHM,83
-Al2O3,Cobalt,CHM-CHM,34
-Al2O3,Composite,CHM-DSC,37
-Al2O3,Compositions,CHM-PRO,63
-Al2O3,Cu,CHM-CHM,98
-Al2O3,CuO,CHM-CHM,33
-Al2O3,Drifts,CHM-CMT,33
-Al2O3,EDS,CHM-CMT,38
-Al2O3,EDX,CHM-CMT,34
-Al2O3,EXAFS,CHM-CMT,36
-Al2O3,Ethanol,CHM-CHM,35
-Al2O3,Ethylene,CHM-CHM,39
-Al2O3,FT-IR,CHM-CMT,51
-Al2O3,FTIR,CHM-CMT,64
-Al2O3,Fe,CHM-CHM,63
-Al2O3,Fe2O3,CHM-CHM,34
-Al2O3,Film,CHM-DSC,31
-Al2O3,H2,CHM-CHM,237
-Al2O3,H2-TPR,CHM-CHM,66
-Al2O3,H2-TPR,CHM-CMT,67
-Al2O3,H2O,CHM-CHM,94
-Al2O3,HAADF STEM,CHM-CMT,32
-Al2O3,HRTEM,CHM-CMT,77
-Al2O3,Heating,CHM-SMT,31
-Al2O3,Hydrocarbon,CHM-CHM,41
-Al2O3,Hydrogen,CHM-CHM,131
-Al2O3,Hydrogenation,CHM-APL,46
-Al2O3,Hydrogenation,CHM-SMT,48
-Al2O3,Interface,CHM-DSC,39
-Al2O3,Ir,CHM-CMT,46
-Al2O3,Layers,CHM-DSC,52
-Al2O3,Membrane,CHM-DSC,30
-Al2O3,Metallic,CHM-PRO,35
-Al2O3,Metals,CHM-PRO,51
-Al2O3,Methane,CHM-CHM,73
-Al2O3,Methanol,CHM-CHM,44
-Al2O3,MgO,CHM-CHM,42
-Al2O3,Mo,CHM-CHM,39
-Al2O3,Morphology,CHM-PRO,31
-Al2O3,N2,CHM-CHM,158
-Al2O3,N2 Adsorption Desorption Isotherms,CHM-CMT,36
-Al2O3,NH3,CHM-CHM,78
-Al2O3,NH3TPD,CHM-CMT,52
-Al2O3,NO,CHM-CHM,55
-Al2O3,NPS,CHM-DSC,31
-Al2O3,Nanoparticles,CHM-DSC,78
-Al2O3,Ni,CHM-CHM,151
-Al2O3,NiO,CHM-CHM,39
-Al2O3,Nickel,CHM-CHM,31
-Al2O3,Nitrogen,CHM-CHM,54
-Al2O3,O,CHM-CHM,73
-Al2O3,O2,CHM-CHM,138
-Al2O3,Of-Al2O3,CHM-CHM,84
-Al2O3,Oxidation,CHM-SMT,39
-Al2O3,Oxides,CHM-CHM,32
-Al2O3,Oxygen,CHM-CHM,109
-Al2O3,Particle,CHM-DSC,40
-Al2O3,Particle Size,CHM-PRO,45
-Al2O3,Particle Size Distribution,CHM-PRO,44
-Al2O3,Particles,CHM-DSC,93
-Al2O3,Pd,CHM-CHM,97
-Al2O3,Phenol,CHM-CHM,34
-Al2O3,Pore Size Distribution,CHM-PRO,49
-Al2O3,Powder,CHM-DSC,42
-Al2O3,Pt,CHM-CHM,180
-Al2O3,Pyridine,CHM-CHM,32
-Al2O3,Raman,CHM-CMT,48
-Al2O3,Reactors,CHM-APL,37
-Al2O3,Reductions,CHM-SMT,59
-Al2O3,Rh,CHM-CHM,32
-Al2O3,Ru,CHM-CHM,65
-Al2O3,SEM,CHM-CMT,181
-Al2O3,Selectivity,CHM-PRO,43
-Al2O3,Si,CHM-CHM,31
-Al2O3,SiO2,CHM-CHM,93
-Al2O3,Society,CHM-CMT,31
-Al2O3,Stability,CHM-PRO,45
-Al2O3,Stem,CHM-CMT,33
-Al2O3,Structure,CHM-PRO,53
-Al2O3,Substrate,CHM-DSC,37
-Al2O3,Sulfur,CHM-CHM,31
-Al2O3,Surface,CHM-DSC,162
-Al2O3,Surface Area,CHM-PRO,37
-Al2O3,Surfaces,CHM-DSC,47
-Al2O3,TEM,CHM-CMT,228
-Al2O3,TOF,CHM-PRO,32
-Al2O3,TPR,CHM-CMT,82
-Al2O3,Textural Properties,CHM-PRO,39
-Al2O3,Tga,CHM-CMT,39
-Al2O3,The Al2O3,CHM-CHM,39
-Al2O3,TiO2,CHM-CHM,75
-Al2O3,Toluene,CHM-CHM,33
-Al2O3,X-Ray Diffraction,CHM-CMT,53
-Al2O3,XPS,CHM-CMT,141
-Al2O3,XRD,CHM-CMT,346
-Al2O3,Xanes,CHM-CMT,37
-Al2O3,Zeolites,CHM-CHM,39
-Al2O3,ZrO2,CHM-CHM,41
-Al2O3,n-Al2O3,CHM-CHM,50
-Bis(Diphenylphosphino)ferrocene,THF,CHM-CHM,34
-Bond,Crystal,PRO-DSC,31
-Bond,Crystal Structure,PRO-PRO,38
-Bond,H2O,PRO-CHM,32
-Bond,Hydrogen,PRO-CHM,233
-Bond,O,PRO-CHM,45
-Bond,OH,PRO-CHM,37
-Bond,Oxygen,PRO-CHM,49
-Bond,Structure,PRO-PRO,44
-Bond,Surface,PRO-DSC,42
-CN,-COOH,CHM-CHM,34
-CN,Cl,CHM-CHM,39
-CN,DFT,CHM-CMT,31
-CN,Density Functional Theory,CHM-CMT,32
-CN,F,CHM-CHM,30
-CN,Hydrogen,CHM-CHM,38
-CN,NO2,CHM-CHM,50
-CN,OH,CHM-CHM,43
-CN,Surface,CHM-DSC,36
-COOH,-CN,CHM-CHM,34
-COOH,-SO3H,CHM-CHM,60
-COOH,AFM,CHM-CMT,41
-COOH,Activity,CHM-PRO,30
-COOH,Adsorbent,CHM-APL,33
-COOH,Adsorption Capacity,CHM-PRO,30
-COOH,Amines,CHM-CHM,51
-COOH,Amino,CHM-CHM,42
-COOH,Atomic Force Microscopy,CHM-CMT,38
-COOH,Au,CHM-CHM,33
-COOH,CH3,CHM-CHM,73
-COOH,CO2,CHM-CHM,34
-COOH,COOH,CHM-CHM,62
-COOH,Carbon,CHM-CHM,218
-COOH,Carboxyl,CHM-CHM,135
-COOH,Carboxylic,CHM-CHM,51
-COOH,Carboxylic Acid,CHM-CHM,80
-COOH,Catalyst,CHM-APL,74
-COOH,Catalytic Activity,CHM-PRO,38
-COOH,Coatings,CHM-APL,33
-COOH,Composite,CHM-DSC,75
-COOH,DFT,CHM-CMT,32
-COOH,Electrode,CHM-APL,56
-COOH,Electrodes,CHM-APL,35
-COOH,FT-IR,CHM-CMT,55
-COOH,FTIR,CHM-CMT,96
-COOH,Film,CHM-DSC,63
-COOH,Films,CHM-DSC,64
-COOH,Fourier Transform Infrared Spectroscopy,CHM-CMT,45
-COOH,Graphene,CHM-CHM,63
-COOH,Graphene Oxide,CHM-CHM,54
-COOH,Hydrogen,CHM-CHM,125
-COOH,Hydrophilic,CHM-PRO,75
-COOH,Hydrophobic,CHM-PRO,44
-COOH,Hydroxyl,CHM-CHM,79
-COOH,Interface,CHM-DSC,31
-COOH,Layers,CHM-DSC,69
-COOH,Membrane,CHM-APL,34
-COOH,Membrane,CHM-DSC,59
-COOH,Mesoporous,CHM-DSC,37
-COOH,Metals,CHM-PRO,38
-COOH,Monolayers,CHM-DSC,81
-COOH,Morphology,CHM-PRO,60
-COOH,Multiwall,CHM-DSC,37
-COOH,N2,CHM-CHM,30
-COOH,Nanocomposite,CHM-DSC,38
-COOH,Nanoparticles,CHM-DSC,121
-COOH,Nanotube,CHM-DSC,95
-COOH,Nitrogen,CHM-CHM,42
-COOH,OH,CHM-CHM,327
-COOH,Oxidation,CHM-SMT,34
-COOH,Oxidize,CHM-SMT,31
-COOH,Oxygen,CHM-CHM,94
-COOH,Particles,CHM-DSC,61
-COOH,Porous,CHM-DSC,33
-COOH,SAM,CHM-DSC,34
-COOH,SAMS,CHM-DSC,41
-COOH,SEM,CHM-CMT,85
-COOH,Scanning Electron Microscopy,CHM-CMT,54
-COOH,Selectivity,CHM-PRO,30
-COOH,Self Assembled,CHM-SMT,44
-COOH,Sensitivity,CHM-PRO,31
-COOH,Silica,CHM-CHM,37
-COOH,Stability,CHM-PRO,61
-COOH,Structure,CHM-PRO,81
-COOH,Substrate,CHM-DSC,82
-COOH,Surface,CHM-DSC,325
-COOH,Surface Area,CHM-PRO,39
-COOH,Surfaces,CHM-DSC,121
-COOH,TEM,CHM-CMT,70
-COOH,Tga,CHM-CMT,34
-COOH,TiO2,CHM-CHM,43
-COOH,Transmission Electron Microscopy,CHM-CMT,37
-COOH,X-Ray Diffraction,CHM-CMT,52
-COOH,X-Ray Photoelectron Spectroscopy,CHM-CMT,51
-COOH,XPS,CHM-CMT,70
-COOH,XRD,CHM-CMT,50
-Caprolactone,PCL,CHM-CHM,39
-Epicatechin,Catechin,CHM-CHM,90
-Epicatechin,Phenolics,CHM-CHM,34
-Epicatechin,Polyphenol,CHM-CHM,34
-FeOOH,Fe,CHM-CHM,34
-FeOOH,Fe2O3,CHM-CHM,36
-FeOOH,FeOOH,CHM-CHM,40
-FeOOH,Goethite,CHM-CHM,33
-FeOOH,SEM,CHM-CMT,42
-FeOOH,TEM,CHM-CMT,52
-FeOOH,XRD,CHM-CMT,49
-Hydride,Hydride,CHM-CHM,36
-Hydride,Hydrogen,CHM-CHM,56
-Law,Behavior,CMT-PRO,32
-Law,Bulk,CMT-DSC,30
-Law,Distribution,CMT-PRO,30
-Law,K,CMT-PRO,36
-Law,Layers,CMT-DSC,39
-Law,P,CMT-PRO,37
-Law,Particles,CMT-DSC,54
-Law,Power,CMT-PRO,244
-Law,Power Law Index,CMT-PRO,31
-Law,Power-Law,CMT-CMT,69
-Law,Slope,CMT-PRO,30
-Law,Stress,CMT-PRO,30
-Law,Surface,CMT-DSC,68
-Law,Viscosity,CMT-PRO,35
-MnO2,CV,CHM-CMT,33
-MnO2,Carbon,CHM-CHM,51
-MnO2,Catalyst,CHM-APL,66
-MnO2,Cathode,CHM-APL,40
-MnO2,Composite,CHM-DSC,35
-MnO2,Crystal Structure,CHM-PRO,36
-MnO2,Cyclic Voltammogram,CHM-CMT,40
-MnO2,Cycling Performance,CHM-PRO,39
-MnO2,Electrode,CHM-APL,72
-MnO2,Electrodes,CHM-APL,63
-MnO2,FESEM,CHM-CMT,33
-MnO2,HRTEM,CHM-CMT,85
-MnO2,Li,CHM-CHM,38
-MnO2,Mn,CHM-CHM,111
-MnO2,MnO2,CHM-CHM,225
-MnO2,N2,CHM-CHM,42
-MnO2,Nanorods,CHM-DSC,38
-MnO2,Nanowires,CHM-DSC,30
-MnO2,O,CHM-CHM,55
-MnO2,O2,CHM-CHM,39
-MnO2,Oxygen,CHM-CHM,54
-MnO2,Raman,CHM-CMT,36
-MnO2,SAED,CHM-CMT,38
-MnO2,SEM,CHM-CMT,140
-MnO2,Structure,CHM-PRO,45
-MnO2,Surface,CHM-DSC,41
-MnO2,TEM,CHM-CMT,148
-MnO2,X-Ray Diffraction,CHM-CMT,34
-MnO2,XPS,CHM-CMT,68
-MnO2,XRD,CHM-CMT,172
-NH,Carbon,CHM-CHM,30
-NH,FTIR,CHM-CMT,34
-NH,Hydrogen,CHM-CHM,78
-NH,Nitrogen,CHM-CHM,33
-NH,OH,CHM-CHM,53
-NH,Oxygen,CHM-CHM,32
-NH,Surface,CHM-DSC,48
-Phosphate,ATP,CHM-CHM,39
-Phosphate,Phosphate,CHM-CHM,31
-Pvdz,Cc,CMT-CMT,49
-Rich,Al,PRO-CHM,40
-Rich,Carbon,PRO-CHM,30
-Rich,Compositions,PRO-PRO,74
-Rich,Fe,PRO-CHM,43
-Rich,Hydrogen,PRO-CHM,49
-Rich,Inclusions,PRO-DSC,37
-Rich,Layered,PRO-DSC,41
-Rich,Layers,PRO-DSC,38
-Rich,Li,PRO-CHM,39
-Rich,Lithium,PRO-CHM,52
-Rich,Mg,PRO-CHM,30
-Rich,Mn,PRO-CHM,30
-Rich,Nitrogen,PRO-CHM,31
-Rich,Oxides,PRO-CHM,33
-Rich,Oxygen,PRO-CHM,87
-Rich,SEM,PRO-CMT,35
-Rich,Spinels,PRO-SPL,30
-Rich,Structure,PRO-PRO,49
-Rich,Surface,PRO-DSC,54
-Rich,X-Ray Diffraction,PRO-CMT,35
-Rich,XRD,PRO-CMT,37
-SO3H,-COOH,CHM-CHM,60
-SO3H,Activity,CHM-PRO,30
-SO3H,Carbon,CHM-CHM,73
-SO3H,Catalyst,CHM-APL,90
-SO3H,Catalytic Activity,CHM-PRO,56
-SO3H,Catalytic Performance,CHM-PRO,31
-SO3H,Composite,CHM-DSC,32
-SO3H,Conductivity,CHM-PRO,30
-SO3H,Hydrogen,CHM-CHM,47
-SO3H,Membrane,CHM-APL,54
-SO3H,Membrane,CHM-DSC,79
-SO3H,Mesoporous,CHM-DSC,41
-SO3H,Methanol,CHM-CHM,49
-SO3H,Nafion,CHM-CHM,44
-SO3H,OH,CHM-CHM,42
-SO3H,Protonic Conductivity,CHM-PRO,56
-SO3H,SEM,CHM-CMT,35
-SO3H,Silica,CHM-CHM,34
-SO3H,Solid Acid Catalyst,CHM-APL,30
-SO3H,Stability,CHM-PRO,32
-SO3H,Structure,CHM-PRO,45
-SO3H,Sulfonation,CHM-SMT,42
-SO3H,Sulfonic Acid,CHM-CHM,58
-SO3H,Surface,CHM-DSC,58
-SO3H,TEM,CHM-CMT,30
-SiO2,SiO2,CHM-CHM,37
-Tem,1H,CMT-CHM,61
-Tem,1H NMR,CMT-CMT,59
-Tem,AFM,CMT-CMT,95
-Tem,Amphiphilic,CMT-PRO,64
-Tem,Au,CMT-CHM,40
-Tem,Bilayer,CMT-DSC,84
-Tem,Bilayers,CMT-DSC,57
-Tem,Block Copolymer,CMT-DSC,41
-Tem,Bulk,CMT-DSC,44
-Tem,CMC,CMT-PRO,31
-Tem,CTAB,CMT-CHM,33
-Tem,Carbon,CMT-CHM,87
-Tem,Chemical Structures,CMT-PRO,121
-Tem,Cholesterol,CMT-CHM,31
-Tem,Cluster,CMT-DSC,35
-Tem,Compositions,CMT-PRO,78
-Tem,Conductivity,CMT-PRO,31
-Tem,Copolymer,CMT-DSC,34
-Tem,Core,CMT-DSC,30
-Tem,Cryo,CMT-CMT,876
-Tem,Cryo-Transmission Electron Microscopy,CMT-CMT,45
-Tem,CryoTEM,CMT-CMT,348
-Tem,Cryogenic Transmission Electron Microscopy,CMT-CMT,103
-Tem,Crystal,CMT-DSC,53
-Tem,Crystalline,CMT-DSC,32
-Tem,Cubic,CMT-SPL,33
-Tem,D2O,CMT-CHM,53
-Tem,DLS,CMT-CMT,173
-Tem,DSC,CMT-CMT,39
-Tem,Diblock Copolymer,CMT-DSC,31
-Tem,Dispersion,CMT-DSC,47
-Tem,Dynamic Light Scattering,CMT-CMT,100
-Tem,Ethanol,CMT-CHM,35
-Tem,FTIR,CMT-CMT,31
-Tem,Film,CMT-DSC,54
-Tem,Fluorescence,CMT-CMT,52
-Tem,G,CMT-PRO,33
-Tem,H2O,CMT-CHM,50
-Tem,HRTEM,CMT-CMT,33
-Tem,Heating,CMT-SMT,57
-Tem,Hexagonal,CMT-SPL,55
-Tem,Hydrodynamic Radius,CMT-PRO,37
-Tem,Hydrogel,CMT-DSC,35
-Tem,Hydrogen,CMT-CHM,49
-Tem,Hydrophilic,CMT-PRO,57
-Tem,Hydrophobic,CMT-PRO,70
-Tem,Lamellar,CMT-DSC,45
-Tem,Layers,CMT-DSC,58
-Tem,Liposome,CMT-DSC,75
-Tem,Membrane,CMT-DSC,88
-Tem,Micellar,CMT-DSC,47
-Tem,Micelle,CMT-DSC,35
-Tem,Micelles,CMT-DSC,150
-Tem,Microstructure,CMT-PRO,33
-Tem,Molecular Structure,CMT-PRO,82
-Tem,Morphologies,CMT-PRO,45
-Tem,Morphology,CMT-PRO,107
-Tem,NPS,CMT-DSC,43
-Tem,NaCl,CMT-CHM,81
-Tem,Nanoparticle,CMT-DSC,64
-Tem,Nanoparticles,CMT-DSC,133
-Tem,Nanostructures,CMT-DSC,45
-Tem,Nanotube,CMT-DSC,45
-Tem,Oxygen,CMT-CHM,32
-Tem,PEG,CMT-CHM,58
-Tem,PEO,CMT-CHM,30
-Tem,Particle,CMT-DSC,48
-Tem,Particle Size,CMT-PRO,40
-Tem,Particles,CMT-DSC,146
-Tem,Phase Behavior,CMT-PRO,37
-Tem,Phase Diagram,CMT-PRO,42
-Tem,Phosphate,CMT-CHM,31
-Tem,Polymersome,CMT-DSC,31
-Tem,Ribbons,CMT-DSC,42
-Tem,SANS,CMT-CMT,64
-Tem,SAXS,CMT-CMT,146
-Tem,SEM,CMT-CMT,91
-Tem,Self Assembly,CMT-SMT,44
-Tem,Shell,CMT-DSC,32
-Tem,Silica,CMT-CHM,54
-Tem,Size Distribution,CMT-PRO,64
-Tem,Small Angle X-ray Scattering,CMT-CMT,50
-Tem,Society,CMT-CMT,41
-Tem,Solution,CMT-DSC,33
-Tem,Sphere,CMT-DSC,31
-Tem,Spherical Micelle,CMT-DSC,34
-Tem,Stability,CMT-PRO,41
-Tem,Structure,CMT-PRO,165
-Tem,Substrate,CMT-DSC,31
-Tem,Surface,CMT-DSC,126
-Tem,Surface Tension,CMT-PRO,32
-Tem,TEM,CMT-CMT,253
-Tem,THF,CMT-CHM,34
-Tem,Transmission Electron Microscopy,CMT-CMT,37
-Tem,Vesicle,CMT-DSC,188
-Tem,Viscosity,CMT-PRO,47
-Tem,Vitrified,CMT-SMT,41
-Tem,Worm-Like Micelles,CMT-DSC,47
-Tem,XRD,CMT-CMT,36
-Tem,Zeta Potential,CMT-PRO,44
-Term,Anode,PRO-APL,35
-Term,As Prepared,PRO-DSC,33
-Term,C-V Curve,PRO-CMT,39
-Term,CV,PRO-CMT,32
-Term,Carbon,PRO-CHM,92
-Term,Cathode,PRO-APL,45
-Term,Composite,PRO-DSC,57
-Term,Coulombic Efficiency,PRO-PRO,30
-Term,Cycling Performance,PRO-PRO,80
-Term,Cycling Stability,PRO-PRO,76
-Term,Electrochemical Performance,PRO-PRO,53
-Term,Electrode,PRO-APL,86
-Term,Electrodes,PRO-APL,66
-Term,Electrolyte,PRO-APL,38
-Term,HRTEM,PRO-CMT,54
-Term,Layers,PRO-DSC,35
-Term,Li,PRO-CHM,44
-Term,Lithium,PRO-CHM,45
-Term,Nanoparticles,PRO-DSC,30
-Term,Nitrogen,PRO-CHM,32
-Term,Nyquist Plot,PRO-CMT,30
-Term,Oxygen,PRO-CHM,31
-Term,Raman,PRO-CMT,39
-Term,Rate Capability,PRO-PRO,37
-Term,Rate Performance,PRO-PRO,44
-Term,SEM,PRO-CMT,91
-Term,Structure,PRO-PRO,43
-Term,Surface,PRO-DSC,58
-Term,TEM,PRO-CMT,82
-Term,XPS,PRO-CMT,44
-Term,XRD,PRO-CMT,83
-TiO2,TiO2,CHM-CHM,59
-TiO2,XRD,CHM-CMT,30
-ZrO2,ZrO2,CHM-CHM,35
/ C ),As Prepared,CMT-DSC,32
/ C ),Catalyst,CMT-APL,37
/ C ),HRTEM,CMT-CMT,63
/ C ),Irradiation,CMT-SMT,32
/ C ),N2,CMT-CHM,30
/ C ),Photocatalytic Degradation,CMT-APL,34
/ C ),SEM,CMT-CMT,76
/ C ),TEM,CMT-CMT,96
/ C ),TiO2,CMT-CHM,31
/ C ),XPS,CMT-CMT,56
/ C ),XRD,CMT-CMT,103
/ Fe Ratio,Fe,PRO-CHM,65
/ SiO2 Ratio,SiO2,PRO-CHM,42
0-3,Composite,DSC-DSC,41
0.2% Proof Stress,Alloy,PRO-DSC,45
0.2% Proof Stress,Alloys,PRO-DSC,31
0.2% Proof Stress,Microstructure,PRO-PRO,32
0.3MPa,Membrane,CHM-DSC,32
0.3MPa,SEM,CHM-CMT,43
0.3MPa,Surface,CHM-DSC,41
0.3MPa,XRD,CHM-CMT,31
0.4 Pa,Film,CHM-DSC,66
0.4 Pa,Films,CHM-DSC,91
0.4 Pa,Layers,CHM-DSC,30
0.4 Pa,SEM,CHM-CMT,51
0.4 Pa,Sputtering,CHM-SMT,47
0.4 Pa,Substrate,CHM-DSC,98
0.4 Pa,Surface,CHM-DSC,33
0.4 Pa,Thin Films,CHM-DSC,49
0.4 Pa,XRD,CHM-CMT,62
0.5,CH3OH,CHM-CHM,45
0.5,CV,CHM-CMT,31
0.5,Catalyst,CHM-APL,46
0.5,Cyclic Voltammogram,CHM-CMT,71
0.5,Electrode,CHM-APL,62
0.5,Electrodes,CHM-APL,38
0.5,H2SO4,CHM-CHM,108
0.5,HRTEM,CHM-CMT,36
0.5,Methanol,CHM-CHM,35
0.5,Pt,CHM-CHM,70
0.5,SEM,CHM-CMT,66
0.5,TEM,CHM-CMT,64
0.5,XPS,CHM-CMT,34
0.5,XRD,CHM-CMT,67
0.5M,Cyclic Voltammogram,CHM-CMT,30
0.5M,H2SO4,CHM-CHM,35
0.5M,SEM,CHM-CMT,30
0.5M H2SO4,CH3OH,CHM-CHM,32
0.5M H2SO4,H2SO4,CHM-CHM,46
0.5M H2SO4,Pt,CHM-CHM,35
0C,CH2Cl2,CHM-CHM,41
0C,DMF,CHM-CHM,30
0C,Et3N,CHM-CHM,36
0C,H2O,CHM-CHM,37
0C,MeOH,CHM-CHM,40
0C,THF,CHM-CHM,42
0D,2D,DSC-DSC,36
0D,SEM,DSC-CMT,33
0D,TEM,DSC-CMT,32
"1

1
̄

0",Surface,CHM-DSC,39
1 + Z,1D,CHM-DSC,49
1 + Z,1D Chains,CHM-DSC,31
1 + Z,2D,CHM-DSC,68
1 + Z,2D Layer,CHM-DSC,35
1 + Z,3D,CHM-DSC,85
1 + Z,Angles,CHM-PRO,32
1 + Z,Bond Length,CHM-PRO,35
1 + Z,Coordination Environment,CHM-PRO,92
1 + Z,Coordination Mode,CHM-PRO,58
1 + Z,Crystal Data,CHM-CMT,38
1 + Z,Hydrogen,CHM-CHM,113
1 + Z,Layers,CHM-DSC,40
1 + Z,Structure,CHM-PRO,65
1 + Z,Structure Refinement,CHM-CMT,82
1 1 0,100,CHM-CHM,137
1 1 0,Bulk,CHM-DSC,49
1 1 0,Crystal,CHM-DSC,73
1 1 0,Crystal Structure,CHM-PRO,42
1 1 0,Fe,CHM-CHM,61
1 1 0,Film,CHM-DSC,66
1 1 0,Films,CHM-DSC,85
1 1 0,GaAs,CHM-CHM,40
1 1 0,Hydrogen,CHM-CHM,35
1 1 0,Interface,CHM-DSC,44
1 1 0,Layers,CHM-DSC,90
1 1 0,Morphology,CHM-PRO,39
1 1 0,O,CHM-CHM,37
1 1 0,Oxygen,CHM-CHM,65
1 1 0,SEM,CHM-CMT,56
1 1 0,Si,CHM-CHM,54
1 1 0,Single Crystal,CHM-DSC,63
1 1 0,Structure,CHM-PRO,76
1 1 0,Substrate,CHM-DSC,140
1 1 0,Surface,CHM-DSC,191
1 1 0,Surfaces,CHM-DSC,107
1 1 0,TEM,CHM-CMT,42
1 1 0,Thin Films,CHM-DSC,59
1 1 0,X-Ray Diffraction,CHM-CMT,57
1 1 0,XRD,CHM-CMT,60
1 H,1H NMR,CHM-CMT,75
1 H,Hydrogen,CHM-CHM,56
1 H,NMR,CHM-CMT,76
1 Layer,Layers,DSC-DSC,39
1 Layer,Substrate,DSC-DSC,31
1 Layer,Surface,DSC-DSC,30
1 M Na2SO4,Ag,CHM-CHM,32
1 M Na2SO4,C-V Curve,CHM-CMT,31
1 M Na2SO4,CV,CHM-CMT,65
1 M Na2SO4,Carbon,CHM-CHM,38
1 M Na2SO4,Cyclic Voltammogram,CHM-CMT,37
1 M Na2SO4,Electrochemical Performance,CHM-PRO,30
1 M Na2SO4,Electrode,CHM-APL,86
1 M Na2SO4,Electrodes,CHM-APL,50
1 M Na2SO4,H2SO4,CHM-CHM,33
1 M Na2SO4,KOH,CHM-CHM,38
1 M Na2SO4,Na2SO4,CHM-CHM,100
1 M Na2SO4,Nyquist Plot,CHM-CMT,48
1 M Na2SO4,Ragone Plot,CHM-CMT,40
1 M Na2SO4,Raman,CHM-CMT,38
1 M Na2SO4,SEM,CHM-CMT,70
1 M Na2SO4,Specific Capacitance,CHM-PRO,66
1 M Na2SO4,Supercapacitor,CHM-APL,37
1 M Na2SO4,TEM,CHM-CMT,48
1 M Na2SO4,XPS,CHM-CMT,44
1 M Na2SO4,XRD,CHM-CMT,67
1 MPa H2,Catalyst,CHM-APL,42
1 O2,Oxygen,CHM-CHM,63
1 REMPI,REMPI,CMT-CMT,34
"1,1'-Bis(Diphenylphosphino)ferrocene",DPPF,CHM-CHM,65
"1,1,1,2-Tetrafluoroethane",HFC-134a,CHM-CHM,37
"1,1,1,3,3,3-Hexafluoro-2-Propanol",HFIP,CHM-CHM,65
"1,1,1,3,3,3-Hexamethyldisilazane",HMDS,CHM-CHM,40
"1,1,1-Trichloroethane",Chloroform,CHM-CHM,36
"1,1,1-Trichloroethane",Trichloroethylene,CHM-CHM,40
"1,1,2,2-Tetrachloroethane","1,2-Dichloroethane",CHM-CHM,50
"1,1,2,2-Tetrachloroethane",1H,CHM-CHM,38
"1,1,2,2-Tetrachloroethane",Chloroform,CHM-CHM,36
"1,1,2,2-Tetrachloroethane",TCE,CHM-CHM,40
"1,1-Diphenyl-2-Picryl-Hydrazyl",Antioxidant,CHM-APL,56
"1,1-Diphenyl-2-Picryl-Hydrazyl",Antioxidant,CHM-PRO,47
"1,1-Diphenyl-2-Picryl-Hydrazyl",Antioxidant,CMT-APL,31
"1,1-Diphenyl-2-Picryl-Hydrazyl",Antioxidant Activity,CHM-PRO,184
"1,1-Diphenyl-2-Picryl-Hydrazyl",Antioxidant Activity,CMT-PRO,115
"1,1-Diphenyl-2-Picryl-Hydrazyl",Antioxidant Property,CHM-PRO,32
"1,1-Diphenyl-2-Picryl-Hydrazyl",DPPH,CHM-CHM,246
"1,1-Diphenyl-2-Picryl-Hydrazyl",DPPH,CMT-CHM,178
"1,1-Diphenyl-2-Picryl-Hydrazyl",Dpph,CHM-CMT,187
"1,1-Diphenyl-2-Picryl-Hydrazyl",Dpph,CMT-CMT,149
"1,1-Diphenyl-2-Picryl-Hydrazyl",Flavonoids,CHM-CHM,39
"1,1-Diphenyl-2-Picryl-Hydrazyl",Hplc,CHM-CMT,36
"1,1-Diphenyl-2-Picryl-Hydrazyl",Hydroxyl,CHM-CHM,58
"1,1-Diphenyl-2-Picryl-Hydrazyl",Hydroxyl,CMT-CHM,30
"1,1-Diphenyl-2-Picryl-Hydrazyl",Methanol,CHM-CHM,33
"1,1-Diphenyl-2-Picryl-Hydrazyl",Phenolics,CHM-CHM,61
"1,1-Diphenyl-2-Picryl-Hydrazyl",Phenolics,CMT-CHM,39
"1,1-Diphenyl-2-Picryl-Hydrazyl",Polyphenol,CHM-CHM,32
"1,1-Diphenyl-2-Picryl-Hydrazyl",Radical Scavenging Activity,CHM-PRO,47
"1,1-Diphenyl-2-Picryl-Hydrazyl",Radical Scavenging Activity,CMT-PRO,31
"1,1-Diphenyl-2-Picryl-Hydrazyl",Reducing Power,CHM-PRO,35
"1,1-Diphenyl-2-Picryl-Hydrazyl",Scavenging Activity,CHM-PRO,35
"1,1-Diphenyl-2-Picryl-Hydrazyl",Superoxide,CHM-CHM,49
"1,10-Phen","1,10-Phenantroline",CHM-CHM,46
"1,10-Phen",Hydrogen,CHM-CHM,33
"1,10-Phenantroline","1,10-Phen",CHM-CHM,46
"1,10-Phenantroline",13C,CHM-CHM,60
"1,10-Phenantroline",13C NMR,CHM-CMT,40
"1,10-Phenantroline",1D,CHM-DSC,73
"1,10-Phenantroline",1H,CHM-CHM,205
"1,10-Phenantroline",1H,CHM-CMT,51
"1,10-Phenantroline",1H NMR,CHM-CMT,134
"1,10-Phenantroline","2,2'-Bipyridine",CHM-CHM,418
"1,10-Phenantroline","2,2'-Bipyridyl",CHM-CHM,72
"1,10-Phenantroline","2,2-Bipyridine",CHM-CHM,50
"1,10-Phenantroline","2,2′-Bipyridine",CHM-CHM,61
"1,10-Phenantroline","2,9-Dimethyl-1,10-Phenanthroline",CHM-CHM,62
"1,10-Phenantroline",2D,CHM-DSC,80
"1,10-Phenantroline","3,4,7,8-Tetramethyl-1,10-Phenanthroline",CHM-CHM,36
"1,10-Phenantroline",3D,CHM-DSC,87
"1,10-Phenantroline","4,4'-Bipyridine",CHM-CHM,36
"1,10-Phenantroline","4,4'-Dimethyl-2,2'-Bipyridine",CHM-CHM,39
"1,10-Phenantroline","4,7-Diphenyl-1,10-Phenanthroline",CHM-CHM,37
"1,10-Phenantroline",Absorption,CHM-CMT,53
"1,10-Phenantroline",Absorption,CHM-PRO,42
"1,10-Phenantroline",Absorption Spectrum,CHM-CMT,55
"1,10-Phenantroline",Acetate,CHM-CHM,30
"1,10-Phenantroline",Acetone,CHM-CHM,32
"1,10-Phenantroline",Acetonitrile,CHM-CHM,112
"1,10-Phenantroline",Activity,CHM-PRO,42
"1,10-Phenantroline",Ag,CHM-CHM,48
"1,10-Phenantroline",Amines,CHM-CHM,45
"1,10-Phenantroline",Amino Acid,CHM-CHM,39
"1,10-Phenantroline",Angles,CHM-PRO,35
"1,10-Phenantroline",Antimicrobial Activity,CHM-PRO,36
"1,10-Phenantroline",Aryl,CHM-CHM,31
"1,10-Phenantroline",BPY,CHM-CHM,206
"1,10-Phenantroline",Benzenes,CHM-CHM,45
"1,10-Phenantroline",Binding Constant,CHM-PRO,86
"1,10-Phenantroline",Bipy,CHM-CHM,133
"1,10-Phenantroline",Bipyridine,CHM-CHM,39
"1,10-Phenantroline",Bond Length,CHM-PRO,56
"1,10-Phenantroline",Br,CHM-CHM,37
"1,10-Phenantroline",CH2Cl2,CHM-CHM,81
"1,10-Phenantroline",CH3CN,CHM-CHM,56
"1,10-Phenantroline",CHCl3,CHM-CHM,30
"1,10-Phenantroline",CO,CHM-CHM,41
"1,10-Phenantroline",Carbon,CHM-CHM,81
"1,10-Phenantroline",Carbonyls,CHM-CHM,32
"1,10-Phenantroline",Carboxylates,CHM-CHM,64
"1,10-Phenantroline",Catalyst,CHM-APL,121
"1,10-Phenantroline",Catalytic Activity,CHM-PRO,46
"1,10-Phenantroline",Chains,CHM-DSC,31
"1,10-Phenantroline",Chemical Structures,CHM-PRO,39
"1,10-Phenantroline",Chlorides,CHM-CHM,46
"1,10-Phenantroline",Cisplatin,CHM-CHM,50
"1,10-Phenantroline",Cl,CHM-CHM,87
"1,10-Phenantroline",Cluster,CHM-DSC,51
"1,10-Phenantroline",Co,CHM-CHM,43
"1,10-Phenantroline",Co II,CHM-CHM,48
"1,10-Phenantroline",Cobalt,CHM-CHM,41
"1,10-Phenantroline",Cobalt (II),CHM-CHM,31
"1,10-Phenantroline",Compositions,CHM-PRO,46
"1,10-Phenantroline",Coordination,CHM-PRO,52
"1,10-Phenantroline",Coordination Polymer,CHM-DSC,46
"1,10-Phenantroline",Copper,CHM-CHM,139
"1,10-Phenantroline",Copper I,CHM-CHM,37
"1,10-Phenantroline",Copper II,CHM-CHM,136
"1,10-Phenantroline",Crystal,CHM-DSC,87
"1,10-Phenantroline",Crystal Structure,CHM-PRO,216
"1,10-Phenantroline",Crystalline,CHM-DSC,35
"1,10-Phenantroline",Cu,CHM-CHM,84
"1,10-Phenantroline",Cu(I),CHM-CHM,42
"1,10-Phenantroline",Cu(II),CHM-CHM,118
"1,10-Phenantroline",Cu2+,CHM-CHM,40
"1,10-Phenantroline",CuI,CHM-CHM,88
"1,10-Phenantroline",Cyclic Voltammetry,CHM-CMT,105
"1,10-Phenantroline",Cyclic Voltammogram,CHM-CMT,58
"1,10-Phenantroline",Cytotoxicity,CHM-PRO,69
"1,10-Phenantroline",DFT,CHM-CMT,69
"1,10-Phenantroline",DFT Calculations,CHM-CMT,33
"1,10-Phenantroline",DMF,CHM-CHM,131
"1,10-Phenantroline",DMSO,CHM-CHM,70
"1,10-Phenantroline",DNA,CHM-APL,51
"1,10-Phenantroline",DNA,CHM-PRO,65
"1,10-Phenantroline",DNA Binding,CHM-PRO,37
"1,10-Phenantroline",DPPZ,CHM-CHM,64
"1,10-Phenantroline",DPQ,CHM-CHM,42
"1,10-Phenantroline",Density Functional Theory,CHM-CMT,37
"1,10-Phenantroline",Detection Limit,CHM-PRO,31
"1,10-Phenantroline",Dichloromethane,CHM-CHM,39
"1,10-Phenantroline",Diimine,CHM-CHM,60
"1,10-Phenantroline","Dipyrido[3,2-a:2',3'-c]phenazine",CHM-CHM,38
"1,10-Phenantroline","Dipyrido[3,2-d:2',3'-f]Quinoxaline",CHM-CHM,30
"1,10-Phenantroline",Doped,CHM-DSC,50
"1,10-Phenantroline",EDTA,CHM-CHM,63
"1,10-Phenantroline",ESI MS,CHM-CMT,36
"1,10-Phenantroline",Electrochemical Properties,CHM-PRO,30
"1,10-Phenantroline",Electrode,CHM-APL,59
"1,10-Phenantroline",Elemental Analysis,CHM-CMT,229
"1,10-Phenantroline",Emission Intensity,CHM-PRO,30
"1,10-Phenantroline",Emission Spectra,CHM-CMT,76
"1,10-Phenantroline",Epr,CHM-CMT,60
"1,10-Phenantroline",Ethanol,CHM-CHM,56
"1,10-Phenantroline",Ethidium Bromide,CHM-CHM,54
"1,10-Phenantroline",Ethylene Diamine,CHM-CHM,33
"1,10-Phenantroline",Eu,CHM-CHM,70
"1,10-Phenantroline",Eu(III),CHM-CHM,57
"1,10-Phenantroline",Eu3+,CHM-CHM,79
"1,10-Phenantroline",Europium,CHM-CHM,60
"1,10-Phenantroline",Excited State,CHM-PRO,31
"1,10-Phenantroline",FT-IR,CHM-CMT,68
"1,10-Phenantroline",FTIR,CHM-CMT,44
"1,10-Phenantroline",Fe,CHM-CHM,74
"1,10-Phenantroline",Fe(II),CHM-CHM,54
"1,10-Phenantroline",Fe(III),CHM-CHM,43
"1,10-Phenantroline",Fe2+,CHM-CHM,39
"1,10-Phenantroline",Film,CHM-DSC,37
"1,10-Phenantroline",Films,CHM-DSC,45
"1,10-Phenantroline",Fluorescence,CHM-CMT,52
"1,10-Phenantroline",Fluorescence,CHM-PRO,56
"1,10-Phenantroline",G,CHM-PRO,32
"1,10-Phenantroline",Gd,CHM-CHM,33
"1,10-Phenantroline",H2,CHM-CHM,38
"1,10-Phenantroline",H2O,CHM-CHM,87
"1,10-Phenantroline",H2O2,CHM-CHM,54
"1,10-Phenantroline",HCl,CHM-CHM,34
"1,10-Phenantroline",Homo,CHM-PRO,36
"1,10-Phenantroline",Hydrogen,CHM-CHM,282
"1,10-Phenantroline",Hydrothermal Condition,CHM-SMT,33
"1,10-Phenantroline",Hydrothermal Reaction,CHM-SMT,47
"1,10-Phenantroline",Hydroxyl,CHM-CHM,51
"1,10-Phenantroline",IC50,CHM-PRO,30
"1,10-Phenantroline",IR Spectroscopy,CHM-CMT,47
"1,10-Phenantroline",Imidazole,CHM-CHM,30
"1,10-Phenantroline",Ir,CHM-CMT,204
"1,10-Phenantroline",Iron,CHM-CHM,72
"1,10-Phenantroline",Irradiation,CHM-SMT,65
"1,10-Phenantroline",K2CO3,CHM-CHM,48
"1,10-Phenantroline",Lanthanides,CHM-CHM,88
"1,10-Phenantroline",Layers,CHM-DSC,79
"1,10-Phenantroline",Lifetime,CHM-PRO,48
"1,10-Phenantroline",Luminescence,CHM-CMT,34
"1,10-Phenantroline",Luminescence,CHM-PRO,78
"1,10-Phenantroline",Luminescence Properties,CHM-PRO,41
"1,10-Phenantroline",Luminescent,CHM-PRO,79
"1,10-Phenantroline",MLCT,CHM-PRO,56
"1,10-Phenantroline",MTT,CHM-CHM,30
"1,10-Phenantroline",Magnetic Properties,CHM-PRO,38
"1,10-Phenantroline",Magnetics,CHM-PRO,34
"1,10-Phenantroline",MeCN,CHM-CHM,36
"1,10-Phenantroline",MeOH,CHM-CHM,52
"1,10-Phenantroline",Metal-to-Ligand Charge Transfer,CHM-PRO,40
"1,10-Phenantroline",Metals,CHM-PRO,70
"1,10-Phenantroline",Methanol,CHM-CHM,85
"1,10-Phenantroline",Methyl,CHM-CHM,42
"1,10-Phenantroline",Mn(II),CHM-CHM,32
"1,10-Phenantroline",Molecular Structure,CHM-PRO,119
"1,10-Phenantroline",Monoclinic,CHM-SPL,59
"1,10-Phenantroline",N-N,CHM-CHM,55
"1,10-Phenantroline",N2,CHM-CHM,46
"1,10-Phenantroline",NMR,CHM-CMT,75
"1,10-Phenantroline",NaCl,CHM-CHM,41
"1,10-Phenantroline",Nanoparticles,CHM-DSC,57
"1,10-Phenantroline",Ni,CHM-CHM,42
"1,10-Phenantroline",Ni II,CHM-CHM,39
"1,10-Phenantroline",Nitrogen,CHM-CHM,191
"1,10-Phenantroline",O,CHM-CHM,57
"1,10-Phenantroline",O2,CHM-CHM,51
"1,10-Phenantroline",One-Dimensional,CHM-DSC,32
"1,10-Phenantroline",Oxidation,CHM-SMT,54
"1,10-Phenantroline",Oxygen,CHM-CHM,209
"1,10-Phenantroline",PPh3,CHM-CHM,33
"1,10-Phenantroline",Palladium,CHM-CHM,33
"1,10-Phenantroline",Pd,CHM-CHM,37
"1,10-Phenantroline",Phen,CHM-CHM,1064
"1,10-Phenantroline",Phenanthroline,CHM-CHM,147
"1,10-Phenantroline",Phenyls,CHM-CHM,39
"1,10-Phenantroline",Phosphate,CHM-CHM,33
"1,10-Phenantroline",Photo Luminescence,CHM-CMT,88
"1,10-Phenantroline",Photophysical Properties,CHM-PRO,71
"1,10-Phenantroline",Platinum,CHM-CHM,31
"1,10-Phenantroline",Polymeric,CHM-DSC,32
"1,10-Phenantroline",Polymers,CHM-DSC,52
"1,10-Phenantroline",Powder,CHM-DSC,35
"1,10-Phenantroline",Pt,CHM-CHM,32
"1,10-Phenantroline",Pyridine,CHM-CHM,133
"1,10-Phenantroline",Raman,CHM-CMT,31
"1,10-Phenantroline",Ru,CHM-CHM,51
"1,10-Phenantroline",Ru(II),CHM-CHM,65
"1,10-Phenantroline",Ruthenium,CHM-CHM,64
"1,10-Phenantroline",Ruthenium II,CHM-CHM,44
"1,10-Phenantroline",SEM,CHM-CMT,71
"1,10-Phenantroline",Schiff Base,CHM-CHM,34
"1,10-Phenantroline",Silica,CHM-CHM,43
"1,10-Phenantroline",Single Crystal,CHM-CMT,58
"1,10-Phenantroline",Single Crystal,CHM-DSC,112
"1,10-Phenantroline",Single Crystal X-Ray Diffraction,CHM-CMT,79
"1,10-Phenantroline",Spectroscopic,CHM-CMT,32
"1,10-Phenantroline",Stability,CHM-PRO,59
"1,10-Phenantroline",Structural,CHM-PRO,31
"1,10-Phenantroline",Structure,CHM-PRO,219
"1,10-Phenantroline",Structures,CHM-PRO,108
"1,10-Phenantroline",Substrate,CHM-DSC,42
"1,10-Phenantroline",Surface,CHM-DSC,112
"1,10-Phenantroline",TEM,CHM-CMT,61
"1,10-Phenantroline",THF,CHM-CHM,74
"1,10-Phenantroline",Tb,CHM-CHM,37
"1,10-Phenantroline",Tb3+,CHM-CHM,37
"1,10-Phenantroline",Tga,CHM-CMT,58
"1,10-Phenantroline",Thermal Analysis,CHM-CMT,36
"1,10-Phenantroline",Thermal Stability,CHM-PRO,49
"1,10-Phenantroline",Thermogravimetric Analysis,CHM-CMT,56
"1,10-Phenantroline",Toluene,CHM-CHM,76
"1,10-Phenantroline",Transition Metal,CHM-CHM,65
"1,10-Phenantroline",Triclinic,CHM-SPL,47
"1,10-Phenantroline",Two-Dimensional,CHM-DSC,37
"1,10-Phenantroline",UV Vis,CHM-CMT,87
"1,10-Phenantroline",UV Vis Absorption,CHM-CMT,43
"1,10-Phenantroline",UV Vis Spectroscopy,CHM-CMT,41
"1,10-Phenantroline",UV Visible,CHM-CMT,40
"1,10-Phenantroline",X Ray,CHM-CMT,42
"1,10-Phenantroline",X-Ray Crystal Structure,CHM-CMT,51
"1,10-Phenantroline",X-Ray Crystallography,CHM-CMT,140
"1,10-Phenantroline",X-Ray Diffraction,CHM-CMT,203
"1,10-Phenantroline",X-ray Structure,CHM-CMT,30
"1,10-Phenantroline",XPS,CHM-CMT,34
"1,10-Phenantroline",XRD,CHM-CMT,81
"1,10-Phenantroline",Zinc,CHM-CHM,55
"1,10-Phenantroline",Zn,CHM-CHM,63
"1,10-Phenantroline",Zn(II),CHM-CHM,61
"1,10-Phenantroline",Zn2+,CHM-CHM,30
"1,10-Phenantroline",π-π Stacking,CHM-PRO,32
"1,2 Dichloroethane",THF,CHM-CHM,32
"1,2 Propanediol","1,2-Ethanediol",CHM-CHM,42
"1,2 Propanediol","1,2-PDO",CHM-CHM,60
"1,2 Propanediol","1,2-Propanediol",CHM-CHM,30
"1,2 Propanediol","1,3-Propanediol",CHM-CHM,112
"1,2 Propanediol",1-Propanol,CHM-CHM,61
"1,2 Propanediol",2-Propanol,CHM-CHM,48
"1,2 Propanediol",Acetol,CHM-CHM,34
"1,2 Propanediol",Activity,CHM-PRO,73
"1,2 Propanediol",Al2O3,CHM-CHM,52
"1,2 Propanediol",Alcohols,CHM-CHM,83
"1,2 Propanediol",CO,CHM-CHM,45
"1,2 Propanediol",CO2,CHM-CHM,54
"1,2 Propanediol",Carbon,CHM-CHM,72
"1,2 Propanediol",Catalyst,CHM-APL,270
"1,2 Propanediol",Catalytic Activity,CHM-PRO,48
"1,2 Propanediol",Catalytic Performance,CHM-PRO,32
"1,2 Propanediol",Compositions,CHM-PRO,35
"1,2 Propanediol",Copper,CHM-CHM,46
"1,2 Propanediol",Cu,CHM-CHM,94
"1,2 Propanediol",Diols,CHM-CHM,30
"1,2 Propanediol",Ethanol,CHM-CHM,87
"1,2 Propanediol",Ethylene Glycol,CHM-CHM,100
"1,2 Propanediol",Glycerol,CHM-CHM,273
"1,2 Propanediol",Glycerol Hydrogenolysis,CHM-APL,60
"1,2 Propanediol",H2,CHM-CHM,91
"1,2 Propanediol",H2O,CHM-CHM,35
"1,2 Propanediol",HRTEM,CHM-CMT,30
"1,2 Propanediol",Hydrogen,CHM-CHM,125
"1,2 Propanediol",Hydrogenolysis,CHM-APL,78
"1,2 Propanediol",Hydrogenolysis,CHM-SMT,44
"1,2 Propanediol",Lactic Acid,CHM-CHM,50
"1,2 Propanediol",Metals,CHM-PRO,32
"1,2 Propanediol",Methanol,CHM-CHM,88
"1,2 Propanediol",N2,CHM-CHM,55
"1,2 Propanediol",NH3,CHM-CHM,32
"1,2 Propanediol",NaOH,CHM-CHM,33
"1,2 Propanediol",Nanoparticles,CHM-DSC,59
"1,2 Propanediol",Ni,CHM-CHM,47
"1,2 Propanediol",Oxygen,CHM-CHM,34
"1,2 Propanediol",Particles,CHM-DSC,51
"1,2 Propanediol",Pd,CHM-CHM,43
"1,2 Propanediol",Polyols,CHM-CHM,33
"1,2 Propanediol",Propanediol,CHM-CHM,36
"1,2 Propanediol",Pt,CHM-CHM,69
"1,2 Propanediol",Ru,CHM-CHM,52
"1,2 Propanediol",SEM,CHM-CMT,63
"1,2 Propanediol",SiO2,CHM-CHM,38
"1,2 Propanediol",Stability,CHM-PRO,41
"1,2 Propanediol",Structure,CHM-PRO,44
"1,2 Propanediol",Surface,CHM-DSC,68
"1,2 Propanediol",TEM,CHM-CMT,101
"1,2 Propanediol",TPR,CHM-CMT,34
"1,2 Propanediol",X-Ray Diffraction,CHM-CMT,42
"1,2 Propanediol",XPS,CHM-CMT,61
"1,2 Propanediol",XRD,CHM-CMT,121
"1,2 Propanediol",ZnO,CHM-CHM,32
"1,2,3,4-Tetrahydroquinoline",Catalyst,CHM-APL,53
"1,2,3,4-Tetrahydroquinoline",Hydrogen,CHM-CHM,34
"1,2,3,4-Tetrahydroquinoline",Quinoline,CHM-CHM,56
"1,2,3-Triazole","1,3-Dipolar Cycloaddition",CHM-SMT,37
"1,2,3-Triazole","1,4-Disubstituted 1,2,3-Triazoles",CHM-CHM,34
"1,2,3-Triazole",1H,CHM-CHM,55
"1,2,3-Triazole",1H NMR,CHM-CMT,38
"1,2,3-Triazole",Alkyne,CHM-CHM,228
"1,2,3-Triazole",Amides,CHM-CHM,43
"1,2,3-Triazole",Azides,CHM-CHM,235
"1,2,3-Triazole",CUAAC,CHM-SMT,93
"1,2,3-Triazole",Carbon,CHM-CHM,41
"1,2,3-Triazole",Catalyst,CHM-APL,107
"1,2,3-Triazole",Catalytic Activity,CHM-PRO,38
"1,2,3-Triazole",Click Chemistry,CHM-SMT,64
"1,2,3-Triazole",Copper,CHM-CHM,124
"1,2,3-Triazole",Copper I,CHM-CHM,48
"1,2,3-Triazole",Cu,CHM-CHM,73
"1,2,3-Triazole",Cu(I),CHM-CHM,66
"1,2,3-Triazole",CuI,CHM-CHM,30
"1,2,3-Triazole",DMF,CHM-CHM,59
"1,2,3-Triazole",DMSO,CHM-CHM,31
"1,2,3-Triazole",FT-IR,CHM-CMT,35
"1,2,3-Triazole",H2O,CHM-CHM,56
"1,2,3-Triazole",Hydrogen,CHM-CHM,70
"1,2,3-Triazole",K2CO3,CHM-CHM,30
"1,2,3-Triazole",MeOH,CHM-CHM,31
"1,2,3-Triazole",Molecular Structure,CHM-PRO,30
"1,2,3-Triazole",NMR,CHM-CMT,34
"1,2,3-Triazole",NaN3,CHM-CHM,42
"1,2,3-Triazole",Nanoparticles,CHM-DSC,66
"1,2,3-Triazole",Nitrogen,CHM-CHM,43
"1,2,3-Triazole",Pd,CHM-CHM,30
"1,2,3-Triazole",SEM,CHM-CMT,38
"1,2,3-Triazole",Sodium Azide,CHM-CHM,49
"1,2,3-Triazole",Structure,CHM-PRO,39
"1,2,3-Triazole",Surface,CHM-DSC,37
"1,2,3-Triazole",TEM,CHM-CMT,53
"1,2,3-Triazole",THF,CHM-CHM,41
"1,2,3-Triazole",Triazole,CHM-CHM,188
"1,2,3-Triazole",XRD,CHM-CMT,34
"1,2,3-Trimethylbenzene",Toluene,CHM-CHM,30
"1,2,4,5-Tetracyanobenzene",TCNB,CHM-CHM,37
"1,2,4-TMB",Catalyst,CHM-APL,30
"1,2,4-TMB",Toluene,CHM-CHM,35
"1,2,4-Triazole",1H,CHM-CHM,39
"1,2,4-Triazole",3D,CHM-DSC,36
"1,2,4-Triazole",CH2Cl2,CHM-CHM,38
"1,2,4-Triazole",Crystal Structure,CHM-PRO,30
"1,2,4-Triazole",DMF,CHM-CHM,54
"1,2,4-Triazole",H2O,CHM-CHM,46
"1,2,4-Triazole",Hydrogen,CHM-CHM,57
"1,2,4-Triazole",Imidazole,CHM-CHM,63
"1,2,4-Triazole",K2CO3,CHM-CHM,30
"1,2,4-Triazole",Layers,CHM-DSC,32
"1,2,4-Triazole",MeOH,CHM-CHM,38
"1,2,4-Triazole",NaOH,CHM-CHM,30
"1,2,4-Triazole",Nitrogen,CHM-CHM,39
"1,2,4-Triazole",Pyrazole,CHM-CHM,41
"1,2,4-Triazole",Pyridine,CHM-CHM,43
"1,2,4-Triazole",Structure,CHM-PRO,51
"1,2,4-Triazole",THF,CHM-CHM,36
"1,2,4-Triazole",Triazole,CHM-CHM,63
"1,2,4-Triazole",X-Ray Diffraction,CHM-CMT,30
"1,2,4-Trichlorobenzene","1,2-Dichlorobenzene",CHM-CHM,49
"1,2,4-Trichlorobenzene",Benzenes,CHM-CHM,57
"1,2,4-Trichlorobenzene",Catalyst,CHM-APL,32
"1,2,4-Trichlorobenzene",Chlorobenzene,CHM-CHM,60
"1,2,4-Trichlorobenzene",Graphite,CHM-CHM,39
"1,2,4-Trichlorobenzene",Hydrogen,CHM-CHM,35
"1,2,4-Trichlorobenzene",Interface,CHM-DSC,36
"1,2,4-Trichlorobenzene",STM,CHM-CMT,41
"1,2,4-Trichlorobenzene",Structure,CHM-PRO,34
"1,2,4-Trichlorobenzene",Surface,CHM-DSC,37
"1,2,4-Trichlorobenzene",TCB,CHM-CHM,46
"1,2,4-Trichlorobenzene",Toluene,CHM-CHM,49
"1,2,4-Trimethylbenzene","1,3,5-Trimethylbenzene",CHM-CHM,59
"1,2,4-Trimethylbenzene",Benzenes,CHM-CHM,76
"1,2,4-Trimethylbenzene",Carbon,CHM-CHM,30
"1,2,4-Trimethylbenzene",Catalyst,CHM-APL,47
"1,2,4-Trimethylbenzene",Ethylbenzene,CHM-CHM,50
"1,2,4-Trimethylbenzene",Hydrocarbon,CHM-CHM,38
"1,2,4-Trimethylbenzene",O-Xylene,CHM-CHM,44
"1,2,4-Trimethylbenzene",P-Xylene,CHM-CHM,42
"1,2,4-Trimethylbenzene",TMB,CHM-CHM,31
"1,2,4-Trimethylbenzene",Toluene,CHM-CHM,126
"1,2,4-Trimethylbenzene",Xylene,CHM-CHM,36
"1,2,4-Trimethylbenzene",Zeolites,CHM-CHM,44
"1,2-Bis(4-Pyridyl)Ethylene","1,3-Bis(4-Pyridyl)propane",CHM-CHM,38
"1,2-Bis(4-Pyridyl)Ethylene",1D,CHM-DSC,50
"1,2-Bis(4-Pyridyl)Ethylene",2D,CHM-DSC,80
"1,2-Bis(4-Pyridyl)Ethylene",3D,CHM-DSC,75
"1,2-Bis(4-Pyridyl)Ethylene","4,4'-Bipyridine",CHM-CHM,46
"1,2-Bis(4-Pyridyl)Ethylene",BPE,CHM-CHM,150
"1,2-Bis(4-Pyridyl)Ethylene",Bpp,CHM-CHM,33
"1,2-Bis(4-Pyridyl)Ethylene",Coordination,CHM-PRO,50
"1,2-Bis(4-Pyridyl)Ethylene",Coordination Polymer,CHM-DSC,30
"1,2-Bis(4-Pyridyl)Ethylene",Crystal Structure,CHM-PRO,42
"1,2-Bis(4-Pyridyl)Ethylene",Elemental Analysis,CHM-CMT,43
"1,2-Bis(4-Pyridyl)Ethylene",Hydrogen,CHM-CHM,80
"1,2-Bis(4-Pyridyl)Ethylene",Ir,CHM-CMT,30
"1,2-Bis(4-Pyridyl)Ethylene",Layers,CHM-DSC,49
"1,2-Bis(4-Pyridyl)Ethylene",Polymers,CHM-DSC,35
"1,2-Bis(4-Pyridyl)Ethylene",Single Crystal,CHM-DSC,34
"1,2-Bis(4-Pyridyl)Ethylene",Structure,CHM-PRO,59
"1,2-Bis(4-Pyridyl)Ethylene",Structures,CHM-PRO,38
"1,2-Bis(4-Pyridyl)Ethylene",Two-Dimensional,CHM-DSC,37
"1,2-Bis(4-Pyridyl)Ethylene",X-Ray Diffraction,CHM-CMT,49
"1,2-Bis(Diphenylphosphino)ethane",1H,CHM-CHM,40
"1,2-Bis(Diphenylphosphino)ethane",DPPE,CHM-CHM,191
"1,2-Bis(Diphenylphosphino)ethane",Elemental Analysis,CHM-CMT,34
"1,2-Bis(Diphenylphosphino)ethane",NMR,CHM-CMT,30
"1,2-Bis(Diphenylphosphino)ethane",X-Ray Diffraction,CHM-CMT,35
"1,2-Bis(Triethoxysilyl)ethane",BTESE,CHM-CHM,30
"1,2-Bis(Triethoxysilyl)ethane",Mesoporous,CHM-DSC,41
"1,2-Bis(Triethoxysilyl)ethane",Organosilicate,CHM-CHM,30
"1,2-Bis(Triethoxysilyl)ethane",Silica,CHM-CHM,38
"1,2-Butanediol",Ethylene Glycol,CHM-CHM,31
"1,2-DCE","1,2-Dichloroethane",CHM-CHM,78
"1,2-DCE",CH2Cl2,CHM-CHM,52
"1,2-DCE",Cyclic Voltammogram,CHM-CMT,51
"1,2-DCE",DMF,CHM-CHM,55
"1,2-DCE",H2O,CHM-CHM,41
"1,2-DCE",HCl,CHM-CHM,51
"1,2-DCE",Hydrogen,CHM-CHM,30
"1,2-DCE",Interface,CHM-DSC,57
"1,2-DCE",K2CO3,CHM-CHM,34
"1,2-DCE",MeOH,CHM-CHM,54
"1,2-DCE",TFA,CHM-CHM,32
"1,2-DCE",THF,CHM-CHM,67
"1,2-DCE",Toluene,CHM-CHM,31
"1,2-Diamines",Catalyst,CHM-APL,31
"1,2-Diaminoethane","1,3-Diaminopropane",CHM-CHM,39
"1,2-Diaminopropane",Ethylene Diamine,CHM-CHM,30
"1,2-Dibromoethane",Acetone,CHM-CHM,33
"1,2-Dibromoethane",CH2Cl2,CHM-CHM,48
"1,2-Dibromoethane",DMF,CHM-CHM,65
"1,2-Dibromoethane",DMSO,CHM-CHM,30
"1,2-Dibromoethane",H2,CHM-CHM,31
"1,2-Dibromoethane",H2O,CHM-CHM,46
"1,2-Dibromoethane",HCl,CHM-CHM,30
"1,2-Dibromoethane",K2CO3,CHM-CHM,58
"1,2-Dibromoethane",MeOH,CHM-CHM,42
"1,2-Dibromoethane",NaH,CHM-CHM,36
"1,2-Dibromoethane",NaOH,CHM-CHM,30
"1,2-Dibromoethane",THF,CHM-CHM,68
"1,2-Dibromoethane",Toluene,CHM-CHM,50
"1,2-Dichlorobenzene","1,2,4-Trichlorobenzene",CHM-CHM,49
"1,2-Dichlorobenzene",1H,CHM-CHM,48
"1,2-Dichlorobenzene",1H NMR,CHM-CMT,41
"1,2-Dichlorobenzene",AFM,CHM-CMT,78
"1,2-Dichlorobenzene",Absorption,CHM-CMT,37
"1,2-Dichlorobenzene",Absorption Spectrum,CHM-CMT,42
"1,2-Dichlorobenzene",Acetone,CHM-CHM,31
"1,2-Dichlorobenzene",Acetonitrile,CHM-CHM,36
"1,2-Dichlorobenzene",Active Layer,CHM-APL,36
"1,2-Dichlorobenzene",Al,CHM-CHM,34
"1,2-Dichlorobenzene",Benzenes,CHM-CHM,74
"1,2-Dichlorobenzene",Blend,CHM-DSC,35
"1,2-Dichlorobenzene",C60,CHM-CHM,61
"1,2-Dichlorobenzene",CH2Cl2,CHM-CHM,60
"1,2-Dichlorobenzene",Carbon,CHM-CHM,74
"1,2-Dichlorobenzene",Catalyst,CHM-APL,72
"1,2-Dichlorobenzene",Chemical Structures,CHM-PRO,59
"1,2-Dichlorobenzene",Chlorobenzene,CHM-CHM,123
"1,2-Dichlorobenzene",Chloroform,CHM-CHM,79
"1,2-Dichlorobenzene",Crystal,CHM-DSC,36
"1,2-Dichlorobenzene",Cu,CHM-CHM,40
"1,2-Dichlorobenzene",Cyclic Voltammogram,CHM-CMT,69
"1,2-Dichlorobenzene",DCB,CHM-CHM,71
"1,2-Dichlorobenzene",DMF,CHM-CHM,62
"1,2-Dichlorobenzene",DSC,CHM-CMT,32
"1,2-Dichlorobenzene",Electrode,CHM-APL,44
"1,2-Dichlorobenzene",FT-IR,CHM-CMT,33
"1,2-Dichlorobenzene",Film,CHM-DSC,87
"1,2-Dichlorobenzene",Films,CHM-DSC,103
"1,2-Dichlorobenzene",Fullerene,CHM-CHM,41
"1,2-Dichlorobenzene",H2O,CHM-CHM,33
"1,2-Dichlorobenzene",HCl,CHM-CHM,35
"1,2-Dichlorobenzene",Homo,CHM-PRO,32
"1,2-Dichlorobenzene",Hydrogen,CHM-CHM,62
"1,2-Dichlorobenzene",ITO,CHM-CHM,33
"1,2-Dichlorobenzene",K2CO3,CHM-CHM,54
"1,2-Dichlorobenzene",Layers,CHM-DSC,55
"1,2-Dichlorobenzene",Molecular Structure,CHM-PRO,59
"1,2-Dichlorobenzene",Morphology,CHM-PRO,47
"1,2-Dichlorobenzene",N2,CHM-CHM,33
"1,2-Dichlorobenzene",Nitrogen,CHM-CHM,34
"1,2-Dichlorobenzene",Oxygen,CHM-CHM,49
"1,2-Dichlorobenzene",P3HT,CHM-CHM,64
"1,2-Dichlorobenzene",PCBM,CHM-CHM,47
"1,2-Dichlorobenzene",PEDOT,CHM-CHM,35
"1,2-Dichlorobenzene",Pd,CHM-CHM,31
"1,2-Dichlorobenzene",Photo Luminescence,CHM-CMT,31
"1,2-Dichlorobenzene",Pyridine,CHM-CHM,34
"1,2-Dichlorobenzene",Raman,CHM-CMT,35
"1,2-Dichlorobenzene",SEM,CHM-CMT,75
"1,2-Dichlorobenzene",Si,CHM-CHM,33
"1,2-Dichlorobenzene",SiO2,CHM-CHM,32
"1,2-Dichlorobenzene",Solar Cell,CHM-APL,50
"1,2-Dichlorobenzene",Spin Coater,CHM-SMT,34
"1,2-Dichlorobenzene",Structure,CHM-PRO,53
"1,2-Dichlorobenzene",Substrate,CHM-DSC,65
"1,2-Dichlorobenzene",Surface,CHM-DSC,69
"1,2-Dichlorobenzene",TEM,CHM-CMT,72
"1,2-Dichlorobenzene",THF,CHM-CHM,90
"1,2-Dichlorobenzene",Thin Films,CHM-DSC,65
"1,2-Dichlorobenzene",TiO2,CHM-CHM,33
"1,2-Dichlorobenzene",Toluene,CHM-CHM,155
"1,2-Dichlorobenzene",UV Vis Absorption,CHM-CMT,47
"1,2-Dichlorobenzene",XPS,CHM-CMT,42
"1,2-Dichlorobenzene",XRD,CHM-CMT,58
"1,2-Dichloroethane",(COCl)2,CHM-CHM,36
"1,2-Dichloroethane","1,1,2,2-Tetrachloroethane",CHM-CHM,50
"1,2-Dichloroethane","1,2-DCE",CHM-CHM,78
"1,2-Dichloroethane","1,4-Dioxane",CHM-CHM,81
"1,2-Dichloroethane","1,8-Diazabicyclo[5.4.0]undec-7-ene",CHM-CHM,32
"1,2-Dichloroethane",1H,CHM-CHM,109
"1,2-Dichloroethane",1H NMR,CHM-CMT,83
"1,2-Dichloroethane","2,6-Lutidine",CHM-CHM,37
"1,2-Dichloroethane",25C,CHM-CHM,46
"1,2-Dichloroethane",AFM,CHM-CMT,49
"1,2-Dichloroethane",AIBN,CHM-CHM,33
"1,2-Dichloroethane",Absorbance,CHM-PRO,30
"1,2-Dichloroethane",Absorption,CHM-CMT,69
"1,2-Dichloroethane",Absorption,CHM-PRO,32
"1,2-Dichloroethane",Absorption Spectrum,CHM-CMT,75
"1,2-Dichloroethane",Ac2O,CHM-CHM,59
"1,2-Dichloroethane",AcOH,CHM-CHM,118
"1,2-Dichloroethane",Acetic Acid,CHM-CHM,40
"1,2-Dichloroethane",Acetone,CHM-CHM,164
"1,2-Dichloroethane",Acetonitrile,CHM-CHM,143
"1,2-Dichloroethane",Activity,CHM-PRO,65
"1,2-Dichloroethane",Ag,CHM-CHM,70
"1,2-Dichloroethane",Al,CHM-CHM,41
"1,2-Dichloroethane",AlCl3,CHM-CHM,54
"1,2-Dichloroethane",Alcohols,CHM-CHM,49
"1,2-Dichloroethane",Aldehyde,CHM-CHM,49
"1,2-Dichloroethane",Alkene,CHM-CHM,41
"1,2-Dichloroethane",Alkyls,CHM-CHM,33
"1,2-Dichloroethane",Alkyne,CHM-CHM,41
"1,2-Dichloroethane",Amides,CHM-CHM,30
"1,2-Dichloroethane",Amines,CHM-CHM,56
"1,2-Dichloroethane",Angles,CHM-PRO,31
"1,2-Dichloroethane",Ar,CHM-CHM,31
"1,2-Dichloroethane",As Prepared,CHM-DSC,33
"1,2-Dichloroethane",Au,CHM-CHM,43
"1,2-Dichloroethane",Benzenes,CHM-CHM,129
"1,2-Dichloroethane",Benzyl,CHM-CHM,38
"1,2-Dichloroethane",Boc2O,CHM-CHM,32
"1,2-Dichloroethane",Bond Length,CHM-PRO,45
"1,2-Dichloroethane",Br,CHM-CHM,36
"1,2-Dichloroethane",Bulk,CHM-DSC,61
"1,2-Dichloroethane",CCl4,CHM-CHM,53
"1,2-Dichloroethane",CDCl3,CHM-CHM,41
"1,2-Dichloroethane",CH2Cl2,CHM-CHM,346
"1,2-Dichloroethane","CH2Cl2, 78C",CHM-CHM,44
"1,2-Dichloroethane",CH3CN,CHM-CHM,119
"1,2-Dichloroethane",CH3OH,CHM-CHM,32
"1,2-Dichloroethane",CHCl3,CHM-CHM,108
"1,2-Dichloroethane",CO,CHM-CHM,59
"1,2-Dichloroethane",CO2,CHM-CHM,62
"1,2-Dichloroethane",CV,CHM-CMT,32
"1,2-Dichloroethane",Carbon,CHM-CHM,140
"1,2-Dichloroethane",Carbon Tetrachloride,CHM-CHM,57
"1,2-Dichloroethane",Catalyst,CHM-APL,250
"1,2-Dichloroethane",Catalytic Activity,CHM-PRO,66
"1,2-Dichloroethane",Catalytic Performance,CHM-PRO,30
"1,2-Dichloroethane",Chemical Structures,CHM-PRO,96
"1,2-Dichloroethane",Chlorides,CHM-CHM,49
"1,2-Dichloroethane",Chlorines,CHM-CHM,68
"1,2-Dichloroethane",Chlorobenzene,CHM-CHM,54
"1,2-Dichloroethane",Chloroform,CHM-CHM,161
"1,2-Dichloroethane",Cl,CHM-CHM,87
"1,2-Dichloroethane",Coated,CHM-SMT,61
"1,2-Dichloroethane",Coatings,CHM-APL,37
"1,2-Dichloroethane",Compositions,CHM-PRO,52
"1,2-Dichloroethane",Contact Angle,CHM-PRO,53
"1,2-Dichloroethane",Copper,CHM-CHM,50
"1,2-Dichloroethane",Crystal,CHM-DSC,63
"1,2-Dichloroethane",Crystal Structure,CHM-PRO,59
"1,2-Dichloroethane",Crystalline,CHM-DSC,33
"1,2-Dichloroethane",Cs2CO3,CHM-CHM,41
"1,2-Dichloroethane",Cu,CHM-CHM,55
"1,2-Dichloroethane",CuI,CHM-CHM,59
"1,2-Dichloroethane",Cyclic Voltammetry,CHM-CMT,77
"1,2-Dichloroethane",Cyclic Voltammogram,CHM-CMT,114
"1,2-Dichloroethane",Cyclohexane,CHM-CHM,75
"1,2-Dichloroethane",DBU,CHM-CHM,56
"1,2-Dichloroethane",DCE,CHM-CHM,385
"1,2-Dichloroethane",DCM,CHM-CHM,65
"1,2-Dichloroethane",DDQ,CHM-CHM,38
"1,2-Dichloroethane",DFT,CHM-CMT,41
"1,2-Dichloroethane",DIBAL-H,CHM-CHM,36
"1,2-Dichloroethane",DIPEA,CHM-CHM,42
"1,2-Dichloroethane",DMAP,CHM-CHM,97
"1,2-Dichloroethane",DMF,CHM-CHM,341
"1,2-Dichloroethane",DMSO,CHM-CHM,132
"1,2-Dichloroethane",DSC,CHM-CMT,37
"1,2-Dichloroethane",Dess-Martin Periodinane,CHM-SMT,30
"1,2-Dichloroethane",Diamonds,CHM-CHM,32
"1,2-Dichloroethane",Dichloroethane,CHM-CHM,32
"1,2-Dichloroethane",Dichloromethane,CHM-CHM,175
"1,2-Dichloroethane",Dimethylsulfoxide,CHM-CHM,33
"1,2-Dichloroethane",Dioxane,CHM-CHM,71
"1,2-Dichloroethane",Doped,CHM-DSC,32
"1,2-Dichloroethane",Droplets,CHM-DSC,52
"1,2-Dichloroethane",Electrode,CHM-APL,77
"1,2-Dichloroethane",Electrodes,CHM-APL,36
"1,2-Dichloroethane",Electron Transfer,CHM-PRO,34
"1,2-Dichloroethane",Emission Spectra,CHM-CMT,55
"1,2-Dichloroethane",Et2O,CHM-CHM,77
"1,2-Dichloroethane",Et3N,CHM-CHM,175
"1,2-Dichloroethane",EtOAc,CHM-CHM,58
"1,2-Dichloroethane",Ethane,CHM-CHM,48
"1,2-Dichloroethane",Ethanol,CHM-CHM,147
"1,2-Dichloroethane",Ethers,CHM-CHM,32
"1,2-Dichloroethane",Ethyl Acetate,CHM-CHM,63
"1,2-Dichloroethane",Ethylene,CHM-CHM,62
"1,2-Dichloroethane",FT-IR,CHM-CMT,54
"1,2-Dichloroethane",FTIR,CHM-CMT,52
"1,2-Dichloroethane",Fe,CHM-CHM,43
"1,2-Dichloroethane",Ferrocenes,CHM-CHM,40
"1,2-Dichloroethane",Film,CHM-DSC,102
"1,2-Dichloroethane",Films,CHM-DSC,96
"1,2-Dichloroethane",Fluorescence,CHM-CMT,63
"1,2-Dichloroethane",H2,CHM-CHM,182
"1,2-Dichloroethane",H2O,CHM-CHM,276
"1,2-Dichloroethane",H2O2,CHM-CHM,84
"1,2-Dichloroethane",H2SO4,CHM-CHM,70
"1,2-Dichloroethane",HCl,CHM-CHM,244
"1,2-Dichloroethane",HOBt,CHM-CHM,41
"1,2-Dichloroethane",Heating,CHM-SMT,44
"1,2-Dichloroethane",Hexane,CHM-CHM,66
"1,2-Dichloroethane",Homo,CHM-PRO,32
"1,2-Dichloroethane",Hydrocarbon,CHM-CHM,42
"1,2-Dichloroethane",Hydrogen,CHM-CHM,223
"1,2-Dichloroethane",Hydrophilic,CHM-PRO,31
"1,2-Dichloroethane",Hydrophobic,CHM-PRO,33
"1,2-Dichloroethane",Imidazole,CHM-CHM,58
"1,2-Dichloroethane",Interface,CHM-DSC,260
"1,2-Dichloroethane",Ir,CHM-CMT,37
"1,2-Dichloroethane",Iron,CHM-CHM,35
"1,2-Dichloroethane",Irradiation,CHM-SMT,34
"1,2-Dichloroethane",K,CHM-PRO,30
"1,2-Dichloroethane",K+,CHM-CHM,33
"1,2-Dichloroethane",K2CO3,CHM-CHM,178
"1,2-Dichloroethane",KOH,CHM-CHM,66
"1,2-Dichloroethane",Ketone,CHM-CHM,34
"1,2-Dichloroethane",Layers,CHM-DSC,62
"1,2-Dichloroethane",Lewis Acids,CHM-CHM,34
"1,2-Dichloroethane",LiAlH4,CHM-CHM,41
"1,2-Dichloroethane",LiCl,CHM-CHM,51
"1,2-Dichloroethane",LiOH,CHM-CHM,52
"1,2-Dichloroethane",M-CPBA,CHM-CHM,42
"1,2-Dichloroethane",MeCN,CHM-CHM,95
"1,2-Dichloroethane",MeI,CHM-CHM,57
"1,2-Dichloroethane",MeOH,CHM-CHM,269
"1,2-Dichloroethane",Membrane,CHM-DSC,64
"1,2-Dichloroethane",Metals,CHM-PRO,30
"1,2-Dichloroethane",Methanol,CHM-CHM,121
"1,2-Dichloroethane",Molecular Structure,CHM-PRO,99
"1,2-Dichloroethane",Monolayers,CHM-DSC,47
"1,2-Dichloroethane",Morphology,CHM-PRO,37
"1,2-Dichloroethane",MsCl,CHM-CHM,35
"1,2-Dichloroethane","N,N-Dimethylformamide",CHM-CHM,68
"1,2-Dichloroethane",N-Hexane,CHM-CHM,38
"1,2-Dichloroethane",N2,CHM-CHM,68
"1,2-Dichloroethane",NEt3,CHM-CHM,36
"1,2-Dichloroethane",NH3,CHM-CHM,54
"1,2-Dichloroethane",NMP,CHM-CHM,32
"1,2-Dichloroethane",NMR,CHM-CMT,48
"1,2-Dichloroethane",Na2CO3,CHM-CHM,41
"1,2-Dichloroethane",NaBH(OAc)3,CHM-CHM,51
"1,2-Dichloroethane",NaBH4,CHM-CHM,85
"1,2-Dichloroethane",NaCl,CHM-CHM,38
"1,2-Dichloroethane",NaH,CHM-CHM,128
"1,2-Dichloroethane",NaHCO3,CHM-CHM,80
"1,2-Dichloroethane",NaIO4,CHM-CHM,30
"1,2-Dichloroethane",NaN3,CHM-CHM,31
"1,2-Dichloroethane",NaOH,CHM-CHM,143
"1,2-Dichloroethane",Nanoparticles,CHM-DSC,53
"1,2-Dichloroethane",Ni,CHM-CHM,47
"1,2-Dichloroethane",Nitrobenzene,CHM-CHM,41
"1,2-Dichloroethane",Nitrogen,CHM-CHM,81
"1,2-Dichloroethane",O,CHM-CHM,60
"1,2-Dichloroethane",O2,CHM-CHM,68
"1,2-Dichloroethane",OH,CHM-CHM,35
"1,2-Dichloroethane",Olefins,CHM-CHM,43
"1,2-Dichloroethane",Oxidation,CHM-APL,50
"1,2-Dichloroethane",Oxidation,CHM-SMT,67
"1,2-Dichloroethane",Oxygen,CHM-CHM,145
"1,2-Dichloroethane",POCl3,CHM-CHM,78
"1,2-Dichloroethane",PPh3,CHM-CHM,69
"1,2-Dichloroethane",Palladium,CHM-CHM,51
"1,2-Dichloroethane",Particles,CHM-DSC,69
"1,2-Dichloroethane",Pd,CHM-CHM,95
"1,2-Dichloroethane",Pd(OAc)2,CHM-CHM,44
"1,2-Dichloroethane",Pd(PPh3)4,CHM-CHM,73
"1,2-Dichloroethane",Pd/C,CHM-CHM,78
"1,2-Dichloroethane",Piperidine,CHM-CHM,53
"1,2-Dichloroethane",Platinum,CHM-CHM,33
"1,2-Dichloroethane",Porphyrin,CHM-CHM,38
"1,2-Dichloroethane",Powder,CHM-DSC,38
"1,2-Dichloroethane",Pt,CHM-CHM,74
"1,2-Dichloroethane",Pyridine,CHM-CHM,179
"1,2-Dichloroethane",Rate Constant,CHM-PRO,51
"1,2-Dichloroethane",Reductions,CHM-SMT,46
"1,2-Dichloroethane",Ru,CHM-CHM,30
"1,2-Dichloroethane",SEM,CHM-CMT,182
"1,2-Dichloroethane",SOCl2,CHM-CHM,40
"1,2-Dichloroethane",Selectivity,CHM-PRO,45
"1,2-Dichloroethane",Separation Efficiency,CHM-PRO,31
"1,2-Dichloroethane",Si,CHM-CHM,34
"1,2-Dichloroethane",SiO2,CHM-CHM,59
"1,2-Dichloroethane",Silica,CHM-CHM,45
"1,2-Dichloroethane",Silver,CHM-CHM,39
"1,2-Dichloroethane",Single Crystal,CHM-DSC,36
"1,2-Dichloroethane",Stability,CHM-PRO,61
"1,2-Dichloroethane",Structure,CHM-PRO,142
"1,2-Dichloroethane",Structures,CHM-PRO,43
"1,2-Dichloroethane",Substrate,CHM-DSC,77
"1,2-Dichloroethane",Super Hydrophobicity,CHM-PRO,31
"1,2-Dichloroethane",Surface,CHM-DSC,189
"1,2-Dichloroethane",Surfaces,CHM-DSC,51
"1,2-Dichloroethane",TBAF,CHM-CHM,79
"1,2-Dichloroethane",TBHP,CHM-CHM,32
"1,2-Dichloroethane",TBS,CHM-CHM,57
"1,2-Dichloroethane",TBSCl,CHM-CHM,30
"1,2-Dichloroethane",TCE,CHM-CHM,35
"1,2-Dichloroethane",TEA,CHM-CHM,34
"1,2-Dichloroethane",TEM,CHM-CMT,113
"1,2-Dichloroethane",TFA,CHM-CHM,110
"1,2-Dichloroethane",THF,CHM-CHM,431
"1,2-Dichloroethane",TMS,CHM-CHM,31
"1,2-Dichloroethane",Tert-Butyldimethylsilyl,CHM-CHM,56
"1,2-Dichloroethane",Tetrahydrofuran,CHM-CHM,87
"1,2-Dichloroethane",Tga,CHM-CMT,33
"1,2-Dichloroethane",Thin Films,CHM-DSC,42
"1,2-Dichloroethane",TiO2,CHM-CHM,48
"1,2-Dichloroethane",Toluene,CHM-CHM,356
"1,2-Dichloroethane",Trichloroethylene,CHM-CHM,49
"1,2-Dichloroethane",Triethylamine,CHM-CHM,37
"1,2-Dichloroethane",Trifluoromethanesulfonyl,CHM-CHM,34
"1,2-Dichloroethane",Trimethylsilyl,CHM-CHM,35
"1,2-Dichloroethane",UV Vis,CHM-CMT,41
"1,2-Dichloroethane",UV Vis Absorption,CHM-CMT,55
"1,2-Dichloroethane",Vinyl Chloride,CHM-CHM,58
"1,2-Dichloroethane",X-Ray Crystal Structure,CHM-CMT,33
"1,2-Dichloroethane",X-Ray Diffraction,CHM-CMT,78
"1,2-Dichloroethane",XPS,CHM-CMT,92
"1,2-Dichloroethane",XRD,CHM-CMT,119
"1,2-Dichloroethane",Zeolites,CHM-CHM,51
"1,2-Dichloroethane",Zn,CHM-CHM,41
"1,2-Dichloroethane",n-BuLi,CHM-CHM,30
"1,2-Dihydronaphthalene",Naphthalene,CHM-CHM,30
"1,2-Dihydroxybenzene",Catechols,CHM-CHM,36
"1,2-Dimethoxyethane","1,3-Dioxolane",CHM-CHM,37
"1,2-Dimethoxyethane",1H,CHM-CHM,37
"1,2-Dimethoxyethane",Acetone,CHM-CHM,36
"1,2-Dimethoxyethane",Acetonitrile,CHM-CHM,30
"1,2-Dimethoxyethane",Benzenes,CHM-CHM,35
"1,2-Dimethoxyethane",CH2Cl2,CHM-CHM,74
"1,2-Dimethoxyethane",Carbon,CHM-CHM,47
"1,2-Dimethoxyethane",Catalyst,CHM-APL,35
"1,2-Dimethoxyethane",Cathode,CHM-APL,32
"1,2-Dimethoxyethane",DME,CHM-CHM,294
"1,2-Dimethoxyethane",DMF,CHM-CHM,73
"1,2-Dimethoxyethane",DMSO,CHM-CHM,44
"1,2-Dimethoxyethane",Electrode,CHM-APL,41
"1,2-Dimethoxyethane",Electrodes,CHM-APL,32
"1,2-Dimethoxyethane",Electrolyte,CHM-APL,100
"1,2-Dimethoxyethane",Et2O,CHM-CHM,38
"1,2-Dimethoxyethane",Et3N,CHM-CHM,48
"1,2-Dimethoxyethane",Ethers,CHM-CHM,57
"1,2-Dimethoxyethane",H2,CHM-CHM,42
"1,2-Dimethoxyethane",H2O,CHM-CHM,75
"1,2-Dimethoxyethane",HCl,CHM-CHM,45
"1,2-Dimethoxyethane",Hydrogen,CHM-CHM,54
"1,2-Dimethoxyethane",K2CO3,CHM-CHM,52
"1,2-Dimethoxyethane",Li,CHM-CHM,71
"1,2-Dimethoxyethane",Lithium,CHM-CHM,105
"1,2-Dimethoxyethane",MeOH,CHM-CHM,71
"1,2-Dimethoxyethane",Molecular Structure,CHM-PRO,35
"1,2-Dimethoxyethane",NaH,CHM-CHM,33
"1,2-Dimethoxyethane",NaOH,CHM-CHM,31
"1,2-Dimethoxyethane",Oxygen,CHM-CHM,58
"1,2-Dimethoxyethane",PPh3,CHM-CHM,34
"1,2-Dimethoxyethane",Pd(PPh3)4,CHM-CHM,36
"1,2-Dimethoxyethane",Propylene Carbonate,CHM-CHM,31
"1,2-Dimethoxyethane",Pyridine,CHM-CHM,46
"1,2-Dimethoxyethane",Structure,CHM-PRO,49
"1,2-Dimethoxyethane",Sulfur,CHM-CHM,30
"1,2-Dimethoxyethane",THF,CHM-CHM,143
"1,2-Dimethoxyethane",Tetrahydrofuran,CHM-CHM,71
"1,2-Dimethoxyethane",Toluene,CHM-CHM,83
"1,2-Dimethoxyethane",X-Ray Diffraction,CHM-CMT,41
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Bilayer,CHM-DSC,81
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Bilayers,CHM-DSC,58
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Cholesterol,CHM-CHM,34
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",DMPC,CHM-CHM,171
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",DPPC,CHM-CHM,33
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Liposome,CHM-DSC,41
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Membrane,CHM-DSC,61
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Structure,CHM-PRO,33
"1,2-Dimyristoyl-SN-Glycero-3-Phosphocholine",Vesicle,CHM-DSC,38
"1,2-Diol",Alcohols,CHM-CHM,48
"1,2-Diol",Aldehyde,CHM-CHM,44
"1,2-Diol",Amines,CHM-CHM,30
"1,2-Diol",Carbon,CHM-CHM,36
"1,2-Diol",Catalyst,CHM-APL,55
"1,2-Diol",Diol,CHM-CHM,32
"1,2-Diol",Diols,CHM-CHM,41
"1,2-Diol",Epoxides,CHM-CHM,49
"1,2-Diol",Oxidation,CHM-SMT,36
"1,2-Dioleoyl-3-Trimethylammonium-Propane",DOTAP,CHM-CHM,41
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine","1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",CHM-CHM,42
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",Bilayer,CHM-DSC,57
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",Bilayers,CHM-DSC,61
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",Cholesterol,CHM-CHM,49
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",DOPC,CHM-CHM,165
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",DPPC,CHM-CHM,48
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",Liposome,CHM-DSC,40
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",Membrane,CHM-DSC,76
"1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",Vesicle,CHM-DSC,53
"1,2-Dioleoyl-sn-Glycero-3-Phosphoethanolamine",DOPE,CHM-CHM,41
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine","1,2-Dioleoyl-SN-Glycero-3-Phosphocholine",CHM-CHM,42
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",AFM,CHM-CMT,32
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Bilayer,CHM-DSC,60
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Bilayers,CHM-DSC,67
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Cholesterol,CHM-CHM,58
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Compositions,CHM-PRO,31
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",DOPC,CHM-CHM,43
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",DPPC,CHM-CHM,237
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Film,CHM-DSC,30
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Interface,CHM-DSC,37
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Lipid,CHM-DSC,30
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Liposome,CHM-DSC,67
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Membrane,CHM-DSC,88
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Monolayers,CHM-DSC,71
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Structure,CHM-PRO,36
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Surface,CHM-DSC,30
"1,2-Dipalmitoyl-SN-Glycero-3-Phosphocholine",Vesicle,CHM-DSC,37
"1,2-Distearoyl-SN-Glycero-3-Phosphocholine",DSPC,CHM-CHM,37
"1,2-Epoxyhexane",Catalyst,CHM-APL,38
"1,2-Epoxyhexane",Epoxides,CHM-CHM,43
"1,2-Ethanediol","1,2 Propanediol",CHM-CHM,42
"1,2-Ethanediol","1,3-Propanediol",CHM-CHM,38
"1,2-Ethanediol",Ethanol,CHM-CHM,39
"1,2-Ethanediol",Hydrogen,CHM-CHM,39
"1,2-Ethanedithiol",EDT,CHM-CHM,40
"1,2-Ethanedithiol",Films,CHM-DSC,31
"1,2-Hexadecanediol",Nanoparticles,CHM-DSC,34
"1,2-PDO","1,2 Propanediol",CHM-CHM,60
"1,2-PDO",Catalyst,CHM-APL,91
"1,2-PDO",Cu,CHM-CHM,43
"1,2-PDO",Glycerol,CHM-CHM,93
"1,2-PDO",Glycerol Hydrogenolysis,CHM-APL,36
"1,2-PDO",H2,CHM-CHM,52
"1,2-PDO",Hydrogen,CHM-CHM,36
"1,2-PDO",Hydrogenolysis,CHM-APL,37
"1,2-PDO",Hydrogenolysis,CHM-SMT,30
"1,2-PDO",TEM,CHM-CMT,42
"1,2-PDO",XRD,CHM-CMT,51
"1,2-Propanediol","1,2 Propanediol",CHM-CHM,30
"1,2-Propylene Glycol",Catalyst,CHM-APL,43
"1,2-Propylene Glycol",Ethylene Glycol,CHM-CHM,31
"1,25(OH)2D3",Calcium,CHM-CHM,31
"1,25(OH)2D3",Cells,CHM-DSC,36
"1,25(OH)2D3",Vitamin D,CHM-CHM,65
"1,3,4-Oxadiazole",1H,CHM-CHM,32
"1,3,4-Oxadiazole",Oxadiazole,CHM-CHM,35
"1,3,5-Benzenetricarboxylate",BTC,CHM-CHM,77
"1,3,5-Benzenetricarboxylate",Cu3(BTC)2,CHM-CHM,34
"1,3,5-Benzenetricarboxylate",Metals,CHM-PRO,30
"1,3,5-Benzenetricarboxylate",Structure,CHM-PRO,40
"1,3,5-Benzenetricarboxylic Acid",2D,CHM-DSC,31
"1,3,5-Benzenetricarboxylic Acid",3D,CHM-DSC,43
"1,3,5-Benzenetricarboxylic Acid",Hydrogen,CHM-CHM,37
"1,3,5-Benzenetricarboxylic Acid",Structure,CHM-PRO,44
"1,3,5-Triamino-2,4,6-Trinitrobenzene",TATB,CHM-CHM,58
"1,3,5-Triaza-7-Phosphaadamantane",PTA,CHM-CHM,63
"1,3,5-Triazine",Hydrogen,CHM-CHM,32
"1,3,5-Triazine",Nitrogen,CHM-CHM,32
"1,3,5-Triazine",Triazine,CHM-CHM,49
"1,3,5-Trifluorobenzene",Benzenes,CHM-CHM,35
"1,3,5-Triisopropylbenzene",Catalyst,CHM-APL,57
"1,3,5-Triisopropylbenzene",Catalytic Activity,CHM-PRO,32
"1,3,5-Triisopropylbenzene",Cumene,CHM-CHM,30
"1,3,5-Triisopropylbenzene",Mesoporous,CHM-DSC,49
"1,3,5-Triisopropylbenzene",N2,CHM-CHM,34
"1,3,5-Triisopropylbenzene",SEM,CHM-CMT,36
"1,3,5-Triisopropylbenzene",Silica,CHM-CHM,37
"1,3,5-Triisopropylbenzene",TIPB,CHM-CHM,41
"1,3,5-Triisopropylbenzene",XRD,CHM-CMT,41
"1,3,5-Triisopropylbenzene",Zeolites,CHM-CHM,74
"1,3,5-Trimethoxybenzene",1H,CHM-CHM,53
"1,3,5-Trimethoxybenzene",1H NMR,CHM-CMT,40
"1,3,5-Trimethylbenzene","1,2,4-Trimethylbenzene",CHM-CHM,59
"1,3,5-Trimethylbenzene",Benzenes,CHM-CHM,92
"1,3,5-Trimethylbenzene",Carbon,CHM-CHM,34
"1,3,5-Trimethylbenzene",Catalyst,CHM-APL,32
"1,3,5-Trimethylbenzene",Ethylbenzene,CHM-CHM,36
"1,3,5-Trimethylbenzene",Mesoporous,CHM-DSC,55
"1,3,5-Trimethylbenzene",N2,CHM-CHM,37
"1,3,5-Trimethylbenzene",OH,CHM-CHM,33
"1,3,5-Trimethylbenzene",Pore Sizes,CHM-PRO,37
"1,3,5-Trimethylbenzene",Silica,CHM-CHM,58
"1,3,5-Trimethylbenzene",Surface,CHM-DSC,34
"1,3,5-Trimethylbenzene",TMB,CHM-CHM,72
"1,3,5-Trimethylbenzene",Toluene,CHM-CHM,108
"1,3,5-Trimethylbenzene",Zeolites,CHM-CHM,44
"1,3,5-Trinitrobenzene",TNB,CHM-CHM,33
"1,3-Alternate",1H,CHM-CHM,33
"1,3-Alternate",1H NMR,CHM-CMT,31
"1,3-Alternate",Calixarene,CHM-CHM,36
"1,3-Alternate",Hydrogen,CHM-CHM,31
"1,3-Bis(4-Pyridyl)propane","1,2-Bis(4-Pyridyl)Ethylene",CHM-CHM,38
"1,3-Bis(4-Pyridyl)propane",1D,CHM-DSC,45
"1,3-Bis(4-Pyridyl)propane",2D,CHM-DSC,56
"1,3-Bis(4-Pyridyl)propane",3D,CHM-DSC,56
"1,3-Bis(4-Pyridyl)propane",Bpp,CHM-CHM,119
"1,3-Bis(4-Pyridyl)propane",Elemental Analysis,CHM-CMT,37
"1,3-Bis(4-Pyridyl)propane",Hydrogen,CHM-CHM,39
"1,3-Bis(4-Pyridyl)propane",Layers,CHM-DSC,32
"1,3-Bis(4-Pyridyl)propane",X-Ray Diffraction,CHM-CMT,37
"1,3-Bis(Diphenylphosphino)Propane",DPPP,CHM-CHM,84
"1,3-Butadiene","1,3-Butadiene Hydrogenation",CHM-APL,46
"1,3-Butadiene",1-Butene,CHM-CHM,218
"1,3-Butadiene",1H,CHM-CHM,33
"1,3-Butadiene",2-Butene,CHM-CHM,34
"1,3-Butadiene",Acetaldehyde,CHM-CHM,79
"1,3-Butadiene",Acetylene,CHM-CHM,89
"1,3-Butadiene",Acrolein,CHM-CHM,34
"1,3-Butadiene",Activation Energy,CHM-PRO,34
"1,3-Butadiene",Activity,CHM-PRO,119
"1,3-Butadiene",Ag,CHM-CHM,33
"1,3-Butadiene",Al2O3,CHM-CHM,68
"1,3-Butadiene",Alcohols,CHM-CHM,43
"1,3-Butadiene",Aldehyde,CHM-CHM,44
"1,3-Butadiene",Alkane,CHM-CHM,33
"1,3-Butadiene",Alkene,CHM-CHM,62
"1,3-Butadiene",Allene,CHM-CHM,43
"1,3-Butadiene",Alumina,CHM-CHM,39
"1,3-Butadiene",Au,CHM-CHM,37
"1,3-Butadiene",Benzenes,CHM-CHM,193
"1,3-Butadiene",Bond Length,CHM-PRO,42
"1,3-Butadiene",Butadiene,CHM-CHM,168
"1,3-Butadiene",Butanes,CHM-CHM,71
"1,3-Butadiene",Butene,CHM-CHM,93
"1,3-Butadiene",C2H4,CHM-CHM,32
"1,3-Butadiene",C4H6,CHM-CHM,52
"1,3-Butadiene",CH3,CHM-CHM,31
"1,3-Butadiene",CH4,CHM-CHM,35
"1,3-Butadiene",CO,CHM-CHM,156
"1,3-Butadiene",CO2,CHM-CHM,99
"1,3-Butadiene",Carbon,CHM-CHM,155
"1,3-Butadiene",Carbon Dioxide,CHM-CHM,34
"1,3-Butadiene",Carbon Monoxide,CHM-CHM,41
"1,3-Butadiene",Carbonyls,CHM-CHM,36
"1,3-Butadiene",Catalyst,APL-APL,34
"1,3-Butadiene",Catalyst,CHM-APL,397
"1,3-Butadiene",Catalytic Activity,CHM-PRO,70
"1,3-Butadiene",Catalytic Performance,CHM-PRO,68
"1,3-Butadiene",Cis-2-Butene,CHM-CHM,48
"1,3-Butadiene",Cluster,CHM-DSC,33
"1,3-Butadiene",Co,CHM-CHM,33
"1,3-Butadiene",Cobalt,CHM-CHM,36
"1,3-Butadiene",Compositions,CHM-PRO,48
"1,3-Butadiene",Cu,CHM-CHM,44
"1,3-Butadiene",Cyclohexane,CHM-CHM,39
"1,3-Butadiene",Cyclohexene,CHM-CHM,30
"1,3-Butadiene",DFT,CHM-CMT,49
"1,3-Butadiene",Diamonds,CHM-CHM,33
"1,3-Butadiene",Diene,CHM-CHM,79
"1,3-Butadiene",Ethane,CHM-CHM,61
"1,3-Butadiene",Ethanol,CHM-CHM,89
"1,3-Butadiene",Ethene,CHM-CHM,61
"1,3-Butadiene",Ethylene,CHM-CHM,173
"1,3-Butadiene",FTIR,CHM-CMT,40
"1,3-Butadiene",Formaldehyde,CHM-CHM,58
"1,3-Butadiene",Furans,CHM-CHM,32
"1,3-Butadiene",H2,CHM-CHM,97
"1,3-Butadiene",H2O,CHM-CHM,41
"1,3-Butadiene",Hydrocarbon,CHM-CHM,102
"1,3-Butadiene",Hydrogen,CHM-CHM,195
"1,3-Butadiene",Hydrogenation,CHM-APL,91
"1,3-Butadiene",Hydrogenation,CHM-SMT,93
"1,3-Butadiene",Ir,CHM-CMT,34
"1,3-Butadiene",Isobutene,CHM-CHM,41
"1,3-Butadiene",Isoprene,CHM-CHM,60
"1,3-Butadiene",Metals,CHM-PRO,37
"1,3-Butadiene",Methane,CHM-CHM,79
"1,3-Butadiene",Methanol,CHM-CHM,48
"1,3-Butadiene",Methyl,CHM-CHM,48
"1,3-Butadiene",MgO,CHM-CHM,39
"1,3-Butadiene",Microstructure,CHM-PRO,36
"1,3-Butadiene",N2,CHM-CHM,67
"1,3-Butadiene",NH3,CHM-CHM,31
"1,3-Butadiene",NO,CHM-CHM,33
"1,3-Butadiene",Nanoparticles,CHM-DSC,46
"1,3-Butadiene",Naphthalene,CHM-CHM,37
"1,3-Butadiene",Ni,CHM-CHM,62
"1,3-Butadiene",Nickel,CHM-CHM,37
"1,3-Butadiene",Nitrogen,CHM-CHM,67
"1,3-Butadiene",O,CHM-CHM,38
"1,3-Butadiene",O2,CHM-CHM,65
"1,3-Butadiene",OH,CHM-CHM,54
"1,3-Butadiene",Olefins,CHM-CHM,60
"1,3-Butadiene",Oxidation,CHM-SMT,53
"1,3-Butadiene",Oxygen,CHM-CHM,111
"1,3-Butadiene",Palladium,CHM-CHM,62
"1,3-Butadiene",Particles,CHM-DSC,54
"1,3-Butadiene",Pd,CHM-CHM,128
"1,3-Butadiene",Polybutadienes,CHM-CHM,33
"1,3-Butadiene",Propane,CHM-CHM,57
"1,3-Butadiene",Propene,CHM-CHM,101
"1,3-Butadiene",Propylene,CHM-CHM,58
"1,3-Butadiene",Propyne,CHM-CHM,38
"1,3-Butadiene",Pt,CHM-CHM,60
"1,3-Butadiene",Pyrolysis,CHM-SMT,44
"1,3-Butadiene",Rate Constant,CHM-PRO,48
"1,3-Butadiene",Reductions,CHM-SMT,39
"1,3-Butadiene",Selectivity,CHM-PRO,62
"1,3-Butadiene",Si,CHM-CHM,36
"1,3-Butadiene",SiO2,CHM-CHM,66
"1,3-Butadiene",Silica,CHM-CHM,44
"1,3-Butadiene",Stability,CHM-PRO,31
"1,3-Butadiene",Structure,CHM-PRO,68
"1,3-Butadiene",Structures,CHM-PRO,30
"1,3-Butadiene",Styrene,CHM-CHM,75
"1,3-Butadiene",Surface,CHM-DSC,172
"1,3-Butadiene",Surfaces,CHM-DSC,57
"1,3-Butadiene",TEM,CHM-CMT,62
"1,3-Butadiene",TPR,CHM-CMT,30
"1,3-Butadiene",Toluene,CHM-CHM,118
"1,3-Butadiene",Trans-2-Butene,CHM-CHM,62
"1,3-Butadiene",X-Ray Diffraction,CHM-CMT,34
"1,3-Butadiene",XPS,CHM-CMT,66
"1,3-Butadiene",XRD,CHM-CMT,68
"1,3-Butadiene",Zeolites,CHM-CHM,32
"1,3-Butadiene",Zn,CHM-CHM,32
"1,3-Butadiene",n-Butane,CHM-CHM,71
"1,3-Butadiene Hydrogenation","1,3-Butadiene",APL-CHM,46
"1,3-Butadiene Hydrogenation",Catalyst,APL-APL,37
"1,3-Cyclohexadiene","1,4-Cyclohexadiene",CHM-CHM,39
"1,3-Cyclohexadiene",Benzenes,CHM-CHM,60
"1,3-Cyclohexadiene",Carbon,CHM-CHM,31
"1,3-Cyclohexadiene",Catalyst,CHM-APL,30
"1,3-Cyclohexadiene",Cyclohexane,CHM-CHM,40
"1,3-Cyclohexadiene",Cyclohexene,CHM-CHM,58
"1,3-Cyclohexadiene",Diene,CHM-CHM,44
"1,3-Cyclohexadiene",Hydrogen,CHM-CHM,43
"1,3-Cyclohexadiene",Surface,CHM-DSC,40
"1,3-DNB","2,4-DNT",CHM-CHM,44
"1,3-Diaminopropane","1,2-Diaminoethane",CHM-CHM,39
"1,3-Diaminopropane","1,4-Diaminobutane",CHM-CHM,34
"1,3-Diaminopropane",Amines,CHM-CHM,53
"1,3-Diaminopropane",DAP,CHM-CHM,33
"1,3-Diaminopropane",Diamines,CHM-CHM,44
"1,3-Diaminopropane",Ethylene Diamine,CHM-CHM,32
"1,3-Diaminopropane",Hydrogen,CHM-CHM,36
"1,3-Diaminopropane",Nitrogen,CHM-CHM,35
"1,3-Diaminopropane",Schiff Base,CHM-CHM,31
"1,3-Diaminopropane",Structure,CHM-PRO,36
"1,3-Diaminopropane",X-Ray Diffraction,CHM-CMT,36
"1,3-Dibromopropane",CH2Cl2,CHM-CHM,30
"1,3-Dibromopropane",DMF,CHM-CHM,51
"1,3-Dibromopropane",K2CO3,CHM-CHM,48
"1,3-Dibromopropane",THF,CHM-CHM,38
"1,3-Dicarbonyl",Alcohols,CHM-CHM,31
"1,3-Dicarbonyl",Aldehyde,CHM-CHM,80
"1,3-Dicarbonyl",Alkyne,CHM-CHM,36
"1,3-Dicarbonyl",Amines,CHM-CHM,50
"1,3-Dicarbonyl",Carbon,CHM-CHM,35
"1,3-Dicarbonyl",Catalyst,CHM-APL,82
"1,3-Dicarbonyl",Ketone,CHM-CHM,46
"1,3-Dicarbonyl",Pyrrole,CHM-CHM,35
"1,3-Dichlorobenzene",Chlorobenzene,CHM-CHM,32
"1,3-Dienes",Aldehyde,CHM-CHM,35
"1,3-Dienes",Alkene,CHM-CHM,58
"1,3-Dienes",Alkyne,CHM-CHM,58
"1,3-Dienes",Carbon,CHM-CHM,32
"1,3-Dienes",Catalyst,CHM-APL,45
"1,3-Dienes",Diene,CHM-CHM,83
"1,3-Dienes",Olefins,CHM-CHM,45
"1,3-Dienes",Palladium,CHM-CHM,45
"1,3-Dienes",Pd,CHM-CHM,30
"1,3-Dimethyl-2-Imidazolidinone",DMI,CHM-CHM,37
"1,3-Dinitrobenzene",DNB,CHM-CHM,30
"1,3-Dinitrobenzene",Nitrobenzene,CHM-CHM,44
"1,3-Dioxolane","1,2-Dimethoxyethane",CHM-CHM,37
"1,3-Dioxolane","1,4-Dioxane",CHM-CHM,48
"1,3-Dioxolane",Carbon,CHM-CHM,38
"1,3-Dioxolane",Cathode,CHM-APL,33
"1,3-Dioxolane",Cell,CHM-APL,32
"1,3-Dioxolane",DME,CHM-CHM,39
"1,3-Dioxolane",DOL,CHM-CHM,55
"1,3-Dioxolane",Electrode,CHM-APL,34
"1,3-Dioxolane",Electrolyte,CHM-APL,88
"1,3-Dioxolane",Ethers,CHM-CHM,32
"1,3-Dioxolane",Li,CHM-CHM,61
"1,3-Dioxolane",Lithium,CHM-CHM,76
"1,3-Dioxolane",SEM,CHM-CMT,33
"1,3-Dioxolane",Sulfur,CHM-CHM,51
"1,3-Dioxolane",Tetrahydrofuran,CHM-CHM,39
"1,3-Diphenylisobenzofuran",DPBF,CHM-CHM,47
"1,3-Diphenylisobenzofuran",Oxygen,CHM-CHM,68
"1,3-Dipolar",Cycloaddition,APL-SMT,51
"1,3-Dipolar Cycloaddition","1,2,3-Triazole",SMT-CHM,37
"1,3-Dipolar Cycloaddition",1H,SMT-CHM,52
"1,3-Dipolar Cycloaddition",1H NMR,SMT-CMT,33
"1,3-Dipolar Cycloaddition",Acetylene,SMT-CHM,35
"1,3-Dipolar Cycloaddition",Alcohols,SMT-CHM,31
"1,3-Dipolar Cycloaddition",Aldehyde,SMT-CHM,85
"1,3-Dipolar Cycloaddition",Aldol,SMT-CHM,33
"1,3-Dipolar Cycloaddition",Alkene,SMT-CHM,92
"1,3-Dipolar Cycloaddition",Alkyne,SMT-CHM,190
"1,3-Dipolar Cycloaddition",Amides,SMT-CHM,39
"1,3-Dipolar Cycloaddition",Amines,SMT-CHM,54
"1,3-Dipolar Cycloaddition",Amino Acid,SMT-CHM,39
"1,3-Dipolar Cycloaddition",Azides,SMT-CHM,144
"1,3-Dipolar Cycloaddition",Azomethine Ylide,SMT-CHM,69
"1,3-Dipolar Cycloaddition",Azomethines,SMT-CHM,166
"1,3-Dipolar Cycloaddition",C60,SMT-CHM,39
"1,3-Dipolar Cycloaddition",Carbon,SMT-CHM,90
"1,3-Dipolar Cycloaddition",Carbonyls,SMT-CHM,57
"1,3-Dipolar Cycloaddition",Catalyst,APL-APL,40
"1,3-Dipolar Cycloaddition",Catalyst,SMT-APL,63
"1,3-Dipolar Cycloaddition",Copper,SMT-CHM,57
"1,3-Dipolar Cycloaddition",Cu,SMT-CHM,50
"1,3-Dipolar Cycloaddition",Cu(I),SMT-CHM,51
"1,3-Dipolar Cycloaddition",Cycloaddition,SMT-SMT,80
"1,3-Dipolar Cycloaddition",DMF,SMT-CHM,32
"1,3-Dipolar Cycloaddition",Diastereoselectivity,SMT-PRO,30
"1,3-Dipolar Cycloaddition",Diazo,SMT-CHM,31
"1,3-Dipolar Cycloaddition",Diene,SMT-CHM,32
"1,3-Dipolar Cycloaddition",Esters,SMT-CHM,34
"1,3-Dipolar Cycloaddition",Fullerene,SMT-CHM,41
"1,3-Dipolar Cycloaddition",H2O,SMT-CHM,30
"1,3-Dipolar Cycloaddition",Hydrogen,SMT-CHM,51
"1,3-Dipolar Cycloaddition",Imines,SMT-CHM,55
"1,3-Dipolar Cycloaddition",Isatins,SMT-CHM,44
"1,3-Dipolar Cycloaddition",Isoxazolidine,SMT-CHM,52
"1,3-Dipolar Cycloaddition",Ketone,SMT-CHM,34
"1,3-Dipolar Cycloaddition",Lewis Acids,SMT-CHM,33
"1,3-Dipolar Cycloaddition",NMR,SMT-CMT,32
"1,3-Dipolar Cycloaddition",Nanoparticles,SMT-DSC,32
"1,3-Dipolar Cycloaddition",Nanotube,SMT-DSC,35
"1,3-Dipolar Cycloaddition",Nitrile Oxide,SMT-CHM,83
"1,3-Dipolar Cycloaddition",Nitrogen,SMT-CHM,67
"1,3-Dipolar Cycloaddition",Nitrone,SMT-CHM,104
"1,3-Dipolar Cycloaddition",Olefins,SMT-CHM,46
"1,3-Dipolar Cycloaddition",Oxidation,SMT-SMT,47
"1,3-Dipolar Cycloaddition",Oxygen,SMT-CHM,38
"1,3-Dipolar Cycloaddition",Pd,SMT-CHM,45
"1,3-Dipolar Cycloaddition",Proline,SMT-CHM,32
"1,3-Dipolar Cycloaddition",Pyrazole,SMT-CHM,31
"1,3-Dipolar Cycloaddition",Pyrrole,SMT-CHM,38
"1,3-Dipolar Cycloaddition",Pyrrolidine,SMT-CHM,39
"1,3-Dipolar Cycloaddition",Reductions,SMT-SMT,35
"1,3-Dipolar Cycloaddition",Sarcosine,SMT-CHM,32
"1,3-Dipolar Cycloaddition",Stereoselectivity,SMT-PRO,34
"1,3-Dipolar Cycloaddition",Structure,SMT-PRO,64
"1,3-Dipolar Cycloaddition",Surface,SMT-DSC,48
"1,3-Dipolar Cycloaddition",THF,SMT-CHM,40
"1,3-Dipolar Cycloaddition",Toluene,SMT-CHM,41
"1,3-Dipolar Cycloaddition",Triazole,SMT-CHM,65
"1,3-Diynes",Alkyne,CHM-CHM,38
"1,3-PD","1,3-Propanediol",CHM-CHM,61
"1,3-PD",Glycerol,CHM-CHM,72
"1,3-PDO","1,3-Propanediol",CHM-CHM,78
"1,3-PDO",Catalyst,CHM-APL,51
"1,3-PDO",Glycerol,CHM-CHM,96
"1,3-Propanediol","1,2 Propanediol",CHM-CHM,112
"1,3-Propanediol","1,2-Ethanediol",CHM-CHM,38
"1,3-Propanediol","1,3-PD",CHM-CHM,61
"1,3-Propanediol","1,3-PDO",CHM-CHM,78
"1,3-Propanediol","1,4-Butanediol",CHM-CHM,77
"1,3-Propanediol","1,5-Pentanediol",CHM-CHM,38
"1,3-Propanediol",1-Propanol,CHM-CHM,47
"1,3-Propanediol",1H,CHM-CHM,36
"1,3-Propanediol","2,3-Butanediol",CHM-CHM,34
"1,3-Propanediol",2-Propanol,CHM-CHM,30
"1,3-Propanediol",Acetate,CHM-CHM,36
"1,3-Propanediol",Acetic Acid,CHM-CHM,32
"1,3-Propanediol",Activity,CHM-PRO,37
"1,3-Propanediol",Alcohols,CHM-CHM,75
"1,3-Propanediol",Aldehyde,CHM-CHM,40
"1,3-Propanediol",CO,CHM-CHM,36
"1,3-Propanediol",Carbon,CHM-CHM,85
"1,3-Propanediol",Catalyst,CHM-APL,132
"1,3-Propanediol",Diol,CHM-CHM,34
"1,3-Propanediol",Diols,CHM-CHM,51
"1,3-Propanediol",Ethanol,CHM-CHM,106
"1,3-Propanediol",Ethylene Glycol,CHM-CHM,67
"1,3-Propanediol",Glucose,CHM-CHM,51
"1,3-Propanediol",Glycerol,CHM-CHM,332
"1,3-Propanediol",Glycerol Hydrogenolysis,CHM-APL,36
"1,3-Propanediol",H2,CHM-CHM,68
"1,3-Propanediol",H2O,CHM-CHM,51
"1,3-Propanediol",Hydrogen,CHM-CHM,115
"1,3-Propanediol",Hydrogenolysis,CHM-APL,31
"1,3-Propanediol",Hydroxyl,CHM-CHM,36
"1,3-Propanediol",Methanol,CHM-CHM,55
"1,3-Propanediol",OH,CHM-CHM,31
"1,3-Propanediol",Oxygen,CHM-CHM,35
"1,3-Propanediol",PDO,CHM-CHM,38
"1,3-Propanediol",Polyols,CHM-CHM,31
"1,3-Propanediol",Pt,CHM-CHM,58
"1,3-Propanediol",SEM,CHM-CMT,37
"1,3-Propanediol",SiO2,CHM-CHM,30
"1,3-Propanediol",Structure,CHM-PRO,42
"1,3-Propanediol",Surface,CHM-DSC,44
"1,3-Propanediol",TEM,CHM-CMT,38
"1,3-Propanediol",THF,CHM-CHM,33
"1,3-Propanediol",XRD,CHM-CMT,65
"1,3-Propanedithiol",CH2Cl2,CHM-CHM,33
"1,3-Propanedithiol",DMF,CHM-CHM,31
"1,3-Propanedithiol",MeOH,CHM-CHM,32
"1,3-Propanedithiol",THF,CHM-CHM,35
"1,4,5,8-Tetraazaphenanthrene",TAP,CHM-CHM,32
"1,4,7,10-Tetraazacyclododecane",Cyclen,CHM-CHM,67
"1,4,7,10-Tetraazacyclododecane-1,4,7,10-Tetraacetic Acid",DOTA,CHM-CHM,42
"1,4,7-Triazacyclononane",TACN,CHM-CHM,79
"1,4,8,11-Tetraazacyclotetradecane",Cyclam,CHM-CHM,75
"1,4-Benzenedicarboxylate",BDC,CHM-CHM,163
"1,4-Benzenedicarboxylate",Catalyst,CHM-APL,37
"1,4-Benzenedicarboxylate",Hydrogen,CHM-CHM,46
"1,4-Benzenedicarboxylate",Metals,CHM-PRO,53
"1,4-Benzenedicarboxylate",Porous,CHM-DSC,40
"1,4-Benzenedicarboxylate",Structure,CHM-PRO,55
"1,4-Benzenedicarboxylate",X-Ray Diffraction,CHM-CMT,31
"1,4-Benzenedicarboxylic Acid",Structure,CHM-PRO,30
"1,4-Benzoquinone","1,4-Naphthoquinone",CHM-CHM,33
"1,4-Benzoquinone",1H,CHM-CHM,38
"1,4-Benzoquinone",Acetonitrile,CHM-CHM,30
"1,4-Benzoquinone",Carbon,CHM-CHM,47
"1,4-Benzoquinone",Catalyst,CHM-APL,46
"1,4-Benzoquinone",Cyclic Voltammogram,CHM-CMT,35
"1,4-Benzoquinone",DMF,CHM-CHM,32
"1,4-Benzoquinone",DMSO,CHM-CHM,39
"1,4-Benzoquinone",Electrode,CHM-APL,54
"1,4-Benzoquinone",Electrodes,CHM-APL,32
"1,4-Benzoquinone",FT-IR,CHM-CMT,30
"1,4-Benzoquinone",H2O2,CHM-CHM,47
"1,4-Benzoquinone",Hydrogen,CHM-CHM,51
"1,4-Benzoquinone",Hydroquinone,CHM-CHM,61
"1,4-Benzoquinone",O2,CHM-CHM,40
"1,4-Benzoquinone",Oxidation,CHM-SMT,40
"1,4-Benzoquinone",Oxygen,CHM-CHM,88
"1,4-Benzoquinone",Phenol,CHM-CHM,48
"1,4-Benzoquinone",Quinones,CHM-CHM,75
"1,4-Benzoquinone",Surface,CHM-DSC,30
"1,4-Benzoquinone",THF,CHM-CHM,41
"1,4-Benzoquinone",Toluene,CHM-CHM,38
"1,4-Bis(Diphenylphosphino)butane",Dppb,CHM-CHM,44
"1,4-Butanediol","1,3-Propanediol",CHM-CHM,77
"1,4-Butanediol","1,5-Pentanediol",CHM-CHM,44
"1,4-Butanediol","1,6-Hexanediol",CHM-CHM,41
"1,4-Butanediol",1-Propanol,CHM-CHM,37
"1,4-Butanediol",1H,CHM-CHM,84
"1,4-Butanediol",1H NMR,CHM-CMT,67
"1,4-Butanediol",Alcohols,CHM-CHM,62
"1,4-Butanediol",Amorphous,CHM-DSC,40
"1,4-Butanediol",BDO,CHM-CHM,87
"1,4-Butanediol",Biodegradable,CHM-PRO,36
"1,4-Butanediol",Bulk,CHM-DSC,31
"1,4-Butanediol",CO2,CHM-CHM,41
"1,4-Butanediol",Carbon,CHM-CHM,64
"1,4-Butanediol",Catalyst,CHM-APL,128
"1,4-Butanediol",Catalytic Activity,CHM-PRO,34
"1,4-Butanediol",Chemical Structures,CHM-PRO,32
"1,4-Butanediol",Compositions,CHM-PRO,73
"1,4-Butanediol",Copolyesters,CHM-CHM,44
"1,4-Butanediol",Copolyesters,CHM-DSC,34
"1,4-Butanediol",Copolymer,CHM-DSC,49
"1,4-Butanediol",Crystallinity,CHM-PRO,47
"1,4-Butanediol",DSC,CHM-CMT,103
"1,4-Butanediol",Differential Scanning Calorimetry,CHM-CMT,52
"1,4-Butanediol",Diol,CHM-CHM,62
"1,4-Butanediol",Diols,CHM-CHM,60
"1,4-Butanediol",Esters,CHM-CHM,31
"1,4-Butanediol",Ethanol,CHM-CHM,50
"1,4-Butanediol",Ethylene Glycol,CHM-CHM,60
"1,4-Butanediol",FT-IR,CHM-CMT,41
"1,4-Butanediol",FTIR,CHM-CMT,52
"1,4-Butanediol",Films,CHM-DSC,41
"1,4-Butanediol",GPC,CHM-CMT,38
"1,4-Butanediol",Glass Transition Temperature,CHM-PRO,53
"1,4-Butanediol",Glycerol,CHM-CHM,43
"1,4-Butanediol",Hard,CHM-PRO,40
"1,4-Butanediol",Hard Segments,CHM-PRO,39
"1,4-Butanediol",Hydrogen,CHM-CHM,78
"1,4-Butanediol",Hydrogenation,CHM-SMT,32
"1,4-Butanediol",Hydroxyl,CHM-CHM,53
"1,4-Butanediol",Mechanical Property,CHM-PRO,68
"1,4-Butanediol",Methanol,CHM-CHM,49
"1,4-Butanediol",Molecular Weight,CHM-PRO,75
"1,4-Butanediol",Morphology,CHM-PRO,63
"1,4-Butanediol",NMR,CHM-CMT,34
"1,4-Butanediol",Nanoparticles,CHM-DSC,40
"1,4-Butanediol",OH,CHM-CHM,39
"1,4-Butanediol",Particles,CHM-DSC,58
"1,4-Butanediol",Poly(Butylene Succinate),CHM-CHM,31
"1,4-Butanediol",Polyester,CHM-CHM,73
"1,4-Butanediol",Polyols,CHM-CHM,32
"1,4-Butanediol",Polyurethanes,CHM-CHM,155
"1,4-Butanediol",Polyurethanes,CHM-PRO,58
"1,4-Butanediol",SEM,CHM-CMT,54
"1,4-Butanediol",Silica,CHM-CHM,35
"1,4-Butanediol",Stability,CHM-PRO,30
"1,4-Butanediol",Structure,CHM-PRO,54
"1,4-Butanediol",Succinic Acid,CHM-CHM,55
"1,4-Butanediol",Surface,CHM-DSC,59
"1,4-Butanediol",TEM,CHM-CMT,47
"1,4-Butanediol",TG,CHM-PRO,31
"1,4-Butanediol",THF,CHM-CHM,36
"1,4-Butanediol",Tensile Strength,CHM-PRO,30
"1,4-Butanediol",Tetrahydrofuran,CHM-CHM,48
"1,4-Butanediol",Tga,CHM-CMT,53
"1,4-Butanediol",Thermal,CHM-PRO,34
"1,4-Butanediol",Thermal Properties,CHM-PRO,31
"1,4-Butanediol",Thermal Stability,CHM-PRO,55
"1,4-Butanediol",Viscosity,CHM-PRO,33
"1,4-Butanediol",X-Ray Diffraction,CHM-CMT,30
"1,4-Butanediol",XRD,CHM-CMT,80
"1,4-Butanediol",γ-Butyrolactone,CHM-CHM,44
"1,4-Cyclohexadiene","1,3-Cyclohexadiene",CHM-CHM,39
"1,4-Cyclohexadiene",Benzenes,CHM-CHM,60
"1,4-Cyclohexadiene",Cyclohexene,CHM-CHM,40
"1,4-Cyclohexadiene",Hydrogen,CHM-CHM,74
"1,4-Cyclohexadiene",Surface,CHM-DSC,31
"1,4-Diaminobutane","1,3-Diaminopropane",CHM-CHM,34
"1,4-Diaminobutane",Amines,CHM-CHM,43
"1,4-Diaminobutane",Diamines,CHM-CHM,33
"1,4-Diazabicyclo[2.2.2]octane",DABCO,CHM-CHM,197
"1,4-Diazabicyclo[2.2.2]octane",Hydrogen,CHM-CHM,36
"1,4-Dibromobutane",K2CO3,CHM-CHM,38
"1,4-Dichlorobenzene",Benzenes,CHM-CHM,33
"1,4-Dichlorobenzene",Chlorobenzene,CHM-CHM,38
"1,4-Dihydropyridine",Aldehyde,CHM-CHM,38
"1,4-Dihydropyridine",Catalyst,CHM-APL,45
"1,4-Dihydropyridine",Dihydropyridines,CHM-CHM,34
"1,4-Dihydropyridine",Pyridine,CHM-CHM,50
"1,4-Diiodotetrafluorobenzene",Halogen,CHM-CHM,43
"1,4-Dioxane",(COCl)2,CHM-CHM,88
"1,4-Dioxane","1,2-Dichloroethane",CHM-CHM,81
"1,4-Dioxane","1,3-Dioxolane",CHM-CHM,48
"1,4-Dioxane",1-Butanol,CHM-CHM,60
"1,4-Dioxane",1-Propanol,CHM-CHM,65
"1,4-Dioxane",13C,CHM-CHM,72
"1,4-Dioxane",13C NMR,CHM-CMT,51
"1,4-Dioxane",18-Crown-6,CHM-CHM,36
"1,4-Dioxane",1H,CHM-CHM,280
"1,4-Dioxane",1H NMR,CHM-CMT,225
"1,4-Dioxane","2,6-Lutidine",CHM-CHM,95
"1,4-Dioxane",2-Butanone,CHM-CHM,40
"1,4-Dioxane",2-Propanol,CHM-CHM,77
"1,4-Dioxane",25C,CHM-CHM,62
"1,4-Dioxane",3D,CHM-DSC,36
"1,4-Dioxane",4NHCl,CHM-CHM,30
"1,4-Dioxane",AFM,CHM-CMT,94
"1,4-Dioxane",AIBN,CHM-CHM,97
"1,4-Dioxane",ATP,CHM-CHM,39
"1,4-Dioxane",Absorbance,CHM-PRO,47
"1,4-Dioxane",Absorption,CHM-CMT,122
"1,4-Dioxane",Absorption,CHM-PRO,56
"1,4-Dioxane",Absorption Spectrum,CHM-CMT,126
"1,4-Dioxane",Ac2O,CHM-CHM,178
"1,4-Dioxane",AcCl,CHM-CHM,44
"1,4-Dioxane",AcOEt,CHM-CHM,35
"1,4-Dioxane",AcOH,CHM-CHM,348
"1,4-Dioxane",Acetic Acid,CHM-CHM,89
"1,4-Dioxane",Acetone,CHM-CHM,466
"1,4-Dioxane",Acetonitrile,CHM-CHM,370
"1,4-Dioxane",Activity,CHM-PRO,58
"1,4-Dioxane",Activity Coefficient,CHM-PRO,54
"1,4-Dioxane",Ag,CHM-CHM,36
"1,4-Dioxane",Ag2O,CHM-CHM,30
"1,4-Dioxane",Al,CHM-CHM,34
"1,4-Dioxane",Al2O3,CHM-CHM,34
"1,4-Dioxane",AlCl3,CHM-CHM,66
"1,4-Dioxane",Alcohols,CHM-CHM,106
"1,4-Dioxane",Aldehyde,CHM-CHM,80
"1,4-Dioxane",Alkene,CHM-CHM,42
"1,4-Dioxane",Alkyls,CHM-CHM,39
"1,4-Dioxane",Alkyne,CHM-CHM,72
"1,4-Dioxane",Allyl Bromide,CHM-CHM,37
"1,4-Dioxane",Amides,CHM-CHM,59
"1,4-Dioxane",Amines,CHM-CHM,143
"1,4-Dioxane",Amino Acid,CHM-CHM,70
"1,4-Dioxane",Ammonia,CHM-CHM,31
"1,4-Dioxane",Amphiphilic,CHM-PRO,37
"1,4-Dioxane",Angles,CHM-PRO,31
"1,4-Dioxane",Anilines,CHM-CHM,65
"1,4-Dioxane",Anisole,CHM-CHM,37
"1,4-Dioxane",Apelblat Equation,CHM-CMT,56
"1,4-Dioxane",Ar,CHM-CHM,41
"1,4-Dioxane",ArB(OH)2,CHM-CHM,39
"1,4-Dioxane",Aryl,CHM-CHM,36
"1,4-Dioxane",Au,CHM-CHM,39
"1,4-Dioxane",B3LYP,CHM-CMT,47
"1,4-Dioxane",BBr3,CHM-CHM,69
"1,4-Dioxane",BF3,CHM-CHM,32
"1,4-Dioxane",BF3–OEt2,CHM-CHM,44
"1,4-Dioxane",Benzaldehyde,CHM-CHM,34
"1,4-Dioxane",Benzenes,CHM-CHM,248
"1,4-Dioxane",Benzyl Alcohol,CHM-CHM,31
"1,4-Dioxane",Binding Mode,CHM-PRO,31
"1,4-Dioxane",Bis(pinacolato)diboron,CHM-CHM,65
"1,4-Dioxane",Block Copolymer,CHM-DSC,52
"1,4-Dioxane",Blue Line,CHM-CHM,40
"1,4-Dioxane",BnBr,CHM-CHM,86
"1,4-Dioxane",Boc,CHM-CHM,36
"1,4-Dioxane",Boc2O,CHM-CHM,124
"1,4-Dioxane",Bond Length,CHM-PRO,53
"1,4-Dioxane",Boronic Acids,CHM-CHM,35
"1,4-Dioxane",Br,CHM-CHM,63
"1,4-Dioxane",Br2,CHM-CHM,89
"1,4-Dioxane",Bulk,CHM-DSC,37
"1,4-Dioxane",BzCl,CHM-CHM,32
"1,4-Dioxane",CBr4,CHM-CHM,30
"1,4-Dioxane",CCl4,CHM-CHM,87
"1,4-Dioxane",CDCl3,CHM-CHM,87
"1,4-Dioxane",CH,CHM-CHM,31
"1,4-Dioxane",CH2Cl2,CHM-CHM,876
"1,4-Dioxane","CH2Cl2, 78C",CHM-CHM,60
"1,4-Dioxane",CH2N2,CHM-CHM,34
"1,4-Dioxane",CH3CN,CHM-CHM,262
"1,4-Dioxane",CH3COOH,CHM-CHM,36
"1,4-Dioxane",CH3I,CHM-CHM,51
"1,4-Dioxane",CH3OH,CHM-CHM,79
"1,4-Dioxane",CHCl3,CHM-CHM,254
"1,4-Dioxane",CO,CHM-CHM,90
"1,4-Dioxane",CO2,CHM-CHM,79
"1,4-Dioxane",Carbon,CHM-CHM,188
"1,4-Dioxane",Carbonyls,CHM-CHM,38
"1,4-Dioxane",Carboxylic Acid,CHM-CHM,45
"1,4-Dioxane",Catalyst,CHM-APL,231
"1,4-Dioxane",Catalytic Activity,CHM-PRO,30
"1,4-Dioxane",Cells,CHM-DSC,71
"1,4-Dioxane",Chemical Shift,CHM-PRO,41
"1,4-Dioxane",Chemical Structures,CHM-PRO,259
"1,4-Dioxane",Chlorobenzene,CHM-CHM,36
"1,4-Dioxane",Chloroform,CHM-CHM,166
"1,4-Dioxane",Cl,CHM-CHM,83
"1,4-Dioxane",Composite,CHM-DSC,30
"1,4-Dioxane",Compositions,CHM-PRO,107
"1,4-Dioxane",Cooling,CHM-SMT,49
"1,4-Dioxane",Copolymer,CHM-DSC,81
"1,4-Dioxane",Copper,CHM-CHM,31
"1,4-Dioxane",Coumarins,CHM-CHM,30
"1,4-Dioxane",Crystal,CHM-DSC,134
"1,4-Dioxane",Crystal Structure,CHM-PRO,127
"1,4-Dioxane",Crystalline,CHM-DSC,30
"1,4-Dioxane",Cs2CO3,CHM-CHM,231
"1,4-Dioxane",CsF,CHM-CHM,35
"1,4-Dioxane",Cu,CHM-CHM,75
"1,4-Dioxane",Cu2+,CHM-CHM,36
"1,4-Dioxane",CuI,CHM-CHM,176
"1,4-Dioxane",CuSO4,CHM-CHM,31
"1,4-Dioxane",Cyclic Voltammogram,CHM-CMT,82
"1,4-Dioxane",Cyclohexane,CHM-CHM,165
"1,4-Dioxane",Cyclohexanone,CHM-CHM,36
"1,4-Dioxane",D2O,CHM-CHM,57
"1,4-Dioxane",DAST,CHM-CHM,30
"1,4-Dioxane",DBU,CHM-CHM,119
"1,4-Dioxane",DCC,CHM-CHM,38
"1,4-Dioxane",DCM,CHM-CHM,173
"1,4-Dioxane",DDQ,CHM-CHM,51
"1,4-Dioxane",DFT,CHM-CMT,61
"1,4-Dioxane",DIBAL-H,CHM-CHM,73
"1,4-Dioxane",DIEA,CHM-CHM,73
"1,4-Dioxane",DIPEA,CHM-CHM,193
"1,4-Dioxane",DMA,CHM-CHM,78
"1,4-Dioxane",DMAP,CHM-CHM,291
"1,4-Dioxane",DME,CHM-CHM,90
"1,4-Dioxane",DMF,CHM-CHM,1117
"1,4-Dioxane",DMSO,CHM-CHM,478
"1,4-Dioxane",DPPF,CHM-CHM,34
"1,4-Dioxane",DSC,CHM-CMT,108
"1,4-Dioxane",Densities,CHM-PRO,55
"1,4-Dioxane",Density,CHM-PRO,68
"1,4-Dioxane",Dess-Martin Periodinane,CHM-SMT,62
"1,4-Dioxane",Diamonds,CHM-CHM,43
"1,4-Dioxane",Dichloromethane,CHM-CHM,150
"1,4-Dioxane",Dielectric Constant,CHM-PRO,47
"1,4-Dioxane",Diethyl Ether,CHM-CHM,56
"1,4-Dioxane",Dimethylformamide,CHM-CHM,37
"1,4-Dioxane",Dimethylsulfoxide,CHM-CHM,94
"1,4-Dioxane",Dioxane,CHM-CHM,269
"1,4-Dioxane",Dipole Moment,CHM-PRO,48
"1,4-Dioxane",EDCI,CHM-CHM,91
"1,4-Dioxane",Electrode,CHM-APL,38
"1,4-Dioxane",Electron Density,CHM-PRO,33
"1,4-Dioxane",Elemental Analysis,CHM-CMT,33
"1,4-Dioxane",Emission Spectra,CHM-CMT,109
"1,4-Dioxane",Emissions,CHM-CMT,37
"1,4-Dioxane",Esters,CHM-CHM,39
"1,4-Dioxane",Et2O,CHM-CHM,196
"1,4-Dioxane",Et3N,CHM-CHM,564
"1,4-Dioxane",Et3SiH,CHM-CHM,32
"1,4-Dioxane",EtOAc,CHM-CHM,152
"1,4-Dioxane",Ethanol,CHM-CHM,365
"1,4-Dioxane",Ethers,CHM-CHM,113
"1,4-Dioxane",Ethyl Acetate,CHM-CHM,162
"1,4-Dioxane",Ethylene Glycol,CHM-CHM,75
"1,4-Dioxane",F,CHM-CHM,33
"1,4-Dioxane",F,CHM-PRO,33
"1,4-Dioxane",FT-IR,CHM-CMT,90
"1,4-Dioxane",FTIR,CHM-CMT,116
"1,4-Dioxane",Fe,CHM-CHM,66
"1,4-Dioxane",Fe3+,CHM-CHM,30
"1,4-Dioxane",FeCl3,CHM-CHM,30
"1,4-Dioxane",Film,CHM-DSC,120
"1,4-Dioxane",Films,CHM-DSC,97
"1,4-Dioxane",Fluorescence,CHM-CMT,189
"1,4-Dioxane",Fluorescence,CHM-PRO,58
"1,4-Dioxane",Fluorescence Emission,CHM-CMT,61
"1,4-Dioxane",Fluorescence Intensity,CHM-PRO,72
"1,4-Dioxane",Fluorescence Quantum Yield,CHM-PRO,43
"1,4-Dioxane",Fluorescence Spectra,CHM-CMT,55
"1,4-Dioxane",G,CHM-PRO,36
"1,4-Dioxane",GPC,CHM-CMT,53
"1,4-Dioxane",Glucose,CHM-CHM,49
"1,4-Dioxane",Glycerol,CHM-CHM,44
"1,4-Dioxane",H2,CHM-CHM,503
"1,4-Dioxane",H2O,CHM-CHM,864
"1,4-Dioxane",H2O2,CHM-CHM,168
"1,4-Dioxane",H2SO4,CHM-CHM,192
"1,4-Dioxane",HCHO,CHM-CHM,36
"1,4-Dioxane",HCO2H,CHM-CHM,36
"1,4-Dioxane",HCl,CHM-CHM,617
"1,4-Dioxane",HMPA,CHM-CHM,44
"1,4-Dioxane",HNO3,CHM-CHM,58
"1,4-Dioxane",HOAc,CHM-CHM,53
"1,4-Dioxane",HOBt,CHM-CHM,140
"1,4-Dioxane",HRTEM,CHM-CMT,32
"1,4-Dioxane",Heating,CHM-SMT,78
"1,4-Dioxane",Heptane,CHM-CHM,46
"1,4-Dioxane",Hexane,CHM-CHM,98
"1,4-Dioxane",Homo,CHM-PRO,71
"1,4-Dioxane",Hplc,CHM-CMT,50
"1,4-Dioxane",Hydrazine Hydrate,CHM-CHM,32
"1,4-Dioxane",Hydrogen,CHM-CHM,498
"1,4-Dioxane",Hydrogenation,CHM-APL,35
"1,4-Dioxane",Hydrogenation,CHM-SMT,40
"1,4-Dioxane",Hydrolysis,CHM-SMT,53
"1,4-Dioxane",Hydrophilic,CHM-PRO,35
"1,4-Dioxane",Hydrophobic,CHM-PRO,47
"1,4-Dioxane",Hydroxyl,CHM-CHM,54
"1,4-Dioxane",Imidazole,CHM-CHM,153
"1,4-Dioxane",Inhibitor,CHM-APL,62
"1,4-Dioxane",Ir,CHM-CMT,53
"1,4-Dioxane",Irradiation,CHM-SMT,83
"1,4-Dioxane",Isopropanol,CHM-CHM,90
"1,4-Dioxane",K,CHM-PRO,51
"1,4-Dioxane",K2CO3,CHM-CHM,679
"1,4-Dioxane",K3PO4,CHM-CHM,113
"1,4-Dioxane",KOAc,CHM-CHM,96
"1,4-Dioxane",KOH,CHM-CHM,218
"1,4-Dioxane",KOtBu,CHM-CHM,33
"1,4-Dioxane",Ketone,CHM-CHM,50
"1,4-Dioxane",LUMO,CHM-PRO,50
"1,4-Dioxane",Layers,CHM-DSC,77
"1,4-Dioxane",Li,CHM-CHM,39
"1,4-Dioxane",LiAlH4,CHM-CHM,132
"1,4-Dioxane",LiBH4,CHM-CHM,37
"1,4-Dioxane",LiCl,CHM-CHM,76
"1,4-Dioxane",LiOH,CHM-CHM,162
"1,4-Dioxane",M-CPBA,CHM-CHM,97
"1,4-Dioxane",Magenta,CHM-CHM,60
"1,4-Dioxane",MeCN,CHM-CHM,244
"1,4-Dioxane",MeI,CHM-CHM,133
"1,4-Dioxane",MeOH,CHM-CHM,866
"1,4-Dioxane",Membrane,CHM-APL,32
"1,4-Dioxane",Membrane,CHM-DSC,67
"1,4-Dioxane",Methanol,CHM-CHM,359
"1,4-Dioxane",Methyl,CHM-CHM,31
"1,4-Dioxane",Mg,CHM-CHM,34
"1,4-Dioxane",Micelles,CHM-DSC,37
"1,4-Dioxane",Mn,CHM-CHM,52
"1,4-Dioxane",Mn,CHM-PRO,41
"1,4-Dioxane",MnO2,CHM-CHM,55
"1,4-Dioxane",Mole Fraction Solubility,CHM-PRO,64
"1,4-Dioxane",Molecular Structure,CHM-PRO,189
"1,4-Dioxane",Molecular Weight,CHM-PRO,80
"1,4-Dioxane",Morpholine,CHM-CHM,68
"1,4-Dioxane",Morphologies,CHM-PRO,33
"1,4-Dioxane",Morphology,CHM-PRO,63
"1,4-Dioxane",MsCl,CHM-CHM,100
"1,4-Dioxane","N,N-Dimethylformamide",CHM-CHM,87
"1,4-Dioxane",N-Butanol,CHM-CHM,37
"1,4-Dioxane",N-Hexane,CHM-CHM,50
"1,4-Dioxane",N-Propanol,CHM-CHM,32
"1,4-Dioxane",N2,CHM-CHM,140
"1,4-Dioxane",NEt3,CHM-CHM,95
"1,4-Dioxane",NH3,CHM-CHM,143
"1,4-Dioxane",NH4Cl,CHM-CHM,70
"1,4-Dioxane",NH4OAc,CHM-CHM,34
"1,4-Dioxane",NH4OH,CHM-CHM,51
"1,4-Dioxane",NHCl,CHM-CHM,49
"1,4-Dioxane",NMP,CHM-CHM,111
"1,4-Dioxane",NMR,CHM-CMT,82
"1,4-Dioxane",Na,CHM-CHM,43
"1,4-Dioxane",Na2CO3,CHM-CHM,225
"1,4-Dioxane",NaBH(OAc)3,CHM-CHM,64
"1,4-Dioxane",NaBH3CN,CHM-CHM,54
"1,4-Dioxane",NaBH4,CHM-CHM,258
"1,4-Dioxane",NaCNBH3,CHM-CHM,30
"1,4-Dioxane",NaCl,CHM-CHM,50
"1,4-Dioxane",NaClO2,CHM-CHM,36
"1,4-Dioxane",NaH,CHM-CHM,412
"1,4-Dioxane",NaHCO3,CHM-CHM,232
"1,4-Dioxane",NaI,CHM-CHM,81
"1,4-Dioxane",NaIO4,CHM-CHM,112
"1,4-Dioxane",NaN3,CHM-CHM,109
"1,4-Dioxane",NaNO2,CHM-CHM,49
"1,4-Dioxane",NaOAc,CHM-CHM,77
"1,4-Dioxane",NaOH,CHM-CHM,495
"1,4-Dioxane",NaOMe,CHM-CHM,84
"1,4-Dioxane",Nanoparticles,CHM-DSC,64
"1,4-Dioxane",Ni,CHM-CHM,65
"1,4-Dioxane",Nitrogen,CHM-CHM,147
"1,4-Dioxane",Normalized,CHM-CMT,30
"1,4-Dioxane",O,CHM-CHM,102
"1,4-Dioxane",O2,CHM-CHM,72
"1,4-Dioxane",O3,CHM-CHM,47
"1,4-Dioxane",OH,CHM-CHM,69
"1,4-Dioxane",ORTEP Drawing,CHM-CMT,31
"1,4-Dioxane",Olefins,CHM-CHM,30
"1,4-Dioxane",OsO4,CHM-CHM,76
"1,4-Dioxane",Oxalyl Chloride,CHM-CHM,31
"1,4-Dioxane",Oxidation,CHM-SMT,72
"1,4-Dioxane",Oxygen,CHM-CHM,176
"1,4-Dioxane",P-TsOH,CHM-CHM,63
"1,4-Dioxane",PEG,CHM-CHM,46
"1,4-Dioxane",PMMA,CHM-CHM,40
"1,4-Dioxane",POCl3,CHM-CHM,128
"1,4-Dioxane",PPh3,CHM-CHM,206
"1,4-Dioxane",Palladium,CHM-CHM,54
"1,4-Dioxane",Particles,CHM-DSC,54
"1,4-Dioxane",Pd,CHM-CHM,220
"1,4-Dioxane",Pd (OH)2,CHM-CHM,71
"1,4-Dioxane",Pd(OAc)2,CHM-CHM,180
"1,4-Dioxane",Pd(PPh3)2Cl2,CHM-CHM,54
"1,4-Dioxane",Pd(PPh3)4,CHM-CHM,301
"1,4-Dioxane",Pd(dppf)Cl2,CHM-CHM,60
"1,4-Dioxane",Pd/C,CHM-CHM,244
"1,4-Dioxane",PdCl2,CHM-CHM,32
"1,4-Dioxane",PdCl2(DPPF),CHM-CHM,63
"1,4-Dioxane",PdCl2(PPh3)2,CHM-CHM,61
"1,4-Dioxane",Pd–C,CHM-CHM,40
"1,4-Dioxane",Ph3P,CHM-CHM,55
"1,4-Dioxane",PhB(OH)2,CHM-CHM,30
"1,4-Dioxane",PhMe,CHM-CHM,41
"1,4-Dioxane",Phase Diagram,CHM-PRO,32
"1,4-Dioxane",Phenol,CHM-CHM,65
"1,4-Dioxane",Phenylboronic Acid,CHM-CHM,44
"1,4-Dioxane",Phosphate,CHM-CHM,62
"1,4-Dioxane",Photophysical Properties,CHM-PRO,36
"1,4-Dioxane",Piperidine,CHM-CHM,109
"1,4-Dioxane",Polymers,CHM-DSC,37
"1,4-Dioxane",Polystyrene,CHM-CHM,30
"1,4-Dioxane",Porous,CHM-DSC,45
"1,4-Dioxane",Powder,CHM-DSC,75
"1,4-Dioxane",Pt,CHM-CHM,40
"1,4-Dioxane",PtO2,CHM-CHM,40
"1,4-Dioxane",Pyridine,CHM-CHM,411
"1,4-Dioxane",Pyrrolidine,CHM-CHM,38
"1,4-Dioxane",Quinoline,CHM-CHM,30
"1,4-Dioxane",Raman,CHM-CMT,38
"1,4-Dioxane",Rate Constant,CHM-PRO,40
"1,4-Dioxane",Reductions,CHM-SMT,36
"1,4-Dioxane",Refractive Index,CHM-PRO,34
"1,4-Dioxane",Root Mean Square Deviation,CHM-PRO,31
"1,4-Dioxane",Ru,CHM-CHM,30
"1,4-Dioxane",SEC,CHM-CMT,32
"1,4-Dioxane",SEM,CHM-CMT,204
"1,4-Dioxane",SOCl2,CHM-CHM,152
"1,4-Dioxane",SeO2,CHM-CHM,62
"1,4-Dioxane",Selectivity,CHM-PRO,42
"1,4-Dioxane",Si,CHM-CHM,44
"1,4-Dioxane",SiO2,CHM-CHM,47
"1,4-Dioxane",Silica,CHM-CHM,51
"1,4-Dioxane",Silicon,CHM-CHM,34
"1,4-Dioxane",Single Crystal,CHM-DSC,52
"1,4-Dioxane",Solubilities,CHM-PRO,41
"1,4-Dioxane",Solubility,CHM-PRO,102
"1,4-Dioxane",Solution,CHM-DSC,53
"1,4-Dioxane",Stability,CHM-PRO,61
"1,4-Dioxane",Structure,CHM-PRO,252
"1,4-Dioxane",Structures,CHM-PRO,82
"1,4-Dioxane",Styrene,CHM-CHM,53
"1,4-Dioxane",Substrate,CHM-DSC,80
"1,4-Dioxane",Sulfur,CHM-CHM,38
"1,4-Dioxane",Surface,CHM-DSC,192
"1,4-Dioxane",Surfaces,CHM-DSC,33
"1,4-Dioxane",T-BuOH,CHM-CHM,54
"1,4-Dioxane",TBAF,CHM-CHM,175
"1,4-Dioxane",TBDMSCl,CHM-CHM,32
"1,4-Dioxane",TBDPS-Cl,CHM-CHM,30
"1,4-Dioxane",TBS,CHM-CHM,37
"1,4-Dioxane",TBSCl,CHM-CHM,74
"1,4-Dioxane",TBSOTf,CHM-CHM,34
"1,4-Dioxane",TEA,CHM-CHM,110
"1,4-Dioxane",TEM,CHM-CMT,175
"1,4-Dioxane",TEMPO,CHM-CHM,38
"1,4-Dioxane",TFA,CHM-CHM,381
"1,4-Dioxane",THF,CHM-CHM,1278
"1,4-Dioxane","THF,78C",CHM-CHM,53
"1,4-Dioxane",TMS,CHM-CHM,35
"1,4-Dioxane",TMSCl,CHM-CHM,51
"1,4-Dioxane",Tert-Butyldimethylsilyl,CHM-CHM,33
"1,4-Dioxane",Tetrahydrofuran,CHM-CHM,260
"1,4-Dioxane",Tetrahydropyranyl,CHM-CHM,37
"1,4-Dioxane",Tf2O,CHM-CHM,68
"1,4-Dioxane",TfOH,CHM-CHM,35
"1,4-Dioxane",Tga,CHM-CMT,66
"1,4-Dioxane",Thermogravimetric Analysis,CHM-CMT,35
"1,4-Dioxane",Thin Films,CHM-DSC,75
"1,4-Dioxane",TiCl4,CHM-CHM,33
"1,4-Dioxane",TiO2,CHM-CHM,79
"1,4-Dioxane",Toluene,CHM-CHM,750
"1,4-Dioxane",Triethylamine,CHM-CHM,57
"1,4-Dioxane",Trimethylsilyl,CHM-CHM,34
"1,4-Dioxane",TsCl,CHM-CHM,63
"1,4-Dioxane",TsOH,CHM-CHM,41
"1,4-Dioxane",UV Irradiation,CHM-SMT,34
"1,4-Dioxane",UV Vis,CHM-CMT,58
"1,4-Dioxane",UV Vis Absorption,CHM-CMT,111
"1,4-Dioxane",UV Visible Absorption,CHM-CMT,33
"1,4-Dioxane",Urea,CHM-CHM,40
"1,4-Dioxane",Viscosity,CHM-PRO,54
"1,4-Dioxane",X Ray,CHM-CMT,30
"1,4-Dioxane",X-Ray Crystal Structure,CHM-CMT,47
"1,4-Dioxane",X-Ray Diffraction,CHM-CMT,79
"1,4-Dioxane",X-ray Structure,CHM-CMT,32
"1,4-Dioxane",XPS,CHM-CMT,67
"1,4-Dioxane",XRD,CHM-CMT,136
"1,4-Dioxane",Xerogels,CHM-DSC,40
"1,4-Dioxane",Xylene,CHM-CHM,41
"1,4-Dioxane",Zn,CHM-CHM,120
"1,4-Dioxane",ZnCl2,CHM-CHM,43
"1,4-Dioxane",i-PrOH,CHM-CHM,69
"1,4-Dioxane",iPr2NEt,CHM-CHM,40
"1,4-Dioxane",n-BuLi,CHM-CHM,101
"1,4-Dioxane",tBuOH,CHM-CHM,53
"1,4-Disubstituted 1,2,3-Triazoles","1,2,3-Triazole",CHM-CHM,34
"1,4-Disubstituted 1,2,3-Triazoles",Alkyne,CHM-CHM,71
"1,4-Disubstituted 1,2,3-Triazoles",Azides,CHM-CHM,57
"1,4-Disubstituted 1,2,3-Triazoles",Catalyst,CHM-APL,48
"1,4-Disubstituted 1,2,3-Triazoles",Copper,CHM-CHM,33
"1,4-Naphthoquinone","1,4-Benzoquinone",CHM-CHM,33
"1,4-Naphthoquinone",Hydrogen,CHM-CHM,35
"1,4-Naphthoquinone",Quinones,CHM-CHM,59
"1,4-Pentanediol",Catalyst,CHM-APL,33
"1,5,7-Triazabicyclo[4.4.0]dec-5-ene",TBD,CHM-CHM,63
"1,5-Cyclooctadiene",13C,CHM-CHM,34
"1,5-Cyclooctadiene",1H,CHM-CHM,65
"1,5-Cyclooctadiene",1H NMR,CHM-CMT,37
"1,5-Cyclooctadiene",Alkene,CHM-CHM,42
"1,5-Cyclooctadiene",Alkyne,CHM-CHM,35
"1,5-Cyclooctadiene",Bond Length,CHM-PRO,32
"1,5-Cyclooctadiene",CH2Cl2,CHM-CHM,59
"1,5-Cyclooctadiene",CO,CHM-CHM,46
"1,5-Cyclooctadiene",COD,CHM-CHM,436
"1,5-Cyclooctadiene",Carbon,CHM-CHM,38
"1,5-Cyclooctadiene",Catalyst,CHM-APL,129
"1,5-Cyclooctadiene",Catalytic Activity,CHM-PRO,31
"1,5-Cyclooctadiene",Cl,CHM-CHM,33
"1,5-Cyclooctadiene",Crystal Structure,CHM-PRO,32
"1,5-Cyclooctadiene",DMF,CHM-CHM,43
"1,5-Cyclooctadiene",H2,CHM-CHM,50
"1,5-Cyclooctadiene",H2O,CHM-CHM,32
"1,5-Cyclooctadiene",Hydrogen,CHM-CHM,90
"1,5-Cyclooctadiene",Hydrogenation,CHM-SMT,33
"1,5-Cyclooctadiene",Ir,CHM-CHM,52
"1,5-Cyclooctadiene",Iridium,CHM-CHM,59
"1,5-Cyclooctadiene",Molecular Structure,CHM-PRO,58
"1,5-Cyclooctadiene",NMR,CHM-CMT,39
"1,5-Cyclooctadiene",Nanoparticles,CHM-DSC,38
"1,5-Cyclooctadiene",Ni,CHM-CHM,31
"1,5-Cyclooctadiene",Olefins,CHM-CHM,49
"1,5-Cyclooctadiene",PPh3,CHM-CHM,32
"1,5-Cyclooctadiene",Palladium,CHM-CHM,47
"1,5-Cyclooctadiene",Pd,CHM-CHM,62
"1,5-Cyclooctadiene",Phosphine,CHM-CHM,35
"1,5-Cyclooctadiene",Platinum,CHM-CHM,30
"1,5-Cyclooctadiene",Pt,CHM-CHM,51
"1,5-Cyclooctadiene",Pyridine,CHM-CHM,37
"1,5-Cyclooctadiene",Rhodium,CHM-CHM,67
"1,5-Cyclooctadiene",Ru,CHM-CHM,33
"1,5-Cyclooctadiene",Ruthenium,CHM-CHM,36
"1,5-Cyclooctadiene",Structure,CHM-PRO,39
"1,5-Cyclooctadiene",Surface,CHM-DSC,31
"1,5-Cyclooctadiene",THF,CHM-CHM,69
"1,5-Cyclooctadiene",Toluene,CHM-CHM,61
"1,5-Cyclooctadiene",X-Ray Diffraction,CHM-CMT,52
"1,5-Hexadiene",Catalyst,CHM-APL,45
"1,5-Pentanediol","1,3-Propanediol",CHM-CHM,38
"1,5-Pentanediol","1,4-Butanediol",CHM-CHM,44
"1,5-Pentanediol",Catalyst,CHM-APL,38
"1,6-Diaminohexane",Amines,CHM-CHM,30
"1,6-Diphenyl-1,3,5-Hexatriene",DPH,CHM-CHM,66
"1,6-Enynes",Alkyne,CHM-CHM,36
"1,6-Hexamethylene Diisocyanate",HDI,CHM-CHM,32
"1,6-Hexamethylene Diisocyanate",Polyurethanes,CHM-CHM,33
"1,6-Hexanediol","1,4-Butanediol",CHM-CHM,41
"1,6-Hexanediol",Catalyst,CHM-APL,53
"1,6-Hexanedithiol",Au,CHM-CHM,55
"1,6-Hexanedithiol",Electrode,CHM-APL,42
"1,6-Hexanedithiol",HDT,CHM-CHM,31
"1,6-Hexanedithiol",Layers,CHM-DSC,31
"1,6-Hexanedithiol",Monolayers,CHM-DSC,46
"1,6-Hexanedithiol",Nanoparticles,CHM-DSC,50
"1,6-Hexanedithiol",Substrate,CHM-DSC,34
"1,6-Hexanedithiol",Surface,CHM-DSC,46
"1,6-Hexanedithiol",Thiols,CHM-CHM,34
"1,8-Cineole",Camphor,CHM-CHM,47
"1,8-Cineole",Essential Oil,CHM-PRO,57
"1,8-Cineole",GC-MS,CHM-CMT,42
"1,8-Cineole",Limonene,CHM-CHM,35
"1,8-Cineole",Linalool,CHM-CHM,38
"1,8-Cineole",α-Pinene,CHM-CHM,45
"1,8-Diazabicyclo[5.4.0]undec-7-ene","1,2-Dichloroethane",CHM-CHM,32
"1,8-Diazabicyclo[5.4.0]undec-7-ene",1H,CHM-CHM,52
"1,8-Diazabicyclo[5.4.0]undec-7-ene",1H NMR,CHM-CMT,40
"1,8-Diazabicyclo[5.4.0]undec-7-ene","2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CHM-CHM,33
"1,8-Diazabicyclo[5.4.0]undec-7-ene","2,6-Lutidine",CHM-CHM,54
"1,8-Diazabicyclo[5.4.0]undec-7-ene",25C,CHM-CHM,37
"1,8-Diazabicyclo[5.4.0]undec-7-ene",4-(Dimethylamino)pyridine,CHM-CHM,32
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Ac2O,CHM-CHM,69
"1,8-Diazabicyclo[5.4.0]undec-7-ene",AcOH,CHM-CHM,81
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Acetone,CHM-CHM,60
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Aldehyde,CHM-CHM,49
"1,8-Diazabicyclo[5.4.0]undec-7-ene",BF3–OEt2,CHM-CHM,36
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Benzenes,CHM-CHM,59
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Benzyl,CHM-CHM,75
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Benzyloxycarbonyl,CHM-CHM,33
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Boc,CHM-CHM,55
"1,8-Diazabicyclo[5.4.0]undec-7-ene",CH2Cl2,CHM-CHM,250
"1,8-Diazabicyclo[5.4.0]undec-7-ene","CH2Cl2, 78C",CHM-CHM,75
"1,8-Diazabicyclo[5.4.0]undec-7-ene",CH3CN,CHM-CHM,60
"1,8-Diazabicyclo[5.4.0]undec-7-ene",CHCl3,CHM-CHM,37
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Carbon,CHM-CHM,30
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Catalyst,CHM-APL,42
"1,8-Diazabicyclo[5.4.0]undec-7-ene",CuI,CHM-CHM,45
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DBU,CHM-CHM,553
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DDQ,CHM-CHM,43
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DIBAL-H,CHM-CHM,42
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DIPEA,CHM-CHM,37
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DMAP,CHM-CHM,93
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DMF,CHM-CHM,213
"1,8-Diazabicyclo[5.4.0]undec-7-ene",DMSO,CHM-CHM,95
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Dess-Martin Periodinane,CHM-SMT,62
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Dioxane,CHM-CHM,34
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Et2O,CHM-CHM,83
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Et3N,CHM-CHM,130
"1,8-Diazabicyclo[5.4.0]undec-7-ene",EtOAc,CHM-CHM,53
"1,8-Diazabicyclo[5.4.0]undec-7-ene",H2,CHM-CHM,110
"1,8-Diazabicyclo[5.4.0]undec-7-ene",H2O,CHM-CHM,181
"1,8-Diazabicyclo[5.4.0]undec-7-ene",H2O2,CHM-CHM,56
"1,8-Diazabicyclo[5.4.0]undec-7-ene",HCl,CHM-CHM,97
"1,8-Diazabicyclo[5.4.0]undec-7-ene",HMPA,CHM-CHM,33
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Hydrogen,CHM-CHM,43
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Imidazole,CHM-CHM,85
"1,8-Diazabicyclo[5.4.0]undec-7-ene",K2CO3,CHM-CHM,121
"1,8-Diazabicyclo[5.4.0]undec-7-ene",KOH,CHM-CHM,35
"1,8-Diazabicyclo[5.4.0]undec-7-ene",LDA,CHM-CHM,60
"1,8-Diazabicyclo[5.4.0]undec-7-ene",LiAlH4,CHM-CHM,40
"1,8-Diazabicyclo[5.4.0]undec-7-ene",LiCl,CHM-CHM,36
"1,8-Diazabicyclo[5.4.0]undec-7-ene",LiOH,CHM-CHM,47
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Lithium Diisopropylamide,CHM-CHM,58
"1,8-Diazabicyclo[5.4.0]undec-7-ene",M-CPBA,CHM-CHM,49
"1,8-Diazabicyclo[5.4.0]undec-7-ene",MOM,CHM-CHM,43
"1,8-Diazabicyclo[5.4.0]undec-7-ene",MeCN,CHM-CHM,88
"1,8-Diazabicyclo[5.4.0]undec-7-ene",MeI,CHM-CHM,40
"1,8-Diazabicyclo[5.4.0]undec-7-ene",MeOH,CHM-CHM,193
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Methanesulfonyl,CHM-CHM,37
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Methoxymethyl,CHM-CHM,44
"1,8-Diazabicyclo[5.4.0]undec-7-ene",MsCl,CHM-CHM,40
"1,8-Diazabicyclo[5.4.0]undec-7-ene","N,N-Dimethylformamide",CHM-CHM,91
"1,8-Diazabicyclo[5.4.0]undec-7-ene",N-Bromosuccinimide,CHM-CHM,40
"1,8-Diazabicyclo[5.4.0]undec-7-ene",N-Methylmorpholine N-Oxide,CHM-CHM,30
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NBS,CHM-CHM,39
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NEt3,CHM-CHM,33
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NMO,CHM-CHM,33
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NaBH4,CHM-CHM,79
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NaH,CHM-CHM,90
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NaHCO3,CHM-CHM,66
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NaIO4,CHM-CHM,30
"1,8-Diazabicyclo[5.4.0]undec-7-ene",NaOH,CHM-CHM,67
"1,8-Diazabicyclo[5.4.0]undec-7-ene",O3,CHM-CHM,33
"1,8-Diazabicyclo[5.4.0]undec-7-ene",PPTS,CHM-CHM,46
"1,8-Diazabicyclo[5.4.0]undec-7-ene",PPh3,CHM-CHM,52
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Palladium,CHM-CHM,30
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Pd,CHM-CHM,49
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Pd(PPh3)4,CHM-CHM,53
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Pd/C,CHM-CHM,41
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Pyridine,CHM-CHM,147
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Structure,CHM-PRO,37
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TBAF,CHM-CHM,124
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TBDPS,CHM-CHM,42
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TBS,CHM-CHM,99
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TBSCl,CHM-CHM,43
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TBSOTf,CHM-CHM,30
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TES,CHM-CHM,44
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TFA,CHM-CHM,75
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TFA = Trifluoroacetic Acid,CHM-CHM,69
"1,8-Diazabicyclo[5.4.0]undec-7-ene",THF,CHM-CHM,258
"1,8-Diazabicyclo[5.4.0]undec-7-ene","THF,78C",CHM-CHM,50
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TIPS,CHM-CHM,41
"1,8-Diazabicyclo[5.4.0]undec-7-ene",TMS,CHM-CHM,80
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Tert Butyldiphenylsilyl,CHM-CHM,44
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Tert-Butyldimethylsilyl,CHM-CHM,102
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Tertbutoxycarbonyl,CHM-CHM,57
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Tetra-N-Butylammonium Fluoride,CHM-CHM,50
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Tetrabutylammonium Fluoride,CHM-CHM,61
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Tetrahydrofuran,CHM-CHM,48
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Toluene,CHM-CHM,150
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Triethylsilyl,CHM-CHM,44
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Trifluoromethanesulfonyl,CHM-CHM,79
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Triisopropylsilyl,CHM-CHM,42
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Trimethylsilyl,CHM-CHM,83
"1,8-Diazabicyclo[5.4.0]undec-7-ene",Zn,CHM-CHM,38
"1,8-Diazabicyclo[5.4.0]undec-7-ene",iPr2NEt,CHM-CHM,38
"1,8-Diazabicyclo[5.4.0]undec-7-ene",tBuOH,CHM-CHM,43
"1,8-Diiodooctane",Acceptor,CHM-APL,33
"1,8-Diiodooctane",Active Layer,CHM-APL,39
"1,8-Diiodooctane",BHJ,CHM-APL,39
"1,8-Diiodooctane",Blend Film,CHM-DSC,37
"1,8-Diiodooctane",DIO,CHM-CHM,122
"1,8-Diiodooctane",Device Performance,CHM-PRO,32
"1,8-Diiodooctane",Donor,CHM-APL,33
"1,8-Diiodooctane",Efficiency,CHM-PRO,30
"1,8-Diiodooctane",Film,CHM-DSC,57
"1,8-Diiodooctane",Films,CHM-DSC,46
"1,8-Diiodooctane",Fullerene,CHM-CHM,47
"1,8-Diiodooctane",Morphology,CHM-PRO,78
"1,8-Diiodooctane",PCE,CHM-PRO,80
"1,8-Diiodooctane",PSCS,CHM-APL,35
"1,8-Diiodooctane",Polymer Solar Cell,CHM-APL,37
"1,8-Diiodooctane",Power Conversion Efficiency,CHM-PRO,92
"1,8-Diiodooctane",Solar Cell,CHM-APL,43
"1,8-Naphthalimide",Cu2+,CHM-CHM,32
"1,8-Naphthalimide",Fluorescence,CHM-CMT,39
"1,8-Naphthalimide",Fluorescence,CHM-PRO,59
"1,8-Naphthalimide",Fluorescence Intensity,CHM-PRO,38
"1,8-Naphthalimide",Fluorescent,CHM-PRO,35
"1,8-Naphthalimide",Naphthalimide,CHM-CHM,41
"1,8-Octanedithiol",ODT,CHM-CHM,33
1-(2-Pyridylazo)-2-Naphthol,PAN,CHM-CHM,43
1-(3-Dimethylaminopropyl)-3-Ethylcarbodiimide Hydrochloride,CH2Cl2,CHM-CHM,31
1-(3-Dimethylaminopropyl)-3-Ethylcarbodiimide Hydrochloride,EDC,CHM-CHM,32
1-(3-Dimethylaminopropyl)-3-Ethylcarbodiimide Hydrochloride,THF,CHM-CHM,32
1-Alcohol,1-Butanol,CHM-CHM,36
1-Alcohol,1-Hexanol,CHM-CHM,37
1-Alcohol,1-Propanol,CHM-CHM,32
1-Alcohol,Alcohols,CHM-CHM,56
1-Alcohol,Carbon,CHM-CHM,33
1-Alcohol,Ethanol,CHM-CHM,32
1-Alcohol,Methanol,CHM-CHM,30
1-Alkenes,1-Alkynes,CHM-CHM,32
1-Alkenes,1-Hexene,CHM-CHM,55
1-Alkenes,1-Octene,CHM-CHM,51
1-Alkenes,Alcohols,CHM-CHM,30
1-Alkenes,Aldehyde,CHM-CHM,31
1-Alkenes,Alkane,CHM-CHM,62
1-Alkenes,Alkene,CHM-CHM,92
1-Alkenes,Alkyls,CHM-CHM,56
1-Alkenes,CO,CHM-CHM,34
1-Alkenes,Carbon,CHM-CHM,97
1-Alkenes,Catalyst,CHM-APL,95
1-Alkenes,Ethylene,CHM-CHM,30
1-Alkenes,Hydrocarbon,CHM-CHM,51
1-Alkenes,Hydrogen,CHM-CHM,56
1-Alkenes,Monolayers,CHM-DSC,44
1-Alkenes,N-Alkane,CHM-CHM,56
1-Alkenes,Propene,CHM-CHM,34
1-Alkenes,Si,CHM-CHM,35
1-Alkenes,Silicon,CHM-CHM,42
1-Alkenes,Surface,CHM-DSC,65
1-Alkenes,Surfaces,CHM-DSC,43
1-Alkyl-3-Methylimidazolium,Alkyls,CHM-CHM,119
1-Alkyl-3-Methylimidazolium,Imidazolium,CHM-CHM,74
1-Alkyl-3-Methylimidazolium,Ionic,CHM-PRO,52
1-Alkyl-3-Methylimidazolium,Liquids,CHM-APL,35
1-Alkyl-3-Methylimidazolium,Viscosity,CHM-PRO,31
1-Alkynes,1-Alkenes,CHM-CHM,32
1-Alkynes,Alkyne,CHM-CHM,40
1-Bromo-3-Chloropropane,DMF,CHM-CHM,30
1-Bromo-3-Chloropropane,K2CO3,CHM-CHM,36
1-Butanol,"1,4-Dioxane",CHM-CHM,60
1-Butanol,1-Alcohol,CHM-CHM,36
1-Butanol,1-Butene,CHM-CHM,30
1-Butanol,1-Decanol,CHM-CHM,84
1-Butanol,1-Heptanol,CHM-CHM,83
1-Butanol,1-Hexanol,CHM-CHM,261
1-Butanol,1-Octanol,CHM-CHM,199
1-Butanol,1-Pentanol,CHM-CHM,358
1-Butanol,1-Propanol,CHM-CHM,800
1-Butanol,1H,CHM-CHM,66
1-Butanol,1H NMR,CHM-CMT,57
1-Butanol,2-Butanol,CHM-CHM,330
1-Butanol,2-Butanone,CHM-CHM,43
1-Butanol,2-Methyl-1-Propanol,CHM-CHM,98
1-Butanol,2-Methyl-2-Propanol,CHM-CHM,52
1-Butanol,2-Pentanol,CHM-CHM,32
1-Butanol,2-Propanol,CHM-CHM,424
1-Butanol,3-Methyl-1-Butanol,CHM-CHM,31
1-Butanol,AFM,CHM-CMT,61
1-Butanol,Absorbance,CHM-PRO,34
1-Butanol,Absorption,CHM-CMT,34
1-Butanol,Absorption Spectrum,CHM-CMT,38
1-Butanol,Acetaldehyde,CHM-CHM,60
1-Butanol,Acetate,CHM-CHM,31
1-Butanol,Acetic Acid,CHM-CHM,96
1-Butanol,Acetone,CHM-CHM,272
1-Butanol,Acetonitrile,CHM-CHM,168
1-Butanol,Activity,CHM-PRO,97
1-Butanol,Activity Coefficient,CHM-PRO,90
1-Butanol,Ag,CHM-CHM,30
1-Butanol,Al2O3,CHM-CHM,33
1-Butanol,Alcohols,CHM-CHM,782
1-Butanol,Aldehyde,CHM-CHM,50
1-Butanol,Alkane,CHM-CHM,81
1-Butanol,Alkanol,CHM-CHM,57
1-Butanol,Alkyls,CHM-CHM,67
1-Butanol,Alumina,CHM-CHM,31
1-Butanol,Amines,CHM-CHM,31
1-Butanol,Anthracene,CHM-CHM,31
1-Butanol,Apelblat Equation,CHM-CMT,69
1-Butanol,Au,CHM-CHM,48
1-Butanol,Benzenes,CHM-CHM,161
1-Butanol,Benzyl Alcohol,CHM-CHM,32
1-Butanol,Binary Interaction Parameter,CHM-PRO,36
1-Butanol,BuOH,CHM-CHM,42
1-Butanol,Bulk,CHM-DSC,54
1-Butanol,Butanal,CHM-CHM,31
1-Butanol,Butanol,CHM-CHM,212
1-Butanol,Butyl Acetate,CHM-CHM,31
1-Butanol,CO,CHM-CHM,65
1-Butanol,CO2,CHM-CHM,110
1-Butanol,CTAB,CHM-CHM,48
1-Butanol,Calcination,CHM-SMT,45
1-Butanol,Calcined,CHM-SMT,43
1-Butanol,Carbon,CHM-CHM,207
1-Butanol,Carbon Dioxide,CHM-CHM,35
1-Butanol,Catalyst,CHM-APL,274
1-Butanol,Catalytic Activity,CHM-PRO,55
1-Butanol,Catalytic Performance,CHM-PRO,34
1-Butanol,Chemical Structures,CHM-PRO,131
1-Butanol,Chlorobenzene,CHM-CHM,31
1-Butanol,Chloroform,CHM-CHM,68
1-Butanol,Cluster,CHM-DSC,32
1-Butanol,Coated,CHM-SMT,36
1-Butanol,Columns,CHM-APL,33
1-Butanol,Composite,CHM-DSC,39
1-Butanol,Compositions,CHM-PRO,186
1-Butanol,Crystal,CHM-DSC,70
1-Butanol,Crystalline,CHM-DSC,30
1-Butanol,Cu,CHM-CHM,51
1-Butanol,Cyclohexane,CHM-CHM,143
1-Butanol,Cyclohexanol,CHM-CHM,32
1-Butanol,DMF,CHM-CHM,80
1-Butanol,DMSO,CHM-CHM,80
1-Butanol,DSC,CHM-CMT,75
1-Butanol,Decane,CHM-CHM,32
1-Butanol,Densities,CHM-PRO,155
1-Butanol,Density,CHM-PRO,161
1-Butanol,Diamonds,CHM-CHM,92
1-Butanol,Dichloromethane,CHM-CHM,42
1-Butanol,Dielectric Constant,CHM-PRO,34
1-Butanol,Diethyl Ether,CHM-CHM,54
1-Butanol,Dimethylsulfoxide,CHM-CHM,35
1-Butanol,Electrode,CHM-APL,56
1-Butanol,Electrodes,CHM-APL,35
1-Butanol,Esters,CHM-CHM,59
1-Butanol,Ethanol,CHM-CHM,1071
1-Butanol,Ethers,CHM-CHM,53
1-Butanol,Ethyl Acetate,CHM-CHM,219
1-Butanol,Ethylbenzene,CHM-CHM,42
1-Butanol,Ethylene,CHM-CHM,31
1-Butanol,Ethylene Glycol,CHM-CHM,64
1-Butanol,Excess,CHM-PRO,43
1-Butanol,Excess Molar Enthalpy,CHM-PRO,42
1-Butanol,Excess Molar Volume,CHM-PRO,123
1-Butanol,FT-IR,CHM-CMT,68
1-Butanol,FTIR,CHM-CMT,79
1-Butanol,Fatty Acid,CHM-CHM,36
1-Butanol,Film,CHM-DSC,92
1-Butanol,Films,CHM-DSC,97
1-Butanol,Fluorescence,CHM-CMT,52
1-Butanol,Formaldehyde,CHM-CHM,31
1-Butanol,Gc,CHM-CMT,39
1-Butanol,Glucose,CHM-CHM,42
1-Butanol,Glycerol,CHM-CHM,58
1-Butanol,H2,CHM-CHM,68
1-Butanol,H2O,CHM-CHM,104
1-Butanol,HCl,CHM-CHM,57
1-Butanol,HRTEM,CHM-CMT,48
1-Butanol,Heating,CHM-SMT,41
1-Butanol,Heptane,CHM-CHM,86
1-Butanol,Hexagonal,CHM-SPL,32
1-Butanol,Hexane,CHM-CHM,120
1-Butanol,Hydrocarbon,CHM-CHM,72
1-Butanol,Hydrogen,CHM-CHM,235
1-Butanol,Hydrogenation,CHM-SMT,40
1-Butanol,Hydrolysis,CHM-SMT,42
1-Butanol,Hydrophilic,CHM-PRO,33
1-Butanol,Hydrophobic,CHM-PRO,52
1-Butanol,Hydroxyl,CHM-CHM,59
1-Butanol,IPA,CHM-CHM,34
1-Butanol,Interface,CHM-DSC,56
1-Butanol,Ir,CHM-CMT,40
1-Butanol,Isentropic Compressibility,CHM-PRO,46
1-Butanol,Isobutanol,CHM-CHM,66
1-Butanol,Isooctane,CHM-CHM,43
1-Butanol,Isopropanol,CHM-CHM,74
1-Butanol,K,CHM-PRO,54
1-Butanol,Ketone,CHM-CHM,48
1-Butanol,Layers,CHM-DSC,82
1-Butanol,Liquid-Liquid Equilibrium,CHM-PRO,30
1-Butanol,Lle,CHM-CMT,32
1-Butanol,Lle,CHM-PRO,70
1-Butanol,MeOH,CHM-CHM,52
1-Butanol,Membrane,CHM-DSC,84
1-Butanol,Mesoporous,CHM-DSC,51
1-Butanol,Methane,CHM-CHM,34
1-Butanol,Methanol,CHM-CHM,786
1-Butanol,Methyl Acetate,CHM-CHM,30
1-Butanol,Microemulsion,CHM-DSC,101
1-Butanol,Mixtures,CHM-DSC,44
1-Butanol,Mole Fraction Solubility,CHM-PRO,71
1-Butanol,Molecular Structure,CHM-PRO,74
1-Butanol,Monolayers,CHM-DSC,38
1-Butanol,Morphology,CHM-PRO,59
1-Butanol,N-Decane,CHM-CHM,31
1-Butanol,N-Heptane,CHM-CHM,70
1-Butanol,N-Hexane,CHM-CHM,96
1-Butanol,N-Octane,CHM-CHM,58
1-Butanol,N2,CHM-CHM,93
1-Butanol,NH3,CHM-CHM,44
1-Butanol,NMR,CHM-CMT,41
1-Butanol,NRTL,CHM-CMT,119
1-Butanol,NRTL Model,CHM-CMT,41
1-Butanol,NaCl,CHM-CHM,66
1-Butanol,NaOH,CHM-CHM,46
1-Butanol,Nanoparticle,CHM-DSC,32
1-Butanol,Nanoparticles,CHM-DSC,111
1-Butanol,Nitrogen,CHM-CHM,90
1-Butanol,O,CHM-CHM,65
1-Butanol,O2,CHM-CHM,49
1-Butanol,OH,CHM-CHM,78
1-Butanol,Octane,CHM-CHM,53
1-Butanol,Olefins,CHM-CHM,35
1-Butanol,Oxidation,CHM-APL,37
1-Butanol,Oxidation,CHM-SMT,41
1-Butanol,Oxygen,CHM-CHM,124
1-Butanol,Particle Size,CHM-PRO,38
1-Butanol,Particles,CHM-DSC,116
1-Butanol,Pd,CHM-CHM,44
1-Butanol,Phase Diagram,CHM-PRO,106
1-Butanol,Phenol,CHM-CHM,48
1-Butanol,Phosphate,CHM-CHM,38
1-Butanol,Physical Properties,CHM-PRO,48
1-Butanol,Pore Size Distribution,CHM-PRO,31
1-Butanol,Porous,CHM-DSC,37
1-Butanol,Powder,CHM-DSC,65
1-Butanol,Propanol,CHM-CHM,49
1-Butanol,Pt,CHM-CHM,43
1-Butanol,Pure,CHM-DSC,37
1-Butanol,Pyridine,CHM-CHM,52
1-Butanol,Raman,CHM-CMT,40
1-Butanol,Rate Constant,CHM-PRO,33
1-Butanol,Reaction Rate,CHM-PRO,33
1-Butanol,Redlich Kister Equation,CHM-CMT,91
1-Butanol,Refractive Index,CHM-PRO,52
1-Butanol,Root Mean Square Deviation,CHM-PRO,40
1-Butanol,SDS,CHM-CHM,41
1-Butanol,SEM,CHM-CMT,227
1-Butanol,Scanning Electron Microscopy,CHM-CMT,30
1-Butanol,Selectivity,CHM-PRO,72
1-Butanol,Sensor,CHM-APL,44
1-Butanol,Si,CHM-CHM,43
1-Butanol,SiO2,CHM-CHM,50
1-Butanol,Silica,CHM-CHM,109
1-Butanol,Silicon,CHM-CHM,32
1-Butanol,Solubilities,CHM-PRO,91
1-Butanol,Solubility,CHM-PRO,157
1-Butanol,Solution,CHM-DSC,34
1-Butanol,Speed of Sound,CHM-PRO,46
1-Butanol,Speeds of Sound,CHM-PRO,35
1-Butanol,Stability,CHM-PRO,68
1-Butanol,Standard,CHM-PRO,30
1-Butanol,Standard Deviation,CHM-PRO,35
1-Butanol,Structure,CHM-PRO,118
1-Butanol,Structures,CHM-PRO,34
1-Butanol,Substrate,CHM-DSC,78
1-Butanol,Surface,CHM-DSC,220
1-Butanol,Surface Area,CHM-PRO,37
1-Butanol,Surface Tension,CHM-PRO,60
1-Butanol,Surfaces,CHM-DSC,44
1-Butanol,TEM,CHM-CMT,173
1-Butanol,THF,CHM-CHM,86
1-Butanol,Tert-Butanol,CHM-CHM,44
1-Butanol,Tetrahydrofuran,CHM-CHM,69
1-Butanol,Tga,CHM-CMT,32
1-Butanol,Thin Films,CHM-DSC,35
1-Butanol,TiO2,CHM-CHM,65
1-Butanol,Toluene,CHM-CHM,253
1-Butanol,Transesterification,CHM-SMT,37
1-Butanol,UNIFAC,CHM-CMT,41
1-Butanol,UNIQUAC,CHM-CMT,76
1-Butanol,UNIQUAC Model,CHM-CMT,40
1-Butanol,VLE,CHM-PRO,71
1-Butanol,Vapor Liquid Equilibrium,CHM-PRO,37
1-Butanol,Vapor Pressure,CHM-PRO,49
1-Butanol,Viscosities,CHM-PRO,68
1-Butanol,Viscosity,CHM-PRO,136
1-Butanol,Viscosity Deviation,CHM-PRO,39
1-Butanol,Water Content,CHM-PRO,44
1-Butanol,Wilson,CHM-CMT,53
1-Butanol,Wilson Model,CHM-CMT,36
1-Butanol,X-Ray Diffraction,CHM-CMT,79
1-Butanol,XPS,CHM-CMT,58
1-Butanol,XRD,CHM-CMT,182
1-Butanol,Zeolites,CHM-CHM,71
1-Butene,"1,3-Butadiene",CHM-CHM,218
1-Butene,1-Butanol,CHM-CHM,30
1-Butene,1-Butene Isomerization,CHM-APL,46
1-Butene,1-Hexene,CHM-CHM,116
1-Butene,1-Octene,CHM-CHM,56
1-Butene,1-Pentene,CHM-CHM,68
1-Butene,13C,CHM-CHM,34
1-Butene,2-Butene,CHM-CHM,167
1-Butene,Acetaldehyde,CHM-CHM,37
1-Butene,Acetylene,CHM-CHM,47
1-Butene,Acidic Sites,CHM-PRO,37
1-Butene,Acidity,CHM-PRO,70
1-Butene,Activation Energies,CHM-PRO,31
1-Butene,Activation Energy,CHM-PRO,43
1-Butene,Activity,CHM-PRO,189
1-Butene,Al,CHM-CHM,91
1-Butene,Al2O3,CHM-CHM,79
1-Butene,Alcohols,CHM-CHM,33
1-Butene,Alkane,CHM-CHM,81
1-Butene,Alkene,CHM-CHM,136
1-Butene,Alkyls,CHM-CHM,48
1-Butene,Alumina,CHM-CHM,84
1-Butene,Aluminum,CHM-CHM,39
1-Butene,Ammonia,CHM-CHM,58
1-Butene,Amorphous,CHM-DSC,35
1-Butene,Arrhenius Plot,CHM-CMT,33
1-Butene,Benzenes,CHM-CHM,104
1-Butene,Bronsted Acids,CHM-CHM,35
1-Butene,Bulk,CHM-DSC,40
1-Butene,Butadiene,CHM-CHM,115
1-Butene,Butanes,CHM-CHM,144
1-Butene,Butene,CHM-CHM,267
1-Butene,C2H4,CHM-CHM,49
1-Butene,C3H6,CHM-CHM,30
1-Butene,C4H8,CHM-CHM,37
1-Butene,CH4,CHM-CHM,35
1-Butene,CO,CHM-CHM,130
1-Butene,CO2,CHM-CHM,120
1-Butene,Calcination,CHM-SMT,56
1-Butene,Calcined,CHM-SMT,68
1-Butene,Carbon,CHM-CHM,174
1-Butene,Carbon Dioxide,CHM-CHM,46
1-Butene,Catalyst,CHM-APL,672
1-Butene,Catalytic Activity,CHM-PRO,150
1-Butene,Catalytic Performance,CHM-PRO,74
1-Butene,Catalytic Properties,CHM-PRO,34
1-Butene,Cis-2-Butene,CHM-CHM,170
1-Butene,Cl,CHM-CHM,34
1-Butene,Cluster,CHM-DSC,35
1-Butene,Compositions,CHM-PRO,94
1-Butene,Copolymer,CHM-DSC,44
1-Butene,Crystalline,CHM-DSC,31
1-Butene,Cu,CHM-CHM,34
1-Butene,Cyclohexane,CHM-CHM,31
1-Butene,DFT,CHM-CMT,41
1-Butene,Dehydrogenation,CHM-SMT,32
1-Butene,Deuterium,CHM-CHM,32
1-Butene,Diamonds,CHM-CHM,35
1-Butene,Doped,CHM-DSC,31
1-Butene,Ethane,CHM-CHM,105
1-Butene,Ethanol,CHM-CHM,38
1-Butene,Ethene,CHM-CHM,132
1-Butene,Ethylene,CHM-CHM,280
1-Butene,FT-IR,CHM-CMT,31
1-Butene,FTIR,CHM-CMT,73
1-Butene,Fe,CHM-CHM,35
1-Butene,H2,CHM-CHM,141
1-Butene,H2O,CHM-CHM,57
1-Butene,HZSM-5,CHM-CHM,33
1-Butene,Heating,CHM-SMT,42
1-Butene,Helium,CHM-CHM,30
1-Butene,Hydrocarbon,CHM-CHM,147
1-Butene,Hydrogen,CHM-CHM,257
1-Butene,Hydrogenation,CHM-APL,75
1-Butene,Hydrogenation,CHM-SMT,87
1-Butene,Hydroxyl,CHM-CHM,38
1-Butene,IR,CHM-CMT,36
1-Butene,Ir,CHM-CMT,52
1-Butene,Iron,CHM-CHM,30
1-Butene,Isobutane,CHM-CHM,90
1-Butene,Isobutene,CHM-CHM,210
1-Butene,Isomerization,CHM-APL,65
1-Butene,Lewis Acids,CHM-CHM,36
1-Butene,Mesoporous,CHM-DSC,44
1-Butene,Metals,CHM-PRO,39
1-Butene,Methane,CHM-CHM,84
1-Butene,Methanol,CHM-CHM,64
1-Butene,Methyl,CHM-CHM,50
1-Butene,Mo,CHM-CHM,33
1-Butene,N-Butenes,CHM-CHM,53
1-Butene,N-Hexane,CHM-CHM,30
1-Butene,N2,CHM-CHM,117
1-Butene,NH3,CHM-CHM,74
1-Butene,NH3TPD,CHM-CMT,52
1-Butene,Ni,CHM-CHM,60
1-Butene,Nickel,CHM-CHM,49
1-Butene,Nitrogen,CHM-CHM,96
1-Butene,O,CHM-CHM,62
1-Butene,O2,CHM-CHM,101
1-Butene,OH,CHM-CHM,113
1-Butene,Olefins,CHM-CHM,179
1-Butene,Oxidation,CHM-APL,52
1-Butene,Oxidation,CHM-SMT,63
1-Butene,Oxides,CHM-CHM,35
1-Butene,Oxygen,CHM-CHM,146
1-Butene,Palladium,CHM-CHM,40
1-Butene,Particles,CHM-DSC,51
1-Butene,Pd,CHM-CHM,77
1-Butene,Polyethylene,CHM-CHM,39
1-Butene,Propane,CHM-CHM,136
1-Butene,Propene,CHM-CHM,272
1-Butene,Propylene,CHM-CHM,148
1-Butene,Pt,CHM-CHM,63
1-Butene,Pyridine,CHM-CHM,80
1-Butene,Rate Coefficient,CHM-PRO,35
1-Butene,Rate Constant,CHM-PRO,55
1-Butene,Reaction Rate,CHM-PRO,45
1-Butene,Reactors,CHM-APL,32
1-Butene,Reductions,CHM-SMT,43
1-Butene,SEM,CHM-CMT,57
1-Butene,Selectivity,CHM-PRO,106
1-Butene,Si,CHM-CHM,82
1-Butene,SiO2,CHM-CHM,99
1-Butene,Silica,CHM-CHM,103
1-Butene,Stability,CHM-PRO,55
1-Butene,Structure,CHM-PRO,71
1-Butene,Structures,CHM-PRO,30
1-Butene,Surface,CHM-DSC,219
1-Butene,Surface Area,CHM-PRO,43
1-Butene,Surfaces,CHM-DSC,60
1-Butene,TEM,CHM-CMT,80
1-Butene,TOF,CHM-PRO,30
1-Butene,TPD,CHM-CMT,53
1-Butene,TPR,CHM-CMT,36
1-Butene,TiO2,CHM-CHM,46
1-Butene,Toluene,CHM-CHM,103
1-Butene,Trans-2-Butene,CHM-CHM,204
1-Butene,X-Ray Diffraction,CHM-CMT,52
1-Butene,XPS,CHM-CMT,74
1-Butene,XRD,CHM-CMT,143
1-Butene,ZSM 5,CHM-CHM,32
1-Butene,Zeolites,CHM-CHM,206
1-Butene,n-Butane,CHM-CHM,185
1-Butene Isomerization,1-Butene,APL-CHM,46
1-Butyl-3-Methylimidazolium,1-Ethyl-3-Methylimidazolium,CHM-CHM,70
1-Butyl-3-Methylimidazolium,Alkyls,CHM-CHM,56
1-Butyl-3-Methylimidazolium,BF4,CHM-CHM,53
1-Butyl-3-Methylimidazolium,BMIM,CHM-CHM,38
1-Butyl-3-Methylimidazolium,Bis(Trifluoromethylsulfonyl)imide,CHM-CHM,34
1-Butyl-3-Methylimidazolium,Carbon,CHM-CHM,39
1-Butyl-3-Methylimidazolium,Cl,CHM-CHM,46
1-Butyl-3-Methylimidazolium,Density,CHM-PRO,33
1-Butyl-3-Methylimidazolium,Hexafluorophosphate,CHM-CHM,39
1-Butyl-3-Methylimidazolium,Hydrogen,CHM-CHM,74
1-Butyl-3-Methylimidazolium,Imidazolium,CHM-CHM,116
1-Butyl-3-Methylimidazolium,PF6,CHM-CHM,40
1-Butyl-3-Methylimidazolium,Structure,CHM-PRO,37
1-Butyl-3-Methylimidazolium,Surface,CHM-DSC,41
1-Butyl-3-Methylimidazolium,Tetrafluoroborate,CHM-CHM,39
1-Butyl-3-Methylimidazolium,Viscosity,CHM-PRO,42
1-Butyl-3-Methylimidazolium Chloride,BMIMCl,CHM-CHM,46
1-Butyl-3-Methylimidazolium Chloride,Carbon,CHM-CHM,40
1-Butyl-3-Methylimidazolium Chloride,Catalyst,CHM-APL,39
1-Butyl-3-Methylimidazolium Chloride,Chlorides,CHM-CHM,34
1-Butyl-3-Methylimidazolium Chloride,FT-IR,CHM-CMT,39
1-Butyl-3-Methylimidazolium Chloride,Glucose,CHM-CHM,44
1-Butyl-3-Methylimidazolium Chloride,Hydrogen,CHM-CHM,57
1-Butyl-3-Methylimidazolium Chloride,Hydrolysis,CHM-SMT,32
1-Butyl-3-Methylimidazolium Chloride,Imidazolium,CHM-CHM,53
1-Butyl-3-Methylimidazolium Chloride,Morphology,CHM-PRO,34
1-Butyl-3-Methylimidazolium Chloride,SEM,CHM-CMT,51
1-Butyl-3-Methylimidazolium Chloride,Structure,CHM-PRO,39
1-Butyl-3-Methylimidazolium Chloride,Thermal Stability,CHM-PRO,34
1-Butyl-3-Methylimidazolium Chloride,X-Ray Diffraction,CHM-CMT,30
1-Butyl-3-Methylimidazolium Chloride,XRD,CHM-CMT,36
1-Butyl-3-Methylimidazolium Chloride,[BMIM]Cl,CHM-CHM,80
1-Butyl-3-Methylimidazolium Chloride,[Bmim]Cl,CHM-CHM,42
1-Butyl-3-Methylimidazolium Tetrafluoroborate,1-Ethyl-3-Methylimidazolium Tetrafluoroborate,CHM-CHM,39
1-Butyl-3-Methylimidazolium Tetrafluoroborate,1Butyl3Methylimidazolium Hexafluorophosphate,CHM-CHM,87
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Acetonitrile,CHM-CHM,33
1-Butyl-3-Methylimidazolium Tetrafluoroborate,BF4,CHM-CHM,31
1-Butyl-3-Methylimidazolium Tetrafluoroborate,BMIM][BF4,CHM-CHM,50
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Bmim][BF4,CHM-CHM,107
1-Butyl-3-Methylimidazolium Tetrafluoroborate,CO2,CHM-CHM,43
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Carbon,CHM-CHM,61
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Catalyst,CHM-APL,41
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Compositions,CHM-PRO,32
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Conductivity,CHM-PRO,30
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Cyclic Voltammetry,CHM-CMT,43
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Densities,CHM-PRO,34
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Density,CHM-PRO,40
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Electrode,CHM-APL,73
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Electrodes,CHM-APL,35
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Electrolyte,CHM-APL,51
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Hydrogen,CHM-CHM,53
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Imidazolium,CHM-CHM,62
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Morphology,CHM-PRO,35
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Nanoparticles,CHM-DSC,46
1-Butyl-3-Methylimidazolium Tetrafluoroborate,SEM,CHM-CMT,36
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Structure,CHM-PRO,47
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Surface,CHM-DSC,68
1-Butyl-3-Methylimidazolium Tetrafluoroborate,Viscosity,CHM-PRO,38
1-C4H8,C2H4,CHM-CHM,33
1-CPE,1D,CHM-DSC,39
1-CPE,1D Chains,CHM-DSC,38
1-CPE,2-CPE,CHM-CHM,59
1-CPE,2D,CHM-DSC,84
1-CPE,2D Layer,CHM-DSC,58
1-CPE,3D,CHM-DSC,82
1-CPE,Anodic,CHM-PRO,33
1-CPE,CPE,CHM-APL,34
1-CPE,Chains,CHM-DSC,43
1-CPE,Cluster,CHM-DSC,41
1-CPE,Coordination Environment,CHM-PRO,71
1-CPE,Coordination Mode,CHM-PRO,32
1-CPE,Crystal Data,CHM-CMT,46
1-CPE,Cu,CHM-CHM,39
1-CPE,Cyclic Voltammogram,CHM-CMT,186
1-CPE,H2O2,CHM-CHM,58
1-CPE,H2SO4,CHM-CHM,162
1-CPE,Hydrogen,CHM-CHM,119
1-CPE,Layers,CHM-DSC,52
1-CPE,Na2SO4,CHM-CHM,48
1-CPE,NaNO2,CHM-CHM,31
1-CPE,Structure,CHM-PRO,62
1-CPE,Structure Refinement,CHM-CMT,53
"1-Chloro-2,4-Dinitrobenzene",CDNB,CHM-CHM,32
"1-Chloro-2,4-Dinitrobenzene",Glutathione,CHM-CHM,36
1-Cu2+,Cu2+,CHM-CHM,56
1-Cu2+,Fluorescence,CHM-CMT,32
1-D,1D,DSC-DSC,53
1-D,1D Chains,DSC-DSC,192
1-D,1H,DSC-CHM,39
1-D,2-D,CMT-CMT,119
1-D,2-D,CMT-DSC,71
1-D,2-D,DSC-CMT,71
1-D,2-D,DSC-DSC,900
1-D,2D,DSC-DSC,52
1-D,2D Layer,DSC-DSC,126
1-D,2D Sheet,DSC-DSC,71
1-D,3-D,CMT-CMT,67
1-D,3-D,CMT-DSC,40
1-D,3-D,DSC-CMT,60
1-D,3-D,DSC-DSC,644
1-D,3D,DSC-DSC,57
1-D,AFM,DSC-CMT,51
1-D,Absorption Spectrum,DSC-CMT,39
1-D,Acetonitrile,DSC-CHM,32
1-D,Ag,DSC-CHM,102
1-D,Al,DSC-CHM,47
1-D,Amorphous,DSC-DSC,41
1-D,Angles,DSC-PRO,111
1-D,Annealing,DSC-SMT,36
1-D,Anode,DSC-APL,37
1-D,Antiferromagnetic Interaction,DSC-PRO,31
1-D,Array,DSC-DSC,31
1-D,As Prepared,DSC-DSC,46
1-D,As-Synthesized,DSC-DSC,40
1-D,Au,DSC-CHM,82
1-D,Bilayer,DSC-DSC,31
1-D,Blue Line,DSC-CHM,40
1-D,Bond Distance,DSC-PRO,42
1-D,Bond Length,DSC-PRO,117
1-D,Br,DSC-CHM,58
1-D,Bulk,DSC-DSC,94
1-D,CO,DSC-CHM,53
1-D,CO2,DSC-CHM,69
1-D,Carbon,CMT-CHM,35
1-D,Carbon,DSC-CHM,212
1-D,Carboxylates,DSC-CHM,86
1-D,Catalyst,DSC-APL,91
1-D,Cd,DSC-CHM,51
1-D,Cd(II),DSC-CHM,41
1-D,Cell,DSC-APL,34
1-D,Chains,DSC-DSC,351
1-D,Chemical Structures,DSC-PRO,40
1-D,Cl,DSC-CHM,88
1-D,Cluster,DSC-DSC,139
1-D,Co,DSC-CHM,93
1-D,Co II,DSC-CHM,33
1-D,Coated,DSC-SMT,41
1-D,Coatings,DSC-APL,33
1-D,Cobalt,DSC-CHM,30
1-D,Composite,DSC-DSC,91
1-D,Compositions,CMT-PRO,31
1-D,Compositions,DSC-PRO,81
1-D,Conductivity,DSC-PRO,55
1-D,Cooling,DSC-SMT,33
1-D,Coordination,DSC-PRO,142
1-D,Coordination Environment,DSC-PRO,186
1-D,Coordination Mode,DSC-PRO,77
1-D,Coordination Polymer,DSC-DSC,107
1-D,Coordination Polymer,DSC-PRO,51
1-D,Copper,DSC-CHM,84
1-D,Copper II,DSC-CHM,40
1-D,Crystal,DSC-CMT,30
1-D,Crystal,DSC-DSC,186
1-D,Crystal Data,DSC-CMT,60
1-D,Crystal Packings,DSC-PRO,56
1-D,Crystal Structure,DSC-PRO,264
1-D,Crystalline,DSC-DSC,73
1-D,Cu,DSC-CHM,151
1-D,Cu(II),DSC-CHM,68
1-D,Cubic,DSC-SPL,39
1-D,Cyclic Voltammogram,DSC-CMT,54
1-D,DFT,DSC-CMT,45
1-D,DMF,DSC-CHM,86
1-D,DSC,DSC-CMT,30
1-D,Density,DSC-PRO,56
1-D,Diamonds,DSC-CHM,61
1-D,Doped,DSC-DSC,64
1-D,EDS,DSC-CMT,35
1-D,Efficiency,DSC-PRO,38
1-D,Electrical Conductivity,DSC-PRO,30
1-D,Electrode,DSC-APL,81
1-D,Electrodes,DSC-APL,60
1-D,Electrolyte,DSC-APL,41
1-D,Elemental Analysis,DSC-CMT,105
1-D,Emission Spectra,DSC-CMT,88
1-D,Ethanol,DSC-CHM,55
1-D,Eu,DSC-CHM,30
1-D,F,DSC-CHM,33
1-D,FESEM,DSC-CMT,42
1-D,FT-IR,DSC-CMT,32
1-D,Fe,DSC-CHM,63
1-D,Fibers,DSC-DSC,31
1-D,Film,DSC-DSC,103
1-D,Films,DSC-DSC,76
1-D,Fluorescence,DSC-CMT,35
1-D,G,DSC-PRO,43
1-D,Graphene,DSC-CHM,59
1-D,H2,DSC-CHM,72
1-D,H2O,DSC-CHM,82
1-D,HRTEM,DSC-CMT,84
1-D,Heat Transfer,DSC-PRO,42
1-D,Heating,DSC-SMT,66
1-D,Hexagonal,DSC-SPL,90
1-D,Homo,DSC-PRO,30
1-D,Hydrogen,CMT-CHM,32
1-D,Hydrogen,DSC-CHM,706
1-D,Hydrothermal,DSC-SMT,50
1-D,Interface,CMT-DSC,30
1-D,Interface,DSC-DSC,117
1-D,Ir,DSC-CMT,114
1-D,Irradiation,DSC-SMT,39
1-D,K,DSC-PRO,39
1-D,Lanthanides,DSC-CHM,37
1-D,Layered,DSC-DSC,65
1-D,Layers,CMT-DSC,45
1-D,Layers,DSC-DSC,383
1-D,Li,DSC-CHM,38
1-D,Lithium,DSC-CHM,32
1-D,M,DSC-PRO,33
1-D,Magnetic Properties,DSC-PRO,62
1-D,Magnetic Susceptibility,DSC-PRO,49
1-D,Magnetics,DSC-PRO,46
1-D,Magnetization,DSC-PRO,34
1-D,MeOH,DSC-CHM,39
1-D,Membrane,DSC-DSC,35
1-D,Mesoporous,DSC-DSC,37
1-D,Metallic,DSC-PRO,46
1-D,Metals,DSC-PRO,128
1-D,Methanol,DSC-CHM,85
1-D,Microstructure,DSC-PRO,43
1-D,Mn,DSC-CHM,65
1-D,Models,CMT-CMT,37
1-D,Models,DSC-CMT,42
1-D,Molecular Structure,DSC-PRO,161
1-D,Monoclinic,DSC-SPL,70
1-D,Morphologies,DSC-PRO,70
1-D,Morphology,DSC-PRO,137
1-D,N2,DSC-CHM,79
1-D,NPS,DSC-DSC,33
1-D,Nano Structured,DSC-DSC,38
1-D,Nanocomposite,DSC-DSC,53
1-D,Nanocrystals,DSC-DSC,46
1-D,Nanofiber,DSC-DSC,58
1-D,Nanomaterial,DSC-DSC,58
1-D,Nanoparticle,DSC-DSC,55
1-D,Nanoparticles,DSC-DSC,157
1-D,Nanorods,DSC-DSC,134
1-D,Nanosheets,DSC-DSC,35
1-D,Nanostructure,DSC-DSC,46
1-D,Nanostructures,DSC-DSC,179
1-D,Nanotube,DSC-DSC,138
1-D,Nanowire,DSC-DSC,57
1-D,Nanowires,DSC-DSC,128
1-D,Ni,DSC-CHM,91
1-D,Nitrate,DSC-CHM,43
1-D,Nitrogen,DSC-CHM,120
1-D,O,DSC-CHM,191
1-D,O2,DSC-CHM,50
1-D,OH,DSC-CHM,41
1-D,ORTEP,DSC-CMT,39
1-D,Of Chemistry,DSC-CMT,31
1-D,One-Dimensional,CMT-CMT,89
1-D,One-Dimensional,DSC-DSC,476
1-D,Optical Properties,DSC-PRO,41
1-D,Oxygen,DSC-CHM,186
1-D,P,DSC-PRO,37
1-D,PXRD,DSC-CMT,77
1-D,Packing Diagram,DSC-PRO,43
1-D,Particle,DSC-DSC,34
1-D,Particles,DSC-DSC,98
1-D,Pd,DSC-CHM,32
1-D,Phenyls,DSC-CHM,39
1-D,Photo Luminescence,DSC-CMT,75
1-D,Polymeric,DSC-DSC,41
1-D,Polymers,DSC-DSC,126
1-D,Porosity,DSC-PRO,47
1-D,Porous,DSC-DSC,95
1-D,Powder,DSC-DSC,83
1-D,Pt,DSC-CHM,78
1-D,Pyridine,DSC-CHM,52
1-D,Raman,DSC-CMT,45
1-D,Ribbons,DSC-DSC,45
1-D,Rods,DSC-DSC,35
1-D,SAED,DSC-CMT,47
1-D,SEM,DSC-CMT,193
1-D,Scanning Electron Microscopy,DSC-CMT,37
1-D,Self Assembly,DSC-SMT,41
1-D,Semiconductor,DSC-PRO,50
1-D,Sensor,DSC-APL,36
1-D,Sheet,DSC-DSC,57
1-D,Sheets,DSC-DSC,74
1-D,Shell,DSC-DSC,30
1-D,Si,DSC-CHM,77
1-D,SiO2,DSC-CHM,37
1-D,Silica,DSC-CHM,47
1-D,Silicon,DSC-CHM,64
1-D,Silver,DSC-CHM,76
1-D,Single Crystal,DSC-CMT,43
1-D,Single Crystal,DSC-DSC,147
1-D,Single Crystal X-Ray Diffraction,DSC-CMT,61
1-D,Singlet,DSC-DSC,38
1-D,Society,DSC-CMT,45
1-D,Solar Cell,DSC-APL,35
1-D,Solid,DSC-DSC,43
1-D,Sphere,DSC-DSC,40
1-D,Stability,DSC-PRO,84
1-D,Structural,DSC-PRO,75
1-D,Structure,CMT-PRO,30
1-D,Structure,DSC-PRO,542
1-D,Structure Refinement,DSC-CMT,138
1-D,Structures,DSC-PRO,158
1-D,Substrate,DSC-DSC,169
1-D,Supramolecular Structure,DSC-PRO,31
1-D,Surface,CMT-DSC,77
1-D,Surface,DSC-DSC,278
1-D,Surface Area,DSC-PRO,58
1-D,Surfaces,DSC-DSC,92
1-D,T,DSC-PRO,51
1-D,TEM,DSC-CMT,198
1-D,TG,DSC-CMT,47
1-D,Temperature,CMT-PRO,41
1-D,Temperature,DSC-PRO,83
1-D,Tga,DSC-CMT,56
1-D,Thermal,DSC-PRO,53
1-D,Thermal Ellipsoids,DSC-CMT,41
1-D,Thermal Ellipsoids,DSC-PRO,34
1-D,Thermal Stability,DSC-PRO,34
1-D,Thermogravimetric Analysis,DSC-CMT,42
1-D,Thin Films,DSC-DSC,57
1-D,Three Dimensional,DSC-DSC,75
1-D,Ti,DSC-CHM,30
1-D,TiO2,DSC-CHM,96
1-D,Transition Metal,DSC-CHM,44
1-D,Transmission Electron Microscopy,DSC-CMT,36
1-D,Triclinic,DSC-SPL,32
1-D,Two-Dimensional,DSC-DSC,145
1-D,UV Vis,DSC-CMT,52
1-D,UV Vis Absorption,DSC-CMT,34
1-D,Velocity,CMT-PRO,40
1-D,Velocity,DSC-PRO,39
1-D,X-Ray Crystallography,DSC-CMT,45
1-D,X-Ray Diffraction,DSC-CMT,225
1-D,XPS,DSC-CMT,65
1-D,XRD,DSC-CMT,182
1-D,Zinc,DSC-CHM,35
1-D,Zn,DSC-CHM,84
1-D,Zn(II),DSC-CHM,37
1-D,ZnO,DSC-CHM,86
1-D,β,DSC-PRO,54
1-D Chain,Hydrogen,DSC-CHM,34
1-D Chain,Structure,DSC-PRO,34
1-D Model,1D,CMT-CMT,42
1-D Model,1D,CMT-DSC,47
1-D Model,Surface,CMT-DSC,42
1-D Model,Temperature,CMT-PRO,45
1-Decanol,1-Butanol,CHM-CHM,84
1-Decanol,1-Dodecanol,CHM-CHM,53
1-Decanol,1-Heptanol,CHM-CHM,64
1-Decanol,1-Hexanol,CHM-CHM,117
1-Decanol,1-Nonanol,CHM-CHM,63
1-Decanol,1-Octanol,CHM-CHM,168
1-Decanol,1-Pentanol,CHM-CHM,57
1-Decanol,1-Propanol,CHM-CHM,56
1-Decanol,Alcohols,CHM-CHM,130
1-Decanol,Benzenes,CHM-CHM,32
1-Decanol,Carbon,CHM-CHM,47
1-Decanol,Compositions,CHM-PRO,40
1-Decanol,Densities,CHM-PRO,32
1-Decanol,Density,CHM-PRO,38
1-Decanol,Ethanol,CHM-CHM,68
1-Decanol,Excess Molar Volume,CHM-PRO,33
1-Decanol,Hydrogen,CHM-CHM,31
1-Decanol,Methanol,CHM-CHM,59
1-Decanol,SEM,CHM-CMT,34
1-Decanol,Surface,CHM-DSC,30
1-Decanol,Toluene,CHM-CHM,36
1-Decanol,Viscosity,CHM-PRO,35
1-Decene,1-Hexene,CHM-CHM,49
1-Decene,1-Octene,CHM-CHM,62
1-Decene,Alkene,CHM-CHM,44
1-Decene,Carbon,CHM-CHM,32
1-Decene,Catalyst,CHM-APL,96
1-Decene,Hydroformylation,CHM-APL,31
1-Decene,Hydrogen,CHM-CHM,30
1-Decene,Olefins,CHM-CHM,57
1-Decene,Surface,CHM-DSC,43
1-Dimensional,1D,DSC-DSC,32
1-Dimensional,2-Dimensional,DSC-DSC,37
1-Dimensional,Carbon,DSC-CHM,34
1-Dimensional,Structure,DSC-PRO,37
1-Dodecanethiol,AFM,CHM-CMT,38
1-Dodecanethiol,Ag,CHM-CHM,44
1-Dodecanethiol,Au,CHM-CHM,69
1-Dodecanethiol,Carbon,CHM-CHM,31
1-Dodecanethiol,Coated,CHM-SMT,31
1-Dodecanethiol,Copper,CHM-CHM,33
1-Dodecanethiol,Cu,CHM-CHM,33
1-Dodecanethiol,DDT,CHM-CHM,58
1-Dodecanethiol,Electrode,CHM-APL,57
1-Dodecanethiol,Electrodes,CHM-APL,39
1-Dodecanethiol,Ethanol,CHM-CHM,35
1-Dodecanethiol,Film,CHM-DSC,55
1-Dodecanethiol,Films,CHM-DSC,46
1-Dodecanethiol,HRTEM,CHM-CMT,30
1-Dodecanethiol,Layers,CHM-DSC,46
1-Dodecanethiol,Monolayers,CHM-DSC,98
1-Dodecanethiol,Morphology,CHM-PRO,42
1-Dodecanethiol,Nanocrystals,CHM-DSC,54
1-Dodecanethiol,Nanoparticle,CHM-DSC,37
1-Dodecanethiol,Nanoparticles,CHM-DSC,97
1-Dodecanethiol,Particles,CHM-DSC,38
1-Dodecanethiol,SAM,CHM-DSC,55
1-Dodecanethiol,SAMS,CHM-DSC,45
1-Dodecanethiol,SEM,CHM-CMT,69
1-Dodecanethiol,Self Assembled,CHM-SMT,44
1-Dodecanethiol,Substrate,CHM-DSC,69
1-Dodecanethiol,Sulfur,CHM-CHM,39
1-Dodecanethiol,Surface,CHM-DSC,140
1-Dodecanethiol,Surfaces,CHM-DSC,60
1-Dodecanethiol,TEM,CHM-CMT,87
1-Dodecanethiol,Thiols,CHM-CHM,76
1-Dodecanethiol,Toluene,CHM-CHM,31
1-Dodecanethiol,XPS,CHM-CMT,49
1-Dodecanethiol,XRD,CHM-CMT,52
1-Dodecanol,1-Decanol,CHM-CHM,53
1-Dodecanol,1-Hexanol,CHM-CHM,34
1-Dodecanol,1-Octanol,CHM-CHM,54
1-Dodecanol,Alcohols,CHM-CHM,64
1-Dodecanol,Surface,CHM-DSC,34
1-Dodecene,1-Octene,CHM-CHM,42
1-Dodecene,Alkene,CHM-CHM,42
1-Dodecene,Benzenes,CHM-CHM,42
1-Dodecene,Catalyst,CHM-APL,96
1-Dodecene,Hydroformylation,CHM-APL,48
1-Dodecene,Olefins,CHM-CHM,42
1-Dodecene,Rhodium,CHM-CHM,31
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Amines,CHM-CHM,31
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,CH2Cl2,CHM-CHM,58
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,DMAP,CHM-CHM,42
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,DMF,CHM-CHM,52
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,EDC,CHM-CHM,155
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,EDCI,CHM-CHM,45
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Electrode,CHM-APL,33
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Et3N,CHM-CHM,31
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,H2,CHM-CHM,35
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,H2O,CHM-CHM,44
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,HCl,CHM-CHM,39
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,MeOH,CHM-CHM,46
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,N-Hydroxy Succinimide,CHM-CHM,76
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,NHS,CHM-CHM,59
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Nanoparticles,CHM-DSC,40
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Phosphate,CHM-CHM,30
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Surface,CHM-DSC,69
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,TFA,CHM-CHM,35
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,THF,CHM-CHM,68
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide,Toluene,CHM-CHM,31
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide Hydrochloride,CH2Cl2,CHM-CHM,31
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide Hydrochloride,DMF,CHM-CHM,32
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide Hydrochloride,EDC,CHM-CHM,45
1-Ethyl-3-(3-Dimethylaminopropyl) Carbodiimide Hydrochloride,THF,CHM-CHM,31
1-Ethyl-3-Methylimidazolium,1-Butyl-3-Methylimidazolium,CHM-CHM,70
1-Ethyl-3-Methylimidazolium,Alkyls,CHM-CHM,31
1-Ethyl-3-Methylimidazolium,Carbon,CHM-CHM,39
1-Ethyl-3-Methylimidazolium,Density,CHM-PRO,30
1-Ethyl-3-Methylimidazolium,Electrode,CHM-APL,31
1-Ethyl-3-Methylimidazolium,Electrolyte,CHM-APL,42
1-Ethyl-3-Methylimidazolium,Hydrogen,CHM-CHM,44
1-Ethyl-3-Methylimidazolium,Imidazolium,CHM-CHM,80
1-Ethyl-3-Methylimidazolium,Ionic,CHM-PRO,32
1-Ethyl-3-Methylimidazolium,Ionic Conductivity,CHM-PRO,33
1-Ethyl-3-Methylimidazolium,Viscosity,CHM-PRO,49
1-Ethyl-3-Methylimidazolium Acetate,Crystallinity,CHM-PRO,30
1-Ethyl-3-Methylimidazolium Acetate,Enzymatic Hydrolysis,CHM-SMT,32
1-Ethyl-3-Methylimidazolium Acetate,Ethanol,CHM-CHM,30
1-Ethyl-3-Methylimidazolium Acetate,Glucose,CHM-CHM,38
1-Ethyl-3-Methylimidazolium Acetate,Hydrogen,CHM-CHM,31
1-Ethyl-3-Methylimidazolium Acetate,Pre-Treatment,CHM-SMT,52
1-Ethyl-3-Methylimidazolium Acetate,Sugar,CHM-CHM,34
1-Ethyl-3-Methylimidazolium Bis(trifluoromethylsulfonyl)imide,Electrolyte,CHM-APL,37
1-Ethyl-3-Methylimidazolium Chloride,AlCl3,CHM-CHM,35
1-Ethyl-3-Methylimidazolium Chloride,Aluminum,CHM-CHM,35
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,1-Butyl-3-Methylimidazolium Tetrafluoroborate,CHM-CHM,39
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Capacitance,CHM-PRO,30
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Carbon,CHM-CHM,87
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Cyclic Voltammetry,CHM-CMT,42
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Electrode,CHM-APL,88
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Electrodes,CHM-APL,46
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Electrolyte,CHM-APL,80
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Energy Density,CHM-PRO,38
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Graphene,CHM-CHM,30
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Specific Capacitance,CHM-PRO,42
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Supercapacitor,CHM-APL,45
1-Ethyl-3-Methylimidazolium Tetrafluoroborate,Surface,CHM-DSC,41
1-Heptanol,1-Butanol,CHM-CHM,83
1-Heptanol,1-Decanol,CHM-CHM,64
1-Heptanol,1-Hexanol,CHM-CHM,107
1-Heptanol,1-Nonanol,CHM-CHM,49
1-Heptanol,1-Octanol,CHM-CHM,100
1-Heptanol,1-Pentanol,CHM-CHM,107
1-Heptanol,1-Propanol,CHM-CHM,67
1-Heptanol,Alcohols,CHM-CHM,100
1-Heptanol,Carbon,CHM-CHM,34
1-Heptanol,Densities,CHM-PRO,34
1-Heptanol,Ethanol,CHM-CHM,55
1-Heptanol,Excess Molar Volume,CHM-PRO,32
1-Heptanol,Methanol,CHM-CHM,40
1-Heptanol,Surface,CHM-DSC,30
1-Heptanol,Viscosity,CHM-PRO,30
1-Heptene,1-Hexene,CHM-CHM,52
1-Heptene,1-Octene,CHM-CHM,47
1-Heptene,Alkene,CHM-CHM,32
1-Heptene,Benzenes,CHM-CHM,40
1-Heptene,Catalyst,CHM-APL,40
1-Heptene,N-Heptane,CHM-CHM,33
1-Heptene,Toluene,CHM-CHM,39
1-Hexadecanethiol,Monolayers,CHM-DSC,53
1-Hexadecanethiol,SAM,CHM-DSC,31
1-Hexadecanethiol,Substrate,CHM-DSC,31
1-Hexadecanethiol,Surface,CHM-DSC,43
1-Hexanol,1-Alcohol,CHM-CHM,37
1-Hexanol,1-Butanol,CHM-CHM,261
1-Hexanol,1-Decanol,CHM-CHM,117
1-Hexanol,1-Dodecanol,CHM-CHM,34
1-Hexanol,1-Heptanol,CHM-CHM,107
1-Hexanol,1-Nonanol,CHM-CHM,43
1-Hexanol,1-Octanol,CHM-CHM,191
1-Hexanol,1-Pentanol,CHM-CHM,198
1-Hexanol,1-Propanol,CHM-CHM,166
1-Hexanol,2-Butanol,CHM-CHM,35
1-Hexanol,2-Propanol,CHM-CHM,36
1-Hexanol,Acetone,CHM-CHM,33
1-Hexanol,Alcohols,CHM-CHM,277
1-Hexanol,Alkane,CHM-CHM,35
1-Hexanol,Alkyls,CHM-CHM,34
1-Hexanol,Benzenes,CHM-CHM,46
1-Hexanol,CO2,CHM-CHM,33
1-Hexanol,Carbon,CHM-CHM,76
1-Hexanol,Catalyst,CHM-APL,63
1-Hexanol,Compositions,CHM-PRO,59
1-Hexanol,Cyclohexane,CHM-CHM,61
1-Hexanol,Densities,CHM-PRO,67
1-Hexanol,Density,CHM-PRO,66
1-Hexanol,Ethanol,CHM-CHM,190
1-Hexanol,Excess Molar Volume,CHM-PRO,48
1-Hexanol,Hexane,CHM-CHM,31
1-Hexanol,Hexanol,CHM-CHM,44
1-Hexanol,Hydrocarbon,CHM-CHM,30
1-Hexanol,Hydrogen,CHM-CHM,59
1-Hexanol,Methanol,CHM-CHM,127
1-Hexanol,Microemulsion,CHM-DSC,35
1-Hexanol,N-Hexane,CHM-CHM,51
1-Hexanol,NRTL,CHM-CMT,36
1-Hexanol,Nanoparticles,CHM-DSC,35
1-Hexanol,Nitrogen,CHM-CHM,32
1-Hexanol,Oxygen,CHM-CHM,33
1-Hexanol,Particles,CHM-DSC,31
1-Hexanol,Phase Diagram,CHM-PRO,46
1-Hexanol,SEM,CHM-CMT,54
1-Hexanol,Solubility,CHM-PRO,35
1-Hexanol,Structure,CHM-PRO,43
1-Hexanol,Surface,CHM-DSC,59
1-Hexanol,TEM,CHM-CMT,58
1-Hexanol,Toluene,CHM-CHM,65
1-Hexanol,Viscosity,CHM-PRO,65
1-Hexanol,XRD,CHM-CMT,55
1-Hexene,1-Alkenes,CHM-CHM,55
1-Hexene,1-Butene,CHM-CHM,116
1-Hexene,1-Decene,CHM-CHM,49
1-Hexene,1-Heptene,CHM-CHM,52
1-Hexene,1-Hexene Polymerization,CHM-APL,30
1-Hexene,1-Hexyne,CHM-CHM,31
1-Hexene,1-Octene,CHM-CHM,197
1-Hexene,1-Pentene,CHM-CHM,79
1-Hexene,13C,CHM-CHM,86
1-Hexene,13C NMR,CHM-CMT,76
1-Hexene,1H,CHM-CHM,70
1-Hexene,1H NMR,CHM-CMT,52
1-Hexene,2-Hexene,CHM-CHM,34
1-Hexene,A-Olefins,CHM-CHM,32
1-Hexene,Acetone,CHM-CHM,39
1-Hexene,Acetonitrile,CHM-CHM,36
1-Hexene,Activities,CHM-PRO,45
1-Hexene,Activity,CHM-PRO,204
1-Hexene,Al,CHM-CHM,77
1-Hexene,Al2O3,CHM-CHM,36
1-Hexene,Alcohols,CHM-CHM,50
1-Hexene,Aldehyde,CHM-CHM,70
1-Hexene,Alkane,CHM-CHM,64
1-Hexene,Alkene,CHM-CHM,190
1-Hexene,Alkyls,CHM-CHM,60
1-Hexene,Alkyne,CHM-CHM,30
1-Hexene,Amorphous,CHM-DSC,39
1-Hexene,Angles,CHM-PRO,49
1-Hexene,Benzenes,CHM-CHM,135
1-Hexene,Bond Length,CHM-PRO,46
1-Hexene,CO,CHM-CHM,111
1-Hexene,CO2,CHM-CHM,47
1-Hexene,Calcination,CHM-SMT,36
1-Hexene,Calcined,CHM-SMT,30
1-Hexene,Carbon,CHM-CHM,154
1-Hexene,Catalyst,APL-APL,38
1-Hexene,Catalyst,CHM-APL,693
1-Hexene,Catalytic,CHM-APL,44
1-Hexene,Catalytic Activity,CHM-PRO,154
1-Hexene,Catalytic Performance,CHM-PRO,61
1-Hexene,Chromium,CHM-CHM,39
1-Hexene,Cl,CHM-CHM,34
1-Hexene,Co,CHM-CHM,41
1-Hexene,Compositions,CHM-PRO,60
1-Hexene,Copolymer,CHM-DSC,117
1-Hexene,Copolymerization,CHM-APL,40
1-Hexene,Cr,CHM-CHM,52
1-Hexene,Crystal,CHM-DSC,34
1-Hexene,Crystallinity,CHM-PRO,34
1-Hexene,Cyclohexane,CHM-CHM,100
1-Hexene,Cyclohexene,CHM-CHM,132
1-Hexene,DFT,CHM-CMT,37
1-Hexene,DSC,CHM-CMT,46
1-Hexene,Density,CHM-PRO,45
1-Hexene,Elemental Analysis,CHM-CMT,30
1-Hexene,Epoxidation,CHM-APL,54
1-Hexene,Epoxides,CHM-CHM,34
1-Hexene,Ethanol,CHM-CHM,65
1-Hexene,Ethene,CHM-CHM,56
1-Hexene,Ethylbenzene,CHM-CHM,32
1-Hexene,Ethylene,CHM-CHM,350
1-Hexene,Ethylene Polymerization,CHM-APL,59
1-Hexene,Ethylene/1-Hexene,CHM-CHM,39
1-Hexene,FT-IR,CHM-CMT,61
1-Hexene,FTIR,CHM-CMT,62
1-Hexene,GPC,CHM-CMT,40
1-Hexene,H2,CHM-CHM,121
1-Hexene,H2O,CHM-CHM,49
1-Hexene,H2O2,CHM-CHM,65
1-Hexene,HRTEM,CHM-CMT,35
1-Hexene,Heptane,CHM-CHM,49
1-Hexene,Hexane,CHM-CHM,85
1-Hexene,Hexenes,CHM-CHM,87
1-Hexene,Hydrocarbon,CHM-CHM,117
1-Hexene,Hydroformylation,CHM-APL,82
1-Hexene,Hydroformylation,CHM-SMT,49
1-Hexene,Hydrogen,CHM-CHM,202
1-Hexene,Hydrogenation,CHM-APL,110
1-Hexene,Hydrogenation,CHM-SMT,91
1-Hexene,Ir,CHM-CMT,43
1-Hexene,Isooctane,CHM-CHM,40
1-Hexene,MAO,CHM-CHM,33
1-Hexene,Mesoporous,CHM-DSC,50
1-Hexene,Metallocene,CHM-CHM,66
1-Hexene,Methanol,CHM-CHM,87
1-Hexene,Methyl,CHM-CHM,38
1-Hexene,Methyl Aluminoxane,CHM-CHM,62
1-Hexene,Microstructure,CHM-PRO,45
1-Hexene,Molecular Structure,CHM-PRO,78
1-Hexene,Molecular Weight,CHM-PRO,96
1-Hexene,Molecular Weight Distribution,CHM-PRO,36
1-Hexene,N-Heptane,CHM-CHM,61
1-Hexene,N-Hexane,CHM-CHM,99
1-Hexene,N-Octane,CHM-CHM,30
1-Hexene,N2,CHM-CHM,101
1-Hexene,NMR,CHM-CMT,48
1-Hexene,Nanoparticles,CHM-DSC,42
1-Hexene,Ni,CHM-CHM,41
1-Hexene,Nitrogen,CHM-CHM,81
1-Hexene,Norbornene,CHM-CHM,37
1-Hexene,O,CHM-CHM,39
1-Hexene,O2,CHM-CHM,40
1-Hexene,OH,CHM-CHM,32
1-Hexene,Octane,CHM-CHM,38
1-Hexene,Olefins,CHM-CHM,300
1-Hexene,Oxidation,CHM-APL,53
1-Hexene,Oxidation,CHM-SMT,48
1-Hexene,Oxygen,CHM-CHM,63
1-Hexene,Palladium,CHM-CHM,40
1-Hexene,Particles,CHM-DSC,72
1-Hexene,Pd,CHM-CHM,94
1-Hexene,Phosphine,CHM-CHM,40
1-Hexene,Polyethylene,CHM-CHM,98
1-Hexene,Polymerisation,CHM-APL,63
1-Hexene,Pore Size Distribution,CHM-PRO,32
1-Hexene,Propene,CHM-CHM,90
1-Hexene,Propylene,CHM-CHM,83
1-Hexene,Pt,CHM-CHM,71
1-Hexene,Pyridine,CHM-CHM,40
1-Hexene,Rate Constant,CHM-PRO,49
1-Hexene,Reductions,CHM-SMT,37
1-Hexene,Rh,CHM-CHM,32
1-Hexene,Rhodium,CHM-CHM,68
1-Hexene,Ru,CHM-CHM,32
1-Hexene,SEM,CHM-CMT,108
1-Hexene,Selectivity,CHM-PRO,74
1-Hexene,Si,CHM-CHM,69
1-Hexene,SiO2,CHM-CHM,82
1-Hexene,Silica,CHM-CHM,100
1-Hexene,Stability,CHM-PRO,40
1-Hexene,Structure,CHM-PRO,68
1-Hexene,Styrene,CHM-CHM,130
1-Hexene,Sulfur,CHM-CHM,32
1-Hexene,Surface,CHM-DSC,114
1-Hexene,TEM,CHM-CMT,104
1-Hexene,THF,CHM-CHM,49
1-Hexene,TS-1,CHM-CHM,40
1-Hexene,Tga,CHM-CMT,30
1-Hexene,Thiophene,CHM-CHM,37
1-Hexene,Ti,CHM-CHM,111
1-Hexene,TiO2,CHM-CHM,36
1-Hexene,Titanium,CHM-CHM,78
1-Hexene,Toluene,CHM-CHM,202
1-Hexene,X-Ray Diffraction,CHM-CMT,64
1-Hexene,XPS,CHM-CMT,62
1-Hexene,XRD,CHM-CMT,117
1-Hexene,ZSM 5,CHM-CHM,32
1-Hexene,Zeolites,CHM-CHM,132
1-Hexene,Zirconium,CHM-CHM,31
1-Hexene,Zr,CHM-CHM,44
1-Hexene,α-Olefins,CHM-CHM,38
1-Hexene Polymerization,1-Hexene,APL-CHM,30
1-Hexyne,1-Hexene,CHM-CHM,31
1-Hexyne,Alkyne,CHM-CHM,48
1-Hydroxy-1H-Benzotriazole,DMF,CHM-CHM,31
1-Hydroxy-1H-Benzotriazole,HOBt,CHM-CHM,42
1-Hydroxy-7-Azabenzotriazole,CH2Cl2,CHM-CHM,40
1-Hydroxy-7-Azabenzotriazole,DMF,CHM-CHM,48
1-Hydroxy-7-Azabenzotriazole,HOAt,CHM-CHM,56
1-Hydroxy-7-Azabenzotriazole,MeOH,CHM-CHM,33
1-Hydroxy-7-Azabenzotriazole,THF,CHM-CHM,41
1-Hydroxybenzotriazole,CH2Cl2,CHM-CHM,46
1-Hydroxybenzotriazole,DMF,CHM-CHM,53
1-Hydroxybenzotriazole,H2O,CHM-CHM,32
1-Hydroxybenzotriazole,HBT,CHM-CHM,45
1-Hydroxybenzotriazole,HOBt,CHM-CHM,81
1-Hydroxybenzotriazole,TFA,CHM-CHM,34
1-Hydroxybenzotriazole,THF,CHM-CHM,45
1-Hydroxypyrene,PAHs,CHM-CHM,36
1-Hydroxypyrene,Polycyclic Aromatic Hydrocarbon,CHM-CHM,34
1-Kestose,Fructose,CHM-CHM,37
1-Kestose,Glucose,CHM-CHM,39
1-Kestose,Nystose,CHM-CHM,47
1-Kestose,Sucrose,CHM-CHM,55
1-MN,1-Methylnaphthalene,CHM-CHM,46
1-MN,Catalyst,CHM-APL,35
1-Methyl-2-Pyrrolidinone,NMP,CHM-CHM,87
1-Methyl-2-Pyrrolidone,NMP,CHM-CHM,40
1-Methyl-3-Propylimidazolium Iodide,Dye-Sensitized Solar Cells,CHM-APL,32
1-Methyl-3-Propylimidazolium Iodide,Electrolyte,CHM-APL,47
"1-Methyl-4-Phenyl-1,2,3,6-Tetrahydropyridine",MPTP,CHM-CHM,37
1-Methylimidazole,1H,CHM-CHM,49
1-Methylimidazole,1H NMR,CHM-CMT,33
1-Methylimidazole,CH2Cl2,CHM-CHM,30
1-Methylimidazole,Catalyst,CHM-APL,40
1-Methylimidazole,Hydrogen,CHM-CHM,61
1-Methylimidazole,Imidazole,CHM-CHM,80
1-Methylimidazole,Imidazolium,CHM-CHM,32
1-Methylimidazole,Nitrogen,CHM-CHM,40
1-Methylimidazole,Porphyrin,CHM-CHM,31
1-Methylimidazole,Pyridine,CHM-CHM,71
1-Methylimidazole,THF,CHM-CHM,35
1-Methylnaphthalene,1-MN,CHM-CHM,46
1-Methylnaphthalene,2-Methylnaphthalene,CHM-CHM,57
1-Methylnaphthalene,Anthracene,CHM-CHM,38
1-Methylnaphthalene,Benzenes,CHM-CHM,69
1-Methylnaphthalene,Carbon,CHM-CHM,63
1-Methylnaphthalene,Catalyst,CHM-APL,87
1-Methylnaphthalene,Coal,CHM-CHM,52
1-Methylnaphthalene,Compositions,CHM-PRO,31
1-Methylnaphthalene,Decalin,CHM-CHM,30
1-Methylnaphthalene,Fluoranthene,CHM-CHM,31
1-Methylnaphthalene,Hydrocarbon,CHM-CHM,46
1-Methylnaphthalene,Hydrogen,CHM-CHM,65
1-Methylnaphthalene,Naphthalene,CHM-CHM,115
1-Methylnaphthalene,Phenanthrene,CHM-CHM,49
1-Methylnaphthalene,Pyrene,CHM-CHM,43
1-Methylnaphthalene,Pyrolysis,CHM-SMT,35
1-Methylnaphthalene,Surface,CHM-DSC,30
1-Methylnaphthalene,Tetralin,CHM-CHM,49
1-Methylnaphthalene,Toluene,CHM-CHM,97
1-Methylnaphthalene,Zeolites,CHM-CHM,32
1-Naphthol,2-Naphthol,CHM-CHM,84
1-Naphthol,Carbaryl,CHM-CHM,30
1-Naphthol,Carbon,CHM-CHM,52
1-Naphthol,Catalyst,CHM-APL,40
1-Naphthol,Hydrogen,CHM-CHM,35
1-Naphthol,Methanol,CHM-CHM,39
1-Naphthol,Naphthalene,CHM-CHM,61
1-Naphthol,Naphthols,CHM-CHM,40
1-Naphthol,Phenol,CHM-CHM,62
1-Naphthol,SEM,CHM-CMT,33
1-Naphthol,Surface,CHM-DSC,35
1-Naphthyl,2-Naphthyl,CHM-CHM,39
1-Naphthyl,Phenyls,CHM-CHM,48
1-Nonanol,1-Decanol,CHM-CHM,63
1-Nonanol,1-Heptanol,CHM-CHM,49
1-Nonanol,1-Hexanol,CHM-CHM,43
1-Nonanol,1-Octanol,CHM-CHM,66
1-Nonanol,1-Pentanol,CHM-CHM,40
1-Nonanol,1-Propanol,CHM-CHM,31
1-Nonanol,Alcohols,CHM-CHM,45
1-Octadecanethiol,Au,CHM-CHM,41
1-Octadecanethiol,Monolayers,CHM-DSC,71
1-Octadecanethiol,ODT,CHM-CHM,44
1-Octadecanethiol,Self Assembled,CHM-SMT,32
1-Octadecanethiol,Substrate,CHM-DSC,51
1-Octadecanethiol,Surface,CHM-DSC,71
1-Octadecanethiol,Surfaces,CHM-DSC,36
1-Octadecanethiol,Thiols,CHM-CHM,33
1-Octadecene,Cubic,CHM-SPL,34
1-Octadecene,HRTEM,CHM-CMT,43
1-Octadecene,Monolayers,CHM-DSC,33
1-Octadecene,Morphology,CHM-PRO,40
1-Octadecene,Nanocrystals,CHM-DSC,101
1-Octadecene,Nanoparticles,CHM-DSC,74
1-Octadecene,ODE,CHM-CHM,64
1-Octadecene,Oleic Acid,CHM-CHM,91
1-Octadecene,Oleylamine,CHM-CHM,69
1-Octadecene,Particles,CHM-DSC,40
1-Octadecene,Photo Luminescence,CHM-CMT,34
1-Octadecene,SEM,CHM-CMT,30
1-Octadecene,Surface,CHM-DSC,56
1-Octadecene,TEM,CHM-CMT,84
1-Octadecene,Transmission Electron Microscopy,CHM-CMT,33
1-Octadecene,X-Ray Diffraction,CHM-CMT,36
1-Octadecene,XPS,CHM-CMT,40
1-Octadecene,XRD,CHM-CMT,56
1-Octanethiol,Au,CHM-CHM,32
1-Octanethiol,Monolayers,CHM-DSC,46
1-Octanethiol,Substrate,CHM-DSC,41
1-Octanethiol,Surface,CHM-DSC,40
1-Octanethiol,Thiols,CHM-CHM,43
1-Octanoic Acid,Chemical Structures,CHM-PRO,30
1-Octanoic Acid,Graphite,CHM-CHM,33
1-Octanoic Acid,Interface,CHM-DSC,49
1-Octanoic Acid,STM,CHM-CMT,44
1-Octanoic Acid,Surface,CHM-DSC,31
1-Octanol,1-Butanol,CHM-CHM,199
1-Octanol,1-Decanol,CHM-CHM,168
1-Octanol,1-Dodecanol,CHM-CHM,54
1-Octanol,1-Heptanol,CHM-CHM,100
1-Octanol,1-Hexanol,CHM-CHM,191
1-Octanol,1-Nonanol,CHM-CHM,66
1-Octanol,1-Pentanol,CHM-CHM,115
1-Octanol,1-Propanol,CHM-CHM,129
1-Octanol,1H,CHM-CHM,31
1-Octanol,2-Octanol,CHM-CHM,31
1-Octanol,2-Propanol,CHM-CHM,52
1-Octanol,Acetic Acid,CHM-CHM,44
1-Octanol,Acetone,CHM-CHM,42
1-Octanol,Acetonitrile,CHM-CHM,60
1-Octanol,Activity,CHM-PRO,36
1-Octanol,Alcohols,CHM-CHM,312
1-Octanol,Aldehyde,CHM-CHM,38
1-Octanol,Alkane,CHM-CHM,50
1-Octanol,Alkyls,CHM-CHM,62
1-Octanol,Amines,CHM-CHM,48
1-Octanol,Benzenes,CHM-CHM,80
1-Octanol,Benzyl Alcohol,CHM-CHM,40
1-Octanol,CO2,CHM-CHM,56
1-Octanol,Carbon,CHM-CHM,107
1-Octanol,Carboxylic Acid,CHM-CHM,37
1-Octanol,Catalyst,CHM-APL,123
1-Octanol,Catalytic Activity,CHM-PRO,33
1-Octanol,Chemical Structures,CHM-PRO,59
1-Octanol,Chloroform,CHM-CHM,43
1-Octanol,Compositions,CHM-PRO,72
1-Octanol,Cyclohexane,CHM-CHM,66
1-Octanol,DSC,CHM-CMT,44
1-Octanol,Densities,CHM-PRO,57
1-Octanol,Density,CHM-PRO,69
1-Octanol,Detection Limit,CHM-PRO,31
1-Octanol,Diamonds,CHM-CHM,47
1-Octanol,Distribution Coefficient,CHM-PRO,41
1-Octanol,Dodecane,CHM-CHM,32
1-Octanol,Enrichment Factor,CHM-PRO,36
1-Octanol,Esters,CHM-CHM,37
1-Octanol,Ethanol,CHM-CHM,200
1-Octanol,Ethyl Acetate,CHM-CHM,38
1-Octanol,Ethylbenzene,CHM-CHM,35
1-Octanol,Excess Molar Volume,CHM-PRO,48
1-Octanol,Extraction,CHM-SMT,33
1-Octanol,Extraction Efficiency,CHM-PRO,67
1-Octanol,Gc,CHM-CMT,30
1-Octanol,Graphite,CHM-CHM,31
1-Octanol,H2,CHM-CHM,32
1-Octanol,H2O,CHM-CHM,52
1-Octanol,HCl,CHM-CHM,47
1-Octanol,HNO3,CHM-CHM,31
1-Octanol,Heptane,CHM-CHM,30
1-Octanol,Hexane,CHM-CHM,62
1-Octanol,Hollow Fiber,CHM-DSC,37
1-Octanol,Hplc,CHM-CMT,45
1-Octanol,Hydrocarbon,CHM-CHM,41
1-Octanol,Hydrogen,CHM-CHM,123
1-Octanol,Hydrophilic,CHM-PRO,38
1-Octanol,Hydrophobic,CHM-PRO,55
1-Octanol,Interface,CHM-DSC,92
1-Octanol,K,CHM-PRO,42
1-Octanol,Ketone,CHM-CHM,32
1-Octanol,Layers,CHM-DSC,33
1-Octanol,Limits of Detection,CHM-PRO,32
1-Octanol,Membrane,CHM-DSC,65
1-Octanol,Methanol,CHM-CHM,157
1-Octanol,Microemulsion,CHM-DSC,33
1-Octanol,Molecular Structure,CHM-PRO,55
1-Octanol,Monolayers,CHM-DSC,45
1-Octanol,N-Dodecane,CHM-CHM,38
1-Octanol,N-Heptane,CHM-CHM,41
1-Octanol,N-Hexane,CHM-CHM,37
1-Octanol,N-Octane,CHM-CHM,33
1-Octanol,N2,CHM-CHM,41
1-Octanol,NRTL,CHM-CMT,41
1-Octanol,NaCl,CHM-CHM,51
1-Octanol,NaOH,CHM-CHM,54
1-Octanol,Nanoparticles,CHM-DSC,42
1-Octanol,Nitrogen,CHM-CHM,34
1-Octanol,O,CHM-CHM,38
1-Octanol,O2,CHM-CHM,30
1-Octanol,OH,CHM-CHM,31
1-Octanol,Octane,CHM-CHM,31
1-Octanol,Octanol,CHM-CHM,106
1-Octanol,Oxidation,CHM-APL,40
1-Octanol,Oxidation,CHM-SMT,37
1-Octanol,Oxygen,CHM-CHM,64
1-Octanol,Particles,CHM-DSC,58
1-Octanol,Partition Coefficient,CHM-PRO,52
1-Octanol,Phase Diagram,CHM-PRO,51
1-Octanol,Phenol,CHM-CHM,39
1-Octanol,SEM,CHM-CMT,89
1-Octanol,STM,CHM-CMT,33
1-Octanol,Silica,CHM-CHM,55
1-Octanol,Solubility,CHM-PRO,74
1-Octanol,Stability,CHM-PRO,32
1-Octanol,Structure,CHM-PRO,74
1-Octanol,Substrate,CHM-DSC,38
1-Octanol,Surface,CHM-DSC,134
1-Octanol,Surface Tension,CHM-PRO,38
1-Octanol,TEM,CHM-CMT,68
1-Octanol,Toluene,CHM-CHM,146
1-Octanol,Viscosity,CHM-PRO,60
1-Octanol,XRD,CHM-CMT,69
1-Octene,1-Alkenes,CHM-CHM,51
1-Octene,1-Butene,CHM-CHM,56
1-Octene,1-Decene,CHM-CHM,62
1-Octene,1-Dodecene,CHM-CHM,42
1-Octene,1-Heptene,CHM-CHM,47
1-Octene,1-Hexene,CHM-CHM,197
1-Octene,1-Pentene,CHM-CHM,30
1-Octene,13C,CHM-CHM,60
1-Octene,13C NMR,CHM-CMT,45
1-Octene,1H,CHM-CHM,74
1-Octene,1H NMR,CHM-CMT,58
1-Octene,Acetone,CHM-CHM,36
1-Octene,Acetonitrile,CHM-CHM,33
1-Octene,Activities,CHM-PRO,30
1-Octene,Activity,CHM-PRO,152
1-Octene,Al,CHM-CHM,42
1-Octene,Alcohols,CHM-CHM,61
1-Octene,Aldehyde,CHM-CHM,111
1-Octene,Alkane,CHM-CHM,32
1-Octene,Alkene,CHM-CHM,191
1-Octene,Alkyls,CHM-CHM,46
1-Octene,Angles,CHM-PRO,48
1-Octene,Benzenes,CHM-CHM,49
1-Octene,Bond Length,CHM-PRO,50
1-Octene,CO,CHM-CHM,119
1-Octene,CO2,CHM-CHM,59
1-Octene,Carbon,CHM-CHM,105
1-Octene,Carbon Dioxide,CHM-CHM,33
1-Octene,Catalyst,CHM-APL,556
1-Octene,Catalytic,CHM-APL,39
1-Octene,Catalytic Activity,CHM-PRO,130
1-Octene,Catalytic Performance,CHM-PRO,41
1-Octene,Cl,CHM-CHM,35
1-Octene,Co,CHM-CHM,30
1-Octene,Compositions,CHM-PRO,55
1-Octene,Copolymer,CHM-DSC,71
1-Octene,Cyclohexane,CHM-CHM,36
1-Octene,Cyclohexene,CHM-CHM,80
1-Octene,Cyclooctene,CHM-CHM,50
1-Octene,DSC,CHM-CMT,32
1-Octene,Density,CHM-PRO,35
1-Octene,Epoxidation,CHM-APL,111
1-Octene,Epoxidation,CHM-SMT,43
1-Octene,Epoxides,CHM-CHM,62
1-Octene,Ethanol,CHM-CHM,47
1-Octene,Ethene,CHM-CHM,34
1-Octene,Ethylbenzene,CHM-CHM,32
1-Octene,Ethylene,CHM-CHM,167
1-Octene,FT-IR,CHM-CMT,43
1-Octene,FTIR,CHM-CMT,51
1-Octene,H2,CHM-CHM,103
1-Octene,H2O,CHM-CHM,36
1-Octene,H2O2,CHM-CHM,66
1-Octene,Hydride,CHM-CHM,33
1-Octene,Hydrocarbon,CHM-CHM,49
1-Octene,Hydroformylation,CHM-APL,195
1-Octene,Hydroformylation,CHM-SMT,113
1-Octene,Hydroformylation Of,CHM-APL,41
1-Octene,Hydrogen,CHM-CHM,143
1-Octene,Hydrogen Peroxide,CHM-CHM,32
1-Octene,Hydrogenation,CHM-APL,74
1-Octene,Hydrogenation,CHM-SMT,67
1-Octene,Hydrosilylation,CHM-SMT,43
1-Octene,Mesoporous,CHM-DSC,41
1-Octene,Metallocene,CHM-CHM,32
1-Octene,Methanol,CHM-CHM,61
1-Octene,Methyl Aluminoxane,CHM-CHM,36
1-Octene,Molecular Structure,CHM-PRO,83
1-Octene,Molecular Weight,CHM-PRO,42
1-Octene,N-Hexane,CHM-CHM,31
1-Octene,N-Octane,CHM-CHM,57
1-Octene,N2,CHM-CHM,54
1-Octene,NMR,CHM-CMT,47
1-Octene,Nanoparticles,CHM-DSC,46
1-Octene,Nitrogen,CHM-CHM,63
1-Octene,Nonanal,CHM-CHM,30
1-Octene,O,CHM-CHM,38
1-Octene,O2,CHM-CHM,33
1-Octene,Octane,CHM-CHM,35
1-Octene,Octene,CHM-CHM,49
1-Octene,Olefins,CHM-CHM,263
1-Octene,Oxidation,CHM-APL,44
1-Octene,Oxidation,CHM-SMT,46
1-Octene,Oxygen,CHM-CHM,54
1-Octene,Palladium,CHM-CHM,43
1-Octene,Particles,CHM-DSC,36
1-Octene,Pd,CHM-CHM,68
1-Octene,Phenol,CHM-CHM,31
1-Octene,Phosphine,CHM-CHM,53
1-Octene,Polyethylene,CHM-CHM,49
1-Octene,Propene,CHM-CHM,38
1-Octene,Propylene,CHM-CHM,35
1-Octene,Pt,CHM-CHM,49
1-Octene,Pyridine,CHM-CHM,39
1-Octene,Reaction Rate,CHM-PRO,30
1-Octene,Rh,CHM-CHM,32
1-Octene,Rh(acac)(CO)2,CHM-CHM,33
1-Octene,Rhodium,CHM-CHM,133
1-Octene,Ru,CHM-CHM,30
1-Octene,SEM,CHM-CMT,52
1-Octene,Selectivity,CHM-PRO,61
1-Octene,Si,CHM-CHM,53
1-Octene,SiO2,CHM-CHM,55
1-Octene,Silica,CHM-CHM,79
1-Octene,Silicon,CHM-CHM,37
1-Octene,Stability,CHM-PRO,44
1-Octene,Structure,CHM-PRO,72
1-Octene,Styrene,CHM-CHM,128
1-Octene,Surface,CHM-DSC,96
1-Octene,TBHP,CHM-CHM,48
1-Octene,TEM,CHM-CMT,78
1-Octene,THF,CHM-CHM,52
1-Octene,TOF,CHM-PRO,34
1-Octene,Ti,CHM-CHM,60
1-Octene,Titanium,CHM-CHM,52
1-Octene,Toluene,CHM-CHM,120
1-Octene,Transition Metal,CHM-CHM,32
1-Octene,Turnover Frequency,CHM-PRO,33
1-Octene,X-Ray Diffraction,CHM-CMT,50
1-Octene,XPS,CHM-CMT,37
1-Octene,XRD,CHM-CMT,89
1-Octene,Zeolites,CHM-CHM,65
1-Octyne,Alkyne,CHM-CHM,56
1-Olefins,CO,CHM-CHM,44
1-Olefins,Carbon,CHM-CHM,48
1-Olefins,Catalyst,CHM-APL,73
1-Olefins,Hydrocarbon,CHM-CHM,39
1-Olefins,Olefins,CHM-CHM,46
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Bilayer,CHM-DSC,79
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Bilayers,CHM-DSC,72
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Cholesterol,CHM-CHM,52
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Lipid,CHM-DSC,38
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Liposome,CHM-DSC,49
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Membrane,CHM-DSC,121
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,POPC,CHM-CHM,203
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Structure,CHM-PRO,38
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Surface,CHM-DSC,51
1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine,Vesicle,CHM-DSC,56
1-Pentanol,1-Butanol,CHM-CHM,358
1-Pentanol,1-Decanol,CHM-CHM,57
1-Pentanol,1-Heptanol,CHM-CHM,107
1-Pentanol,1-Hexanol,CHM-CHM,198
1-Pentanol,1-Nonanol,CHM-CHM,40
1-Pentanol,1-Octanol,CHM-CHM,115
1-Pentanol,1-Propanol,CHM-CHM,315
1-Pentanol,2-Butanol,CHM-CHM,76
1-Pentanol,2-Pentanol,CHM-CHM,66
1-Pentanol,2-Propanol,CHM-CHM,113
1-Pentanol,Acetone,CHM-CHM,63
1-Pentanol,Acetonitrile,CHM-CHM,44
1-Pentanol,Activity Coefficient,CHM-PRO,43
1-Pentanol,Alcohols,CHM-CHM,300
1-Pentanol,Alkane,CHM-CHM,34
1-Pentanol,Alkyls,CHM-CHM,33
1-Pentanol,Benzenes,CHM-CHM,54
1-Pentanol,CO,CHM-CHM,30
1-Pentanol,Carbon,CHM-CHM,64
1-Pentanol,Catalyst,CHM-APL,53
1-Pentanol,Chemical Structures,CHM-PRO,36
1-Pentanol,Compositions,CHM-PRO,82
1-Pentanol,Cyclohexane,CHM-CHM,68
1-Pentanol,DMF,CHM-CHM,32
1-Pentanol,DMSO,CHM-CHM,37
1-Pentanol,Densities,CHM-PRO,73
1-Pentanol,Density,CHM-PRO,63
1-Pentanol,Diamonds,CHM-CHM,30
1-Pentanol,Ethanol,CHM-CHM,283
1-Pentanol,Ethyl Acetate,CHM-CHM,57
1-Pentanol,Excess Molar Volume,CHM-PRO,59
1-Pentanol,H2O,CHM-CHM,41
1-Pentanol,Hexane,CHM-CHM,34
1-Pentanol,Hydrogen,CHM-CHM,53
1-Pentanol,Methanol,CHM-CHM,227
1-Pentanol,Microemulsion,CHM-DSC,53
1-Pentanol,N-Hexane,CHM-CHM,32
1-Pentanol,NRTL,CHM-CMT,45
1-Pentanol,Pentanol,CHM-CHM,46
1-Pentanol,Phase Diagram,CHM-PRO,44
1-Pentanol,Redlich Kister Equation,CHM-CMT,42
1-Pentanol,SDS,CHM-CHM,31
1-Pentanol,SEM,CHM-CMT,52
1-Pentanol,Solubility,CHM-PRO,33
1-Pentanol,Structure,CHM-PRO,37
1-Pentanol,Surface,CHM-DSC,67
1-Pentanol,TEM,CHM-CMT,40
1-Pentanol,THF,CHM-CHM,31
1-Pentanol,Toluene,CHM-CHM,64
1-Pentanol,UNIQUAC,CHM-CMT,34
1-Pentanol,VLE,CHM-PRO,35
1-Pentanol,Viscosities,CHM-PRO,40
1-Pentanol,Viscosity,CHM-PRO,63
1-Pentanol,XRD,CHM-CMT,35
1-Pentene,1-Butene,CHM-CHM,68
1-Pentene,1-Hexene,CHM-CHM,79
1-Pentene,1-Octene,CHM-CHM,30
1-Pentene,Alkane,CHM-CHM,30
1-Pentene,Alkene,CHM-CHM,63
1-Pentene,Benzenes,CHM-CHM,41
1-Pentene,Carbon,CHM-CHM,48
1-Pentene,Catalyst,CHM-APL,92
1-Pentene,Ethylene,CHM-CHM,37
1-Pentene,Hydrocarbon,CHM-CHM,39
1-Pentene,Hydrogen,CHM-CHM,52
1-Pentene,N-Pentane,CHM-CHM,35
1-Pentene,Olefins,CHM-CHM,64
1-Pentene,Propene,CHM-CHM,55
1-Pentene,Toluene,CHM-CHM,43
1-Pentene,Zeolites,CHM-CHM,31
1-Phenyl Ethanol,1H,CHM-CHM,37
1-Phenyl Ethanol,1H NMR,CHM-CMT,32
1-Phenyl Ethanol,Acetonitrile,CHM-CHM,39
1-Phenyl Ethanol,Acetophenone,CHM-CHM,246
1-Phenyl Ethanol,Activity,CHM-PRO,61
1-Phenyl Ethanol,Aerobic Oxidation,CHM-APL,42
1-Phenyl Ethanol,Alcohols,CHM-CHM,204
1-Phenyl Ethanol,Aldehyde,CHM-CHM,39
1-Phenyl Ethanol,Au,CHM-CHM,46
1-Phenyl Ethanol,Benzaldehyde,CHM-CHM,43
1-Phenyl Ethanol,Benzyl Alcohol,CHM-CHM,77
1-Phenyl Ethanol,CO2,CHM-CHM,37
1-Phenyl Ethanol,Carbon,CHM-CHM,44
1-Phenyl Ethanol,Carbonyls,CHM-CHM,31
1-Phenyl Ethanol,Catalyst,CHM-APL,262
1-Phenyl Ethanol,Catalytic Activity,CHM-PRO,89
1-Phenyl Ethanol,Cu,CHM-CHM,33
1-Phenyl Ethanol,Cyclohexane,CHM-CHM,30
1-Phenyl Ethanol,Cyclohexanol,CHM-CHM,32
1-Phenyl Ethanol,Enantioselectivity,CHM-PRO,38
1-Phenyl Ethanol,Ethylbenzene,CHM-CHM,46
1-Phenyl Ethanol,FT-IR,CHM-CMT,31
1-Phenyl Ethanol,H2,CHM-CHM,44
1-Phenyl Ethanol,H2O,CHM-CHM,38
1-Phenyl Ethanol,H2O2,CHM-CHM,47
1-Phenyl Ethanol,HRTEM,CHM-CMT,35
1-Phenyl Ethanol,Hydrogen,CHM-CHM,123
1-Phenyl Ethanol,Hydrogenation,CHM-APL,52
1-Phenyl Ethanol,Hydrogenation,CHM-SMT,41
1-Phenyl Ethanol,Ketone,CHM-CHM,76
1-Phenyl Ethanol,Mesoporous,CHM-DSC,31
1-Phenyl Ethanol,Methanol,CHM-CHM,37
1-Phenyl Ethanol,N2,CHM-CHM,43
1-Phenyl Ethanol,Nanoparticles,CHM-DSC,53
1-Phenyl Ethanol,Nitrogen,CHM-CHM,33
1-Phenyl Ethanol,O2,CHM-CHM,52
1-Phenyl Ethanol,Oxidation,CHM-APL,148
1-Phenyl Ethanol,Oxidation,CHM-SMT,116
1-Phenyl Ethanol,Oxygen,CHM-CHM,52
1-Phenyl Ethanol,Palladium,CHM-CHM,30
1-Phenyl Ethanol,Pd,CHM-CHM,67
1-Phenyl Ethanol,Pt,CHM-CHM,34
1-Phenyl Ethanol,Ru,CHM-CHM,39
1-Phenyl Ethanol,SEM,CHM-CMT,68
1-Phenyl Ethanol,Secondary Alcohol,CHM-CHM,66
1-Phenyl Ethanol,Selectivity,CHM-PRO,30
1-Phenyl Ethanol,SiO2,CHM-CHM,30
1-Phenyl Ethanol,Silica,CHM-CHM,39
1-Phenyl Ethanol,Structure,CHM-PRO,30
1-Phenyl Ethanol,Styrene,CHM-CHM,40
1-Phenyl Ethanol,Surface,CHM-DSC,56
1-Phenyl Ethanol,TBHP,CHM-CHM,30
1-Phenyl Ethanol,TEM,CHM-CMT,106
1-Phenyl Ethanol,Toluene,CHM-CHM,53
1-Phenyl Ethanol,XPS,CHM-CMT,50
1-Phenyl Ethanol,XRD,CHM-CMT,70
1-Phenyl-1-Propyne,Alkyne,CHM-CHM,34
1-Phenyloctane,2D,CHM-DSC,41
1-Phenyloctane,Alkyls,CHM-CHM,55
1-Phenyloctane,Chemical Structures,CHM-PRO,63
1-Phenyloctane,Graphite,CHM-CHM,91
1-Phenyloctane,High Resolution STM,CHM-CMT,51
1-Phenyloctane,Hydrogen,CHM-CHM,56
1-Phenyloctane,ISET,CHM-PRO,31
1-Phenyloctane,Interface,CHM-DSC,140
1-Phenyloctane,Molecular Model,CHM-CMT,73
1-Phenyloctane,Molecular Structure,CHM-PRO,35
1-Phenyloctane,Monolayers,CHM-DSC,81
1-Phenyloctane,STM,CHM-CMT,149
1-Phenyloctane,Scanning Tunneling Microscopy,CHM-CMT,52
1-Phenyloctane,Structure,CHM-PRO,49
1-Phenyloctane,Substrate,CHM-DSC,34
1-Phenyloctane,Surface,CHM-DSC,81
1-PrOH,1-Propanol,CHM-CHM,34
1-PrOH,Alcohols,CHM-CHM,36
1-PrOH,MeOH,CHM-CHM,40
1-Propanol,"1,2 Propanediol",CHM-CHM,61
1-Propanol,"1,3-Propanediol",CHM-CHM,47
1-Propanol,"1,4-Butanediol",CHM-CHM,37
1-Propanol,"1,4-Dioxane",CHM-CHM,65
1-Propanol,1-Alcohol,CHM-CHM,32
1-Propanol,1-Butanol,CHM-CHM,800
1-Propanol,1-Decanol,CHM-CHM,56
1-Propanol,1-Heptanol,CHM-CHM,67
1-Propanol,1-Hexanol,CHM-CHM,166
1-Propanol,1-Nonanol,CHM-CHM,31
1-Propanol,1-Octanol,CHM-CHM,129
1-Propanol,1-Pentanol,CHM-CHM,315
1-Propanol,1-PrOH,CHM-CHM,34
1-Propanol,1H,CHM-CHM,53
1-Propanol,1H NMR,CHM-CMT,41
1-Propanol,2-Butanol,CHM-CHM,208
1-Propanol,2-Butanone,CHM-CHM,44
1-Propanol,2-Methyl-1-Propanol,CHM-CHM,66
1-Propanol,2-Methyl-2-Propanol,CHM-CHM,47
1-Propanol,2-Pentanol,CHM-CHM,32
1-Propanol,2-Propanol,CHM-CHM,783
1-Propanol,AFM,CHM-CMT,42
1-Propanol,Absorbance,CHM-PRO,32
1-Propanol,Absorption,CHM-CMT,38
1-Propanol,Absorption Spectrum,CHM-CMT,37
1-Propanol,Acetaldehyde,CHM-CHM,39
1-Propanol,Acetic Acid,CHM-CHM,89
1-Propanol,Acetone,CHM-CHM,324
1-Propanol,Acetonitrile,CHM-CHM,219
1-Propanol,Activation Energy,CHM-PRO,31
1-Propanol,Activity,CHM-PRO,75
1-Propanol,Activity Coefficient,CHM-PRO,114
1-Propanol,Ag,CHM-CHM,31
1-Propanol,Al,CHM-CHM,40
1-Propanol,Al2O3,CHM-CHM,48
1-Propanol,Alcohols,CHM-CHM,859
1-Propanol,Aldehyde,CHM-CHM,43
1-Propanol,Alkane,CHM-CHM,76
1-Propanol,Alkanol,CHM-CHM,56
1-Propanol,Alkyls,CHM-CHM,83
1-Propanol,Amines,CHM-CHM,33
1-Propanol,Anthracene,CHM-CHM,43
1-Propanol,Apelblat Equation,CHM-CMT,61
1-Propanol,Arrhenius Plot,CHM-CMT,30
1-Propanol,Au,CHM-CHM,42
1-Propanol,Benzenes,CHM-CHM,157
1-Propanol,Binary Interaction Parameter,CHM-PRO,46
1-Propanol,Binodal,CHM-PRO,36
1-Propanol,Bulk,CHM-DSC,56
1-Propanol,Butanol,CHM-CHM,53
1-Propanol,CO,CHM-CHM,84
1-Propanol,CO2,CHM-CHM,112
1-Propanol,Calcination,CHM-SMT,32
1-Propanol,Calcined,CHM-SMT,31
1-Propanol,Carbon,CHM-CHM,180
1-Propanol,Carbon Dioxide,CHM-CHM,44
1-Propanol,Catalyst,CHM-APL,227
1-Propanol,Catalytic Activity,CHM-PRO,38
1-Propanol,Chemical Structures,CHM-PRO,122
1-Propanol,Chloroform,CHM-CHM,67
1-Propanol,Cluster,CHM-DSC,53
1-Propanol,Coated,CHM-SMT,45
1-Propanol,Coatings,CHM-APL,37
1-Propanol,Columns,CHM-APL,52
1-Propanol,Composite,CHM-DSC,34
1-Propanol,Compositions,CHM-PRO,210
1-Propanol,Critical Points,CHM-PRO,39
1-Propanol,Crystal,CHM-DSC,77
1-Propanol,Crystal Structure,CHM-PRO,31
1-Propanol,Cu,CHM-CHM,65
1-Propanol,Curves,CHM-CMT,40
1-Propanol,Cyclic Voltammogram,CHM-CMT,31
1-Propanol,Cyclohexane,CHM-CHM,142
1-Propanol,DMF,CHM-CHM,60
1-Propanol,DMSO,CHM-CHM,84
1-Propanol,DSC,CHM-CMT,74
1-Propanol,Densities,CHM-PRO,167
1-Propanol,Density,CHM-PRO,187
1-Propanol,Diamonds,CHM-CHM,85
1-Propanol,Dichloromethane,CHM-CHM,54
1-Propanol,Dielectric Constant,CHM-PRO,42
1-Propanol,Diethyl Ether,CHM-CHM,40
1-Propanol,Dimethylsulfoxide,CHM-CHM,31
1-Propanol,Doped,CHM-DSC,31
1-Propanol,Electrode,CHM-APL,56
1-Propanol,Electrodes,CHM-APL,47
1-Propanol,Enthalpy,CHM-PRO,31
1-Propanol,Esters,CHM-CHM,38
1-Propanol,Ethane,CHM-CHM,45
1-Propanol,Ethanol,CHM-CHM,1341
1-Propanol,Ethers,CHM-CHM,49
1-Propanol,Ethyl Acetate,CHM-CHM,154
1-Propanol,Ethylbenzene,CHM-CHM,38
1-Propanol,Ethylene,CHM-CHM,30
1-Propanol,Ethylene Glycol,CHM-CHM,74
1-Propanol,Excess,CHM-PRO,38
1-Propanol,Excess Molar Enthalpy,CHM-PRO,43
1-Propanol,Excess Molar Volume,CHM-PRO,125
1-Propanol,Excess Volume,CHM-PRO,38
1-Propanol,F,CHM-PRO,30
1-Propanol,FT-IR,CHM-CMT,51
1-Propanol,FTIR,CHM-CMT,70
1-Propanol,Film,CHM-DSC,90
1-Propanol,Films,CHM-DSC,81
1-Propanol,Fluorescence,CHM-CMT,44
1-Propanol,Gc,CHM-CMT,35
1-Propanol,Glucose,CHM-CHM,41
1-Propanol,Glycerol,CHM-CHM,114
1-Propanol,H2,CHM-CHM,86
1-Propanol,H2O,CHM-CHM,130
1-Propanol,HCl,CHM-CHM,35
1-Propanol,Heating,CHM-SMT,49
1-Propanol,Heptane,CHM-CHM,67
1-Propanol,Hexane,CHM-CHM,110
1-Propanol,Hydrocarbon,CHM-CHM,57
1-Propanol,Hydrogen,CHM-CHM,292
1-Propanol,Hydrophilic,CHM-PRO,39
1-Propanol,Hydrophobic,CHM-PRO,54
1-Propanol,Hydroxyl,CHM-CHM,59
1-Propanol,Interface,CHM-DSC,50
1-Propanol,Ir,CHM-CMT,33
1-Propanol,Irradiation,CHM-SMT,31
1-Propanol,Isentropic Compressibility,CHM-PRO,40
1-Propanol,Isobutanol,CHM-CHM,44
1-Propanol,Isopropanol,CHM-CHM,34
1-Propanol,K,CHM-PRO,45
1-Propanol,Ketone,CHM-CHM,45
1-Propanol,Layers,CHM-DSC,70
1-Propanol,Lle,CHM-PRO,51
1-Propanol,MeOH,CHM-CHM,56
1-Propanol,Membrane,CHM-DSC,65
1-Propanol,Methane,CHM-CHM,59
1-Propanol,Methanol,CHM-CHM,1069
1-Propanol,Methyl,CHM-CHM,42
1-Propanol,Methyl Acetate,CHM-CHM,39
1-Propanol,Microemulsion,CHM-DSC,31
1-Propanol,Mixtures,CHM-DSC,54
1-Propanol,Molar Volume,CHM-PRO,34
1-Propanol,Mole Fraction Solubility,CHM-PRO,72
1-Propanol,Molecular Structure,CHM-PRO,88
1-Propanol,Monolayers,CHM-DSC,47
1-Propanol,Monolithic,CHM-DSC,35
1-Propanol,Morphology,CHM-PRO,43
1-Propanol,N-Heptane,CHM-CHM,50
1-Propanol,N-Hexane,CHM-CHM,87
1-Propanol,N-Octane,CHM-CHM,38
1-Propanol,N2,CHM-CHM,88
1-Propanol,NMR,CHM-CMT,34
1-Propanol,NRTL,CHM-CMT,112
1-Propanol,NRTL Model,CHM-CMT,36
1-Propanol,NaCl,CHM-CHM,66
1-Propanol,NaOH,CHM-CHM,37
1-Propanol,Nanoparticles,CHM-DSC,74
1-Propanol,Ni,CHM-CHM,32
1-Propanol,Nitrogen,CHM-CHM,84
1-Propanol,O,CHM-CHM,73
1-Propanol,O2,CHM-CHM,42
1-Propanol,OH,CHM-CHM,66
1-Propanol,Octane,CHM-CHM,35
1-Propanol,Oxidation,CHM-SMT,40
1-Propanol,Oxygen,CHM-CHM,124
1-Propanol,P,CHM-PRO,36
1-Propanol,Partial Molar Volume,CHM-PRO,30
1-Propanol,Particles,CHM-DSC,79
1-Propanol,Pd,CHM-CHM,46
1-Propanol,Phase Diagram,CHM-PRO,72
1-Propanol,Phenol,CHM-CHM,33
1-Propanol,Phosphate,CHM-CHM,38
1-Propanol,Physical Properties,CHM-PRO,44
1-Propanol,Powder,CHM-DSC,48
1-Propanol,Propanal,CHM-CHM,46
1-Propanol,Propane,CHM-CHM,55
1-Propanol,Propanol,CHM-CHM,105
1-Propanol,Propene,CHM-CHM,41
1-Propanol,Propionic Acid,CHM-CHM,34
1-Propanol,Pt,CHM-CHM,71
1-Propanol,Pyridine,CHM-CHM,43
1-Propanol,Raman,CHM-CMT,49
1-Propanol,Rate Constant,CHM-PRO,46
1-Propanol,Redlich Kister Equation,CHM-CMT,111
1-Propanol,Refractive Index,CHM-PRO,67
1-Propanol,SEM,CHM-CMT,187
1-Propanol,Scanning Electron Microscopy,CHM-CMT,33
1-Propanol,Selectivity,CHM-PRO,66
1-Propanol,Sensor,CHM-APL,55
1-Propanol,Si,CHM-CHM,41
1-Propanol,SiO2,CHM-CHM,48
1-Propanol,Silica,CHM-CHM,98
1-Propanol,Silicon,CHM-CHM,33
1-Propanol,Solubilities,CHM-PRO,98
1-Propanol,Solubility,CHM-PRO,141
1-Propanol,Solution,CHM-DSC,38
1-Propanol,Speed of Sound,CHM-PRO,46
1-Propanol,Stability,CHM-PRO,52
1-Propanol,Standard,CHM-PRO,31
1-Propanol,Standard Deviation,CHM-PRO,30
1-Propanol,Structure,CHM-PRO,131
1-Propanol,Substrate,CHM-DSC,86
1-Propanol,Surface,CHM-DSC,221
1-Propanol,Surface Area,CHM-PRO,35
1-Propanol,Surface Tension,CHM-PRO,58
1-Propanol,Surfaces,CHM-DSC,62
1-Propanol,T,CHM-PRO,34
1-Propanol,TEM,CHM-CMT,137
1-Propanol,THF,CHM-CHM,67
1-Propanol,Tert-Butanol,CHM-CHM,38
1-Propanol,Tetrahydrofuran,CHM-CHM,60
1-Propanol,Tga,CHM-CMT,35
1-Propanol,Thin Films,CHM-DSC,34
1-Propanol,TiO2,CHM-CHM,43
1-Propanol,Toluene,CHM-CHM,209
1-Propanol,UNIFAC,CHM-CMT,43
1-Propanol,UNIQUAC,CHM-CMT,68
1-Propanol,UNIQUAC Model,CHM-CMT,36
1-Propanol,VLE,CHM-PRO,100
1-Propanol,Vapor Liquid Equilibrium,CHM-PRO,52
1-Propanol,Vapor Pressure,CHM-PRO,67
1-Propanol,Viscosities,CHM-PRO,68
1-Propanol,Viscosity,CHM-PRO,135
1-Propanol,Viscosity Deviation,CHM-PRO,39
1-Propanol,Wilson,CHM-CMT,39
1-Propanol,X-Ray Diffraction,CHM-CMT,68
1-Propanol,XPS,CHM-CMT,48
1-Propanol,XRD,CHM-CMT,147
1-Propanol,Zeolites,CHM-CHM,58
"1-Y, 1-Z",Coordination Environment,CHM-PRO,42
"1-Y, 1-Z",Hydrogen,CHM-CHM,103
"1-Y, 1-Z",Molecular Structure,CHM-PRO,48
"1-Y, 1-Z",Structure,CHM-PRO,37
"1-Y, 2-Z",Hydrogen,CHM-CHM,43
1-Zn2+,Zn2+,CHM-CHM,30
1.0MPa,Catalyst,CHM-APL,33
1/F Noise,Low Frequency Noise,PRO-PRO,30
1/F Noise,Noise,PRO-PRO,76
1/F Noise,Silicon,PRO-CHM,37
1/F Noise,Substrate,PRO-DSC,36
1/T1,Relaxation Rates,PRO-PRO,35
1/T1,TEM,PRO-CMT,46
1/T2,Nanoparticles,PRO-DSC,34
1/T2,TEM,PRO-CMT,57
1/f Noise,Noise,PRO-PRO,52
10 Layer,Layers,DSC-DSC,42
10 MPa,20MPa,CHM-CHM,44
10 MPa,5MPa,CHM-CHM,35
10 MPa,CO2,CHM-CHM,47
10 MPa,SEM,CHM-CMT,34
"10,12-Pentacosadiynoic Acid",Diacetylene,CHM-CHM,30
"10,12-Pentacosadiynoic Acid",PCDA,CHM-CHM,42
"10,12-Pentacosadiynoic Acid",PDA,CHM-CHM,53
"10,12-Pentacosadiynoic Acid",Polydiacetylene,CHM-CHM,48
10-4 Pa,Films,CHM-DSC,34
10-4 Pa,Oxygen,CHM-CHM,30
10-4 Pa,Substrate,CHM-DSC,34
10-Fold Cross Validation,Accuracy,CMT-PRO,36
10-Fold Cross Validation,SVM,CMT-CMT,34
10-Fold Cross Validation,Sensitivity,CMT-PRO,30
10-Fold Cross Validation,Support Vector Machine,CMT-CMT,34
10-Hydroxycamptothecin,HCPT,CHM-CHM,36
100,1 1 0,CHM-CHM,137
100,101,SPL-SPL,33
100,110,SPL-SPL,56
100,<1 1 0>,CHM-CHM,68
100,AFM,CHM-CMT,126
100,Adsorption Energy,CHM-PRO,40
100,Ag,CHM-CHM,58
100,Al,CHM-CHM,117
100,Al2O3,CHM-CHM,31
100,AlN,CHM-CHM,33
100,Alloy,CHM-DSC,88
100,Alloys,CHM-DSC,60
100,Aluminum,CHM-CHM,36
100,Amorphous,CHM-DSC,99
100,Anatase,SPL-SPL,48
100,Anisotropy,CHM-PRO,33
100,Annealed,CHM-SMT,116
100,Annealing,CHM-SMT,192
100,Argon,CHM-CHM,40
100,Atomic Force Microscopy,CHM-CMT,128
100,Au,CHM-CHM,68
100,BCC,CHM-SPL,35
100,Band Gap,CHM-PRO,46
100,Bond Length,CHM-PRO,39
100,Boron,CHM-CHM,31
100,Buffer Layer,CHM-DSC,49
100,Bulk,CHM-DSC,158
100,Bulk,SPL-DSC,92
100,CO,CHM-CHM,42
100,CO2,CHM-CHM,30
100,Ca,CHM-CHM,31
100,Carbon,CHM-CHM,116
100,Catalyst,CHM-APL,68
100,Catalyst,SPL-APL,33
100,Cluster,CHM-DSC,56
100,Co,CHM-CHM,67
100,Coated,CHM-SMT,38
100,Coatings,CHM-APL,37
100,Compositions,CHM-PRO,125
100,Compositions,PRO-PRO,32
100,Copper,CHM-CHM,47
100,Crystal,CHM-DSC,278
100,Crystal,SPL-DSC,62
100,Crystal Structure,CHM-PRO,173
100,Crystalline,CHM-DSC,81
100,Crystallinity,CHM-PRO,53
100,Crystallographic Orientation,CHM-PRO,35
100,Cu,CHM-CHM,119
100,Cu,SPL-CHM,37
100,Cubic,CHM-SPL,95
100,Cubic,SPL-SPL,36
100,DFT,CHM-CMT,56
100,DFT,SPL-CMT,41
100,Defect,CHM-PRO,53
100,Density,CHM-PRO,61
100,Density Functional Theory,CHM-CMT,59
100,Diamonds,CHM-CHM,81
100,Dielectric Constant,CHM-PRO,41
100,Dislocation,CHM-PRO,58
100,Doped,CHM-DSC,134
100,Doping,CHM-SMT,31
100,Electrical Properties,CHM-PRO,64
100,Electrode,CHM-APL,45
100,Epilayer,CHM-DSC,39
100,Etched,CHM-SMT,35
100,Etching,CHM-SMT,51
100,FCC,CHM-SPL,53
100,FCC,SPL-SPL,59
100,FTIR,CHM-CMT,43
100,Fe,CHM-CHM,112
100,Fermi Level,CHM-PRO,36
100,Film,CHM-DSC,382
100,Film,PRO-DSC,31
100,Film,SPL-DSC,54
100,Films,CHM-DSC,566
100,Films,SPL-DSC,53
100,Ga,CHM-CHM,49
100,GaAs,CHM-CHM,182
100,GaN,CHM-CHM,34
100,Ge,CHM-CHM,51
100,Grain Boundaries,CHM-PRO,37
100,Grain Size,CHM-PRO,69
100,H2,CHM-CHM,43
100,H2O,CHM-CHM,37
100,HRTEM,CHM-CMT,58
100,HRTEM,SPL-CMT,30
100,Hardness,CHM-PRO,43
100,Hexagonal,CHM-SPL,62
100,Hydrogen,CHM-CHM,184
100,Hydrogen,SPL-CHM,47
100,Implanted,CHM-SMT,48
100,Interface,CHM-DSC,171
100,Interface,SPL-DSC,48
100,Iron,CHM-CHM,36
100,Irradiated,CHM-SMT,42
100,Irradiation,CHM-SMT,40
100,Lattice Parameter,CHM-PRO,37
100,Layers,CHM-DSC,366
100,Layers,PRO-DSC,33
100,Layers,SPL-DSC,63
100,Magnetic Properties,CHM-PRO,47
100,Magnetization,CHM-PRO,35
100,Mbe,CHM-SMT,33
100,Mechanical Property,CHM-PRO,34
100,Metallic,CHM-PRO,35
100,Metals,CHM-PRO,53
100,Metals,SPL-PRO,31
100,Mg,CHM-CHM,43
100,MgO,CHM-CHM,105
100,Microstructure,CHM-PRO,139
100,Mn,CHM-CHM,37
100,Molecular Beam Epitaxy,CHM-SMT,67
100,Molecular Dynamics (MD) Simulation,CHM-CMT,38
100,Monoclinic,CHM-SPL,44
100,Monolayers,CHM-DSC,42
100,Morphologic,CHM-PRO,32
100,Morphologies,CHM-PRO,40
100,Morphology,CHM-PRO,139
100,Morphology,SPL-PRO,30
100,Multilayer,CHM-DSC,31
100,N Type,CHM-PRO,45
100,N2,CHM-CHM,68
100,Nanoparticles,CHM-DSC,45
100,Nanostructures,CHM-DSC,30
100,Nanowires,CHM-DSC,55
100,Ni,CHM-CHM,91
100,Ni,SPL-CHM,30
100,Nickel,CHM-CHM,36
100,Nitrogen,CHM-CHM,83
100,O,CHM-CHM,123
100,O,SPL-CHM,58
100,O2,CHM-CHM,65
100,Optical Properties,CHM-PRO,84
100,Orthorhombic,CHM-SPL,37
100,Oxidation,CHM-SMT,42
100,Oxides,CHM-CHM,40
100,Oxygen,CHM-CHM,250
100,Oxygen,PRO-CHM,30
100,Oxygen,SPL-CHM,85
100,P Type,CHM-PRO,78
100,PLD,CHM-SMT,48
100,Particles,CHM-DSC,53
100,Particles,SPL-DSC,30
100,Pb,CHM-CHM,30
100,Pd,CHM-CHM,30
100,Perovskites,CHM-CHM,61
100,Perovskites,CHM-SPL,57
100,Photo Luminescence,CHM-CMT,141
100,Polycrystalline,CHM-DSC,122
100,Powder,CHM-DSC,38
100,Pt,CHM-CHM,85
100,Pulsed Laser Deposition,CHM-SMT,80
100,Pure,CHM-DSC,50
100,Quantum Dots,CHM-DSC,34
100,RF Magnetron Sputtering,CHM-SMT,36
100,Raman,CHM-CMT,64
100,Raman Spectroscopy,CHM-CMT,33
100,Refractive Index,CHM-PRO,33
100,Resistivity,CHM-PRO,71
100,Rutile,SPL-SPL,47
100,SEM,CHM-CMT,200
100,SEM,PRO-CMT,30
100,SEM,SPL-CMT,40
100,Scanning Electron Microscopy,CHM-CMT,107
100,Si,CHM-CHM,599
100,Si,SPL-CHM,32
100,SiO2,CHM-CHM,102
100,Silicon,CHM-CHM,268
100,Single Crystal,CHM-DSC,235
100,Single Crystal,SPL-DSC,40
100,Single Crystalline,CHM-DSC,36
100,Sol-Gel,CHM-SMT,48
100,Sputtering,CHM-SMT,42
100,SrTiO3,CHM-CHM,33
100,Stability,CHM-PRO,40
100,Stress,CHM-PRO,48
100,Structural,CHM-PRO,97
100,Structure,CHM-PRO,250
100,Structure,SPL-PRO,61
100,Structures,CHM-PRO,48
100,Substrate,CHM-DSC,909
100,Substrate,SPL-DSC,82
100,Surface,CHM-DSC,592
100,Surface,PRO-DSC,32
100,Surface,SPL-DSC,283
100,Surface Energy,CHM-PRO,47
100,Surface Energy,SPL-PRO,34
100,Surface Morphology,CHM-PRO,107
100,Surface Roughness,CHM-PRO,53
100,Surfaces,CHM-DSC,278
100,Surfaces,SPL-DSC,146
100,TEM,CHM-CMT,138
100,TEM,SPL-CMT,46
100,Tetragonal,CHM-SPL,41
100,Texture,CHM-PRO,32
100,Thin,CHM-DSC,54
100,Thin Films,CHM-DSC,392
100,Thin Films,SPL-DSC,43
100,Ti,CHM-CHM,108
100,Ti,SPL-CHM,40
100,TiO2,CHM-CHM,52
100,TiO2,SPL-CHM,47
100,Transmission Electron Microscopy,CHM-CMT,85
100,Wafers,CHM-DSC,93
100,X-Ray Diffraction,CHM-CMT,315
100,X-Ray Photoelectron Spectroscopy,CHM-CMT,76
100,XPS,CHM-CMT,108
100,XRD,CHM-CMT,256
100,XRD,PRO-CMT,38
100,XRD,SPL-CMT,45
100,Young’s Modulus,CHM-PRO,32
100,Zn,CHM-CHM,47
100,ZnO,CHM-CHM,99
1000,(1 0 0) Plane,CHM-CHM,30
1000,1 1 0,CHM-CHM,179
1000,1 1 1,CHM-CHM,52
1000,2 0 0,CHM-CHM,34
1000,AFM,CHM-CMT,90
1000,Ag,CHM-CHM,44
1000,Al,CHM-CHM,107
1000,Alloy,CHM-DSC,76
1000,Alloys,CHM-DSC,32
1000,Amorphous,CHM-DSC,40
1000,Annealed,CHM-SMT,97
1000,Annealing,CHM-SMT,117
1000,As Deposited,CHM-DSC,38
1000,Au,CHM-CHM,59
1000,BCC,CHM-SPL,33
1000,Band Structure,CHM-PRO,32
1000,Bright Field TEM,CHM-CMT,33
1000,Bulk,CHM-DSC,114
1000,CO,CHM-CHM,38
1000,Carbon,CHM-CHM,64
1000,Catalyst,CHM-APL,56
1000,Cluster,CHM-DSC,35
1000,Co,CHM-CHM,39
1000,Composite,CHM-DSC,37
1000,Compositions,CHM-PRO,67
1000,Cooling,CHM-SMT,30
1000,Copper,CHM-CHM,39
1000,Cr,CHM-CHM,34
1000,Crystal,CHM-DSC,167
1000,Crystal Structure,CHM-PRO,126
1000,Cu,CHM-CHM,114
1000,Cubic,CHM-SPL,61
1000,Diamonds,CHM-CHM,63
1000,Diffraction Pattern,CHM-CMT,51
1000,Dislocation,CHM-PRO,70
1000,Doped,CHM-DSC,45
1000,EBSD,CHM-CMT,41
1000,EDX,CHM-CMT,41
1000,Electrode,CHM-APL,40
1000,Electrodes,CHM-APL,31
1000,Electron Diffraction,CHM-CMT,35
1000,FCC,CHM-SPL,65
1000,FTIR,CHM-CMT,37
1000,Fe,CHM-CHM,77
1000,Film,CHM-DSC,190
1000,Films,CHM-DSC,187
1000,Ge,CHM-CHM,40
1000,Grain Boundaries,CHM-PRO,39
1000,Grain Boundary,CHM-PRO,51
1000,Grain Size,CHM-PRO,42
1000,H2,CHM-CHM,40
1000,H2O,CHM-CHM,31
1000,HRTEM,CHM-CMT,109
1000,Heating,CHM-SMT,45
1000,Hexagonal,CHM-SPL,45
1000,Hydrogen,CHM-CHM,114
1000,Interface,CHM-DSC,164
1000,Irradiated,CHM-SMT,31
1000,Lattice Parameter,CHM-PRO,59
1000,Layer,CHM-DSC,54
1000,Layers,CHM-DSC,230
1000,Matrix,CHM-DSC,59
1000,Metals,CHM-PRO,37
1000,Mg,CHM-CHM,44
1000,MgO,CHM-CHM,42
1000,Micro Structures,CHM-PRO,35
1000,Microstructure,CHM-PRO,67
1000,Mn,CHM-CHM,30
1000,Mo,CHM-CHM,32
1000,Morphology,CHM-PRO,64
1000,N2,CHM-CHM,43
1000,Nanoparticles,CHM-DSC,55
1000,Ni,CHM-CHM,101
1000,Nitrogen,CHM-CHM,42
1000,O,CHM-CHM,138
1000,O2,CHM-CHM,48
1000,Oxidation,CHM-SMT,35
1000,Oxygen,CHM-CHM,150
1000,P Type,CHM-PRO,30
1000,PL,CHM-CMT,39
1000,Particle,CHM-DSC,45
1000,Particles,CHM-DSC,84
1000,Perovskites,CHM-CHM,30
1000,Pole Figure,CHM-CMT,33
1000,Polycrystalline,CHM-DSC,51
1000,Powder,CHM-DSC,46
1000,Precipitates,CHM-DSC,44
1000,Pt,CHM-CHM,71
1000,Pure,CHM-DSC,40
1000,Raman,CHM-CMT,73
1000,SAED,CHM-CMT,65
1000,SEM,CHM-CMT,281
1000,Si,CHM-CHM,297
1000,SiO2,CHM-CHM,56
1000,Silicon,CHM-CHM,107
1000,Single Crystal,CHM-DSC,155
1000,Stress,CHM-PRO,42
1000,Structure,CHM-PRO,181
1000,Structures,CHM-PRO,47
1000,Substrate,CHM-DSC,334
1000,Surface,CHM-DSC,416
1000,Surface Morphology,CHM-PRO,30
1000,Surfaces,CHM-DSC,159
1000,TEM,CHM-CMT,219
1000,Tetragonal,CHM-SPL,32
1000,Thin Films,CHM-DSC,142
1000,Ti,CHM-CHM,103
1000,TiO2,CHM-CHM,69
1000,Unit Cell,CHM-PRO,41
1000,Wafers,CHM-DSC,62
1000,X-Ray Diffraction,CHM-CMT,110
1000,XPS,CHM-CMT,56
1000,XRD,CHM-CMT,271
1000,Zn,CHM-CHM,44
1000,ZnO,CHM-CHM,58
1000°C,900°C,SMT-SMT,50
1000°C,Al,SMT-CHM,61
1000°C,Alloy,SMT-DSC,62
1000°C,Alloys,SMT-DSC,30
1000°C,Annealed,SMT-SMT,112
1000°C,Annealing,SMT-SMT,68
1000°C,Calcined,SMT-SMT,73
1000°C,Carbon,SMT-CHM,32
1000°C,Coatings,SMT-APL,35
1000°C,Composite,SMT-DSC,33
1000°C,Compositions,SMT-PRO,39
1000°C,Cr,SMT-CHM,33
1000°C,EDS,SMT-CMT,50
1000°C,Fe,SMT-CHM,50
1000°C,Film,SMT-DSC,31
1000°C,Films,SMT-DSC,33
1000°C,HRTEM,SMT-CMT,30
1000°C,Heat Treated,SMT-SMT,49
1000°C,Heat Treatment,SMT-SMT,41
1000°C,Heated,SMT-SMT,31
1000°C,Heating,SMT-SMT,42
1000°C,Layers,SMT-DSC,65
1000°C,Microstructure,SMT-PRO,44
1000°C,Ni,SMT-CHM,51
1000°C,Oxidation,SMT-SMT,43
1000°C,Oxides,SMT-CHM,31
1000°C,Oxygen,SMT-CHM,42
1000°C,Particles,SMT-DSC,49
1000°C,Powder,SMT-DSC,94
1000°C,Powders,SMT-DSC,69
1000°C,Raman,SMT-CMT,41
1000°C,SEM,SMT-CMT,228
1000°C,Si,SMT-CHM,51
1000°C,Sintered,SMT-SMT,91
1000°C,Sintering,SMT-SMT,39
1000°C,Substrate,SMT-DSC,53
1000°C,Surface,SMT-DSC,95
1000°C,TEM,SMT-CMT,115
1000°C,Ti,SMT-CHM,33
1000°C,X-Ray Diffraction,SMT-CMT,75
1000°C,XPS,SMT-CMT,31
1000°C,XRD,SMT-CMT,271
100Fe,Catalyst,CHM-APL,33
100MPa,200MPa,CHM-CHM,38
100MPa,50 MPa,CHM-CHM,38
100MPa,Alloy,CHM-DSC,34
100MPa,Microstructure,CHM-PRO,42
100MPa,SEM,CHM-CMT,59
100MPa,Stress,CHM-PRO,31
100MPa,Surface,CHM-DSC,34
100MPa,TEM,CHM-CMT,35
100Mg,Mg,CHM-CHM,33
100fM,Electrode,CHM-APL,34
101,100,SPL-SPL,33
101,110,SPL-SPL,94
101,Adsorption Energy,SPL-PRO,87
101,Anatase,SPL-SPL,353
101,Band Gap,SPL-PRO,48
101,Bulk,SPL-DSC,83
101,CO,SPL-CHM,30
101,Catalyst,SPL-APL,33
101,Cluster,SPL-DSC,33
101,Conduction Band,SPL-PRO,32
101,Crystal,SPL-DSC,48
101,DFT,SPL-CMT,77
101,DOS,SPL-PRO,48
101,Density Functional Theory,SPL-CMT,55
101,Density of States,SPL-PRO,39
101,Doped,SPL-DSC,41
101,Film,SPL-DSC,39
101,Films,SPL-DSC,43
101,H2O,SPL-CHM,48
101,HRTEM,SPL-CMT,45
101,Homo,SPL-PRO,33
101,Hydrogen,SPL-CHM,92
101,Interface,SPL-DSC,67
101,Layers,SPL-DSC,51
101,Nanoparticles,SPL-DSC,44
101,O,SPL-CHM,148
101,O2,SPL-CHM,48
101,OH,SPL-CHM,40
101,Oxygen,SPL-CHM,179
101,Oxygen Vacancies,SPL-PRO,31
101,Rutile,SPL-SPL,137
101,SEM,SPL-CMT,47
101,STM,SPL-CMT,30
101,Semiconductor,SPL-PRO,31
101,Single Crystal,SPL-DSC,37
101,Slab,SPL-DSC,36
101,Stoichiometries,SPL-DSC,32
101,Structure,SPL-PRO,67
101,Structures,SPL-PRO,31
101,Substrate,SPL-DSC,54
101,Surface,SPL-DSC,366
101,Surface Energy,SPL-PRO,39
101,Surfaces,SPL-DSC,222
101,TEM,SPL-CMT,55
101,Ti,SPL-CHM,147
101,TiO2,SPL-CHM,287
101,Titania,SPL-CHM,33
101,Titanium,SPL-CHM,43
101,XPS,SPL-CMT,44
101,XRD,SPL-CMT,67
107Ag,109Ag,CHM-CHM,40
107Ag,Ag,CHM-CHM,54
107Ag,Silver,CHM-CHM,34
109Ag,107Ag,CHM-CHM,40
109Ag,Ag,CHM-CHM,62
109Ag,NMR,CHM-CMT,39
109Ag,Silver,CHM-CHM,56
109Cd,Detector,CHM-APL,38
10Be,10Be Ages,CHM-PRO,33
10Be,10Be Concentration,CHM-PRO,137
10Be,10Be Concentration,PRO-PRO,44
10Be,10Be Exposure Ages,CHM-PRO,30
10Be,14C,CHM-CHM,150
10Be,14C,CHM-CMT,68
10Be,14C,CMT-CHM,42
10Be,14C,CMT-CMT,33
10Be,14C,PRO-CHM,35
10Be,26Al,CHM-CHM,172
10Be,26Al,CHM-PRO,49
10Be,26Al,PRO-CHM,42
10Be,26Al,PRO-PRO,36
10Be,AMS,CHM-APL,50
10Be,AMS,CHM-CMT,70
10Be,Accelerator Mass Spectrometry,CHM-CMT,31
10Be,Age,CHM-PRO,48
10Be,Ages,CHM-PRO,103
10Be,Ages,CMT-PRO,46
10Be,Al,CHM-CHM,36
10Be,Alluvial,CHM-DSC,34
10Be,Bedrock,CHM-DSC,96
10Be,Bedrock,CMT-DSC,36
10Be,Boulders,CHM-DSC,120
10Be,Boulders,CMT-DSC,45
10Be,Carbon,CHM-CHM,46
10Be,Climate,CHM-PRO,39
10Be,Concentration,CHM-PRO,32
10Be,Core,CHM-DSC,30
10Be,Cosmogenic,CHM-PRO,77
10Be,Denudation Rate,CHM-PRO,54
10Be,Diamonds,CHM-CHM,51
10Be,Digital Elevation Model,CHM-CMT,30
10Be,Erosion Rate,CHM-PRO,82
10Be,Exposure Ages,CHM-PRO,115
10Be,Exposure Ages,CMT-PRO,39
10Be,Exposure Ages,PRO-PRO,31
10Be,Fe,CHM-CHM,35
10Be,Glaciers,CHM-APL,64
10Be,Holocene,CHM-CHM,132
10Be,Holocene,CMT-CHM,48
10Be,Ice Core,CHM-DSC,60
10Be,Layers,CHM-DSC,33
10Be,Moraine,CHM-APL,59
10Be,Moraine,CHM-CHM,30
10Be,Moraine,CHM-PRO,42
10Be,Nuclide,CHM-CHM,30
10Be,OSL,CHM-CMT,37
10Be,Oxygen,CHM-CHM,37
10Be,Pleistocene,CHM-CHM,69
10Be,Production Rate,CHM-PRO,59
10Be,Quartz,CHM-CHM,90
10Be,Radiocarbon,CHM-CMT,55
10Be,Radiocarbon Age,CHM-CMT,33
10Be,Radionuclide,CHM-CHM,34
10Be,Sediments,CHM-DSC,86
10Be,Sediments,CHM-PRO,45
10Be,Soil,CHM-DSC,45
10Be,Surface,CHM-DSC,141
10Be,Surface,CMT-DSC,35
10Be,Surface,PRO-DSC,37
10Be,Surface Exposure Ages,CHM-PRO,36
10Be,Surfaces,CHM-DSC,72
10Be,Temperature,CHM-PRO,32
10Be,Topography,CHM-PRO,50
10Be Ages,10Be,PRO-CHM,33
10Be Concentration,10Be,PRO-CHM,137
10Be Concentration,10Be,PRO-PRO,44
10Be Concentration,Erosion Rate,PRO-PRO,31
10Be Concentration,Sediments,PRO-DSC,30
10Be Concentration,Surface,PRO-DSC,37
10Be Exposure Ages,10Be,PRO-CHM,30
10Fe,Catalyst,CHM-APL,30
10Fe,Fe,CHM-CHM,39
10Ti,Ti,CHM-CHM,38
10m10m,AFM,CMT-CMT,43
10m10m,Film,CMT-DSC,31
11-Deoxycortisol,Cortisol,CHM-CHM,32
11-MUA,11-Mercaptoundecanoic Acid,CHM-CHM,39
11-MUA,Au,CHM-CHM,61
11-MUA,Electrode,CHM-APL,31
11-MUA,Layers,CHM-DSC,31
11-MUA,Monolayers,CHM-DSC,40
11-MUA,SAM,CHM-DSC,32
11-MUA,Substrate,CHM-DSC,41
11-MUA,Surface,CHM-DSC,62
11-Mercapto-1-Undecanol,Monolayers,CHM-DSC,53
11-Mercapto-1-Undecanol,SAM,CHM-DSC,32
11-Mercapto-1-Undecanol,Surface,CHM-DSC,54
11-Mercaptoundecanoic Acid,11-MUA,CHM-CHM,39
11-Mercaptoundecanoic Acid,AFM,CHM-CMT,32
11-Mercaptoundecanoic Acid,Ag,CHM-CHM,39
11-Mercaptoundecanoic Acid,Atomic Force Microscopy,CHM-CMT,31
11-Mercaptoundecanoic Acid,Au,CHM-CHM,114
11-Mercaptoundecanoic Acid,Bio-Sensor,CHM-APL,32
11-Mercaptoundecanoic Acid,Coated,CHM-SMT,33
11-Mercaptoundecanoic Acid,Cyclic Voltammetry,CHM-CMT,39
11-Mercaptoundecanoic Acid,Detection Limit,CHM-PRO,35
11-Mercaptoundecanoic Acid,Electrode,CHM-APL,86
11-Mercaptoundecanoic Acid,Electrodes,CHM-APL,56
11-Mercaptoundecanoic Acid,Film,CHM-DSC,61
11-Mercaptoundecanoic Acid,Films,CHM-DSC,35
11-Mercaptoundecanoic Acid,Interface,CHM-DSC,32
11-Mercaptoundecanoic Acid,Layers,CHM-DSC,77
11-Mercaptoundecanoic Acid,Monolayers,CHM-DSC,198
11-Mercaptoundecanoic Acid,Mua,CHM-CHM,153
11-Mercaptoundecanoic Acid,Nanoparticle,CHM-DSC,35
11-Mercaptoundecanoic Acid,Nanoparticles,CHM-DSC,103
11-Mercaptoundecanoic Acid,SAM,CHM-DSC,108
11-Mercaptoundecanoic Acid,SAMS,CHM-DSC,66
11-Mercaptoundecanoic Acid,SEM,CHM-CMT,34
11-Mercaptoundecanoic Acid,SPR,CHM-CMT,36
11-Mercaptoundecanoic Acid,Self Assembled,CHM-SMT,105
11-Mercaptoundecanoic Acid,Sensitivity,CHM-PRO,35
11-Mercaptoundecanoic Acid,Sensor,CHM-APL,40
11-Mercaptoundecanoic Acid,Structure,CHM-PRO,30
11-Mercaptoundecanoic Acid,Substrate,CHM-DSC,70
11-Mercaptoundecanoic Acid,Surface,CHM-DSC,190
11-Mercaptoundecanoic Acid,Surface Plasmon Resonance,CHM-CMT,34
11-Mercaptoundecanoic Acid,Surfaces,CHM-DSC,84
11-Mercaptoundecanoic Acid,TEM,CHM-CMT,43
11-Mercaptoundecanoic Acid,Thiols,CHM-CHM,71
11-Mercaptoundecanol,Monolayers,CHM-DSC,30
110,100,SPL-SPL,56
110,101,SPL-SPL,94
110,Adsorption Energy,SPL-PRO,75
110,Anatase,SPL-SPL,124
110,Annealing,SPL-SMT,34
110,Au,SPL-CHM,40
110,BCC,SPL-SPL,36
110,Band Gap,SPL-PRO,42
110,Bulk,SPL-DSC,164
110,CO,SPL-CHM,41
110,CO2,SPL-CHM,30
110,Carbon,SPL-CHM,40
110,Catalyst,SPL-APL,49
110,Cluster,SPL-DSC,48
110,Compositions,SPL-PRO,33
110,Crystal,SPL-DSC,81
110,Crystal Structure,SPL-PRO,33
110,Cu,SPL-CHM,36
110,DFT,SPL-CMT,68
110,Density Functional Theory,SPL-CMT,67
110,Doped,SPL-DSC,36
110,Electronic Structure,SPL-PRO,37
110,FCC,SPL-SPL,46
110,Fe,SPL-CHM,36
110,Fermi Level,SPL-PRO,46
110,Film,SPL-DSC,80
110,Films,SPL-DSC,75
110,H2,SPL-CHM,38
110,H2O,SPL-CHM,53
110,HRTEM,SPL-CMT,35
110,Hydrogen,SPL-CHM,94
110,Hydroxyl,SPL-CHM,35
110,Interface,SPL-DSC,98
110,Layers,SPL-DSC,107
110,Metals,SPL-PRO,38
110,Monolayers,SPL-DSC,41
110,Nanoparticles,SPL-DSC,33
110,Ni,SPL-CHM,36
110,O,SPL-CHM,152
110,O2,SPL-CHM,58
110,OH,SPL-CHM,39
110,Oxides,SPL-CHM,35
110,Oxygen,SPL-CHM,224
110,Particles,SPL-DSC,32
110,Perovskites,SPL-CHM,45
110,Perovskites,SPL-SPL,43
110,Pt,SPL-CHM,32
110,Rutile,SPL-SPL,332
110,SEM,SPL-CMT,51
110,Semiconductor,SPL-PRO,34
110,Single Crystal,SPL-DSC,58
110,Slab,SPL-DSC,43
110,Stability,SPL-PRO,42
110,Stoichiometries,SPL-DSC,47
110,Structural,SPL-PRO,31
110,Structure,SPL-PRO,98
110,Structures,SPL-PRO,31
110,Substrate,SPL-DSC,109
110,Surface,CHM-DSC,40
110,Surface,SPL-DSC,525
110,Surface Energy,SPL-PRO,61
110,Surface Structure,SPL-PRO,31
110,Surfaces,SPL-DSC,303
110,TEM,SPL-CMT,57
110,Thin Films,SPL-DSC,58
110,Ti,SPL-CHM,157
110,TiO2,SPL-CHM,231
110,TiO2 (110),SPL-CHM,43
110,Titanium,SPL-CHM,43
110,X-Ray Diffraction,SPL-CMT,33
110,XPS,SPL-CMT,44
110,XRD,CHM-CMT,31
110,XRD,SPL-CMT,71
111Cd,Cd,CHM-CHM,42
111Cd,PAC,CHM-CMT,30
111In,Biodistribution,CHM-PRO,56
111In,DTPA,CHM-CHM,34
111In,Nanoparticles,CHM-DSC,34
111In,PAC,CHM-CMT,32
111In,Spect,CHM-CMT,43
113Cd,113cd NMR,CHM-CMT,48
113Cd,13C,CHM-CHM,30
113Cd,1H,CHM-CHM,39
113Cd,Cd,CHM-CHM,64
113Cd,NMR,CHM-CMT,74
113Cd,cadmium,CHM-CHM,53
113cd NMR,113Cd,CMT-CHM,48
119Sn,119Sn Mossbauer,CHM-CMT,47
119Sn,119Sn NMR Spectroscopy,CHM-CMT,51
119Sn,119Sn-NMR,CHM-CMT,357
119Sn,13C,CHM-CHM,392
119Sn,13C,CHM-CMT,319
119Sn,13C,CMT-CHM,143
119Sn,13C,CMT-CMT,123
119Sn,13C NMR,CHM-CMT,47
119Sn,19F,CHM-CHM,30
119Sn,1H,CHM-CHM,448
119Sn,1H,CHM-CMT,336
119Sn,1H,CMT-CHM,152
119Sn,1H,CMT-CMT,122
119Sn,1H NMR,CHM-CMT,62
119Sn,31P,CHM-CMT,46
119Sn,57Fe,CHM-CHM,48
119Sn,Angles,CHM-PRO,41
119Sn,Bond Length,CHM-PRO,47
119Sn,Br,CHM-CHM,32
119Sn,CDCl3,CHM-CHM,31
119Sn,Carbon,CHM-CHM,40
119Sn,Carboxylates,CHM-CHM,46
119Sn,Catalyst,CHM-APL,38
119Sn,Chemical Shift,CHM-PRO,64
119Sn,Cl,CHM-CHM,58
119Sn,Compositions,CHM-PRO,33
119Sn,Crystal,CHM-DSC,39
119Sn,Crystal Structure,CHM-PRO,111
119Sn,Crystal Structure,CMT-PRO,34
119Sn,Crystalline,CHM-DSC,30
119Sn,DFT,CHM-CMT,39
119Sn,Diorganotin(IV),CHM-CHM,41
119Sn,Elemental Analysis,CHM-CMT,236
119Sn,Elemental Analysis,CMT-CMT,94
119Sn,FT-IR,CHM-CMT,74
119Sn,FT-IR,CMT-CMT,36
119Sn,Fe,CHM-CHM,33
119Sn,Hydrogen,CHM-CHM,107
119Sn,Ir,CHM-CMT,214
119Sn,Ir,CMT-CMT,69
119Sn,Mass Spectrometry,CHM-CMT,34
119Sn,Me,CHM-CHM,30
119Sn,Methanol,CHM-CHM,35
119Sn,Methyl,CHM-CHM,37
119Sn,Molecular Structure,CHM-PRO,87
119Sn,Mossbauer,CHM-CMT,66
119Sn,Mossbauer,CMT-CMT,40
119Sn,Mossbauer Spectroscopy,CHM-CMT,34
119Sn,Multinuclear,CHM-CMT,32
119Sn,Multinuclear NMR,CHM-CMT,31
119Sn,N-Bu,CHM-CHM,32
119Sn,NMR,CHM-CMT,197
119Sn,NMR,CMT-CMT,108
119Sn,Nitrogen,CHM-CHM,39
119Sn,O,CHM-CHM,44
119Sn,Organotin,CHM-CHM,59
119Sn,Organotin(IV),CHM-CHM,56
119Sn,Oxygen,CHM-CHM,81
119Sn,Phenyls,CHM-CHM,37
119Sn,R = Me,CHM-CHM,62
119Sn,SEM,CHM-CMT,37
119Sn,Single Crystal,CHM-DSC,73
119Sn,Single Crystal X-Ray Diffraction,CHM-CMT,39
119Sn,Sn,CHM-CHM,249
119Sn,Sn,CMT-CHM,80
119Sn,Sn(IV),CHM-CHM,41
119Sn,SnO2,CHM-CHM,43
119Sn,Structure,CHM-PRO,78
119Sn,Structure,CMT-PRO,34
119Sn,Structures,CHM-PRO,44
119Sn,Tin,CHM-CHM,320
119Sn,Tin,CMT-CHM,99
119Sn,Trigonal,CHM-SPL,46
119Sn,X Ray,CHM-CMT,31
119Sn,X-Ray Crystallography,CHM-CMT,95
119Sn,X-Ray Crystallography,CMT-CMT,31
119Sn,X-Ray Diffraction,CHM-CMT,160
119Sn,X-Ray Diffraction,CMT-CMT,53
119Sn,XRD,CHM-CMT,49
119Sn Mossbauer,119Sn,CMT-CHM,47
119Sn Mossbauer,Mossbauer,CMT-CMT,40
119Sn Mossbauer,SEM,CMT-CMT,30
119Sn Mossbauer,Sn,CMT-CHM,89
119Sn Mossbauer,SnO2,CMT-CHM,36
119Sn Mossbauer,Tin,CMT-CHM,61
119Sn Mossbauer,X-Ray Diffraction,CMT-CMT,49
119Sn Mossbauer,XRD,CMT-CMT,44
119Sn Mossbauer Spectroscopy,Li,CMT-CHM,31
119Sn Mossbauer Spectroscopy,Lithium,CMT-CHM,31
119Sn Mossbauer Spectroscopy,Sn,CMT-CHM,58
119Sn Mossbauer Spectroscopy,Tin,CMT-CHM,63
119Sn Mossbauer Spectroscopy,X-Ray Diffraction,CMT-CMT,51
119Sn NMR Spectroscopy,119Sn,CMT-CHM,51
119Sn NMR Spectroscopy,13C,CMT-CHM,30
119Sn NMR Spectroscopy,1H,CMT-CHM,39
119Sn NMR Spectroscopy,1H,CMT-CMT,34
119Sn-NMR,119Sn,CMT-CHM,357
119Sn-NMR,13C,CMT-CHM,205
119Sn-NMR,13C,CMT-CMT,175
119Sn-NMR,13C NMR,CMT-CMT,33
119Sn-NMR,1H,CMT-CHM,246
119Sn-NMR,1H,CMT-CMT,181
119Sn-NMR,1H NMR,CMT-CMT,45
119Sn-NMR,Bond Length,CMT-PRO,32
119Sn-NMR,Chemical Shift,CMT-PRO,35
119Sn-NMR,Cl,CMT-CHM,32
119Sn-NMR,Crystal Structure,CMT-PRO,61
119Sn-NMR,Elemental Analysis,CMT-CMT,117
119Sn-NMR,Hydrogen,CMT-CHM,67
119Sn-NMR,Ir,CMT-CMT,136
119Sn-NMR,Molecular Structure,CMT-PRO,59
119Sn-NMR,NMR,CMT-CMT,42
119Sn-NMR,Organotin,CMT-CHM,30
119Sn-NMR,Organotin(IV),CMT-CHM,37
119Sn-NMR,Oxygen,CMT-CHM,40
119Sn-NMR,R = Me,CMT-CHM,30
119Sn-NMR,Single Crystal,CMT-DSC,31
119Sn-NMR,Sn,CMT-CHM,90
119Sn-NMR,Structure,CMT-PRO,33
119Sn-NMR,Tin,CMT-CHM,148
119Sn-NMR,X-Ray Crystallography,CMT-CMT,53
119Sn-NMR,X-Ray Diffraction,CMT-CMT,66
11B,11B NMR,CMT-CMT,40
11B,13C,CMT-CHM,122
11B,13C,CMT-CMT,60
11B,13C NMR,CMT-CMT,57
11B,19F,CMT-CHM,41
11B,1H,CMT-CHM,183
11B,1H,CMT-CMT,109
11B,1H NMR,CMT-CMT,36
11B,27Al,CMT-CHM,32
11B,Al,CMT-CHM,30
11B,Borate,CMT-CHM,34
11B,Boron,CMT-CHM,144
11B,Boron,PRO-CHM,54
11B,Carbon,CMT-CHM,33
11B,Chemical Shift,CMT-PRO,42
11B,Compositions,CMT-PRO,50
11B,Elemental Analysis,CMT-CMT,44
11B,Glass,CMT-DSC,69
11B,Glasses,CMT-DSC,61
11B,H2,CMT-CHM,37
11B,Heating,CMT-SMT,33
11B,Hydrogen,CMT-CHM,88
11B,Ir,CMT-CMT,64
11B,Li,CMT-CHM,31
11B,MAS NMR,CMT-CMT,68
11B,MAS-NMR,CMT-CMT,30
11B,Mass Spectrometry,CMT-CMT,32
11B,Molecular Structure,CMT-PRO,39
11B,NMR,CMT-CMT,213
11B,Oxygen,CMT-CHM,37
11B,Raman,CMT-CMT,37
11B,SEM,CMT-CMT,31
11B,Si,CMT-CHM,41
11B,Structure,CMT-PRO,61
11B,THF,CMT-CHM,35
11B,X-Ray Diffraction,CMT-CMT,63
11B,XRD,CMT-CMT,67
11B MAS NMR,Al,CMT-CHM,33
11B MAS NMR,B2O3,CMT-CHM,30
11B MAS NMR,BO3,CMT-CHM,46
11B MAS NMR,BO4,CMT-CHM,47
11B MAS NMR,Borate,CMT-CHM,30
11B MAS NMR,Boron,CMT-CHM,116
11B MAS NMR,Compositions,CMT-PRO,61
11B MAS NMR,DSC,CMT-CMT,33
11B MAS NMR,FTIR,CMT-CMT,36
11B MAS NMR,Glass,CMT-DSC,80
11B MAS NMR,Glasses,CMT-DSC,84
11B MAS NMR,Hydrogen,CMT-CHM,33
11B MAS NMR,MAS NMR,CMT-CMT,57
11B MAS NMR,NMR,CMT-CMT,42
11B MAS NMR,Raman,CMT-CMT,55
11B MAS NMR,SEM,CMT-CMT,33
11B MAS NMR,Si,CMT-CHM,40
11B MAS NMR,Structure,CMT-PRO,44
11B MAS NMR,XRD,CMT-CMT,72
11B NMR,11B,CMT-CMT,40
11B NMR,13C,CMT-CHM,55
11B NMR,13C NMR,CMT-CMT,33
11B NMR,19F,CMT-CHM,44
11B NMR,19F NMR,CMT-CMT,35
11B NMR,1H,CMT-CHM,176
11B NMR,1H,CMT-CMT,56
11B NMR,1H NMR,CMT-CMT,97
11B NMR,Angles,CMT-PRO,52
11B NMR,Bond Length,CMT-PRO,64
11B NMR,Borate,CMT-CHM,49
11B NMR,Boron,CMT-CHM,127
11B NMR,CDCl3,CMT-CHM,31
11B NMR,Carbon,CMT-CHM,42
11B NMR,Catalyst,CMT-APL,60
11B NMR,Chemical Shift,CMT-PRO,58
11B NMR,Crystal Structure,CMT-PRO,44
11B NMR,D2O,CMT-CHM,31
11B NMR,DSC,CMT-CMT,43
11B NMR,Dehydrogenation,CMT-SMT,43
11B NMR,FT-IR,CMT-CMT,32
11B NMR,FTIR,CMT-CMT,52
11B NMR,H2,CMT-CHM,56
11B NMR,Heating,CMT-SMT,54
11B NMR,Hydrogen,CMT-CHM,145
11B NMR,Hydrolysis,CMT-SMT,39
11B NMR,Ir,CMT-CMT,58
11B NMR,Molecular Structure,CMT-PRO,71
11B NMR,N2,CMT-CHM,30
11B NMR,NMR,CMT-CMT,117
11B NMR,Nitrogen,CMT-CHM,31
11B NMR,Oxygen,CMT-CHM,31
11B NMR,Raman,CMT-CMT,31
11B NMR,SEM,CMT-CMT,54
11B NMR,Structure,CMT-PRO,61
11B NMR,TEM,CMT-CMT,52
11B NMR,THF,CMT-CHM,69
11B NMR,Tga,CMT-CMT,37
11B NMR,Toluene,CMT-CHM,33
11B NMR,X-Ray Diffraction,CMT-CMT,50
11B NMR,XPS,CMT-CMT,30
11B NMR,XRD,CMT-CMT,83
11B{1H},11B{1H} NMR,CHM-CMT,78
11B{1H},1H,CHM-CHM,36
11B{1H},Angles,CHM-PRO,30
11B{1H},Bond Length,CHM-PRO,32
11B{1H},Hydrogen,CHM-CHM,45
11B{1H},Molecular Structure,CHM-PRO,33
11B{1H},NMR,CHM-CMT,30
11B{1H} NMR,11B{1H},CMT-CHM,78
11B{1H} NMR,Bond Length,CMT-PRO,31
11B{1H} NMR,Hydrogen,CMT-CHM,37
11β Hydroxysteroid,Cortisol,CHM-CHM,36
12,21,PRO-PRO,126
12,3,PRO-PRO,66
12,C2/M,SPL-SPL,43
12,CO2,PRO-CHM,47
12,Carbon,PRO-CHM,38
12,Compositions,PRO-PRO,47
12,Density,PRO-PRO,42
12,Diamonds,PRO-CHM,41
12,Elastic Constant,PRO-PRO,45
12,Ethanol,PRO-CHM,35
12,F,PRO-PRO,74
12,G,PRO-PRO,90
12,Ground State,PRO-PRO,30
12,Hydrogen,PRO-CHM,35
12,Interface,PRO-DSC,31
12,K,PRO-PRO,193
12,K 12,PRO-PRO,35
12,L,PRO-PRO,43
12,Layers,PRO-DSC,55
12,M,PRO-PRO,48
12,Methanol,PRO-CHM,36
12,Monoclinic,SPL-SPL,44
12,Oxygen,PRO-CHM,32
12,P,PRO-PRO,78
12,Particles,PRO-DSC,32
12,Phase Diagram,PRO-PRO,30
12,SDS-Page,CMT-CMT,58
12,Surface,PRO-DSC,57
12,T,PRO-PRO,93
12,VLE,PRO-PRO,35
12,Δ,PRO-PRO,32
12,σ,PRO-PRO,66
12,ω,PRO-PRO,33
12 MPa,CO2,CHM-CHM,76
12 MPa,SEM,CHM-CMT,51
12-Crown-4,15-Crown-5,CHM-CHM,55
12-Crown-4,18-Crown-6,CHM-CHM,55
12-Crown-4,Crown Ether,CHM-CHM,40
12-Crown-4,Ethers,CHM-CHM,55
12-O-Tetradecanoylphorbol 13-Acetate,TPA,CHM-CHM,133
12-Tungstophosphoric Acid,Activity,CHM-PRO,34
12-Tungstophosphoric Acid,Catalyst,CHM-APL,87
12-Tungstophosphoric Acid,Catalytic Activity,CHM-PRO,32
12-Tungstophosphoric Acid,XRD,CHM-CMT,39
120 MPa,140MPa,CHM-CHM,30
120 MPa,Alloy,CHM-DSC,60
120 MPa,Fracture Surface,CHM-PRO,38
120 MPa,Microstructure,CHM-PRO,51
120 MPa,SEM,CHM-CMT,52
120 MPa,Surface,CHM-DSC,46
120 MPa,TEM,CHM-CMT,37
122,Fe,SPL-CHM,37
122,Iron,SPL-CHM,31
122,Superconductivity,SPL-PRO,35
122,Superconductor,SPL-PRO,56
125I,131I,CHM-CHM,40
125I,Biodistribution,CHM-PRO,60
125I,Cell,CHM-DSC,30
125I,Cells,CHM-DSC,100
125I,Iodine,CHM-CHM,48
125I,Membrane,CHM-DSC,41
125I,Nanoparticles,CHM-DSC,31
125I,PEG,CHM-CHM,38
125I,Radioactivity,CHM-PRO,69
125I,SEM,CHM-CMT,30
125I,Substrate,CHM-DSC,35
125I,Surface,CHM-DSC,111
125I,Surfaces,CHM-DSC,43
125I,TEM,CHM-CMT,34
125I,Tumours,CHM-APL,32
125Te,125Te NMR,CHM-CMT,60
125Te,13C,CHM-CHM,45
125Te,1H,CHM-CHM,54
125Te,1H,CHM-CMT,31
125Te,77Se,CHM-CHM,62
125Te,77Se,CHM-CMT,33
125Te,Chemical Shift,CHM-PRO,35
125Te,Molecular Structure,CHM-PRO,30
125Te,NMR,CHM-CMT,70
125Te,NMR,CMT-CMT,44
125Te,Se,CHM-CHM,49
125Te,Te,CHM-CHM,97
125Te,Te,CMT-CHM,31
125Te,Tellurium,CHM-CHM,63
125Te,X-Ray Diffraction,CHM-CMT,30
125Te NMR,125Te,CMT-CHM,60
129I,131I,CHM-CHM,30
129I,AMS,CHM-CMT,45
129I,Iodide,CHM-CHM,39
129I,Iodine,CHM-CHM,159
129I,Surface,CHM-DSC,36
129XE NMR,129Xe,CMT-CHM,205
129XE NMR,129Xe,CMT-CMT,37
129XE NMR,Chemical Shift,CMT-PRO,82
129XE NMR,NMR,CMT-CMT,73
129XE NMR,Xe,CMT-CHM,90
129XE NMR,Xenon,CMT-CHM,134
129XE NMR,Zeolites,CMT-CHM,72
129Xe,129XE NMR,CHM-CMT,205
129Xe,129XE NMR,CMT-CMT,37
129Xe,129Xe Chemical Shift,CHM-PRO,35
129Xe,129Xe NMR,CHM-CMT,47
129Xe,132Xe,CHM-CHM,38
129Xe,13C,CHM-CHM,45
129Xe,1H,CHM-CHM,65
129Xe,Al,CHM-CHM,43
129Xe,Bulk,CHM-DSC,41
129Xe,Carbon,CHM-CHM,32
129Xe,Catalyst,CHM-APL,47
129Xe,Chemical Shift,CHM-PRO,164
129Xe,Chemical Shift,CMT-PRO,42
129Xe,Compositions,CHM-PRO,43
129Xe,Crystal,CHM-DSC,31
129Xe,Diamonds,CHM-CHM,37
129Xe,Hydrogen,CHM-CHM,38
129Xe,Hyperpolarized,CHM-CMT,32
129Xe,MRI,CHM-CMT,38
129Xe,Mesoporous,CHM-DSC,38
129Xe,N2,CHM-CHM,58
129Xe,NMR,CHM-CMT,174
129Xe,NMR,CMT-CMT,73
129Xe,Nitrogen,CHM-CHM,54
129Xe,Noble Gas,CHM-CHM,36
129Xe,Oxygen,CHM-CHM,31
129Xe,Particles,CHM-DSC,36
129Xe,Porosity,CHM-PRO,39
129Xe,Porous,CHM-DSC,53
129Xe,SEM,CHM-CMT,32
129Xe,Si,CHM-CHM,45
129Xe,Silica,CHM-CHM,38
129Xe,Structure,CHM-PRO,63
129Xe,Surface,CHM-DSC,80
129Xe,TEM,CHM-CMT,41
129Xe,X-Ray Diffraction,CHM-CMT,33
129Xe,XRD,CHM-CMT,37
129Xe,Xe,CHM-CHM,232
129Xe,Xe,CMT-CHM,38
129Xe,Xenon,CHM-CHM,323
129Xe,Xenon,CMT-CHM,66
129Xe,Xenon,PRO-CHM,33
129Xe,Zeolites,CHM-CHM,128
129Xe Chemical Shift,129Xe,PRO-CHM,35
129Xe NMR,129Xe,CMT-CHM,47
129Xe NMR,Xe,CMT-CHM,30
129Xe NMR,Xenon,CMT-CHM,31
12C16O,12C18O,CHM-CHM,31
12C16O,CO,CHM-CHM,83
12C16O2,CO2,CHM-CHM,35
12C18O,12C16O,CHM-CHM,31
12C18O,CO,CHM-CHM,30
12CH4,13C,CHM-CHM,30
12CH4,13CH4,CHM-CHM,94
12CH4,CH4,CHM-CHM,81
12CH4,CO,CHM-CHM,33
12CH4,CO2,CHM-CHM,45
12CH4,Carbon,CHM-CHM,40
12CH4,Catalyst,CHM-APL,41
12CH4,H2,CHM-CHM,40
12CH4,Methane,CHM-CHM,95
12CO,13CO,CHM-CHM,152
12CO,13CO2,CHM-CHM,41
12CO,Ar,CHM-CHM,39
12CO,CO,CHM-CHM,170
12CO,CO2,CHM-CHM,62
12CO,Carbon,CHM-CHM,35
12CO,Catalyst,CHM-APL,74
12CO,H2,CHM-CHM,69
12CO,H2O,CHM-CHM,41
12CO,Hydrogen,CHM-CHM,32
12CO,Ir,CHM-CMT,30
12CO,O2,CHM-CHM,34
12CO,Pt,CHM-CHM,38
12CO,Surface,CHM-DSC,55
12CO2,13C,CHM-CHM,31
12CO2,13CO,CHM-CHM,35
12CO2,13CO2,CHM-CHM,149
12CO2,Ar,CHM-CHM,31
12CO2,CH4,CHM-CHM,37
12CO2,CO,CHM-CHM,76
12CO2,CO2,CHM-CHM,162
12CO2,Carbon,CHM-CHM,58
12CO2,Catalyst,CHM-APL,61
12CO2,H2,CHM-CHM,48
12CO2,H2O,CHM-CHM,49
12CO2,O2,CHM-CHM,38
12CO2,TEM,CHM-CMT,34
131I,125I,CHM-CHM,40
131I,129I,CHM-CHM,30
131I,Biodistribution,CHM-PRO,32
131I,Iodine,CHM-CHM,75
131I,Radioiodine,CHM-CHM,33
131I,Radionuclide,CHM-CHM,45
132Xe,129Xe,CHM-CHM,38
132Xe,Xe,CHM-CHM,49
133Cs,NMR,CMT-CMT,40
1350,SEM,SMT-CMT,63
1350,Sintered,SMT-SMT,98
1350,Sintering,SMT-SMT,46
1350,XRD,SMT-CMT,58
1350°C,SEM,SMT-CMT,35
1350°C,Sintered,SMT-SMT,59
1350°C,Sintering,SMT-SMT,31
136Xe,Xe,CHM-CHM,32
137Cs,210Pb,CMT-CHM,103
137Cs,210Pb,CMT-CMT,72
137Cs,210Pb,PRO-CHM,64
137Cs,Carbon,CMT-CHM,36
137Cs,Carbon,PRO-CHM,30
137Cs,Sediment Core,CMT-DSC,40
137Cs,Sediment Core,PRO-DSC,30
137Cs,Sedimentation Rate,CMT-PRO,39
137Cs,Sediments,CMT-DSC,66
137Cs,Sediments,CMT-PRO,41
137Cs,Sediments,PRO-DSC,60
137Cs,Sediments,PRO-PRO,36
137Cs,Soil,PRO-DSC,43
137Cs,Surface,PRO-DSC,33
13C,(B) 1H,CHM-CHM,52
13C,(C) 1H,CHM-CHM,30
13C,"1,10-Phenantroline",CHM-CHM,60
13C,"1,4-Dioxane",CHM-CHM,72
13C,"1,5-Cyclooctadiene",CHM-CHM,34
13C,1-Butene,CHM-CHM,34
13C,1-Hexene,CHM-CHM,86
13C,1-Octene,CHM-CHM,60
13C,113Cd,CHM-CHM,30
13C,119Sn,CHM-CHM,392
13C,119Sn,CHM-CMT,143
13C,119Sn,CMT-CHM,319
13C,119Sn,CMT-CMT,123
13C,119Sn NMR Spectroscopy,CHM-CMT,30
13C,119Sn-NMR,CHM-CMT,205
13C,119Sn-NMR,CMT-CMT,175
13C,11B,CHM-CMT,122
13C,11B,CMT-CMT,60
13C,11B NMR,CHM-CMT,55
13C,125Te,CHM-CHM,45
13C,129Xe,CHM-CHM,45
13C,12CH4,CHM-CHM,30
13C,12CO2,CHM-CHM,31
13C,13C - NMR,CHM-CMT,1151
13C,13C - NMR,CMT-CMT,108
13C,13C CP MAS,CHM-CMT,340
13C,13C CP MAS,CMT-CMT,47
13C,13C CP MAS NMR,CHM-CMT,1665
13C,13C CP MAS NMR,CMT-CMT,149
13C,13C Chemical Shift,CHM-PRO,386
13C,13C Chemical Shift,CMT-PRO,108
13C,13C Chemical Shift,PRO-PRO,55
13C,13C MAS NMR,CHM-CMT,204
13C,13C MAS NMR,CMT-CMT,61
13C,13C Methanol,CHM-CHM,35
13C,13C NMR,CHM-CMT,14299
13C,13C NMR,CMT-CMT,446
13C,13C NMR,PRO-CMT,88
13C,13C NMR Chemical Shift,CHM-PRO,84
13C,13C NMR Spectroscopy,CHM-CMT,871
13C,13C Nuclear Magnetic Resonance,CHM-CMT,56
13C,13C Solid State NMR,CHM-CMT,345
13C,13C-NMR,CHM-CMT,229
13C,13CH3,CHM-CHM,36
13C,13CH4,CHM-CHM,90
13C,13CO,CHM-CHM,97
13C,13CO2,CHM-CHM,115
13C,13C{1H},CHM-CHM,85
13C,13C{1H} NMR,CHM-CMT,70
13C,13C–13C,CHM-CHM,35
13C,14C,CHM-CHM,146
13C,14C,PRO-CHM,67
13C,14C,PRO-PRO,31
13C,15N,CHM-CHM,1405
13C,15N,CHM-CMT,221
13C,15N,CHM-PRO,119
13C,15N,CMT-CHM,393
13C,15N,CMT-CMT,149
13C,15N,PRO-CHM,163
13C,15N,PRO-PRO,167
13C,15N Chemical Shift,CHM-PRO,74
13C,15N NMR,CHM-CMT,209
13C,15N NMR,CMT-CMT,118
13C,16O,CHM-CHM,50
13C,17O,CHM-CHM,194
13C,17O,CMT-CHM,54
13C,17O NMR,CHM-CMT,50
13C,180C,CHM-CHM,65
13C,183W,CHM-CHM,30
13C,18O,CHM-CHM,207
13C,18O,PRO-CHM,72
13C,18O,PRO-PRO,68
13C,195PT,CHM-CMT,35
13C,195Pt,CHM-CHM,145
13C,195Pt,CMT-CHM,86
13C,195pt Nmr,CHM-CMT,52
13C,195pt Nmr,CMT-CMT,35
13C,19F,CHM-CHM,630
13C,19F,CHM-CMT,212
13C,19F,CMT-CHM,282
13C,19F,CMT-CMT,125
13C,19F MAS NMR,CHM-CMT,38
13C,19F NMR,CHM-CMT,272
13C,19F NMR,CMT-CMT,109
13C,1D,CHM-CMT,169
13C,1D,CHM-DSC,104
13C,1D,CMT-CMT,83
13C,1D,CMT-DSC,42
13C,1H,CHM-CHM,15883
13C,1H,CHM-CMT,5669
13C,1H,CHM-PRO,375
13C,1H,CMT-CHM,3586
13C,1H,CMT-CMT,2159
13C,1H,CMT-PRO,102
13C,1H,PRO-CHM,285
13C,1H,PRO-CMT,52
13C,1H,PRO-PRO,115
13C,1H 13C CP MAS NMR,CHM-CMT,41
13C,1H 13C HSQC,CHM-CMT,149
13C,1H COSY,CHM-CHM,150
13C,1H Chemical Shift,CHM-PRO,138
13C,1H Chemical Shift,CMT-PRO,39
13C,1H Chemical Shift,PRO-PRO,42
13C,1H MAS,CHM-CHM,110
13C,1H MAS,CHM-CMT,79
13C,1H MAS,CMT-CHM,31
13C,1H MAS,CMT-CMT,47
13C,1H MAS NMR,CHM-CMT,194
13C,1H MAS NMR,CMT-CMT,59
13C,1H NMR,CHM-CMT,7301
13C,1H NMR,CMT-CMT,527
13C,1H NMR,PRO-CMT,51
13C,1H NMR Spectroscopy,CHM-CMT,120
13C,1H NMR Spectroscopy,CMT-CMT,30
13C,1H Nuclear Magnetic Resonance,CHM-CMT,63
13C,1H and 13C,CHM-CHM,283
13C,1H and 13C,CMT-CHM,174
13C,1H and 13C,PRO-CHM,33
13C,"1H, 13C",CHM-CMT,42
13C,"1H, 13C",CMT-CHM,43
13C,"1H,1H",CHM-CHM,44
13C,1H-13C,CHM-CMT,101
13C,1H-13C,CHM-PRO,30
13C,1H-13C HMBC,CHM-CMT,77
13C,1H-13C HSQC NMR,CHM-CMT,63
13C,1H-13C NMR,CHM-CMT,34
13C,1H-1H,CHM-CMT,30
13C,1H-1H COSY,CHM-CMT,257
13C,1H-1H COSY,CMT-CMT,53
13C,1H-NMR,CHM-CMT,970
13C,1H-NMR,CMT-CMT,334
13C,1H–13C,CHM-CHM,147
13C,1H–13C,CMT-CHM,36
13C,1H–15N,CHM-CHM,32
13C,1H–1H,CHM-CHM,51
13C,"2,2'-Bipyridine",CHM-CHM,48
13C,"2,6-iPr2C6H3",CHM-CHM,30
13C,2-Propanol,CHM-CHM,46
13C,207Pb,CHM-CHM,36
13C,25C,CHM-CHM,130
13C,27Al,CHM-CHM,157
13C,27Al,CHM-CMT,76
13C,27Al,CMT-CHM,66
13C,27Al,CMT-CMT,41
13C,27Al MAS NMR,CHM-CMT,65
13C,27Al MAS-NMR,CHM-CMT,67
13C,27Al NMR,CHM-CMT,78
13C,29Si,CHM-CHM,799
13C,29Si,CHM-CMT,408
13C,29Si,CMT-CHM,378
13C,29Si,CMT-CMT,263
13C,29Si CP MAS NMR,CHM-CMT,218
13C,29Si CP MAS NMR,CMT-CMT,41
13C,29Si MAS NMR,CHM-CMT,165
13C,29Si MAS-NMR,CHM-CMT,236
13C,29Si MAS-NMR,CMT-CMT,78
13C,29Si Mas,CHM-CMT,33
13C,29Si NMR,CHM-CMT,457
13C,29Si NMR,CMT-CMT,182
13C,29Si NMR Spectroscopy,CHM-CMT,32
13C,29Si Solid-State NMR,CHM-CMT,57
13C,29Si Solid-State NMR,CMT-CMT,34
13C,29Si-NMR,CHM-CMT,45
13C,2D,CHM-CMT,550
13C,2D,CHM-DSC,144
13C,2D,CMT-CMT,192
13C,2D,CMT-DSC,44
13C,2D,PRO-CMT,43
13C,2D NMR,CHM-CMT,266
13C,2D NMR,CMT-CMT,105
13C,2D NMR Spectroscopy,CHM-CMT,33
13C,2D-Nmr,CHM-CMT,46
13C,2H,CHM-CHM,231
13C,2H,CMT-CHM,37
13C,2H NMR,CHM-CMT,88
13C,2H2O,CHM-CHM,36
13C,2p,CHM-CMT,44
13C,3,CHM-PRO,68
13C,3-Aminopropyl-Triethoxysilane,CHM-CHM,37
13C,31P,CHM-CMT,408
13C,31P,CMT-CMT,267
13C,31P CP-MAS NMR,CHM-CMT,36
13C,31P MAS-NMR,CHM-CMT,139
13C,31P MAS-NMR,CMT-CMT,32
13C,31P NMR,CHM-CMT,710
13C,31P NMR,CMT-CMT,403
13C,31P NMR Spectroscopy,CHM-CMT,51
13C,31P NMR Spectroscopy,CMT-CMT,41
13C,31P {1H},CHM-CHM,53
13C,31P-NMR,CHM-CMT,35
13C,31P{1H}-NMR,CHM-CMT,34
13C,37C,CHM-CHM,35
13C,3D,CHM-CMT,112
13C,3D,CHM-DSC,130
13C,3D,CMT-DSC,33
13C,51V,CHM-CHM,59
13C,51V,CMT-CHM,33
13C,51V NMR,CHM-CMT,36
13C,"6-311++G(D,P)",CHM-CMT,88
13C,"6-31G (D,P)",CHM-CMT,40
13C,6-31G(D),CHM-CMT,47
13C,6-31G*,CHM-CMT,57
13C,77Se,CHM-CHM,121
13C,77Se,CHM-CMT,37
13C,77Se,CMT-CHM,80
13C,77Se,CMT-CMT,32
13C,77Se NMR,CHM-CMT,37
13C,7Li,CHM-CHM,85
13C,7Li,CMT-CHM,30
13C,7Li NMR,CHM-CMT,42
13C,ADP,CHM-CHM,34
13C,AFM,CHM-CMT,423
13C,AFM,CMT-CMT,81
13C,AIBN,CHM-CHM,98
13C,AMP,CHM-CHM,50
13C,APTES,CHM-CHM,75
13C,ATP,CHM-CHM,76
13C,ATR,CHM-CMT,79
13C,ATR-FT-IR,CHM-CMT,121
13C,ATR-IR,CHM-CMT,50
13C,ATRP,CHM-SMT,83
13C,Ab Initio,CHM-CMT,59
13C,Ab Initio Calculations,CHM-CMT,123
13C,Absolute Configuration,CHM-PRO,47
13C,Absorbance,CHM-PRO,167
13C,Absorbent,CHM-APL,39
13C,Absorption,CHM-CMT,204
13C,Absorption,CHM-PRO,165
13C,Absorption,CMT-CMT,31
13C,Absorption Bands,CHM-PRO,85
13C,Absorption Maximum,CHM-PRO,58
13C,Absorption Spectrum,CHM-CMT,232
13C,Abstract,CHM-SPL,43
13C,Ac2O,CHM-CHM,54
13C,AcOH,CHM-CHM,82
13C,Acac,CHM-CHM,37
13C,Accuracy,CHM-PRO,38
13C,Acetal,CHM-CHM,32
13C,Acetaldehyde,CHM-CHM,42
13C,Acetate,CHM-CHM,272
13C,Acetate,CMT-CHM,48
13C,Acetic Acid,CHM-CHM,255
13C,Acetic Acid,CMT-CHM,44
13C,Acetic Anhydride,CHM-CHM,59
13C,Acetone,CHM-CHM,428
13C,Acetone,CMT-CHM,79
13C,Acetone-D6,CHM-CHM,51
13C,Acetonitrile,CHM-CHM,473
13C,Acetonitrile,CMT-CHM,107
13C,Acetophenone,CHM-CHM,59
13C,Acetyl,CHM-CHM,98
13C,Acetyl-CoA,CHM-CHM,36
13C,Acetylation,CHM-SMT,41
13C,Acetylene,CHM-CHM,63
13C,Acidic Hydrolysis,CHM-SMT,110
13C,Acidity,CHM-PRO,85
13C,Acrylamide,CHM-CHM,42
13C,Acrylate,CHM-CHM,49
13C,Acrylic Acid,CHM-CHM,44
13C,Acrylonitrile,CHM-CHM,46
13C,Activation Energies,CHM-PRO,84
13C,Activation Energy,CHM-PRO,177
13C,Activation Energy,CMT-PRO,34
13C,Activation Parameters,CHM-PRO,55
13C,Activities,CHM-PRO,60
13C,Activity,CHM-PRO,387
13C,Activity,CMT-PRO,64
13C,Acyl,CHM-CHM,91
13C,Adamantane,CHM-CHM,47
13C,Adenine,CHM-CHM,38
13C,Adsorbent,CHM-APL,126
13C,Adsorbent,CMT-APL,33
13C,Adsorption,CHM-CMT,32
13C,Adsorption Capacity,CHM-PRO,124
13C,Adsorption Isotherm,CHM-CMT,150
13C,Adsorption Isotherm,CHM-PRO,65
13C,Adsorption Kinetics,CHM-PRO,36
13C,Aerogel,CHM-DSC,36
13C,Aerogels,CHM-DSC,41
13C,Ag,CHM-CHM,249
13C,Ag,CMT-CHM,44
13C,Ag(I),CHM-CHM,50
13C,Ag+,CHM-CHM,71
13C,Ag2O,CHM-CHM,38
13C,AgCl,CHM-CHM,83
13C,AgNO3,CHM-CHM,38
13C,Agarose Gel Electrophoresis,CHM-CMT,31
13C,Aged,CHM-SMT,54
13C,Aging,CHM-SMT,92
13C,Air Stable,CHM-PRO,33
13C,Al,CHM-CHM,495
13C,Al,CMT-CHM,89
13C,Al2O3,CHM-CHM,120
13C,Al3+,CHM-CHM,56
13C,AlCl3,CHM-CHM,71
13C,AlMe3,CHM-CHM,32
13C,Ala,CHM-CHM,117
13C,Ala,CMT-CHM,36
13C,Alanine,CHM-CHM,143
13C,Alcohols,CHM-CHM,361
13C,Alcohols,CMT-CHM,72
13C,Aldehyde,CHM-CHM,312
13C,Aldehyde,CMT-CHM,48
13C,Aldol,CHM-CHM,94
13C,Alkaline Hydrolysis,CHM-SMT,38
13C,Alkane,CHM-CHM,139
13C,Alkene,CHM-CHM,143
13C,Alkene,CMT-CHM,36
13C,Alkoxide,CHM-CHM,49
13C,Alkoxyl,CHM-CHM,72
13C,Alkylation,CHM-SMT,42
13C,Alkyls,CHM-CHM,492
13C,Alkyls,CMT-CHM,125
13C,Alkyne,CHM-CHM,177
13C,Alkyne,CMT-CHM,41
13C,Allyl,CHM-CHM,86
13C,Alumina,CHM-CHM,94
13C,Aluminophosphate,CHM-CHM,31
13C,Aluminosilicate,CHM-CHM,33
13C,Aluminum,CHM-CHM,204
13C,Aluminum,CMT-CHM,57
13C,Amides,CHM-CHM,405
13C,Amides,CMT-CHM,72
13C,Amines,CHM-CHM,621
13C,Amines,CMT-CHM,123
13C,Amino,CHM-CHM,258
13C,Amino,CMT-CHM,51
13C,Amino Acid,CHM-CHM,477
13C,Amino Acid,CMT-CHM,80
13C,Amino Acid,PRO-CHM,35
13C,Ammonia,CHM-CHM,142
13C,Ammonia,CMT-CHM,37
13C,Ammonium,CHM-CHM,114
13C,Ammonium Acetate,CHM-CHM,37
13C,Amorphous,CHM-DSC,430
13C,Amorphous,CMT-DSC,125
13C,Amphiphilic,CHM-PRO,113
13C,Analysis,CHM-CMT,123
13C,Analysis,CMT-CMT,36
13C,Anatase,CHM-SPL,30
13C,Angles,CHM-PRO,516
13C,Angles,CMT-PRO,83
13C,Anilines,CHM-CHM,139
13C,Anilines,CMT-CHM,31
13C,Anionic Polymerization,CHM-SMT,30
13C,Anisole,CHM-CHM,34
13C,Annealed,CHM-SMT,100
13C,Annealing,CHM-SMT,117
13C,Anode,CHM-APL,68
13C,Anthracene,CHM-CHM,62
13C,Anti-Cancer Activity,CHM-PRO,85
13C,Anti-Inflammatory Activity,CHM-PRO,43
13C,Anti-Proliferative Activity,CHM-PRO,80
13C,Anti-Tumor Activity,CHM-PRO,95
13C,Anti-Tumor Activity,CMT-PRO,34
13C,Anti-inflammatory,CHM-PRO,31
13C,Antibacterial,CHM-PRO,154
13C,Antibacterial Activity,CHM-PRO,248
13C,Antibacterial Activity,CMT-PRO,44
13C,Anticancer Agent,CHM-APL,34
13C,Antifungal,CHM-PRO,63
13C,Antifungal Activity,CHM-PRO,150
13C,Antimicrobial,CHM-PRO,61
13C,Antimicrobial Activity,CHM-PRO,253
13C,Antimicrobial Activity,CMT-PRO,36
13C,Antimicrobial Agent,CHM-APL,32
13C,Antioxidant,CHM-PRO,45
13C,Antioxidant Activity,CHM-PRO,114
13C,Aquifer,CHM-APL,30
13C,Ar,CHM-CHM,136
13C,Arabinose,CHM-CHM,74
13C,Arene,CHM-CHM,59
13C,Arg,CHM-CHM,39
13C,Arginine,CHM-CHM,51
13C,Argon,CHM-CHM,149
13C,Aromatic Aldehyde,CHM-CHM,68
13C,Aromatic Carbon,CHM-CHM,51
13C,Aromaticity,CHM-PRO,83
13C,Aromatics,CHM-CHM,38
13C,Aromatics,CHM-PRO,46
13C,Arrhenius Plot,CHM-CMT,178
13C,Aryl,CHM-CHM,154
13C,Aryl,CMT-CHM,53
13C,Aryl Halides,CHM-CHM,32
13C,As Prepared,CHM-DSC,140
13C,As-Made,CHM-DSC,57
13C,As-Synthesized,CHM-DSC,263
13C,As-Synthesized,CMT-DSC,47
13C,Ascorbic Acid,CHM-CHM,44
13C,Asp,CHM-CHM,51
13C,Aspartate,CHM-CHM,36
13C,Association Constant,CHM-PRO,42
13C,Atom Transfer Radical Polymerization,CHM-SMT,31
13C,Atomic Charge,CHM-PRO,40
13C,Atomic Force Microscopy,CHM-CMT,110
13C,Au,CHM-CHM,164
13C,Au,CMT-CHM,33
13C,Averaged,CHM-PRO,33
13C,Azides,CHM-CHM,96
13C,Azo,CHM-CHM,57
13C,Azobenzene,CHM-CHM,35
13C,Azomethines,CHM-CHM,59
13C,B3LYP,CHM-CMT,572
13C,B3LYP,CMT-CMT,119
13C,B3LYP,PRO-CMT,50
13C,"B3LYP/6-31G(D,P)",CHM-CMT,38
13C,B3LYP/6-31G(d),CHM-CMT,42
13C,B3PW91,CHM-CMT,32
13C,BET,CHM-CMT,71
13C,BET Surface Area,CHM-PRO,82
13C,BF3,CHM-CHM,41
13C,BF4,CHM-CHM,32
13C,BJH Pore Size Distribution,CHM-CMT,50
13C,BPA,CHM-CHM,33
13C,BPY,CHM-CHM,42
13C,BSTRAct A,CHM-CHM,140
13C,Ba,CHM-CHM,34
13C,Band Gap,CHM-PRO,53
13C,Bars,CHM-DSC,45
13C,Basicity,CHM-PRO,36
13C,Benzaldehyde,CHM-CHM,143
13C,Benzenes,CHM-CHM,482
13C,Benzenes,CMT-CHM,115
13C,Benzimidazole,CHM-CHM,65
13C,Benzoic Acid,CHM-CHM,49
13C,Benzophenone,CHM-CHM,30
13C,Benzothiazole,CHM-CHM,38
13C,Benzoxazine,CHM-CHM,70
13C,Benzoyl Peroxide,CHM-CHM,35
13C,Benzyl,CHM-CHM,103
13C,Benzyl,CMT-CHM,34
13C,Benzyl Alcohol,CHM-CHM,59
13C,Bicarbonate,CHM-CHM,93
13C,Bilayer,CHM-DSC,95
13C,Bilayers,CHM-DSC,62
13C,Binding Affinity,CHM-PRO,49
13C,Binding Constant,CHM-PRO,77
13C,Binding Energies,CHM-PRO,41
13C,Binding Energy,CHM-PRO,56
13C,Bio Diesel,CHM-APL,47
13C,Bioassay,CHM-CMT,34
13C,Biocompatibility,CHM-PRO,46
13C,Biodegradable,CHM-PRO,81
13C,Biological Activity,CHM-PRO,141
13C,Biological Activity,CMT-PRO,32
13C,Biomaterial,CHM-APL,42
13C,Biomedical Application,CHM-APL,30
13C,Biphenyls,CHM-CHM,53
13C,Bipy,CHM-CHM,30
13C,Blend,CHM-DSC,207
13C,Blend,CMT-DSC,53
13C,Block Copolymer,CHM-DSC,140
13C,Blue Line,CHM-CHM,198
13C,Blue Line,CMT-CHM,31
13C,Bond,CHM-PRO,39
13C,Bond Angles,CHM-PRO,195
13C,Bond Angles,CMT-PRO,51
13C,Bond Distance,CHM-PRO,143
13C,Bond Length,CHM-PRO,678
13C,Bond Length,CMT-PRO,122
13C,Bonding,CHM-PRO,64
13C,Borate,CHM-CHM,32
13C,Boron,CHM-CHM,137
13C,Boron,CMT-CHM,43
13C,Br,CHM-CHM,351
13C,Br,CMT-CHM,97
13C,Br2,CHM-CHM,34
13C,Breast,CHM-SPL,89
13C,Breast Cancer,CHM-APL,41
13C,Bromide,CHM-CHM,65
13C,Bromine,CHM-CHM,65
13C,Bronsted Acids,CHM-CHM,48
13C,Bulk,CHM-DSC,397
13C,Bulk,CMT-DSC,86
13C,Bulk,PRO-DSC,46
13C,Butadiene,CHM-CHM,50
13C,Butanol,CHM-CHM,32
13C,Butyl,CHM-CHM,63
13C,C,CHM-CHM,270
13C,C,CMT-CHM,44
13C,C 1s XPS,CHM-CMT,32
13C,C H,CHM-CHM,85
13C,C-4,CHM-CHM,32
13C,C-C,CHM-CHM,58
13C,C-H,CHM-CHM,79
13C,C-N,CHM-CHM,30
13C,C1S,CHM-CMT,31
13C,C2/C,CHM-SPL,58
13C,C2H4,CHM-CHM,42
13C,C60,CHM-CHM,217
13C,C60,CMT-CHM,30
13C,C6D6,CHM-CHM,119
13C,C6H5,CHM-CHM,51
13C,C6H6,CHM-CHM,39
13C,CCl4,CHM-CHM,63
13C,CD2Cl2,CHM-CHM,174
13C,CD3CN,CHM-CHM,113
13C,CD3OD,CHM-CHM,187
13C,CD3OD,CMT-CHM,34
13C,CDCl3,CHM-CHM,1527
13C,CDCl3,CMT-CHM,232
13C,CF3,CHM-CHM,58
13C,CH,CHM-CHM,285
13C,CH,CMT-CHM,70
13C,CH2,CHM-CHM,278
13C,CH2,CMT-CHM,70
13C,CH2Cl2,CHM-CHM,555
13C,CH2Cl2,CMT-CHM,86
13C,CH3,CHM-CHM,376
13C,CH3,CMT-CHM,95
13C,CH3CN,CHM-CHM,251
13C,CH3CN,CMT-CHM,32
13C,CH3COOH,CHM-CHM,31
13C,CH3OH,CHM-CHM,120
13C,CH4,CHM-CHM,321
13C,CH4,CHM-PRO,46
13C,CH4,PRO-CHM,48
13C,CHCl3,CHM-CHM,272
13C,CHCl3,CMT-CHM,55
13C,CHN Analysis,CHM-CMT,50
13C,CLSM,CHM-CMT,42
13C,CMC,CHM-PRO,52
13C,CN,CHM-CHM,50
13C,CO,CHM-CHM,710
13C,CO,CMT-CHM,136
13C,CO,PRO-CHM,31
13C,CO2,CHM-APL,52
13C,CO2,CHM-CHM,1369
13C,CO2,CHM-PRO,74
13C,CO2,CMT-CHM,218
13C,CO2,PRO-CHM,137
13C,CO2 Absorption,CHM-APL,61
13C,CO2 Adsorption Isotherm,CHM-CMT,40
13C,CO2 Capture,CHM-APL,54
13C,CO3,CHM-CHM,35
13C,COO,CHM-CHM,36
13C,COOH,CHM-CHM,118
13C,CP,CHM-CMT,211
13C,CP,CHM-PRO,55
13C,CP,CHM-SMT,140
13C,CP,CMT-CMT,90
13C,CP,CMT-SMT,64
13C,CP-MAS Solid-State NMR,CHM-CMT,36
13C,CP-MAS Solid-State NMR,CMT-CMT,37
13C,CP/MAS,CHM-CMT,30
13C,CPMAS,CHM-CMT,160
13C,CPMAS,CMT-CMT,166
13C,CPMAS NMR,CHM-CMT,462
13C,CPMAS NMR,CMT-CMT,452
13C,CS2,CHM-CHM,89
13C,CTAB,CHM-CHM,58
13C,CV,CHM-CMT,230
13C,CV,CMT-CMT,41
13C,CVD,CHM-SMT,45
13C,CVS,CHM-CMT,31
13C,Ca,CHM-CHM,151
13C,Ca2+,CHM-CHM,110
13C,CaCO3,CHM-CHM,42
13C,CaCl2,CHM-CHM,55
13C,Calcination,CHM-SMT,167
13C,Calcination,CMT-SMT,30
13C,Calcined,CHM-SMT,245
13C,Calcined,CMT-SMT,36
13C,Calcite,CHM-CHM,98
13C,Calcite,PRO-CHM,69
13C,Calcium,CHM-CHM,82
13C,Calculations,CHM-CMT,66
13C,Calibration Curve,CHM-CMT,32
13C,Calixarene,CHM-CHM,46
13C,Cancer,CHM-APL,61
13C,Capacity,CHM-PRO,35
13C,Carbamates,CHM-CHM,129
13C,Carbazoles,CHM-CHM,42
13C,Carbenes,CHM-CHM,124
13C,Carbohydrate,CHM-CHM,258
13C,Carbohydrate,CMT-CHM,42
13C,Carbon,CHM-CHM,3675
13C,Carbon,CHM-PRO,149
13C,Carbon,CMT-CHM,728
13C,Carbon,PRO-CHM,529
13C,Carbon,PRO-PRO,99
13C,Carbon Chemical Shift,CHM-PRO,32
13C,Carbon Content,CHM-PRO,38
13C,Carbon Dioxide,CHM-CHM,220
13C,Carbon Dioxide,CMT-CHM,33
13C,Carbon Isotope,CHM-PRO,34
13C,Carbon Isotopic Composition,CHM-PRO,34
13C,Carbon Monoxide,CHM-CHM,81
13C,Carbon Number,CHM-PRO,59
13C,Carbon-13,CHM-CHM,95
13C,Carbonates,CHM-CHM,353
13C,Carbonates,CMT-CHM,42
13C,Carbonates,PRO-CHM,116
13C,Carbonization,CHM-SMT,37
13C,Carbons,CHM-CHM,1010
13C,Carbons,CMT-CHM,249
13C,Carbons,PRO-CHM,68
13C,Carbonyl Carbon,CHM-CHM,91
13C,Carbonyl Oxygen,CHM-CHM,36
13C,Carbonyls,CHM-CHM,782
13C,Carbonyls,CMT-CHM,165
13C,Carboranes,CHM-CHM,31
13C,Carboxyl,CHM-CHM,245
13C,Carboxyl,CMT-CHM,63
13C,Carboxylates,CHM-CHM,266
13C,Carboxylates,CMT-CHM,98
13C,Carboxylic,CHM-CHM,123
13C,Carboxylic,CMT-CHM,43
13C,Carboxylic Acid,CHM-CHM,223
13C,Carboxylic Acid,CMT-CHM,56
13C,Catalysis,CHM-APL,60
13C,Catalyst,CHM-APL,1944
13C,Catalyst,CMT-APL,338
13C,Catalytic,CHM-APL,80
13C,Catalytic,CHM-PRO,31
13C,Catalytic Activity,CHM-PRO,464
13C,Catalytic Activity,CMT-PRO,89
13C,Catalytic Efficiency,CHM-PRO,30
13C,Catalytic Performance,CHM-PRO,153
13C,Catalytic Properties,CHM-PRO,34
13C,Catechols,CHM-CHM,61
13C,Cathode,CHM-APL,87
13C,Cationic,CHM-PRO,31
13C,Cd,CHM-CHM,87
13C,Cd(II),CHM-CHM,64
13C,Cd2+,CHM-CHM,77
13C,Ce,CHM-CHM,38
13C,Cell,CHM-APL,110
13C,Cell,CHM-DSC,67
13C,Cell,CHM-PRO,48
13C,Cell Cycle,CHM-PRO,45
13C,Cell Viability,CHM-PRO,163
13C,Cell Wall,CHM-DSC,35
13C,Cell Wall,CHM-PRO,33
13C,Cellobiose,CHM-CHM,46
13C,Cells,CHM-APL,66
13C,Cells,CHM-DSC,266
13C,Centrifugation,CHM-SMT,47
13C,Ceramic,CHM-DSC,84
13C,Ceramic,CMT-DSC,32
13C,Cetyltrimethylammonium Bromide,CHM-CHM,30
13C,Chains,CHM-DSC,60
13C,Chalcone,CHM-CHM,82
13C,Char,CHM-DSC,33
13C,Char Yield,CHM-PRO,43
13C,Charge Distribution,CHM-PRO,33
13C,Charge Transfer,CHM-PRO,72
13C,Charges,CHM-PRO,52
13C,Chemical,CHM-PRO,116
13C,Chemical Analysis,CHM-CMT,79
13C,Chemical Composition,CHM-PRO,173
13C,Chemical Composition,CMT-PRO,38
13C,Chemical Method,CHM-CMT,32
13C,Chemical Modification,CHM-SMT,34
13C,Chemical Properties,CHM-PRO,47
13C,Chemical Shift,CHM-PRO,2147
13C,Chemical Shift,CMT-PRO,518
13C,Chemical Shift,PRO-PRO,146
13C,Chemical Shift Anisotropy,CHM-PRO,69
13C,Chemical Shift Difference,CHM-PRO,40
13C,Chemical Shift Tensor,CHM-PRO,41
13C,Chemical Stability,CHM-PRO,35
13C,Chemical Structures,CHM-PRO,1327
13C,Chemical Structures,CMT-PRO,227
13C,Chemosensor,CHM-APL,50
13C,Chiral,CHM-PRO,72
13C,Chlorides,CHM-CHM,218
13C,Chlorides,CMT-CHM,57
13C,Chlorines,CHM-CHM,154
13C,Chlorines,CMT-CHM,50
13C,Chloro,CHM-CHM,47
13C,Chlorobenzene,CHM-CHM,42
13C,Chloroform,CHM-CHM,367
13C,Chloroform,CMT-CHM,73
13C,Chn,CHM-CMT,30
13C,Cholesterol,CHM-CHM,71
13C,Choline,CHM-CHM,36
13C,Chromatography,CHM-CMT,35
13C,Chromium,CHM-CHM,42
13C,Circular Dichroism,CHM-CMT,74
13C,Cisplatin,CHM-CHM,139
13C,Cisplatin,CMT-CHM,63
13C,Citrates,CHM-CHM,57
13C,Citric Acid,CHM-CHM,67
13C,Cl,CHM-CHM,554
13C,Cl,CMT-CHM,154
13C,ClO4,CHM-CHM,33
13C,Click Chemistry,CHM-SMT,31
13C,Cluster,CHM-DSC,288
13C,Cluster,CMT-DSC,68
13C,Co,CHM-CHM,195
13C,Co II,CHM-CHM,124
13C,Co III,CHM-CHM,34
13C,Co-Condensation,CHM-SMT,48
13C,Co2+,CHM-CHM,69
13C,Coal,CHM-CHM,181
13C,Coal,CMT-CHM,32
13C,Coated,CHM-DSC,53
13C,Coated,CHM-SMT,197
13C,Coatings,CHM-APL,210
13C,Coatings,CMT-APL,30
13C,Cobalt,CHM-CHM,120
13C,Cobalt (II),CHM-CHM,33
13C,Cocatalyst,CHM-APL,49
13C,Cocrystal,CHM-DSC,58
13C,Colloidal,CHM-DSC,31
13C,Colon,CHM-SPL,43
13C,Color,CHM-CMT,115
13C,Color,CHM-PRO,80
13C,Color,CMT-CMT,39
13C,Column Chromatography,CHM-SMT,31
13C,Complex Viscosity,CHM-PRO,32
13C,Composite,CHM-DSC,460
13C,Composite,CMT-DSC,92
13C,Composite Film,CHM-DSC,34
13C,Composite Membrane,CHM-DSC,35
13C,Compositions,CHM-PRO,990
13C,Compositions,CMT-PRO,201
13C,Compositions,PRO-PRO,47
13C,Concentration,CHM-PRO,60
13C,Conducting,CHM-PRO,38
13C,Conductivity,CHM-PRO,254
13C,Conductivity,CMT-PRO,56
13C,Conductivity Measurement,CHM-CMT,34
13C,Configurations,CHM-PRO,64
13C,Confocal Microscopy,CHM-CMT,31
13C,Conformation,CHM-PRO,86
13C,Conformational Analysis,CHM-CMT,32
13C,Constants,CHM-PRO,30
13C,Contact Angle,CHM-PRO,123
13C,Cooled,CHM-SMT,35
13C,Cooling,CHM-SMT,237
13C,Cooling,CMT-SMT,42
13C,Coordination,CHM-PRO,41
13C,Coordination Environment,CHM-PRO,46
13C,Coordination Geometry,CHM-PRO,67
13C,Coordination Geometry,CMT-PRO,31
13C,Coordination Mode,CHM-PRO,58
13C,Coordination Number,CHM-PRO,67
13C,Coordination Polymer,CHM-DSC,30
13C,Copolyesters,CHM-CHM,81
13C,Copolyesters,CHM-DSC,60
13C,Copolymer,CHM-DSC,1032
13C,Copolymer,CHM-PRO,51
13C,Copolymer,CMT-DSC,150
13C,Copolymerization,CHM-APL,32
13C,Copolymerization,CHM-SMT,40
13C,Copper,CHM-CHM,306
13C,Copper,CMT-CHM,64
13C,Copper I,CHM-CHM,36
13C,Copper II,CHM-CHM,112
13C,Core,CHM-DSC,64
13C,Correlation,CHM-CMT,40
13C,Correlation Coefficient,CHM-PRO,52
13C,Correlation Time,CHM-PRO,52
13C,Cosy,CHM-CMT,379
13C,Cosy,CMT-CMT,156
13C,Coulombic Efficiency,CHM-PRO,39
13C,Coumarins,CHM-CHM,69
13C,Coupling,CHM-PRO,37
13C,Coupling Constant,CHM-PRO,154
13C,Coupling Constant,CMT-PRO,45
13C,Cp-Mas,CHM-CMT,105
13C,Cp-Mas,CMT-CMT,76
13C,Cr,CHM-CHM,91
13C,Cr3+,CHM-CHM,37
13C,Critical Micellar Concentration,CHM-PRO,44
13C,Cross Polarization,CHM-CMT,41
13C,Cross Polarization,CHM-SMT,39
13C,Cross Section,CHM-DSC,50
13C,Cross Section,CHM-PRO,39
13C,Cross-Linking,CHM-SMT,63
13C,Crosslinked,CHM-DSC,41
13C,Crosslinked,CHM-SMT,73
13C,Crystal,CHM-CMT,39
13C,Crystal,CHM-DSC,964
13C,Crystal,CHM-PRO,136
13C,Crystal,CMT-DSC,282
13C,Crystal,CMT-PRO,37
13C,Crystal,PRO-DSC,50
13C,Crystal Data,CHM-CMT,68
13C,Crystal Lattice,CHM-DSC,52
13C,Crystal Packings,CHM-PRO,115
13C,Crystal Packings,CMT-PRO,31
13C,Crystal Structure,CHM-CMT,58
13C,Crystal Structure,CHM-PRO,1081
13C,Crystal Structure,CMT-PRO,335
13C,Crystalline,CHM-DSC,597
13C,Crystalline,CMT-DSC,172
13C,Crystalline,PRO-DSC,31
13C,Crystalline Structure,CHM-PRO,31
13C,Crystallinity,CHM-PRO,263
13C,Crystallinity,CMT-PRO,51
13C,Crystallite,CHM-DSC,54
13C,Crystallite Size,CHM-PRO,36
13C,Crystallography,CHM-CMT,42
13C,Cs,CHM-CHM,30
13C,Cs+,CHM-CHM,31
13C,Csa,CHM-PRO,75
13C,Cu,CHM-CHM,334
13C,Cu,CMT-CHM,51
13C,Cu(I),CHM-CHM,50
13C,Cu(II),CHM-CHM,221
13C,Cu2+,CHM-CHM,191
13C,CuBr,CHM-CHM,33
13C,CuCl,CHM-CHM,35
13C,CuCl2,CHM-CHM,36
13C,CuI,CHM-CHM,72
13C,Cubic,CHM-SPL,84
13C,Cubic,CMT-SPL,33
13C,Curcumin,CHM-CHM,34
13C,Cured,CHM-SMT,196
13C,Cured,CMT-SMT,36
13C,Curing,CHM-SMT,153
13C,Current Density,CHM-PRO,42
13C,Curve Fitting,CHM-CMT,60
13C,Curves,CHM-CMT,103
13C,Cyanides,CHM-CHM,78
13C,Cyano,CHM-CHM,45
13C,Cyclic Carbonates,CHM-CHM,59
13C,Cyclic Voltammetric,CHM-CMT,33
13C,Cyclic Voltammetry,CHM-CMT,413
13C,Cyclic Voltammetry,CMT-CMT,79
13C,Cyclic Voltammogram,CHM-CMT,373
13C,Cyclic Voltammogram,CMT-CMT,42
13C,Cycling Performance,CHM-PRO,49
13C,Cyclohexane,CHM-CHM,122
13C,Cyclohexanone,CHM-CHM,45
13C,Cyclohexene,CHM-CHM,55
13C,Cyclohexyl,CHM-CHM,46
13C,Cyclooctene,CHM-CHM,47
13C,Cyclopentadienyl,CHM-CHM,50
13C,Cys,CHM-CHM,33
13C,Cysteines,CHM-CHM,70
13C,Cytotoxic,CHM-PRO,64
13C,Cytotoxic Activities,CHM-PRO,52
13C,Cytotoxic Activity,CHM-PRO,132
13C,Cytotoxic Activity,CMT-PRO,48
13C,Cytotoxic Effect,CHM-PRO,42
13C,Cytotoxicity,CHM-PRO,403
13C,Cytotoxicity,CMT-PRO,102
13C,C–H,CHM-CHM,46
13C,D-Galactose,CHM-CHM,56
13C,D-Glucose,CHM-CHM,95
13C,D-Glucose,CMT-CHM,34
13C,D-Mannose,CHM-CHM,36
13C,D-Spacing,CHM-PRO,38
13C,D2O,CHM-CHM,1103
13C,D2O,CMT-CHM,163
13C,D6-DMSO,CHM-CHM,56
13C,DABCO,CHM-CHM,31
13C,DAPI,CHM-CHM,52
13C,DARR,CHM-CMT,36
13C,DBU,CHM-CHM,86
13C,DCM,CHM-CHM,36
13C,DEAE,CHM-CHM,45
13C,DEPT-135,CHM-CMT,73
13C,DEPT-135,CMT-CMT,33
13C,DFT,CHM-CMT,954
13C,DFT,CMT-CMT,204
13C,DFT,PRO-CMT,61
13C,DFT Calculations,CHM-CMT,383
13C,DFT Calculations,CMT-CMT,102
13C,DFT Method,CHM-CMT,33
13C,DGEBA,CHM-CHM,40
13C,DIPEA,CHM-CHM,32
13C,DLS,CHM-CMT,219
13C,DLS,CMT-CMT,30
13C,DMA,CHM-CHM,214
13C,DMA,CHM-CMT,31
13C,DMA,CMT-CHM,38
13C,DMAP,CHM-CHM,109
13C,DMAc,CHM-CHM,63
13C,DMC,CHM-CHM,62
13C,DME,CHM-CHM,60
13C,DMF,CHM-CHM,582
13C,DMF,CMT-CHM,90
13C,DMPC,CHM-CHM,67
13C,DMSO,CHM-CHM,879
13C,DMSO,CMT-CHM,135
13C,DMSO-D,CHM-CHM,264
13C,DMSO-D,CMT-CHM,32
13C,DMSO-D6,CHM-CHM,509
13C,DMSO-D6,CMT-CHM,66
13C,DMTA,CHM-CMT,37
13C,DNA,CHM-PRO,62
13C,DNP,CHM-CHM,33
13C,DNP,CHM-CMT,112
13C,DNP,CHM-PRO,34
13C,DNP,CHM-SMT,103
13C,DNP,CMT-CMT,45
13C,DNP,CMT-SMT,47
13C,DOC,CHM-CHM,39
13C,DOX,CHM-CHM,67
13C,DPPE,CHM-CHM,38
13C,DPPH,CHM-CHM,141
13C,DS,CHM-PRO,171
13C,DSC,CHM-CMT,2088
13C,DSC,CMT-CMT,367
13C,DTA,CHM-CMT,252
13C,DTA,CMT-CMT,44
13C,DTG,CHM-CHM,289
13C,DTG,CHM-CMT,145
13C,DTG,CMT-CHM,45
13C,Decomposition Temperature,CHM-PRO,109
13C,Decoupling,CHM-CMT,32
13C,Degradation,CHM-SMT,38
13C,Degree of,CHM-PRO,34
13C,Degree of Substitution,CHM-PRO,31
13C,Dehydrated,CHM-SMT,35
13C,Dehydration,CHM-SMT,71
13C,Dendrimers,CHM-DSC,108
13C,Dendritic,CHM-DSC,52
13C,Densities,CHM-PRO,81
13C,Density,CHM-PRO,252
13C,Density,CMT-PRO,55
13C,Density Functional Calculations,CHM-CMT,31
13C,Density Functional Theory,CHM-CMT,449
13C,Density Functional Theory,CMT-CMT,88
13C,Density-Functional Theory Calculations,CHM-CMT,77
13C,Depolymerization,CHM-SMT,31
13C,Dept,CHM-CMT,210
13C,Dept,CMT-CMT,71
13C,Desorption,CHM-CMT,32
13C,Desorption Isotherm,CHM-CMT,61
13C,Detection Limit,CHM-PRO,79
13C,Deuterium,CHM-CHM,218
13C,Deuterium,CMT-CHM,30
13C,Deuteron,CHM-CHM,37
13C,Di-Methyl Ether,CHM-CHM,31
13C,Diagram,CHM-CMT,31
13C,Dialysis,CHM-SMT,39
13C,Diamagnetic,CHM-PRO,93
13C,Diamines,CHM-CHM,188
13C,Diamines,CMT-CHM,34
13C,Diamonds,CHM-CHM,342
13C,Diamonds,CMT-CHM,59
13C,Diamonds,PRO-CHM,57
13C,Diblock Copolymer,CHM-DSC,54
13C,Dicarboxylic Acid,CHM-CHM,35
13C,Dichloromethane,CHM-CHM,235
13C,Dichloromethane,CMT-CHM,62
13C,Dielectric Constant,CHM-PRO,98
13C,Dielectric Loss,CHM-PRO,61
13C,Diene,CHM-CHM,58
13C,Diethyl Ether,CHM-CHM,86
13C,Differential Scanning Calorimetry,CHM-CMT,532
13C,Differential Scanning Calorimetry,CMT-CMT,110
13C,Differential Thermal Analysis,CHM-CMT,78
13C,Diffraction,CHM-CMT,35
13C,Diffraction Pattern,CHM-CMT,38
13C,Diffusion Coefficient,CHM-PRO,96
13C,Dihedral Angle,CHM-PRO,113
13C,Diisocyanates,CHM-CHM,34
13C,Dimers,CHM-DSC,31
13C,Dimethyl,CHM-CHM,31
13C,Dimethyl Carbonate,CHM-CHM,30
13C,Dimethylformamide,CHM-CHM,59
13C,Dimethylsulfoxide,CHM-CHM,156
13C,Diol,CHM-CHM,70
13C,Diols,CHM-CHM,43
13C,Diorganotin(IV),CHM-CHM,39
13C,Diorganotin(IV),CMT-CHM,36
13C,Dioxane,CHM-CHM,85
13C,Dipeptide,CHM-CHM,51
13C,Dipolar,CHM-PRO,40
13C,Dipolar Couplings,CHM-PRO,121
13C,Dipolar Dephasing,CHM-CMT,35
13C,Dipolar Interaction,CHM-PRO,64
13C,Dipole Moment,CHM-PRO,115
13C,Disaccharide,CHM-CHM,70
13C,Dispersion,CHM-DSC,48
13C,Displacement Ellipsoid,CHM-CMT,84
13C,Dissolution,CHM-SMT,84
13C,Distance,CHM-PRO,71
13C,Distribution,CHM-CMT,45
13C,Distribution,CHM-PRO,31
13C,Disulfide,CHM-CHM,66
13C,Dithiocarbamates,CHM-CHM,60
13C,Dithiocarbamates,CMT-CHM,32
13C,Dma,CHM-CMT,165
13C,Dma,CMT-CMT,37
13C,Doc,CHM-PRO,31
13C,Docking,CHM-CMT,41
13C,Domains,CHM-PRO,34
13C,Doped,CHM-DSC,222
13C,Doped,CMT-DSC,56
13C,Doxorubicin,CHM-CHM,38
13C,Dp,CHM-PRO,45
13C,Dpph,CHM-CMT,42
13C,Dried,CHM-SMT,137
13C,Dried,CMT-SMT,35
13C,Drifts,CHM-CMT,60
13C,Droplets,CHM-DSC,33
13C,Drying,CHM-SMT,79
13C,Drying,CMT-SMT,30
13C,Dtg,CHM-CMT,272
13C,Dtg,CMT-CMT,62
13C,Dynamic Behavior,CHM-PRO,34
13C,Dynamic Light Scattering,CHM-CMT,101
13C,Dynamic Mechanical Analysis,CHM-CMT,67
13C,Dynamic Nuclear Polarization,CHM-CMT,43
13C,Dynamics,CHM-PRO,114
13C,Dynamics,CMT-PRO,34
13C,E-Caprolactone,CHM-CHM,36
13C,EC50,CHM-PRO,31
13C,ECD,CHM-CMT,148
13C,ECD,CMT-CMT,30
13C,EDS,CHM-CMT,153
13C,EDS,CMT-CMT,36
13C,EDTA,CHM-CHM,75
13C,EDX,CHM-CMT,235
13C,EDX,CMT-CMT,56
13C,EI MS,CHM-CMT,83
13C,EIS,CHM-CMT,33
13C,EPR,CHM-CMT,49
13C,ESI MS,CHM-CMT,473
13C,ESI MS,CMT-CMT,103
13C,ESI Mass Spectrometry,CHM-CMT,63
13C,ESR,CHM-CMT,149
13C,EXAFS,CHM-CMT,83
13C,Edax,CHM-CMT,33
13C,Effect,CHM-PRO,33
13C,Efficiency,CHM-PRO,47
13C,Eis,CHM-CMT,69
13C,Elastic Modulus,CHM-PRO,32
13C,Electrical Conductivity,CHM-PRO,75
13C,Electrochemical,CHM-CMT,53
13C,Electrochemical,CHM-PRO,56
13C,Electrochemical Behavior,CHM-PRO,53
13C,Electrochemical Impedance Spectroscopy,CHM-CMT,49
13C,Electrochemical Measurement,CHM-CMT,33
13C,Electrochemical Oxidation,CHM-SMT,33
13C,Electrochemical Properties,CHM-PRO,115
13C,Electrochemical Study,CHM-CMT,52
13C,Electrochemistry,CHM-CMT,31
13C,Electrode,CHM-APL,297
13C,Electrode,CMT-APL,54
13C,Electrodes,CHM-APL,144
13C,Electrodes,CMT-APL,41
13C,Electrolysis,CHM-SMT,31
13C,Electrolyte,CHM-APL,201
13C,Electrolyte,CMT-APL,44
13C,Electron Density,CHM-PRO,75
13C,Electron Diffraction,CHM-CMT,41
13C,Electron Microscopy,CHM-CMT,56
13C,Electron Paramagnetic Resonance,CHM-CMT,34
13C,Electron Transition,CHM-PRO,35
13C,Electronic,CHM-CMT,45
13C,Electronic,CHM-PRO,63
13C,Electronic Absorption,CHM-CMT,96
13C,Electronic Properties,CHM-PRO,112
13C,Electronic Spectrum,CHM-CMT,95
13C,Electronic Structure,CHM-PRO,94
13C,Electronic Structures,CHM-PRO,49
13C,Electrospray Ionization Mass Spectrometry,CHM-CMT,57
13C,Electrostatic Potential,CHM-PRO,51
13C,Elemental,CHM-CMT,80
13C,Elemental,CMT-CMT,39
13C,Elemental Analysis,CHM-CMT,3074
13C,Elemental Analysis,CMT-CMT,872
13C,Elemental Composition,CHM-PRO,125
13C,Elemental Mapping,CHM-CMT,62
13C,Ellipsoids,CHM-CMT,72
13C,Elongation at Break,CHM-PRO,53
13C,Emission Intensity,CHM-PRO,45
13C,Emission Spectra,CHM-CMT,172
13C,Emission Spectrum,CHM-CMT,30
13C,Emissions,CHM-CMT,70
13C,Emissions,CHM-PRO,41
13C,Enantioselectivity,CHM-PRO,30
13C,Energetic,CHM-PRO,69
13C,Energies,CHM-PRO,81
13C,Energy,CHM-PRO,71
13C,Energy Dispersive X-Ray Spectroscopy,CHM-CMT,39
13C,Energy Gap,CHM-PRO,30
13C,Energy Level,CHM-PRO,60
13C,Enol,CHM-CHM,55
13C,Enthalpy,CHM-PRO,63
13C,Entropy,CHM-PRO,48
13C,Enzymatic Hydrolysis,CHM-SMT,82
13C,Epoxidation,CHM-APL,50
13C,Epoxidation,CHM-SMT,60
13C,Epoxides,CHM-CHM,188
13C,Epoxides,CMT-CHM,36
13C,Epoxidized,CHM-SMT,43
13C,Epoxy,CHM-CHM,216
13C,Epoxy,CMT-CHM,37
13C,Epoxy Resin,CHM-CHM,60
13C,Epr,CHM-CMT,304
13C,Epr,CMT-CMT,69
13C,Equilibrium Constant,CHM-PRO,73
13C,Equivalent Circuits,CHM-CMT,37
13C,Esterification,CHM-SMT,72
13C,Esters,CHM-CHM,376
13C,Esters,CMT-CHM,72
13C,Et,CHM-CHM,103
13C,Et,CMT-CHM,54
13C,Et2O,CHM-CHM,95
13C,Et3N,CHM-CHM,138
13C,EtOAc,CHM-CHM,41
13C,Ethane,CHM-CHM,103
13C,Ethanol,CHM-CHM,731
13C,Ethanol,CMT-CHM,156
13C,Ethene,CHM-CHM,89
13C,Ethers,CHM-CHM,214
13C,Ethers,CMT-CHM,47
13C,Ethidium Bromide,CHM-CHM,35
13C,Ethoxy,CHM-CHM,38
13C,Ethyl,CHM-CHM,116
13C,Ethyl Acetate,CHM-CHM,115
13C,Ethylbenzene,CHM-CHM,31
13C,Ethylene,CHM-CHM,439
13C,Ethylene,CMT-CHM,76
13C,Ethylene Diamine,CHM-CHM,68
13C,Ethylene Glycol,CHM-CHM,66
13C,Ethylene Polymerization,CHM-APL,118
13C,Eu,CHM-CHM,51
13C,Eu(III),CHM-CHM,30
13C,Eu3+,CHM-CHM,36
13C,Excitation Spectra,CHM-CMT,69
13C,Extinction Coefficient,CHM-PRO,30
13C,Extracted Ion Chromatogram,CHM-CMT,31
13C,Extraction,CHM-SMT,52
13C,F,CHM-CHM,203
13C,F,CHM-PRO,114
13C,F,CMT-CHM,50
13C,FAB-MS,CHM-CMT,43
13C,FE-SEM,CHM-CMT,82
13C,FESEM,CHM-CMT,169
13C,FID,CHM-CMT,62
13C,FITC,CHM-CHM,44
13C,FT IR,CHM-CMT,73
13C,FT-IR,CHM-CMT,3046
13C,FT-IR,CMT-CMT,540
13C,FT-IR Spectroscopic,CHM-CMT,36
13C,FT-IR Spectroscopy,CHM-CMT,120
13C,FTIR,CHM-CMT,3072
13C,FTIR,CMT-CMT,557
13C,FTIR Spectroscopy,CHM-CMT,131
13C,Fatty Acid,CHM-CHM,197
13C,Fatty Acid,CMT-CHM,31
13C,Fe,CHM-CHM,240
13C,Fe,CMT-CHM,35
13C,Fe(II),CHM-CHM,33
13C,Fe(III),CHM-CHM,58
13C,Fe2+,CHM-CHM,51
13C,Fe3+,CHM-CHM,94
13C,Fe3O4,CHM-CHM,48
13C,FeCl3,CHM-CHM,56
13C,Ferrocenes,CHM-CHM,160
13C,Ferrocenes,CMT-CHM,35
13C,Ferrocenyl,CHM-CHM,52
13C,Fiber,CHM-DSC,102
13C,Fibers,CHM-DSC,157
13C,Fibers,CMT-DSC,44
13C,Fibres,CHM-DSC,34
13C,Fibrils,CHM-DSC,65
13C,Film,CHM-DSC,576
13C,Film,CMT-DSC,92
13C,Films,CHM-DSC,663
13C,Films,CMT-DSC,106
13C,Filters,CHM-APL,32
13C,Flame Retardancy,CHM-PRO,33
13C,Flavonoids,CHM-CHM,59
13C,Flexibility,CHM-PRO,40
13C,Flexible,CHM-PRO,33
13C,Flow Cytometry,CHM-CMT,99
13C,Fluorene,CHM-CHM,39
13C,Fluorescence,CHM-CMT,383
13C,Fluorescence,CHM-PRO,171
13C,Fluorescence,CMT-CMT,49
13C,Fluorescence Emission,CHM-CMT,114
13C,Fluorescence Emission,CHM-PRO,42
13C,Fluorescence Image,CHM-CMT,55
13C,Fluorescence Intensity,CHM-PRO,134
13C,Fluorescence Lifetime,CHM-PRO,31
13C,Fluorescence Microscopy,CHM-CMT,64
13C,Fluorescence Quantum Yield,CHM-PRO,73
13C,Fluorescence Response,CHM-PRO,32
13C,Fluorescence Spectra,CHM-CMT,67
13C,Fluorescence Spectroscopy,CHM-CMT,133
13C,Fluorescence Spectroscopy,CMT-CMT,35
13C,Fluorescent,CHM-PRO,100
13C,Fluoride,CHM-CHM,69
13C,Fluorine,CHM-CHM,172
13C,Fluorine,CMT-CHM,54
13C,Foil,CHM-DSC,44
13C,Formaldehyde,CHM-CHM,137
13C,Formamide,CHM-CHM,30
13C,Formate,CHM-CHM,86
13C,Formation Mechanism,CHM-PRO,38
13C,Formic Acids,CHM-CHM,123
13C,Fourier Transform,CHM-CMT,84
13C,Fourier Transform Infrared,CHM-CMT,258
13C,Fourier Transform Infrared,CMT-CMT,61
13C,Fourier Transform Infrared Spectroscopy,CHM-CMT,233
13C,Fourier Transform Infrared Spectroscopy,CMT-CMT,69
13C,Fourier Transformation,CHM-CMT,33
13C,Fracture Surface,CHM-PRO,40
13C,Free Energy,CHM-PRO,60
13C,Free Radical Polymerization,CHM-SMT,67
13C,Freeze-Dried,CHM-SMT,49
13C,Frequencies,CHM-PRO,41
13C,Frequency,CHM-PRO,30
13C,Freundlich,CHM-CMT,41
13C,Frontier Molecular Orbitals,CHM-PRO,98
13C,Frontier Orbitals,CHM-PRO,33
13C,Fructose,CHM-CHM,121
13C,Ft,CHM-CMT,204
13C,Ft,CMT-CMT,56
13C,Fuel Cell,CHM-APL,30
13C,Fullerene,CHM-CHM,193
13C,Fulvic Acid,CHM-CHM,30
13C,Furans,CHM-CHM,46
13C,Furfural,CHM-CHM,54
13C,G,CHM-PRO,239
13C,G,CMT-PRO,73
13C,GC,CHM-CMT,34
13C,GC / MS,CHM-CMT,56
13C,GC MS,CHM-CMT,41
13C,GC-MS,CHM-CMT,296
13C,GC-MS,CMT-CMT,65
13C,GIAO,CHM-CMT,103
13C,GMA,CHM-CHM,39
13C,GPC,CHM-CMT,926
13C,GPC,CMT-CMT,134
13C,GSH,CHM-CHM,52
13C,Ga,CHM-CHM,81
13C,Galactose,CHM-CHM,112
13C,Gallium,CHM-CHM,30
13C,Gas Chromatogram,CHM-CMT,49
13C,Gas Chromatography,CHM-CMT,78
13C,Gas Chromatography - Mass Spectrometry,CHM-CMT,35
13C,Gasolines,CHM-CHM,34
13C,Gaussian 09,CHM-CMT,30
13C,Gc,CHM-CMT,150
13C,Gc,CMT-CMT,33
13C,Gc–Ms,CHM-CMT,37
13C,Gd,CHM-CHM,52
13C,Ge,CHM-CHM,57
13C,Gel,CHM-DSC,85
13C,Gel Permeation Chromatography,CHM-CMT,282
13C,Gel Permeation Chromatography,CMT-CMT,57
13C,Gels,CHM-DSC,91
13C,Geometrical Parameters,CHM-PRO,56
13C,Geometries,CHM-PRO,87
13C,Geometry,CHM-PRO,92
13C,Geometry Optimization,CHM-CMT,31
13C,Geometry Parameters,CHM-PRO,49
13C,Germanium,CHM-CHM,46
13C,Gibbs Free Energy,CHM-PRO,62
13C,Glass,CHM-DSC,64
13C,Glass Transition,CHM-PRO,66
13C,Glass Transition Temperature,CHM-PRO,370
13C,Glass Transition Temperature,CMT-PRO,67
13C,Glasses,CHM-DSC,30
13C,Glassy,CHM-DSC,108
13C,Glassy Carbon,CHM-CHM,88
13C,Gln,CHM-CHM,34
13C,Glu,CHM-CHM,58
13C,Glucosamine,CHM-CHM,33
13C,Glucose,CHM-CHM,597
13C,Glucose,CMT-CHM,94
13C,Glutamate,CHM-CHM,67
13C,Glutamine,CHM-CHM,62
13C,Glutathione,CHM-CHM,58
13C,Gly,CHM-CHM,123
13C,Gly,CMT-CHM,31
13C,Glycerol,CHM-CHM,224
13C,Glycerol,CMT-CHM,44
13C,Glycine,CHM-CHM,170
13C,Glycine,CMT-CHM,34
13C,Graft Copolymer,CHM-DSC,61
13C,Grains,CHM-DSC,32
13C,Granules,CHM-DSC,30
13C,Graphene,CHM-CHM,126
13C,Graphene Oxide,CHM-CHM,47
13C,Graphite,CHM-CHM,192
13C,Graphite,CMT-CHM,31
13C,Graphitic,CHM-CHM,52
13C,Ground State,CHM-PRO,65
13C,Guaiacols,CHM-CHM,37
13C,Guaiacyl,CHM-CHM,53
13C,Guanidine,CHM-CHM,31
13C,H+,CHM-CHM,99
13C,H2,CHM-CHM,510
13C,H2,CMT-CHM,81
13C,H2L,CHM-CHM,33
13C,H2O,CHM-CHM,939
13C,H2O,CMT-CHM,150
13C,H2O2,CHM-CHM,319
13C,H2O2,CMT-CHM,51
13C,H2S,CHM-CHM,41
13C,H2SO4,CHM-CHM,176
13C,H3PO4,CHM-CHM,45
13C,HAADF STEM,CHM-CMT,37
13C,HCO3,CHM-CHM,49
13C,HCOOH,CHM-CHM,42
13C,HCl,CHM-CHM,524
13C,HCl,CMT-CHM,71
13C,HClO4,CHM-CHM,30
13C,HEMA,CHM-CHM,40
13C,HEPES,CHM-CHM,40
13C,HMBC,CHM-CMT,833
13C,HMBC,CMT-CMT,258
13C,HMDS,CHM-CHM,32
13C,HMF,CHM-CHM,65
13C,HMQC,CHM-CMT,243
13C,HMQC,CMT-CMT,83
13C,HNO3,CHM-CHM,61
13C,HOBt,CHM-CHM,33
13C,HPLC,CHM-CMT,64
13C,HPSEC,CHM-CMT,45
13C,HR-MS,CHM-CMT,33
13C,HRMS,CHM-CMT,298
13C,HRMS,CMT-CMT,45
13C,HRTEM,CHM-CMT,326
13C,HRTEM,CMT-CMT,69
13C,HSQC,CHM-CMT,48
13C,HSQC NMR,CHM-CMT,58
13C,HZSM-5,CHM-CHM,76
13C,Halides,CHM-CHM,119
13C,Halides,CMT-CHM,33
13C,Halogen,CHM-CHM,119
13C,Halogen,CMT-CHM,38
13C,Hard,CHM-PRO,39
13C,Hardness,CHM-PRO,38
13C,Hartree–Fock,CHM-CMT,41
13C,Heat Capacity,CHM-PRO,35
13C,Heat Flow,CHM-PRO,32
13C,Heat Treated,CHM-SMT,62
13C,Heat Treatment,CHM-SMT,79
13C,Heat of Formation,CHM-PRO,31
13C,Heated,CHM-SMT,232
13C,Heated,CMT-SMT,39
13C,Heating,CHM-SMT,706
13C,Heating,CMT-SMT,154
13C,Helium,CHM-CHM,52
13C,Heme,CHM-CHM,38
13C,Hemicellulose,CHM-CHM,77
13C,Heptane,CHM-CHM,56
13C,Hetcor,CHM-CMT,90
13C,Hetcor,CMT-CMT,38
13C,Heterobimetallic,CHM-DSC,31
13C,Heterocycles,CHM-CHM,31
13C,Heterogeneous Catalyst,CHM-APL,75
13C,Hexagonal,CHM-SPL,218
13C,Hexagonal,CMT-SPL,73
13C,Hexane,CHM-CHM,187
13C,Hf,CHM-CHM,34
13C,Hg,CHM-CHM,75
13C,Hg(II),CHM-CHM,54
13C,Hg2+,CHM-CHM,100
13C,High,CHM-CMT,34
13C,High Performance Liquid Chromatography,CHM-CMT,74
13C,High Resolution Mass Spectrometry,CHM-CMT,74
13C,High Resolution TEM,CHM-CMT,42
13C,High Resolution XPS,CHM-CMT,68
13C,High Speed Countercurrent Chromatography,CHM-CMT,57
13C,Highest Occupied Molecular Orbitals,CHM-PRO,44
13C,Hirshfeld Surface,CHM-CMT,40
13C,Hirshfeld Surface Analysis,CHM-CMT,31
13C,Histidine,CHM-CHM,66
13C,Homo,CHM-PRO,238
13C,Homo,CMT-PRO,37
13C,Homopolymer,CHM-DSC,145
13C,Hplc,CHM-CMT,459
13C,Hplc,CMT-CMT,53
13C,Hsccc,CHM-CMT,68
13C,Hsqc,CHM-CMT,502
13C,Hsqc,CMT-CMT,180
13C,Hybrid,CHM-DSC,133
13C,Hybrid,CMT-DSC,32
13C,Hybrid Film,CHM-DSC,33
13C,Hydrates,CHM-CHM,107
13C,Hydrates,CHM-SPL,41
13C,Hydration,CHM-SMT,32
13C,Hydrazide,CHM-CHM,32
13C,Hydrazine,CHM-CHM,65
13C,Hydrazine Hydrate,CHM-CHM,32
13C,Hydrazones,CHM-CHM,60
13C,Hydride,CHM-CHM,126
13C,Hydrocarbon,CHM-CHM,328
13C,Hydrocarbon,CMT-CHM,43
13C,Hydrocarbon,PRO-CHM,51
13C,Hydrochloric Acid,CHM-CHM,36
13C,Hydrodynamic Diameter,CHM-PRO,61
13C,Hydrogel,CHM-DSC,161
13C,Hydrogen,CHM-CHM,2765
13C,Hydrogen,CMT-CHM,601
13C,Hydrogen,PRO-CHM,155
13C,Hydrogen Bonding,CHM-PRO,54
13C,Hydrogen Peroxide,CHM-CHM,106
13C,Hydrogenated,CHM-SMT,48
13C,Hydrogenation,CHM-APL,79
13C,Hydrogenation,CHM-SMT,155
13C,Hydrogenation,CMT-SMT,34
13C,Hydrolysed,CHM-SMT,95
13C,Hydrolysis,CHM-SMT,556
13C,Hydrolysis,CMT-SMT,107
13C,Hydrolytic Degradation,CHM-SMT,35
13C,Hydrophilic,CHM-PRO,154
13C,Hydrophilic,CMT-PRO,33
13C,Hydrophobic,CHM-PRO,221
13C,Hydrophobic,CMT-PRO,58
13C,Hydrophobicity,CHM-PRO,57
13C,Hydroquinone,CHM-CHM,31
13C,Hydrosilylation,CHM-SMT,65
13C,Hydrosilylation,CMT-SMT,32
13C,Hydrothermal,CHM-SMT,60
13C,Hydrothermal Treatment,CHM-SMT,76
13C,Hydroxide,CHM-CHM,94
13C,Hydroxy,CHM-CHM,97
13C,Hydroxyl,CHM-CHM,623
13C,Hydroxyl,CMT-CHM,123
13C,Hyperbranched,CHM-DSC,108
13C,Hyperfine Coupling,CHM-PRO,34
13C,IC50,CHM-PRO,213
13C,IC50,CMT-PRO,49
13C,ICP,CHM-CMT,53
13C,ICP-MS,CHM-CMT,30
13C,IR,CHM-CMT,284
13C,IR Absorption,CHM-CMT,40
13C,IR Spectroscopy,CHM-CMT,380
13C,IR Spectroscopy,CMT-CMT,131
13C,ITO,CHM-CHM,97
13C,Ibuprofen,CHM-CHM,53
13C,Iec,CHM-PRO,30
13C,Ile,CHM-CHM,30
13C,Imidazole,CHM-CHM,181
13C,Imidazole,CMT-CHM,37
13C,Imidazolium,CHM-CHM,133
13C,Imines,CHM-CHM,134
13C,Iminol,CHM-CHM,36
13C,Impedance,CHM-PRO,34
13C,Indole,CHM-CHM,54
13C,Inept,CHM-CMT,31
13C,Infrared,CHM-CMT,416
13C,Infrared,CMT-CMT,89
13C,Infrared Spectra,CHM-CMT,127
13C,Infrared Spectroscopy,CHM-CMT,192
13C,Infrared Spectroscopy,CMT-CMT,59
13C,Inherent Viscosities,CHM-PRO,36
13C,Inherent Viscosity,CHM-PRO,52
13C,Inhibitor,CHM-APL,36
13C,Inhibitory Activity,CHM-PRO,89
13C,Inter Atomic Distance,CHM-PRO,57
13C,Interaction,CHM-PRO,54
13C,Interface,CHM-DSC,138
13C,Intrinsic Viscosity,CHM-PRO,99
13C,Iodide,CHM-CHM,50
13C,Iodine,CHM-CHM,148
13C,Iodine,CMT-CHM,41
13C,Ionic,CHM-PRO,59
13C,Ionic Conductivity,CHM-PRO,105
13C,Ir,CHM-CHM,82
13C,Ir,CHM-CMT,3187
13C,Ir,CMT-CMT,827
13C,Iridium,CHM-CHM,45
13C,Iron,CHM-CHM,189
13C,Iron,CMT-CHM,33
13C,Irradiated,CHM-SMT,134
13C,Irradiated,CMT-SMT,30
13C,Irradiation,CHM-SMT,364
13C,Irradiation,CMT-SMT,68
13C,Isobutene,CHM-CHM,32
13C,Isocyanates,CHM-CHM,70
13C,Isoprene,CHM-CHM,38
13C,Isopropanol,CHM-CHM,45
13C,Isopropyl,CHM-CHM,41
13C,Isosteric Heat of Adsorption,CHM-PRO,32
13C,Isotactic,CHM-PRO,74
13C,Isotherms,CHM-CMT,71
13C,Isotherms,CHM-PRO,48
13C,Isotope,CHM-PRO,35
13C,Isotopic,CHM-PRO,46
13C,Isotopic,PRO-PRO,39
13C,Isotopic Composition,CHM-PRO,105
13C,Isotopic Composition,PRO-PRO,64
13C,Isotopic Labelling,CHM-CMT,30
13C,Isotopic Signature,CHM-PRO,34
13C,Isotopic Signature,PRO-PRO,33
13C,Isotropic Chemical Shift,CHM-PRO,116
13C,Isotropic Chemical Shift,CMT-PRO,43
13C,Isotropic Chemical Shift,PRO-PRO,32
13C,J Coupling,CHM-PRO,47
13C,Job's Plot,CHM-CMT,32
13C,K,CHM-CHM,31
13C,K,CHM-PRO,181
13C,K,CMT-PRO,37
13C,K+,CHM-CHM,107
13C,K2CO3,CHM-CHM,144
13C,KCl,CHM-CHM,86
13C,KOH,CHM-CHM,206
13C,KOH,CMT-CHM,35
13C,Kaolinite,CHM-CHM,37
13C,Keto,CHM-CHM,57
13C,Ketone,CHM-CHM,144
13C,Ki,CHM-PRO,30
13C,Kinetic Isotope Effect,CHM-PRO,39
13C,Kinetic Parameters,CHM-PRO,86
13C,Kinetic Plots,CHM-CMT,37
13C,Kinetic Studies,CHM-CMT,44
13C,Kinetics,CHM-PRO,61
13C,Kinetics Model,CHM-CMT,31
13C,L-Alanine,CHM-CHM,58
13C,L-Isoleucine,CHM-CHM,41
13C,L-Lactide,CHM-CHM,58
13C,LANL2DZ,CHM-CMT,35
13C,LC-MS,CHM-CMT,129
13C,LUMO,CHM-PRO,160
13C,La,CHM-CHM,69
13C,Labeling,CHM-CMT,41
13C,Lactate,CHM-CHM,94
13C,Lactic Acid,CHM-CHM,54
13C,Lactide,CHM-CHM,55
13C,Lactone,CHM-CHM,55
13C,Lamellar,CHM-DSC,77
13C,Langmuir,CHM-CMT,60
13C,Langmuir Isotherm,CHM-CMT,30
13C,Langmuir Models,CHM-CMT,40
13C,Lanthanides,CHM-CHM,87
13C,Lattice Parameter,CHM-PRO,34
13C,Layered,CHM-DSC,134
13C,Layered,CMT-DSC,35
13C,Layers,CHM-DSC,485
13C,Layers,CMT-DSC,116
13C,Lc,CHM-CMT,55
13C,Least Squares Fit,CHM-CMT,39
13C,Leaves,CHM-DSC,97
13C,Leu,CHM-CHM,51
13C,Leucine,CHM-CHM,55
13C,Levulinic Acid,CHM-CHM,38
13C,Lewis Acids,CHM-CHM,127
13C,Lewis Bases,CHM-CHM,30
13C,Li,CHM-CHM,226
13C,Li,CMT-CHM,47
13C,Li+,CHM-CHM,51
13C,LiAlH4,CHM-CHM,39
13C,LiBr,CHM-CHM,31
13C,LiCl,CHM-CHM,84
13C,LiClO4,CHM-CHM,61
13C,LiOH,CHM-CHM,39
13C,LiPF6,CHM-CHM,30
13C,Lifetime,CHM-PRO,61
13C,Light Green,CHM-CHM,45
13C,Lignin,CHM-PRO,45
13C,Line Shape,CHM-PRO,75
13C,Linear Fit,CHM-CMT,39
13C,Linear Regression,CHM-CMT,76
13C,Linewidth,CHM-PRO,105
13C,Linewidth,CMT-PRO,34
13C,Lipid,CHM-PRO,34
13C,Lipopolysaccharide,CHM-PRO,52
13C,Liposome,CHM-DSC,30
13C,Liquid Crystalline,CHM-DSC,31
13C,Liquid Crystalline,CHM-PRO,42
13C,Liquids,CHM-APL,48
13C,Lithium,CHM-CHM,239
13C,Lithium,CMT-CHM,80
13C,Local Structure,CHM-PRO,43
13C,Log,CHM-PRO,31
13C,Loi,CHM-PRO,34
13C,Loss Modulus,CHM-PRO,81
13C,Lowest Unoccupied Molecular Orbitals,CHM-PRO,38
13C,Luminescent,CHM-PRO,41
13C,Lyophilized,CHM-SMT,36
13C,Lys,CHM-CHM,46
13C,Lysines,CHM-CHM,88
13C,M,CHM-PRO,107
13C,M N,CHM-PRO,62
13C,M W,CHM-PRO,78
13C,M-CPBA,CHM-CHM,33
13C,MALDI TOF MS,CHM-CMT,114
13C,MALDI-TOF,CHM-CMT,104
13C,MALDI-TOF Mass,CHM-CMT,82
13C,MALDI-TOF Mass Spectrometry,CHM-CMT,45
13C,MAO,CHM-CHM,53
13C,MAS NMR,CHM-CMT,191
13C,MAS NMR,CMT-CMT,93
13C,MCF7,CHM-CHM,48
13C,MCM-41,CHM-CHM,171
13C,MCM-41,CMT-CHM,49
13C,MD,CHM-CMT,60
13C,MD Simulation,CHM-CMT,71
13C,MEA,CHM-CHM,62
13C,MEP,CHM-CMT,48
13C,MEP,CHM-PRO,66
13C,MMA,CHM-CHM,88
13C,MP2,CHM-CMT,73
13C,MRI,CHM-CMT,35
13C,MS,CHM-CMT,755
13C,MS,CMT-CMT,110
13C,MS/MS,CHM-CMT,67
13C,MTT,CHM-CHM,256
13C,MTT,CMT-CHM,44
13C,MTT Assay,CHM-CMT,169
13C,MTT Assay,CMT-CMT,32
13C,MW,CHM-PRO,162
13C,MW,CMT-PRO,35
13C,Macrophages,CHM-APL,30
13C,Magenta,CHM-CHM,134
13C,Magic Angle Spinning,CHM-CMT,51
13C,Magnesium,CHM-CHM,65
13C,Magnetic Susceptibility,CHM-PRO,62
13C,Magnetics,CHM-PRO,82
13C,Magnetization,CHM-PRO,129
13C,Magnetization,CMT-PRO,35
13C,Malate,CHM-CHM,39
13C,Maldi,CHM-CMT,79
13C,Maldi-Tof-Ms,CHM-CMT,47
13C,Maleic Anhydride,CHM-CHM,56
13C,Malononitrile,CHM-CHM,49
13C,Manganese,CHM-CHM,49
13C,Mannose,CHM-CHM,113
13C,Mas,CHM-CMT,170
13C,Mas,CHM-SMT,79
13C,Mas,CMT-CMT,99
13C,Mass,CHM-CMT,219
13C,Mass,CHM-PRO,53
13C,Mass,CMT-CMT,35
13C,Mass Spectra,CHM-CMT,390
13C,Mass Spectra,CMT-CMT,40
13C,Mass Spectral Analysis,CHM-CMT,43
13C,Mass Spectrometric,CHM-CMT,36
13C,Mass Spectrometry,CHM-CMT,671
13C,Mass Spectrometry,CMT-CMT,196
13C,Mass Spectroscopy,CHM-CMT,159
13C,Mass Spectroscopy,CMT-CMT,43
13C,Mass Spectrum,CHM-CMT,157
13C,Matrix,CHM-DSC,85
13C,Me,CHM-CHM,201
13C,Me,CMT-CHM,76
13C,MeCN,CHM-CHM,148
13C,MeI,CHM-CHM,44
13C,MeOH,CHM-CHM,444
13C,MeOH,CMT-CHM,66
13C,Mechanical,CHM-PRO,72
13C,Mechanical Property,CHM-PRO,324
13C,Mechanical Property,CMT-PRO,61
13C,Mechanisms,CHM-PRO,61
13C,Melamine,CHM-CHM,44
13C,Melting,CHM-PRO,45
13C,Melting,CHM-SMT,31
13C,Melting Point,CHM-PRO,199
13C,Melting Point,CMT-PRO,50
13C,Melting Temperature,CHM-PRO,92
13C,Melting Temperatures,CHM-PRO,31
13C,Membrane,CHM-APL,80
13C,Membrane,CHM-DSC,404
13C,Membrane,CHM-PRO,30
13C,Membrane,CMT-DSC,59
13C,Mercury,CHM-CHM,97
13C,Meso Structured,CHM-DSC,38
13C,Meso Structured,CHM-PRO,45
13C,Mesophase,CHM-PRO,47
13C,Mesopore,CHM-PRO,30
13C,Mesoporous,CHM-DSC,513
13C,Mesoporous,CMT-DSC,146
13C,Metabolic Flux,CHM-PRO,37
13C,Metallic,CHM-PRO,70
13C,Metallocene,CHM-CHM,63
13C,Metals,CHM-PRO,210
13C,Metals,CMT-PRO,40
13C,Metathesis Reaction,CHM-SMT,31
13C,Methacrylate,CHM-CHM,40
13C,Methane,CHM-CHM,365
13C,Methane,CMT-CHM,33
13C,Methane,PRO-CHM,80
13C,Methanol,CHM-CHM,1042
13C,Methanol,CMT-CHM,212
13C,Methanol,PRO-CHM,36
13C,Methine,CHM-CHM,116
13C,Methine,CMT-CHM,35
13C,Methionine,CHM-CHM,48
13C,Methods,CHM-CMT,75
13C,Methoxyl,CHM-CHM,165
13C,Methyl,CHM-CHM,768
13C,Methyl,CMT-CHM,192
13C,Methyl,PRO-CHM,39
13C,Methyl Aluminoxane,CHM-CHM,84
13C,Methyl Carbon,CHM-CHM,63
13C,Methyl Ester,CHM-CHM,45
13C,Methyl Iodide,CHM-CHM,32
13C,Methyl Methacrylate,CHM-CHM,68
13C,Methylation,CHM-SMT,63
13C,Methylation Analysis,CHM-CMT,146
13C,Methylation Analysis,CMT-CMT,64
13C,Methylene Blue,CHM-CHM,31
13C,Methylenes,CHM-CHM,375
13C,Methylenes,CMT-CHM,77
13C,Mg,CHM-CHM,140
13C,Mg2+,CHM-CHM,72
13C,MgCl2,CHM-CHM,57
13C,MgO,CHM-CHM,37
13C,Mic,CHM-PRO,100
13C,Micelle,CHM-DSC,35
13C,Micelles,CHM-DSC,131
13C,Microanalysis,CHM-CMT,84
13C,Microcrystalline,CHM-DSC,91
13C,Microporous,CHM-DSC,84
13C,Microspheres,CHM-DSC,69
13C,Microstructure,CHM-PRO,326
13C,Microstructure,CMT-PRO,65
13C,Microwave Irradiation,CHM-SMT,143
13C,Microwave Irradiation,CMT-SMT,33
13C,Microwaves,CHM-SMT,43
13C,Milled,CHM-SMT,38
13C,Minimum Inhibitory Concentration,CHM-PRO,54
13C,Mixtures,CHM-DSC,30
13C,Mn,CHM-CHM,351
13C,Mn,CHM-PRO,239
13C,Mn,CMT-CHM,71
13C,Mn,CMT-PRO,35
13C,Mn(II),CHM-CHM,37
13C,Mn2+,CHM-CHM,61
13C,Mo,CHM-CHM,155
13C,Mobility,CHM-PRO,79
13C,Mobility,CMT-PRO,30
13C,Mode,CHM-PRO,35
13C,Models,CHM-CMT,51
13C,Modulus,CHM-PRO,46
13C,Molar Conductivity,CHM-PRO,35
13C,Molar Mass,CHM-PRO,87
13C,Molecular,CHM-PRO,95
13C,Molecular Characteristics,CHM-PRO,33
13C,Molecular Conformation,CHM-PRO,42
13C,Molecular Docking,CHM-CMT,119
13C,Molecular Dynamics,CHM-PRO,33
13C,Molecular Dynamics (MD) Simulation,CHM-CMT,61
13C,Molecular Electrostatic Potential,CHM-CMT,33
13C,Molecular Electrostatic Potential,CHM-PRO,70
13C,Molecular Formulas,CHM-PRO,34
13C,Molecular Geometry,CHM-PRO,89
13C,Molecular Mass,CHM-PRO,78
13C,Molecular Model,CHM-CMT,47
13C,Molecular Modeling,CHM-CMT,49
13C,Molecular Motion,CHM-PRO,35
13C,Molecular Orbital,CHM-PRO,65
13C,Molecular Packing,CHM-PRO,38
13C,Molecular Sieve,CHM-APL,34
13C,Molecular Structure,CHM-PRO,1600
13C,Molecular Structure,CMT-PRO,379
13C,Molecular Structure,PRO-PRO,52
13C,Molecular Weight,CHM-PRO,976
13C,Molecular Weight,CMT-PRO,194
13C,Molecular Weight Distribution,CHM-PRO,202
13C,Molecular Weight Distribution,CMT-PRO,39
13C,Molybdenum,CHM-CHM,58
13C,Monoclinic,CHM-SPL,324
13C,Monoclinic,CMT-SPL,96
13C,Monolayers,CHM-DSC,118
13C,Monoliths,CHM-DSC,38
13C,Monosaccharide,CHM-CHM,158
13C,Monosaccharide,CMT-CHM,35
13C,Monosaccharide Composition,CHM-PRO,37
13C,Montmorillonite,CHM-CHM,43
13C,Morpholine,CHM-CHM,43
13C,Morphologic,CHM-PRO,57
13C,Morphologies,CHM-PRO,108
13C,Morphology,CHM-PRO,449
13C,Morphology,CMT-PRO,94
13C,Mtt,CHM-CMT,51
13C,Multiblock Copolymer,CHM-DSC,30
13C,Multinuclear,CHM-CMT,156
13C,Multinuclear,CMT-CMT,111
13C,Multinuclear NMR,CHM-CMT,118
13C,Multinuclear NMR,CMT-CMT,75
13C,Multinuclear NMR Spectroscopy,CHM-CMT,58
13C,Mw/Mn,CHM-PRO,76
13C,N Blue,CHM-CHM,38
13C,"N,N-Dimethylformamide",CHM-CHM,47
13C,N-Alkane,CHM-CHM,57
13C,N-Alkane,PRO-CHM,31
13C,N-Bu,CHM-CHM,48
13C,N-Bu,CMT-CHM,32
13C,N-Butanol,CHM-CHM,42
13C,N-Butyl,CHM-CHM,36
13C,N-Heptane,CHM-CHM,31
13C,N-Heterocyclic Carbene,CHM-CHM,67
13C,N-Hexane,CHM-CHM,95
13C,N2,CHM-CHM,1297
13C,N2,CMT-CHM,256
13C,N2 Adsorption,CHM-CMT,87
13C,N2 Adsorption Desorption,CHM-CMT,34
13C,N2 Adsorption Desorption Isotherm,CHM-CMT,63
13C,N2 Adsorption Desorption Isotherms,CHM-CMT,272
13C,N2 Adsorption Desorption Isotherms,CMT-CMT,53
13C,N2 Adsorption Isotherm,CHM-CMT,69
13C,N2 Isotherm,CHM-CMT,33
13C,N2 Sorption,CHM-CMT,38
13C,N2 Sorption Isotherm,CHM-CMT,115
13C,NADH,CHM-CHM,32
13C,NBO,CHM-CMT,111
13C,NBO Analysis,CHM-CMT,36
13C,NCO,CHM-CHM,31
13C,NEt3,CHM-CHM,69
13C,NH,CHM-CHM,203
13C,NH,CMT-CHM,58
13C,NH2,CHM-CHM,156
13C,NH2,CMT-CHM,43
13C,NH3,CHM-CHM,227
13C,NH3,CMT-CHM,44
13C,NH3TPD,CHM-CMT,74
13C,NHC,CHM-CHM,126
13C,NLO,CHM-PRO,32
13C,NMP,CHM-CHM,79
13C,NMR,CHM-APL,82
13C,NMR,CHM-CMT,4434
13C,NMR,CHM-PRO,91
13C,NMR,CMT-CMT,1990
13C,NMR,PRO-CMT,151
13C,NMR Chemical Shift,CHM-PRO,112
13C,NMR Chemical Shift,CMT-PRO,47
13C,NMR Parameters,CHM-PRO,41
13C,NMR Spectroscopy,CHM-CMT,402
13C,NMR Spectroscopy,CMT-CMT,141
13C,NO,CHM-CHM,152
13C,NO2,CHM-CHM,95
13C,NO3,CHM-CHM,63
13C,NOESY,CHM-CMT,41
13C,NPS,CHM-DSC,117
13C,Na,CHM-CHM,156
13C,Na,CMT-CHM,31
13C,Na+,CHM-CHM,160
13C,Na2CO3,CHM-CHM,58
13C,Na2SO4,CHM-CHM,47
13C,NaBH4,CHM-CHM,98
13C,NaCl,CHM-CHM,313
13C,NaCl,CMT-CHM,57
13C,NaClO4,CHM-CHM,30
13C,NaH,CHM-CHM,98
13C,NaHCO3,CHM-CHM,88
13C,NaI,CHM-CHM,34
13C,NaN3,CHM-CHM,50
13C,NaNO3,CHM-CHM,37
13C,NaOCl,CHM-CHM,34
13C,NaOH,CHM-CHM,394
13C,NaOH,CMT-CHM,55
13C,Nafion,CHM-CHM,80
13C,Nano,CHM-DSC,30
13C,Nano Structured,CHM-DSC,33
13C,Nanocomposite,CHM-DSC,228
13C,Nanocomposite,CMT-DSC,36
13C,Nanocrystalline,CHM-DSC,42
13C,Nanocrystals,CHM-DSC,79
13C,Nanofiber,CHM-DSC,55
13C,Nanomaterial,CHM-DSC,48
13C,Nanoparticle,CHM-DSC,142
13C,Nanoparticle,CMT-DSC,38
13C,Nanoparticles,CHM-DSC,600
13C,Nanoparticles,CMT-DSC,141
13C,Nanoporous,CHM-DSC,33
13C,Nanorods,CHM-DSC,33
13C,Nanosheets,CHM-DSC,40
13C,Nanosphere,CHM-DSC,35
13C,Nanostructures,CHM-DSC,42
13C,Nanotube,CHM-DSC,103
13C,Naphthalene,CHM-CHM,95
13C,Natural Bond Orbital,CHM-CMT,67
13C,Nd,CHM-CHM,50
13C,Neat,CHM-DSC,34
13C,Nematic,CHM-PRO,48
13C,Nematic,CHM-SPL,40
13C,Ni,CHM-CHM,263
13C,Ni,CMT-CHM,33
13C,Ni II,CHM-CHM,162
13C,Ni2+,CHM-CHM,81
13C,Nickel,CHM-CHM,165
13C,Nickel (II),CHM-CHM,71
13C,Nitrate,CHM-CHM,90
13C,Nitric Oxide,CHM-CHM,42
13C,Nitriles,CHM-CHM,95
13C,Nitro,CHM-CHM,76
13C,Nitrobenzene,CHM-CHM,36
13C,Nitrogen,CHM-CHM,2010
13C,Nitrogen,CMT-CHM,450
13C,Nitrogen,PRO-CHM,133
13C,Nitrogen Adsorption,CHM-CMT,99
13C,Nitrogen Adsorption,CMT-CMT,36
13C,Nitrogen Adsorption Desorption Isotherm,CHM-CMT,49
13C,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,231
13C,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,34
13C,Nitrogen Adsorption Isotherm,CHM-CMT,66
13C,Nitrogen Gas,CHM-CHM,42
13C,Nitrogen Sorption Isotherm,CHM-CMT,74
13C,Nitroxide,CHM-CHM,30
13C,Nldft,CHM-CMT,46
13C,Noe,CHM-CMT,100
13C,Noesy,CHM-CMT,379
13C,Noesy,CMT-CMT,130
13C,Norbornene,CHM-CHM,97
13C,Nuclear Magnetic Resonance,CHM-CMT,235
13C,Nuclear Magnetic Resonance,CMT-CMT,85
13C,Nucleic Acid,CHM-CHM,38
13C,Nucleotides,CHM-CHM,39
13C,Number Average Molecular Weight,CHM-PRO,117
13C,Numbering,CHM-CMT,38
13C,Nyquist Plot,CHM-CMT,104
13C,O,CHM-CHM,745
13C,O,CMT-CHM,175
13C,O,PRO-CHM,31
13C,O-Polysaccharide,CHM-CHM,74
13C,O2,CHM-CHM,346
13C,O2,CMT-CHM,50
13C,O3,CHM-CHM,53
13C,OCH3,CHM-CHM,43
13C,OH,CHM-CHM,429
13C,OH,CMT-CHM,99
13C,OMe,CHM-CHM,30
13C,ORTEP,CHM-CMT,129
13C,ORTEP Diagram,CHM-CMT,68
13C,ORTEP Drawing,CHM-CMT,125
13C,ORTEP Plot,CHM-CMT,101
13C,Of Chemistry,CHM-CMT,75
13C,Oil,CHM-APL,36
13C,Olefinic,CHM-CHM,92
13C,Olefins,CHM-CHM,272
13C,Olefins,CMT-CHM,55
13C,Oleic Acid,CHM-CHM,56
13C,Oligosaccharides,CHM-CHM,152
13C,Oligosaccharides,CMT-CHM,30
13C,One-Dimensional,CHM-CMT,48
13C,Optical,CHM-PRO,78
13C,Optical Band Gap,CHM-PRO,32
13C,Optical Image,CHM-CMT,77
13C,Optical Micrograph,CHM-CMT,57
13C,Optical Microscopy,CHM-CMT,73
13C,Optical Properties,CHM-PRO,132
13C,Order Parameter,CHM-PRO,59
13C,Organic,CHM-PRO,50
13C,Organic,PRO-PRO,33
13C,Organic Carbon,CHM-PRO,37
13C,Organic Matter,CHM-PRO,40
13C,Organosilane,CHM-CHM,46
13C,Organosilicas,CHM-CHM,69
13C,Organosilicate,CHM-CHM,100
13C,Organotin,CHM-CHM,58
13C,Organotin,CMT-CHM,45
13C,Organotin(IV),CHM-CHM,59
13C,Organotin(IV),CMT-CHM,49
13C,Orthorhombic,CHM-SPL,147
13C,Orthorhombic,CMT-SPL,56
13C,Oscillator Strength,CHM-PRO,48
13C,Oxidation,CHM-APL,139
13C,Oxidation,CHM-SMT,514
13C,Oxidation,CMT-SMT,88
13C,Oxidation Potential,CHM-PRO,38
13C,Oxidation State,CHM-PRO,40
13C,Oxides,CHM-CHM,58
13C,Oxidize,CHM-SMT,137
13C,Oxime,CHM-CHM,40
13C,Oxirane,CHM-CHM,30
13C,Oxo,CHM-CHM,39
13C,Oxygen,CHM-CHM,1332
13C,Oxygen,CMT-CHM,302
13C,Oxygen,PRO-CHM,95
13C,Ozone,CHM-CHM,32
13C,P,CHM-PRO,107
13C,P1,CHM-SPL,91
13C,P1,CMT-SPL,45
13C,P2 1/N,CHM-SPL,57
13C,P21/C,CHM-SPL,103
13C,P212121,CHM-SPL,33
13C,P21C,CHM-SPL,34
13C,PAA,CHM-CHM,83
13C,PAH,CHM-CHM,34
13C,PAHs,CHM-CHM,40
13C,PAN,CHM-CHM,39
13C,PCA,CHM-CMT,51
13C,PCL,CHM-CHM,125
13C,PCM,CHM-CMT,42
13C,PDMS,CHM-CHM,68
13C,PEDOT,CHM-CHM,52
13C,PEG,CHM-CHM,194
13C,PEG,CMT-CHM,31
13C,PEI,CHM-CHM,71
13C,PEO,CHM-CHM,86
13C,PF6,CHM-CHM,52
13C,PL,CHM-CMT,56
13C,PLA,CHM-CHM,112
13C,PLLA,CHM-CHM,58
13C,PMMA,CHM-CHM,112
13C,POM,CHM-CMT,74
13C,PPh3,CHM-CHM,144
13C,PPh3,CMT-CHM,48
13C,PVA,CHM-CHM,73
13C,PVC,CHM-CHM,47
13C,PVDF,CHM-CHM,30
13C,PVP,CHM-CHM,54
13C,PXRD,CHM-CMT,292
13C,PXRD,CMT-CMT,76
13C,Palladium,CHM-CHM,205
13C,Palladium,CMT-CHM,47
13C,Palladium(II),CHM-CHM,107
13C,Palladium(II),CMT-CHM,31
13C,Para-Hydrogen,CHM-CHM,33
13C,Paramagnetic,CHM-PRO,152
13C,Paramagnetic,CMT-PRO,38
13C,Particle,CHM-DSC,116
13C,Particle Size,CHM-PRO,153
13C,Particle Size Distribution,CHM-PRO,136
13C,Particles,CHM-DSC,473
13C,Particles,CMT-DSC,100
13C,Pb,CHM-CHM,65
13C,Pb(II),CHM-CHM,37
13C,Pb2+,CHM-CHM,73
13C,Pd,CHM-CHM,326
13C,Pd,CMT-CHM,62
13C,Pd (II),CHM-CHM,131
13C,Pd (II),CMT-CHM,34
13C,Pd(OAc)2,CHM-CHM,40
13C,Pd(PPh3)4,CHM-CHM,41
13C,Pd/C,CHM-CHM,62
13C,PdCl2,CHM-CHM,53
13C,Pdi,CHM-PRO,104
13C,Pellet,CHM-DSC,69
13C,Pentane,CHM-CHM,34
13C,Pentasaccharide,CHM-CHM,36
13C,Pentose Phosphate,CHM-CHM,40
13C,Peptide,CHM-DSC,32
13C,Periodate,CHM-CHM,72
13C,Periodate,CMT-CHM,46
13C,Periodate Oxidation,CHM-CMT,35
13C,Periodate Oxidation,CMT-CMT,32
13C,Permeability,CHM-PRO,38
13C,Peroxide,CHM-CHM,52
13C,Pharmaceutical,CHM-APL,37
13C,Phase,CHM-PRO,37
13C,Phase Diagram,CHM-PRO,77
13C,Phase Transition,CHM-PRO,64
13C,Phe,CHM-CHM,55
13C,Phen,CHM-CHM,52
13C,Phenol,CHM-CHM,281
13C,Phenol,CMT-CHM,39
13C,Phenolics,CHM-CHM,167
13C,Phenolics,CMT-CHM,46
13C,Phenyl Acetylene,CHM-CHM,39
13C,Phenylalanine,CHM-CHM,48
13C,Phenylboronic Acid,CHM-CHM,51
13C,Phenylene,CHM-CHM,37
13C,Phenyls,CHM-CHM,391
13C,Phenyls,CMT-CHM,115
13C,Phosphate,CHM-CHM,328
13C,Phosphate,CMT-CHM,59
13C,Phosphine,CHM-CHM,121
13C,Phosphine,CMT-CHM,58
13C,Phosphines,CHM-CHM,32
13C,Phosphonate,CHM-CHM,38
13C,Phosphonic Acid,CHM-CHM,30
13C,Phosphonium,CHM-CHM,31
13C,Phosphoric Acid,CHM-CHM,48
13C,Phosphorus,CHM-CHM,250
13C,Phosphorus,CMT-CHM,108
13C,Photo Luminescence,CHM-CMT,199
13C,Photo Luminescence,CMT-CMT,31
13C,Photocatalyst,CHM-APL,45
13C,Photocatalysts,CHM-APL,34
13C,Photolysis,CHM-SMT,91
13C,Photophysical,CHM-PRO,53
13C,Photophysical Properties,CHM-PRO,106
13C,Photopolymerization,CHM-SMT,36
13C,Photosensitizer,CHM-APL,32
13C,Phthalocyanines,CHM-CHM,125
13C,Phthalonitrile,CHM-CHM,37
13C,Physical,CHM-PRO,71
13C,Physical Properties,CHM-PRO,202
13C,Physical Properties,CMT-PRO,34
13C,Physicochemical Properties,CHM-PRO,174
13C,Physicochemical Properties,CMT-PRO,42
13C,Piperazine,CHM-CHM,48
13C,Piperidine,CHM-CHM,66
13C,Plate,CHM-DSC,44
13C,Platinum,CHM-CHM,190
13C,Platinum,CMT-CHM,77
13C,Platinum (II),CHM-CHM,76
13C,Platinum (II),CMT-CHM,42
13C,Plot,CHM-CMT,31
13C,Polarity,CHM-PRO,39
13C,Polarization,CHM-PRO,59
13C,Polarization Curve,CHM-CMT,30
13C,Polarizing Optical Microscopy,CHM-CMT,35
13C,Poly(Acrylamide),CHM-CHM,32
13C,Poly(Ethylene Glycol),CHM-CHM,48
13C,Polyamide,CHM-CHM,64
13C,Polyamides,CHM-CHM,69
13C,Polyamides,CHM-PRO,38
13C,Polyamines,CHM-CHM,32
13C,Polybenzoxazine,CHM-CHM,33
13C,Polybutadienes,CHM-CHM,47
13C,Polycarbonate,CHM-CHM,41
13C,Polycondensation,CHM-SMT,61
13C,Polycrystalline,CHM-DSC,76
13C,Polycyclic Aromatic Hydrocarbon,CHM-CHM,36
13C,Polydispersity,CHM-PRO,80
13C,Polydispersity Index,CHM-PRO,114
13C,Polyester,CHM-CHM,161
13C,Polyether,CHM-CHM,35
13C,Polyethylene,CHM-CHM,241
13C,Polyethylene,CMT-CHM,32
13C,Polyimides,CHM-CHM,97
13C,Polymeric,CHM-DSC,136
13C,Polymeric,CMT-DSC,36
13C,Polymeric Film,CHM-DSC,36
13C,Polymerisation,CHM-APL,78
13C,Polymerisation,CHM-SMT,92
13C,Polymers,CHM-APL,31
13C,Polymers,CHM-DSC,362
13C,Polymers,CHM-PRO,40
13C,Polymers,CMT-DSC,83
13C,Polyols,CHM-CHM,58
13C,Polypropylene,CHM-CHM,89
13C,Polysaccharide,CHM-DSC,48
13C,Polysaccharide,CHM-PRO,37
13C,Polysiloxane,CHM-CHM,41
13C,Polystyrene,CHM-CHM,169
13C,Polyurethanes,CHM-CHM,137
13C,Polyurethanes,CHM-PRO,49
13C,Pore,CHM-PRO,46
13C,Pore Diameter,CHM-PRO,81
13C,Pore Size Distribution,CHM-PRO,480
13C,Pore Size Distribution,CMT-PRO,88
13C,Pore Size Distribution Curve,CHM-CMT,49
13C,Pore Sizes,CHM-PRO,143
13C,Pore Sizes,CMT-PRO,41
13C,Pore Structure,CHM-PRO,54
13C,Pore Volume,CHM-PRO,127
13C,Pore Volume,CMT-PRO,38
13C,Porosity,CHM-PRO,99
13C,Porosity,CMT-PRO,30
13C,Porous,CHM-DSC,250
13C,Porous,CMT-DSC,55
13C,Porphyrin,CHM-CHM,107
13C,Potassium,CHM-CHM,135
13C,Potassium,CMT-CHM,40
13C,Potential,CHM-PRO,37
13C,Potential Energy Surface,CHM-PRO,34
13C,Powder,CHM-CMT,33
13C,Powder,CHM-DSC,699
13C,Powder,CMT-DSC,182
13C,Powder X-Ray Diffraction,CHM-CMT,151
13C,Powder X-Ray Diffraction,CMT-CMT,43
13C,Powder XRD,CHM-CMT,193
13C,Powder XRD,CMT-CMT,32
13C,Powdered,CHM-DSC,54
13C,Powders,CHM-DSC,128
13C,Powders,CMT-DSC,35
13C,Pre-Treatment,CHM-SMT,48
13C,Precipitates,CHM-DSC,32
13C,Precision,CHM-PRO,36
13C,Pretreated,CHM-SMT,36
13C,Primary Amine,CHM-CHM,57
13C,Principal Component Analysis,CHM-CMT,36
13C,Probes,CHM-APL,41
13C,Profile,CHM-CMT,31
13C,Proline,CHM-CHM,69
13C,Propane,CHM-CHM,88
13C,Propene,CHM-CHM,102
13C,Propyl,CHM-CHM,50
13C,Propylene,CHM-CHM,124
13C,Propylene Carbonate,CHM-CHM,32
13C,Propylene Oxide,CHM-CHM,46
13C,Protein,CHM-PRO,30
13C,Proton,CHM-PRO,33
13C,Proton NMR,CHM-CMT,45
13C,Protonic Conductivity,CHM-PRO,134
13C,Pt,CHM-CHM,347
13C,Pt,CMT-CHM,81
13C,Pt (II),CHM-CHM,79
13C,Pt (II),CMT-CHM,36
13C,Pure,CHM-DSC,127
13C,Purine,CHM-CHM,31
13C,Pyrazine,CHM-CHM,30
13C,Pyrazole,CHM-CHM,74
13C,Pyrene,CHM-CHM,123
13C,Pyridine,CHM-CHM,460
13C,Pyridine,CMT-CHM,91
13C,Pyridyl,CHM-CHM,41
13C,Pyrimidine,CHM-CHM,56
13C,Pyrolysis,CHM-SMT,326
13C,Pyrolysis,CMT-SMT,58
13C,Pyrolyzed,CHM-SMT,68
13C,Pyrrole,CHM-CHM,87
13C,Pyrrolidine,CHM-CHM,38
13C,Pyruvate,CHM-CHM,118
13C,Quantum Chemical Calculation,CHM-CMT,145
13C,Quantum Yield,CHM-PRO,33
13C,Quartz,CHM-CHM,98
13C,Quaternary Ammonium,CHM-CHM,54
13C,Quenched,CHM-SMT,32
13C,Quinoline,CHM-CHM,65
13C,Quinones,CHM-CHM,41
13C,R = Et,CHM-CHM,32
13C,R = Me,CHM-CHM,141
13C,R = Me,CMT-CHM,77
13C,R1,CHM-PRO,39
13C,R2,CHM-PRO,110
13C,R=Me,CHM-CHM,49
13C,REDOR,CHM-CMT,51
13C,ROMP,CHM-SMT,31
13C,ROP,CHM-SMT,64
13C,Radical Polymerization,CHM-SMT,46
13C,Raman,CHM-CMT,1005
13C,Raman,CMT-CMT,210
13C,Raman Spectroscopy,CHM-CMT,179
13C,Raman Spectroscopy,CMT-CMT,45
13C,Random Copolymer,CHM-DSC,42
13C,Rate,CHM-PRO,33
13C,Rate Constant,CHM-PRO,162
13C,Rate Constant,CMT-PRO,34
13C,Rcub,CMT-CMT,39
13C,Reaction,CHM-SMT,68
13C,Reaction Mechanism,CHM-PRO,135
13C,Reaction Rate,CHM-PRO,49
13C,Reactivity,CHM-PRO,96
13C,Reactivity Ratio,CHM-PRO,66
13C,Reactors,CHM-APL,38
13C,Redox Behavior,CHM-PRO,30
13C,Redox Potential,CHM-PRO,57
13C,Redox Properties,CHM-PRO,31
13C,Reductions,CHM-APL,30
13C,Reductions,CHM-SMT,197
13C,Reductions,CMT-SMT,42
13C,Reference Electrode,CHM-APL,39
13C,Refractive Index,CHM-PRO,79
13C,Relative,CHM-PRO,41
13C,Relative Energies,CHM-PRO,77
13C,Relaxation Rates,CHM-PRO,56
13C,Relaxation Time,CHM-PRO,88
13C,Release Profile,CHM-PRO,45
13C,Resins,CHM-DSC,85
13C,Resolution,CHM-PRO,34
13C,Resonance Structures,CHM-PRO,40
13C,Resorcinol,CHM-CHM,30
13C,Retention Time,CHM-PRO,79
13C,Reusability,CHM-PRO,35
13C,Rh,CHM-CHM,61
13C,Rhamnose,CHM-CHM,42
13C,Rhenium,CHM-CHM,37
13C,Rhodium,CHM-CHM,89
13C,Ri,CHM-CMT,32
13C,Ribbons,CHM-DSC,48
13C,Ribose,CHM-CHM,52
13C,Rietveld Refinement,CHM-CMT,57
13C,Ring Opening Polymerization,CHM-APL,41
13C,Ring Opening Polymerization,CHM-SMT,120
13C,Roesy,CHM-CMT,197
13C,Roesy,CMT-CMT,70
13C,Rotational Constant,CHM-PRO,63
13C,Rotational Spectrum,CHM-CMT,38
13C,Rotational Transition,CHM-PRO,30
13C,Rotors,CHM-APL,36
13C,Ru,CHM-CHM,202
13C,Ru,CMT-CHM,40
13C,Ru(II),CHM-CHM,61
13C,Ruthenium,CHM-CHM,149
13C,Ruthenium,CMT-CHM,31
13C,Ruthenium II,CHM-CHM,51
13C,S T,CHM-SPL,91
13C,SAED,CHM-CMT,101
13C,SAXS,CHM-CMT,178
13C,SAXS,CMT-CMT,32
13C,SBA,CHM-CHM,48
13C,SBA-15,CHM-CHM,218
13C,SBA-15,CMT-CHM,38
13C,SDS-Page,CHM-CMT,33
13C,SEC,CHM-CMT,278
13C,SEC,CMT-CMT,33
13C,SEM,CHM-CMT,2595
13C,SEM,CMT-CMT,438
13C,SI,CHM-PRO,37
13C,SIMS,CHM-CMT,34
13C,SO2,CHM-CHM,68
13C,SO3H,CHM-CHM,42
13C,SO4,CHM-CHM,31
13C,Salen,CHM-CHM,33
13C,Salicylaldehyde,CHM-CHM,58
13C,Sb,CHM-CHM,37
13C,Scalar Coupling,CHM-PRO,39
13C,Scanning Electron Micrograph,CHM-CMT,144
13C,Scanning Electron Microscope,CHM-CMT,61
13C,Scanning Electron Microscopy,CHM-CMT,357
13C,Scanning Electron Microscopy,CMT-CMT,85
13C,Schiff Base,CHM-CHM,374
13C,Schiff Base,CMT-CHM,64
13C,Se,CHM-CHM,97
13C,Se,CMT-CHM,44
13C,Secondary Amine,CHM-CHM,45
13C,Secondary Structures,CHM-PRO,80
13C,Sediments,CHM-DSC,136
13C,Sediments,PRO-DSC,95
13C,Seeds,CHM-DSC,42
13C,Selectivity,CHM-PRO,134
13C,Selenium,CHM-CHM,55
13C,Self Assembly,CHM-SMT,53
13C,Semicrystalline,CHM-DSC,32
13C,Sensitivity,CHM-PRO,143
13C,Sensor,CHM-APL,95
13C,Sequence,CHM-CMT,77
13C,Sequence,CHM-PRO,31
13C,Sequence,CMT-CMT,37
13C,Ser,CHM-CHM,49
13C,Serine,CHM-CHM,56
13C,Sheet,CHM-DSC,75
13C,Sheets,CHM-DSC,82
13C,Shell,CHM-DSC,70
13C,Shift,CHM-PRO,126
13C,Si,CHM-CHM,605
13C,Si,CMT-CHM,148
13C,Si/Al Ratios,CHM-PRO,45
13C,SiC,CHM-CHM,53
13C,SiMe3,CHM-CHM,30
13C,SiO2,CHM-CHM,376
13C,SiO2,CMT-CHM,77
13C,Signal-to-Noise Ratio,CHM-PRO,70
13C,Silane,CHM-CHM,124
13C,Silane,CMT-CHM,48
13C,Silanol,CHM-CHM,126
13C,Silanol,CMT-CHM,41
13C,Silica,CHM-CHM,977
13C,Silica,CMT-CHM,278
13C,Silica Gel,CHM-CHM,142
13C,Silica Gel,CMT-CHM,38
13C,Silicate,CHM-CHM,104
13C,Silicon,CHM-CHM,379
13C,Silicon,CMT-CHM,129
13C,Siloxane,CHM-CHM,103
13C,Siloxane,CMT-CHM,43
13C,Silsesquioxane,CHM-CHM,54
13C,Silver,CHM-CHM,156
13C,Silver,CMT-CHM,32
13C,Silver(I),CHM-CHM,52
13C,Silyl,CHM-CHM,41
13C,Silylated,CHM-SMT,37
13C,Silylation,CHM-SMT,40
13C,Single Crystal,CHM-CMT,234
13C,Single Crystal,CHM-DSC,921
13C,Single Crystal,CMT-CMT,75
13C,Single Crystal,CMT-DSC,297
13C,Single Crystal X-Ray Diffraction,CHM-CMT,419
13C,Single Crystal X-Ray Diffraction,CMT-CMT,131
13C,Single Crystal XRD,CHM-CMT,40
13C,Singlet,CHM-CMT,86
13C,Singlet,CHM-DSC,151
13C,Singlet,CMT-CMT,33
13C,Singlet,CMT-DSC,50
13C,Size,CHM-PRO,38
13C,Size Distribution,CHM-PRO,145
13C,Size Exclusion Chromatography,CHM-CMT,124
13C,Small Angle X-ray Scattering,CHM-CMT,53
13C,Small Angle XRD,CHM-CMT,47
13C,Smith Degradation,CHM-SMT,33
13C,Sn,CHM-CHM,132
13C,Sn,CMT-CHM,61
13C,Society,CHM-CMT,133
13C,Society,CMT-CMT,34
13C,Sodium,CHM-CHM,211
13C,Sodium,CMT-CHM,72
13C,Sodium Acetate,CHM-CHM,41
13C,Sodium Azide,CHM-CHM,31
13C,Sodium Hydroxide,CHM-CHM,48
13C,Soil,CHM-DSC,168
13C,Soil,CHM-PRO,51
13C,Soil,PRO-DSC,59
13C,Sol-Gel,CHM-SMT,150
13C,Sol-Gel,CMT-SMT,61
13C,Solid,CHM-DSC,352
13C,Solid,CHM-PRO,92
13C,Solid,CMT-DSC,115
13C,Solid State,CHM-CMT,86
13C,Solid State,CHM-DSC,70
13C,Solid State,CMT-CMT,41
13C,Solid State 13C,CHM-CMT,64
13C,Solid State 13C CP-MAS NMR,CHM-CMT,132
13C,Solid State 13C NMR,CHM-CMT,132
13C,Solid State NMR,CHM-CMT,472
13C,Solid State NMR,CMT-CMT,208
13C,Solid State NMR Spectroscopy,CHM-CMT,38
13C,Solid State Nuclear Magnetic Resonance,CHM-CMT,85
13C,Solid State Nuclear Magnetic Resonance,CMT-CMT,31
13C,Solid State Structure,CHM-PRO,65
13C,Solid-State MAS NMR,CHM-CMT,33
13C,Solids,CHM-DSC,39
13C,Solubilities,CHM-PRO,38
13C,Solubility,CHM-PRO,272
13C,Solubility,CMT-PRO,34
13C,Solubility Behavior,CHM-PRO,34
13C,Soluble,CHM-PRO,108
13C,Solution,CHM-CMT,32
13C,Solution,CHM-DSC,238
13C,Solution,CMT-DSC,61
13C,Solution Nmr,CHM-CMT,65
13C,Solution Structure,CHM-PRO,46
13C,Solvent Extraction,CHM-SMT,32
13C,Sonication,CHM-SMT,41
13C,Sorbent,CHM-APL,38
13C,Sorbents,CHM-APL,46
13C,Space Filling Model,CHM-CMT,37
13C,Specific Surface Area,CHM-PRO,74
13C,Spectral,CHM-CMT,30
13C,Spectral,CHM-PRO,30
13C,Spectral Analysis,CHM-CMT,35
13C,Spectroscopic,CHM-CMT,106
13C,Spectroscopic,CHM-PRO,59
13C,Spectroscopic Analysis,CHM-CMT,45
13C,Spectroscopic Methods,CHM-CMT,87
13C,Spectroscopic Methods,CMT-CMT,31
13C,Spectroscopic Parameters,CHM-PRO,31
13C,Spectroscopic Properties,CHM-PRO,78
13C,Spectroscopic Techniques,CHM-CMT,47
13C,Spectroscopy,CHM-CMT,64
13C,Sphere,CHM-DSC,64
13C,Spin,CHM-PRO,71
13C,Spin Density,CHM-PRO,50
13C,Spin States,CHM-PRO,34
13C,Spin System,CHM-PRO,68
13C,Spin-Lattice Relaxation Time,CHM-PRO,87
13C,Spin-Lattice Relaxation Time,PRO-PRO,37
13C,Spinning,CHM-SMT,46
13C,Spins,CHM-PRO,30
13C,Sr,CHM-CHM,44
13C,Ssnmr,CHM-CMT,100
13C,Ssnmr,CMT-CMT,51
13C,Stabilities,CHM-PRO,39
13C,Stability,CHM-PRO,492
13C,Stability,CMT-PRO,99
13C,Stability Constant,CHM-PRO,43
13C,Stable,CHM-PRO,70
13C,Stable Carbon Isotope Composition,PRO-PRO,33
13C,Standard Deviation,CHM-PRO,40
13C,Stem,CHM-CMT,36
13C,Stereochemistry,CHM-PRO,79
13C,Stern Volmer Plot,CHM-CMT,35
13C,Steroids,CHM-CHM,48
13C,Sterol,CHM-CHM,37
13C,Stoichiometry,CHM-PRO,51
13C,Storage Modulus,CHM-PRO,212
13C,Storage Modulus,CMT-PRO,33
13C,Stress,CHM-PRO,33
13C,Stress Strain Curve,CHM-CMT,97
13C,Stress Strain Curve,CHM-PRO,40
13C,Structural,CHM-CMT,46
13C,Structural,CHM-PRO,332
13C,Structural,CMT-PRO,89
13C,Structural Analysis,CHM-CMT,80
13C,Structural Characteristic,CHM-PRO,52
13C,Structural Characterization,CHM-CMT,75
13C,Structural Feature,CHM-PRO,105
13C,Structural Formulae,CHM-PRO,63
13C,Structural Model,CHM-CMT,118
13C,Structural Model,CMT-CMT,38
13C,Structural Parameter,CHM-PRO,207
13C,Structural Parameter,CMT-PRO,40
13C,Structural Property,CHM-PRO,76
13C,Structure,CHM-CMT,64
13C,Structure,CHM-PRO,2601
13C,Structure,CMT-PRO,578
13C,Structure,PRO-PRO,73
13C,Structure Activity Relationship,CHM-PRO,71
13C,Structure Refinement,CHM-CMT,155
13C,Structures,CHM-PRO,806
13C,Structures,CMT-PRO,198
13C,Structures,PRO-PRO,30
13C,Styrene,CHM-CHM,294
13C,Styrene,CMT-CHM,67
13C,Substrate,CHM-DSC,368
13C,Substrate,CMT-DSC,65
13C,Succinate,CHM-CHM,48
13C,Sucrose,CHM-CHM,108
13C,Sugar,CHM-CHM,477
13C,Sugar,CMT-CHM,84
13C,Sugar Analysis,CHM-CMT,30
13C,Sulfates,CHM-CHM,145
13C,Sulfide,CHM-CHM,76
13C,Sulfonamide,CHM-CHM,33
13C,Sulfonated,CHM-SMT,47
13C,Sulfonation,CHM-SMT,54
13C,Sulfones,CHM-CHM,35
13C,Sulfonic Acid,CHM-CHM,71
13C,Sulfoxide,CHM-CHM,47
13C,Sulfur,CHM-CHM,438
13C,Sulfur,CMT-CHM,110
13C,Sulfuric Acid,CHM-CHM,69
13C,Sulphur,CHM-CHM,37
13C,Superoxide,CHM-CHM,63
13C,Supramolecular Structure,CHM-PRO,34
13C,Surface,CHM-DSC,1346
13C,Surface,CHM-PRO,40
13C,Surface,CMT-DSC,321
13C,Surface,PRO-DSC,66
13C,Surface Area,CHM-PRO,203
13C,Surface Area,CMT-PRO,51
13C,Surface Modification,CHM-SMT,42
13C,Surface Morphology,CHM-PRO,73
13C,Surface Properties,CHM-PRO,38
13C,Surface Tension,CHM-PRO,81
13C,Surfaces,CHM-DSC,356
13C,Surfaces,CMT-DSC,77
13C,Suspension,CHM-DSC,61
13C,Swelling Behaviour,CHM-PRO,32
13C,Swelling Ratio,CHM-PRO,63
13C,Symmetry,CHM-PRO,34
13C,Syndiotactic,CHM-PRO,33
13C,T,CHM-PRO,194
13C,T,CHM-SPL,59
13C,T,CMT-PRO,57
13C,T,PRO-PRO,31
13C,T 1,CHM-PRO,48
13C,T M,CHM-PRO,30
13C,T1,CHM-PRO,143
13C,T1,CMT-PRO,47
13C,T1,PRO-PRO,30
13C,T2,CHM-PRO,50
13C,TBA,CHM-CHM,37
13C,TBAF,CHM-CHM,64
13C,TBHP,CHM-CHM,58
13C,TBu,CHM-CHM,56
13C,TC,CHM-PRO,44
13C,TD,CHM-PRO,32
13C,TD DFT,CHM-CMT,34
13C,TD-DFT,CHM-CMT,87
13C,TEA,CHM-CHM,73
13C,TEM,CHM-CMT,1871
13C,TEM,CMT-CMT,327
13C,TEMPO,CHM-CHM,100
13C,TEOS,CHM-CHM,150
13C,TEOS,CMT-CHM,42
13C,TFA,CHM-CHM,139
13C,TG,CHM-CMT,529
13C,TG,CHM-PRO,260
13C,TG,CMT-CMT,92
13C,TG,CMT-PRO,53
13C,TG Curve,CHM-CMT,30
13C,TG-DTA,CHM-CHM,57
13C,TG-DTA,CHM-CMT,88
13C,TGA,CHM-CMT,593
13C,TGA/DTA,CHM-CMT,116
13C,THF,CHM-CHM,905
13C,THF,CMT-CHM,160
13C,TMA,CHM-CHM,38
13C,TMA,CHM-CMT,33
13C,TMEDA,CHM-CHM,56
13C,TMOS,CHM-CHM,32
13C,TMP,CHM-CHM,40
13C,TMS,CHM-CHM,49
13C,TOC,CHM-CHM,44
13C,TOC,CHM-PRO,40
13C,TOC,PRO-PRO,39
13C,TOCSY,CHM-CMT,208
13C,TOCSY,CMT-CMT,88
13C,TOF,CHM-PRO,69
13C,TOTAPOL,CHM-CHM,31
13C,TPA,CHM-CHM,31
13C,TPP,CHM-CHM,36
13C,Tacticity,CHM-PRO,31
13C,Tan δ,CHM-PRO,64
13C,Te,CHM-CHM,45
13C,Temperature,CHM-PRO,43
13C,Tensile Properties,CHM-PRO,56
13C,Tensile Strength,CHM-PRO,125
13C,Terpolymer,CHM-DSC,41
13C,Tert-Butyl,CHM-CHM,38
13C,Tertiary Amines,CHM-CHM,41
13C,Tetraethoxysilane,CHM-CHM,45
13C,Tetraethyl Orthosilicate,CHM-CHM,48
13C,Tetragonal,CHM-SPL,37
13C,Tetrahydrofuran,CHM-CHM,144
13C,Tetrahydrofuran,CMT-CHM,41
13C,Tetramethylsilane,CHM-CHM,35
13C,Tetrasaccharides,CHM-CHM,43
13C,Textural Parameters,CHM-PRO,36
13C,Textural Properties,CHM-PRO,96
13C,Textural Properties,CMT-PRO,30
13C,Tga,CHM-CMT,1750
13C,Tga,CMT-CMT,388
13C,Theoretical Calculations,CHM-CMT,34
13C,Thermal,CHM-PRO,256
13C,Thermal,CHM-SMT,56
13C,Thermal,CMT-PRO,50
13C,Thermal Analysis,CHM-CMT,240
13C,Thermal Analysis,CMT-CMT,62
13C,Thermal Behavior,CHM-PRO,140
13C,Thermal Conductivity,CHM-PRO,34
13C,Thermal Decomposition,CHM-SMT,100
13C,Thermal Degradation,CHM-SMT,80
13C,Thermal Ellipsoids,CHM-CMT,178
13C,Thermal Ellipsoids,CHM-PRO,120
13C,Thermal Gravimetric Analysis,CHM-CMT,62
13C,Thermal Properties,CHM-PRO,390
13C,Thermal Properties,CMT-PRO,76
13C,Thermal Stabilities,CHM-PRO,75
13C,Thermal Stability,CHM-PRO,515
13C,Thermal Stability,CMT-PRO,100
13C,Thermal Treatment,CHM-SMT,128
13C,Thermal Treatment,CMT-SMT,36
13C,Thermally Stable,CHM-PRO,94
13C,Thermodynamic Parameters,CHM-PRO,102
13C,Thermodynamic Property,CHM-PRO,62
13C,Thermodynamics,CHM-PRO,35
13C,Thermogram,CHM-CMT,52
13C,Thermogravimetric,CHM-CMT,130
13C,Thermogravimetric Analysis,CHM-CMT,694
13C,Thermogravimetric Analysis,CMT-CMT,163
13C,Thermogravimetric Curve,CHM-CMT,75
13C,Thermogravimetry,CHM-CMT,81
13C,Thermolysis,CHM-SMT,78
13C,Thermoset,CHM-APL,34
13C,Thin,CHM-DSC,38
13C,Thin Films,CHM-DSC,256
13C,Thin Films,CMT-DSC,47
13C,Thioether,CHM-CHM,41
13C,Thiolate,CHM-CHM,36
13C,Thiols,CHM-CHM,136
13C,Thiophene,CHM-CHM,90
13C,Thiosemicarbazone,CHM-CHM,50
13C,Thiourea,CHM-CHM,71
13C,Thr,CHM-CHM,30
13C,Ti,CHM-CHM,221
13C,Ti,CMT-CHM,38
13C,TiCl4,CHM-CHM,60
13C,TiO2,CHM-CHM,193
13C,TiO2,CMT-CHM,32
13C,Time Dependent Density Functional Theory,CHM-CMT,38
13C,Tin,CHM-CHM,231
13C,Tin,CMT-CHM,165
13C,Titanium,CHM-CHM,132
13C,Tlc,CHM-CMT,64
13C,Tm,CHM-PRO,92
13C,Toluene,CHM-CHM,811
13C,Toluene,CMT-CHM,142
13C,Toluene,PRO-CHM,31
13C,Toluene-D8,CHM-CHM,37
13C,Ton,CHM-PRO,32
13C,Torsional Angle,CHM-PRO,138
13C,Total,CHM-PRO,34
13C,Total Energy,CHM-PRO,41
13C,Total Ion Chromatogram,CHM-CMT,50
13C,Toxicity,CHM-PRO,100
13C,Transesterification,CHM-SMT,70
13C,Transition Metal,CHM-CHM,149
13C,Transition Metal,CMT-CHM,33
13C,Transition Temperature,CHM-PRO,55
13C,Transitions,CHM-PRO,32
13C,Transmission Electron Micrograph,CHM-CMT,63
13C,Transmission Electron Microscopy,CHM-CMT,283
13C,Transmission Electron Microscopy,CMT-CMT,62
13C,Transparent,CHM-PRO,78
13C,Triazine,CHM-CHM,48
13C,Triazole,CHM-CHM,79
13C,Triblock,CHM-DSC,34
13C,Triblock Copolymer,CHM-DSC,59
13C,Triclinic,CHM-SPL,135
13C,Triclinic,CMT-SPL,48
13C,Tridentate,CHM-CHM,38
13C,Triethanolamine,CHM-CHM,31
13C,Triethylamine,CHM-CHM,134
13C,Triethylamine,CMT-CHM,34
13C,Triflate,CHM-CHM,35
13C,Trifluoroacetic Acid,CHM-CHM,43
13C,Triglycerides,CHM-CHM,45
13C,Trigonal,CHM-SPL,90
13C,Trigonal,CMT-SPL,52
13C,Trigonal Bipyramidal,CHM-CHM,37
13C,Trigonal Bipyramidal,CHM-SPL,30
13C,Trimethylsilyl,CHM-CHM,54
13C,Triphenylphosphine,CHM-CHM,65
13C,Tris,CHM-CHM,56
13C,Trisaccharide,CHM-CHM,41
13C,Trityl,CHM-CHM,36
13C,Tryptophan,CHM-CHM,40
13C,Tube,CHM-DSC,45
13C,Tumours,CHM-APL,41
13C,Tungsten,CHM-CHM,54
13C,Two-Dimensional,CHM-CMT,94
13C,Two-Dimensional,CHM-DSC,33
13C,Two-Dimensional,CMT-CMT,30
13C,Two-Dimensional NMR,CHM-CMT,45
13C,Two-Phase,CHM-SMT,35
13C,Tyr,CHM-CHM,59
13C,Tyrosine,CHM-CHM,60
13C,UV,CHM-CMT,245
13C,UV,CHM-SMT,30
13C,UV,CMT-CMT,47
13C,UV / Vis,CHM-CMT,168
13C,UV / Vis,CMT-CMT,34
13C,UV Absorption,CHM-CMT,42
13C,UV Irradiation,CHM-SMT,104
13C,UV Spectra,CHM-CMT,82
13C,UV Spectroscopy,CHM-CMT,40
13C,UV Spectrum,CHM-CMT,34
13C,UV Transmittance,CHM-PRO,74
13C,UV Vis,CHM-CMT,925
13C,UV Vis,CMT-CMT,178
13C,UV Vis Absorption,CHM-CMT,297
13C,UV Vis Absorption,CMT-CMT,36
13C,UV Vis Diffuse Reflectance,CHM-CMT,39
13C,UV Vis Spectroscopy,CHM-CMT,250
13C,UV Vis Spectroscopy,CMT-CMT,52
13C,UV Vis Spectrum,CHM-CMT,52
13C,UV Visible,CHM-CMT,184
13C,UV Visible,CMT-CMT,32
13C,UV Visible Absorption,CHM-CMT,119
13C,UV Visible Spectroscopy,CHM-CMT,51
13C,UV – Vis,CHM-CMT,145
13C,UV-VIS Spectral,CHM-CMT,207
13C,UV-VIS Spectral,CMT-CMT,35
13C,UV-Vis Spectra,CHM-CMT,46
13C,UV/VIS Spectral,CHM-CMT,40
13C,Ultimate Analysis,CHM-CMT,32
13C,Undoped,CHM-DSC,34
13C,Unit Cell,CHM-PRO,61
13C,Unit Cell Parameter,CHM-PRO,57
13C,Uracil,CHM-CHM,41
13C,Uranium,CHM-CHM,35
13C,Urea,CHM-CHM,234
13C,Urea,CMT-CHM,38
13C,Urethane,CHM-CHM,57
13C,Uronic Acid,CHM-CHM,39
13C,Val,CHM-CHM,52
13C,Valine,CHM-CHM,38
13C,Van Krevelen Diagram,CHM-CMT,33
13C,Vanadium,CHM-CHM,82
13C,Vanillin,CHM-CHM,36
13C,Vesicle,CHM-DSC,50
13C,Viability,CHM-PRO,57
13C,Vibration Mode,CHM-PRO,49
13C,Vibrational,CHM-CMT,42
13C,Vibrational Frequency,CHM-PRO,150
13C,Vibrational Spectra,CHM-CMT,50
13C,Vinyl,CHM-CHM,163
13C,Vinyl,CMT-CHM,46
13C,Vinyl Acetate,CHM-CHM,36
13C,Viscosities,CHM-PRO,51
13C,Viscosity,CHM-PRO,325
13C,Viscosity,CMT-PRO,50
13C,Viscosity Measurement,CHM-CMT,40
13C,WAXD,CHM-CMT,188
13C,WAXS,CHM-CMT,64
13C,Wafers,CHM-DSC,64
13C,Water Absorption,CHM-PRO,41
13C,Water Contact Angle,CHM-PRO,89
13C,Water Content,CHM-PRO,72
13C,Water Insoluble,CHM-PRO,43
13C,Water Solubility,CHM-PRO,39
13C,Water Soluble,CHM-PRO,258
13C,Water Soluble,CMT-PRO,71
13C,Water Uptake,CHM-PRO,109
13C,Weight,CHM-PRO,74
13C,Weight Average Molecular Weight,CHM-PRO,78
13C,Western Blots,CHM-CMT,50
13C,Wide Angle X-Ray Diffraction,CHM-CMT,72
13C,Working Electrodes,CHM-APL,64
13C,X Ray,CHM-CMT,321
13C,X Ray,CMT-CMT,105
13C,X Ray Analysis,CHM-CMT,189
13C,X Ray Analysis,CMT-CMT,60
13C,X Ray Diffractogram,CHM-CMT,107
13C,X-Ray Crystal Structure,CHM-CMT,246
13C,X-Ray Crystal Structure,CMT-CMT,66
13C,X-Ray Crystallographic Analysis,CHM-CMT,37
13C,X-Ray Crystallography,CHM-CMT,779
13C,X-Ray Crystallography,CMT-CMT,266
13C,X-Ray Diffraction,CHM-CMT,2146
13C,X-Ray Diffraction,CMT-CMT,620
13C,X-Ray Diffractometry,CHM-CMT,49
13C,X-Ray Photoelectron,CHM-CMT,33
13C,X-Ray Photoelectron Spectroscopy,CHM-CMT,139
13C,X-Ray Powder Diffraction,CHM-CMT,124
13C,X-Ray Single Crystal Diffraction,CHM-CMT,68
13C,X-Ray Structural Analysis,CHM-CMT,121
13C,X-Ray Structural Analysis,CMT-CMT,46
13C,X-ray Structure,CHM-CMT,276
13C,X-ray Structure,CMT-CMT,82
13C,XPS,CHM-CMT,809
13C,XPS,CMT-CMT,146
13C,XRD,CHM-CMT,1967
13C,XRD,CMT-CMT,382
13C,XRPD,CHM-CMT,42
13C,Xanes,CHM-CMT,43
13C,Xe,CHM-CHM,46
13C,Xenon,CHM-CHM,42
13C,Xerogels,CHM-DSC,63
13C,Xylene,CHM-CHM,73
13C,Xylose,CHM-CHM,126
13C,Young’s Modulus,CHM-PRO,42
13C,ZSM 5,CHM-CHM,69
13C,Zeolites,CHM-CHM,452
13C,Zeolites,CMT-CHM,116
13C,Zeta Potential,CHM-PRO,145
13C,Zinc,CHM-CHM,181
13C,Zinc,CMT-CHM,39
13C,Zinc II,CHM-CHM,88
13C,Zirconia,CHM-CHM,46
13C,Zirconium,CHM-CHM,84
13C,Zn,CHM-CHM,322
13C,Zn,CMT-CHM,64
13C,Zn(II),CHM-CHM,166
13C,Zn2+,CHM-CHM,137
13C,ZnCl2,CHM-CHM,72
13C,ZnO,CHM-CHM,91
13C,Zr,CHM-CHM,134
13C,ZrO2,CHM-CHM,48
13C,[D6]DMSO,CHM-CHM,69
13C,[D8]THF,CHM-CHM,33
13C,cadmium,CHM-CHM,50
13C,g-C3N4,CHM-CHM,32
13C,pH,CHM-PRO,84
13C,pKa,CHM-PRO,99
13C,Δ,CHM-PRO,142
13C,Δ,PRO-PRO,407
13C,Δ 13C,CHM-PRO,51
13C,Δ 13C,PRO-PRO,223
13C,Δ 18O,PRO-PRO,66
13C,Δ13C,CHM-PRO,42
13C,Δ18O,CHM-PRO,41
13C,β,CHM-PRO,158
13C,β,CMT-PRO,45
13C,β-CD,CHM-CHM,58
13C,β-Cyclodextrin,CHM-CHM,33
13C,"δ
13C",PRO-CHM,74
13C,δ 13C,PRO-CHM,72
13C,δ13c,CHM-PRO,160
13C,δ13c,PRO-PRO,78
13C,δ15N,PRO-PRO,77
13C,ε-Caprolactone,CHM-CHM,37
13C,η,CHM-PRO,52
13C,π-π Stacking,CHM-PRO,35
13C,σ,CHM-PRO,33
13C,τ,CHM-PRO,49
13C,ω,CHM-PRO,35
13C,ϕ,CHM-PRO,32
13C (B) NMR,1H,CMT-CMT,34
13C - NMR,13C,CMT-CHM,1151
13C - NMR,13C,CMT-CMT,108
13C - NMR,1H,CMT-CHM,779
13C - NMR,1H,CMT-CMT,86
13C - NMR,1H NMR,CMT-CMT,39
13C - NMR,1H-NMR,CMT-CMT,642
13C - NMR,CDCl3,CMT-CHM,53
13C - NMR,CO2,CMT-CHM,38
13C - NMR,Carbon,CMT-CHM,91
13C - NMR,Catalyst,CMT-APL,76
13C - NMR,Chemical Shift,CMT-PRO,49
13C - NMR,Chemical Structures,CMT-PRO,80
13C - NMR,Compositions,CMT-PRO,71
13C - NMR,Copolymer,CMT-DSC,120
13C - NMR,D2O,CMT-CHM,37
13C - NMR,DMSO-D6,CMT-CHM,43
13C - NMR,DSC,CMT-CMT,188
13C - NMR,Differential Scanning Calorimetry,CMT-CMT,60
13C - NMR,Elemental Analysis,CMT-CMT,213
13C - NMR,Ethylene,CMT-CHM,32
13C - NMR,FT-IR,CMT-CMT,190
13C - NMR,FTIR,CMT-CMT,234
13C - NMR,Film,CMT-DSC,33
13C - NMR,Films,CMT-DSC,49
13C - NMR,Fourier Transform Infrared,CMT-CMT,35
13C - NMR,GPC,CMT-CMT,95
13C - NMR,Gel Permeation Chromatography,CMT-CMT,47
13C - NMR,Glass Transition Temperature,CMT-PRO,49
13C - NMR,Heating,CMT-SMT,30
13C - NMR,Hplc,CMT-CMT,37
13C - NMR,Hydrogen,CMT-CHM,59
13C - NMR,Hydroxyl,CMT-CHM,36
13C - NMR,Ir,CMT-CMT,193
13C - NMR,MS,CMT-CMT,47
13C - NMR,Mechanical Property,CMT-PRO,50
13C - NMR,Microstructure,CMT-PRO,63
13C - NMR,Molecular Structure,CMT-PRO,48
13C - NMR,Molecular Weight,CMT-PRO,132
13C - NMR,Morphology,CMT-PRO,32
13C - NMR,N2,CMT-CHM,47
13C - NMR,NMR,CMT-CMT,177
13C - NMR,Nanoparticles,CMT-DSC,35
13C - NMR,Nitrogen,CMT-CHM,70
13C - NMR,Polymers,CMT-DSC,30
13C - NMR,Raman,CMT-CMT,33
13C - NMR,SEM,CMT-CMT,122
13C - NMR,Structure,CMT-PRO,104
13C - NMR,Styrene,CMT-CHM,35
13C - NMR,Surface,CMT-DSC,51
13C - NMR,TEM,CMT-CMT,73
13C - NMR,TG,CMT-CMT,30
13C - NMR,TG,CMT-PRO,38
13C - NMR,THF,CMT-CHM,33
13C - NMR,Tga,CMT-CMT,178
13C - NMR,Thermal Properties,CMT-PRO,59
13C - NMR,Thermal Stability,CMT-PRO,47
13C - NMR,Thermogravimetric Analysis,CMT-CMT,66
13C - NMR,UV Vis,CMT-CMT,66
13C - NMR,X-Ray Diffraction,CMT-CMT,78
13C - NMR,XRD,CMT-CMT,81
13C / 12C,Carbon,PRO-CHM,40
13C CP MAS,13C,CMT-CHM,340
13C CP MAS,13C,CMT-CMT,47
13C CP MAS,1H,CMT-CHM,86
13C CP MAS,Carbon,CMT-CHM,56
13C CP MAS,Catalyst,CMT-APL,34
13C CP MAS,Chemical Shift,CMT-PRO,32
13C CP MAS,DSC,CMT-CMT,41
13C CP MAS,FT-IR,CMT-CMT,50
13C CP MAS,FTIR,CMT-CMT,38
13C CP MAS,Hydrogen,CMT-CHM,37
13C CP MAS,N2,CMT-CHM,37
13C CP MAS,NMR,CMT-CMT,47
13C CP MAS,Nitrogen,CMT-CHM,52
13C CP MAS,SEM,CMT-CMT,65
13C CP MAS,Silica,CMT-CHM,43
13C CP MAS,Structure,CMT-PRO,36
13C CP MAS,Surface,CMT-DSC,32
13C CP MAS,TEM,CMT-CMT,66
13C CP MAS,X-Ray Diffraction,CMT-CMT,32
13C CP MAS,XRD,CMT-CMT,53
13C CP MAS NMR,13C,CMT-CHM,1665
13C CP MAS NMR,13C,CMT-CMT,149
13C CP MAS NMR,13C Chemical Shift,CMT-PRO,35
13C CP MAS NMR,13C MAS NMR,CMT-CMT,48
13C CP MAS NMR,13C NMR,CMT-CMT,134
13C CP MAS NMR,15N,CMT-CHM,66
13C CP MAS NMR,1H,CMT-CHM,232
13C CP MAS NMR,1H,CMT-CMT,35
13C CP MAS NMR,1H MAS,CMT-CHM,59
13C CP MAS NMR,1H MAS NMR,CMT-CMT,110
13C CP MAS NMR,1H NMR,CMT-CMT,107
13C CP MAS NMR,27Al MAS NMR,CMT-CMT,38
13C CP MAS NMR,27Al MAS-NMR,CMT-CMT,54
13C CP MAS NMR,29Si,CMT-CHM,107
13C CP MAS NMR,29Si,CMT-CMT,48
13C CP MAS NMR,29Si CP MAS NMR,CMT-CMT,176
13C CP MAS NMR,29Si MAS NMR,CMT-CMT,119
13C CP MAS NMR,29Si MAS-NMR,CMT-CMT,123
13C CP MAS NMR,2D,CMT-CMT,36
13C CP MAS NMR,31P MAS-NMR,CMT-CMT,88
13C CP MAS NMR,AFM,CMT-CMT,41
13C CP MAS NMR,APTES,CMT-CHM,30
13C CP MAS NMR,Acetone,CMT-CHM,31
13C CP MAS NMR,Activity,CMT-PRO,38
13C CP MAS NMR,Adsorption Isotherm,CMT-CMT,39
13C CP MAS NMR,Al,CMT-CHM,93
13C CP MAS NMR,Al2O3,CMT-CHM,31
13C CP MAS NMR,Alkyls,CMT-CHM,35
13C CP MAS NMR,Aluminum,CMT-CHM,30
13C CP MAS NMR,Amines,CMT-CHM,65
13C CP MAS NMR,Amorphous,CMT-DSC,68
13C CP MAS NMR,As Prepared,CMT-DSC,30
13C CP MAS NMR,As-Synthesized,CMT-DSC,112
13C CP MAS NMR,Benzenes,CMT-CHM,50
13C CP MAS NMR,Bulk,CMT-DSC,40
13C CP MAS NMR,CDCl3,CMT-CHM,42
13C CP MAS NMR,CH3,CMT-CHM,30
13C CP MAS NMR,CH4,CMT-CHM,45
13C CP MAS NMR,CO,CMT-CHM,36
13C CP MAS NMR,CO2,CMT-CHM,131
13C CP MAS NMR,CPMAS NMR,CMT-CMT,133
13C CP MAS NMR,Calcination,CMT-SMT,55
13C CP MAS NMR,Calcined,CMT-SMT,100
13C CP MAS NMR,Carbon,CMT-CHM,223
13C CP MAS NMR,Carbons,CMT-CHM,60
13C CP MAS NMR,Carbonyls,CMT-CHM,30
13C CP MAS NMR,Catalyst,CMT-APL,305
13C CP MAS NMR,Catalytic Activity,CMT-PRO,68
13C CP MAS NMR,Catalytic Performance,CMT-PRO,35
13C CP MAS NMR,Chemical Shift,CMT-PRO,118
13C CP MAS NMR,Chemical Structures,CMT-PRO,100
13C CP MAS NMR,Composite,CMT-DSC,65
13C CP MAS NMR,Compositions,CMT-PRO,76
13C CP MAS NMR,Crystal,CMT-DSC,89
13C CP MAS NMR,Crystal Structure,CMT-PRO,69
13C CP MAS NMR,Crystalline,CMT-DSC,82
13C CP MAS NMR,Crystallinity,CMT-PRO,48
13C CP MAS NMR,Cu,CMT-CHM,32
13C CP MAS NMR,D2O,CMT-CHM,36
13C CP MAS NMR,DFT,CMT-CMT,49
13C CP MAS NMR,DMF,CMT-CHM,31
13C CP MAS NMR,DSC,CMT-CMT,125
13C CP MAS NMR,DTA,CMT-CMT,54
13C CP MAS NMR,DTG,CMT-CHM,46
13C CP MAS NMR,Desorption Isotherm,CMT-CMT,31
13C CP MAS NMR,Dtg,CMT-CMT,30
13C CP MAS NMR,EDX,CMT-CMT,46
13C CP MAS NMR,Elemental Analysis,CMT-CMT,74
13C CP MAS NMR,Ethanol,CMT-CHM,87
13C CP MAS NMR,FESEM,CMT-CMT,36
13C CP MAS NMR,FT-IR,CMT-CMT,278
13C CP MAS NMR,FTIR,CMT-CMT,329
13C CP MAS NMR,Fibers,CMT-DSC,39
13C CP MAS NMR,Film,CMT-DSC,36
13C CP MAS NMR,Films,CMT-DSC,38
13C CP MAS NMR,H2,CMT-CHM,51
13C CP MAS NMR,H2O,CMT-CHM,76
13C CP MAS NMR,H2O2,CMT-CHM,36
13C CP MAS NMR,HCl,CMT-CHM,43
13C CP MAS NMR,HRTEM,CMT-CMT,79
13C CP MAS NMR,Heated,CMT-SMT,51
13C CP MAS NMR,Heating,CMT-SMT,73
13C CP MAS NMR,Hexagonal,CMT-SPL,46
13C CP MAS NMR,Hybrid,CMT-DSC,33
13C CP MAS NMR,Hydrogen,CMT-CHM,205
13C CP MAS NMR,Hydrolysis,CMT-SMT,42
13C CP MAS NMR,Hydroxyl,CMT-CHM,38
13C CP MAS NMR,IR,CMT-CMT,34
13C CP MAS NMR,Infrared,CMT-CMT,32
13C CP MAS NMR,Ir,CMT-CMT,87
13C CP MAS NMR,Layered,CMT-DSC,32
13C CP MAS NMR,Layers,CMT-DSC,75
13C CP MAS NMR,MAS NMR,CMT-CMT,48
13C CP MAS NMR,MCM-41,CMT-CHM,68
13C CP MAS NMR,Membrane,CMT-DSC,32
13C CP MAS NMR,Mesoporous,CMT-DSC,144
13C CP MAS NMR,Methanol,CMT-CHM,106
13C CP MAS NMR,Methyl,CMT-CHM,46
13C CP MAS NMR,Molecular Structure,CMT-PRO,75
13C CP MAS NMR,Morphology,CMT-PRO,50
13C CP MAS NMR,N2,CMT-CHM,344
13C CP MAS NMR,N2 Adsorption,CMT-CMT,35
13C CP MAS NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,124
13C CP MAS NMR,N2 Adsorption Isotherm,CMT-CMT,31
13C CP MAS NMR,N2 Sorption Isotherm,CMT-CMT,42
13C CP MAS NMR,NH3,CMT-CHM,40
13C CP MAS NMR,NMR,CMT-CMT,120
13C CP MAS NMR,NaOH,CMT-CHM,35
13C CP MAS NMR,Nanoparticles,CMT-DSC,68
13C CP MAS NMR,Nitrogen,CMT-CHM,334
13C CP MAS NMR,Nitrogen Adsorption,CMT-CMT,37
13C CP MAS NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,109
13C CP MAS NMR,Nitrogen Sorption Isotherm,CMT-CMT,30
13C CP MAS NMR,O,CMT-CHM,83
13C CP MAS NMR,O2,CMT-CHM,40
13C CP MAS NMR,OH,CMT-CHM,30
13C CP MAS NMR,Organosilicate,CMT-CHM,39
13C CP MAS NMR,Oxidation,CMT-SMT,36
13C CP MAS NMR,Oxygen,CMT-CHM,106
13C CP MAS NMR,PXRD,CMT-CMT,89
13C CP MAS NMR,Particles,CMT-DSC,69
13C CP MAS NMR,Pd,CMT-CHM,49
13C CP MAS NMR,Pore Size Distribution,CMT-PRO,220
13C CP MAS NMR,Pore Sizes,CMT-PRO,34
13C CP MAS NMR,Pore Volume,CMT-PRO,30
13C CP MAS NMR,Porous,CMT-DSC,62
13C CP MAS NMR,Powder,CMT-DSC,120
13C CP MAS NMR,Powder XRD,CMT-CMT,71
13C CP MAS NMR,Pure,CMT-DSC,30
13C CP MAS NMR,Pyridine,CMT-CHM,34
13C CP MAS NMR,Raman,CMT-CMT,108
13C CP MAS NMR,SBA-15,CMT-CHM,94
13C CP MAS NMR,SEM,CMT-CMT,530
13C CP MAS NMR,Scanning Electron Micrograph,CMT-CMT,39
13C CP MAS NMR,Si,CMT-CHM,141
13C CP MAS NMR,SiO2,CMT-CHM,99
13C CP MAS NMR,Silanol,CMT-CHM,36
13C CP MAS NMR,Silica,CMT-CHM,262
13C CP MAS NMR,Silicon,CMT-CHM,42
13C CP MAS NMR,Single Crystal,CMT-DSC,46
13C CP MAS NMR,Solid,CMT-DSC,37
13C CP MAS NMR,Solid State NMR,CMT-CMT,36
13C CP MAS NMR,Structure,CMT-PRO,189
13C CP MAS NMR,Structures,CMT-PRO,33
13C CP MAS NMR,Surface,CMT-DSC,198
13C CP MAS NMR,Surface Area,CMT-PRO,44
13C CP MAS NMR,Surfaces,CMT-DSC,35
13C CP MAS NMR,TEM,CMT-CMT,460
13C CP MAS NMR,TEOS,CMT-CHM,37
13C CP MAS NMR,TG,CMT-CMT,95
13C CP MAS NMR,TGA,CMT-CMT,95
13C CP MAS NMR,THF,CMT-CHM,33
13C CP MAS NMR,Textural Properties,CMT-PRO,43
13C CP MAS NMR,Tga,CMT-CMT,147
13C CP MAS NMR,Thermal Analysis,CMT-CMT,32
13C CP MAS NMR,Thermogravimetric Analysis,CMT-CMT,68
13C CP MAS NMR,Ti,CMT-CHM,33
13C CP MAS NMR,Toluene,CMT-CHM,72
13C CP MAS NMR,UV Vis,CMT-CMT,51
13C CP MAS NMR,X-Ray Diffraction,CMT-CMT,179
13C CP MAS NMR,XPS,CMT-CMT,176
13C CP MAS NMR,XRD,CMT-CMT,473
13C CP MAS NMR,Zeolites,CMT-CHM,106
13C CP MAS NMR,Zn,CMT-CHM,43
13C Chemical Shift,13C,PRO-CHM,386
13C Chemical Shift,13C,PRO-CMT,108
13C Chemical Shift,13C,PRO-PRO,55
13C Chemical Shift,13C CP MAS NMR,PRO-CMT,35
13C Chemical Shift,13C NMR,PRO-CMT,149
13C Chemical Shift,15N,PRO-CHM,64
13C Chemical Shift,1H,PRO-CHM,303
13C Chemical Shift,1H,PRO-CMT,70
13C Chemical Shift,1H,PRO-PRO,210
13C Chemical Shift,1H Chemical Shift,PRO-PRO,88
13C Chemical Shift,1H NMR,PRO-CMT,85
13C Chemical Shift,1H and 13C,PRO-CHM,201
13C Chemical Shift,2D,PRO-CMT,72
13C Chemical Shift,B3LYP,PRO-CMT,54
13C Chemical Shift,Bond Length,PRO-PRO,54
13C Chemical Shift,CDCl3,PRO-CHM,42
13C Chemical Shift,Carbon,PRO-CHM,183
13C Chemical Shift,Carbons,PRO-CHM,105
13C Chemical Shift,Carbonyls,PRO-CHM,41
13C Chemical Shift,Chemical Shift,PRO-PRO,234
13C Chemical Shift,Chemical Structures,PRO-PRO,39
13C Chemical Shift,Crystal,PRO-DSC,50
13C Chemical Shift,Crystal Structure,PRO-PRO,42
13C Chemical Shift,Crystalline,PRO-DSC,34
13C Chemical Shift,D2O,PRO-CHM,48
13C Chemical Shift,DFT,PRO-CMT,86
13C Chemical Shift,DMSO,PRO-CHM,33
13C Chemical Shift,FTIR,PRO-CMT,34
13C Chemical Shift,H2O,PRO-CHM,40
13C Chemical Shift,HMBC,PRO-CMT,40
13C Chemical Shift,Hydrogen,PRO-CHM,155
13C Chemical Shift,Ir,PRO-CMT,43
13C Chemical Shift,Methanol,PRO-CHM,31
13C Chemical Shift,Methyl,PRO-CHM,54
13C Chemical Shift,Molecular Structure,PRO-PRO,68
13C Chemical Shift,NMR,PRO-CMT,196
13C Chemical Shift,Nitrogen,PRO-CHM,57
13C Chemical Shift,Oxygen,PRO-CHM,45
13C Chemical Shift,Solid State NMR,PRO-CMT,33
13C Chemical Shift,Structure,PRO-PRO,91
13C Chemical Shift,Structures,PRO-PRO,38
13C Chemical Shift,X Ray,PRO-CMT,35
13C Chemical Shift,X-Ray Diffraction,PRO-CMT,46
13C MAS NMR,13C,CMT-CHM,204
13C MAS NMR,13C,CMT-CMT,61
13C MAS NMR,13C CP MAS NMR,CMT-CMT,48
13C MAS NMR,13C NMR,CMT-CMT,74
13C MAS NMR,1H,CMT-CHM,128
13C MAS NMR,1H MAS,CMT-CHM,36
13C MAS NMR,1H MAS NMR,CMT-CMT,85
13C MAS NMR,1H NMR,CMT-CMT,30
13C MAS NMR,29Si,CMT-CHM,48
13C MAS NMR,29Si,CMT-CMT,53
13C MAS NMR,29Si MAS NMR,CMT-CMT,77
13C MAS NMR,29Si MAS-NMR,CMT-CMT,81
13C MAS NMR,31P MAS-NMR,CMT-CMT,54
13C MAS NMR,Al,CMT-CHM,63
13C MAS NMR,As-Synthesized,CMT-DSC,76
13C MAS NMR,Benzenes,CMT-CHM,36
13C MAS NMR,CO2,CMT-CHM,79
13C MAS NMR,Calcination,CMT-SMT,38
13C MAS NMR,Calcined,CMT-SMT,69
13C MAS NMR,Carbon,CMT-CHM,121
13C MAS NMR,Carbons,CMT-CHM,32
13C MAS NMR,Catalyst,CMT-APL,175
13C MAS NMR,Chemical Shift,CMT-PRO,61
13C MAS NMR,Compositions,CMT-PRO,43
13C MAS NMR,Crystal,CMT-DSC,38
13C MAS NMR,Crystal Structure,CMT-PRO,34
13C MAS NMR,Crystalline,CMT-DSC,43
13C MAS NMR,DSC,CMT-CMT,32
13C MAS NMR,DTA,CMT-CMT,30
13C MAS NMR,Elemental Analysis,CMT-CMT,33
13C MAS NMR,Ethanol,CMT-CHM,36
13C MAS NMR,FT-IR,CMT-CMT,78
13C MAS NMR,FTIR,CMT-CMT,107
13C MAS NMR,H2,CMT-CHM,34
13C MAS NMR,H2O,CMT-CHM,41
13C MAS NMR,HRTEM,CMT-CMT,33
13C MAS NMR,Heating,CMT-SMT,53
13C MAS NMR,Hydrogen,CMT-CHM,84
13C MAS NMR,IR,CMT-CMT,30
13C MAS NMR,Ir,CMT-CMT,44
13C MAS NMR,Layers,CMT-DSC,33
13C MAS NMR,MAS NMR,CMT-CMT,60
13C MAS NMR,Mesoporous,CMT-DSC,59
13C MAS NMR,Methane,CMT-CHM,35
13C MAS NMR,Methanol,CMT-CHM,71
13C MAS NMR,Methyl,CMT-CHM,36
13C MAS NMR,N2,CMT-CHM,151
13C MAS NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,49
13C MAS NMR,N2 Sorption Isotherm,CMT-CMT,32
13C MAS NMR,NH3,CMT-CHM,32
13C MAS NMR,NMR,CMT-CMT,90
13C MAS NMR,Nitrogen,CMT-CHM,104
13C MAS NMR,O,CMT-CHM,34
13C MAS NMR,Oxygen,CMT-CHM,47
13C MAS NMR,Pore Size Distribution,CMT-PRO,61
13C MAS NMR,Powder,CMT-DSC,67
13C MAS NMR,Raman,CMT-CMT,61
13C MAS NMR,SEM,CMT-CMT,213
13C MAS NMR,Si,CMT-CHM,81
13C MAS NMR,SiO2,CMT-CHM,45
13C MAS NMR,Silica,CMT-CHM,91
13C MAS NMR,Structure,CMT-PRO,86
13C MAS NMR,Surface,CMT-DSC,100
13C MAS NMR,TEM,CMT-CMT,182
13C MAS NMR,TG,CMT-CMT,37
13C MAS NMR,Tga,CMT-CMT,51
13C MAS NMR,X-Ray Diffraction,CMT-CMT,72
13C MAS NMR,XPS,CMT-CMT,61
13C MAS NMR,XRD,CMT-CMT,226
13C MAS NMR,Zeolites,CMT-CHM,151
13C Methanol,13C,CHM-CHM,35
13C Methanol,Catalyst,CHM-APL,35
13C Methanol,Methanol,CHM-CHM,51
13C NMR,(B) 1H,CMT-CHM,89
13C NMR,(C) 1H,CMT-CHM,53
13C NMR,"1,10-Phenantroline",CMT-CHM,40
13C NMR,"1,4-Dioxane",CMT-CHM,51
13C NMR,1-Hexene,CMT-CHM,76
13C NMR,1-Octene,CMT-CHM,45
13C NMR,119Sn,CMT-CHM,47
13C NMR,119Sn-NMR,CMT-CMT,33
13C NMR,11B,CMT-CMT,57
13C NMR,11B NMR,CMT-CMT,33
13C NMR,13C,CMT-CHM,14299
13C NMR,13C,CMT-CMT,446
13C NMR,13C,CMT-PRO,88
13C NMR,13C CP MAS NMR,CMT-CMT,134
13C NMR,13C Chemical Shift,CMT-PRO,149
13C NMR,13C MAS NMR,CMT-CMT,74
13C NMR,13C NMR Chemical Shift,CMT-PRO,43
13C NMR,13C NMR Spectroscopy,CMT-CMT,77
13C NMR,13C Nuclear Magnetic Resonance,CMT-CMT,59
13C NMR,13CO,CMT-CHM,32
13C NMR,13CO2,CMT-CHM,52
13C NMR,13C{1H},CMT-CHM,34
13C NMR,13C{1H} NMR,CMT-CMT,32
13C NMR,15N,CMT-CHM,160
13C NMR,15N NMR,CMT-CMT,74
13C NMR,17O,CMT-CHM,37
13C NMR,180C,CMT-CHM,49
13C NMR,195Pt,CMT-CHM,45
13C NMR,19F,CMT-CHM,229
13C NMR,19F,CMT-CMT,67
13C NMR,19F NMR,CMT-CMT,162
13C NMR,1D,CMT-CMT,75
13C NMR,1D,CMT-DSC,45
13C NMR,1H,CMT-CHM,10657
13C NMR,1H,CMT-CMT,3687
13C NMR,1H,CMT-PRO,170
13C NMR,1H 13C HSQC,CMT-CMT,54
13C NMR,1H COSY,CMT-CHM,141
13C NMR,1H Chemical Shift,CMT-PRO,35
13C NMR,1H NMR,CMT-CMT,7756
13C NMR,1H NMR Spectroscopy,CMT-CMT,72
13C NMR,1H Nuclear Magnetic Resonance,CMT-CMT,42
13C NMR,1H and 13C,CMT-CHM,763
13C NMR,1H-13C HSQC NMR,CMT-CMT,31
13C NMR,1H-1H COSY,CMT-CMT,213
13C NMR,1H-NMR,CMT-CMT,67
13C NMR,1H–13C,CMT-CHM,86
13C NMR,1H–1H,CMT-CHM,38
13C NMR,2-Propanol,CMT-CHM,39
13C NMR,25C,CMT-CHM,106
13C NMR,27Al NMR,CMT-CMT,50
13C NMR,29Si,CMT-CHM,137
13C NMR,29Si,CMT-CMT,61
13C NMR,29Si MAS-NMR,CMT-CMT,36
13C NMR,29Si NMR,CMT-CMT,306
13C NMR,2D,CMT-CMT,210
13C NMR,2D,CMT-DSC,64
13C NMR,2D NMR,CMT-CMT,155
13C NMR,2H,CMT-CHM,56
13C NMR,2H NMR,CMT-CMT,52
13C NMR,2p,CMT-CMT,30
13C NMR,31P,CMT-CMT,103
13C NMR,31P NMR,CMT-CMT,386
13C NMR,37C,CMT-CHM,34
13C NMR,3D,CMT-CMT,44
13C NMR,3D,CMT-DSC,70
13C NMR,"6-311++G(D,P)",CMT-CMT,55
13C NMR,6-31G(D),CMT-CMT,33
13C NMR,6-31G*,CMT-CMT,45
13C NMR,AFM,CMT-CMT,307
13C NMR,AIBN,CMT-CHM,76
13C NMR,ATR,CMT-CMT,49
13C NMR,ATR-FT-IR,CMT-CMT,86
13C NMR,ATR-IR,CMT-CMT,39
13C NMR,ATRP,CMT-SMT,62
13C NMR,Ab Initio Calculations,CMT-CMT,40
13C NMR,Absolute Configuration,CMT-PRO,36
13C NMR,Absorbance,CMT-PRO,151
13C NMR,Absorbent,CMT-APL,41
13C NMR,Absorption,CMT-CMT,163
13C NMR,Absorption,CMT-PRO,128
13C NMR,Absorption Bands,CMT-PRO,64
13C NMR,Absorption Maximum,CMT-PRO,48
13C NMR,Absorption Spectrum,CMT-CMT,201
13C NMR,Ac2O,CMT-CHM,45
13C NMR,AcOH,CMT-CHM,51
13C NMR,Acetate,CMT-CHM,139
13C NMR,Acetic Acid,CMT-CHM,168
13C NMR,Acetic Anhydride,CMT-CHM,40
13C NMR,Acetone,CMT-CHM,307
13C NMR,Acetone-D6,CMT-CHM,42
13C NMR,Acetonitrile,CMT-CHM,342
13C NMR,Acetophenone,CMT-CHM,35
13C NMR,Acetyl,CMT-CHM,61
13C NMR,Acetylation,CMT-SMT,36
13C NMR,Acidic Hydrolysis,CMT-SMT,74
13C NMR,Acidity,CMT-PRO,50
13C NMR,Acrylamide,CMT-CHM,30
13C NMR,Acrylate,CMT-CHM,37
13C NMR,Acrylic Acid,CMT-CHM,30
13C NMR,Activation Energies,CMT-PRO,45
13C NMR,Activation Energy,CMT-PRO,126
13C NMR,Activation Parameters,CMT-PRO,35
13C NMR,Activities,CMT-PRO,39
13C NMR,Activity,CMT-PRO,255
13C NMR,Acyl,CMT-CHM,66
13C NMR,Adsorbent,CMT-APL,76
13C NMR,Adsorption Capacity,CMT-PRO,71
13C NMR,Adsorption Isotherm,CMT-CMT,67
13C NMR,Adsorption Isotherm,CMT-PRO,32
13C NMR,Ag,CMT-CHM,191
13C NMR,Ag(I),CMT-CHM,35
13C NMR,Ag+,CMT-CHM,62
13C NMR,Ag2O,CMT-CHM,31
13C NMR,AgCl,CMT-CHM,71
13C NMR,AgNO3,CMT-CHM,35
13C NMR,Aged,CMT-SMT,33
13C NMR,Aging,CMT-SMT,59
13C NMR,Al,CMT-CHM,247
13C NMR,Al2O3,CMT-CHM,62
13C NMR,Al3+,CMT-CHM,40
13C NMR,AlCl3,CMT-CHM,50
13C NMR,Alanine,CMT-CHM,40
13C NMR,Alcohols,CMT-CHM,247
13C NMR,Aldehyde,CMT-CHM,220
13C NMR,Aldol,CMT-CHM,52
13C NMR,Alkane,CMT-CHM,62
13C NMR,Alkene,CMT-CHM,74
13C NMR,Alkoxyl,CMT-CHM,45
13C NMR,Alkylation,CMT-SMT,33
13C NMR,Alkyls,CMT-CHM,301
13C NMR,Alkyne,CMT-CHM,117
13C NMR,Allyl,CMT-CHM,58
13C NMR,Alumina,CMT-CHM,50
13C NMR,Aluminum,CMT-CHM,98
13C NMR,Amides,CMT-CHM,223
13C NMR,Amines,CMT-CHM,395
13C NMR,Amino,CMT-CHM,157
13C NMR,Amino Acid,CMT-CHM,180
13C NMR,Ammonia,CMT-CHM,62
13C NMR,Ammonium,CMT-CHM,49
13C NMR,Amorphous,CMT-DSC,204
13C NMR,Amphiphilic,CMT-PRO,101
13C NMR,Analysis,CMT-CMT,68
13C NMR,Angles,CMT-PRO,446
13C NMR,Anilines,CMT-CHM,99
13C NMR,Annealed,CMT-SMT,64
13C NMR,Annealing,CMT-SMT,78
13C NMR,Anode,CMT-APL,53
13C NMR,Anthracene,CMT-CHM,36
13C NMR,Anti-Cancer Activity,CMT-PRO,60
13C NMR,Anti-Inflammatory Activity,CMT-PRO,34
13C NMR,Anti-Proliferative Activity,CMT-PRO,53
13C NMR,Anti-Tumor Activity,CMT-PRO,61
13C NMR,Antibacterial,CMT-PRO,127
13C NMR,Antibacterial Activity,CMT-PRO,201
13C NMR,Antifungal,CMT-PRO,46
13C NMR,Antifungal Activity,CMT-PRO,138
13C NMR,Antimicrobial,CMT-PRO,48
13C NMR,Antimicrobial Activity,CMT-PRO,210
13C NMR,Antioxidant Activity,CMT-PRO,103
13C NMR,Ar,CMT-CHM,61
13C NMR,Arabinose,CMT-CHM,38
13C NMR,Arene,CMT-CHM,36
13C NMR,Argon,CMT-CHM,76
13C NMR,Aromatic Aldehyde,CMT-CHM,55
13C NMR,Aromatic Carbon,CMT-CHM,37
13C NMR,Aromaticity,CMT-PRO,75
13C NMR,Aromatics,CMT-CHM,32
13C NMR,Arrhenius Plot,CMT-CMT,111
13C NMR,Aryl,CMT-CHM,92
13C NMR,As Prepared,CMT-DSC,82
13C NMR,As-Synthesized,CMT-DSC,81
13C NMR,Ascorbic Acid,CMT-CHM,41
13C NMR,Atomic Charge,CMT-PRO,36
13C NMR,Atomic Force Microscopy,CMT-CMT,75
13C NMR,Au,CMT-CHM,103
13C NMR,Azides,CMT-CHM,67
13C NMR,Azo,CMT-CHM,50
13C NMR,Azomethines,CMT-CHM,44
13C NMR,B3LYP,CMT-CMT,405
13C NMR,B3LYP/6-31G(d),CMT-CMT,38
13C NMR,BET,CMT-CMT,49
13C NMR,BET Surface Area,CMT-PRO,31
13C NMR,BF3,CMT-CHM,34
13C NMR,BSTRAct A,CMT-CHM,108
13C NMR,Band Gap,CMT-PRO,30
13C NMR,Basicity,CMT-PRO,35
13C NMR,Benzaldehyde,CMT-CHM,75
13C NMR,Benzenes,CMT-CHM,269
13C NMR,Benzimidazole,CMT-CHM,45
13C NMR,Benzoic Acid,CMT-CHM,34
13C NMR,Benzoxazine,CMT-CHM,62
13C NMR,Benzyl,CMT-CHM,65
13C NMR,Benzyl Alcohol,CMT-CHM,36
13C NMR,Bicarbonate,CMT-CHM,70
13C NMR,Bilayer,CMT-DSC,42
13C NMR,Binding Constant,CMT-PRO,65
13C NMR,Binding Energy,CMT-PRO,37
13C NMR,Bio Diesel,CMT-APL,42
13C NMR,Biocompatibility,CMT-PRO,31
13C NMR,Biodegradable,CMT-PRO,56
13C NMR,Biological Activity,CMT-PRO,93
13C NMR,Biphenyls,CMT-CHM,34
13C NMR,Blend,CMT-DSC,144
13C NMR,Block Copolymer,CMT-DSC,122
13C NMR,Blue Line,CMT-CHM,112
13C NMR,Bond Angles,CMT-PRO,145
13C NMR,Bond Distance,CMT-PRO,124
13C NMR,Bond Length,CMT-PRO,571
13C NMR,Bonding,CMT-PRO,34
13C NMR,Boron,CMT-CHM,61
13C NMR,Br,CMT-CHM,193
13C NMR,Breast,CMT-SPL,53
13C NMR,Bromide,CMT-CHM,40
13C NMR,Bromine,CMT-CHM,50
13C NMR,Bulk,CMT-DSC,193
13C NMR,Butadiene,CMT-CHM,31
13C NMR,Butyl,CMT-CHM,43
13C NMR,C,CMT-CHM,148
13C NMR,C H,CMT-CHM,47
13C NMR,C-C,CMT-CHM,33
13C NMR,C-H,CMT-CHM,41
13C NMR,C2/C,CMT-SPL,37
13C NMR,C2D2Cl4,CMT-CHM,32
13C NMR,C60,CMT-CHM,159
13C NMR,C6D6,CMT-CHM,89
13C NMR,CCl4,CMT-CHM,38
13C NMR,CD2Cl2,CMT-CHM,139
13C NMR,CD3CN,CMT-CHM,92
13C NMR,CD3OD,CMT-CHM,175
13C NMR,CDCl3,CMT-CHM,1468
13C NMR,CF3,CMT-CHM,39
13C NMR,CH,CMT-CHM,134
13C NMR,CH2,CMT-CHM,163
13C NMR,CH2Cl2,CMT-CHM,466
13C NMR,CH3,CMT-CHM,216
13C NMR,CH3CN,CMT-CHM,219
13C NMR,CH3OH,CMT-CHM,91
13C NMR,CH4,CMT-CHM,102
13C NMR,CHCl3,CMT-CHM,220
13C NMR,CHN Analysis,CMT-CMT,38
13C NMR,CLSM,CMT-CMT,50
13C NMR,CMC,CMT-PRO,50
13C NMR,CO,CMT-CHM,455
13C NMR,CO2,CMT-APL,41
13C NMR,CO2,CMT-CHM,746
13C NMR,CO2 Absorption,CMT-APL,62
13C NMR,CO2 Capture,CMT-APL,58
13C NMR,COOH,CMT-CHM,83
13C NMR,CP,CMT-CMT,50
13C NMR,CP,CMT-SMT,30
13C NMR,CPMAS,CMT-CMT,51
13C NMR,CPMAS NMR,CMT-CMT,50
13C NMR,CS2,CMT-CHM,80
13C NMR,CV,CMT-CMT,195
13C NMR,Ca,CMT-CHM,65
13C NMR,Ca2+,CMT-CHM,74
13C NMR,CaCl2,CMT-CHM,34
13C NMR,Calcination,CMT-SMT,64
13C NMR,Calcined,CMT-SMT,89
13C NMR,Calcium,CMT-CHM,39
13C NMR,Calculations,CMT-CMT,42
13C NMR,Cancer,CMT-APL,31
13C NMR,Carbamates,CMT-CHM,120
13C NMR,Carbazoles,CMT-CHM,35
13C NMR,Carbenes,CMT-CHM,92
13C NMR,Carbohydrate,CMT-CHM,151
13C NMR,Carbon,CMT-CHM,1908
13C NMR,Carbon,CMT-PRO,38
13C NMR,Carbon Content,CMT-PRO,31
13C NMR,Carbon Dioxide,CMT-CHM,134
13C NMR,Carbon Monoxide,CMT-CHM,36
13C NMR,Carbon Number,CMT-PRO,30
13C NMR,Carbon-13,CMT-CHM,53
13C NMR,Carbonates,CMT-CHM,146
13C NMR,Carbons,CMT-CHM,654
13C NMR,Carbonyl Carbon,CMT-CHM,78
13C NMR,Carbonyls,CMT-CHM,572
13C NMR,Carboxyl,CMT-CHM,154
13C NMR,Carboxylates,CMT-CHM,125
13C NMR,Carboxylic,CMT-CHM,87
13C NMR,Carboxylic Acid,CMT-CHM,134
13C NMR,Carboxymethyl,CMT-CHM,30
13C NMR,Catalyst,CMT-APL,1206
13C NMR,Catalytic,CMT-APL,51
13C NMR,Catalytic Activity,CMT-PRO,273
13C NMR,Catalytic Performance,CMT-PRO,80
13C NMR,Catechols,CMT-CHM,43
13C NMR,Cathode,CMT-APL,57
13C NMR,Cd,CMT-CHM,42
13C NMR,Cd(II),CMT-CHM,44
13C NMR,Cd2+,CMT-CHM,70
13C NMR,Ce,CMT-CHM,34
13C NMR,Cell,CMT-APL,68
13C NMR,Cell,CMT-DSC,31
13C NMR,Cell Cycle,CMT-PRO,31
13C NMR,Cell Viability,CMT-PRO,161
13C NMR,Cells,CMT-APL,59
13C NMR,Cells,CMT-DSC,207
13C NMR,Chalcone,CMT-CHM,59
13C NMR,Char Yield,CMT-PRO,30
13C NMR,Charge Transfer,CMT-PRO,54
13C NMR,Charges,CMT-PRO,37
13C NMR,Chemical,CMT-PRO,65
13C NMR,Chemical Analysis,CMT-CMT,38
13C NMR,Chemical Composition,CMT-PRO,114
13C NMR,Chemical Shift,CMT-PRO,1581
13C NMR,Chemical Structures,CMT-PRO,1024
13C NMR,Chemosensor,CMT-APL,43
13C NMR,Chiral,CMT-PRO,31
13C NMR,Chlorides,CMT-CHM,132
13C NMR,Chlorines,CMT-CHM,76
13C NMR,Chloroform,CMT-CHM,266
13C NMR,Cholesterol,CMT-CHM,36
13C NMR,Circular Dichroism,CMT-CMT,54
13C NMR,Cisplatin,CMT-CHM,64
13C NMR,Citrates,CMT-CHM,32
13C NMR,Citric Acid,CMT-CHM,46
13C NMR,Cl,CMT-CHM,316
13C NMR,ClO4,CMT-CHM,30
13C NMR,Cluster,CMT-DSC,147
13C NMR,Co,CMT-CHM,132
13C NMR,Co II,CMT-CHM,108
13C NMR,Co III,CMT-CHM,31
13C NMR,Co2+,CMT-CHM,59
13C NMR,Coal,CMT-CHM,121
13C NMR,Coated,CMT-DSC,43
13C NMR,Coated,CMT-SMT,149
13C NMR,Coatings,CMT-APL,135
13C NMR,Cobalt,CMT-CHM,79
13C NMR,Cocatalyst,CMT-APL,33
13C NMR,Color,CMT-CMT,82
13C NMR,Color,CMT-PRO,68
13C NMR,Composite,CMT-DSC,266
13C NMR,Compositions,CMT-PRO,603
13C NMR,Conductivity,CMT-PRO,189
13C NMR,Configurations,CMT-PRO,51
13C NMR,Conformation,CMT-PRO,36
13C NMR,Contact Angle,CMT-PRO,98
13C NMR,Cooling,CMT-SMT,183
13C NMR,Coordination Geometry,CMT-PRO,37
13C NMR,Coordination Mode,CMT-PRO,30
13C NMR,Coordination Number,CMT-PRO,42
13C NMR,Copolyesters,CMT-CHM,73
13C NMR,Copolyesters,CMT-DSC,54
13C NMR,Copolymer,CMT-DSC,901
13C NMR,Copolymer,CMT-PRO,34
13C NMR,Copolymerization,CMT-SMT,33
13C NMR,Copper,CMT-CHM,176
13C NMR,Copper II,CMT-CHM,92
13C NMR,Core,CMT-DSC,30
13C NMR,Cosy,CMT-CMT,224
13C NMR,Coulombic Efficiency,CMT-PRO,30
13C NMR,Coumarins,CMT-CHM,60
13C NMR,Coupling Constant,CMT-PRO,83
13C NMR,Cr,CMT-CHM,62
13C NMR,Cr3+,CMT-CHM,35
13C NMR,Critical Micellar Concentration,CMT-PRO,44
13C NMR,Cross Section,CMT-DSC,33
13C NMR,Cross-Linking,CMT-SMT,52
13C NMR,Crosslinked,CMT-DSC,31
13C NMR,Crosslinked,CMT-SMT,55
13C NMR,Crystal,CMT-CMT,37
13C NMR,Crystal,CMT-DSC,536
13C NMR,Crystal,CMT-PRO,77
13C NMR,Crystal Data,CMT-CMT,64
13C NMR,Crystal Packings,CMT-PRO,86
13C NMR,Crystal Structure,CMT-CMT,31
13C NMR,Crystal Structure,CMT-PRO,589
13C NMR,Crystalline,CMT-DSC,283
13C NMR,Crystallinity,CMT-PRO,172
13C NMR,Crystallography,CMT-CMT,30
13C NMR,Cu,CMT-CHM,212
13C NMR,Cu(I),CMT-CHM,35
13C NMR,Cu(II),CMT-CHM,182
13C NMR,Cu2+,CMT-CHM,141
13C NMR,CuBr,CMT-CHM,35
13C NMR,CuCl,CMT-CHM,35
13C NMR,CuI,CMT-CHM,52
13C NMR,Cubic,CMT-SPL,36
13C NMR,Cured,CMT-SMT,158
13C NMR,Curing,CMT-SMT,120
13C NMR,Current Density,CMT-PRO,32
13C NMR,Curve Fitting,CMT-CMT,31
13C NMR,Curves,CMT-CMT,61
13C NMR,Cyanides,CMT-CHM,54
13C NMR,Cyano,CMT-CHM,34
13C NMR,Cyclic Carbonates,CMT-CHM,48
13C NMR,Cyclic Voltammetry,CMT-CMT,305
13C NMR,Cyclic Voltammogram,CMT-CMT,347
13C NMR,Cycling Performance,CMT-PRO,36
13C NMR,Cyclohexane,CMT-CHM,89
13C NMR,Cyclohexene,CMT-CHM,38
13C NMR,Cyclohexyl,CMT-CHM,33
13C NMR,Cyclopentadienyl,CMT-CHM,38
13C NMR,Cytotoxic,CMT-PRO,40
13C NMR,Cytotoxic Activities,CMT-PRO,34
13C NMR,Cytotoxic Activity,CMT-PRO,68
13C NMR,Cytotoxic Effect,CMT-PRO,35
13C NMR,Cytotoxicity,CMT-PRO,303
13C NMR,D-Glucose,CMT-CHM,57
13C NMR,D2O,CMT-CHM,959
13C NMR,D6-DMSO,CMT-CHM,54
13C NMR,DAPI,CMT-CHM,49
13C NMR,DBU,CMT-CHM,81
13C NMR,DEAE,CMT-CHM,40
13C NMR,DEPT-135,CMT-CMT,63
13C NMR,DFT,CMT-CMT,617
13C NMR,DFT Calculations,CMT-CMT,241
13C NMR,DGEBA,CMT-CHM,40
13C NMR,DLS,CMT-CMT,198
13C NMR,DMA,CMT-CHM,170
13C NMR,DMAP,CMT-CHM,96
13C NMR,DMAc,CMT-CHM,44
13C NMR,DMC,CMT-CHM,46
13C NMR,DMF,CMT-CHM,500
13C NMR,DMSO,CMT-CHM,768
13C NMR,DMSO-D,CMT-CHM,266
13C NMR,DMSO-D6,CMT-CHM,495
13C NMR,DMTA,CMT-CMT,31
13C NMR,DNA,CMT-PRO,34
13C NMR,DNP,CMT-CMT,32
13C NMR,DOX,CMT-CHM,62
13C NMR,DPPH,CMT-CHM,117
13C NMR,DS,CMT-PRO,147
13C NMR,DSC,CMT-CMT,1697
13C NMR,DTA,CMT-CMT,163
13C NMR,DTG,CMT-CHM,207
13C NMR,DTG,CMT-CMT,106
13C NMR,Decomposition Temperature,CMT-PRO,86
13C NMR,Degradation,CMT-SMT,31
13C NMR,Dehydration,CMT-SMT,45
13C NMR,Dendrimers,CMT-DSC,77
13C NMR,Dendritic,CMT-DSC,38
13C NMR,Densities,CMT-PRO,58
13C NMR,Density,CMT-PRO,159
13C NMR,Density Functional Theory,CMT-CMT,301
13C NMR,Density-Functional Theory Calculations,CMT-CMT,38
13C NMR,Dept,CMT-CMT,147
13C NMR,Detection Limit,CMT-PRO,60
13C NMR,Deuterium,CMT-CHM,68
13C NMR,Diamagnetic,CMT-PRO,65
13C NMR,Diamines,CMT-CHM,159
13C NMR,Diamonds,CMT-CHM,114
13C NMR,Diblock Copolymer,CMT-DSC,60
13C NMR,Dichloromethane,CMT-CHM,167
13C NMR,Dielectric Constant,CMT-PRO,84
13C NMR,Dielectric Loss,CMT-PRO,65
13C NMR,Diene,CMT-CHM,39
13C NMR,Diethyl Ether,CMT-CHM,54
13C NMR,Differential Scanning Calorimetry,CMT-CMT,334
13C NMR,Differential Thermal Analysis,CMT-CMT,40
13C NMR,Diffusion Coefficient,CMT-PRO,59
13C NMR,Dihedral Angle,CMT-PRO,67
13C NMR,Dimethylformamide,CMT-CHM,44
13C NMR,Dimethylsulfoxide,CMT-CHM,92
13C NMR,Diol,CMT-CHM,53
13C NMR,Dioxane,CMT-CHM,72
13C NMR,Dipole Moment,CMT-PRO,73
13C NMR,Disaccharide,CMT-CHM,48
13C NMR,Dispersion,CMT-DSC,31
13C NMR,Displacement Ellipsoid,CMT-CMT,64
13C NMR,Dissolution,CMT-SMT,44
13C NMR,Distance,CMT-PRO,36
13C NMR,Disulfide,CMT-CHM,36
13C NMR,Dma,CMT-CMT,121
13C NMR,Docking,CMT-CMT,34
13C NMR,Doped,CMT-DSC,114
13C NMR,Doxorubicin,CMT-CHM,31
13C NMR,Dp,CMT-PRO,35
13C NMR,Dried,CMT-SMT,75
13C NMR,Drying,CMT-SMT,36
13C NMR,Dtg,CMT-CMT,200
13C NMR,Dynamic Light Scattering,CMT-CMT,83
13C NMR,Dynamic Mechanical Analysis,CMT-CMT,47
13C NMR,Dynamics,CMT-PRO,31
13C NMR,ECD,CMT-CMT,133
13C NMR,EDS,CMT-CMT,99
13C NMR,EDTA,CMT-CHM,50
13C NMR,EDX,CMT-CMT,141
13C NMR,EI MS,CMT-CMT,46
13C NMR,ESI MS,CMT-CMT,340
13C NMR,ESR,CMT-CMT,102
13C NMR,EXAFS,CMT-CMT,35
13C NMR,Efficiency,CMT-PRO,30
13C NMR,Eis,CMT-CMT,63
13C NMR,Electrical Conductivity,CMT-PRO,64
13C NMR,Electrochemical,CMT-CMT,31
13C NMR,Electrochemical,CMT-PRO,45
13C NMR,Electrochemical Behavior,CMT-PRO,34
13C NMR,Electrochemical Impedance Spectroscopy,CMT-CMT,45
13C NMR,Electrochemical Properties,CMT-PRO,96
13C NMR,Electrochemical Study,CMT-CMT,35
13C NMR,Electrode,CMT-APL,210
13C NMR,Electrodes,CMT-APL,85
13C NMR,Electrolyte,CMT-APL,129
13C NMR,Electron Density,CMT-PRO,44
13C NMR,Electron Transition,CMT-PRO,35
13C NMR,Electronic,CMT-CMT,36
13C NMR,Electronic,CMT-PRO,51
13C NMR,Electronic Absorption,CMT-CMT,75
13C NMR,Electronic Properties,CMT-PRO,80
13C NMR,Electronic Spectrum,CMT-CMT,73
13C NMR,Electronic Structure,CMT-PRO,48
13C NMR,Electrospray Ionization Mass Spectrometry,CMT-CMT,30
13C NMR,Electrostatic Potential,CMT-PRO,39
13C NMR,Elemental,CMT-CMT,47
13C NMR,Elemental Analysis,CMT-CMT,1788
13C NMR,Elemental Composition,CMT-PRO,83
13C NMR,Elemental Mapping,CMT-CMT,32
13C NMR,Ellipsoids,CMT-CMT,70
13C NMR,Elongation at Break,CMT-PRO,41
13C NMR,Emission Intensity,CMT-PRO,36
13C NMR,Emission Spectra,CMT-CMT,144
13C NMR,Emissions,CMT-CMT,59
13C NMR,Emissions,CMT-PRO,32
13C NMR,Energies,CMT-PRO,48
13C NMR,Energy,CMT-PRO,35
13C NMR,Energy Gap,CMT-PRO,30
13C NMR,Energy Level,CMT-PRO,48
13C NMR,Enol,CMT-CHM,46
13C NMR,Enthalpy,CMT-PRO,45
13C NMR,Entropy,CMT-PRO,42
13C NMR,Enzymatic Hydrolysis,CMT-SMT,57
13C NMR,Epoxidation,CMT-SMT,50
13C NMR,Epoxides,CMT-CHM,133
13C NMR,Epoxidized,CMT-SMT,37
13C NMR,Epoxy,CMT-CHM,173
13C NMR,Epoxy Resin,CMT-CHM,44
13C NMR,Epr,CMT-CMT,161
13C NMR,Equilibrium Constant,CMT-PRO,45
13C NMR,Esterification,CMT-SMT,49
13C NMR,Esters,CMT-CHM,277
13C NMR,Et,CMT-CHM,36
13C NMR,Et2O,CMT-CHM,85
13C NMR,Et3N,CMT-CHM,112
13C NMR,EtOAc,CMT-CHM,33
13C NMR,Ethane,CMT-CHM,31
13C NMR,Ethanol,CMT-CHM,471
13C NMR,Ethene,CMT-CHM,31
13C NMR,Ethers,CMT-CHM,147
13C NMR,Ethyl,CMT-CHM,76
13C NMR,Ethyl Acetate,CMT-CHM,91
13C NMR,Ethylene,CMT-CHM,334
13C NMR,Ethylene Diamine,CMT-CHM,50
13C NMR,Ethylene Glycol,CMT-CHM,56
13C NMR,Ethylene Polymerization,CMT-APL,104
13C NMR,Excitation Spectra,CMT-CMT,48
13C NMR,Extraction,CMT-SMT,31
13C NMR,F,CMT-CHM,105
13C NMR,F,CMT-PRO,61
13C NMR,FE-SEM,CMT-CMT,37
13C NMR,FESEM,CMT-CMT,104
13C NMR,FID,CMT-CMT,30
13C NMR,FITC,CMT-CHM,42
13C NMR,FT IR,CMT-CMT,52
13C NMR,FT-IR,CMT-CMT,2252
13C NMR,FT-IR Spectroscopy,CMT-CMT,72
13C NMR,FTIR,CMT-CMT,2347
13C NMR,FTIR Spectroscopy,CMT-CMT,79
13C NMR,Fatty Acid,CMT-CHM,110
13C NMR,Fe,CMT-CHM,135
13C NMR,Fe(III),CMT-CHM,38
13C NMR,Fe2+,CMT-CHM,35
13C NMR,Fe3+,CMT-CHM,69
13C NMR,Fe3O4,CMT-CHM,36
13C NMR,FeCl3,CMT-CHM,45
13C NMR,Ferrocenes,CMT-CHM,120
13C NMR,Ferrocenyl,CMT-CHM,37
13C NMR,Fiber,CMT-DSC,58
13C NMR,Fibers,CMT-DSC,83
13C NMR,Film,CMT-DSC,445
13C NMR,Films,CMT-DSC,520
13C NMR,Flavonoids,CMT-CHM,33
13C NMR,Flexibility,CMT-PRO,30
13C NMR,Flow Cytometry,CMT-CMT,83
13C NMR,Fluorescence,CMT-CMT,336
13C NMR,Fluorescence,CMT-PRO,145
13C NMR,Fluorescence Emission,CMT-CMT,98
13C NMR,Fluorescence Emission,CMT-PRO,31
13C NMR,Fluorescence Image,CMT-CMT,48
13C NMR,Fluorescence Intensity,CMT-PRO,127
13C NMR,Fluorescence Microscopy,CMT-CMT,46
13C NMR,Fluorescence Quantum Yield,CMT-PRO,51
13C NMR,Fluorescence Response,CMT-PRO,32
13C NMR,Fluorescence Spectra,CMT-CMT,70
13C NMR,Fluorescence Spectroscopy,CMT-CMT,86
13C NMR,Fluorescent,CMT-PRO,72
13C NMR,Fluoride,CMT-CHM,33
13C NMR,Fluorine,CMT-CHM,77
13C NMR,Formaldehyde,CMT-CHM,85
13C NMR,Formate,CMT-CHM,37
13C NMR,Formic Acids,CMT-CHM,79
13C NMR,Fourier Transform Infrared,CMT-CMT,173
13C NMR,Fourier Transform Infrared Spectroscopy,CMT-CMT,150
13C NMR,Free Energy,CMT-PRO,51
13C NMR,Free Radical Polymerization,CMT-SMT,54
13C NMR,Freeze-Dried,CMT-SMT,30
13C NMR,Freundlich,CMT-CMT,31
13C NMR,Frontier Molecular Orbitals,CMT-PRO,108
13C NMR,Frontier Orbitals,CMT-PRO,31
13C NMR,Fructose,CMT-CHM,72
13C NMR,Ft,CMT-CMT,126
13C NMR,Fullerene,CMT-CHM,154
13C NMR,Furans,CMT-CHM,39
13C NMR,Furfural,CMT-CHM,39
13C NMR,G,CMT-PRO,127
13C NMR,GC / MS,CMT-CMT,43
13C NMR,GC-MS,CMT-CMT,174
13C NMR,GIAO,CMT-CMT,67
13C NMR,GPC,CMT-CMT,873
13C NMR,GSH,CMT-CHM,40
13C NMR,Ga,CMT-CHM,31
13C NMR,Galactose,CMT-CHM,64
13C NMR,Gas Chromatogram,CMT-CMT,41
13C NMR,Gas Chromatography,CMT-CMT,47
13C NMR,Gc,CMT-CMT,110
13C NMR,Gc–Ms,CMT-CMT,31
13C NMR,Gd,CMT-CHM,38
13C NMR,Gel,CMT-DSC,57
13C NMR,Gel Permeation Chromatography,CMT-CMT,209
13C NMR,Gels,CMT-DSC,55
13C NMR,Geometrical Parameters,CMT-PRO,41
13C NMR,Geometries,CMT-PRO,57
13C NMR,Geometry,CMT-PRO,57
13C NMR,Geometry Parameters,CMT-PRO,41
13C NMR,Gibbs Free Energy,CMT-PRO,35
13C NMR,Glass,CMT-DSC,37
13C NMR,Glass Transition,CMT-PRO,48
13C NMR,Glass Transition Temperature,CMT-PRO,290
13C NMR,Glassy,CMT-DSC,92
13C NMR,Glassy Carbon,CMT-CHM,76
13C NMR,Glucose,CMT-CHM,323
13C NMR,Glutathione,CMT-CHM,31
13C NMR,Gly,CMT-CHM,45
13C NMR,Glycerol,CMT-CHM,159
13C NMR,Glycine,CMT-CHM,66
13C NMR,Graft Copolymer,CMT-DSC,59
13C NMR,Graphene,CMT-CHM,52
13C NMR,Graphene Oxide,CMT-CHM,35
13C NMR,Graphite,CMT-CHM,83
13C NMR,Ground State,CMT-PRO,45
13C NMR,Guaiacyl,CMT-CHM,36
13C NMR,H+,CMT-CHM,72
13C NMR,H2,CMT-CHM,292
13C NMR,H2O,CMT-CHM,633
13C NMR,H2O2,CMT-CHM,221
13C NMR,H2SO4,CMT-CHM,131
13C NMR,HCOOH,CMT-CHM,30
13C NMR,HCl,CMT-CHM,378
13C NMR,HEMA,CMT-CHM,35
13C NMR,HEPES,CMT-CHM,46
13C NMR,HMBC,CMT-CMT,656
13C NMR,HMF,CMT-CHM,51
13C NMR,HMQC,CMT-CMT,149
13C NMR,HNO3,CMT-CHM,36
13C NMR,HPLC,CMT-CMT,53
13C NMR,HPSEC,CMT-CMT,41
13C NMR,HRMS,CMT-CMT,245
13C NMR,HRTEM,CMT-CMT,189
13C NMR,HSQC,CMT-CMT,53
13C NMR,HSQC NMR,CMT-CMT,34
13C NMR,Halides,CMT-CHM,68
13C NMR,Halogen,CMT-CHM,63
13C NMR,Heat Treated,CMT-SMT,32
13C NMR,Heat Treatment,CMT-SMT,54
13C NMR,Heated,CMT-SMT,139
13C NMR,Heating,CMT-SMT,501
13C NMR,Hemicellulose,CMT-CHM,43
13C NMR,Heptane,CMT-CHM,47
13C NMR,Hetcor,CMT-CMT,40
13C NMR,Heterogeneous Catalyst,CMT-APL,30
13C NMR,Hexagonal,CMT-SPL,71
13C NMR,Hexane,CMT-CHM,129
13C NMR,Hg,CMT-CHM,38
13C NMR,Hg(II),CMT-CHM,38
13C NMR,Hg2+,CMT-CHM,84
13C NMR,High Performance Liquid Chromatography,CMT-CMT,53
13C NMR,High Resolution Mass Spectrometry,CMT-CMT,38
13C NMR,High Speed Countercurrent Chromatography,CMT-CMT,46
13C NMR,Highest Occupied Molecular Orbitals,CMT-PRO,34
13C NMR,Hirshfeld Surface,CMT-CMT,32
13C NMR,Homo,CMT-PRO,218
13C NMR,Homopolymer,CMT-DSC,118
13C NMR,Hplc,CMT-CMT,377
13C NMR,Hsccc,CMT-CMT,62
13C NMR,Hsqc,CMT-CMT,261
13C NMR,Hybrid,CMT-DSC,60
13C NMR,Hydrates,CMT-CHM,81
13C NMR,Hydrates,CMT-SPL,31
13C NMR,Hydrazine,CMT-CHM,37
13C NMR,Hydrazones,CMT-CHM,51
13C NMR,Hydride,CMT-CHM,68
13C NMR,Hydrocarbon,CMT-CHM,148
13C NMR,Hydrodynamic Diameter,CMT-PRO,47
13C NMR,Hydrogel,CMT-DSC,125
13C NMR,Hydrogen,CMT-CHM,1759
13C NMR,Hydrogen Bonding,CMT-PRO,31
13C NMR,Hydrogen Peroxide,CMT-CHM,69
13C NMR,Hydrogenated,CMT-SMT,34
13C NMR,Hydrogenation,CMT-APL,48
13C NMR,Hydrogenation,CMT-SMT,108
13C NMR,Hydrolysed,CMT-SMT,69
13C NMR,Hydrolysis,CMT-SMT,387
13C NMR,Hydrolytic Degradation,CMT-SMT,34
13C NMR,Hydrophilic,CMT-PRO,92
13C NMR,Hydrophobic,CMT-PRO,139
13C NMR,Hydrophobicity,CMT-PRO,34
13C NMR,Hydrosilylation,CMT-SMT,32
13C NMR,Hydrothermal Treatment,CMT-SMT,38
13C NMR,Hydroxide,CMT-CHM,54
13C NMR,Hydroxy,CMT-CHM,62
13C NMR,Hydroxyl,CMT-CHM,451
13C NMR,Hyperbranched,CMT-DSC,94
13C NMR,IC50,CMT-PRO,151
13C NMR,ICP,CMT-CMT,32
13C NMR,IR,CMT-CMT,212
13C NMR,IR Spectroscopy,CMT-CMT,160
13C NMR,ITO,CMT-CHM,89
13C NMR,Imidazole,CMT-CHM,131
13C NMR,Imidazolium,CMT-CHM,98
13C NMR,Imines,CMT-CHM,99
13C NMR,Indole,CMT-CHM,36
13C NMR,Infrared,CMT-CMT,246
13C NMR,Infrared Spectra,CMT-CMT,81
13C NMR,Infrared Spectroscopy,CMT-CMT,91
13C NMR,Inherent Viscosities,CMT-PRO,35
13C NMR,Inherent Viscosity,CMT-PRO,41
13C NMR,Inhibitory Activity,CMT-PRO,71
13C NMR,Inter Atomic Distance,CMT-PRO,38
13C NMR,Interaction,CMT-PRO,31
13C NMR,Interface,CMT-DSC,66
13C NMR,Intrinsic Viscosity,CMT-PRO,78
13C NMR,Iodine,CMT-CHM,80
13C NMR,Ionic,CMT-PRO,44
13C NMR,Ionic Conductivity,CMT-PRO,60
13C NMR,Ir,CMT-CHM,45
13C NMR,Ir,CMT-CMT,2196
13C NMR,Iron,CMT-CHM,97
13C NMR,Irradiated,CMT-SMT,80
13C NMR,Irradiation,CMT-SMT,218
13C NMR,Isocyanates,CMT-CHM,60
13C NMR,Isoprene,CMT-CHM,31
13C NMR,Isopropanol,CMT-CHM,31
13C NMR,Isotactic,CMT-PRO,81
13C NMR,Job's Plot,CMT-CMT,36
13C NMR,K,CMT-PRO,107
13C NMR,K+,CMT-CHM,91
13C NMR,K2CO3,CMT-CHM,132
13C NMR,KCl,CMT-CHM,62
13C NMR,KOH,CMT-CHM,159
13C NMR,Keto,CMT-CHM,43
13C NMR,Ketone,CMT-CHM,104
13C NMR,Kinetic Parameters,CMT-PRO,65
13C NMR,Kinetic Plots,CMT-CMT,33
13C NMR,Kinetic Studies,CMT-CMT,34
13C NMR,Kinetics,CMT-PRO,35
13C NMR,L-Lactide,CMT-CHM,45
13C NMR,LC-MS,CMT-CMT,75
13C NMR,LUMO,CMT-PRO,150
13C NMR,La,CMT-CHM,52
13C NMR,Lactic Acid,CMT-CHM,39
13C NMR,Lactide,CMT-CHM,43
13C NMR,Lactone,CMT-CHM,47
13C NMR,Lamellar,CMT-DSC,33
13C NMR,Langmuir,CMT-CMT,39
13C NMR,Lanthanides,CMT-CHM,55
13C NMR,Layered,CMT-DSC,60
13C NMR,Layers,CMT-DSC,203
13C NMR,Leaves,CMT-DSC,61
13C NMR,Lewis Acids,CMT-CHM,93
13C NMR,Li,CMT-CHM,130
13C NMR,Li+,CMT-CHM,35
13C NMR,LiAlH4,CMT-CHM,33
13C NMR,LiCl,CMT-CHM,57
13C NMR,LiClO4,CMT-CHM,42
13C NMR,LiOH,CMT-CHM,34
13C NMR,Linear Regression,CMT-CMT,38
13C NMR,Linewidth,CMT-PRO,31
13C NMR,Lipopolysaccharide,CMT-PRO,42
13C NMR,Liquid Crystalline,CMT-PRO,30
13C NMR,Liquids,CMT-APL,35
13C NMR,Lithium,CMT-CHM,126
13C NMR,Loss Modulus,CMT-PRO,60
13C NMR,Lysines,CMT-CHM,30
13C NMR,M,CMT-PRO,76
13C NMR,M N,CMT-PRO,51
13C NMR,M W,CMT-PRO,72
13C NMR,M-CPBA,CMT-CHM,35
13C NMR,MALDI TOF MS,CMT-CMT,90
13C NMR,MALDI-TOF,CMT-CMT,86
13C NMR,MALDI-TOF Mass,CMT-CMT,75
13C NMR,MAO,CMT-CHM,36
13C NMR,MAS NMR,CMT-CMT,30
13C NMR,MCF7,CMT-CHM,34
13C NMR,MCM-41,CMT-CHM,49
13C NMR,MD Simulation,CMT-CMT,45
13C NMR,MEA,CMT-CHM,63
13C NMR,MEP,CMT-CMT,42
13C NMR,MEP,CMT-PRO,59
13C NMR,MMA,CMT-CHM,78
13C NMR,MP2,CMT-CMT,36
13C NMR,MS,CMT-CMT,560
13C NMR,MTT,CMT-CHM,223
13C NMR,MTT Assay,CMT-CMT,154
13C NMR,MW,CMT-PRO,125
13C NMR,Magenta,CMT-CHM,62
13C NMR,Magnesium,CMT-CHM,33
13C NMR,Magnetic Susceptibility,CMT-PRO,42
13C NMR,Magnetics,CMT-PRO,48
13C NMR,Magnetization,CMT-PRO,30
13C NMR,Maldi,CMT-CMT,67
13C NMR,Maldi-Tof-Ms,CMT-CMT,38
13C NMR,Maleic Anhydride,CMT-CHM,37
13C NMR,Mannose,CMT-CHM,76
13C NMR,Mas,CMT-CMT,47
13C NMR,Mass,CMT-CMT,156
13C NMR,Mass Spectra,CMT-CMT,267
13C NMR,Mass Spectral Analysis,CMT-CMT,30
13C NMR,Mass Spectrometry,CMT-CMT,340
13C NMR,Mass Spectroscopy,CMT-CMT,112
13C NMR,Mass Spectrum,CMT-CMT,128
13C NMR,Matrix,CMT-DSC,33
13C NMR,Me,CMT-CHM,100
13C NMR,MeCN,CMT-CHM,129
13C NMR,MeOH,CMT-CHM,376
13C NMR,Mechanical,CMT-PRO,54
13C NMR,Mechanical Property,CMT-PRO,251
13C NMR,Mechanisms,CMT-PRO,48
13C NMR,Melting,CMT-PRO,44
13C NMR,Melting Point,CMT-PRO,119
13C NMR,Melting Temperature,CMT-PRO,74
13C NMR,Membrane,CMT-APL,62
13C NMR,Membrane,CMT-DSC,276
13C NMR,Mercury,CMT-CHM,47
13C NMR,Mesophase,CMT-PRO,35
13C NMR,Mesoporous,CMT-DSC,119
13C NMR,Metallic,CMT-PRO,35
13C NMR,Metallocene,CMT-CHM,57
13C NMR,Metals,CMT-PRO,148
13C NMR,Methane,CMT-CHM,98
13C NMR,Methanol,CMT-CHM,669
13C NMR,Methine,CMT-CHM,84
13C NMR,Methods,CMT-CMT,55
13C NMR,Methoxyl,CMT-CHM,100
13C NMR,Methyl,CMT-CHM,419
13C NMR,Methyl Aluminoxane,CMT-CHM,67
13C NMR,Methyl Ester,CMT-CHM,35
13C NMR,Methyl Methacrylate,CMT-CHM,45
13C NMR,Methylation,CMT-SMT,34
13C NMR,Methylation Analysis,CMT-CMT,65
13C NMR,Methylenes,CMT-CHM,262
13C NMR,Mg,CMT-CHM,71
13C NMR,Mg2+,CMT-CHM,51
13C NMR,MgCl2,CMT-CHM,37
13C NMR,Mic,CMT-PRO,84
13C NMR,Micelles,CMT-DSC,110
13C NMR,Microanalysis,CMT-CMT,41
13C NMR,Microcrystalline,CMT-DSC,43
13C NMR,Microporous,CMT-DSC,33
13C NMR,Microspheres,CMT-DSC,49
13C NMR,Microstructure,CMT-PRO,238
13C NMR,Microwave Irradiation,CMT-SMT,93
13C NMR,Minimum Inhibitory Concentration,CMT-PRO,42
13C NMR,Mn,CMT-CHM,287
13C NMR,Mn,CMT-PRO,221
13C NMR,Mn2+,CMT-CHM,42
13C NMR,Mo,CMT-CHM,89
13C NMR,Modulus,CMT-PRO,34
13C NMR,Molar Conductivity,CMT-PRO,32
13C NMR,Molar Mass,CMT-PRO,84
13C NMR,Molecular,CMT-PRO,58
13C NMR,Molecular Docking,CMT-CMT,110
13C NMR,Molecular Dynamics (MD) Simulation,CMT-CMT,45
13C NMR,Molecular Electrostatic Potential,CMT-CMT,32
13C NMR,Molecular Electrostatic Potential,CMT-PRO,63
13C NMR,Molecular Geometry,CMT-PRO,73
13C NMR,Molecular Mass,CMT-PRO,50
13C NMR,Molecular Model,CMT-CMT,39
13C NMR,Molecular Modeling,CMT-CMT,39
13C NMR,Molecular Orbital,CMT-PRO,62
13C NMR,Molecular Structure,CMT-PRO,1113
13C NMR,Molecular Weight,CMT-PRO,769
13C NMR,Molecular Weight Distribution,CMT-PRO,184
13C NMR,Molybdenum,CMT-CHM,37
13C NMR,Monoclinic,CMT-SPL,203
13C NMR,Monolayers,CMT-DSC,50
13C NMR,Monosaccharide,CMT-CHM,126
13C NMR,Monosaccharide Composition,CMT-PRO,32
13C NMR,Morphologic,CMT-PRO,38
13C NMR,Morphologies,CMT-PRO,74
13C NMR,Morphology,CMT-PRO,285
13C NMR,Mtt,CMT-CMT,50
13C NMR,Mw/Mn,CMT-PRO,68
13C NMR,"N,N-Dimethylformamide",CMT-CHM,38
13C NMR,N-Heterocyclic Carbene,CMT-CHM,50
13C NMR,N-Hexane,CMT-CHM,59
13C NMR,N2,CMT-CHM,613
13C NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,65
13C NMR,N2 Sorption Isotherm,CMT-CMT,36
13C NMR,NBO,CMT-CMT,81
13C NMR,NEt3,CMT-CHM,50
13C NMR,NH,CMT-CHM,118
13C NMR,NH2,CMT-CHM,71
13C NMR,NH3,CMT-CHM,105
13C NMR,NHC,CMT-CHM,99
13C NMR,NMP,CMT-CHM,75
13C NMR,NMR,CMT-APL,36
13C NMR,NMR,CMT-CMT,1949
13C NMR,NMR,CMT-PRO,31
13C NMR,NMR Chemical Shift,CMT-PRO,62
13C NMR,NMR Spectroscopy,CMT-CMT,177
13C NMR,NO,CMT-CHM,124
13C NMR,NO2,CMT-CHM,55
13C NMR,NO3,CMT-CHM,35
13C NMR,NOESY,CMT-CMT,46
13C NMR,NPS,CMT-DSC,71
13C NMR,Na,CMT-CHM,80
13C NMR,Na+,CMT-CHM,103
13C NMR,Na2CO3,CMT-CHM,47
13C NMR,Na2SO4,CMT-CHM,33
13C NMR,NaBH4,CMT-CHM,92
13C NMR,NaCl,CMT-CHM,227
13C NMR,NaH,CMT-CHM,76
13C NMR,NaHCO3,CMT-CHM,59
13C NMR,NaN3,CMT-CHM,44
13C NMR,NaNO3,CMT-CHM,33
13C NMR,NaOH,CMT-CHM,325
13C NMR,Nafion,CMT-CHM,59
13C NMR,Nanocomposite,CMT-DSC,144
13C NMR,Nanocrystals,CMT-DSC,44
13C NMR,Nanofiber,CMT-DSC,37
13C NMR,Nanoparticle,CMT-DSC,91
13C NMR,Nanoparticles,CMT-DSC,362
13C NMR,Nanotube,CMT-DSC,51
13C NMR,Naphthalene,CMT-CHM,52
13C NMR,Natural Bond Orbital,CMT-CMT,50
13C NMR,Nd,CMT-CHM,37
13C NMR,Nematic,CMT-SPL,33
13C NMR,Ni,CMT-CHM,193
13C NMR,Ni II,CMT-CHM,149
13C NMR,Ni2+,CMT-CHM,67
13C NMR,Nickel,CMT-CHM,113
13C NMR,Nickel (II),CMT-CHM,56
13C NMR,Nitrate,CMT-CHM,37
13C NMR,Nitric Oxide,CMT-CHM,31
13C NMR,Nitriles,CMT-CHM,67
13C NMR,Nitro,CMT-CHM,53
13C NMR,Nitrogen,CMT-CHM,970
13C NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,54
13C NMR,Noe,CMT-CMT,66
13C NMR,Noesy,CMT-CMT,248
13C NMR,Norbornene,CMT-CHM,83
13C NMR,Nuclear Magnetic Resonance,CMT-CMT,145
13C NMR,Nuclear Magnetic Resonance Spectroscopy,CMT-CMT,35
13C NMR,Number Average Molecular Weight,CMT-PRO,97
13C NMR,Numbering,CMT-CMT,33
13C NMR,Nyquist Plot,CMT-CMT,74
13C NMR,O,CMT-CHM,457
13C NMR,O-Polysaccharide,CMT-CHM,78
13C NMR,O2,CMT-CHM,179
13C NMR,O3,CMT-CHM,35
13C NMR,OH,CMT-CHM,260
13C NMR,ORTEP,CMT-CMT,126
13C NMR,ORTEP Diagram,CMT-CMT,69
13C NMR,ORTEP Drawing,CMT-CMT,128
13C NMR,ORTEP Plot,CMT-CMT,80
13C NMR,Of Chemistry,CMT-CMT,42
13C NMR,Olefinic,CMT-CHM,75
13C NMR,Olefins,CMT-CHM,155
13C NMR,Oleic Acid,CMT-CHM,42
13C NMR,Oligosaccharides,CMT-CHM,101
13C NMR,Optical,CMT-PRO,67
13C NMR,Optical Image,CMT-CMT,43
13C NMR,Optical Micrograph,CMT-CMT,46
13C NMR,Optical Microscopy,CMT-CMT,57
13C NMR,Optical Properties,CMT-PRO,99
13C NMR,Orthorhombic,CMT-SPL,81
13C NMR,Oscillator Strength,CMT-PRO,37
13C NMR,Oxidation,CMT-APL,85
13C NMR,Oxidation,CMT-SMT,320
13C NMR,Oxidize,CMT-SMT,95
13C NMR,Oxygen,CMT-CHM,741
13C NMR,P,CMT-PRO,59
13C NMR,P1,CMT-SPL,44
13C NMR,P2 1/N,CMT-SPL,32
13C NMR,P21/C,CMT-SPL,62
13C NMR,PAA,CMT-CHM,57
13C NMR,PCL,CMT-CHM,121
13C NMR,PCM,CMT-CMT,32
13C NMR,PDMS,CMT-CHM,41
13C NMR,PEDOT,CMT-CHM,48
13C NMR,PEG,CMT-CHM,136
13C NMR,PEI,CMT-CHM,68
13C NMR,PEO,CMT-CHM,59
13C NMR,PF6,CMT-CHM,33
13C NMR,PL,CMT-CMT,39
13C NMR,PLA,CMT-CHM,94
13C NMR,PLLA,CMT-CHM,53
13C NMR,PMMA,CMT-CHM,84
13C NMR,POM,CMT-CMT,63
13C NMR,PPh3,CMT-CHM,85
13C NMR,PVA,CMT-CHM,60
13C NMR,PVC,CMT-CHM,37
13C NMR,PVP,CMT-CHM,38
13C NMR,PXRD,CMT-CMT,108
13C NMR,Palladium,CMT-CHM,139
13C NMR,Palladium(II),CMT-CHM,65
13C NMR,Paramagnetic,CMT-PRO,80
13C NMR,Particle,CMT-DSC,60
13C NMR,Particle Size,CMT-PRO,115
13C NMR,Particle Size Distribution,CMT-PRO,87
13C NMR,Particles,CMT-DSC,270
13C NMR,Pb,CMT-CHM,39
13C NMR,Pb(II),CMT-CHM,31
13C NMR,Pb2+,CMT-CHM,67
13C NMR,Pd,CMT-CHM,222
13C NMR,Pd (II),CMT-CHM,90
13C NMR,Pd/C,CMT-CHM,48
13C NMR,PdCl2,CMT-CHM,36
13C NMR,Pdi,CMT-PRO,90
13C NMR,Pellet,CMT-DSC,50
13C NMR,Phase Diagram,CMT-PRO,52
13C NMR,Phase Transition,CMT-PRO,38
13C NMR,Phen,CMT-CHM,36
13C NMR,Phenol,CMT-CHM,207
13C NMR,Phenolics,CMT-CHM,105
13C NMR,Phenylboronic Acid,CMT-CHM,30
13C NMR,Phenyls,CMT-CHM,229
13C NMR,Phosphate,CMT-CHM,195
13C NMR,Phosphine,CMT-CHM,57
13C NMR,Phosphorus,CMT-CHM,110
13C NMR,Photo Luminescence,CMT-CMT,148
13C NMR,Photolysis,CMT-SMT,51
13C NMR,Photophysical,CMT-PRO,38
13C NMR,Photophysical Properties,CMT-PRO,67
13C NMR,Phthalocyanines,CMT-CHM,107
13C NMR,Phthalonitrile,CMT-CHM,34
13C NMR,Physical,CMT-PRO,49
13C NMR,Physical Properties,CMT-PRO,157
13C NMR,Physicochemical Properties,CMT-PRO,100
13C NMR,Piperazine,CMT-CHM,32
13C NMR,Piperidine,CMT-CHM,43
13C NMR,Platinum,CMT-CHM,86
13C NMR,Polarity,CMT-PRO,31
13C NMR,Poly(Ethylene Glycol),CMT-CHM,34
13C NMR,Polyamide,CMT-CHM,64
13C NMR,Polyamides,CMT-CHM,69
13C NMR,Polyamides,CMT-PRO,30
13C NMR,Polybutadienes,CMT-CHM,33
13C NMR,Polycarbonate,CMT-CHM,31
13C NMR,Polycondensation,CMT-SMT,44
13C NMR,Polydispersity,CMT-PRO,72
13C NMR,Polydispersity Index,CMT-PRO,89
13C NMR,Polyester,CMT-CHM,153
13C NMR,Polyethylene,CMT-CHM,190
13C NMR,Polyimides,CMT-CHM,86
13C NMR,Polymeric,CMT-DSC,76
13C NMR,Polymeric Film,CMT-DSC,37
13C NMR,Polymerisation,CMT-APL,66
13C NMR,Polymerisation,CMT-SMT,85
13C NMR,Polymers,CMT-DSC,263
13C NMR,Polyols,CMT-CHM,45
13C NMR,Polypropylene,CMT-CHM,83
13C NMR,Polysaccharide,CMT-DSC,49
13C NMR,Polystyrene,CMT-CHM,124
13C NMR,Polyurethanes,CMT-CHM,100
13C NMR,Polyurethanes,CMT-PRO,31
13C NMR,Pore Size Distribution,CMT-PRO,126
13C NMR,Pore Sizes,CMT-PRO,54
13C NMR,Pore Volume,CMT-PRO,37
13C NMR,Porosity,CMT-PRO,33
13C NMR,Porous,CMT-DSC,94
13C NMR,Porphyrin,CMT-CHM,69
13C NMR,Potassium,CMT-CHM,76
13C NMR,Powder,CMT-DSC,305
13C NMR,Powder X-Ray Diffraction,CMT-CMT,44
13C NMR,Powder XRD,CMT-CMT,71
13C NMR,Powders,CMT-DSC,69
13C NMR,Primary Amine,CMT-CHM,38
13C NMR,Propene,CMT-CHM,50
13C NMR,Propylene,CMT-CHM,101
13C NMR,Propylene Oxide,CMT-CHM,33
13C NMR,Proton NMR,CMT-CMT,33
13C NMR,Protonic Conductivity,CMT-PRO,100
13C NMR,Pt,CMT-CHM,207
13C NMR,Pt (II),CMT-CHM,39
13C NMR,Pure,CMT-DSC,69
13C NMR,Pyrazole,CMT-CHM,46
13C NMR,Pyrene,CMT-CHM,101
13C NMR,Pyridine,CMT-CHM,316
13C NMR,Pyrolysis,CMT-SMT,239
13C NMR,Pyrolyzed,CMT-SMT,41
13C NMR,Pyrrole,CMT-CHM,62
13C NMR,Quantum Chemical Calculation,CMT-CMT,91
13C NMR,Quartz,CMT-CHM,47
13C NMR,Quaternary Ammonium,CMT-CHM,42
13C NMR,Quinoline,CMT-CHM,52
13C NMR,R = Me,CMT-CHM,50
13C NMR,R2,CMT-PRO,47
13C NMR,ROP,CMT-SMT,67
13C NMR,Radical Polymerization,CMT-SMT,36
13C NMR,Raman,CMT-CMT,593
13C NMR,Raman Spectroscopy,CMT-CMT,83
13C NMR,Random Copolymer,CMT-DSC,38
13C NMR,Rate Constant,CMT-PRO,107
13C NMR,Reaction,CMT-SMT,54
13C NMR,Reaction Mechanism,CMT-PRO,90
13C NMR,Reaction Rate,CMT-PRO,34
13C NMR,Reactivity,CMT-PRO,53
13C NMR,Reactivity Ratio,CMT-PRO,43
13C NMR,Redox Potential,CMT-PRO,46
13C NMR,Reductions,CMT-SMT,132
13C NMR,Reference Electrode,CMT-APL,33
13C NMR,Refractive Index,CMT-PRO,69
13C NMR,Relative,CMT-PRO,32
13C NMR,Relative Energies,CMT-PRO,59
13C NMR,Relaxation Time,CMT-PRO,39
13C NMR,Release Profile,CMT-PRO,38
13C NMR,Resins,CMT-DSC,63
13C NMR,Resonance Structures,CMT-PRO,31
13C NMR,Retention Time,CMT-PRO,46
13C NMR,Rh,CMT-CHM,32
13C NMR,Rhodium,CMT-CHM,60
13C NMR,Ring Opening Polymerization,CMT-SMT,92
13C NMR,Roesy,CMT-CMT,138
13C NMR,Ru,CMT-CHM,122
13C NMR,Ru(II),CMT-CHM,36
13C NMR,Ruthenium,CMT-CHM,95
13C NMR,Ruthenium II,CMT-CHM,30
13C NMR,S T,CMT-SPL,59
13C NMR,SAED,CMT-CMT,58
13C NMR,SAXS,CMT-CMT,109
13C NMR,SBA-15,CMT-CHM,47
13C NMR,SEC,CMT-CMT,261
13C NMR,SEM,CMT-CMT,1609
13C NMR,SO2,CMT-CHM,55
13C NMR,Salicylaldehyde,CMT-CHM,45
13C NMR,Scanning Electron Micrograph,CMT-CMT,83
13C NMR,Scanning Electron Microscope,CMT-CMT,35
13C NMR,Scanning Electron Microscopy,CMT-CMT,207
13C NMR,Schiff Base,CMT-CHM,282
13C NMR,Se,CMT-CHM,34
13C NMR,Secondary Amine,CMT-CHM,40
13C NMR,Seeds,CMT-DSC,32
13C NMR,Selectivity,CMT-PRO,65
13C NMR,Self Assembly,CMT-SMT,38
13C NMR,Sensitivity,CMT-PRO,37
13C NMR,Sensor,CMT-APL,71
13C NMR,Sheet,CMT-DSC,33
13C NMR,Sheets,CMT-DSC,38
13C NMR,Shift,CMT-PRO,100
13C NMR,Si,CMT-CHM,249
13C NMR,SiO2,CMT-CHM,163
13C NMR,Silane,CMT-CHM,55
13C NMR,Silanol,CMT-CHM,37
13C NMR,Silica,CMT-CHM,348
13C NMR,Silica Gel,CMT-CHM,89
13C NMR,Silicate,CMT-CHM,30
13C NMR,Silicon,CMT-CHM,147
13C NMR,Siloxane,CMT-CHM,44
13C NMR,Silver,CMT-CHM,108
13C NMR,Single Crystal,CMT-CMT,122
13C NMR,Single Crystal,CMT-DSC,512
13C NMR,Single Crystal X-Ray Diffraction,CMT-CMT,213
13C NMR,Singlet,CMT-CMT,47
13C NMR,Singlet,CMT-DSC,77
13C NMR,Size,CMT-PRO,32
13C NMR,Size Distribution,CMT-PRO,124
13C NMR,Size Exclusion Chromatography,CMT-CMT,93
13C NMR,Sn,CMT-CHM,47
13C NMR,Society,CMT-CMT,64
13C NMR,Sodium,CMT-CHM,122
13C NMR,Sodium Hydroxide,CMT-CHM,51
13C NMR,Soil,CMT-DSC,51
13C NMR,Sol-Gel,CMT-SMT,62
13C NMR,Solid,CMT-CMT,33
13C NMR,Solid,CMT-DSC,200
13C NMR,Solid,CMT-PRO,47
13C NMR,Solid State,CMT-CMT,125
13C NMR,Solid State,CMT-DSC,41
13C NMR,Solid State 13C NMR,CMT-CMT,126
13C NMR,Solid State NMR,CMT-CMT,83
13C NMR,Solid State Structure,CMT-PRO,37
13C NMR,Solubility,CMT-PRO,235
13C NMR,Solubility Behavior,CMT-PRO,30
13C NMR,Soluble,CMT-PRO,82
13C NMR,Solution,CMT-DSC,172
13C NMR,Sonication,CMT-SMT,33
13C NMR,Spectroelectrochemistry,CMT-CMT,32
13C NMR,Spectroscopic,CMT-CMT,75
13C NMR,Spectroscopic,CMT-PRO,40
13C NMR,Spectroscopic Analysis,CMT-CMT,39
13C NMR,Spectroscopic Methods,CMT-CMT,60
13C NMR,Spectroscopic Properties,CMT-PRO,59
13C NMR,Spectroscopic Techniques,CMT-CMT,42
13C NMR,Sphere,CMT-DSC,33
13C NMR,Stabilities,CMT-PRO,30
13C NMR,Stability,CMT-PRO,321
13C NMR,Stability Constant,CMT-PRO,41
13C NMR,Stable,CMT-PRO,38
13C NMR,Stereochemistry,CMT-PRO,54
13C NMR,Storage Modulus,CMT-PRO,186
13C NMR,Stress Strain Curve,CMT-CMT,90
13C NMR,Stress Strain Curve,CMT-PRO,33
13C NMR,Structural,CMT-PRO,171
13C NMR,Structural Analysis,CMT-CMT,40
13C NMR,Structural Characteristic,CMT-PRO,38
13C NMR,Structural Characterization,CMT-CMT,36
13C NMR,Structural Feature,CMT-PRO,61
13C NMR,Structural Formulae,CMT-PRO,51
13C NMR,Structural Model,CMT-CMT,47
13C NMR,Structural Parameter,CMT-PRO,125
13C NMR,Structural Property,CMT-PRO,37
13C NMR,Structure,CMT-CMT,36
13C NMR,Structure,CMT-PRO,1618
13C NMR,Structure Activity Relationship,CMT-PRO,56
13C NMR,Structure Refinement,CMT-CMT,149
13C NMR,Structures,CMT-PRO,483
13C NMR,Styrene,CMT-CHM,184
13C NMR,Substrate,CMT-DSC,189
13C NMR,Sucrose,CMT-CHM,44
13C NMR,Sugar,CMT-CHM,321
13C NMR,Sulfates,CMT-CHM,75
13C NMR,Sulfide,CMT-CHM,50
13C NMR,Sulfonated,CMT-SMT,34
13C NMR,Sulfonation,CMT-SMT,43
13C NMR,Sulfones,CMT-CHM,31
13C NMR,Sulfonic Acid,CMT-CHM,30
13C NMR,Sulfur,CMT-CHM,267
13C NMR,Sulfuric Acid,CMT-CHM,56
13C NMR,Superoxide,CMT-CHM,60
13C NMR,Surface,CMT-DSC,624
13C NMR,Surface Area,CMT-PRO,74
13C NMR,Surface Morphology,CMT-PRO,72
13C NMR,Surface Tension,CMT-PRO,78
13C NMR,Surfaces,CMT-DSC,175
13C NMR,Suspension,CMT-DSC,33
13C NMR,Swelling Ratio,CMT-PRO,54
13C NMR,Syndiotactic,CMT-PRO,36
13C NMR,T,CMT-PRO,85
13C NMR,T,CMT-SPL,39
13C NMR,T M,CMT-PRO,30
13C NMR,T1,CMT-PRO,54
13C NMR,TBAF,CMT-CHM,49
13C NMR,TD-DFT,CMT-CMT,70
13C NMR,TEA,CMT-CHM,57
13C NMR,TEM,CMT-CMT,1036
13C NMR,TEMPO,CMT-CHM,56
13C NMR,TEOS,CMT-CHM,63
13C NMR,TFA,CMT-CHM,113
13C NMR,TG,CMT-CMT,348
13C NMR,TG,CMT-PRO,193
13C NMR,TG-DTA,CMT-CMT,55
13C NMR,TGA,CMT-CMT,446
13C NMR,TGA/DTA,CMT-CMT,76
13C NMR,THF,CMT-CHM,724
13C NMR,TMA,CMT-CMT,33
13C NMR,TMEDA,CMT-CHM,43
13C NMR,TMS,CMT-CHM,30
13C NMR,TOCSY,CMT-CMT,92
13C NMR,TOF,CMT-PRO,35
13C NMR,Tacticity,CMT-PRO,30
13C NMR,Tan δ,CMT-PRO,51
13C NMR,Tensile Properties,CMT-PRO,53
13C NMR,Tensile Strength,CMT-PRO,102
13C NMR,Terpolymer,CMT-DSC,36
13C NMR,Tertiary Amines,CMT-CHM,38
13C NMR,Tetrahydrofuran,CMT-CHM,80
13C NMR,Tetrasaccharides,CMT-CHM,32
13C NMR,Tga,CMT-CMT,1316
13C NMR,Thermal,CMT-PRO,189
13C NMR,Thermal,CMT-SMT,40
13C NMR,Thermal Analysis,CMT-CMT,133
13C NMR,Thermal Behavior,CMT-PRO,97
13C NMR,Thermal Decomposition,CMT-SMT,68
13C NMR,Thermal Degradation,CMT-SMT,53
13C NMR,Thermal Ellipsoids,CMT-CMT,165
13C NMR,Thermal Ellipsoids,CMT-PRO,115
13C NMR,Thermal Gravimetric Analysis,CMT-CMT,37
13C NMR,Thermal Properties,CMT-PRO,340
13C NMR,Thermal Stabilities,CMT-PRO,47
13C NMR,Thermal Stability,CMT-PRO,393
13C NMR,Thermal Treatment,CMT-SMT,61
13C NMR,Thermally Stable,CMT-PRO,66
13C NMR,Thermodynamic Parameters,CMT-PRO,80
13C NMR,Thermodynamic Property,CMT-PRO,51
13C NMR,Thermogram,CMT-CMT,36
13C NMR,Thermogravimetric,CMT-CMT,78
13C NMR,Thermogravimetric Analysis,CMT-CMT,408
13C NMR,Thermogravimetric Curve,CMT-CMT,51
13C NMR,Thermogravimetry,CMT-CMT,52
13C NMR,Thermolysis,CMT-SMT,36
13C NMR,Thin Films,CMT-DSC,197
13C NMR,Thiols,CMT-CHM,74
13C NMR,Thiophene,CMT-CHM,73
13C NMR,Thiosemicarbazone,CMT-CHM,35
13C NMR,Thiourea,CMT-CHM,59
13C NMR,Ti,CMT-CHM,144
13C NMR,TiCl4,CMT-CHM,48
13C NMR,TiO2,CMT-CHM,114
13C NMR,Tin,CMT-CHM,52
13C NMR,Titanium,CMT-CHM,83
13C NMR,Tlc,CMT-CMT,55
13C NMR,Tm,CMT-PRO,58
13C NMR,Tof Mass,CMT-CMT,30
13C NMR,Toluene,CMT-CHM,577
13C NMR,Toluene-D8,CMT-CHM,31
13C NMR,Torsional Angle,CMT-PRO,65
13C NMR,Toxicity,CMT-PRO,60
13C NMR,Transesterification,CMT-SMT,56
13C NMR,Transition Metal,CMT-CHM,99
13C NMR,Transition Temperature,CMT-PRO,43
13C NMR,Transmission Electron Microscopy,CMT-CMT,140
13C NMR,Transparent,CMT-PRO,54
13C NMR,Triazole,CMT-CHM,60
13C NMR,Triblock Copolymer,CMT-DSC,47
13C NMR,Triclinic,CMT-SPL,79
13C NMR,Triethylamine,CMT-CHM,88
13C NMR,Trifluoroacetic Acid,CMT-CHM,33
13C NMR,Triglycerides,CMT-CHM,37
13C NMR,Trigonal,CMT-SPL,32
13C NMR,Trimethylsilyl,CMT-CHM,31
13C NMR,Triphenylphosphine,CMT-CHM,33
13C NMR,Tris,CMT-CHM,40
13C NMR,Tungsten,CMT-CHM,30
13C NMR,Two-Dimensional,CMT-CMT,31
13C NMR,UV,CMT-CMT,191
13C NMR,UV / Vis,CMT-CMT,132
13C NMR,UV Absorption,CMT-CMT,30
13C NMR,UV Irradiation,CMT-SMT,82
13C NMR,UV Spectra,CMT-CMT,78
13C NMR,UV Spectrum,CMT-CMT,35
13C NMR,UV Transmittance,CMT-PRO,69
13C NMR,UV Vis,CMT-CMT,726
13C NMR,UV Vis Absorption,CMT-CMT,264
13C NMR,UV Vis Spectroscopy,CMT-CMT,150
13C NMR,UV Vis Spectrum,CMT-CMT,47
13C NMR,UV Visible,CMT-CMT,159
13C NMR,UV Visible Absorption,CMT-CMT,91
13C NMR,UV Visible Spectroscopy,CMT-CMT,38
13C NMR,UV – Vis,CMT-CMT,136
13C NMR,UV-VIS Spectral,CMT-CMT,169
13C NMR,UV-Vis Spectra,CMT-CMT,47
13C NMR,UV/VIS Spectral,CMT-CMT,31
13C NMR,Ultimate Analysis,CMT-CMT,38
13C NMR,Urea,CMT-CHM,177
13C NMR,Urethane,CMT-CHM,41
13C NMR,Uronic Acid,CMT-CHM,32
13C NMR,Vanadium,CMT-CHM,52
13C NMR,Vanillin,CMT-CHM,30
13C NMR,Vesicle,CMT-DSC,36
13C NMR,Viability,CMT-PRO,57
13C NMR,Vibrational Frequency,CMT-PRO,100
13C NMR,Vibrational Spectra,CMT-CMT,31
13C NMR,Vinyl,CMT-CHM,106
13C NMR,Viscosities,CMT-PRO,41
13C NMR,Viscosity,CMT-PRO,295
13C NMR,WAXD,CMT-CMT,155
13C NMR,WAXS,CMT-CMT,56
13C NMR,Wafers,CMT-DSC,45
13C NMR,Water Absorption,CMT-PRO,36
13C NMR,Water Contact Angle,CMT-PRO,58
13C NMR,Water Content,CMT-PRO,57
13C NMR,Water Insoluble,CMT-PRO,32
13C NMR,Water Solubility,CMT-PRO,34
13C NMR,Water Soluble,CMT-PRO,166
13C NMR,Water Uptake,CMT-PRO,87
13C NMR,Weight,CMT-PRO,55
13C NMR,Weight Average Molecular Weight,CMT-PRO,66
13C NMR,Western Blots,CMT-CMT,42
13C NMR,Wide Angle X-Ray Diffraction,CMT-CMT,48
13C NMR,Working Electrodes,CMT-APL,62
13C NMR,X Ray,CMT-CMT,199
13C NMR,X Ray Analysis,CMT-CMT,113
13C NMR,X Ray Diffractogram,CMT-CMT,59
13C NMR,X-Ray Crystal Structure,CMT-CMT,174
13C NMR,X-Ray Crystallography,CMT-CMT,434
13C NMR,X-Ray Diffraction,CMT-CMT,1185
13C NMR,X-Ray Diffractometry,CMT-CMT,30
13C NMR,X-Ray Photoelectron Spectroscopy,CMT-CMT,74
13C NMR,X-Ray Powder Diffraction,CMT-CMT,53
13C NMR,X-Ray Single Crystal Diffraction,CMT-CMT,41
13C NMR,X-Ray Structural Analysis,CMT-CMT,50
13C NMR,X-ray Structure,CMT-CMT,167
13C NMR,XPS,CMT-CMT,508
13C NMR,XRD,CMT-CMT,1135
13C NMR,Xylene,CMT-CHM,44
13C NMR,Xylose,CMT-CHM,75
13C NMR,Zeolites,CMT-CHM,184
13C NMR,Zeta Potential,CMT-PRO,115
13C NMR,Zinc,CMT-CHM,116
13C NMR,Zinc II,CMT-CHM,70
13C NMR,Zirconium,CMT-CHM,56
13C NMR,Zn,CMT-CHM,178
13C NMR,Zn(II),CMT-CHM,141
13C NMR,Zn2+,CMT-CHM,114
13C NMR,ZnCl2,CMT-CHM,40
13C NMR,ZnO,CMT-CHM,53
13C NMR,Zr,CMT-CHM,80
13C NMR,[D6]DMSO,CMT-CHM,76
13C NMR,[D8]THF,CMT-CHM,31
13C NMR,pH,CMT-PRO,52
13C NMR,pKa,CMT-PRO,74
13C NMR,Δ,CMT-PRO,38
13C NMR,β,CMT-PRO,103
13C NMR,β-CD,CMT-CHM,32
13C NMR,ε-Caprolactone,CMT-CHM,32
13C NMR,η,CMT-PRO,38
13C NMR Chemical Shift,13C,PRO-CHM,84
13C NMR Chemical Shift,13C NMR,PRO-CMT,43
13C NMR Chemical Shift,1H,PRO-CHM,53
13C NMR Chemical Shift,1H,PRO-PRO,31
13C NMR Chemical Shift,B3LYP,PRO-CMT,30
13C NMR Chemical Shift,Chemical Shift,PRO-PRO,32
13C NMR Spectroscopy,13C,CMT-CHM,871
13C NMR Spectroscopy,13C NMR,CMT-CMT,77
13C NMR Spectroscopy,1H,CMT-CHM,659
13C NMR Spectroscopy,1H,CMT-CMT,551
13C NMR Spectroscopy,1H NMR,CMT-CMT,119
13C NMR Spectroscopy,1H NMR Spectroscopy,CMT-CMT,37
13C NMR Spectroscopy,2D 1H and 13C,CMT-CHM,30
13C NMR Spectroscopy,CO2,CMT-CHM,31
13C NMR Spectroscopy,Carbon,CMT-CHM,62
13C NMR Spectroscopy,Catalyst,CMT-APL,64
13C NMR Spectroscopy,Catalytic Activity,CMT-PRO,39
13C NMR Spectroscopy,Chemical Structures,CMT-PRO,36
13C NMR Spectroscopy,Cl,CMT-CHM,30
13C NMR Spectroscopy,Compositions,CMT-PRO,43
13C NMR Spectroscopy,Copolymer,CMT-DSC,36
13C NMR Spectroscopy,Crystal,CMT-DSC,38
13C NMR Spectroscopy,Crystal Structure,CMT-PRO,43
13C NMR Spectroscopy,DSC,CMT-CMT,61
13C NMR Spectroscopy,Differential Scanning Calorimetry,CMT-CMT,53
13C NMR Spectroscopy,Elemental Analysis,CMT-CMT,258
13C NMR Spectroscopy,Ethanol,CMT-CHM,39
13C NMR Spectroscopy,FT-IR,CMT-CMT,58
13C NMR Spectroscopy,FTIR,CMT-CMT,52
13C NMR Spectroscopy,Gel Permeation Chromatography,CMT-CMT,31
13C NMR Spectroscopy,Hydrogen,CMT-CHM,65
13C NMR Spectroscopy,IR Spectroscopy,CMT-CMT,44
13C NMR Spectroscopy,Ir,CMT-CMT,123
13C NMR Spectroscopy,Mass Spectrometry,CMT-CMT,98
13C NMR Spectroscopy,Methanol,CMT-CHM,39
13C NMR Spectroscopy,Methylation Analysis,CMT-CMT,39
13C NMR Spectroscopy,Molecular Structure,CMT-PRO,72
13C NMR Spectroscopy,Molecular Weight,CMT-PRO,42
13C NMR Spectroscopy,NMR,CMT-CMT,72
13C NMR Spectroscopy,Nitrogen,CMT-CHM,47
13C NMR Spectroscopy,Oxygen,CMT-CHM,43
13C NMR Spectroscopy,Single Crystal,CMT-DSC,54
13C NMR Spectroscopy,Single Crystal X-Ray Diffraction,CMT-CMT,52
13C NMR Spectroscopy,Structure,CMT-PRO,103
13C NMR Spectroscopy,Structures,CMT-PRO,42
13C NMR Spectroscopy,Sugar,CMT-CHM,38
13C NMR Spectroscopy,Tga,CMT-CMT,31
13C NMR Spectroscopy,Thermal Stability,CMT-PRO,32
13C NMR Spectroscopy,Thermogravimetric Analysis,CMT-CMT,35
13C NMR Spectroscopy,Toluene,CMT-CHM,31
13C NMR Spectroscopy,X-Ray Crystallography,CMT-CMT,76
13C NMR Spectroscopy,X-Ray Diffraction,CMT-CMT,132
13C Nuclear Magnetic Resonance,13C,CMT-CHM,56
13C Nuclear Magnetic Resonance,13C NMR,CMT-CMT,59
13C Nuclear Magnetic Resonance,1H,CMT-CHM,144
13C Nuclear Magnetic Resonance,1H,CMT-CMT,114
13C Nuclear Magnetic Resonance,Carbon,CMT-CHM,51
13C Nuclear Magnetic Resonance,Chemical Structures,CMT-PRO,31
13C Nuclear Magnetic Resonance,DSC,CMT-CMT,30
13C Nuclear Magnetic Resonance,Differential Scanning Calorimetry,CMT-CMT,39
13C Nuclear Magnetic Resonance,Elemental Analysis,CMT-CMT,45
13C Nuclear Magnetic Resonance,FT-IR,CMT-CMT,47
13C Nuclear Magnetic Resonance,FTIR,CMT-CMT,54
13C Nuclear Magnetic Resonance,Fourier Transform Infrared,CMT-CMT,64
13C Nuclear Magnetic Resonance,Fourier Transform Infrared Spectroscopy,CMT-CMT,54
13C Nuclear Magnetic Resonance,Molecular Weight,CMT-PRO,31
13C Nuclear Magnetic Resonance,NMR,CMT-CMT,216
13C Nuclear Magnetic Resonance,Scanning Electron Microscopy,CMT-CMT,31
13C Nuclear Magnetic Resonance,Structure,CMT-PRO,37
13C Nuclear Magnetic Resonance,Thermogravimetric Analysis,CMT-CMT,34
13C Nuclear Magnetic Resonance,X-Ray Diffraction,CMT-CMT,49
13C Nuclear Magnetic Resonance Spectroscopy,1H,CMT-CHM,35
13C Solid State NMR,13C,CMT-CHM,345
13C Solid State NMR,1H,CMT-CHM,50
13C Solid State NMR,CO2,CMT-CHM,33
13C Solid State NMR,Carbon,CMT-CHM,67
13C Solid State NMR,Catalyst,CMT-APL,33
13C Solid State NMR,Composite,CMT-DSC,30
13C Solid State NMR,FT-IR,CMT-CMT,64
13C Solid State NMR,FTIR,CMT-CMT,91
13C Solid State NMR,Hydrogen,CMT-CHM,32
13C Solid State NMR,N2,CMT-CHM,56
13C Solid State NMR,NMR,CMT-CMT,39
13C Solid State NMR,Nitrogen,CMT-CHM,46
13C Solid State NMR,Pore Size Distribution,CMT-PRO,30
13C Solid State NMR,Raman,CMT-CMT,35
13C Solid State NMR,SEM,CMT-CMT,134
13C Solid State NMR,Silica,CMT-CHM,47
13C Solid State NMR,Structure,CMT-PRO,47
13C Solid State NMR,Surface,CMT-DSC,52
13C Solid State NMR,TEM,CMT-CMT,79
13C Solid State NMR,Tga,CMT-CMT,50
13C Solid State NMR,X-Ray Diffraction,CMT-CMT,32
13C Solid State NMR,XPS,CMT-CMT,45
13C Solid State NMR,XRD,CMT-CMT,48
13C-,1H,CMT-CHM,30
13C-,Elemental Analysis,CMT-CMT,32
13C-NMR,13C,CMT-CHM,229
13C-NMR,1H,CMT-CHM,98
13C-NMR,1H-NMR,CMT-CMT,94
13C-NMR,CDCl3,CMT-CHM,36
13C-NMR,DSC,CMT-CMT,41
13C-NMR,FT-IR,CMT-CMT,42
13C-NMR,FTIR,CMT-CMT,38
13C-NMR,SEM,CMT-CMT,37
13C/12C Ratio,Carbon,PRO-CHM,37
13CH3,13C,CHM-CHM,36
13CH3,1H,CHM-CHM,30
13CH3,Methyl,CHM-CHM,30
13CH3OH,CH3OH,CHM-CHM,33
13CH3OH,Methanol,CHM-CHM,54
13CH4,12CH4,CHM-CHM,94
13CH4,13C,CHM-CHM,90
13CH4,13CO2,CHM-CHM,32
13CH4,CH4,CHM-CHM,140
13CH4,CO,CHM-CHM,47
13CH4,CO2,CHM-CHM,56
13CH4,Carbon,CHM-CHM,71
13CH4,Catalyst,CHM-APL,75
13CH4,H2,CHM-CHM,43
13CH4,Hydrogen,CHM-CHM,33
13CH4,Methane,CHM-CHM,156
13CH4,Surface,CHM-DSC,48
13CO,12CO,CHM-CHM,152
13CO,12CO2,CHM-CHM,35
13CO,13C,CHM-CHM,97
13CO,13C NMR,CHM-CMT,32
13CO,13CO2,CHM-CHM,93
13CO,1H,CHM-CHM,43
13CO,Al2O3,CHM-CHM,30
13CO,Annealing,CHM-SMT,34
13CO,Ar,CHM-CHM,43
13CO,Au,CHM-CHM,35
13CO,CH4,CHM-CHM,46
13CO,CO,CHM-CHM,357
13CO,CO2,CHM-CHM,147
13CO,Carbon,CHM-CHM,78
13CO,Carbon Monoxide,CHM-CHM,41
13CO,Carbonyls,CHM-CHM,61
13CO,Catalyst,CHM-APL,137
13CO,Cluster,CHM-DSC,34
13CO,FTIR,CHM-CMT,60
13CO,H2,CHM-CHM,119
13CO,H2O,CHM-CHM,69
13CO,HRTEM,CHM-CMT,32
13CO,Heating,CHM-SMT,30
13CO,Hydrogen,CHM-CHM,65
13CO,Infrared,CHM-CMT,37
13CO,Ir,CHM-CMT,51
13CO,Methanol,CHM-CHM,36
13CO,N2,CHM-CHM,56
13CO,NMR,CHM-CMT,37
13CO,NO,CHM-CHM,39
13CO,O,CHM-CHM,36
13CO,O2,CHM-CHM,79
13CO,Oxygen,CHM-CHM,63
13CO,Pt,CHM-CHM,80
13CO,Ru,CHM-CHM,41
13CO,SiO2,CHM-CHM,31
13CO,Structure,CHM-PRO,34
13CO,Surface,CHM-DSC,111
13CO,TEM,CHM-CMT,58
13CO,XPS,CHM-CMT,30
13CO2,12CO,CHM-CHM,41
13CO2,12CO2,CHM-CHM,149
13CO2,13C,CHM-CHM,115
13CO2,13C NMR,CHM-CMT,52
13CO2,13CH4,CHM-CHM,32
13CO2,13CO,CHM-CHM,93
13CO2,1H,CHM-CHM,37
13CO2,Ar,CHM-CHM,52
13CO2,Au,CHM-CHM,39
13CO2,CH4,CHM-CHM,77
13CO2,CO,CHM-CHM,200
13CO2,CO2,CHM-CHM,408
13CO2,CO2 Reduction,CHM-APL,43
13CO2,Carbon,CHM-CHM,129
13CO2,Carbon Dioxide,CHM-CHM,46
13CO2,Carbonates,CHM-CHM,35
13CO2,Catalyst,CHM-APL,133
13CO2,Cu,CHM-CHM,45
13CO2,Electrode,CHM-APL,33
13CO2,FTIR,CHM-CMT,56
13CO2,Formate,CHM-CHM,36
13CO2,GC-MS,CHM-CMT,30
13CO2,H2,CHM-CHM,111
13CO2,H2O,CHM-CHM,112
13CO2,HRTEM,CHM-CMT,54
13CO2,Hydrogen,CHM-CHM,63
13CO2,Irradiation,CHM-SMT,48
13CO2,MS,CHM-CMT,31
13CO2,Mass Spectra,CHM-CMT,36
13CO2,Methane,CHM-CHM,39
13CO2,Methanol,CHM-CHM,31
13CO2,N2,CHM-CHM,67
13CO2,Ni,CHM-CHM,33
13CO2,Nitrogen,CHM-CHM,35
13CO2,O,CHM-CHM,39
13CO2,O2,CHM-CHM,85
13CO2,Oxygen,CHM-CHM,57
13CO2,Photocatalyst,CHM-APL,38
13CO2,Pt,CHM-CHM,55
13CO2,SEM,CHM-CMT,56
13CO2,Structure,CHM-PRO,32
13CO2,Surface,CHM-DSC,83
13CO2,TEM,CHM-CMT,85
13CO2,Ti,CHM-CHM,30
13CO2,TiO2,CHM-CHM,48
13CO2,XPS,CHM-CMT,53
13CO2,XRD,CHM-CMT,73
13C{1H},13C,CHM-CHM,85
13C{1H},13C NMR,CHM-CMT,34
13C{1H},13C{1H} CP MAS NMR,CHM-CMT,50
13C{1H},13C{1H} NMR,CHM-CMT,422
13C{1H},1H,CHM-CHM,515
13C{1H},1H,CHM-CMT,227
13C{1H},1H,CMT-CHM,187
13C{1H},1H,CMT-CMT,118
13C{1H},1H NMR,CHM-CMT,161
13C{1H},29Si{1H},CHM-CHM,39
13C{1H},31P {1H},CHM-CHM,121
13C{1H},31P {1H},CMT-CHM,68
13C{1H},31P{1H}-NMR,CHM-CMT,62
13C{1H},31P{1H}-NMR,CMT-CMT,33
13C{1H},Angles,CHM-PRO,121
13C{1H},Bond Angles,CHM-PRO,30
13C{1H},Bond Length,CHM-PRO,134
13C{1H},Bond Length,CMT-PRO,31
13C{1H},CDCl3,CHM-CHM,90
13C{1H},CH2Cl2,CHM-CHM,57
13C{1H},CO,CHM-CHM,41
13C{1H},CO2,CHM-CHM,32
13C{1H},Carbon,CHM-CHM,94
13C{1H},Carbonyls,CHM-CHM,32
13C{1H},Catalyst,CHM-APL,60
13C{1H},Chemical Shift,CHM-PRO,61
13C{1H},Cl,CHM-CHM,48
13C{1H},Compositions,CHM-PRO,43
13C{1H},Copolymer,CHM-DSC,50
13C{1H},Crystal,CHM-DSC,44
13C{1H},Crystal Structure,CHM-PRO,71
13C{1H},DFT,CHM-CMT,35
13C{1H},DSC,CHM-CMT,35
13C{1H},Elemental Analysis,CHM-CMT,150
13C{1H},Elemental Analysis,CMT-CMT,66
13C{1H},FT-IR,CHM-CMT,36
13C{1H},FTIR,CHM-CMT,43
13C{1H},Hydrogen,CHM-CHM,186
13C{1H},Hydrogen,CMT-CHM,35
13C{1H},Ir,CHM-CMT,148
13C{1H},Ir,CMT-CMT,59
13C{1H},Me,CHM-CHM,30
13C{1H},Methyl,CHM-CHM,40
13C{1H},Molecular Structure,CHM-PRO,142
13C{1H},Molecular Structure,CMT-PRO,32
13C{1H},N2,CHM-CHM,35
13C{1H},NMR,CHM-CMT,121
13C{1H},NMR,CMT-CMT,55
13C{1H},Nitrogen,CHM-CHM,39
13C{1H},Pd,CHM-CHM,41
13C{1H},Phenyls,CHM-CHM,31
13C{1H},Pt,CHM-CHM,32
13C{1H},SEM,CHM-CMT,47
13C{1H},Single Crystal,CHM-DSC,61
13C{1H},Single Crystal,CMT-DSC,30
13C{1H},Single Crystal X-Ray Diffraction,CHM-CMT,43
13C{1H},Structure,CHM-PRO,70
13C{1H},Structures,CHM-PRO,47
13C{1H},TEM,CHM-CMT,35
13C{1H},THF,CHM-CHM,39
13C{1H},Tga,CHM-CMT,38
13C{1H},Thermal Ellipsoids,CHM-CMT,40
13C{1H},Toluene,CHM-CHM,52
13C{1H},UV Vis,CHM-CMT,32
13C{1H},X-Ray Crystallography,CHM-CMT,56
13C{1H},X-Ray Crystallography,CMT-CMT,30
13C{1H},X-Ray Diffraction,CHM-CMT,112
13C{1H},X-Ray Diffraction,CMT-CMT,41
13C{1H},XRD,CHM-CMT,33
13C{1H} CP MAS NMR,13C{1H},CMT-CHM,50
13C{1H} NMR,13C,CMT-CHM,70
13C{1H} NMR,13C NMR,CMT-CMT,32
13C{1H} NMR,13C{1H},CMT-CHM,422
13C{1H} NMR,1H,CMT-CHM,299
13C{1H} NMR,1H,CMT-CMT,97
13C{1H} NMR,1H NMR,CMT-CMT,152
13C{1H} NMR,31P {1H},CMT-CHM,44
13C{1H} NMR,31P{1H}-NMR,CMT-CMT,31
13C{1H} NMR,Angles,CMT-PRO,119
13C{1H} NMR,Bond Length,CMT-PRO,127
13C{1H} NMR,CD2Cl2,CMT-CHM,31
13C{1H} NMR,CDCl3,CMT-CHM,90
13C{1H} NMR,CH2Cl2,CMT-CHM,36
13C{1H} NMR,CO,CMT-CHM,31
13C{1H} NMR,Carbon,CMT-CHM,73
13C{1H} NMR,Catalyst,CMT-APL,35
13C{1H} NMR,Chemical Shift,CMT-PRO,47
13C{1H} NMR,Compositions,CMT-PRO,38
13C{1H} NMR,Copolymer,CMT-DSC,47
13C{1H} NMR,Crystal Structure,CMT-PRO,33
13C{1H} NMR,Elemental Analysis,CMT-CMT,53
13C{1H} NMR,Hydrogen,CMT-CHM,148
13C{1H} NMR,Ir,CMT-CMT,69
13C{1H} NMR,Molecular Structure,CMT-PRO,130
13C{1H} NMR,NMR,CMT-CMT,62
13C{1H} NMR,Structure,CMT-PRO,43
13C{1H} NMR,THF,CMT-CHM,30
13C{1H} NMR,Toluene,CMT-CHM,37
13C{1H} NMR,X-Ray Diffraction,CMT-CMT,36
13C–13C,13C,CHM-CHM,35
14,Crystal,SPL-DSC,35
14,Crystal Structure,SPL-PRO,57
14,Layers,SPL-DSC,32
14,Monoclinic,SPL-SPL,147
14,P2 1/N,SPL-SPL,38
14,P21/C,SPL-SPL,60
14,P21C,SPL-SPL,39
14,Single Crystal,SPL-DSC,56
14,Structure,SPL-PRO,71
14,X-Ray Diffraction,SPL-CMT,61
14,β,SPL-PRO,52
140MPa,120 MPa,CHM-CHM,30
140MPa,Alloy,CHM-DSC,39
140MPa,Micro Structures,CHM-PRO,31
140MPa,Microstructure,CHM-PRO,34
140MPa,SEM,CHM-CMT,36
140MPa,Surface,CHM-DSC,32
143Nd/144Nd,206Pb/204Pb,PRO-PRO,30
143Nd/144Nd,207Pb,PRO-CHM,36
143Nd/144Nd,87Sr/86Sr,PRO-PRO,90
143Nd/144Nd,Al2O3,PRO-CHM,39
143Nd/144Nd,Ba,PRO-CHM,35
143Nd/144Nd,Bulk,PRO-DSC,36
143Nd/144Nd,CaO,PRO-CHM,37
143Nd/144Nd,Clinopyroxenes,PRO-CHM,55
143Nd/144Nd,Clinopyroxenes,PRO-SPL,34
143Nd/144Nd,Compositions,PRO-PRO,97
143Nd/144Nd,Crust,PRO-DSC,30
143Nd/144Nd,Diamonds,PRO-CHM,42
143Nd/144Nd,Garnet,PRO-SPL,55
143Nd/144Nd,Geological Map,PRO-CMT,34
143Nd/144Nd,Hart,PRO-CHM,62
143Nd/144Nd,Hf,PRO-CHM,46
143Nd/144Nd,Isochron,PRO-CHM,42
143Nd/144Nd,K2O,PRO-CHM,39
143Nd/144Nd,La,PRO-CHM,68
143Nd/144Nd,Lavas,PRO-DSC,47
143Nd/144Nd,Mantle,PRO-DSC,56
143Nd/144Nd,Melting,PRO-SMT,63
143Nd/144Nd,Mg,PRO-CHM,30
143Nd/144Nd,MgO,PRO-CHM,68
143Nd/144Nd,Nb,PRO-CHM,47
143Nd/144Nd,Nd,PRO-CHM,103
143Nd/144Nd,OIB,PRO-CHM,33
143Nd/144Nd,Olivines,PRO-CHM,65
143Nd/144Nd,Olivines,PRO-SPL,36
143Nd/144Nd,Partition Coefficient,PRO-PRO,36
143Nd/144Nd,Pb,PRO-CHM,71
143Nd/144Nd,Rocks,PRO-DSC,42
143Nd/144Nd,SiO2,PRO-CHM,60
143Nd/144Nd,Sm,PRO-CHM,40
143Nd/144Nd,Spinels,PRO-SPL,36
143Nd/144Nd,Sr,PRO-CHM,91
143Nd/144Nd,TiO2,PRO-CHM,34
143Nd/144Nd,Whole Rocks,PRO-DSC,35
143Nd/144Nd,Xenoliths,PRO-DSC,32
143Nd/144Nd,Yb,PRO-CHM,52
143Nd/144Nd,Zr,PRO-CHM,43
143Nd/144Nd Ratios,87Sr/86Sr,PRO-PRO,35
143Nd/144Nd Ratios,Compositions,PRO-PRO,35
143Nd/144Nd Ratios,Nd,PRO-CHM,55
143Nd/144Nd Ratios,Pb,PRO-CHM,31
143Nd/144Nd Ratios,Sr,PRO-CHM,46
143nd / 144nd,206Pb/204Pb,PRO-PRO,62
143nd / 144nd,207Pb,PRO-CHM,45
143nd / 144nd,207Pb/204Pb,PRO-PRO,35
143nd / 144nd,208Pb/204Pb,PRO-PRO,38
143nd / 144nd,87Sr/86Sr,PRO-PRO,158
143nd / 144nd,Al2O3,PRO-CHM,35
143nd / 144nd,Ba,PRO-CHM,58
143nd / 144nd,Basaltic,PRO-SPL,30
143nd / 144nd,Clinopyroxenes,PRO-CHM,40
143nd / 144nd,Compositions,PRO-PRO,95
143nd / 144nd,Garnet,PRO-SPL,60
143nd / 144nd,Hart,PRO-CHM,31
143nd / 144nd,Hf,PRO-CHM,32
143nd / 144nd,Isotopic Composition,PRO-PRO,39
143nd / 144nd,K2O,PRO-CHM,51
143nd / 144nd,La,PRO-CHM,72
143nd / 144nd,Lavas,PRO-DSC,42
143nd / 144nd,Mafic,PRO-PRO,43
143nd / 144nd,Mantle,PRO-DSC,40
143nd / 144nd,Melting,PRO-SMT,64
143nd / 144nd,Mg,PRO-CHM,38
143nd / 144nd,MgO,PRO-CHM,54
143nd / 144nd,Na2O,PRO-CHM,40
143nd / 144nd,Nb,PRO-CHM,58
143nd / 144nd,Nd,PRO-CHM,113
143nd / 144nd,Olivines,PRO-CHM,55
143nd / 144nd,Pb,PRO-CHM,92
143nd / 144nd,SiO2,PRO-CHM,78
143nd / 144nd,SiO2,PRO-PRO,45
143nd / 144nd,Sr,PRO-CHM,131
143nd / 144nd,Sr,PRO-PRO,72
143nd / 144nd,Ta,PRO-CHM,30
143nd / 144nd,Ti,PRO-CHM,43
143nd / 144nd,TiO2,PRO-CHM,32
143nd / 144nd,Yb,PRO-CHM,40
143nd / 144nd,Zircons,PRO-CHM,34
143nd / 144nd,Zr,PRO-CHM,46
147Sm/144Nd,176Lu,PRO-CHM,34
147Sm/144Nd,Compositions,PRO-PRO,60
147Sm/144Nd,Garnet,PRO-SPL,31
147Sm/144Nd,Geological Map,PRO-CMT,36
147Sm/144Nd,Hf,PRO-CHM,31
147Sm/144Nd,Isochron,PRO-CHM,44
147Sm/144Nd,Mantle,PRO-DSC,31
147Sm/144Nd,Melting,PRO-SMT,33
147Sm/144Nd,Nd,PRO-CHM,65
147Sm/144Nd,Pb,PRO-CHM,42
147Sm/144Nd,Sr,PRO-CHM,46
147Sm/144Nd,Zircons,PRO-CHM,32
14C,10Be,CHM-CHM,150
14C,10Be,CHM-CMT,42
14C,10Be,CHM-PRO,35
14C,10Be,CMT-CHM,68
14C,10Be,CMT-CMT,33
14C,13C,CHM-CHM,146
14C,13C,CHM-PRO,67
14C,13C,PRO-PRO,31
14C,14C Activity,CHM-PRO,68
14C,14C Age,CHM-CMT,280
14C,14C Age,CHM-PRO,181
14C,14C Age,CMT-CMT,87
14C,14C Age,CMT-PRO,75
14C,14C Analysis,CHM-CMT,45
14C,14C Concentration,CHM-PRO,66
14C,14C Content,CHM-PRO,54
14C,14C Dates,CHM-CMT,98
14C,14C Dates,CMT-CMT,36
14C,14C Dating,CHM-CMT,229
14C,14C Dating,CMT-CMT,52
14C,14CO2,CHM-CHM,119
14C,18O,CHM-CHM,73
14C,1H,CHM-CHM,32
14C,210Pb,CHM-CHM,103
14C,210Pb,CHM-CMT,63
14C,210Pb,CMT-CHM,65
14C,210Pb,CMT-CMT,39
14C,238U,CHM-CHM,35
14C,26Al,CHM-CHM,58
14C,AGE Model,CHM-CMT,134
14C,AGE Model,CMT-CMT,80
14C,AMS,CHM-APL,78
14C,AMS,CHM-CMT,207
14C,AMS,CMT-CMT,86
14C,AMS 14C,CHM-CMT,72
14C,AMS 14C,CMT-CMT,36
14C,Accelerator Mass Spectrometry,CHM-CMT,126
14C,Accelerator Mass Spectrometry,CMT-CMT,34
14C,Activity,CHM-PRO,52
14C,Age,CHM-PRO,198
14C,Age,CMT-PRO,106
14C,Age-Depth Model,CHM-CMT,77
14C,Age-Depth Model,CMT-CMT,50
14C,Ages,CHM-PRO,283
14C,Ages,CMT-PRO,195
14C,Al,CHM-CHM,65
14C,Alluvial,CHM-DSC,38
14C,Amino Acid,CHM-CHM,91
14C,Ams 14C Dating,CHM-CMT,30
14C,Aquifer,CHM-APL,98
14C,Aquifer,PRO-APL,30
14C,Atmospheric CO2,CHM-CHM,32
14C,Ba,CHM-CHM,35
14C,Bathymetric,CHM-CMT,30
14C,Bathymetric Map,CHM-CMT,36
14C,Bathymetry,CHM-PRO,76
14C,Bathymetry,CMT-PRO,33
14C,Bedrock,CHM-DSC,45
14C,Blue Line,CHM-CHM,71
14C,Blue Line,CMT-CHM,31
14C,Bone,CHM-DSC,48
14C,Bones,CHM-DSC,48
14C,Boulders,CHM-DSC,40
14C,Br,CHM-CHM,35
14C,Bulk,CHM-DSC,111
14C,Bulk,CMT-DSC,40
14C,C,CHM-CHM,34
14C,CH4,CHM-CHM,37
14C,CO,CHM-CHM,32
14C,CO2,CHM-CHM,284
14C,CO2,CMT-CHM,67
14C,CO2,PRO-CHM,55
14C,Ca,CHM-CHM,132
14C,Ca,CMT-CHM,59
14C,Ca2+,CHM-CHM,33
14C,CaCO3,CHM-CHM,44
14C,Calcite,CHM-CHM,108
14C,Calcite,CMT-CHM,44
14C,Calibration Curve,CHM-CMT,30
14C,Carbon,CHM-CHM,772
14C,Carbon,CHM-PRO,100
14C,Carbon,CMT-CHM,247
14C,Carbon,CMT-PRO,39
14C,Carbon,PRO-CHM,137
14C,Carbon Dioxide,CHM-CHM,45
14C,Carbonates,CHM-CHM,239
14C,Carbonates,CMT-CHM,98
14C,Carbonates,PRO-CHM,35
14C,Catalyst,CHM-APL,50
14C,Cells,CHM-DSC,54
14C,Charcoal,CHM-CHM,141
14C,Charcoal,CMT-CHM,69
14C,Chemical Structures,CHM-PRO,42
14C,Chronology,CHM-PRO,34
14C,Cl,CHM-CHM,66
14C,Climate,CHM-PRO,102
14C,Climate,CMT-PRO,52
14C,Co,CHM-CHM,41
14C,Combustion,CHM-SMT,47
14C,Composite,CHM-DSC,40
14C,Compositions,CHM-PRO,131
14C,Compositions,CMT-PRO,32
14C,Concentration,CHM-PRO,38
14C,Cooling,CHM-SMT,42
14C,Corals,CHM-DSC,53
14C,Core,CHM-CMT,44
14C,Core,CHM-DSC,143
14C,Core,CMT-DSC,63
14C,Cores,CHM-DSC,96
14C,Cores,CMT-DSC,44
14C,Coring,CHM-SMT,55
14C,Crystal,CHM-DSC,47
14C,Cu,CHM-CHM,30
14C,Curves,CHM-CMT,68
14C,Curves,CMT-CMT,37
14C,DEM,CHM-CMT,32
14C,Dating,CHM-APL,63
14C,Dating,CMT-APL,36
14C,Density,CHM-PRO,68
14C,Detector,CHM-APL,31
14C,Diamonds,CHM-CHM,201
14C,Diamonds,CMT-CHM,87
14C,Diatom,CHM-PRO,35
14C,Doc,CHM-PRO,32
14C,ESR,CHM-CMT,32
14C,Ethanol,CHM-CHM,41
14C,F,CHM-CHM,42
14C,F,CHM-PRO,47
14C,Fatty Acid,CHM-CHM,67
14C,Fe,CHM-CHM,107
14C,Geochemical,CHM-PRO,76
14C,Geochemical,CMT-PRO,34
14C,Geochemistry,CHM-PRO,32
14C,Geological,CHM-PRO,41
14C,Geological Map,CHM-CMT,68
14C,Geological Map,CMT-CMT,32
14C,Geology,CHM-PRO,31
14C,Geomorphologic,CHM-PRO,36
14C,Glaciers,CHM-APL,31
14C,Glucose,CHM-CHM,76
14C,Grain Size,CHM-PRO,107
14C,Grain Size,CMT-PRO,59
14C,Grain Size Distribution,CHM-PRO,37
14C,Grains,CHM-DSC,39
14C,Graphite,CHM-CHM,78
14C,Graphitization,CHM-SMT,32
14C,H2,CHM-CHM,41
14C,H2O,CHM-CHM,47
14C,HCl,CHM-CHM,32
14C,Half Life,CHM-PRO,37
14C,Heating,CHM-SMT,35
14C,Holocene,CHM-CHM,538
14C,Holocene,CMT-CHM,254
14C,Holocene,PRO-CHM,32
14C,Hplc,CHM-CMT,66
14C,Hydrocarbon,CHM-CHM,37
14C,Hydrogen,CHM-CHM,80
14C,Hydrolysis,CHM-SMT,46
14C,Ice,CHM-DSC,40
14C,Ice Core,CHM-CMT,40
14C,Ice Core,CHM-DSC,78
14C,Ice Core,CMT-DSC,42
14C,Iron,CHM-CHM,95
14C,Isotopic Composition,CHM-PRO,51
14C,K,CHM-PRO,46
14C,La,CHM-CHM,31
14C,Lacustrine,CHM-CHM,71
14C,Lacustrine,CMT-CHM,43
14C,Lake,CHM-APL,58
14C,Lake,CMT-APL,33
14C,Lake Level,CHM-PRO,48
14C,Lake Level,CMT-PRO,32
14C,Laminated,CHM-DSC,50
14C,Laminated,CMT-DSC,30
14C,Layers,CHM-DSC,254
14C,Layers,CMT-DSC,126
14C,Leaves,CHM-DSC,30
14C,Li,CHM-CHM,43
14C,Limestone,CHM-CHM,58
14C,Linear Regression,CHM-CMT,39
14C,Liquid Scintillation Counting,CHM-CMT,33
14C,Lithological,CHM-PRO,60
14C,Lithological,CMT-PRO,30
14C,Lithology,CHM-PRO,98
14C,Lithology,CMT-PRO,53
14C,Lsc,CHM-CMT,33
14C,MS,CHM-CMT,30
14C,Magnetic Susceptibility,CHM-PRO,104
14C,Magnetic Susceptibility,CMT-PRO,49
14C,Map,CHM-CMT,36
14C,Mean,CHM-PRO,34
14C,Membrane,CHM-DSC,41
14C,Methane,CHM-CHM,37
14C,Methanol,CHM-CHM,41
14C,Mg,CHM-CHM,81
14C,Mg,CMT-CHM,33
14C,Mid-Holocene,CHM-CHM,48
14C,Mn,CHM-CHM,39
14C,Morphology,CHM-PRO,70
14C,Morphology,CMT-PRO,32
14C,N2,CHM-CHM,36
14C,Na,CHM-CHM,47
14C,NaOH,CHM-CHM,33
14C,Nitrate,CHM-CHM,40
14C,Nitrogen,CHM-CHM,126
14C,Nitrogen,CMT-CHM,33
14C,O,CHM-CHM,62
14C,O2,CHM-CHM,41
14C,OSL,CHM-CMT,152
14C,OSL,CMT-CMT,113
14C,OSL Dating,CHM-CMT,34
14C,Optically Stimulated Luminescence,CHM-CMT,58
14C,Optically Stimulated Luminescence,CMT-CMT,38
14C,Organic,CHM-PRO,47
14C,Organic Carbon,CHM-PRO,81
14C,Organic Carbon,CMT-PRO,36
14C,Organic Matter,CHM-PRO,38
14C,Oxidation,CHM-SMT,51
14C,Oxygen,CHM-CHM,204
14C,Oxygen,CMT-CHM,69
14C,Palaeoenvironmental,CHM-PRO,37
14C,Palaeosol,CHM-CHM,33
14C,Palaeosol,CHM-DSC,42
14C,Particles,CHM-DSC,66
14C,Pb,CHM-CHM,45
14C,Phosphate,CHM-CHM,41
14C,Phytoplankton,CHM-PRO,30
14C,Pleistocene,CHM-CHM,180
14C,Pleistocene,CMT-CHM,93
14C,Pollen,CHM-CMT,123
14C,Pollen,CHM-PRO,54
14C,Pollen,CMT-CMT,69
14C,Pollen Diagrams,CHM-CMT,37
14C,Porosity,CHM-PRO,33
14C,Precipitation,CHM-PRO,40
14C,Quartz,CHM-CHM,126
14C,Quartz,CMT-CHM,73
14C,R2,CHM-PRO,32
14C,Radioactivity,CHM-PRO,111
14C,Radiocarbon,CHM-CMT,372
14C,Radiocarbon,CHM-PRO,56
14C,Radiocarbon,CMT-CMT,213
14C,Radiocarbon,PRO-CMT,42
14C,Radiocarbon Age,CHM-CMT,148
14C,Radiocarbon Age,CHM-PRO,43
14C,Radiocarbon Age,CMT-CMT,76
14C,Radiocarbon Dating,CHM-CMT,103
14C,Radiocarbon Dating,CMT-CMT,53
14C,SEM,CHM-CMT,65
14C,SST,CHM-PRO,59
14C,Salinity,CHM-PRO,85
14C,Sand,CHM-CHM,35
14C,Sand,CHM-PRO,44
14C,Sandy,CHM-PRO,31
14C,Sea Level,CHM-PRO,68
14C,Sea Level,CMT-PRO,33
14C,Sea Surface Temperature,CHM-PRO,50
14C,Sediment Accumulation Rate,CHM-PRO,30
14C,Sediment Core,CHM-DSC,174
14C,Sediment Core,CMT-DSC,89
14C,Sedimentary,CHM-PRO,41
14C,Sedimentary,CMT-PRO,30
14C,Sedimentation Rate,CHM-PRO,143
14C,Sedimentation Rate,CMT-PRO,70
14C,Sedimentological,CHM-PRO,54
14C,Sediments,CHM-DSC,423
14C,Sediments,CHM-PRO,144
14C,Sediments,CMT-DSC,188
14C,Sediments,CMT-PRO,66
14C,Shell,CHM-DSC,54
14C,Shells,CHM-DSC,73
14C,Shells,CMT-DSC,37
14C,Si,CHM-CHM,62
14C,SiO2,CHM-CHM,50
14C,Silica,CHM-CHM,70
14C,Slope,CHM-PRO,31
14C,Soil,CHM-DSC,233
14C,Soil,CHM-PRO,64
14C,Soil,CMT-DSC,55
14C,Sr,CHM-CHM,76
14C,Stability,CHM-PRO,32
14C,Stalagmites,CHM-DSC,56
14C,Stratigraphy,CHM-PRO,53
14C,Structure,CHM-PRO,65
14C,Substrate,CHM-DSC,49
14C,Sulfates,CHM-CHM,32
14C,Surface,CHM-DSC,335
14C,Surface,CHM-PRO,42
14C,Surface,CMT-DSC,88
14C,Surface Sediments,CHM-DSC,37
14C,Surfaces,CHM-DSC,73
14C,TOC,CHM-CHM,74
14C,TOC,CHM-PRO,90
14C,TOC,CMT-CHM,31
14C,TOC,CMT-PRO,40
14C,Temperature,CHM-PRO,94
14C,Temperature,CMT-PRO,45
14C,Tephras,CHM-DSC,40
14C,Ti,CHM-CHM,75
14C,Ti,CMT-CHM,31
14C,Tl,CHM-CMT,32
14C,Topographic Map,CHM-CMT,30
14C,Topography,CHM-PRO,81
14C,Topography,CMT-PRO,39
14C,Total Organic Carbon,CHM-PRO,57
14C,Tritium,CHM-CHM,68
14C,Turbidites,CHM-DSC,30
14C,Vegetation,CHM-PRO,56
14C,Vegetation,CMT-PRO,31
14C,XRD,CHM-CMT,31
14C,XRF,CHM-CMT,41
14C,pH,CHM-PRO,37
14C,Δ,CHM-PRO,52
14C,Δ 13C,CHM-PRO,33
14C,Δ 18O,CHM-PRO,37
14C,Δ13C,CHM-PRO,54
14C,Δ14C,CHM-CHM,75
14C,Δ14C,CHM-PRO,95
14C,Δ18O,CHM-PRO,170
14C,Δ18O,CMT-PRO,89
14C,Δ18O,PRO-PRO,33
14C,δ13c,CHM-PRO,156
14C,δ13c,CMT-PRO,66
14C,δ13c,PRO-PRO,37
14C,δ18O,CHM-PRO,44
14C,δd,CHM-PRO,37
14C Activity,14C,PRO-CHM,68
14C Activity,Carbon,PRO-CHM,34
14C Age,14C,CMT-CHM,280
14C Age,14C,CMT-CMT,87
14C Age,14C,PRO-CHM,181
14C Age,14C,PRO-CMT,75
14C Age,Age,CMT-PRO,32
14C Age,Ages,CMT-PRO,57
14C Age,Ages,PRO-PRO,43
14C Age,Carbon,CMT-CHM,51
14C Age,Carbon,PRO-CHM,62
14C Age,Carbonates,CMT-CHM,35
14C Age,Diamonds,CMT-CHM,34
14C Age,Holocene,CMT-CHM,80
14C Age,Holocene,PRO-CHM,30
14C Age,Layers,CMT-DSC,43
14C Age,Radiocarbon,CMT-CMT,37
14C Age,Radiocarbon,PRO-CMT,34
14C Age,Sediment Core,CMT-DSC,32
14C Age,Sedimentation Rate,CMT-PRO,34
14C Age,Sediments,CMT-DSC,60
14C Age,Sediments,CMT-PRO,32
14C Age,Surface,CMT-DSC,34
14C Analysis,14C,CMT-CHM,45
14C Concentration,14C,PRO-CHM,66
14C Content,14C,PRO-CHM,54
14C Dates,14C,CMT-CHM,98
14C Dates,14C,CMT-CMT,36
14C Dates,Holocene,CMT-CHM,31
14C Dating,14C,CMT-CHM,229
14C Dating,14C,CMT-CMT,52
14C Dating,Carbon,CMT-CHM,47
14C Dating,Holocene,CMT-CHM,73
14C Dating,Sediments,CMT-DSC,34
14CO2,14C,CHM-CHM,119
14CO2,CO2,CHM-CHM,72
14CO2,Carbon,CHM-CHM,52
14CO2,Glucose,CHM-CHM,47
14CO2,Soil,CHM-DSC,51
14H-LPSO,Alloy,CHM-DSC,38
14N,1H,CHM-CHM,39
14N NMR,1H,CMT-CHM,36
14N NMR,NMR,CMT-CMT,31
14N15N,N2,CHM-CHM,38
14NO,15NO,CHM-CHM,71
14NO,NO,CHM-CHM,81
14NO,O2,CHM-CHM,35
15-Crown-5,12-Crown-4,CHM-CHM,55
15-Crown-5,18-Crown-6,CHM-CHM,103
15-Crown-5,CH2Cl2,CHM-CHM,42
15-Crown-5,Crown Ether,CHM-CHM,65
15-Crown-5,DMF,CHM-CHM,46
15-Crown-5,Ethers,CHM-CHM,81
15-Crown-5,H2,CHM-CHM,34
15-Crown-5,H2O,CHM-CHM,56
15-Crown-5,Hydrogen,CHM-CHM,37
15-Crown-5,K2CO3,CHM-CHM,31
15-Crown-5,MeOH,CHM-CHM,51
15-Crown-5,NaH,CHM-CHM,46
15-Crown-5,Structure,CHM-PRO,30
15-Crown-5,THF,CHM-CHM,71
15-Crown-5,Toluene,CHM-CHM,35
150 MPa,200MPa,CHM-CHM,50
150 MPa,Alloy,CHM-DSC,66
150 MPa,Fracture Surface,CHM-PRO,34
150 MPa,Micro Structures,CHM-PRO,39
150 MPa,Microstructure,CHM-PRO,50
150 MPa,SEM,CHM-CMT,71
150 MPa,Stress,CHM-PRO,43
150 MPa,Surface,CHM-DSC,52
150 MPa,TEM,CHM-CMT,40
152Eu,60Co,CHM-CHM,53
152Eu,Detector,CHM-APL,68
15MPa,20MPa,CHM-CHM,42
15MPa,CO2,CHM-CHM,53
15MPa,SEM,CHM-CMT,31
15N,13C,CHM-CHM,1405
15N,13C,CHM-CMT,393
15N,13C,CHM-PRO,163
15N,13C,CMT-CHM,221
15N,13C,CMT-CMT,149
15N,13C,PRO-CHM,119
15N,13C,PRO-PRO,167
15N,13C CP MAS NMR,CHM-CMT,66
15N,13C Chemical Shift,CHM-PRO,64
15N,13C NMR,CHM-CMT,160
15N,15N CP MAS NMR,CHM-CMT,36
15N,15N Chemical Shift,CHM-PRO,196
15N,15N NMR,CHM-CMT,571
15N,15N NMR,CMT-CMT,30
15N,15N NMR Spectroscopy,CHM-CMT,49
15N,16O,CHM-CHM,34
15N,17O,CHM-CHM,84
15N,18O,CHM-CHM,95
15N,195Pt,CHM-CHM,47
15N,19F,CHM-CHM,79
15N,1D,CHM-CMT,59
15N,1H,CHM-CHM,1340
15N,1H,CHM-CMT,261
15N,1H,CHM-PRO,98
15N,1H,CMT-CHM,185
15N,1H,CMT-CMT,89
15N,1H,PRO-CHM,94
15N,1H 15N HSQC,CHM-CMT,82
15N,1H Chemical Shift,CHM-PRO,51
15N,1H NMR,CHM-CMT,225
15N,1H-15N,CHM-CMT,60
15N,1H–13C,CHM-CHM,38
15N,1H–15N,CHM-CHM,66
15N,29Si,CHM-CHM,47
15N,2D,CHM-CMT,227
15N,2D,CMT-CMT,40
15N,2D NMR,CHM-CMT,32
15N,2H,CHM-CHM,94
15N,3,CHM-PRO,34
15N,31P,CHM-CMT,51
15N,31P NMR,CHM-CMT,36
15N,3D,CHM-CMT,78
15N,AFM,CHM-CMT,37
15N,Ab Initio Calculations,CHM-CMT,33
15N,Acetone,CHM-CHM,37
15N,Acetonitrile,CHM-CHM,58
15N,Activity,CHM-PRO,34
15N,Al,CHM-CHM,62
15N,Ala,CHM-CHM,59
15N,Alanine,CHM-CHM,54
15N,Alkyls,CHM-CHM,33
15N,Amides,CHM-CHM,270
15N,Amides,CMT-CHM,30
15N,Amides,PRO-CHM,30
15N,Amines,CHM-CHM,97
15N,Amino,CHM-CHM,62
15N,Amino Acid,CHM-CHM,300
15N,Amino Acid,CMT-CHM,30
15N,Amino Acid,PRO-CHM,31
15N,Ammonia,CHM-CHM,119
15N,Ammonium,CHM-CHM,119
15N,Amorphous,CHM-DSC,43
15N,Angles,CHM-PRO,109
15N,Ar,CHM-CHM,34
15N,Arg,CHM-CHM,31
15N,Arginine,CHM-CHM,32
15N,Argon,CHM-CHM,35
15N,Asp,CHM-CHM,45
15N,Azides,CHM-CHM,34
15N,B3LYP,CHM-CMT,75
15N,Bicelles,CHM-DSC,35
15N,Bilayer,CHM-DSC,46
15N,Bilayers,CHM-DSC,59
15N,Blue Line,CHM-CHM,50
15N,Bond Angles,CHM-PRO,33
15N,Bond Length,CHM-PRO,140
15N,Br,CHM-CHM,47
15N,Bulk,CHM-DSC,82
15N,C,CHM-CHM,131
15N,CD2Cl2,CHM-CHM,33
15N,CDCl3,CHM-CHM,64
15N,CH,CHM-CHM,41
15N,CH2,CHM-CHM,30
15N,CH3,CHM-CHM,44
15N,CH3CN,CHM-CHM,32
15N,CO,CHM-CHM,88
15N,CO2,CHM-CHM,89
15N,CP,CHM-CMT,56
15N,CP,CHM-SMT,44
15N,CPMAS,CHM-CMT,67
15N,CPMAS,CMT-CMT,33
15N,CPMAS NMR,CHM-CMT,87
15N,CPMAS NMR,CMT-CMT,60
15N,Ca,CHM-CHM,33
15N,Carbon,CHM-CHM,443
15N,Carbon,CHM-PRO,37
15N,Carbon,CMT-CHM,43
15N,Carbon,PRO-CHM,110
15N,Carbon,PRO-PRO,31
15N,Carbons,CHM-CHM,99
15N,Carbonyls,CHM-CHM,100
15N,Catalyst,CHM-APL,111
15N,Cells,CHM-DSC,51
15N,Chemical Shift,CHM-PRO,608
15N,Chemical Shift,CMT-PRO,91
15N,Chemical Shift,PRO-PRO,61
15N,Chemical Shift Anisotropy,CHM-PRO,31
15N,Chemical Shift Difference,CHM-PRO,34
15N,Chemical Structures,CHM-PRO,115
15N,Chlorides,CHM-CHM,34
15N,Cisplatin,CHM-CHM,38
15N,Cl,CHM-CHM,80
15N,Cluster,CHM-DSC,57
15N,Co,CHM-CHM,36
15N,Coatings,CHM-APL,40
15N,Composite,CHM-DSC,58
15N,Compositions,CHM-PRO,78
15N,Copper,CHM-CHM,43
15N,Correlation Time,CHM-PRO,34
15N,Coupling Constant,CHM-PRO,48
15N,Crystal,CHM-DSC,201
15N,Crystal Structure,CHM-PRO,208
15N,Crystal Structure,CMT-PRO,39
15N,Crystalline,CHM-DSC,84
15N,Csa,CHM-PRO,62
15N,Cu,CHM-CHM,61
15N,Cys,CHM-CHM,37
15N,Cysteines,CHM-CHM,52
15N,D2O,CHM-CHM,143
15N,DFT,CHM-CMT,131
15N,DFT Calculations,CHM-CMT,63
15N,DMF,CHM-CHM,36
15N,DMPC,CHM-CHM,45
15N,DMSO,CHM-CHM,60
15N,DMSO-D6,CHM-CHM,41
15N,DNP,CHM-CMT,40
15N,DNP,CHM-SMT,39
15N,DSC,CHM-CMT,84
15N,Density,CHM-PRO,35
15N,Density Functional Theory,CHM-CMT,53
15N,Deuterium,CHM-CHM,61
15N,Diamagnetic,CHM-PRO,45
15N,Diamonds,CHM-CHM,112
15N,Differential Scanning Calorimetry,CHM-CMT,34
15N,Dihedral Angle,CHM-PRO,32
15N,Dinitrogen,CHM-CHM,43
15N,Dipolar,CHM-PRO,30
15N,Dipolar Couplings,CHM-PRO,88
15N,Dipolar Interaction,CHM-PRO,38
15N,Doped,CHM-DSC,32
15N,Dynamics,CHM-PRO,89
15N,EDS,CHM-CMT,35
15N,ESI MS,CHM-CMT,31
15N,Elemental Analysis,CHM-CMT,91
15N,Energetic,CHM-PRO,63
15N,Epr,CHM-CMT,76
15N,Ethanol,CHM-CHM,31
15N,F,CHM-CHM,39
15N,FT-IR,CHM-CMT,59
15N,FTIR,CHM-CMT,87
15N,Fe,CHM-CHM,74
15N,Fibrils,CHM-DSC,40
15N,Film,CHM-DSC,44
15N,Films,CHM-DSC,31
15N,Friction Coefficient,CHM-PRO,42
15N,G,CHM-PRO,42
15N,Gln,CHM-CHM,32
15N,Glu,CHM-CHM,37
15N,Glucose,CHM-CHM,32
15N,Glutamine,CHM-CHM,31
15N,Gly,CHM-CHM,60
15N,Glycine,CHM-CHM,95
15N,H2,CHM-CHM,94
15N,H2O,CHM-CHM,176
15N,HCl,CHM-CHM,52
15N,HNCO,CHM-CHM,33
15N,HRTEM,CHM-CMT,37
15N,Heating,CHM-SMT,73
15N,Heme,CHM-CHM,30
15N,Histidine,CHM-CHM,54
15N,Hsqc,CHM-CMT,118
15N,Hydrazine,CHM-CHM,31
15N,Hydrogen,CHM-CHM,643
15N,Hydrogen,CMT-CHM,94
15N,Hydrogen,PRO-CHM,49
15N,Hydrolysis,CHM-SMT,43
15N,Hydrophobic,CHM-PRO,40
15N,IR Spectroscopy,CHM-CMT,30
15N,Ile,CHM-CHM,33
15N,Imidazole,CHM-CHM,56
15N,Imines,CHM-CHM,33
15N,Infrared,CHM-CMT,43
15N,Interface,CHM-DSC,45
15N,Ir,CHM-CMT,192
15N,Ir,CMT-CMT,32
15N,Iron,CHM-CHM,74
15N,Irradiation,CHM-SMT,63
15N,Isotopic Composition,CHM-PRO,62
15N,Isotropic Chemical Shift,CHM-PRO,47
15N,K,CHM-PRO,46
15N,Layers,CHM-DSC,119
15N,Leu,CHM-CHM,42
15N,Leucine,CHM-CHM,31
15N,Linear Regression,CHM-CMT,37
15N,Linewidth,CHM-PRO,35
15N,Lipid,CHM-DSC,34
15N,Lys,CHM-CHM,42
15N,Lysines,CHM-CHM,48
15N,MAS NMR,CHM-CMT,54
15N,MS,CHM-CMT,56
15N,Magenta,CHM-CHM,88
15N,Magnetization,CHM-PRO,38
15N,Mas,CHM-CMT,56
15N,Mas,CHM-SMT,33
15N,Mass Spectrometry,CHM-CMT,55
15N,Membrane,CHM-DSC,79
15N,Membrane,CHM-PRO,32
15N,Metals,CHM-PRO,45
15N,Methanol,CHM-CHM,71
15N,Methyl,CHM-CHM,117
15N,Mg,CHM-CHM,31
15N,Microcrystalline,CHM-DSC,35
15N,Mo,CHM-CHM,33
15N,Molecular Structure,CHM-PRO,196
15N,Molecular Weight,CHM-PRO,31
15N,Morphology,CHM-PRO,35
15N,N2,CHM-CHM,232
15N,N2O,CHM-CHM,89
15N,N2O,CHM-PRO,32
15N,NH,CHM-CHM,139
15N,NH2,CHM-CHM,52
15N,NH3,CHM-CHM,117
15N,NH4,CHM-CHM,56
15N,NH4+,CHM-CHM,31
15N,NMR,CHM-APL,42
15N,NMR,CHM-CMT,841
15N,NMR,CHM-PRO,51
15N,NMR,CMT-CMT,118
15N,NMR,PRO-CMT,49
15N,NMR Chemical Shift,CHM-PRO,39
15N,NMR Spectroscopy,CHM-CMT,103
15N,NO,CHM-CHM,93
15N,NO2,CHM-CHM,75
15N,NO3,CHM-CHM,97
15N,NO3,PRO-CHM,30
15N,NaCl,CHM-CHM,72
15N,Nanoparticles,CHM-DSC,38
15N,Ni,CHM-CHM,42
15N,Nitrate,CHM-CHM,182
15N,Nitrate,PRO-CHM,42
15N,Nitrite,CHM-CHM,78
15N,Nitro,CHM-CHM,35
15N,Nitrogen,CHM-CHM,896
15N,Nitrogen,CHM-PRO,41
15N,Nitrogen,CMT-CHM,71
15N,Nitrogen,PRO-CHM,176
15N,Nitrous Oxide,CHM-CHM,34
15N,Noesy,CHM-CMT,35
15N,Nuclear Magnetic Resonance,CHM-CMT,50
15N,Nucleic Acid,CHM-CHM,38
15N,O,CHM-CHM,135
15N,O2,CHM-CHM,77
15N,OH,CHM-CHM,39
15N,Order Parameter,CHM-PRO,44
15N,Oxidation,CHM-SMT,43
15N,Oxygen,CHM-CHM,253
15N,Oxygen,PRO-CHM,33
15N,P,CHM-PRO,31
15N,PXRD,CHM-CMT,39
15N,Paramagnetic,CHM-PRO,72
15N,Particles,CHM-DSC,63
15N,Phe,CHM-CHM,46
15N,Phosphate,CHM-CHM,89
15N,Phosphorus,CHM-CHM,42
15N,Physical Properties,CHM-PRO,43
15N,Platinum,CHM-CHM,36
15N,Polycrystalline,CHM-DSC,33
15N,Powder,CHM-DSC,125
15N,Proline,CHM-CHM,46
15N,Pt,CHM-CHM,72
15N,Pyridine,CHM-CHM,81
15N,R2,CHM-PRO,45
15N,REDOR,CHM-CMT,37
15N,Raman,CHM-CMT,105
15N,Raman Spectroscopy,CHM-CMT,35
15N,Rate Constant,CHM-PRO,42
15N,Relaxation Rates,CHM-PRO,48
15N,Ribbons,CHM-DSC,32
15N,SEM,CHM-CMT,182
15N,Secondary Structural Elements,CHM-PRO,30
15N,Secondary Structures,CHM-PRO,90
15N,Sediments,CHM-DSC,83
15N,Sediments,PRO-DSC,39
15N,Sensitivity,CHM-PRO,67
15N,Sequence,CHM-CMT,43
15N,Ser,CHM-CHM,37
15N,Shift,CHM-PRO,39
15N,Si,CHM-CHM,94
15N,Signal-to-Noise Ratio,CHM-PRO,33
15N,Silica,CHM-CHM,60
15N,Silicon,CHM-CHM,45
15N,Single Crystal,CHM-DSC,124
15N,Single Crystal,CMT-DSC,35
15N,Single Crystal X-Ray Diffraction,CHM-CMT,30
15N,Society,CHM-CMT,41
15N,Soil,CHM-DSC,118
15N,Soil,CHM-PRO,49
15N,Soil,PRO-DSC,39
15N,Solid,CHM-DSC,73
15N,Solid State NMR,CHM-CMT,204
15N,Solid State NMR,CMT-CMT,31
15N,Solution,CHM-DSC,32
15N,Solution Nmr,CHM-CMT,43
15N,Solution Structure,CHM-PRO,32
15N,Spin,CHM-PRO,38
15N,Spin System,CHM-PRO,36
15N,Ssnmr,CHM-CMT,45
15N,Stability,CHM-PRO,47
15N,Structural,CHM-PRO,81
15N,Structural Model,CHM-CMT,47
15N,Structure,CHM-PRO,474
15N,Structure,CMT-PRO,64
15N,Structure,PRO-PRO,33
15N,Structures,CHM-PRO,123
15N,Substrate,CHM-DSC,99
15N,Sugar,CHM-CHM,32
15N,Sulfur,CHM-CHM,57
15N,Surface,CHM-DSC,274
15N,Surfaces,CHM-DSC,78
15N,T,CHM-PRO,67
15N,T1,CHM-PRO,61
15N,TEM,CHM-CMT,103
15N,THF,CHM-CHM,55
15N,Tga,CHM-CMT,36
15N,Thermal Ellipsoids,CHM-CMT,38
15N,Toluene,CHM-CHM,30
15N,Torsional Angle,CHM-PRO,48
15N,Transition Metal,CHM-CHM,30
15N,Trosy,CHM-CMT,35
15N,Two-Dimensional,CHM-CMT,45
15N,Tyr,CHM-CHM,36
15N,Tyrosine,CHM-CHM,39
15N,UV Vis,CHM-CMT,35
15N,Urea,CHM-CHM,83
15N,Wear Rate,CHM-PRO,41
15N,Wear Track,CHM-PRO,32
15N,X Ray,CHM-CMT,70
15N,X-Ray Crystal Structure,CHM-CMT,36
15N,X-Ray Crystallography,CHM-CMT,67
15N,X-Ray Diffraction,CHM-CMT,157
15N,X-Ray Diffraction,CMT-CMT,36
15N,X-ray Structure,CHM-CMT,72
15N,XPS,CHM-CMT,65
15N,XRD,CHM-CMT,109
15N,Zeolites,CHM-CHM,41
15N,Zn,CHM-CHM,34
15N,pKa,CHM-PRO,38
15N,Δ,CHM-PRO,72
15N,Δ,PRO-PRO,178
15N,Δ 13C,PRO-PRO,68
15N,Δ15N,CHM-PRO,82
15N,δ 13C,PRO-CHM,31
15N,δ13c,CHM-PRO,30
15N,δ15N,CHM-PRO,53
15N,δ15N,PRO-PRO,104
15N CP MAS NMR,15N,CMT-CHM,36
15N Chemical Shift,13C,PRO-CHM,74
15N Chemical Shift,15N,PRO-CHM,196
15N Chemical Shift,1H,PRO-CHM,115
15N Chemical Shift,1H,PRO-PRO,33
15N Chemical Shift,Chemical Shift,PRO-PRO,82
15N Chemical Shift,Hydrogen,PRO-CHM,54
15N Chemical Shift,NMR,PRO-CMT,51
15N Chemical Shift,Nitrogen,PRO-CHM,37
15N Chemical Shift,Structure,PRO-PRO,35
15N NMR,13C,CMT-CHM,209
15N NMR,13C,CMT-CMT,118
15N NMR,13C NMR,CMT-CMT,74
15N NMR,15N,CMT-CHM,571
15N NMR,15N,CMT-CMT,30
15N NMR,1H,CMT-CHM,224
15N NMR,1H,CMT-CMT,89
15N NMR,1H NMR,CMT-CMT,79
15N NMR,Angles,CMT-PRO,47
15N NMR,Bond Length,CMT-PRO,57
15N NMR,Carbon,CMT-CHM,31
15N NMR,Chemical Shift,CMT-PRO,134
15N NMR,Crystal,CMT-DSC,37
15N NMR,Crystal Structure,CMT-PRO,50
15N NMR,DSC,CMT-CMT,31
15N NMR,Energetic,CMT-PRO,34
15N NMR,H2O,CMT-CHM,31
15N NMR,Hydrogen,CMT-CHM,160
15N NMR,Ir,CMT-CMT,52
15N NMR,Molecular Structure,CMT-PRO,61
15N NMR,NMR,CMT-CMT,98
15N NMR,Nitrogen,CMT-CHM,111
15N NMR,Physical Properties,CMT-PRO,30
15N NMR,Single Crystal,CMT-DSC,31
15N NMR,Structure,CMT-PRO,54
15N NMR,X-Ray Diffraction,CMT-CMT,41
15N NMR Spectroscopy,15N,CMT-CHM,49
15N2O,N2O,CHM-CHM,36
15NO,14NO,CHM-CHM,71
15NO,CO,CHM-CHM,54
15NO,CO2,CHM-CHM,30
15NO,Catalyst,CHM-APL,55
15NO,H2,CHM-CHM,31
15NO,N2,CHM-CHM,62
15NO,N2O,CHM-CHM,46
15NO,NH3,CHM-CHM,36
15NO,NO,CHM-CHM,145
15NO,Nitrogen,CHM-CHM,35
15NO,O2,CHM-CHM,66
15NO,Oxygen,CHM-CHM,40
15NO,Pt,CHM-CHM,30
15NO,Surface,CHM-DSC,61
15NO3,Nitrate,CHM-CHM,30
16 Polycyclic Aromatic Hydrocarbon,PAHs,CHM-CHM,54
16-DSA,5-DSA,CHM-CHM,36
16-Mercaptohexadecanoic Acid,Au,CHM-CHM,38
16-Mercaptohexadecanoic Acid,Monolayers,CHM-DSC,79
16-Mercaptohexadecanoic Acid,SAM,CHM-DSC,54
16-Mercaptohexadecanoic Acid,SAMS,CHM-DSC,41
16-Mercaptohexadecanoic Acid,Self Assembled,CHM-SMT,49
16-Mercaptohexadecanoic Acid,Substrate,CHM-DSC,49
16-Mercaptohexadecanoic Acid,Surface,CHM-DSC,62
16-Mercaptohexadecanoic Acid,Surfaces,CHM-DSC,39
160MPa,200MPa,CHM-CHM,30
160MPa,Microstructure,CHM-PRO,34
160MPa,SEM,CHM-CMT,35
16O,13C,CHM-CHM,50
16O,15N,CHM-CHM,34
16O,16O2,CHM-CHM,50
16O,17O,CHM-CHM,92
16O,18O,CHM-CHM,652
16O,18O/16O,CHM-PRO,57
16O,18O/16O Ratios,CHM-PRO,31
16O,18O2,CHM-CHM,91
16O,1H,CHM-CHM,32
16O,24Mg,CHM-CHM,35
16O,26Al,CHM-CHM,38
16O,Al,CHM-CHM,102
16O,Al2O3,CHM-CHM,47
16O,Aluminum,CHM-CHM,45
16O,Annealed,CHM-SMT,35
16O,Annealing,CHM-SMT,43
16O,Anorthite,CHM-CHM,45
16O,Arrhenius Plot,CHM-CMT,30
16O,Au,CHM-CHM,35
16O,BSE,CHM-CMT,42
16O,Back Scattered Electron Image,CHM-CMT,31
16O,Bulk,CHM-DSC,100
16O,C16O18O,CHM-CHM,30
16O,CAI,CHM-APL,36
16O,CAIS,CHM-APL,33
16O,CO,CHM-CHM,75
16O,CO2,CHM-CHM,98
16O,Ca,CHM-CHM,81
16O,Calcite,CHM-CHM,33
16O,Calcium,CHM-CHM,32
16O,Carbon,CHM-CHM,106
16O,Carbonaceous Chondrite,CHM-CHM,31
16O,Carbonates,CHM-CHM,48
16O,Catalyst,CHM-APL,65
16O,Chondrite,CHM-SPL,48
16O,Chondrule,CHM-DSC,60
16O,Compositions,CHM-PRO,150
16O,Cooling,CHM-SMT,30
16O,Cr,CHM-CHM,38
16O,Crystal,CHM-DSC,77
16O,D2O,CHM-CHM,30
16O,Diamonds,CHM-CHM,73
16O,Diopside,CHM-CHM,39
16O,Doped,CHM-DSC,30
16O,Fe,CHM-CHM,97
16O,FeO,CHM-CHM,35
16O,Film,CHM-DSC,50
16O,Films,CHM-DSC,44
16O,Forsterite,CHM-CHM,41
16O,Grains,CHM-DSC,70
16O,H2,CHM-CHM,43
16O,H2 18O,CHM-CHM,41
16O,H2O,CHM-CHM,86
16O,Heating,CHM-SMT,38
16O,Hydrogen,CHM-CHM,95
16O,Inclusions,CHM-DSC,71
16O,Interface,CHM-DSC,68
16O,Iron,CHM-CHM,39
16O,Irradiation,CHM-SMT,46
16O,Isotopic,CHM-PRO,31
16O,Isotopic Composition,CHM-PRO,67
16O,Layers,CHM-DSC,107
16O,Magnesium,CHM-CHM,30
16O,Matrix,CHM-DSC,48
16O,Melting,CHM-SMT,30
16O,Metals,CHM-PRO,37
16O,Meteorite,CHM-DSC,37
16O,Mg,CHM-CHM,97
16O,N2,CHM-CHM,35
16O,Ni,CHM-CHM,44
16O,Nitrogen,CHM-CHM,33
16O,O,CHM-CHM,137
16O,O2,CHM-CHM,143
16O,OH,CHM-CHM,31
16O,Olivines,CHM-CHM,86
16O,Olivines,CHM-SPL,63
16O,Oxidation,CHM-SMT,63
16O,Oxides,CHM-CHM,88
16O,Oxidize,CHM-SMT,34
16O,Oxygen,CHM-CHM,574
16O,Oxygen Isotope,CHM-PRO,38
16O,Oxygen Isotope Composition,CHM-PRO,30
16O,Oxygen Isotope Ratio,CHM-PRO,30
16O,Oxygen Isotopic Composition,CHM-PRO,67
16O,Particles,CHM-DSC,42
16O,Perovskites,CHM-CHM,50
16O,Perovskites,CHM-SPL,48
16O,Pt,CHM-CHM,34
16O,Pyroxene,CHM-CHM,69
16O,Pyroxene,CHM-SPL,41
16O,Raman,CHM-CMT,40
16O,Refractory,CHM-PRO,38
16O,SEM,CHM-CMT,66
16O,SIMS,CHM-CMT,109
16O,Secondary Ion Mass Spectrometry,CHM-CMT,32
16O,Si,CHM-CHM,79
16O,SiO2,CHM-CHM,41
16O,Silicate,CHM-CHM,55
16O,Silicon,CHM-CHM,40
16O,Single Crystal,CHM-DSC,31
16O,Spinels,CHM-SPL,56
16O,Structure,CHM-PRO,46
16O,Substrate,CHM-DSC,47
16O,Surface,CHM-DSC,197
16O,Surfaces,CHM-DSC,35
16O,Ti,CHM-CHM,59
16O,TiO2,CHM-CHM,40
16O,XRD,CHM-CMT,38
16O,Δ17O,CHM-PRO,75
16O,Δ18O,CHM-PRO,43
16O,δ18O,CHM-PRO,53
16O2,16O,CHM-CHM,50
16O2,18O,CHM-CHM,107
16O2,18O2,CHM-CHM,393
16O2,Annealing,CHM-SMT,72
16O2,Ar,CHM-CHM,56
16O2,Argon,CHM-CHM,53
16O2,Atoms,CHM-DSC,30
16O2,Au,CHM-CHM,35
16O2,Bond Length,CHM-PRO,44
16O2,C16O18O,CHM-CHM,108
16O2,CH4,CHM-CHM,31
16O2,CO,CHM-CHM,88
16O2,CO2,CHM-CHM,102
16O2,Carbon,CHM-CHM,33
16O2,Catalyst,CHM-APL,131
16O2,CeO2,CHM-CHM,32
16O2,Cu,CHM-CHM,31
16O2,DFT,CHM-CMT,38
16O2,Di-Oxygen,CHM-CHM,41
16O2,H2,CHM-CHM,68
16O2,H2 18O,CHM-CHM,33
16O2,H2O,CHM-CHM,72
16O2,Hydrogen,CHM-CHM,61
16O2,Infrared,CHM-CMT,49
16O2,Interface,CHM-DSC,30
16O2,Irradiation,CHM-SMT,43
16O2,N2,CHM-CHM,54
16O2,O,CHM-CHM,66
16O2,O2,CHM-CHM,288
16O2,Oxidation,CHM-APL,31
16O2,Oxidation,CHM-SMT,70
16O2,Oxides,CHM-CHM,41
16O2,Oxygen,CHM-CHM,292
16O2,Pt,CHM-CHM,40
16O2,Raman,CHM-CMT,50
16O2,Resonant Raman,CHM-CMT,36
16O2,Structure,CHM-PRO,38
16O2,Surface,CHM-DSC,108
16O2,TEM,CHM-CMT,39
16O2,TiO2,CHM-CHM,39
16O2,Vibrational Frequency,CHM-PRO,32
16O2,XRD,CHM-CMT,58
16S,16S rRNA,PRO-PRO,52
16S,Bacterial,PRO-PRO,47
16S,Bacterial Community,PRO-PRO,31
16S,Carbon,PRO-CHM,44
16S,Methane,PRO-CHM,41
16S,Microbial Community,PRO-PRO,56
16S,Nitrate,PRO-CHM,31
16S,Nitrogen,PRO-CHM,48
16S,Oxygen,PRO-CHM,33
16S,Phylogenetic Tree,PRO-CMT,48
16S,Rrna Gene,PRO-CMT,44
16S,Soil,PRO-DSC,38
16S,qPCR,PRO-CMT,31
16S,rRNA,PRO-CMT,214
16S rRNA,16S,PRO-PRO,52
16S rRNA,16S rRNA Gene,PRO-PRO,38
16S rRNA,Acetate,PRO-CHM,34
16S rRNA,Ammonia,PRO-CHM,32
16S rRNA,Bacterial,CMT-PRO,35
16S rRNA,Bacterial,PRO-PRO,84
16S rRNA,Bacterial Community,PRO-PRO,61
16S rRNA,Biofilm,PRO-DSC,41
16S rRNA,Carbon,CMT-CHM,36
16S rRNA,Carbon,PRO-CHM,66
16S rRNA,Denaturing Gradient Gel Electrophoresis,PRO-CMT,38
16S rRNA,Dgge,PRO-CMT,70
16S rRNA,Methane,PRO-CHM,67
16S rRNA,Microbial Community,CMT-PRO,48
16S rRNA,Microbial Community,PRO-PRO,76
16S rRNA,Microbial Community Structure,PRO-PRO,31
16S rRNA,Nitrate,PRO-CHM,33
16S rRNA,Nitrite,PRO-CHM,35
16S rRNA,Nitrogen,CMT-CHM,34
16S rRNA,Nitrogen,PRO-CHM,52
16S rRNA,Oxygen,PRO-CHM,39
16S rRNA,Pcr,PRO-CMT,40
16S rRNA,Pcr,PRO-SMT,37
16S rRNA,Phylogenetic Analysis,CMT-CMT,32
16S rRNA,Phylogenetic Analysis,PRO-CMT,32
16S rRNA,Phylogenetic Tree,PRO-CMT,59
16S rRNA,Sediments,PRO-DSC,47
16S rRNA,Sequencing,PRO-CMT,31
16S rRNA,Soil,PRO-DSC,46
16S rRNA,Surface,PRO-DSC,32
16S rRNA,T-RFLP,PRO-CMT,30
16S rRNA,pH,PRO-PRO,35
16S rRNA,qPCR,PRO-CMT,53
16S rRNA,rRNA,PRO-PRO,45
16S rRNA Gene,16S rRNA,PRO-PRO,38
16S rRNA Gene,Carbon,CMT-CHM,30
16S rRNA Gene,Microbial Community,CMT-PRO,32
16S rRNA Gene Sequence,Carbon,CMT-CHM,35
16S rRNA Gene Sequence,Phylogenetic Tree,CMT-CMT,43
16S rRNA Gene Sequence,Phylogenetic Tree,PRO-CMT,32
16S rRNA Gene Sequencing,Microbial Community,CMT-PRO,33
16s Rdna,Carbon,CMT-CHM,45
16s Rdna,Dgge,CMT-CMT,32
16s Rdna,Nitrogen,CMT-CHM,30
16s Rdna,Phylogenetic Analysis,CMT-CMT,32
16s Rdna,Phylogenetic Tree,CMT-CMT,54
17-4PH,Hardness,CHM-PRO,30
17-4PH,Microstructure,CHM-PRO,51
17-4PH,SEM,CHM-CMT,31
17-4PH,Surface,CHM-DSC,41
176Hf/177Hf,176Lu,PRO-CHM,88
176Hf/177Hf,176Lu/177Hf,PRO-PRO,51
176Hf/177Hf,207Pb,PRO-CHM,44
176Hf/177Hf,207Pb/206Pb Age,PRO-PRO,33
176Hf/177Hf,Age,PRO-PRO,30
176Hf/177Hf,Biotites,PRO-CHM,38
176Hf/177Hf,Cathodoluminescence,PRO-CMT,37
176Hf/177Hf,Chondrite,PRO-CHM,38
176Hf/177Hf,Clinopyroxenes,PRO-CHM,30
176Hf/177Hf,Compositions,PRO-PRO,70
176Hf/177Hf,Diamonds,PRO-CHM,34
176Hf/177Hf,Garnet,PRO-SPL,62
176Hf/177Hf,Geological Map,PRO-CMT,56
176Hf/177Hf,Hf,PRO-CHM,114
176Hf/177Hf,Isochron,PRO-CHM,35
176Hf/177Hf,La,PRO-CHM,31
176Hf/177Hf,Mantle,PRO-DSC,37
176Hf/177Hf,Melting,PRO-SMT,47
176Hf/177Hf,MgO,PRO-CHM,33
176Hf/177Hf,Nd,PRO-CHM,58
176Hf/177Hf,Olivines,PRO-CHM,31
176Hf/177Hf,Pb,PRO-CHM,87
176Hf/177Hf,Photomicrograph,PRO-CMT,30
176Hf/177Hf,Quartz,PRO-CHM,39
176Hf/177Hf,Rocks,PRO-DSC,32
176Hf/177Hf,SiO2,PRO-CHM,38
176Hf/177Hf,Sm,PRO-CHM,39
176Hf/177Hf,Sr,PRO-CHM,44
176Hf/177Hf,U-Pb Age,PRO-PRO,32
176Hf/177Hf,Yb,PRO-CHM,30
176Hf/177Hf,Zircon,PRO-CHM,43
176Hf/177Hf,Zircons,PRO-CHM,99
176Hf/177Hf,Zircons,PRO-DSC,52
176Hf/177Hf,Zr,PRO-CHM,43
176Hf/177Hf Ratios,176Lu,PRO-CHM,38
176Hf/177Hf Ratios,Geological Map,PRO-CMT,30
176Hf/177Hf Ratios,Hf,PRO-CHM,47
176Hf/177Hf Ratios,Pb,PRO-CHM,45
176Hf/177Hf Ratios,Zircons,PRO-CHM,59
176Hf/177Hf Ratios,Zircons,PRO-DSC,31
176Lu,147Sm/144Nd,CHM-PRO,34
176Lu,176Hf/177Hf,CHM-PRO,88
176Lu,176Hf/177Hf Ratios,CHM-PRO,38
176Lu,176Lu/177Hf,CHM-PRO,121
176Lu,176Lu/177Hf Ratio,CHM-PRO,59
176Lu,206Pb/238U Age,CHM-PRO,31
176Lu,207Pb,CHM-CHM,69
176Lu,207Pb/206Pb,CHM-CHM,42
176Lu,207Pb/206Pb Age,CHM-PRO,56
176Lu,238U,CHM-CHM,47
176Lu,Age,CHM-PRO,48
176Lu,Ages,CHM-PRO,49
176Lu,Al2O3,CHM-CHM,44
176Lu,Amphiboles,CHM-CHM,42
176Lu,Biotites,CHM-CHM,68
176Lu,Bulk,CHM-DSC,41
176Lu,CL,CHM-CMT,42
176Lu,CaO,CHM-CHM,35
176Lu,Cathodoluminescence,CHM-CMT,75
176Lu,Chondrite,CHM-CHM,66
176Lu,Chondrite,CHM-SPL,52
176Lu,Chondritic,CHM-SPL,43
176Lu,Clinopyroxenes,CHM-CHM,48
176Lu,Compositions,CHM-PRO,98
176Lu,Concordia Diagram,CHM-CMT,39
176Lu,Continental Crust,CHM-DSC,31
176Lu,Crust,CHM-DSC,45
176Lu,Depleted Mantle,CHM-PRO,52
176Lu,Diamonds,CHM-CHM,50
176Lu,Eu,CHM-CHM,36
176Lu,Feldspar,CHM-CHM,34
176Lu,Ga,CHM-CHM,48
176Lu,Garnet,CHM-SPL,87
176Lu,Geological Map,CHM-CMT,122
176Lu,Gneiss,CHM-SPL,51
176Lu,Gneisses,CHM-SPL,37
176Lu,Grains,CHM-DSC,42
176Lu,Hf,CHM-CHM,142
176Lu,Ilmenite,CHM-CHM,31
176Lu,Isochron,CHM-CHM,50
176Lu,K2O,CHM-CHM,49
176Lu,La,CHM-CHM,58
176Lu,Li,CHM-CHM,37
176Lu,Mafic,CHM-PRO,43
176Lu,Mantle,CHM-DSC,47
176Lu,Melting,CHM-SMT,58
176Lu,Metamorphic,CHM-SMT,32
176Lu,Mg,CHM-CHM,40
176Lu,MgO,CHM-CHM,53
176Lu,Na2O,CHM-CHM,49
176Lu,Nb,CHM-CHM,46
176Lu,Nd,CHM-CHM,73
176Lu,Olivines,CHM-CHM,40
176Lu,Orthopyroxene,CHM-CHM,35
176Lu,Pb,CHM-CHM,154
176Lu,Photomicrograph,CHM-CMT,48
176Lu,Quartz,CHM-CHM,75
176Lu,REE Pattern,CHM-PRO,42
176Lu,RIMS,CHM-DSC,30
176Lu,Rocks,CHM-DSC,63
176Lu,SiO2,CHM-CHM,65
176Lu,Sm,CHM-CHM,48
176Lu,Sr,CHM-CHM,63
176Lu,Ta,CHM-CHM,32
176Lu,Ti,CHM-CHM,41
176Lu,TiO2,CHM-CHM,30
176Lu,U-Pb Age,CHM-PRO,65
176Lu,Whole Rocks,CHM-DSC,45
176Lu,Xenoliths,CHM-DSC,31
176Lu,Yb,CHM-CHM,60
176Lu,Zircon,CHM-CHM,83
176Lu,Zircons,CHM-CHM,174
176Lu,Zircons,CHM-DSC,90
176Lu,Zr,CHM-CHM,69
176Lu,εHf(t),CHM-PRO,49
176Lu/177Hf,176Hf/177Hf,PRO-PRO,51
176Lu/177Hf,176Lu,PRO-CHM,121
176Lu/177Hf,Cathodoluminescence,PRO-CMT,33
176Lu/177Hf,Compositions,PRO-PRO,41
176Lu/177Hf,Garnet,PRO-SPL,40
176Lu/177Hf,Geological Map,PRO-CMT,54
176Lu/177Hf,Hf,PRO-CHM,63
176Lu/177Hf,Nd,PRO-CHM,34
176Lu/177Hf,Pb,PRO-CHM,68
176Lu/177Hf,Quartz,PRO-CHM,34
176Lu/177Hf,SiO2,PRO-CHM,31
176Lu/177Hf,Zircon,PRO-CHM,33
176Lu/177Hf,Zircons,PRO-CHM,78
176Lu/177Hf,Zircons,PRO-DSC,44
176Lu/177Hf,Zr,PRO-CHM,31
176Lu/177Hf Ratio,176Lu,PRO-CHM,59
176Lu/177Hf Ratio,Pb,PRO-CHM,32
176Lu/177Hf Ratio,Zircons,PRO-CHM,40
177Lu,DOTA,CHM-CHM,31
17O,13C,CHM-CHM,194
17O,13C,CHM-CMT,54
17O,13C NMR,CHM-CMT,37
17O,15N,CHM-CHM,84
17O,16O,CHM-CHM,92
17O,17O 3QMAS NMR,CHM-CMT,33
17O,17O Chemical Shift,CHM-PRO,75
17O,17O MAS,CHM-CMT,32
17O,17O MAS NMR,CHM-CMT,134
17O,17O NMR,CHM-CMT,476
17O,17O NMR,CMT-CMT,30
17O,18O,CHM-CHM,114
17O,19F,CHM-CHM,35
17O,1H,CHM-CHM,294
17O,1H,CHM-CMT,81
17O,1H,CHM-PRO,30
17O,1H NMR,CHM-CMT,79
17O,1H NMRD,CHM-CMT,50
17O,27Al,CHM-CHM,46
17O,29Si,CHM-CHM,77
17O,29Si,CHM-CMT,36
17O,2H,CHM-CHM,36
17O,3qmas,CHM-CMT,32
17O,Al,CHM-CHM,86
17O,Al2O3,CHM-CHM,38
17O,Aluminosilicate,CHM-CHM,43
17O,Aluminum,CHM-CHM,46
17O,Amorphous,CHM-DSC,41
17O,Asymmetry Parameter,CHM-PRO,30
17O,B3LYP,CHM-CMT,60
17O,Bond Length,CHM-PRO,39
17O,Boron,CHM-CHM,31
17O,Bulk,CHM-DSC,58
17O,CO,CHM-CHM,59
17O,CO2,CHM-CHM,60
17O,CQ,CHM-PRO,41
17O,Ca,CHM-CHM,50
17O,Carbon,CHM-CHM,68
17O,Carbonates,CHM-CHM,32
17O,Carbonyls,CHM-CHM,33
17O,Carboxylates,CHM-CHM,42
17O,Catalyst,CHM-APL,43
17O,Chemical Shift,CHM-PRO,186
17O,Cluster,CHM-DSC,79
17O,Compositions,CHM-PRO,138
17O,Coordination Number,CHM-PRO,33
17O,Crystal,CHM-DSC,57
17O,Crystal Structure,CHM-PRO,71
17O,Crystalline,CHM-DSC,89
17O,D2O,CHM-CHM,48
17O,DFT,CHM-CMT,83
17O,DFT Calculations,CHM-CMT,45
17O,Density Functional Theory,CHM-CMT,61
17O,Diamonds,CHM-CHM,70
17O,Efg,CHM-PRO,34
17O,Electrolyte,CHM-APL,33
17O,Epr,CHM-CMT,89
17O,Fe,CHM-CHM,37
17O,Gd,CHM-CHM,43
17O,Gd3+,CHM-CHM,32
17O,Glass,CHM-DSC,114
17O,Glasses,CHM-DSC,112
17O,H2,CHM-CHM,33
17O,H217O,CHM-CHM,37
17O,H2O,CHM-CHM,109
17O,HCl,CHM-CHM,33
17O,Heating,CHM-SMT,31
17O,Hydrogen,CHM-CHM,194
17O,Hydroxyl,CHM-CHM,52
17O,Ir,CHM-CMT,42
17O,Isotopic Composition,CHM-PRO,36
17O,Isotropic Chemical Shift,CHM-PRO,39
17O,Lanthanides,CHM-CHM,45
17O,Layers,CHM-DSC,36
17O,Li,CHM-CHM,43
17O,Linewidth,CHM-PRO,34
17O,MAS NMR,CHM-CMT,64
17O,MQMAS,CHM-CMT,31
17O,Mas,CHM-CMT,59
17O,Mg,CHM-CHM,43
17O,Mn,CHM-CHM,30
17O,Molecular Structure,CHM-PRO,64
17O,NMR,CHM-CMT,314
17O,NMR,CHM-PRO,39
17O,NMR,CMT-CMT,38
17O,NMR Parameters,CHM-PRO,56
17O,Na,CHM-CHM,52
17O,Na+,CHM-CHM,32
17O,Nitrogen,CHM-CHM,59
17O,Nmrd,CHM-CMT,72
17O,O,CHM-CHM,154
17O,O2,CHM-CHM,104
17O,OH,CHM-CHM,78
17O,Oxides,CHM-CHM,73
17O,Oxo,CHM-CHM,32
17O,Oxygen,CHM-CHM,547
17O,Oxygen,CMT-CHM,63
17O,Oxygen,PRO-CHM,52
17O,Paramagnetic,CHM-PRO,48
17O,Phosphate,CHM-CHM,56
17O,Powder,CHM-DSC,37
17O,Protonation Constant,CHM-PRO,31
17O,Quadrupolar Coupling Constant,CHM-PRO,30
17O,Quantum Chemical Calculation,CHM-CMT,34
17O,R1,CHM-PRO,33
17O,Raman,CHM-CMT,52
17O,Rate Constant,CHM-PRO,30
17O,Relaxivity,CHM-PRO,76
17O,Rotational Correlation Time,CHM-PRO,30
17O,Si,CHM-CHM,126
17O,Si-O-Si,CHM-CHM,37
17O,SiO2,CHM-CHM,67
17O,Silica,CHM-CHM,54
17O,Silicate,CHM-CHM,86
17O,Silicon,CHM-CHM,35
17O,Single Crystal,CHM-DSC,50
17O,Sodium,CHM-CHM,35
17O,Solid State NMR,CHM-CMT,44
17O,Stability,CHM-PRO,41
17O,Stability Constant,CHM-PRO,31
17O,Structure,CHM-PRO,159
17O,Structures,CHM-PRO,63
17O,Surface,CHM-DSC,95
17O,TEM,CHM-CMT,30
17O,Ti,CHM-CHM,45
17O,TiO2,CHM-CHM,35
17O,Water Exchange Rate,CHM-PRO,42
17O,X-Ray Diffraction,CHM-CMT,47
17O,XRD,CHM-CMT,37
17O,Zeolites,CHM-CHM,40
17O,Zn2+,CHM-CHM,31
17O 3QMAS NMR,17O,CMT-CHM,33
17O Chemical Shift,17O,PRO-CHM,75
17O Chemical Shift,17O NMR,PRO-CMT,38
17O Chemical Shift,Oxygen,PRO-CHM,31
17O MAS,17O,CMT-CHM,32
17O MAS NMR,17O,CMT-CHM,134
17O MAS NMR,17O NMR,CMT-CMT,37
17O MAS NMR,Glass,CMT-DSC,37
17O MAS NMR,Glasses,CMT-DSC,37
17O MAS NMR,NMR,CMT-CMT,35
17O MAS NMR,Oxygen,CMT-CHM,61
17O NMR,13C,CMT-CHM,50
17O NMR,17O,CMT-CHM,476
17O NMR,17O,CMT-CMT,30
17O NMR,17O Chemical Shift,CMT-PRO,38
17O NMR,17O MAS NMR,CMT-CMT,37
17O NMR,1H,CMT-CHM,122
17O NMR,1H,CMT-CMT,46
17O NMR,1H NMR,CMT-CMT,47
17O NMR,1H NMRD,CMT-CMT,39
17O NMR,Chemical Shift,CMT-PRO,100
17O NMR,Compositions,CMT-PRO,41
17O NMR,Crystalline,CMT-DSC,34
17O NMR,Glasses,CMT-DSC,42
17O NMR,H2O,CMT-CHM,43
17O NMR,Hydrogen,CMT-CHM,57
17O NMR,Lanthanides,CMT-CHM,32
17O NMR,NMR,CMT-CMT,117
17O NMR,Nmrd,CMT-CMT,49
17O NMR,O,CMT-CHM,45
17O NMR,Oxygen,CMT-CHM,163
17O NMR,Relaxivity,CMT-PRO,50
17O NMR,Si,CMT-CHM,36
17O NMR,Structure,CMT-PRO,69
17O NMR,Structures,CMT-PRO,30
17O NMR,Water Exchange Rate,CMT-PRO,34
17α-Estradiol,17β-Estradiol,CHM-CHM,32
17α-Ethinylestradiol,17β-Estradiol,CHM-CHM,74
17α-Ethinylestradiol,EE2,CHM-CHM,88
17α-Ethinylestradiol,Estriol,CHM-CHM,38
17α-Ethinylestradiol,Estrogen,CHM-CHM,62
17α-Ethinylestradiol,Estrone,CHM-CHM,53
17α-Ethynylestradiol,17β-Estradiol,CHM-CHM,44
17α-Ethynylestradiol,EE2,CHM-CHM,34
17α-Ethynylestradiol,Estrogen,CHM-CHM,36
17α-Ethynylestradiol,Estrone,CHM-CHM,43
17α-Hydroxyprogesterone,Progesterone,CHM-CHM,34
17α-Hydroxyprogesterone,Steroids,CHM-CHM,31
17β Hydroxysteroid,17β-Hydroxysteroid Dehydrogenase,CHM-PRO,31
17β Hydroxysteroid,Testosterone,CHM-CHM,34
17β-Estradiol,17α-Estradiol,CHM-CHM,32
17β-Estradiol,17α-Ethinylestradiol,CHM-CHM,74
17β-Estradiol,17α-Ethynylestradiol,CHM-CHM,44
17β-Estradiol,Androgens,CHM-CHM,46
17β-Estradiol,BPA,CHM-CHM,61
17β-Estradiol,Bisphenol A,CHM-CHM,77
17β-Estradiol,Breast,CHM-SPL,31
17β-Estradiol,Breast Cancer,CHM-APL,45
17β-Estradiol,Carbon,CHM-CHM,50
17β-Estradiol,Cells,CHM-DSC,76
17β-Estradiol,Chemical Structures,CHM-PRO,34
17β-Estradiol,Detection Limit,CHM-PRO,67
17β-Estradiol,Diethylstilbestrol,CHM-CHM,40
17β-Estradiol,EE2,CHM-CHM,65
17β-Estradiol,Electrode,CHM-APL,38
17β-Estradiol,Erα,CHM-PRO,43
17β-Estradiol,Estradiol,CHM-CHM,111
17β-Estradiol,Estriol,CHM-CHM,119
17β-Estradiol,Estrogen,CHM-CHM,457
17β-Estradiol,Estrogen,CHM-PRO,125
17β-Estradiol,Estrogen Receptor,CHM-PRO,67
17β-Estradiol,Estrogenic,CHM-PRO,45
17β-Estradiol,Estrogenic Activity,CHM-PRO,69
17β-Estradiol,Estrone,CHM-CHM,216
17β-Estradiol,Hplc,CHM-CMT,45
17β-Estradiol,MRNA,CHM-PRO,32
17β-Estradiol,Nanoparticles,CHM-DSC,40
17β-Estradiol,Progesterone,CHM-CHM,86
17β-Estradiol,Receptor,CHM-APL,31
17β-Estradiol,SPE,CHM-SMT,30
17β-Estradiol,Sensitivity,CHM-PRO,34
17β-Estradiol,Solid Phase Extraction,CHM-SMT,37
17β-Estradiol,Steroid Hormone,CHM-CHM,52
17β-Estradiol,Steroids,CHM-CHM,115
17β-Estradiol,Surface,CHM-DSC,67
17β-Estradiol,Tamoxifen,CHM-CHM,42
17β-Estradiol,Testosterone,CHM-CHM,119
17β-Hydroxysteroid Dehydrogenase,17β Hydroxysteroid,PRO-CHM,31
18-Crown-6,(COCl)2,CHM-CHM,36
18-Crown-6,"1,4-Dioxane",CHM-CHM,36
18-Crown-6,12-Crown-4,CHM-CHM,55
18-Crown-6,15-Crown-5,CHM-CHM,103
18-Crown-6,18C6,CHM-CHM,53
18-Crown-6,1H,CHM-CHM,97
18-Crown-6,1H NMR,CHM-CMT,74
18-Crown-6,"2,6-Lutidine",CHM-CHM,32
18-Crown-6,Absorption,CHM-CMT,41
18-Crown-6,Absorption Spectrum,CHM-CMT,36
18-Crown-6,Ac2O,CHM-CHM,75
18-Crown-6,AcOH,CHM-CHM,105
18-Crown-6,Acetic Acid,CHM-CHM,40
18-Crown-6,Acetone,CHM-CHM,113
18-Crown-6,Acetonitrile,CHM-CHM,63
18-Crown-6,Amines,CHM-CHM,33
18-Crown-6,Ammonium,CHM-CHM,38
18-Crown-6,Benzenes,CHM-CHM,85
18-Crown-6,BnBr,CHM-CHM,36
18-Crown-6,Bond Length,CHM-PRO,32
18-Crown-6,CCl4,CHM-CHM,46
18-Crown-6,CH2Cl2,CHM-CHM,269
18-Crown-6,CH3CN,CHM-CHM,89
18-Crown-6,CHCl3,CHM-CHM,89
18-Crown-6,Carbon,CHM-CHM,48
18-Crown-6,Catalyst,CHM-APL,35
18-Crown-6,Chemical Structures,CHM-PRO,51
18-Crown-6,Chloroform,CHM-CHM,39
18-Crown-6,Cl,CHM-CHM,33
18-Crown-6,Crown Ether,CHM-CHM,163
18-Crown-6,Crystal,CHM-DSC,53
18-Crown-6,Crystal Structure,CHM-PRO,59
18-Crown-6,Cs2CO3,CHM-CHM,37
18-Crown-6,Cu,CHM-CHM,56
18-Crown-6,CuI,CHM-CHM,64
18-Crown-6,Cyclic Voltammogram,CHM-CMT,46
18-Crown-6,DBU,CHM-CHM,31
18-Crown-6,DCM,CHM-CHM,32
18-Crown-6,DFT,CHM-CMT,38
18-Crown-6,DIPEA,CHM-CHM,30
18-Crown-6,DMAP,CHM-CHM,106
18-Crown-6,DMF,CHM-CHM,266
18-Crown-6,DMSO,CHM-CHM,117
18-Crown-6,DSC,CHM-CMT,48
18-Crown-6,Dioxane,CHM-CHM,69
18-Crown-6,Et2O,CHM-CHM,71
18-Crown-6,Et3N,CHM-CHM,138
18-Crown-6,EtOAc,CHM-CHM,44
18-Crown-6,Ethanol,CHM-CHM,45
18-Crown-6,Ethers,CHM-CHM,150
18-Crown-6,Fluorescence,CHM-CMT,37
18-Crown-6,H+,CHM-CHM,30
18-Crown-6,H2,CHM-CHM,136
18-Crown-6,H2O,CHM-CHM,215
18-Crown-6,H2O2,CHM-CHM,49
18-Crown-6,H2SO4,CHM-CHM,52
18-Crown-6,HCl,CHM-CHM,111
18-Crown-6,Hydrogen,CHM-CHM,176
18-Crown-6,Imidazole,CHM-CHM,66
18-Crown-6,Ir,CHM-CMT,36
18-Crown-6,K+,CHM-CHM,96
18-Crown-6,K2CO3,CHM-CHM,288
18-Crown-6,KOH,CHM-CHM,98
18-Crown-6,Layers,CHM-DSC,32
18-Crown-6,Li,CHM-CHM,31
18-Crown-6,LiAlH4,CHM-CHM,49
18-Crown-6,LiOH,CHM-CHM,34
18-Crown-6,M-CPBA,CHM-CHM,33
18-Crown-6,MeCN,CHM-CHM,82
18-Crown-6,MeI,CHM-CHM,39
18-Crown-6,MeOH,CHM-CHM,194
18-Crown-6,Methanol,CHM-CHM,60
18-Crown-6,Molecular Structure,CHM-PRO,76
18-Crown-6,MsCl,CHM-CHM,52
18-Crown-6,N2,CHM-CHM,42
18-Crown-6,NEt3,CHM-CHM,31
18-Crown-6,NH3,CHM-CHM,36
18-Crown-6,NMR,CHM-CMT,42
18-Crown-6,Na,CHM-CHM,44
18-Crown-6,Na+,CHM-CHM,64
18-Crown-6,Na2CO3,CHM-CHM,40
18-Crown-6,NaBH4,CHM-CHM,89
18-Crown-6,NaH,CHM-CHM,139
18-Crown-6,NaHCO3,CHM-CHM,62
18-Crown-6,NaIO4,CHM-CHM,35
18-Crown-6,NaN3,CHM-CHM,54
18-Crown-6,NaOH,CHM-CHM,90
18-Crown-6,NaOMe,CHM-CHM,35
18-Crown-6,Nitrogen,CHM-CHM,38
18-Crown-6,O,CHM-CHM,45
18-Crown-6,O2,CHM-CHM,30
18-Crown-6,OsO4,CHM-CHM,34
18-Crown-6,Oxygen,CHM-CHM,84
18-Crown-6,PPh3,CHM-CHM,73
18-Crown-6,Pd,CHM-CHM,60
18-Crown-6,Pd(OAc)2,CHM-CHM,30
18-Crown-6,Pd(PPh3)4,CHM-CHM,59
18-Crown-6,Pd/C,CHM-CHM,63
18-Crown-6,Ph3P,CHM-CHM,40
18-Crown-6,Piperidine,CHM-CHM,30
18-Crown-6,Potassium,CHM-CHM,86
18-Crown-6,Pyridine,CHM-CHM,130
18-Crown-6,Single Crystal,CHM-DSC,38
18-Crown-6,Sodium,CHM-CHM,42
18-Crown-6,Structure,CHM-PRO,98
18-Crown-6,Structures,CHM-PRO,36
18-Crown-6,Surface,CHM-DSC,39
18-Crown-6,TBAF,CHM-CHM,83
18-Crown-6,TEA,CHM-CHM,34
18-Crown-6,TFA,CHM-CHM,73
18-Crown-6,THF,CHM-CHM,416
18-Crown-6,Tf2O,CHM-CHM,31
18-Crown-6,Toluene,CHM-CHM,215
18-Crown-6,TsCl,CHM-CHM,41
18-Crown-6,UV Vis Absorption,CHM-CMT,31
18-Crown-6,X-Ray Crystallography,CHM-CMT,33
18-Crown-6,X-Ray Diffraction,CHM-CMT,37
18-Crown-6,Zn,CHM-CHM,43
18-Crown-6,n-BuLi,CHM-CHM,40
18-Crown-6 Ether,Crown Ether,CHM-CHM,32
18-Crown-6 Ether,K+,CHM-CHM,33
180 MPa,Alloy,CHM-DSC,36
180 MPa,Microstructure,CHM-PRO,43
180 MPa,TEM,CHM-CMT,30
180C,13C,CHM-CHM,65
180C,13C NMR,CHM-CMT,49
180C,1D,CHM-DSC,47
180C,1H,CHM-CHM,170
180C,1H NMR,CHM-CMT,138
180C,25C,CHM-CHM,42
180C,2D,CHM-CMT,43
180C,2D,CHM-DSC,62
180C,2p,CHM-CMT,69
180C,3D,CHM-CMT,38
180C,3D,CHM-DSC,92
180C,AFM,CHM-CMT,261
180C,Absorbance,CHM-PRO,56
180C,Absorption,CHM-CMT,95
180C,Absorption,CHM-PRO,51
180C,Absorption Spectrum,CHM-CMT,150
180C,AcOH,CHM-CHM,48
180C,Acetic Acid,CHM-CHM,50
180C,Acetone,CHM-CHM,110
180C,Acetonitrile,CHM-CHM,39
180C,Acetylene,CHM-CHM,38
180C,Activation Energies,CHM-PRO,30
180C,Activation Energy,CHM-PRO,55
180C,Activity,CHM-PRO,37
180C,Ag,CHM-CHM,180
180C,AgCl,CHM-CHM,37
180C,Aged,CHM-SMT,49
180C,Aging,CHM-SMT,91
180C,Al,CHM-CHM,142
180C,Al2O3,CHM-CHM,91
180C,AlCl3,CHM-CHM,39
180C,Alcohols,CHM-CHM,63
180C,Alkyls,CHM-CHM,49
180C,Alloy,CHM-DSC,59
180C,Alumina,CHM-CHM,39
180C,Aluminum,CHM-CHM,37
180C,Amines,CHM-CHM,49
180C,Ammonia,CHM-CHM,58
180C,Amorphous,CHM-DSC,107
180C,Anatase,CHM-SPL,87
180C,Annealed,CHM-SMT,329
180C,Annealing,CHM-SMT,366
180C,Anode,CHM-APL,41
180C,Ar,CHM-CHM,47
180C,Argon,CHM-CHM,48
180C,Arrhenius Plot,CHM-CMT,102
180C,As Deposited,CHM-DSC,38
180C,As Obtained,CHM-DSC,73
180C,As Prepared,CHM-DSC,400
180C,As-Cast,CHM-DSC,31
180C,As-Synthesized,CHM-DSC,225
180C,Au,CHM-CHM,181
180C,BET Surface Area,CHM-PRO,48
180C,Band Gap,CHM-PRO,51
180C,Band Structure,CHM-PRO,30
180C,Bandgap,CHM-PRO,31
180C,Bars,CHM-DSC,50
180C,Benzenes,CHM-CHM,74
180C,Bilayer,CHM-DSC,47
180C,Blend,CHM-DSC,124
180C,Blend Film,CHM-DSC,33
180C,Blue Line,CHM-CHM,90
180C,Bond Length,CHM-PRO,41
180C,Br,CHM-CHM,41
180C,Bulk,CHM-DSC,179
180C,C,CHM-CHM,51
180C,C-V Curve,CHM-CMT,85
180C,C2H2,CHM-CHM,35
180C,CDCl3,CHM-CHM,37
180C,CH2Cl2,CHM-CHM,141
180C,CH3CN,CHM-CHM,46
180C,CH4,CHM-CHM,31
180C,CHCl3,CHM-CHM,80
180C,CO,CHM-CHM,156
180C,CO2,CHM-CHM,198
180C,CTAB,CHM-CHM,65
180C,CV,CHM-CMT,127
180C,CVS,CHM-CMT,38
180C,Ca,CHM-CHM,34
180C,Calcination,CHM-SMT,161
180C,Calcined,CHM-SMT,130
180C,Capacity,CHM-PRO,31
180C,Carbon,CHM-CHM,340
180C,Carbonyls,CHM-CHM,40
180C,Catalyst,CHM-APL,573
180C,Catalytic Activity,CHM-PRO,69
180C,Catalytic Performance,CHM-PRO,82
180C,Cathode,CHM-APL,34
180C,Cd,CHM-CHM,38
180C,CdS,CHM-CHM,77
180C,CdSe,CHM-CHM,40
180C,Ce,CHM-CHM,39
180C,CeO2,CHM-CHM,69
180C,Cell,CHM-APL,73
180C,Cells,CHM-APL,57
180C,Ceramic,CHM-DSC,41
180C,Charge Discharge Curve,CHM-CMT,43
180C,Charges,CHM-PRO,31
180C,Chemical Composition,CHM-PRO,68
180C,Chemical Society,CHM-CMT,51
180C,Chemical Structures,CHM-PRO,204
180C,Chlorides,CHM-CHM,31
180C,Chloroform,CHM-CHM,55
180C,Citric Acid,CHM-CHM,32
180C,Cl,CHM-CHM,40
180C,Cluster,CHM-DSC,58
180C,Co,CHM-CHM,103
180C,Co3O4,CHM-CHM,55
180C,Coated,CHM-DSC,35
180C,Coated,CHM-SMT,141
180C,Coatings,CHM-APL,60
180C,Coatings,CHM-SMT,33
180C,Color,CHM-PRO,40
180C,Complex Viscosity,CHM-PRO,55
180C,Composite,CHM-DSC,281
180C,Compositions,CHM-PRO,225
180C,Conductive,CHM-PRO,31
180C,Conductivity,CHM-PRO,71
180C,Contact Angle,CHM-PRO,38
180C,Cooled,CHM-SMT,40
180C,Cooling,CHM-SMT,207
180C,Copolymer,CHM-DSC,46
180C,Copper,CHM-CHM,96
180C,Core,CHM-DSC,58
180C,Core Shell,CHM-DSC,36
180C,Coulombic Efficiency,CHM-PRO,59
180C,Cr,CHM-CHM,35
180C,Cross Sectional SEM,CHM-CMT,80
180C,Crystal,CHM-DSC,243
180C,Crystal Structure,CHM-PRO,199
180C,Crystalline,CHM-DSC,125
180C,Crystallinity,CHM-PRO,67
180C,Crystallite,CHM-DSC,48
180C,Crystallite Size,CHM-PRO,47
180C,Cu,CHM-CHM,291
180C,Cu2O,CHM-CHM,40
180C,CuI,CHM-CHM,47
180C,CuO,CHM-CHM,52
180C,Cubic,CHM-SPL,113
180C,Cured,CHM-SMT,59
180C,Curing,CHM-SMT,60
180C,Current,CHM-PRO,36
180C,Current Density,CHM-PRO,53
180C,Curves,CHM-CMT,97
180C,Cycle Performance,CHM-PRO,37
180C,Cyclic Voltammetry,CHM-CMT,51
180C,Cyclic Voltammogram,CHM-CMT,172
180C,Cycling Performance,CHM-PRO,113
180C,Cyclohexane,CHM-CHM,33
180C,DFT,CHM-CMT,57
180C,DMA,CHM-CHM,50
180C,DMAP,CHM-CHM,38
180C,DMF,CHM-CHM,187
180C,DMSO,CHM-CHM,104
180C,DSC,CHM-CMT,372
180C,DSSCS,CHM-APL,32
180C,DTA,CHM-CMT,38
180C,DTG,CHM-CHM,34
180C,Density,CHM-PRO,61
180C,Diamonds,CHM-CHM,69
180C,Dichloromethane,CHM-CHM,33
180C,Dielectric Constant,CHM-PRO,38
180C,Diffraction Pattern,CHM-CMT,56
180C,Dioxane,CHM-CHM,30
180C,Dma,CHM-CMT,36
180C,Doped,CHM-DSC,206
180C,Dried,CHM-SMT,50
180C,Drifts,CHM-CMT,31
180C,Droplets,CHM-DSC,39
180C,Drying,CHM-SMT,41
180C,Dtg,CHM-CMT,48
180C,EDS,CHM-CMT,255
180C,EDTA,CHM-CHM,36
180C,EDX,CHM-CMT,180
180C,EQE,CHM-CMT,33
180C,EXAFS,CHM-CMT,31
180C,Eis,CHM-CMT,58
180C,Electrical Conductivity,CHM-PRO,35
180C,Electrochemical Performance,CHM-PRO,50
180C,Electrochemical Properties,CHM-PRO,45
180C,Electrode,CHM-APL,216
180C,Electrodes,CHM-APL,192
180C,Electrolyte,CHM-APL,56
180C,Electron Diffraction,CHM-CMT,39
180C,Elemental Analysis,CHM-CMT,40
180C,Elemental Composition,CHM-PRO,39
180C,Elemental Mapping,CHM-CMT,78
180C,Emission Intensity,CHM-PRO,34
180C,Emission Spectra,CHM-CMT,129
180C,Emissions,CHM-CMT,38
180C,Energy Level,CHM-PRO,43
180C,Energy Level Diagram,CHM-PRO,30
180C,Epoxy,CHM-CHM,39
180C,Epr,CHM-CMT,31
180C,Equivalent Circuits,CHM-CMT,33
180C,Er3+,CHM-CHM,31
180C,Esters,CHM-CHM,32
180C,Et2O,CHM-CHM,33
180C,Et3N,CHM-CHM,69
180C,Etched,CHM-SMT,39
180C,Etching,CHM-SMT,50
180C,Ethanol,CHM-CHM,240
180C,Ethylene Glycol,CHM-CHM,63
180C,Eu3+,CHM-CHM,65
180C,Excitation Spectra,CHM-CMT,40
180C,F,CHM-CHM,50
180C,F,CHM-PRO,39
180C,FE-SEM,CHM-CMT,134
180C,FESEM,CHM-CMT,272
180C,FT-IR,CHM-CMT,236
180C,FTIR,CHM-CMT,422
180C,FTO,CHM-CHM,65
180C,Fe,CHM-CHM,134
180C,Fe2O3,CHM-CHM,51
180C,Fe3O4,CHM-CHM,60
180C,Fft,CHM-CMT,137
180C,Fiber,CHM-DSC,58
180C,Fibers,CHM-DSC,60
180C,Film,CHM-DSC,451
180C,Films,CHM-DSC,411
180C,Flakes,CHM-DSC,32
180C,Flower Like,CHM-DSC,51
180C,Fluorescence,CHM-CMT,73
180C,Foam,CHM-DSC,37
180C,Foil,CHM-DSC,51
180C,Formation Mechanism,CHM-PRO,35
180C,Fourier Transform,CHM-CMT,32
180C,Fructose,CHM-CHM,43
180C,Furfural,CHM-CHM,59
180C,G,CHM-PRO,78
180C,GPC,CHM-CMT,43
180C,Gc,CHM-CMT,30
180C,Glass,CHM-DSC,41
180C,Glass Transition Temperature,CHM-PRO,36
180C,Glucose,CHM-CHM,145
180C,Glycerol,CHM-CHM,53
180C,Graphene,CHM-CHM,127
180C,Graphene Oxide,CHM-CHM,35
180C,Graphite,CHM-CHM,55
180C,H2,CHM-CHM,265
180C,H2-TPR,CHM-CHM,54
180C,H2-TPR,CHM-CMT,56
180C,H2O,CHM-CHM,307
180C,H2O2,CHM-CHM,89
180C,H2SO4,CHM-CHM,109
180C,HAADF STEM,CHM-CMT,79
180C,HCl,CHM-CHM,176
180C,HMF,CHM-CHM,67
180C,HNO3,CHM-CHM,36
180C,HRTEM,CHM-CMT,947
180C,Heat Treated,CHM-SMT,32
180C,Heat Treatment,CHM-SMT,90
180C,Heated,CHM-SMT,203
180C,Heating,CHM-SMT,438
180C,Heterostructure,CHM-DSC,36
180C,Hexagonal,CHM-SPL,159
180C,Hexane,CHM-CHM,44
180C,Hierarchical,CHM-DSC,53
180C,High Resolution TEM,CHM-CMT,147
180C,High Resolution XPS,CHM-CMT,69
180C,Hollow,CHM-DSC,51
180C,Hollow Sphere,CHM-DSC,53
180C,Homo,CHM-PRO,51
180C,Hplc,CHM-CMT,39
180C,Hydrogen,CHM-CHM,295
180C,Hydrogenation,CHM-APL,48
180C,Hydrogenation,CHM-SMT,71
180C,Hydrolysis,CHM-SMT,63
180C,Hydrothermal,CHM-SMT,190
180C,Hydrothermal Condition,CHM-SMT,35
180C,Hydrothermal Method,CHM-SMT,56
180C,Hydrothermal Process,CHM-SMT,38
180C,Hydrothermal Reaction,CHM-SMT,81
180C,Hydrothermal Synthesis,CHM-SMT,42
180C,Hydrothermal Treatment,CHM-SMT,183
180C,Hydrothermally Treated,CHM-SMT,37
180C,Hydroxyl,CHM-CHM,38
180C,Hysteresis Loop,CHM-CMT,39
180C,ITO,CHM-CHM,75
180C,IV Curve,CHM-CMT,42
180C,Imidazole,CHM-CHM,36
180C,Interface,CHM-DSC,120
180C,Ir,CHM-CMT,109
180C,Iron,CHM-CHM,39
180C,Irradiated,CHM-SMT,35
180C,Irradiation,CHM-SMT,112
180C,Isothermal Crystallization,CHM-SMT,32
180C,J-V Characteristics,CHM-PRO,34
180C,JV Curve,CHM-CMT,38
180C,K,CHM-PRO,53
180C,K2CO3,CHM-CHM,111
180C,KCl,CHM-CHM,33
180C,KOH,CHM-CHM,160
180C,Kinetic Parameters,CHM-PRO,39
180C,Lattice Fringe,CHM-PRO,47
180C,Lattice Parameter,CHM-PRO,55
180C,Layered,CHM-DSC,56
180C,Layers,CHM-DSC,274
180C,Li,CHM-CHM,99
180C,Lithium,CHM-CHM,43
180C,Loss Modulus,CHM-PRO,38
180C,MS,CHM-CMT,30
180C,Magenta,CHM-CHM,32
180C,Matrix,CHM-DSC,33
180C,MeCN,CHM-CHM,40
180C,MeOH,CHM-CHM,127
180C,Mechanical Property,CHM-PRO,62
180C,Membrane,CHM-DSC,98
180C,Mesoporous,CHM-DSC,84
180C,Metallic,CHM-PRO,43
180C,Metals,CHM-PRO,69
180C,Methanol,CHM-CHM,157
180C,Mg,CHM-CHM,60
180C,Microcrystals,CHM-DSC,38
180C,Microspheres,CHM-DSC,133
180C,Microstructure,CHM-PRO,98
180C,Microwave Irradiation,CHM-SMT,31
180C,Mn,CHM-CHM,93
180C,MnO2,CHM-CHM,43
180C,Mo,CHM-CHM,55
180C,MoO3,CHM-CHM,34
180C,MoS2,CHM-CHM,44
180C,Molecular Structure,CHM-PRO,126
180C,Molecular Weight,CHM-PRO,85
180C,Monoclinic,CHM-SPL,55
180C,Monolayers,CHM-DSC,64
180C,Morphologic,CHM-PRO,47
180C,Morphologies,CHM-PRO,179
180C,Morphology,CHM-PRO,322
180C,N2,CHM-CHM,436
180C,N2 Adsorption Desorption Isotherm,CHM-CMT,40
180C,N2 Adsorption Desorption Isotherms,CHM-CMT,105
180C,NCS,CHM-DSC,68
180C,NH3,CHM-CHM,110
180C,NH3TPD,CHM-CMT,49
180C,NMP,CHM-CHM,32
180C,NMR,CHM-CMT,50
180C,NO,CHM-CHM,38
180C,NPS,CHM-DSC,126
180C,Na,CHM-CHM,59
180C,Na2SO4,CHM-CHM,41
180C,NaBH4,CHM-CHM,59
180C,NaCl,CHM-CHM,70
180C,NaH,CHM-CHM,49
180C,NaHCO3,CHM-CHM,33
180C,NaOH,CHM-CHM,199
180C,Nano Structured,CHM-DSC,30
180C,Nanobelts,CHM-DSC,51
180C,Nanocomposite,CHM-DSC,136
180C,Nanocrystals,CHM-DSC,201
180C,Nanocube,CHM-DSC,66
180C,Nanofiber,CHM-DSC,55
180C,Nanomaterial,CHM-DSC,30
180C,Nanoparticle,CHM-DSC,106
180C,Nanoparticles,CHM-DSC,404
180C,Nanoplates,CHM-DSC,76
180C,Nanorods,CHM-DSC,251
180C,Nanosheets,CHM-DSC,164
180C,Nanosphere,CHM-DSC,65
180C,Nanostructure,CHM-DSC,46
180C,Nanostructures,CHM-DSC,175
180C,Nanotube,CHM-DSC,77
180C,Nanowire,CHM-DSC,103
180C,Nanowires,CHM-DSC,153
180C,Ni,CHM-CHM,166
180C,NiO,CHM-CHM,44
180C,Nickel,CHM-CHM,42
180C,Nitrogen,CHM-CHM,335
180C,Nitrogen Adsorption Desorption Isotherm,CHM-CMT,41
180C,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,82
180C,Nyquist Plot,CHM-CMT,102
180C,O,CHM-CHM,244
180C,O2,CHM-CHM,171
180C,OH,CHM-CHM,39
180C,Of Chemistry,CHM-CMT,105
180C,Oleic Acid,CHM-CHM,36
180C,Oleylamine,CHM-CHM,37
180C,Optical,CHM-PRO,31
180C,Optical Absorption,CHM-CMT,30
180C,Optical Image,CHM-CMT,96
180C,Optical Micrograph,CHM-CMT,60
180C,Optical Microscopy,CHM-CMT,54
180C,Optical Properties,CHM-PRO,41
180C,Orthorhombic,CHM-SPL,58
180C,Output Characteristics,CHM-PRO,40
180C,Oxidation,CHM-SMT,62
180C,Oxides,CHM-CHM,38
180C,Oxygen,CHM-CHM,202
180C,P3HT,CHM-CHM,61
180C,PCBM,CHM-CHM,34
180C,PCE,CHM-PRO,38
180C,PDMS,CHM-CHM,44
180C,PEDOT,CHM-CHM,43
180C,PEG,CHM-CHM,37
180C,PLA,CHM-CHM,52
180C,PMMA,CHM-CHM,70
180C,POM,CHM-CMT,52
180C,PPh3,CHM-CHM,40
180C,PVA,CHM-CHM,37
180C,PVDF,CHM-CHM,35
180C,PVP,CHM-CHM,96
180C,PXRD,CHM-CMT,71
180C,Particle,CHM-DSC,88
180C,Particle Size,CHM-PRO,92
180C,Particle Size Distribution,CHM-PRO,91
180C,Particles,CHM-DSC,273
180C,Patterned,CHM-DSC,30
180C,PbS,CHM-CHM,30
180C,Pd,CHM-CHM,136
180C,Pd(OAc)2,CHM-CHM,32
180C,Pd(PPh3)4,CHM-CHM,41
180C,Pd/C,CHM-CHM,51
180C,Pellet,CHM-DSC,31
180C,Perovskites,CHM-CHM,51
180C,Perovskites,CHM-SPL,46
180C,Phase Diagram,CHM-PRO,60
180C,Phenol,CHM-CHM,50
180C,Phenyls,CHM-CHM,30
180C,Photo Catalytic Activity,CHM-PRO,48
180C,Photo Luminescence,CHM-CMT,148
180C,Photocatalyst,CHM-APL,36
180C,Photocatalysts,CHM-APL,56
180C,Photocatalytic Degradation,CHM-APL,50
180C,Photocatalytic Degradation,CHM-CMT,31
180C,Physical Properties,CHM-PRO,56
180C,Physicochemical Properties,CHM-PRO,41
180C,Platinum,CHM-CHM,41
180C,Polarization Curve,CHM-CMT,43
180C,Polymers,CHM-DSC,40
180C,Polystyrene,CHM-CHM,40
180C,Pore Size Distribution,CHM-PRO,173
180C,Pore Sizes,CHM-PRO,44
180C,Porous,CHM-DSC,118
180C,Powder,CHM-DSC,261
180C,Powder XRD,CHM-CMT,30
180C,Powders,CHM-DSC,98
180C,Pre-Treatment,CHM-SMT,31
180C,Precipitates,CHM-DSC,40
180C,Protonic Conductivity,CHM-PRO,30
180C,Pt,CHM-CHM,212
180C,Pure,CHM-DSC,51
180C,Pyridine,CHM-CHM,86
180C,Pyrolysis,CHM-SMT,44
180C,QDS,CHM-DSC,57
180C,Quartz,CHM-CHM,52
180C,Raman,CHM-CMT,325
180C,Rate Capability,CHM-PRO,38
180C,Rate Constant,CHM-PRO,41
180C,Rate Performance,CHM-PRO,53
180C,Reactors,CHM-APL,34
180C,Reductions,CHM-SMT,69
180C,Resistance,CHM-PRO,48
180C,Resistivity,CHM-PRO,52
180C,Response,CHM-PRO,48
180C,Rietveld Refinement,CHM-CMT,38
180C,Ru,CHM-CHM,77
180C,Rutile,CHM-SPL,52
180C,SAED,CHM-CMT,490
180C,SAED Pattern,CHM-CMT,57
180C,SAED Patterns,CHM-CMT,33
180C,SAXS,CHM-CMT,62
180C,SEM,CHM-CMT,1695
180C,Scanning Electron Micrograph,CHM-CMT,31
180C,Scanning Electron Microscopy,CHM-CMT,48
180C,Se,CHM-CHM,61
180C,Selected Area Electron Diffraction,CHM-CMT,66
180C,Selectivity,CHM-PRO,48
180C,Self Assembly,CHM-SMT,36
180C,Semiconductor,CHM-PRO,36
180C,Sensor,CHM-APL,71
180C,Sheet,CHM-DSC,59
180C,Sheets,CHM-DSC,72
180C,Shell,CHM-DSC,77
180C,Si,CHM-CHM,225
180C,SiO2,CHM-CHM,175
180C,Silica,CHM-CHM,100
180C,Silicon,CHM-CHM,86
180C,Silver,CHM-CHM,53
180C,Single Crystal,CHM-DSC,82
180C,Singlet,CHM-DSC,37
180C,Sintered,CHM-SMT,56
180C,Sintering,CHM-SMT,32
180C,Size Distribution,CHM-PRO,77
180C,Sn,CHM-CHM,75
180C,SnO2,CHM-CHM,84
180C,Society,CHM-CMT,144
180C,Solar Cell,CHM-APL,63
180C,Solid,CHM-DSC,40
180C,Solvothermal,CHM-SMT,36
180C,Solvothermal Reaction,CHM-SMT,37
180C,Solvothermal Treatment,CHM-SMT,33
180C,Specific Capacitance,CHM-PRO,46
180C,Specific Surface Area,CHM-PRO,51
180C,Sphere,CHM-DSC,119
180C,Spin Coater,CHM-SMT,56
180C,Spin Coating,CHM-SMT,39
180C,Stability,CHM-PRO,78
180C,Stem,CHM-CMT,77
180C,Storage Modulus,CHM-PRO,93
180C,Stress,CHM-PRO,32
180C,Stress Strain Curve,CHM-CMT,52
180C,Structural Model,CHM-CMT,35
180C,Structure,CHM-PRO,334
180C,Structures,CHM-PRO,85
180C,Substrate,CHM-DSC,400
180C,Sugar,CHM-CHM,40
180C,Sulfur,CHM-CHM,84
180C,Surface,CHM-DSC,466
180C,Surface Area,CHM-PRO,58
180C,Surface Morphology,CHM-PRO,54
180C,Surfaces,CHM-DSC,138
180C,TC,CHM-PRO,31
180C,TEM,CHM-CMT,1665
180C,TFA,CHM-CHM,35
180C,TG,CHM-CMT,119
180C,TG,CHM-PRO,38
180C,THF,CHM-CHM,211
180C,TPR,CHM-CMT,40
180C,Tafel Plots,CHM-CMT,37
180C,Tb3+,CHM-CHM,31
180C,Te,CHM-CHM,38
180C,Tensile Strength,CHM-PRO,46
180C,Tetragonal,CHM-SPL,55
180C,Textural Properties,CHM-PRO,47
180C,Tga,CHM-CMT,307
180C,Thermal,CHM-SMT,34
180C,Thermal Annealing,CHM-SMT,72
180C,Thermal Decomposition,CHM-SMT,38
180C,Thermal Properties,CHM-PRO,53
180C,Thermal Treatment,CHM-SMT,88
180C,Thermally Anneal,CHM-SMT,31
180C,Thermogravimetric Analysis,CHM-CMT,44
180C,Thin,CHM-DSC,44
180C,Thin Films,CHM-DSC,226
180C,Ti,CHM-CHM,104
180C,TiO2,CHM-CHM,292
180C,Toluene,CHM-CHM,210
180C,Transfer,CHM-PRO,30
180C,Transfer Characteristic,CHM-PRO,46
180C,Transition Temperature,CHM-PRO,34
180C,Transmission Electron Microscopy,CHM-CMT,42
180C,Transparent,CHM-PRO,32
180C,UV Irradiation,CHM-SMT,41
180C,UV Transmittance,CHM-PRO,42
180C,UV Vis,CHM-CMT,68
180C,UV Vis Absorption,CHM-CMT,167
180C,UV Vis Diffuse Reflectance,CHM-CMT,53
180C,UV Visible Absorption,CHM-CMT,70
180C,UV-VIS Spectral,CHM-CMT,63
180C,Unit Cell,CHM-PRO,34
180C,Urea,CHM-CHM,58
180C,Viscosity,CHM-PRO,38
180C,WAXD,CHM-CMT,37
180C,WO3,CHM-CHM,37
180C,Wafers,CHM-DSC,50
180C,Wurtzite,CHM-CHM,32
180C,X-Ray Diffraction,CHM-CMT,278
180C,XPS,CHM-CMT,523
180C,XRD,CHM-CMT,1818
180C,XRD Pattern,CHM-CMT,34
180C,Xanes,CHM-CMT,40
180C,Xylose,CHM-CHM,43
180C,Zeolites,CHM-CHM,85
180C,Zn,CHM-CHM,141
180C,ZnO,CHM-CHM,142
180C,ZnS,CHM-CHM,55
180C,Zr,CHM-CHM,31
180C,ZrO2,CHM-CHM,33
183 W NMR,183W,CMT-CHM,79
183W,13C,CHM-CHM,30
183W,183 W NMR,CHM-CMT,79
183W,1H,CHM-CHM,49
183W,31P NMR,CHM-CMT,47
183W,D2O,CHM-CHM,37
183W,Elemental Analysis,CHM-CMT,57
183W,Ir,CHM-CMT,48
183W,Keggin,CHM-SPL,34
183W,NMR,CHM-CMT,95
183W,O,CHM-CHM,30
183W,Oxygen,CHM-CHM,44
183W,Polyoxometalates,CHM-CHM,33
183W,Structure,CHM-PRO,33
183W,Tungsten,CHM-CHM,51
18650,Anode,APL-APL,42
18650,Cathode,APL-APL,49
18650,Cell,APL-APL,44
18650,Cells,APL-APL,48
18650,Graphite,APL-CHM,30
18650,Li,APL-CHM,39
18650,Lithium,APL-CHM,52
187Os,187Os/188Os,CHM-PRO,45
187Os,187Re,CHM-CHM,49
187Os,Al2O3,CHM-CHM,32
187Os,Compositions,CHM-PRO,48
187Os,Ir,CHM-CHM,34
187Os,Mantle,CHM-DSC,34
187Os,Olivines,CHM-CHM,30
187Os,Os,CHM-CHM,78
187Os,Pt,CHM-CHM,37
187Os,Re,CHM-CHM,42
187Os/188Os,187Os,PRO-CHM,45
187Os/188Os,187Re,PRO-CHM,50
187Os/188Os,Compositions,PRO-PRO,45
187Os/188Os,Ir,PRO-CHM,34
187Os/188Os,Isochron,PRO-CHM,31
187Os/188Os,Mantle,PRO-DSC,32
187Os/188Os,Olivines,PRO-CHM,31
187Os/188Os,Os,PRO-CHM,89
187Os/188Os,Pt,PRO-CHM,37
187Os/188Os,Re,PRO-CHM,40
187Os/188Os,Whole Rocks,PRO-DSC,30
187Os/188Os Ratios,Os,PRO-CHM,35
187Re,187Os,CHM-CHM,49
187Re,187Os/188Os,CHM-PRO,50
187Re,Al2O3,CHM-CHM,45
187Re,Bulk,CHM-DSC,37
187Re,Compositions,CHM-PRO,71
187Re,Cr,CHM-CHM,32
187Re,Diamonds,CHM-CHM,38
187Re,Ir,CHM-CHM,49
187Re,Isochron,CHM-CHM,69
187Re,Mantle,CHM-DSC,35
187Re,Mg,CHM-CHM,39
187Re,MgO,CHM-CHM,35
187Re,Ni,CHM-CHM,39
187Re,Olivines,CHM-CHM,50
187Re,Olivines,CHM-SPL,33
187Re,Os,CHM-CHM,101
187Re,Pd,CHM-CHM,42
187Re,Pt,CHM-CHM,47
187Re,Re,CHM-CHM,68
187Re,Re,CHM-PRO,35
187Re,Rhenium,CHM-CHM,30
187Re,Ru,CHM-CHM,31
187Re,Silicate,CHM-CHM,38
187Re,Spinels,CHM-SPL,31
187Re,Sulfide,CHM-CHM,34
187Re,Whole Rocks,CHM-DSC,44
187Re,Xenoliths,CHM-DSC,35
188Re,99mTc,CHM-CHM,32
18C6,18-Crown-6,CHM-CHM,53
18F,Pet,CHM-APL,51
18F,Pet,CHM-CMT,56
18F,Positron Emission Tomography,CHM-CMT,49
18F-FDG,Glucose,CHM-CHM,33
18F-FDG,Pet,CHM-APL,35
18F-FDG,Pet,CHM-CMT,80
18F-FDG,Pet,CMT-CMT,31
18F-FDG,Positron Emission Tomography,CHM-CMT,33
18O,13C,CHM-CHM,207
18O,13C,CHM-PRO,72
18O,13C,PRO-PRO,68
18O,14C,CHM-CHM,73
18O,15N,CHM-CHM,95
18O,16O,CHM-CHM,652
18O,16O2,CHM-CHM,107
18O,17O,CHM-CHM,114
18O,18O Concentration,CHM-PRO,40
18O,18O Labeling,CHM-CMT,43
18O,18O/16O,CHM-PRO,57
18O,18O/16O Ratios,CHM-PRO,31
18O,18O2,CHM-CHM,239
18O,1H,CHM-CHM,55
18O,1H NMR,CHM-CMT,31
18O,2H,CHM-CHM,106
18O,2H,CHM-PRO,33
18O,2H,PRO-PRO,32
18O,87Sr/86Sr,CHM-PRO,42
18O,Acetonitrile,CHM-CHM,47
18O,Activation Energies,CHM-PRO,35
18O,Activation Energy,CHM-PRO,50
18O,Activity,CHM-PRO,33
18O,Ag,CHM-CHM,31
18O,Al,CHM-CHM,87
18O,Al2O3,CHM-CHM,75
18O,Alcohols,CHM-CHM,48
18O,Aldehyde,CHM-CHM,33
18O,Alloy,CHM-DSC,30
18O,Alumina,CHM-CHM,34
18O,Aluminum,CHM-CHM,30
18O,Amorphous,CHM-DSC,37
18O,Annealed,CHM-SMT,83
18O,Annealing,CHM-SMT,108
18O,Aquifer,CHM-APL,72
18O,Ar,CHM-CHM,61
18O,Aragonite,CHM-CHM,48
18O,Argon,CHM-CHM,38
18O,Arrhenius Plot,CHM-CMT,97
18O,Au,CHM-CHM,49
18O,B3LYP,CHM-CMT,33
18O,Ba,CHM-CHM,37
18O,Blue Line,CHM-CHM,41
18O,Bond Length,CHM-PRO,41
18O,Br,CHM-CHM,49
18O,Bulk,CHM-DSC,165
18O,C,CHM-CHM,41
18O,C16O18O,CHM-CHM,53
18O,C18O2,CHM-CHM,31
18O,CH3CN,CHM-CHM,43
18O,CH4,CHM-CHM,71
18O,CO,CHM-CHM,153
18O,CO2,CHM-CHM,297
18O,CO2,PRO-CHM,39
18O,Ca,CHM-CHM,160
18O,Ca,PRO-CHM,37
18O,Ca2+,CHM-CHM,34
18O,CaO,CHM-CHM,31
18O,Calcite,CHM-CHM,166
18O,Calcite,PRO-CHM,63
18O,Carbon,CHM-CHM,254
18O,Carbon,CHM-PRO,34
18O,Carbon,PRO-CHM,71
18O,Carbon Dioxide,CHM-CHM,54
18O,Carbonates,CHM-CHM,223
18O,Carbonates,PRO-CHM,72
18O,Carbonyls,CHM-CHM,41
18O,Catalyst,CHM-APL,205
18O,Cathode,CHM-APL,31
18O,CeO2,CHM-CHM,44
18O,Ceramic,CHM-DSC,36
18O,Chemical Composition,CHM-PRO,38
18O,Chlorides,CHM-CHM,45
18O,Cl,CHM-CHM,112
18O,Climate,CHM-PRO,33
18O,Cluster,CHM-DSC,32
18O,Cl−,CHM-CHM,36
18O,Co,CHM-CHM,45
18O,Composite,CHM-DSC,34
18O,Compositions,CHM-PRO,223
18O,Compositions,PRO-PRO,39
18O,Concentration,CHM-PRO,44
18O,Conductivity,CHM-PRO,47
18O,Cooling,CHM-SMT,47
18O,Copper,CHM-CHM,40
18O,Core,CHM-DSC,33
18O,Cr,CHM-CHM,50
18O,Crystal,CHM-DSC,120
18O,Crystal Structure,CHM-PRO,52
18O,Cu,CHM-CHM,53
18O,D2O,CHM-CHM,57
18O,DFT,CHM-CMT,50
18O,DFT Calculations,CHM-CMT,35
18O,Density,CHM-PRO,35
18O,Density Functional Theory,CHM-CMT,30
18O,Depth Profile,CHM-CMT,59
18O,Deuterium,CHM-CHM,99
18O,Di-Oxygen,CHM-CHM,40
18O,Diamonds,CHM-CHM,140
18O,Diamonds,PRO-CHM,32
18O,Diffusion Coefficient,CHM-PRO,66
18O,Diffusion Profile,CHM-PRO,37
18O,Dolomite,CHM-CHM,52
18O,Doped,CHM-DSC,79
18O,ESI MS,CHM-CMT,30
18O,Electrical Conductivity,CHM-PRO,45
18O,Electrode,CHM-APL,66
18O,Electrodes,CHM-APL,33
18O,Electrolyte,CHM-APL,43
18O,Epoxides,CHM-CHM,30
18O,Epr,CHM-CMT,30
18O,Esters,CHM-CHM,30
18O,F,CHM-CHM,35
18O,FTIR,CHM-CMT,39
18O,Fe,CHM-CHM,151
18O,Film,CHM-DSC,92
18O,Films,CHM-DSC,88
18O,Fractionation Factor,CHM-PRO,35
18O,Garnet,CHM-SPL,44
18O,Geochemical,CHM-PRO,39
18O,Geological Map,CHM-CMT,44
18O,Glass,CHM-DSC,46
18O,Grain Boundaries,CHM-PRO,53
18O,Grain Boundary,CHM-PRO,43
18O,Grain Size,CHM-PRO,48
18O,Grains,CHM-DSC,45
18O,H2,CHM-CHM,88
18O,H2 16O,CHM-CHM,40
18O,H2 18O,CHM-CHM,159
18O,H2O,CHM-CHM,261
18O,H2O2,CHM-CHM,78
18O,HCO3,CHM-CHM,33
18O,Heating,CHM-SMT,69
18O,Holocene,CHM-CHM,71
18O,Hydrocarbon,CHM-CHM,40
18O,Hydrogen,CHM-CHM,245
18O,Hydrogen Peroxide,CHM-CHM,38
18O,Hydrolysis,CHM-SMT,61
18O,Hydroxide,CHM-CHM,36
18O,Hydroxyl,CHM-CHM,52
18O,Infrared,CHM-CMT,34
18O,Interface,CHM-DSC,139
18O,Ir,CHM-CMT,56
18O,Iron,CHM-CHM,101
18O,Irradiated,CHM-SMT,33
18O,Irradiation,CHM-SMT,67
18O,Isotope,CHM-PRO,42
18O,Isotopic,CHM-CMT,36
18O,Isotopic,CHM-PRO,84
18O,Isotopic Composition,CHM-PRO,175
18O,Isotopic Composition,PRO-PRO,56
18O,K,CHM-PRO,54
18O,Ketone,CHM-CHM,30
18O,Kinetic Isotope Effect,CHM-PRO,46
18O,La,CHM-CHM,42
18O,Labeling,CHM-CMT,32
18O,Layers,CHM-DSC,182
18O,Li,CHM-CHM,43
18O,Limestone,CHM-CHM,34
18O,MS,CHM-CMT,54
18O,MS/MS,CHM-CMT,34
18O,Mass Spectra,CHM-CMT,47
18O,Mass Spectrometry,CHM-CMT,53
18O,Matrix,CHM-DSC,37
18O,Metals,CHM-PRO,57
18O,Methane,CHM-CHM,62
18O,Methanol,CHM-CHM,51
18O,Methyl,CHM-CHM,31
18O,Mg,CHM-CHM,118
18O,Mg,PRO-CHM,31
18O,MgO,CHM-CHM,38
18O,Microstructure,CHM-PRO,40
18O,Minerals,CHM-DSC,43
18O,Mn,CHM-CHM,69
18O,Molecular Structure,CHM-PRO,40
18O,Morphology,CHM-PRO,30
18O,N2,CHM-CHM,96
18O,N2O,CHM-CHM,52
18O,NMR,CHM-CMT,37
18O,NO,CHM-CHM,60
18O,NO2,CHM-CHM,37
18O,NO3,CHM-CHM,41
18O,Na,CHM-CHM,86
18O,Ni,CHM-CHM,79
18O,Nitrate,CHM-CHM,52
18O,Nitrogen,CHM-CHM,95
18O,O,CHM-CHM,248
18O,O2,CHM-CHM,388
18O,OH,CHM-CHM,82
18O,Olefins,CHM-CHM,35
18O,Olivines,CHM-CHM,39
18O,Oxidation,CHM-APL,72
18O,Oxidation,CHM-SMT,196
18O,Oxides,CHM-CHM,147
18O,Oxidize,CHM-SMT,63
18O,Oxo,CHM-CHM,32
18O,Oxygen,CHM-CHM,1291
18O,Oxygen,CHM-PRO,47
18O,Oxygen,PRO-CHM,173
18O,Oxygen Diffusion,CHM-PRO,33
18O,Oxygen Isotope,CHM-PRO,74
18O,Oxygen Isotope Composition,CHM-PRO,45
18O,Oxygen Isotope Fractionation,CHM-PRO,40
18O,Oxygen Isotope Ratio,CHM-PRO,43
18O,Oxygen Isotopic Composition,CHM-PRO,63
18O,Oxygen Vacancies,CHM-PRO,42
18O,Oxygen-18,CHM-CHM,34
18O,Ozone,CHM-CHM,50
18O,Particles,CHM-DSC,63
18O,Pb,CHM-CHM,35
18O,Pellet,CHM-DSC,30
18O,Perovskites,CHM-CHM,59
18O,Perovskites,CHM-SPL,60
18O,Peroxide,CHM-CHM,31
18O,Phenol,CHM-CHM,41
18O,Phosphate,CHM-CHM,75
18O,Pleistocene,CHM-CHM,36
18O,Polycrystalline,CHM-DSC,44
18O,Porosity,CHM-PRO,32
18O,Porous,CHM-DSC,30
18O,Powder,CHM-DSC,39
18O,Pt,CHM-CHM,86
18O,Pyroxene,CHM-CHM,37
18O,Quartz,CHM-CHM,117
18O,Quartz,PRO-CHM,34
18O,Raman,CHM-CMT,100
18O,Rate Constant,CHM-PRO,40
18O,Reaction Mechanism,CHM-PRO,43
18O,Reductions,CHM-SMT,47
18O,Resonant Raman,CHM-CMT,34
18O,Rock,CHM-DSC,32
18O,SEM,CHM-CMT,128
18O,SIMS,CHM-CMT,186
18O,SO4,CHM-CHM,62
18O,Salinity,CHM-PRO,63
18O,Secondary Ion Mass Spectrometry,CHM-CMT,60
18O,Sediments,CHM-DSC,69
18O,Shells,CHM-DSC,37
18O,Si,CHM-CHM,116
18O,SiO2,CHM-CHM,90
18O,Silica,CHM-CHM,74
18O,Silicate,CHM-CHM,76
18O,Silicon,CHM-CHM,30
18O,Single Crystal,CHM-DSC,100
18O,Soil,CHM-DSC,47
18O,Sputtering,CHM-SMT,36
18O,Sr,CHM-CHM,120
18O,Sr,PRO-CHM,32
18O,Stable Isotope,CHM-CMT,31
18O,Stable Isotope,CHM-PRO,39
18O,Structure,CHM-PRO,113
18O,Substrate,CHM-DSC,107
18O,Sulfates,CHM-CHM,47
18O,Sulfide,CHM-CHM,38
18O,Sulfur,CHM-CHM,52
18O,Surface,CHM-DSC,445
18O,Surface,PRO-DSC,52
18O,Surface Exchange Coefficient,CHM-PRO,42
18O,Surfaces,CHM-DSC,82
18O,TEM,CHM-CMT,64
18O,TPD,CHM-CMT,48
18O,Temperature,CHM-PRO,57
18O,Temperature,PRO-PRO,34
18O,Thin Films,CHM-DSC,60
18O,Ti,CHM-CHM,65
18O,TiO2,CHM-CHM,76
18O,Tryptic,CHM-CHM,38
18O,Vibrational Frequency,CHM-PRO,32
18O,Water,CHM-PRO,33
18O,X-Ray Diffraction,CHM-CMT,52
18O,XPS,CHM-CMT,61
18O,XRD,CHM-CMT,117
18O,YSZ,CHM-CHM,31
18O,Zeolites,CHM-CHM,33
18O,Zirconia,CHM-CHM,38
18O,Zircons,CHM-CHM,31
18O,Zr,CHM-CHM,36
18O,ZrO2,CHM-CHM,31
18O,pH,CHM-PRO,39
18O,Δ,CHM-PRO,177
18O,Δ,PRO-PRO,211
18O,Δ 13C,CHM-PRO,57
18O,Δ 13C,PRO-PRO,55
18O,Δ 18O,CHM-PRO,203
18O,Δ 18O,PRO-PRO,138
18O,Δ18O,CHM-PRO,153
18O,Δ18O,PRO-PRO,38
18O,δ 18O,CHM-CHM,34
18O,δ 18O,CHM-PRO,81
18O,δ 18O,PRO-CHM,57
18O,δ13c,CHM-PRO,50
18O,δ18O,CHM-PRO,66
18O,δd,CHM-PRO,77
18O,δd,PRO-PRO,34
18O Concentration,18O,PRO-CHM,40
18O Labeling,18O,CMT-CHM,43
18O/16O,16O,PRO-CHM,57
18O/16O,18O,PRO-CHM,57
18O/16O,Oxygen,PRO-CHM,35
18O/16O Ratios,16O,PRO-CHM,31
18O/16O Ratios,18O,PRO-CHM,31
18O2,16O,CHM-CHM,91
18O2,16O2,CHM-CHM,393
18O2,18O,CHM-CHM,239
18O2,Activity,CHM-PRO,36
18O2,Ag,CHM-CHM,33
18O2,Al,CHM-CHM,44
18O2,Al2O3,CHM-CHM,49
18O2,Annealed,CHM-SMT,42
18O2,Annealing,CHM-SMT,117
18O2,Ar,CHM-CHM,78
18O2,Argon,CHM-CHM,72
18O2,Arrhenius Plot,CHM-CMT,55
18O2,Atoms,CHM-DSC,32
18O2,Au,CHM-CHM,69
18O2,Bond Length,CHM-PRO,55
18O2,Bulk,CHM-DSC,54
18O2,C16O18O,CHM-CHM,128
18O2,C16O2,CHM-CHM,36
18O2,C18O2,CHM-CHM,43
18O2,CH4,CHM-CHM,64
18O2,CO,CHM-CHM,182
18O2,CO Oxidation,CHM-APL,40
18O2,CO2,CHM-CHM,190
18O2,Calcined,CHM-SMT,33
18O2,Carbon,CHM-CHM,76
18O2,Catalyst,CHM-APL,255
18O2,Catalytic Activity,CHM-PRO,40
18O2,CeO2,CHM-CHM,52
18O2,Cluster,CHM-DSC,41
18O2,Co,CHM-CHM,41
18O2,Co-Deposition,CHM-SMT,34
18O2,Compositions,CHM-PRO,33
18O2,Crystal,CHM-DSC,32
18O2,Cu,CHM-CHM,51
18O2,D2O,CHM-CHM,46
18O2,DFT,CHM-CMT,46
18O2,Di-Oxygen,CHM-CHM,63
18O2,Doped,CHM-DSC,50
18O2,Electrode,CHM-APL,39
18O2,FTIR,CHM-CMT,49
18O2,Fe,CHM-CHM,53
18O2,Film,CHM-DSC,62
18O2,Films,CHM-DSC,45
18O2,H2,CHM-CHM,121
18O2,H2 16O,CHM-CHM,33
18O2,H2 18O,CHM-CHM,83
18O2,H2O,CHM-CHM,123
18O2,HRTEM,CHM-CMT,36
18O2,Heating,CHM-SMT,52
18O2,Hydrogen,CHM-CHM,100
18O2,Infrared,CHM-CMT,61
18O2,Intensities,CHM-PRO,32
18O2,Interface,CHM-DSC,81
18O2,Ir,CHM-CMT,52
18O2,Iron,CHM-CHM,30
18O2,Irradiation,CHM-SMT,60
18O2,Laser Ablated,CHM-SMT,33
18O2,Layers,CHM-DSC,60
18O2,Metals,CHM-PRO,39
18O2,Methane,CHM-CHM,51
18O2,Methanol,CHM-CHM,40
18O2,N2,CHM-CHM,110
18O2,N2O,CHM-CHM,48
18O2,NO,CHM-CHM,61
18O2,Ni,CHM-CHM,41
18O2,Nitrogen,CHM-CHM,35
18O2,O,CHM-CHM,126
18O2,O2,CHM-CHM,483
18O2,OH,CHM-CHM,37
18O2,Oxidation,CHM-APL,67
18O2,Oxidation,CHM-SMT,129
18O2,Oxides,CHM-CHM,95
18O2,Oxidize,CHM-SMT,53
18O2,Oxygen,CHM-CHM,546
18O2,Particles,CHM-DSC,40
18O2,Pd,CHM-CHM,47
18O2,Pt,CHM-CHM,77
18O2,Raman,CHM-CMT,72
18O2,Reductions,CHM-SMT,38
18O2,Resonant Raman,CHM-CMT,43
18O2,SEM,CHM-CMT,57
18O2,SIMS,CHM-CMT,53
18O2,Si,CHM-CHM,38
18O2,SiO2,CHM-CHM,41
18O2,Structure,CHM-PRO,55
18O2,Substrate,CHM-DSC,57
18O2,Surface,CHM-DSC,250
18O2,Surfaces,CHM-DSC,57
18O2,TEM,CHM-CMT,62
18O2,TPD,CHM-CMT,69
18O2,TPR,CHM-CMT,30
18O2,Ti,CHM-CHM,42
18O2,TiO2,CHM-CHM,79
18O2,Vibrational Frequency,CHM-PRO,41
18O2,XPS,CHM-CMT,59
18O2,XRD,CHM-CMT,94
18O2,ZrO2,CHM-CHM,35
194,Hexagonal,SPL-SPL,31
194,MMC,SPL-CHM,30
194,P63/MMC,SPL-SPL,41
195PT,13C,CMT-CHM,35
195PT,195Pt,CMT-CHM,102
195PT,1H,CMT-CHM,34
195PT,NMR,CMT-CMT,91
195PT,Pt,CMT-CHM,45
195Pt,13C,CHM-CHM,145
195Pt,13C,CHM-CMT,86
195Pt,13C NMR,CHM-CMT,45
195Pt,15N,CHM-CHM,47
195Pt,195PT,CHM-CMT,102
195Pt,195pt Nmr,CHM-CMT,179
195Pt,1H,CHM-CHM,254
195Pt,1H,CHM-CMT,124
195Pt,1H NMR,CHM-CMT,99
195Pt,31P,CHM-CMT,46
195Pt,Angles,CHM-PRO,51
195Pt,Bond Length,CHM-PRO,62
195Pt,Carbon,CHM-CHM,30
195Pt,Chemical Shift,CHM-PRO,77
195Pt,Cisplatin,CHM-CHM,76
195Pt,Cl,CHM-CHM,51
195Pt,Crystal,CHM-DSC,30
195Pt,Crystal Structure,CHM-PRO,57
195Pt,Cytotoxicity,CHM-PRO,34
195Pt,D2O,CHM-CHM,48
195Pt,Elemental Analysis,CHM-CMT,69
195Pt,Hydrogen,CHM-CHM,67
195Pt,Ir,CHM-CMT,56
195Pt,Molecular Structure,CHM-PRO,51
195Pt,Multinuclear,CHM-CMT,32
195Pt,NMR,CHM-CMT,185
195Pt,Platinum,CHM-CHM,148
195Pt,Platinum (II),CHM-CHM,86
195Pt,Platinum (IV),CHM-CHM,34
195Pt,Pt,CHM-CHM,196
195Pt,Pt (II),CHM-CHM,76
195Pt,Single Crystal,CHM-DSC,38
195Pt,Structure,CHM-PRO,47
195Pt,X-Ray Crystallography,CHM-CMT,33
195Pt,X-Ray Diffraction,CHM-CMT,52
195pt Nmr,13C,CMT-CHM,52
195pt Nmr,13C,CMT-CMT,35
195pt Nmr,195Pt,CMT-CHM,179
195pt Nmr,1H,CMT-CHM,102
195pt Nmr,1H,CMT-CMT,51
195pt Nmr,1H NMR,CMT-CMT,50
195pt Nmr,Chemical Shift,CMT-PRO,38
195pt Nmr,Crystal Structure,CMT-PRO,30
195pt Nmr,NMR,CMT-CMT,40
195pt Nmr,Platinum,CMT-CHM,57
195pt Nmr,Platinum (II),CMT-CHM,37
195pt Nmr,Pt,CMT-CHM,66
195pt Nmr,Pt (II),CMT-CHM,33
197Au,Au,CHM-CHM,66
199Hg,Hg,CHM-CHM,90
199Hg,Mercury,CHM-CHM,49
19F,119Sn,CHM-CHM,30
19F,11B,CHM-CMT,41
19F,11B NMR,CHM-CMT,44
19F,13C,CHM-CHM,630
19F,13C,CHM-CMT,282
19F,13C,CMT-CHM,212
19F,13C,CMT-CMT,125
19F,13C NMR,CHM-CMT,229
19F,13C NMR,CMT-CMT,67
19F,15N,CHM-CHM,79
19F,17O,CHM-CHM,35
19F,19F Chemical Shift,CHM-PRO,87
19F,19F MAS NMR,CHM-CMT,97
19F,19F MRI,CHM-CMT,56
19F,19F NMR,CHM-CMT,2172
19F,19F NMR,CMT-CMT,114
19F,19F NMR Spectroscopy,CHM-CMT,167
19F,19F-NMR,CHM-CMT,179
19F,1H,CHM-CHM,1668
19F,1H,CHM-CMT,564
19F,1H,CHM-PRO,38
19F,1H,CMT-CHM,409
19F,1H,CMT-CMT,213
19F,1H,PRO-CHM,30
19F,1H NMR,CHM-CMT,741
19F,1H NMR,CMT-CMT,109
19F,1H-NMR,CHM-CMT,70
19F,25C,CHM-CHM,49
19F,27Al,CHM-CHM,75
19F,27Al,CHM-CMT,37
19F,27Al,CMT-CHM,36
19F,29Si,CHM-CHM,54
19F,29Si,CHM-CMT,35
19F,29Si NMR,CHM-CMT,33
19F,2D,CHM-CMT,53
19F,31P,CHM-CMT,89
19F,31P,CMT-CMT,42
19F,31P MAS-NMR,CHM-CMT,31
19F,31P NMR,CHM-CMT,125
19F,31P NMR,CMT-CMT,58
19F,7Li,CHM-CHM,102
19F,7Li NMR,CHM-CMT,35
19F,AFM,CHM-CMT,69
19F,Absorbance,CHM-PRO,30
19F,Absorption,CHM-CMT,40
19F,Absorption,CHM-PRO,30
19F,Absorption Spectrum,CHM-CMT,51
19F,Acetone,CHM-CHM,81
19F,Acetonitrile,CHM-CHM,93
19F,Activation Energies,CHM-PRO,31
19F,Activation Energy,CHM-PRO,35
19F,Ag,CHM-CHM,56
19F,Al,CHM-CHM,91
19F,Alcohols,CHM-CHM,48
19F,Aldehyde,CHM-CHM,37
19F,Alkene,CHM-CHM,34
19F,Alkyls,CHM-CHM,60
19F,Alkyne,CHM-CHM,47
19F,Aluminum,CHM-CHM,56
19F,Amides,CHM-CHM,51
19F,Amines,CHM-CHM,57
19F,Amino Acid,CHM-CHM,51
19F,Amorphous,CHM-DSC,64
19F,Amphiphilic,CHM-PRO,34
19F,Angles,CHM-PRO,149
19F,Annealing,CHM-SMT,32
19F,Anode,CHM-APL,44
19F,Arene,CHM-CHM,38
19F,Argon,CHM-CHM,33
19F,Arrhenius Plot,CHM-CMT,78
19F,Aryl,CHM-CHM,61
19F,Au,CHM-CHM,36
19F,B(C6F5)3,CHM-CHM,35
19F,B3LYP,CHM-CMT,61
19F,BF4,CHM-CHM,39
19F,Benzenes,CHM-CHM,63
19F,Block Copolymer,CHM-DSC,31
19F,Blue Line,CHM-CHM,36
19F,Bond Angles,CHM-PRO,38
19F,Bond Distance,CHM-PRO,37
19F,Bond Length,CHM-PRO,183
19F,Boron,CHM-CHM,57
19F,Br,CHM-CHM,75
19F,Bulk,CHM-DSC,81
19F,C6D6,CHM-CHM,32
19F,C6F5,CHM-CHM,40
19F,C6F6,CHM-CHM,35
19F,CD2Cl2,CHM-CHM,96
19F,CD3CN,CHM-CHM,69
19F,CDCl3,CHM-CHM,282
19F,CDCl3,CMT-CHM,43
19F,CF2,CHM-CHM,41
19F,CF3,CHM-CHM,183
19F,CF3,CMT-CHM,31
19F,CH2Cl2,CHM-CHM,141
19F,CH3,CHM-CHM,52
19F,CH3CN,CHM-CHM,114
19F,CHCl3,CHM-CHM,56
19F,CO,CHM-CHM,53
19F,CO2,CHM-CHM,70
19F,CV,CHM-CMT,64
19F,CaF2,CHM-CHM,38
19F,Calcined,CHM-SMT,31
19F,Capacity,CHM-PRO,30
19F,Carbon,CHM-CHM,254
19F,Carbon,CMT-CHM,39
19F,Carbons,CHM-CHM,40
19F,Carbonyls,CHM-CHM,40
19F,Catalyst,CHM-APL,125
19F,Cathode,CHM-APL,63
19F,Cathodes,CHM-APL,39
19F,Cell,CHM-APL,82
19F,Cells,CHM-APL,97
19F,Cells,CHM-DSC,33
19F,Charges,CHM-PRO,42
19F,Chemical Shift,CHM-PRO,365
19F,Chemical Shift,CMT-PRO,70
19F,Chemical Structures,CHM-PRO,212
19F,Chemical Structures,CMT-PRO,33
19F,Chlorides,CHM-CHM,42
19F,Chlorines,CHM-CHM,33
19F,Chloroform,CHM-CHM,45
19F,Cl,CHM-CHM,106
19F,Cluster,CHM-DSC,38
19F,Coated,CHM-SMT,34
19F,Coatings,CHM-APL,32
19F,Composite,CHM-DSC,61
19F,Compositions,CHM-PRO,214
19F,Compositions,CMT-PRO,39
19F,Conductivity,CHM-PRO,165
19F,Contact Angle,CHM-PRO,31
19F,Cooling,CHM-SMT,56
19F,Copolymer,CHM-DSC,134
19F,Copper,CHM-CHM,59
19F,Coulombic Efficiency,CHM-PRO,49
19F,Coupling Constant,CHM-PRO,45
19F,Crystal,CHM-DSC,174
19F,Crystal,CMT-DSC,33
19F,Crystal Structure,CHM-PRO,206
19F,Crystal Structure,CMT-PRO,38
19F,Crystalline,CHM-DSC,101
19F,Crystalline,CMT-DSC,30
19F,Cu,CHM-CHM,65
19F,Cubic,CHM-SPL,50
19F,Cyclic Voltammetry,CHM-CMT,61
19F,Cyclic Voltammogram,CHM-CMT,84
19F,Cycling Performance,CHM-PRO,39
19F,D2O,CHM-CHM,168
19F,DFT,CHM-CMT,157
19F,DFT,CMT-CMT,35
19F,DFT Calculations,CHM-CMT,80
19F,DLS,CHM-CMT,50
19F,DMC,CHM-CHM,43
19F,DMF,CHM-CHM,108
19F,DMSO,CHM-CHM,135
19F,DMSO-D,CHM-CHM,33
19F,DMSO-D6,CHM-CHM,69
19F,DSC,CHM-CMT,232
19F,DSC,CMT-CMT,38
19F,Density,CHM-PRO,38
19F,Density Functional Theory,CHM-CMT,50
19F,Diamonds,CHM-CHM,56
19F,Dichloromethane,CHM-CHM,45
19F,Differential Scanning Calorimetry,CHM-CMT,49
19F,Diffusion Coefficient,CHM-PRO,95
19F,Discharge Capacity,CHM-PRO,38
19F,Doped,CHM-DSC,69
19F,Dynamics,CHM-PRO,36
19F,ESI MS,CHM-CMT,30
19F,Electrode,CHM-APL,123
19F,Electrodes,CHM-APL,77
19F,Electrolyte,CHM-APL,212
19F,Elemental Analysis,CHM-CMT,138
19F,Elemental Analysis,CMT-CMT,40
19F,Emission Spectra,CHM-CMT,56
19F,Epr,CHM-CMT,88
19F,Esters,CHM-CHM,41
19F,Ethanol,CHM-CHM,53
19F,Ethers,CHM-CHM,37
19F,F,CHM-CHM,237
19F,F,CMT-CHM,39
19F,FT-IR,CHM-CMT,175
19F,FTIR,CHM-CMT,163
19F,Fe,CHM-CHM,41
19F,Film,CHM-DSC,92
19F,Films,CHM-DSC,114
19F,Fluorescence,CHM-CMT,69
19F,Fluorescence,CHM-PRO,30
19F,Fluoride,CHM-CHM,319
19F,Fluoride,CMT-CHM,66
19F,Fluorinated,CHM-SMT,31
19F,Fluorination,CHM-SMT,102
19F,Fluorine,CHM-CHM,611
19F,Fluorine,CMT-CHM,101
19F,Fluorocarbon,CHM-CHM,39
19F,G,CHM-PRO,54
19F,GPC,CHM-CMT,76
19F,Geometries,CHM-PRO,30
19F,Glass,CHM-DSC,58
19F,Glass Transition Temperature,CHM-PRO,70
19F,Glasses,CHM-DSC,56
19F,Graphite,CHM-CHM,68
19F,H2,CHM-CHM,72
19F,H2O,CHM-CHM,188
19F,H2O2,CHM-CHM,35
19F,HCl,CHM-CHM,50
19F,HRTEM,CHM-CMT,40
19F,Halides,CHM-CHM,38
19F,Halogen,CHM-CHM,52
19F,Heated,CHM-SMT,37
19F,Heating,CHM-SMT,121
19F,Hexagonal,CHM-SPL,33
19F,Homo,CHM-PRO,34
19F,Hplc,CHM-CMT,64
19F,Hydrocarbon,CHM-CHM,32
19F,Hydrogen,CHM-CHM,393
19F,Hydrogen,CMT-CHM,64
19F,Hydrolysis,CHM-SMT,65
19F,Hydrophilic,CHM-PRO,40
19F,Hydrophobic,CHM-PRO,72
19F,Hydroxyl,CHM-CHM,54
19F,IR Spectroscopy,CHM-CMT,32
19F,Imidazolium,CHM-CHM,34
19F,Interface,CHM-DSC,40
19F,Iodine,CHM-CHM,39
19F,Ionic Conductivity,CHM-PRO,139
19F,Ir,CHM-CMT,177
19F,Ir,CMT-CMT,52
19F,Iron,CHM-CHM,38
19F,Irradiated,CHM-SMT,40
19F,Irradiation,CHM-SMT,70
19F,Isotropic Chemical Shift,CHM-PRO,30
19F,K,CHM-PRO,45
19F,K2CO3,CHM-CHM,33
19F,KOH,CHM-CHM,40
19F,Ketone,CHM-CHM,37
19F,Layers,CHM-DSC,108
19F,Lewis Acids,CHM-CHM,36
19F,Li,CHM-CHM,179
19F,Li,CMT-CHM,31
19F,LiF,CHM-CHM,54
19F,LiPF6,CHM-CHM,67
19F,Linewidth,CHM-PRO,36
19F,Lithium,CHM-CHM,158
19F,Lithium,CMT-CHM,34
19F,MAS NMR,CHM-CMT,53
19F,MRI,CHM-CMT,71
19F,MS,CHM-CMT,36
19F,Magenta,CHM-CHM,34
19F,Mas,CHM-CMT,35
19F,Mass Spectrometry,CHM-CMT,62
19F,MeCN,CHM-CHM,44
19F,MeOH,CHM-CHM,63
19F,Melting Point,CHM-PRO,31
19F,Membrane,CHM-DSC,143
19F,Methanol,CHM-CHM,97
19F,Methyl,CHM-CHM,77
19F,Mg,CHM-CHM,31
19F,Micelles,CHM-DSC,48
19F,Microstructure,CHM-PRO,33
19F,Mn,CHM-CHM,74
19F,Mobility,CHM-PRO,30
19F,Molecular Structure,CHM-PRO,230
19F,Molecular Weight,CHM-PRO,94
19F,Monoclinic,CHM-SPL,35
19F,Morphology,CHM-PRO,68
19F,N2,CHM-CHM,108
19F,NH,CHM-CHM,37
19F,NMR,CHM-APL,35
19F,NMR,CHM-CMT,737
19F,NMR,CHM-PRO,35
19F,NMR,CMT-CMT,170
19F,NMR Spectroscopy,CHM-CMT,94
19F,Na,CHM-CHM,36
19F,Na+,CHM-CHM,32
19F,NaCl,CHM-CHM,44
19F,NaF,CHM-CHM,48
19F,NaOH,CHM-CHM,30
19F,Nafion,CHM-CHM,54
19F,Nanoparticle,CHM-DSC,43
19F,Nanoparticles,CHM-DSC,104
19F,Ni,CHM-CHM,55
19F,Nitrogen,CHM-CHM,156
19F,Nuclear Magnetic Resonance,CHM-CMT,41
19F,Nyquist Plot,CHM-CMT,43
19F,O,CHM-CHM,116
19F,O2,CHM-CHM,72
19F,OH,CHM-CHM,60
19F,ORTEP,CHM-CMT,31
19F,Of Chemistry,CHM-CMT,39
19F,Olefins,CHM-CHM,30
19F,Oxidation,CHM-SMT,68
19F,Oxygen,CHM-CHM,197
19F,PEG,CHM-CHM,32
19F,PEO,CHM-CHM,53
19F,PF6,CHM-CHM,47
19F,PTFE,CHM-CHM,33
19F,PVDF,CHM-CHM,46
19F,Palladium,CHM-CHM,31
19F,Paramagnetic,CHM-PRO,54
19F,Particles,CHM-DSC,90
19F,Pd,CHM-CHM,61
19F,Phenol,CHM-CHM,40
19F,Phenyls,CHM-CHM,59
19F,Phosphate,CHM-CHM,76
19F,Phosphorus,CHM-CHM,46
19F,Polymers,CHM-DSC,34
19F,Porous,CHM-DSC,32
19F,Powder,CHM-DSC,113
19F,Powders,CHM-DSC,30
19F,Protonic Conductivity,CHM-PRO,43
19F,Pt,CHM-CHM,88
19F,Pyridine,CHM-CHM,77
19F,Raman,CHM-CMT,144
19F,Raman Spectroscopy,CHM-CMT,48
19F,Rate Constant,CHM-PRO,39
19F,Reductions,CHM-SMT,45
19F,SAXS,CHM-CMT,37
19F,SEM,CHM-CMT,266
19F,SEM,CMT-CMT,42
19F,Self Diffusion Coefficient,CHM-PRO,65
19F,Si,CHM-CHM,86
19F,SiO2,CHM-CHM,42
19F,Silica,CHM-CHM,73
19F,Silicon,CHM-CHM,68
19F,Single Crystal,CHM-DSC,157
19F,Single Crystal,CMT-DSC,38
19F,Single Crystal X-Ray Diffraction,CHM-CMT,32
19F,Singlet,CHM-DSC,31
19F,Society,CHM-CMT,44
19F,Sodium,CHM-CHM,48
19F,Solid,CHM-DSC,68
19F,Solid Solution,CHM-DSC,33
19F,Solid State NMR,CHM-CMT,83
19F,Solution,CHM-DSC,42
19F,Stability,CHM-PRO,85
19F,Structural,CHM-PRO,55
19F,Structure,CHM-PRO,363
19F,Structure,CMT-PRO,71
19F,Structure Refinement,CHM-CMT,33
19F,Structures,CHM-PRO,126
19F,Styrene,CHM-CHM,30
19F,Substrate,CHM-DSC,51
19F,Sulfur,CHM-CHM,36
19F,Surface,CHM-DSC,217
19F,Surfaces,CHM-DSC,52
19F,T,CHM-PRO,42
19F,T1,CHM-PRO,64
19F,TBAF,CHM-CHM,38
19F,TEM,CHM-CMT,185
19F,TFA,CHM-CHM,69
19F,TG,CHM-PRO,42
19F,TGA,CHM-CMT,57
19F,THF,CHM-CHM,190
19F,Tga,CHM-CMT,152
19F,Thermal,CHM-PRO,31
19F,Thermal Analysis,CHM-CMT,38
19F,Thermal Ellipsoids,CHM-CMT,66
19F,Thermal Properties,CHM-PRO,39
19F,Thermal Stability,CHM-PRO,54
19F,Thermogravimetric Analysis,CHM-CMT,49
19F,Thin Films,CHM-DSC,31
19F,Thiols,CHM-CHM,30
19F,Toluene,CHM-CHM,127
19F,Transition Metal,CHM-CHM,36
19F,Trifluoroacetic Acid,CHM-CHM,39
19F,Trifluoromethyl,CHM-CHM,44
19F,UV Vis,CHM-CMT,94
19F,UV Vis Absorption,CHM-CMT,36
19F,Viscosity,CHM-PRO,51
19F,Voltage Profile,CHM-PRO,39
19F,Water Uptake,CHM-PRO,43
19F,Working Electrodes,CHM-APL,39
19F,X Ray,CHM-CMT,52
19F,X-Ray Crystal Structure,CHM-CMT,71
19F,X-Ray Crystallography,CHM-CMT,92
19F,X-Ray Diffraction,CHM-CMT,249
19F,X-Ray Diffraction,CMT-CMT,66
19F,X-ray Structure,CHM-CMT,65
19F,XPS,CHM-CMT,132
19F,XRD,CHM-CMT,219
19F,XRD,CMT-CMT,49
19F,Zeolites,CHM-CHM,59
19F,Zn,CHM-CHM,42
19F Chemical Shift,19F,PRO-CHM,87
19F Chemical Shift,19F NMR,PRO-CMT,31
19F Chemical Shift,Chemical Shift,PRO-PRO,37
19F MAS NMR,13C,CMT-CHM,38
19F MAS NMR,19F,CMT-CHM,97
19F MAS NMR,19F NMR,CMT-CMT,40
19F MAS NMR,1H,CMT-CHM,42
19F MAS NMR,1H MAS NMR,CMT-CMT,31
19F MAS NMR,31P MAS-NMR,CMT-CMT,31
19F MAS NMR,Al,CMT-CHM,38
19F MAS NMR,Calcined,CMT-SMT,39
19F MAS NMR,Catalyst,CMT-APL,33
19F MAS NMR,Chemical Shift,CMT-PRO,35
19F MAS NMR,Compositions,CMT-PRO,43
19F MAS NMR,Crystal,CMT-DSC,32
19F MAS NMR,Crystalline,CMT-DSC,34
19F MAS NMR,F,CMT-CHM,42
19F MAS NMR,Fluoride,CMT-CHM,59
19F MAS NMR,Fluorine,CMT-CHM,76
19F MAS NMR,MAS NMR,CMT-CMT,44
19F MAS NMR,N2,CMT-CHM,30
19F MAS NMR,NMR,CMT-CMT,60
19F MAS NMR,Oxygen,CMT-CHM,42
19F MAS NMR,Powder,CMT-DSC,32
19F MAS NMR,SEM,CMT-CMT,67
19F MAS NMR,Si,CMT-CHM,41
19F MAS NMR,Structure,CMT-PRO,50
19F MAS NMR,Surface,CMT-DSC,31
19F MAS NMR,TEM,CMT-CMT,36
19F MAS NMR,X-Ray Diffraction,CMT-CMT,41
19F MAS NMR,XPS,CMT-CMT,30
19F MAS NMR,XRD,CMT-CMT,111
19F MAS NMR,Zeolites,CMT-CHM,43
19F MRI,19F,CMT-CHM,56
19F MRI,19F NMR,CMT-CMT,33
19F MRI,MRI,CMT-CMT,32
19F NMR,11B NMR,CMT-CMT,35
19F NMR,13C,CMT-CHM,272
19F NMR,13C,CMT-CMT,109
19F NMR,13C NMR,CMT-CMT,162
19F NMR,19F,CMT-CHM,2172
19F NMR,19F,CMT-CMT,114
19F NMR,19F Chemical Shift,CMT-PRO,31
19F NMR,19F MAS NMR,CMT-CMT,40
19F NMR,19F MRI,CMT-CMT,33
19F NMR,19F NMR Spectroscopy,CMT-CMT,40
19F NMR,1H,CMT-CHM,951
19F NMR,1H,CMT-CMT,281
19F NMR,1H NMR,CMT-CMT,645
19F NMR,25C,CMT-CHM,37
19F NMR,31P,CMT-CMT,33
19F NMR,31P NMR,CMT-CMT,66
19F NMR,AFM,CMT-CMT,56
19F NMR,Absorption Spectrum,CMT-CMT,41
19F NMR,Acetone,CMT-CHM,58
19F NMR,Acetonitrile,CMT-CHM,57
19F NMR,Ag,CMT-CHM,35
19F NMR,Al,CMT-CHM,33
19F NMR,Amides,CMT-CHM,31
19F NMR,Amines,CMT-CHM,36
19F NMR,Amino Acid,CMT-CHM,31
19F NMR,Angles,CMT-PRO,125
19F NMR,Anode,CMT-APL,37
19F NMR,Arrhenius Plot,CMT-CMT,33
19F NMR,Aryl,CMT-CHM,39
19F NMR,B3LYP,CMT-CMT,36
19F NMR,Benzenes,CMT-CHM,45
19F NMR,Bond Distance,CMT-PRO,31
19F NMR,Bond Length,CMT-PRO,135
19F NMR,Br,CMT-CHM,45
19F NMR,Bulk,CMT-DSC,42
19F NMR,C6F5,CMT-CHM,32
19F NMR,CD2Cl2,CMT-CHM,70
19F NMR,CD3CN,CMT-CHM,55
19F NMR,CDCl3,CMT-CHM,233
19F NMR,CF3,CMT-CHM,118
19F NMR,CH2Cl2,CMT-CHM,110
19F NMR,CH3,CMT-CHM,33
19F NMR,CH3CN,CMT-CHM,90
19F NMR,CHCl3,CMT-CHM,40
19F NMR,CO2,CMT-CHM,45
19F NMR,CV,CMT-CMT,44
19F NMR,Carbon,CMT-CHM,129
19F NMR,Catalyst,CMT-APL,64
19F NMR,Cathode,CMT-APL,41
19F NMR,Cell,CMT-APL,34
19F NMR,Cells,CMT-APL,61
19F NMR,Chemical Shift,CMT-PRO,251
19F NMR,Chemical Structures,CMT-PRO,138
19F NMR,Chloroform,CMT-CHM,33
19F NMR,Cl,CMT-CHM,64
19F NMR,Compositions,CMT-PRO,113
19F NMR,Conductivity,CMT-PRO,87
19F NMR,Cooling,CMT-SMT,31
19F NMR,Copolymer,CMT-DSC,108
19F NMR,Copper,CMT-CHM,33
19F NMR,Coulombic Efficiency,CMT-PRO,37
19F NMR,Coupling Constant,CMT-PRO,31
19F NMR,Crystal,CMT-DSC,82
19F NMR,Crystal Structure,CMT-PRO,122
19F NMR,Crystalline,CMT-DSC,40
19F NMR,Cu,CMT-CHM,36
19F NMR,Cyclic Voltammetry,CMT-CMT,35
19F NMR,Cyclic Voltammogram,CMT-CMT,55
19F NMR,D2O,CMT-CHM,127
19F NMR,DFT,CMT-CMT,87
19F NMR,DFT Calculations,CMT-CMT,42
19F NMR,DLS,CMT-CMT,35
19F NMR,DMF,CMT-CHM,84
19F NMR,DMSO,CMT-CHM,85
19F NMR,DMSO-D6,CMT-CHM,53
19F NMR,DSC,CMT-CMT,135
19F NMR,Dichloromethane,CMT-CHM,34
19F NMR,Electrode,CMT-APL,80
19F NMR,Electrodes,CMT-APL,50
19F NMR,Electrolyte,CMT-APL,126
19F NMR,Elemental Analysis,CMT-CMT,64
19F NMR,Emission Spectra,CMT-CMT,40
19F NMR,Epr,CMT-CMT,47
19F NMR,Ethanol,CMT-CHM,31
19F NMR,F,CMT-CHM,137
19F NMR,FT-IR,CMT-CMT,122
19F NMR,FTIR,CMT-CMT,111
19F NMR,Film,CMT-DSC,62
19F NMR,Films,CMT-DSC,79
19F NMR,Fluorescence,CMT-CMT,49
19F NMR,Fluoride,CMT-CHM,180
19F NMR,Fluorination,CMT-SMT,48
19F NMR,Fluorine,CMT-CHM,333
19F NMR,GPC,CMT-CMT,63
19F NMR,Glass Transition Temperature,CMT-PRO,43
19F NMR,Graphite,CMT-CHM,43
19F NMR,H2,CMT-CHM,45
19F NMR,H2O,CMT-CHM,138
19F NMR,HCl,CMT-CHM,39
19F NMR,Halogen,CMT-CHM,34
19F NMR,Heating,CMT-SMT,60
19F NMR,Hplc,CMT-CMT,47
19F NMR,Hydrogen,CMT-CHM,259
19F NMR,Hydrolysis,CMT-SMT,48
19F NMR,Hydrophobic,CMT-PRO,45
19F NMR,Iodine,CMT-CHM,35
19F NMR,Ionic Conductivity,CMT-PRO,72
19F NMR,Ir,CMT-CMT,105
19F NMR,Irradiation,CMT-SMT,40
19F NMR,Layers,CMT-DSC,52
19F NMR,Li,CMT-CHM,91
19F NMR,LiPF6,CMT-CHM,39
19F NMR,Lithium,CMT-CHM,59
19F NMR,MRI,CMT-CMT,30
19F NMR,MeCN,CMT-CHM,33
19F NMR,MeOH,CMT-CHM,47
19F NMR,Membrane,CMT-DSC,95
19F NMR,Methanol,CMT-CHM,64
19F NMR,Methyl,CMT-CHM,41
19F NMR,Micelles,CMT-DSC,34
19F NMR,Mn,CMT-CHM,49
19F NMR,Molecular Structure,CMT-PRO,165
19F NMR,Molecular Weight,CMT-PRO,63
19F NMR,Morphology,CMT-PRO,33
19F NMR,N2,CMT-CHM,61
19F NMR,NMR,CMT-CMT,329
19F NMR,NMR Spectroscopy,CMT-CMT,52
19F NMR,NaCl,CMT-CHM,31
19F NMR,Nafion,CMT-CHM,46
19F NMR,Nanoparticles,CMT-DSC,63
19F NMR,Ni,CMT-CHM,36
19F NMR,Nitrogen,CMT-CHM,82
19F NMR,O,CMT-CHM,74
19F NMR,O2,CMT-CHM,40
19F NMR,OH,CMT-CHM,30
19F NMR,Oxidation,CMT-SMT,43
19F NMR,Oxygen,CMT-CHM,111
19F NMR,PVDF,CMT-CHM,30
19F NMR,Particles,CMT-DSC,52
19F NMR,Pd,CMT-CHM,36
19F NMR,Phenyls,CMT-CHM,32
19F NMR,Phosphate,CMT-CHM,34
19F NMR,Powder,CMT-DSC,46
19F NMR,Protonic Conductivity,CMT-PRO,34
19F NMR,Pt,CMT-CHM,57
19F NMR,Pyridine,CMT-CHM,53
19F NMR,Raman,CMT-CMT,73
19F NMR,Reductions,CMT-SMT,33
19F NMR,SAXS,CMT-CMT,30
19F NMR,SEM,CMT-CMT,157
19F NMR,Si,CMT-CHM,49
19F NMR,Silica,CMT-CHM,47
19F NMR,Single Crystal,CMT-DSC,77
19F NMR,Solid,CMT-DSC,36
19F NMR,Stability,CMT-PRO,48
19F NMR,Structure,CMT-PRO,196
19F NMR,Structures,CMT-PRO,84
19F NMR,Substrate,CMT-DSC,34
19F NMR,Surface,CMT-DSC,114
19F NMR,Surfaces,CMT-DSC,34
19F NMR,TBAF,CMT-CHM,30
19F NMR,TEM,CMT-CMT,128
19F NMR,TFA,CMT-CHM,61
19F NMR,TGA,CMT-CMT,43
19F NMR,THF,CMT-CHM,146
19F NMR,Tga,CMT-CMT,104
19F NMR,Thermal Ellipsoids,CMT-CMT,58
19F NMR,Thermal Stability,CMT-PRO,36
19F NMR,Toluene,CMT-CHM,77
19F NMR,Trifluoroacetic Acid,CMT-CHM,32
19F NMR,UV Vis,CMT-CMT,65
19F NMR,Water Uptake,CMT-PRO,36
19F NMR,X Ray,CMT-CMT,30
19F NMR,X-Ray Crystal Structure,CMT-CMT,39
19F NMR,X-Ray Crystallography,CMT-CMT,43
19F NMR,X-Ray Diffraction,CMT-CMT,120
19F NMR,X-ray Structure,CMT-CMT,43
19F NMR,XPS,CMT-CMT,98
19F NMR,XRD,CMT-CMT,107
19F NMR Spectroscopy,19F,CMT-CHM,167
19F NMR Spectroscopy,19F NMR,CMT-CMT,40
19F NMR Spectroscopy,1H,CMT-CHM,49
19F-NMR,19F,CMT-CHM,179
19F-NMR,1H,CMT-CHM,73
19F-NMR,1H-NMR,CMT-CMT,54
19F-NMR,NMR,CMT-CMT,35
19F{1H},19F{1H} NMR,CHM-CMT,43
19F{1H},1H,CHM-CHM,48
19F{1H} NMR,19F{1H},CMT-CHM,43
1A,1B,PRO-PRO,35
1A,K,PRO-PRO,40
1AXn,Carbon,CHM-CHM,31
1AXn,Ceramic,CHM-DSC,42
1AXn,Layered,CHM-DSC,40
1AXn,Layers,CHM-DSC,30
1AXn,Mn,CHM-CHM,111
1AXn,Transition Metal,CHM-CHM,59
1Au,Au,CHM-CHM,40
1B,1A,PRO-PRO,35
1B,K,PRO-PRO,35
1B,Tyrosine,APL-CHM,45
1Butyl3Methylimidazolium Hexafluorophosphate,1-Butyl-3-Methylimidazolium Tetrafluoroborate,CHM-CHM,87
1Butyl3Methylimidazolium Hexafluorophosphate,BMIM][PF6,CHM-CHM,99
1Butyl3Methylimidazolium Hexafluorophosphate,Carbon,CHM-CHM,56
1Butyl3Methylimidazolium Hexafluorophosphate,Cyclic Voltammetry,CHM-CMT,41
1Butyl3Methylimidazolium Hexafluorophosphate,Detection Limit,CHM-PRO,34
1Butyl3Methylimidazolium Hexafluorophosphate,Electrode,CHM-APL,68
1Butyl3Methylimidazolium Hexafluorophosphate,Hydrogen,CHM-CHM,35
1Butyl3Methylimidazolium Hexafluorophosphate,Hydrophobic,CHM-PRO,48
1Butyl3Methylimidazolium Hexafluorophosphate,Imidazolium,CHM-CHM,49
1Butyl3Methylimidazolium Hexafluorophosphate,Nanoparticles,CHM-DSC,31
1Butyl3Methylimidazolium Hexafluorophosphate,Surface,CHM-DSC,62
1Butyl3Methylimidazolium Hexafluorophosphate,Viscosity,CHM-PRO,38
1C,Anode,PRO-APL,32
1C,Carbon,PRO-CHM,41
1C,Cathode,PRO-APL,36
1C,Composite,PRO-DSC,32
1C,Cycling Performance,PRO-PRO,51
1C,Electrode,PRO-APL,46
1C,K,PRO-PRO,38
1C,Li,PRO-CHM,39
1C,Lithium,PRO-CHM,33
1C,Rate Capability,PRO-PRO,36
1C,SEM,PRO-CMT,69
1C,Structure,PRO-PRO,31
1C,Surface,PRO-DSC,35
1C,TEM,PRO-CMT,48
1C,XRD,PRO-CMT,58
1D,1 + Z,DSC-CHM,49
1D,"1,10-Phenantroline",DSC-CHM,73
1D,"1,2-Bis(4-Pyridyl)Ethylene",DSC-CHM,50
1D,"1,3-Bis(4-Pyridyl)propane",DSC-CHM,45
1D,1-CPE,DSC-CHM,39
1D,1-D,DSC-DSC,53
1D,1-D Model,CMT-CMT,42
1D,1-D Model,DSC-CMT,47
1D,1-Dimensional,DSC-DSC,32
1D,13C,CMT-CHM,169
1D,13C,CMT-CMT,83
1D,13C,DSC-CHM,104
1D,13C,DSC-CMT,42
1D,13C NMR,CMT-CMT,75
1D,13C NMR,DSC-CMT,45
1D,15N,CMT-CHM,59
1D,180C,DSC-CHM,47
1D,1D Arrays,DSC-DSC,31
1D,1D Chains,DSC-DSC,894
1D,1D Double Chain,DSC-DSC,59
1D,1D Helical Chain,DSC-DSC,68
1D,1D Ladder,DSC-DSC,65
1D,1D Nanomaterials,DSC-DSC,45
1D,1D Nanorods,DSC-DSC,54
1D,1D Nanostructure,DSC-DSC,246
1D,1D Nanowires,DSC-DSC,46
1D,1D Polymer,DSC-DSC,99
1D,1H,CMT-CHM,420
1D,1H,CMT-CMT,111
1D,1H,DSC-CHM,279
1D,1H,DSC-CMT,73
1D,1H NMR,CMT-CMT,241
1D,1H NMR,DSC-CMT,172
1D,"2,2'-Bipyridine",DSC-CHM,66
1D,"2,Y,Z",DSC-CHM,40
1D,"2,Z",DSC-CHM,69
1D,2-CPE,DSC-CHM,33
1D,2-D,DSC-DSC,41
1D,25C,DSC-CHM,32
1D,2D,CMT-CMT,760
1D,2D,CMT-DSC,190
1D,2D,CMT-PRO,45
1D,2D,DSC-CMT,195
1D,2D,DSC-DSC,5167
1D,2D,DSC-PRO,227
1D,2D,PRO-DSC,124
1D,2D,PRO-PRO,84
1D,2D Array,DSC-DSC,35
1D,2D Layer,DSC-DSC,700
1D,2D Layer Structure,DSC-PRO,38
1D,2D Layered,DSC-DSC,117
1D,2D NMR,CMT-CMT,437
1D,2D NMR Spectroscopy,CMT-CMT,118
1D,2D Nanosheet,DSC-DSC,39
1D,2D Sheet,DSC-DSC,329
1D,2D3D,DSC-DSC,33
1D,2p,DSC-CMT,38
1D,3-D,DSC-DSC,39
1D,3D,CMT-CMT,138
1D,3D,CMT-DSC,109
1D,3D,DSC-APL,36
1D,3D,DSC-CMT,179
1D,3D,DSC-DSC,3682
1D,3D,DSC-PRO,445
1D,3D,PRO-DSC,62
1D,3D,PRO-PRO,41
1D,3D Models,DSC-CMT,36
1D,3D Porous,DSC-DSC,122
1D,3D Structure,DSC-PRO,111
1D,"4,4'-Bipyridine",DSC-CHM,66
1D,AC Susceptibility,DSC-PRO,44
1D,AFM,CMT-CMT,124
1D,AFM,DSC-CMT,396
1D,Ab Initio Calculations,DSC-CMT,31
1D,Absolute Configuration,CMT-PRO,41
1D,Absorbance,DSC-PRO,75
1D,Absorption,DSC-CMT,137
1D,Absorption,DSC-PRO,175
1D,Absorption Bands,DSC-PRO,38
1D,Absorption Spectrum,CMT-CMT,36
1D,Absorption Spectrum,DSC-CMT,253
1D,Abstract,DSC-SPL,61
1D,Acetate,DSC-CHM,80
1D,Acetic Acid,DSC-CHM,39
1D,Acetone,DSC-CHM,120
1D,Acetonitrile,DSC-CHM,176
1D,Activation Energies,DSC-PRO,33
1D,Activation Energy,DSC-PRO,46
1D,Active Layer,DSC-APL,39
1D,Active Sites,DSC-PRO,55
1D,Activity,DSC-PRO,145
1D,Adhesions,DSC-PRO,33
1D,Adsorbent,DSC-APL,36
1D,Adsorption,DSC-CMT,39
1D,Adsorption Capacity,DSC-PRO,42
1D,Adsorption Isotherm,DSC-CMT,59
1D,Adsorption Isotherm,DSC-PRO,37
1D,Aerogel,DSC-DSC,41
1D,Ag,DSC-CHM,582
1D,Ag(I),DSC-CHM,148
1D,Ag+,DSC-CHM,60
1D,AgCl,DSC-CHM,68
1D,AgI,DSC-CHM,56
1D,AgNO3,DSC-CHM,56
1D,Aging,DSC-SMT,42
1D,Al,CMT-CHM,53
1D,Al,DSC-CHM,191
1D,Al2O3,DSC-CHM,86
1D,Alcohols,DSC-CHM,79
1D,Ald,DSC-SMT,43
1D,Aldehyde,DSC-CHM,57
1D,Alkane,DSC-CHM,39
1D,Alkyls,DSC-CHM,111
1D,Alkyne,DSC-CHM,34
1D,Alloy,DSC-DSC,87
1D,Alloys,DSC-DSC,53
1D,Alumina,DSC-CHM,71
1D,Aluminum,DSC-CHM,85
1D,Aluminum Oxide,DSC-CHM,43
1D,Amides,CMT-CHM,50
1D,Amides,DSC-CHM,81
1D,Amines,DSC-CHM,134
1D,Amino,DSC-CHM,47
1D,Amino Acid,CMT-CHM,50
1D,Amino Acid,DSC-CHM,51
1D,Ammonia,DSC-CHM,55
1D,Amorphous,CMT-DSC,39
1D,Amorphous,DSC-DSC,233
1D,Amphiphilic,DSC-PRO,48
1D,Analysis,DSC-CMT,34
1D,Anatase,DSC-SPL,111
1D,Angles,DSC-PRO,492
1D,Anilines,DSC-CHM,47
1D,Anisotropic,DSC-PRO,31
1D,Anisotropy,DSC-PRO,61
1D,Annealed,CMT-SMT,55
1D,Annealed,DSC-SMT,112
1D,Annealing,CMT-SMT,58
1D,Annealing,DSC-SMT,234
1D,Anode,DSC-APL,338
1D,Anodes,DSC-APL,102
1D,Anodic,DSC-PRO,63
1D,Anthracene,DSC-CHM,34
1D,Antiferromagnetic,DSC-PRO,117
1D,Antiferromagnetic Coupling,DSC-PRO,87
1D,Antiferromagnetic Interaction,DSC-PRO,168
1D,Ar,DSC-CHM,54
1D,Argon,DSC-CHM,62
1D,Array,DSC-DSC,218
1D,Arrhenius Plot,DSC-CMT,68
1D,As Obtained,DSC-DSC,67
1D,As Prepared,DSC-DSC,304
1D,As-Synthesized,DSC-DSC,225
1D,Assembly,DSC-SMT,32
1D,Atomic,DSC-PRO,37
1D,Atomic Force Microscopy,DSC-CMT,111
1D,Atomic Structure,DSC-PRO,41
1D,Au,CMT-CHM,40
1D,Au,DSC-CHM,536
1D,Au(111),DSC-CHM,53
1D,Azides,DSC-CHM,78
1D,Azido,DSC-CHM,61
1D,Azobenzene,DSC-CHM,30
1D,B3LYP,DSC-CMT,58
1D,BET,DSC-CMT,38
1D,BET Surface Area,DSC-PRO,45
1D,BF4,DSC-CHM,30
1D,BPE,DSC-CHM,50
1D,BPY,DSC-CHM,56
1D,BSTRAct A,DSC-CHM,33
1D,Ba,DSC-CHM,48
1D,Ball and Stick Representation,DSC-CMT,82
1D,Ball-and-Stick Model,DSC-CMT,45
1D,Band Alignment,DSC-PRO,47
1D,Band Diagram,DSC-PRO,39
1D,Band Gap,DSC-PRO,252
1D,Band Gap Energy,DSC-PRO,55
1D,Band Structure,DSC-PRO,229
1D,Bandgap,DSC-PRO,244
1D,Bar,DSC-DSC,75
1D,Bars,DSC-DSC,98
1D,Batteries,DSC-APL,61
1D,Battery,DSC-APL,64
1D,Benzaldehyde,DSC-CHM,51
1D,Benzenes,DSC-CHM,174
1D,Bilayer,DSC-DSC,172
1D,Bilayers,DSC-DSC,73
1D,Binding Energies,DSC-PRO,42
1D,Binding Energy,DSC-PRO,46
1D,Bio-Sensor,DSC-APL,43
1D,Bipy,DSC-CHM,65
1D,Bipyridine,DSC-CHM,34
1D,Blend,CMT-DSC,33
1D,Blend Film,CMT-DSC,35
1D,Block Copolymer,DSC-DSC,34
1D,Blue,DSC-CHM,37
1D,Blue Line,CMT-CHM,60
1D,Blue Line,DSC-CHM,207
1D,Bond Angles,DSC-PRO,127
1D,Bond Distance,DSC-PRO,155
1D,Bond Length,DSC-PRO,580
1D,Bonding,DSC-PRO,66
1D,Boron,DSC-CHM,49
1D,Boron Nitride,DSC-CHM,53
1D,Bose Gas,DSC-PRO,31
1D,Bosonic,DSC-PRO,32
1D,Bpp,DSC-CHM,52
1D,Br,DSC-CHM,276
1D,Bromide,DSC-CHM,51
1D,Bulk,CMT-DSC,69
1D,Bulk,DSC-DSC,613
1D,Bulk,PRO-DSC,49
1D,C,CMT-CHM,38
1D,C,DSC-CHM,109
1D,C-Hπ,DSC-CHM,42
1D,C-V Curve,DSC-CMT,71
1D,C2/C,DSC-SPL,52
1D,C2H2,DSC-CHM,42
1D,C2H4,DSC-CHM,32
1D,C3N4,DSC-CHM,30
1D,C60,DSC-CHM,103
1D,CB,DSC-PRO,43
1D,CDCl3,CMT-CHM,46
1D,CDCl3,DSC-CHM,39
1D,CFD,CMT-CMT,37
1D,CH,DSC-CHM,46
1D,CH2Cl2,DSC-CHM,144
1D,CH3,DSC-CHM,36
1D,CH3CN,DSC-CHM,107
1D,CH3NH3PbI3,DSC-CHM,38
1D,CH3OH,DSC-CHM,74
1D,CH4,DSC-CHM,144
1D,CHCl3,CMT-CHM,33
1D,CHCl3,DSC-CHM,72
1D,CHO,DSC-CHM,69
1D,CIE Chromaticity Diagram,DSC-CMT,30
1D,CO,CMT-CHM,64
1D,CO,DSC-CHM,199
1D,CO2,CMT-CHM,57
1D,CO2,DSC-CHM,435
1D,CO2 Adsorption Isotherm,DSC-CMT,39
1D,CP,DSC-APL,35
1D,CP,DSC-PRO,39
1D,CPS,DSC-PRO,148
1D,CTAB,DSC-CHM,58
1D,CV,DSC-CMT,173
1D,CVD,DSC-SMT,122
1D,CVS,DSC-CMT,44
1D,Ca,DSC-CHM,82
1D,Ca2+,DSC-CHM,35
1D,Cadmium(II),DSC-CHM,57
1D,Calcination,DSC-SMT,147
1D,Calcined,DSC-SMT,49
1D,Capacitance,DSC-PRO,115
1D,Capacitance Retention,DSC-PRO,48
1D,Capacity,DSC-PRO,199
1D,Capacity Retention,DSC-PRO,103
1D,Carbon,CMT-CHM,170
1D,Carbon,DSC-CHM,1415
1D,Carbon,PRO-CHM,42
1D,Carbon Black,DSC-CHM,35
1D,Carbon Dioxide,DSC-CHM,31
1D,Carbonization,DSC-SMT,39
1D,Carbons,CMT-CHM,39
1D,Carbons,DSC-CHM,66
1D,Carbonyls,DSC-CHM,58
1D,Carboxyl,DSC-CHM,96
1D,Carboxylates,DSC-CHM,434
1D,Carboxylic,DSC-CHM,51
1D,Carboxylic Acid,DSC-CHM,80
1D,Carrier Mobility,DSC-PRO,42
1D,Catalysis,DSC-APL,125
1D,Catalyst,CMT-APL,60
1D,Catalyst,DSC-APL,592
1D,Catalytic,DSC-APL,39
1D,Catalytic Activity,DSC-PRO,191
1D,Catalytic Performance,DSC-PRO,81
1D,Catalytic Properties,DSC-PRO,40
1D,Cathode,DSC-APL,236
1D,Cathodes,DSC-APL,56
1D,Cationic,DSC-PRO,36
1D,Cavity,DSC-APL,33
1D,Cd,DSC-CHM,328
1D,Cd(II),DSC-CHM,340
1D,Cd2,DSC-CHM,54
1D,Cd2+,DSC-CHM,60
1D,CdII,DSC-CHM,88
1D,CdS,DSC-CHM,235
1D,CdSO4,DSC-CHM,41
1D,CdSe,DSC-CHM,132
1D,CdTe,DSC-CHM,42
1D,Ce,DSC-CHM,49
1D,CeO2,DSC-CHM,41
1D,Cell,CMT-APL,44
1D,Cell,DSC-APL,169
1D,Cell,DSC-DSC,63
1D,Cell,DSC-PRO,47
1D,Cells,DSC-APL,92
1D,Cells,DSC-DSC,56
1D,Ceramic,DSC-DSC,39
1D,Chain Structure,DSC-PRO,42
1D,Chains,DSC-DSC,1667
1D,Chains,DSC-PRO,151
1D,Channels,DSC-APL,71
1D,Channels,DSC-PRO,31
1D,Charge Density,DSC-PRO,36
1D,Charge Separation,DSC-PRO,59
1D,Charge Transfer,DSC-PRO,104
1D,Charge Transfer Resistance,DSC-PRO,39
1D,Charge Transport,DSC-PRO,106
1D,Charges,DSC-PRO,127
1D,Chemical,DSC-PRO,71
1D,Chemical Composition,DSC-PRO,72
1D,Chemical Potential,DSC-PRO,43
1D,Chemical Properties,DSC-PRO,52
1D,Chemical Shift,CMT-PRO,139
1D,Chemical Shift,DSC-PRO,33
1D,Chemical Society,DSC-CMT,208
1D,Chemical Stability,DSC-PRO,60
1D,Chemical Structures,CMT-PRO,162
1D,Chemical Structures,DSC-PRO,258
1D,Chemical Vapour Deposition,DSC-SMT,87
1D,Chemistry,DSC-CMT,40
1D,Chiral,DSC-PRO,165
1D,Chirality,DSC-PRO,59
1D,Chlorides,DSC-CHM,123
1D,Chlorines,DSC-CHM,51
1D,Chloroform,CMT-CHM,44
1D,Chloroform,DSC-CHM,67
1D,Circuit,DSC-APL,35
1D,Cl,CMT-CHM,31
1D,Cl,DSC-CHM,368
1D,ClO4,DSC-CHM,62
1D,Cloth,DSC-DSC,31
1D,Cluster,CMT-DSC,34
1D,Cluster,DSC-DSC,568
1D,Co,DSC-CHM,476
1D,Co II,DSC-CHM,258
1D,Co-Catalysts,DSC-APL,34
1D,Co2+,DSC-CHM,68
1D,Co3O4,DSC-CHM,136
1D,Coated,CMT-SMT,31
1D,Coated,DSC-DSC,88
1D,Coated,DSC-SMT,236
1D,Coatings,CMT-APL,30
1D,Coatings,DSC-APL,165
1D,Coatings,DSC-SMT,78
1D,Cobalt,DSC-CHM,147
1D,Cobalt (II),DSC-CHM,49
1D,Cocatalyst,DSC-APL,31
1D,Cocrystal,DSC-DSC,77
1D,Colloidal,DSC-DSC,49
1D,Colloids,DSC-DSC,59
1D,Color,DSC-PRO,165
1D,Colors,DSC-PRO,30
1D,Columns,DSC-DSC,35
1D,Composite,CMT-DSC,54
1D,Composite,DSC-DSC,740
1D,Composite Film,DSC-DSC,63
1D,Composite Nanofiber,DSC-DSC,33
1D,Compositions,CMT-PRO,87
1D,Compositions,DSC-PRO,355
1D,Concentration,CMT-PRO,37
1D,Concentration,DSC-PRO,50
1D,Conductance,DSC-PRO,93
1D,Conducting,DSC-PRO,120
1D,Conduction,DSC-PRO,32
1D,Conduction Band,DSC-PRO,84
1D,Conductive,DSC-PRO,243
1D,Conductivity,DSC-PRO,329
1D,Conductors,DSC-PRO,53
1D,Contact Angle,DSC-PRO,50
1D,Contacts,DSC-APL,97
1D,Conversion Efficiency,DSC-PRO,30
1D,Cooling,CMT-SMT,75
1D,Cooling,DSC-SMT,156
1D,Coordination,DSC-DSC,139
1D,Coordination,DSC-PRO,819
1D,Coordination Environment,DSC-PRO,1017
1D,Coordination Framework,DSC-PRO,57
1D,Coordination Geometry,DSC-PRO,165
1D,Coordination Mode,DSC-PRO,601
1D,Coordination Network,DSC-PRO,107
1D,Coordination Number,DSC-PRO,52
1D,Coordination Polyhedron,DSC-PRO,30
1D,Coordination Polymer,DSC-APL,32
1D,Coordination Polymer,DSC-DSC,530
1D,Coordination Polymer,DSC-PRO,312
1D,Coordination Sphere,DSC-PRO,42
1D,Copolymer,DSC-DSC,38
1D,Copper,DSC-CHM,320
1D,Copper I,DSC-CHM,41
1D,Copper II,DSC-CHM,163
1D,Core,DSC-DSC,181
1D,Core Shell,DSC-DSC,102
1D,Cosy,CMT-CMT,35
1D,Coulombic Efficiency,DSC-PRO,87
1D,Counter Electrode,DSC-APL,60
1D,Cr,DSC-CHM,91
1D,Cross Section,DSC-PRO,52
1D,Cross Sectional SEM,DSC-CMT,122
1D,Crystal,CMT-DSC,86
1D,Crystal,DSC-APL,34
1D,Crystal,DSC-CMT,139
1D,Crystal,DSC-DSC,1069
1D,Crystal,DSC-PRO,113
1D,Crystal,PRO-DSC,32
1D,Crystal Data,DSC-CMT,394
1D,Crystal Lattice,DSC-DSC,57
1D,Crystal Packings,DSC-PRO,226
1D,Crystal Structure,CMT-PRO,67
1D,Crystal Structure,DSC-CMT,45
1D,Crystal Structure,DSC-PRO,1272
1D,Crystal Structure,PRO-PRO,38
1D,Crystalline,CMT-DSC,51
1D,Crystalline,DSC-DSC,420
1D,Crystalline Structure,DSC-PRO,51
1D,Crystallinity,CMT-PRO,34
1D,Crystallinity,DSC-PRO,133
1D,Crystallite,DSC-DSC,53
1D,Crystallographic Parameters,DSC-PRO,37
1D,Crystallography,DSC-CMT,97
1D,Crystallography,DSC-PRO,52
1D,Cs,DSC-CHM,38
1D,CsPbBr3,DSC-CHM,33
1D,Cu,CMT-CHM,30
1D,Cu,DSC-CHM,730
1D,Cu(I),DSC-CHM,82
1D,Cu(II),DSC-CHM,331
1D,Cu2+,DSC-CHM,107
1D,Cu2O,DSC-CHM,45
1D,CuI,DSC-CHM,93
1D,CuO,DSC-CHM,101
1D,Cubane,DSC-CHM,57
1D,Cubes,DSC-DSC,37
1D,Cubic,DSC-SPL,195
1D,Curie Weiss Law,DSC-CMT,44
1D,Current,DSC-PRO,113
1D,Current Collector,DSC-APL,42
1D,Current Density,DSC-PRO,126
1D,Curves,CMT-CMT,44
1D,Curves,DSC-CMT,119
1D,Cyan,DSC-CHM,68
1D,Cyanides,DSC-CHM,63
1D,Cyano,DSC-CHM,40
1D,Cycle Life,DSC-PRO,43
1D,Cycle Performance,DSC-PRO,48
1D,Cycle Stability,DSC-PRO,35
1D,Cycleability,DSC-PRO,36
1D,Cyclic Stability,DSC-PRO,31
1D,Cyclic Voltammetry,DSC-CMT,155
1D,Cyclic Voltammogram,DSC-CMT,247
1D,Cycling Performance,DSC-PRO,154
1D,Cycling Stability,DSC-PRO,177
1D,Cyclohexane,DSC-CHM,61
1D,Cylinder,DSC-DSC,56
1D,Cylindrical,DSC-DSC,30
1D,Cytotoxic Activity,CMT-PRO,31
1D,Cytotoxicity,CMT-PRO,52
1D,C–H,DSC-CHM,71
1D,D2O,CMT-CHM,70
1D,DFT,CMT-CMT,52
1D,DFT,DSC-CMT,283
1D,DFT Calculations,DSC-CMT,110
1D,DMA,DSC-CHM,51
1D,DMF,DSC-CHM,385
1D,DMSO,CMT-CHM,46
1D,DMSO,DSC-CHM,152
1D,DOS,DSC-PRO,101
1D,DSC,CMT-CMT,70
1D,DSC,DSC-CMT,173
1D,DSSCS,DSC-APL,70
1D,DTA,DSC-CMT,40
1D,Defect,DSC-PRO,71
1D,Degradation,DSC-APL,39
1D,Dehydration,DSC-SMT,45
1D,Dendritic,DSC-DSC,33
1D,Densities,DSC-PRO,34
1D,Density,CMT-PRO,83
1D,Density,DSC-PRO,265
1D,Density Functional Theory,DSC-CMT,170
1D,Density of States,DSC-PRO,129
1D,Density-Functional Theory Calculations,DSC-CMT,51
1D,Desolvated,DSC-SMT,41
1D,Detection,DSC-APL,49
1D,Detection Limit,DSC-PRO,58
1D,Detector,DSC-APL,44
1D,Device,DSC-APL,90
1D,Device Performance,DSC-PRO,34
1D,Dia,DSC-SPL,31
1D,Diagram,DSC-CMT,88
1D,Diamondoid,DSC-CHM,58
1D,Diamondoid,DSC-SPL,63
1D,Diamonds,CMT-CHM,66
1D,Diamonds,DSC-CHM,260
1D,Diamonds,DSC-SPL,44
1D,Dicarboxylate,DSC-CHM,96
1D,Dicarboxylic Acid,DSC-CHM,31
1D,Dichloromethane,DSC-CHM,65
1D,Dicyanamide,DSC-CHM,38
1D,Dielectric,DSC-PRO,91
1D,Dielectric Constant,DSC-PRO,55
1D,Differential Scanning Calorimetry,DSC-CMT,52
1D,Diffraction,DSC-PRO,33
1D,Diffraction Pattern,DSC-CMT,50
1D,Diffused Reflectance,DSC-CMT,43
1D,Diffusion Coefficient,CMT-PRO,46
1D,Diffusion Coefficient,DSC-PRO,43
1D,Dihedral Angle,DSC-PRO,53
1D,Dimensional,DSC-CMT,37
1D,Dimensional,DSC-DSC,214
1D,Dimensionalities,DSC-PRO,51
1D,Dimers,DSC-DSC,33
1D,Dipole Moment,DSC-PRO,42
1D,Discharge,DSC-PRO,45
1D,Discharge Capacity,DSC-PRO,116
1D,Disk,DSC-DSC,36
1D,Dislocation,DSC-PRO,35
1D,Disordered,DSC-DSC,43
1D,Disordered,DSC-PRO,47
1D,Dispersion,DSC-PRO,41
1D,Displacement,DSC-PRO,33
1D,Displacement Ellipsoid,DSC-CMT,78
1D,Displays,DSC-APL,30
1D,Distance,DSC-PRO,52
1D,Domains,DSC-PRO,46
1D,Doped,DSC-DSC,493
1D,Doping,DSC-SMT,114
1D,Double Chain,DSC-DSC,131
1D,Double Layered,DSC-DSC,115
1D,Doublers,DSC-DSC,38
1D,Dried,DSC-SMT,38
1D,Droplets,DSC-DSC,82
1D,Drug Delivery,DSC-APL,37
1D,Drying,DSC-SMT,48
1D,Dssc,DSC-APL,57
1D,Durability,DSC-PRO,74
1D,Dye-Sensitized Solar Cells,DSC-APL,78
1D,Dynamics,DSC-PRO,40
1D,ECD,CMT-CMT,30
1D,EDS,DSC-CMT,172
1D,EDS Mapping,DSC-CMT,30
1D,EDX,DSC-CMT,128
1D,EQE,DSC-CMT,34
1D,EQE,DSC-PRO,33
1D,ESI MS,CMT-CMT,49
1D,ESI MS,DSC-CMT,31
1D,ESR,DSC-CMT,47
1D,Effective,DSC-PRO,36
1D,Efficiency,DSC-PRO,162
1D,Eis,DSC-CMT,105
1D,Elastic,DSC-PRO,70
1D,Electric Conductivity,DSC-PRO,30
1D,Electric Field,DSC-PRO,48
1D,Electric Field Distribution,DSC-PRO,33
1D,Electrical,DSC-PRO,93
1D,Electrical Conductivity,DSC-PRO,223
1D,Electrical Properties,DSC-PRO,81
1D,Electrical Resistivity,DSC-PRO,32
1D,Electrocatalyst,DSC-APL,119
1D,Electrocatalytic Activity,DSC-PRO,95
1D,Electrocatalytic Performance,DSC-PRO,35
1D,Electrochemical,DSC-PRO,51
1D,Electrochemical Behavior,DSC-PRO,55
1D,Electrochemical Impedance Spectroscopy,DSC-CMT,63
1D,Electrochemical Performance,DSC-PRO,289
1D,Electrochemical Properties,DSC-PRO,162
1D,Electrode,CMT-APL,54
1D,Electrode,DSC-APL,745
1D,Electrodeposition,DSC-SMT,56
1D,Electrodes,CMT-APL,30
1D,Electrodes,DSC-APL,500
1D,Electrolyte,DSC-APL,211
1D,Electron Density,DSC-PRO,63
1D,Electron Diffraction,DSC-CMT,39
1D,Electron Microscopy,DSC-CMT,52
1D,Electron Mobility,DSC-PRO,37
1D,Electron Transfer,DSC-PRO,38
1D,Electron Transport,DSC-PRO,137
1D,Electronic,DSC-APL,44
1D,Electronic,DSC-PRO,120
1D,Electronic Band Structures,DSC-PRO,70
1D,Electronic Conductivity,DSC-PRO,62
1D,Electronic Devices,DSC-APL,45
1D,Electronic Properties,DSC-PRO,166
1D,Electronic State,DSC-PRO,45
1D,Electronic Structure,DSC-PRO,117
1D,Electronic Structures,DSC-PRO,51
1D,Electronics,DSC-APL,62
1D,Electrons,DSC-PRO,94
1D,Electrospinning,DSC-SMT,137
1D,Electrospinning Technique,DSC-SMT,38
1D,Electrospun,DSC-SMT,83
1D,Electrostatic Potential,DSC-PRO,39
1D,Elemental Analysis,CMT-CMT,33
1D,Elemental Analysis,DSC-CMT,621
1D,Elemental Mapping,DSC-CMT,98
1D,Ellipsoids,DSC-CMT,77
1D,Emission Band,DSC-PRO,31
1D,Emission Intensity,DSC-PRO,72
1D,Emission Spectra,DSC-CMT,436
1D,Emission Spectrum,DSC-CMT,64
1D,Emissions,DSC-CMT,94
1D,Emissions,DSC-PRO,84
1D,Emitters,DSC-APL,34
1D,Energetic,DSC-PRO,40
1D,Energies,DSC-PRO,53
1D,Energy,DSC-PRO,121
1D,Energy Band,DSC-PRO,30
1D,Energy Band Diagram,DSC-PRO,43
1D,Energy Barrier,DSC-PRO,40
1D,Energy Conversion,DSC-APL,36
1D,Energy Density,DSC-PRO,125
1D,Energy Diagram,DSC-PRO,30
1D,Energy Dispersive X-Ray Spectroscopy,DSC-CMT,47
1D,Energy Gap,DSC-PRO,45
1D,Energy Level,DSC-PRO,98
1D,Energy Level Diagram,DSC-PRO,40
1D,Energy Storage,DSC-APL,77
1D,Energy Storage Device,DSC-APL,45
1D,Entropy,DSC-PRO,31
1D,Epoxides,DSC-CHM,30
1D,Epoxy,DSC-CHM,36
1D,Epr,DSC-CMT,118
1D,Equivalent Circuits,DSC-CMT,48
1D,Er,DSC-CHM,46
1D,Esters,DSC-CHM,30
1D,Etched,DSC-SMT,44
1D,Etching,DSC-SMT,74
1D,Ethanol,CMT-CHM,52
1D,Ethanol,DSC-CHM,316
1D,Ethers,DSC-CHM,35
1D,Ethylene,DSC-CHM,39
1D,Ethylene Diamine,DSC-CHM,69
1D,Ethylene Glycol,DSC-CHM,50
1D,Eu,DSC-CHM,158
1D,Eu(III),DSC-CHM,34
1D,Eu3+,DSC-CHM,79
1D,Exchange Interaction,DSC-PRO,31
1D,Excitation Spectra,DSC-CMT,53
1D,Excitation and Emission Spectra,DSC-CMT,34
1D,External Quantum Efficiency,DSC-PRO,30
1D,F,CMT-CHM,37
1D,F,CMT-PRO,40
1D,F,DSC-CHM,128
1D,F,DSC-PRO,119
1D,FCC,DSC-SPL,50
1D,FE-SEM,DSC-CMT,95
1D,FESEM,DSC-CMT,197
1D,FET,DSC-APL,35
1D,FETS,DSC-APL,43
1D,FT-IR,CMT-CMT,34
1D,FT-IR,DSC-CMT,174
1D,FTIR,CMT-CMT,59
1D,FTIR,DSC-CMT,190
1D,FTO,DSC-CHM,95
1D,Fast Fourier Transform,DSC-CMT,32
1D,Fe,CMT-CHM,30
1D,Fe,DSC-CHM,303
1D,Fe(II),DSC-CHM,34
1D,Fe2O3,DSC-CHM,77
1D,Fe3+,DSC-CHM,80
1D,Fe3O4,DSC-CHM,117
1D,Fem,DSC-CMT,42
1D,Fermi Energy,DSC-PRO,39
1D,Fermi Level,DSC-PRO,143
1D,Fermi Surface,DSC-PRO,32
1D,Ferrocenes,DSC-CHM,39
1D,Ferroelectric,DSC-PRO,36
1D,Ferromagnetic,DSC-PRO,102
1D,Ferromagnetic Coupling,DSC-PRO,39
1D,Ferromagnetic Interaction,DSC-PRO,68
1D,Few Layer,DSC-DSC,34
1D,Ff,DSC-PRO,37
1D,Fft,DSC-CMT,85
1D,Fiber,DSC-DSC,169
1D,Fibers,DSC-DSC,224
1D,Fibres,DSC-DSC,40
1D,Fibrous,DSC-DSC,37
1D,Field Effect Transistor,DSC-APL,57
1D,Field Emission Scanning Electron Microscopy,DSC-CMT,106
1D,Fill Factor,DSC-PRO,37
1D,Filler,DSC-APL,37
1D,Film,CMT-DSC,168
1D,Film,DSC-DSC,649
1D,Films,CMT-DSC,144
1D,Films,DSC-DSC,454
1D,Filters,DSC-APL,46
1D,Finite Element Method,DSC-CMT,48
1D,First Principle Calculation,DSC-CMT,74
1D,Flake,DSC-DSC,38
1D,Flakes,DSC-DSC,55
1D,Flexibility,DSC-PRO,83
1D,Flexible,DSC-APL,89
1D,Flexible,DSC-PRO,134
1D,Flower Like,DSC-DSC,37
1D,Fluorescence,CMT-CMT,34
1D,Fluorescence,DSC-CMT,178
1D,Fluorescence,DSC-PRO,130
1D,Fluorescence Emission,DSC-CMT,58
1D,Fluorescence Emission,DSC-PRO,52
1D,Fluorescence Image,DSC-CMT,42
1D,Fluorescence Intensity,DSC-PRO,77
1D,Fluorescence Microscopy,DSC-CMT,59
1D,Fluorescence Property,DSC-PRO,46
1D,Fluorescence Spectra,DSC-CMT,44
1D,Fluorescent,DSC-PRO,60
1D,Fluorescent Properties,DSC-PRO,39
1D,Fluorine,DSC-CHM,88
1D,Foam,DSC-DSC,93
1D,Foil,DSC-DSC,110
1D,Formate,DSC-CHM,34
1D,Formation Mechanism,DSC-PRO,73
1D,Fourier Transform,DSC-CMT,47
1D,Fourier Transform Infrared Spectroscopy,DSC-CMT,31
1D,Framework,DSC-APL,38
1D,Framework,DSC-DSC,76
1D,Framework,DSC-PRO,53
1D,Framework Structure,DSC-PRO,64
1D,Free Energy,DSC-PRO,31
1D,Free Standing,DSC-DSC,84
1D,Frequency,DSC-PRO,30
1D,Fuel Cell,DSC-APL,59
1D,Fullerene,DSC-CHM,111
1D,G,CMT-PRO,49
1D,G,DSC-PRO,203
1D,GIXD,CMT-CMT,37
1D,Ga,DSC-CHM,57
1D,GaAs,DSC-CHM,78
1D,GaN,DSC-CHM,71
1D,Gap,DSC-PRO,38
1D,Gas Sensors,DSC-APL,63
1D,Gate,DSC-APL,32
1D,Gd,DSC-CHM,109
1D,Ge,DSC-CHM,77
1D,Gel,DSC-DSC,36
1D,Gels,DSC-DSC,33
1D,Geometrical Parameters,DSC-PRO,60
1D,Geometry,DSC-PRO,36
1D,Geometry Parameters,DSC-PRO,38
1D,Gisaxs,CMT-CMT,34
1D,Giwaxs,CMT-CMT,58
1D,Glass,DSC-DSC,54
1D,Glassy,DSC-DSC,57
1D,Glassy Carbon,DSC-CHM,41
1D,Glucose,CMT-CHM,73
1D,Glucose,DSC-CHM,83
1D,Grain Boundaries,DSC-PRO,50
1D,Grain Size,DSC-PRO,39
1D,Graphene,DSC-CHM,701
1D,Graphene,PRO-CHM,37
1D,Graphene Oxide,DSC-CHM,212
1D,Graphite,DSC-CHM,202
1D,Graphitic,DSC-CHM,59
1D,Grating,DSC-APL,63
1D,Grating,DSC-DSC,84
1D,Grid,DSC-DSC,71
1D,Grids,DSC-DSC,39
1D,Grinding,DSC-SMT,33
1D,Ground State,DSC-PRO,135
1D,Growth Mechanism,DSC-PRO,89
1D,H+,DSC-CHM,39
1D,H2,CMT-CHM,50
1D,H2,DSC-CHM,337
1D,H2L,DSC-CHM,74
1D,H2O,CMT-CHM,73
1D,H2O,DSC-CHM,388
1D,H2O2,DSC-CHM,140
1D,H2SO4,DSC-CHM,166
1D,HAADF STEM,DSC-CMT,71
1D,HCl,DSC-CHM,98
1D,HER,DSC-CHM,34
1D,HMBC,CMT-CMT,53
1D,HRESIMS,CMT-CMT,70
1D,HRTEM,CMT-CMT,37
1D,HRTEM,DSC-CMT,619
1D,Halides,DSC-CHM,175
1D,Halogen,DSC-CHM,144
1D,Heat Capacity,DSC-PRO,31
1D,Heat Treatment,DSC-SMT,89
1D,Heated,DSC-SMT,105
1D,Heating,CMT-SMT,80
1D,Heating,DSC-SMT,314
1D,Height Profile,DSC-CMT,38
1D,Helical,DSC-DSC,81
1D,Helical,DSC-PRO,112
1D,Helical Chains,DSC-DSC,41
1D,Helical Chains,DSC-PRO,32
1D,Helices,DSC-DSC,47
1D,Helium,DSC-CHM,30
1D,Helix,DSC-PRO,36
1D,Hematite,DSC-CHM,31
1D,Heterojunction,DSC-APL,86
1D,Heterojunction,DSC-DSC,139
1D,Heterometallic,DSC-DSC,40
1D,Heterometallic,DSC-PRO,40
1D,Heterostructure,DSC-DSC,259
1D,Hexagonal,CMT-SPL,44
1D,Hexagonal,DSC-SPL,541
1D,Hexane,DSC-CHM,47
1D,Hg,DSC-CHM,54
1D,Hierarchical,DSC-DSC,131
1D,Hierarchical,DSC-PRO,32
1D,Hierarchical Nanostructure,DSC-DSC,46
1D,Hierarchically Porous,DSC-DSC,36
1D,High,DSC-PRO,40
1D,High Resolution TEM,DSC-CMT,135
1D,High Resolution Transmission Electron Microscopy,DSC-CMT,30
1D,High Resolution XPS,DSC-CMT,45
1D,High-Resolution Transmission Electron Microscopy,DSC-CMT,68
1D,Hirshfeld Surface,DSC-CMT,43
1D,Hollow,DSC-DSC,103
1D,Homo,DSC-PRO,124
1D,Homochiral,DSC-DSC,39
1D,Honeycomb,DSC-DSC,100
1D,Hplc,CMT-CMT,39
1D,Hsqc,CMT-CMT,70
1D,Hubbard Model,DSC-CMT,36
1D,Hybrid,DSC-APL,37
1D,Hybrid,DSC-DSC,108
1D,Hybrid Nanostructures,DSC-DSC,37
1D,Hydrocarbon,DSC-CHM,60
1D,Hydrogel,DSC-DSC,106
1D,Hydrogen,CMT-CHM,169
1D,Hydrogen,DSC-CHM,3085
1D,Hydrogen,PRO-CHM,69
1D,Hydrogen Bond,DSC-PRO,44
1D,Hydrogen Bonding,DSC-PRO,74
1D,Hydrogen Bonding Parameter,DSC-PRO,37
1D,Hydrogen Evolution Reaction,DSC-APL,41
1D,Hydrogen Production,DSC-APL,33
1D,Hydrolysis,DSC-SMT,61
1D,Hydrophilic,DSC-PRO,88
1D,Hydrophobic,DSC-PRO,121
1D,Hydrothermal,DSC-SMT,210
1D,Hydrothermal Condition,DSC-SMT,270
1D,Hydrothermal Method,DSC-SMT,157
1D,Hydrothermal Process,DSC-SMT,49
1D,Hydrothermal Reaction,DSC-SMT,177
1D,Hydrothermal Synthesis,DSC-SMT,65
1D,Hydrothermal Treatment,DSC-SMT,55
1D,Hydroxide,DSC-CHM,60
1D,Hydroxyl,CMT-CHM,34
1D,Hydroxyl,DSC-CHM,96
1D,Hysteresis Loop,DSC-CMT,63
1D,I-V Characteristics,DSC-PRO,59
1D,IAST,DSC-CMT,38
1D,IPCE,DSC-CMT,38
1D,IR Spectra,DSC-CMT,57
1D,IR Spectroscopy,DSC-CMT,170
1D,ITO,DSC-CHM,123
1D,IV Curve,DSC-CMT,72
1D,Imidazole,DSC-CHM,115
1D,Imines,DSC-CHM,30
1D,Impedance,DSC-PRO,42
1D,In2O3,DSC-CHM,31
1D,Indium,DSC-CHM,40
1D,Indium-Tin Oxide,DSC-CHM,38
1D,Infrared,DSC-CMT,47
1D,Infrared Spectra,DSC-CMT,51
1D,Infrared Spectroscopy,DSC-CMT,72
1D,Insulating,DSC-PRO,73
1D,Insulator,DSC-PRO,48
1D,Inter Atomic Distance,DSC-PRO,44
1D,Interaction,DSC-PRO,89
1D,Interface,CMT-DSC,111
1D,Interface,DSC-DSC,544
1D,Interface,PRO-DSC,30
1D,Iodide,DSC-CHM,57
1D,Iodine,DSC-CHM,80
1D,Ionic Conductivity,DSC-PRO,51
1D,Ir,CMT-CMT,186
1D,Ir,DSC-CHM,32
1D,Ir,DSC-CMT,566
1D,Iron,DSC-CHM,89
1D,Iron (II),DSC-CHM,33
1D,Iron Oxide,DSC-CHM,38
1D,Irradiated,DSC-SMT,73
1D,Irradiation,CMT-SMT,48
1D,Irradiation,DSC-CMT,30
1D,Irradiation,DSC-SMT,180
1D,Islands,DSC-DSC,35
1D,Isostructurality,DSC-PRO,76
1D,Isotherms,DSC-PRO,31
1D,JSC,DSC-PRO,37
1D,JV Curve,DSC-CMT,39
1D,Junctions,DSC-APL,72
1D,K,CMT-PRO,47
1D,K,DSC-PRO,118
1D,K+,DSC-CHM,66
1D,K2CO3,DSC-CHM,31
1D,KCl,DSC-CHM,33
1D,KOH,DSC-CHM,150
1D,Keggin,DSC-SPL,45
1D,Ketone,DSC-CHM,33
1D,Kinetics,DSC-PRO,38
1D,L,CMT-PRO,41
1D,L,DSC-PRO,75
1D,LED,DSC-APL,68
1D,LEDs,DSC-APL,57
1D,LIBs,DSC-APL,124
1D,LIG,DSC-CHM,32
1D,LSV,DSC-CMT,39
1D,LUMO,DSC-PRO,81
1D,La,DSC-CHM,77
1D,Ladders,DSC-DSC,164
1D,Lamellar,DSC-DSC,68
1D,Lanthanides,DSC-CHM,153
1D,Laser,DSC-APL,73
1D,Lattice,DSC-DSC,50
1D,Lattice,DSC-PRO,35
1D,Lattice Constant,DSC-PRO,58
1D,Lattice Parameter,DSC-PRO,58
1D,Layer Structured,DSC-PRO,109
1D,Layered,DSC-DSC,401
1D,Layers,CMT-DSC,164
1D,Layers,DSC-APL,58
1D,Layers,DSC-DSC,1968
1D,Layers,DSC-PRO,40
1D,Layers,PRO-DSC,53
1D,Lc,DSC-PRO,37
1D,Lead(II),DSC-CHM,30
1D,Leaves,CMT-DSC,31
1D,Li,CMT-CHM,35
1D,Li,DSC-CHM,339
1D,Li-Ion Battery,DSC-APL,69
1D,Lifetime,DSC-PRO,84
1D,Light Absorption,DSC-PRO,57
1D,Light Emitting Diodes,DSC-APL,42
1D,Light Green,DSC-CHM,55
1D,Light Irradiation,DSC-SMT,30
1D,Like,DSC-DSC,50
1D,Lithiation,DSC-SMT,37
1D,Lithium,DSC-CHM,433
1D,Lithium Ion Battery,DSC-APL,162
1D,Lithium-Ion Batteries,DSC-APL,69
1D,Ln(III),DSC-CHM,34
1D,Ln3+,DSC-CHM,30
1D,Local Coordination Environment,DSC-PRO,45
1D,Long Term Stability,DSC-PRO,34
1D,Low-Dimensional,DSC-DSC,41
1D,Luminescence,DSC-CMT,53
1D,Luminescence,DSC-PRO,145
1D,Luminescence Intensity,DSC-PRO,39
1D,Luminescence Properties,DSC-PRO,72
1D,Luminescence Spectra,DSC-CMT,54
1D,Luminescent,DSC-PRO,99
1D,Luminescent Property,DSC-PRO,157
1D,M,CMT-PRO,34
1D,M,DSC-PRO,139
1D,MAPbI3,DSC-CHM,36
1D,MD Simulation,DSC-CMT,65
1D,MOFs,DSC-APL,99
1D,MOFs,DSC-DSC,57
1D,MS,CMT-CMT,121
1D,MXene,DSC-CHM,32
1D,Magenta,CMT-CHM,46
1D,Magenta,DSC-CHM,159
1D,Magnetic Behaviour,DSC-PRO,78
1D,Magnetic Interaction,DSC-PRO,48
1D,Magnetic Measurement,DSC-CMT,114
1D,Magnetic Moment,DSC-PRO,61
1D,Magnetic Properties,DSC-PRO,321
1D,Magnetic Property,DSC-PRO,30
1D,Magnetic Studies,DSC-CMT,63
1D,Magnetic Susceptibility,DSC-CMT,45
1D,Magnetic Susceptibility,DSC-PRO,273
1D,Magnetically,DSC-PRO,40
1D,Magnetics,DSC-CMT,31
1D,Magnetics,DSC-PRO,340
1D,Magnetism,DSC-PRO,56
1D,Magnetization,CMT-PRO,32
1D,Magnetization,DSC-PRO,185
1D,Manganese,DSC-CHM,66
1D,Mass,DSC-PRO,46
1D,Mass Activity,DSC-PRO,30
1D,Mass Spectrometry,CMT-CMT,50
1D,Matrix,DSC-DSC,89
1D,Me,DSC-CHM,31
1D,MeCN,DSC-CHM,77
1D,MeOH,CMT-CHM,32
1D,MeOH,DSC-CHM,183
1D,Mechanical,DSC-PRO,68
1D,Mechanical Property,DSC-PRO,124
1D,Mechanical Strength,DSC-PRO,49
1D,Mechanisms,DSC-PRO,32
1D,Melamine,DSC-CHM,42
1D,Melting Point,DSC-PRO,30
1D,Membrane,CMT-DSC,52
1D,Membrane,DSC-APL,37
1D,Membrane,DSC-DSC,184
1D,Mercury,DSC-CHM,48
1D,Mesh,DSC-DSC,39
1D,Mesoporous,DSC-DSC,242
1D,Metal Organic Framework,DSC-APL,56
1D,Metal Oxide,DSC-CHM,119
1D,Metal Oxides,DSC-CHM,84
1D,Metallic,DSC-PRO,341
1D,Metallic,PRO-PRO,38
1D,Metalorganic,DSC-PRO,41
1D,Metals,DSC-PRO,807
1D,Metamaterial,DSC-APL,44
1D,Metastable,DSC-PRO,54
1D,Methane,CMT-CHM,31
1D,Methane,DSC-CHM,52
1D,Methanol,CMT-CHM,59
1D,Methanol,DSC-CHM,386
1D,Methyl,CMT-CHM,78
1D,Methyl,DSC-CHM,99
1D,Methyl Orange,DSC-CHM,70
1D,Methylation Analysis,CMT-CMT,43
1D,Methylene Blue,DSC-CHM,101
1D,Methylenes,CMT-CHM,34
1D,Mg,DSC-CHM,96
1D,Mg2+,DSC-CHM,40
1D,MgO,DSC-CHM,42
1D,Micelles,DSC-DSC,33
1D,Micro,DSC-DSC,102
1D,Microcrystals,DSC-DSC,35
1D,Microporous,DSC-DSC,60
1D,Microporous,DSC-PRO,30
1D,Microrods,DSC-DSC,38
1D,Microscopy,DSC-CMT,37
1D,Microspheres,DSC-DSC,122
1D,Microstructure,DSC-DSC,54
1D,Microstructure,DSC-PRO,237
1D,Microwires,DSC-DSC,36
1D,Mirrors,DSC-APL,41
1D,Mn,DSC-CHM,311
1D,Mn(II),DSC-CHM,149
1D,Mn2+,DSC-CHM,60
1D,Mn3O4,DSC-CHM,30
1D,MnO,DSC-CHM,31
1D,MnO2,DSC-CHM,135
1D,Mo,DSC-CHM,136
1D,MoO3,DSC-CHM,58
1D,MoS2,DSC-CHM,168
1D,Mobility,DSC-PRO,93
1D,Mode,DSC-PRO,62
1D,Models,CMT-CMT,78
1D,Models,DSC-CMT,150
1D,Modes,DSC-PRO,72
1D,Mof,DSC-APL,86
1D,Mof,DSC-DSC,49
1D,Molecular,DSC-PRO,36
1D,Molecular Dynamics (MD) Simulation,DSC-CMT,39
1D,Molecular Model,DSC-CMT,33
1D,Molecular Orbital,DSC-PRO,39
1D,Molecular Packing,DSC-PRO,47
1D,Molecular Structure,CMT-PRO,93
1D,Molecular Structure,DSC-PRO,685
1D,Molecular Weight,CMT-PRO,49
1D,Molecular Weight,DSC-PRO,33
1D,Mono-disperse,DSC-DSC,39
1D,Monoclinic,DSC-SPL,231
1D,Monolayers,DSC-DSC,287
1D,Monosaccharide,CMT-CHM,39
1D,Monte Carlo Simulations,DSC-CMT,31
1D,Morphologic,DSC-PRO,97
1D,Morphologies,DSC-PRO,407
1D,Morphology,CMT-PRO,57
1D,Morphology,DSC-PRO,940
1D,Multi Layered,DSC-DSC,47
1D,Multilayer,DSC-DSC,110
1D,Multiwall,DSC-DSC,66
1D,N Blue,DSC-CHM,115
1D,N Type,DSC-PRO,69
1D,"N,N-Dimethylformamide",DSC-CHM,47
1D,N2,CMT-CHM,38
1D,N2,DSC-CHM,415
1D,N2 Adsorption Desorption Isotherms,DSC-CMT,37
1D,N2 Sorption Isotherm,DSC-CMT,39
1D,NC,DSC-DSC,62
1D,NCS,DSC-DSC,91
1D,NH,DSC-CHM,70
1D,NH2,DSC-CHM,30
1D,NH3,DSC-CHM,64
1D,NHO,DSC-CHM,49
1D,NMR,CMT-CMT,318
1D,NMR,DSC-CMT,123
1D,NMR Spectroscopy,CMT-CMT,39
1D,NO,CMT-CHM,35
1D,NO,DSC-CHM,30
1D,NO2,DSC-CHM,59
1D,NO3,DSC-CHM,50
1D,NPS,DSC-DSC,277
1D,NR,DSC-DSC,64
1D,NRS,DSC-DSC,148
1D,NW,DSC-DSC,176
1D,Na,DSC-CHM,142
1D,Na+,DSC-CHM,87
1D,Na2SO4,DSC-CHM,99
1D,NaCl,DSC-CHM,83
1D,NaN3,DSC-CHM,34
1D,NaOH,DSC-CHM,117
1D,Nano,DSC-DSC,61
1D,Nano Architecture,DSC-DSC,62
1D,Nano Size,DSC-DSC,53
1D,Nano Structured,DSC-DSC,223
1D,Nano-,DSC-DSC,35
1D,Nanoarrays,DSC-DSC,46
1D,Nanobelts,DSC-DSC,201
1D,Nanochain,DSC-DSC,48
1D,Nanochannel,DSC-DSC,49
1D,Nanocluster,DSC-DSC,57
1D,Nanocomposite,DSC-DSC,323
1D,Nanocrystalline,DSC-DSC,36
1D,Nanocrystals,DSC-DSC,326
1D,Nanocube,DSC-DSC,62
1D,Nanodevice,DSC-APL,37
1D,Nanoelectronics,DSC-APL,37
1D,Nanofiber,DSC-DSC,444
1D,Nanoflakes,DSC-DSC,50
1D,Nanoflower,DSC-DSC,44
1D,Nanohybrid,DSC-DSC,35
1D,Nanomaterial,DSC-DSC,387
1D,Nanoneedle,DSC-DSC,40
1D,Nanoparticle,DSC-DSC,256
1D,Nanoparticles,CMT-DSC,48
1D,Nanoparticles,DSC-DSC,942
1D,Nanoplatelet,DSC-DSC,41
1D,Nanoplates,DSC-DSC,84
1D,Nanopores,DSC-DSC,40
1D,Nanoporous,DSC-DSC,83
1D,Nanoribbon,DSC-DSC,205
1D,Nanorod Array,DSC-DSC,104
1D,Nanorods,DSC-DSC,873
1D,Nanoscale,DSC-DSC,152
1D,Nanosheets,DSC-DSC,503
1D,Nanosphere,DSC-DSC,101
1D,Nanostructure,DSC-DSC,300
1D,Nanostructures,DSC-DSC,1140
1D,Nanotechnology,DSC-APL,50
1D,Nanotube,DSC-DSC,988
1D,Nanotube Arrays,DSC-DSC,64
1D,Nanotubular,DSC-DSC,32
1D,Nanowire,DSC-DSC,450
1D,Nanowire Array,DSC-DSC,99
1D,Nanowires,DSC-DSC,1042
1D,Naphthalene,DSC-CHM,38
1D,Nd,DSC-CHM,78
1D,Negative Electrode,DSC-APL,32
1D,Net,DSC-DSC,138
1D,Network,DSC-DSC,99
1D,Network,DSC-PRO,34
1D,Network Structure,DSC-PRO,32
1D,Nf,DSC-DSC,34
1D,Nfs,DSC-DSC,61
1D,Ni,CMT-CHM,34
1D,Ni,DSC-CHM,482
1D,Ni II,DSC-CHM,148
1D,Ni2+,DSC-CHM,60
1D,NiCo2O4,DSC-CHM,41
1D,NiO,DSC-CHM,72
1D,Nickel,DSC-CHM,150
1D,Nickel (II),DSC-CHM,43
1D,Nitrate,DSC-CHM,142
1D,Nitrite,DSC-CHM,31
1D,Nitro,DSC-CHM,40
1D,Nitrobenzene,DSC-CHM,47
1D,Nitrogen,CMT-CHM,72
1D,Nitrogen,DSC-CHM,522
1D,Noe,CMT-CMT,36
1D,Noesy,CMT-CMT,63
1D,Normalized,DSC-CMT,32
1D,Nss,DSC-DSC,42
1D,Numbering,DSC-CMT,41
1D,Nws,DSC-DSC,291
1D,Nyquist Plot,DSC-CMT,131
1D,O,CMT-CHM,67
1D,O,DSC-CHM,852
1D,O Hydrogen,DSC-CHM,33
1D,O Red,DSC-CHM,69
1D,O2,DSC-CHM,224
1D,O=Red,DSC-CHM,33
1D,OER,DSC-APL,69
1D,OFM,DSC-PRO,34
1D,OFMT,DSC-CMT,115
1D,OH,CMT-CHM,44
1D,OH,DSC-CHM,126
1D,ORR,DSC-APL,76
1D,ORTEP,DSC-CMT,142
1D,ORTEP Diagram,DSC-CMT,54
1D,ORTEP Drawing,DSC-CMT,154
1D,ORTEP Plot,DSC-CMT,36
1D,Of Chemistry,DSC-CMT,394
1D,Olefins,DSC-CHM,33
1D,Oleic Acid,DSC-CHM,30
1D,One,DSC-DSC,105
1D,One-,DSC-DSC,73
1D,One-Dimensional,CMT-CMT,244
1D,One-Dimensional,CMT-DSC,37
1D,One-Dimensional,DSC-CMT,37
1D,One-Dimensional,DSC-DSC,3506
1D,One-Dimensional,PRO-DSC,92
1D,One-Dimensional,PRO-PRO,30
1D,Open Circuit Voltage,DSC-PRO,63
1D,Open Framework,DSC-PRO,32
1D,Optical,DSC-APL,35
1D,Optical,DSC-CMT,71
1D,Optical,DSC-PRO,164
1D,Optical Absorption,DSC-CMT,46
1D,Optical Absorption,DSC-PRO,44
1D,Optical Band Gap,DSC-PRO,49
1D,Optical Image,DSC-CMT,211
1D,Optical Lattice,DSC-APL,34
1D,Optical Micrograph,DSC-CMT,39
1D,Optical Microscope,DSC-CMT,64
1D,Optical Microscopy,DSC-CMT,105
1D,Optical Photograph,DSC-CMT,39
1D,Optical Properties,DSC-PRO,244
1D,Optical Society,DSC-CMT,33
1D,Optoelectronic Application,DSC-APL,47
1D,Optoelectronic Device,DSC-APL,95
1D,Optoelectronic Properties,DSC-PRO,59
1D,Optoelectronics,DSC-APL,73
1D,Organic,DSC-PRO,31
1D,Organic Framework,DSC-APL,79
1D,Orthorhombic,DSC-SPL,145
1D,Out,DSC-PRO,42
1D,Overpotential,DSC-PRO,66
1D,Oxalates,DSC-CHM,79
1D,Oxidation,DSC-APL,63
1D,Oxidation,DSC-SMT,157
1D,Oxides,DSC-CHM,154
1D,Oxidize,DSC-SMT,48
1D,Oxygen,CMT-CHM,93
1D,Oxygen,DSC-CHM,890
1D,Oxygen Evolution Reaction,DSC-APL,45
1D,Oxygen Reduction Reaction,DSC-APL,55
1D,Oxygen Vacancies,DSC-PRO,57
1D,O–H,DSC-CHM,30
1D,P,CMT-PRO,42
1D,P,DSC-PRO,128
1D,P,DSC-SPL,32
1D,P Type,DSC-PRO,66
1D,P1,DSC-SPL,45
1D,P21/C,DSC-SPL,51
1D,P212121,DSC-SPL,31
1D,P3HT,CMT-CHM,39
1D,P3HT,DSC-CHM,63
1D,PC,DSC-APL,63
1D,PCBM,DSC-CHM,40
1D,PCE,DSC-PRO,73
1D,PCU,DSC-SPL,60
1D,PCs,DSC-APL,32
1D,PDMS,DSC-CHM,116
1D,PDOS,DSC-CMT,32
1D,PEC,DSC-CHM,37
1D,PEDOT,DSC-CHM,86
1D,PEG,DSC-CHM,58
1D,PF6,DSC-CHM,46
1D,PMMA,DSC-CHM,99
1D,POM,DSC-CMT,38
1D,POMs,DSC-CHM,51
1D,PSCS,DSC-APL,49
1D,PVA,DSC-CHM,54
1D,PVDF,DSC-CHM,51
1D,PVP,DSC-CHM,79
1D,PXRD,DSC-CMT,478
1D,Packing,DSC-PRO,92
1D,Packing Diagram,DSC-CMT,80
1D,Packing Diagram,DSC-PRO,109
1D,Packing Structure,DSC-PRO,51
1D,Palladium,DSC-CHM,39
1D,Paper,DSC-DSC,35
1D,Paramagnetic,DSC-PRO,67
1D,Partial Densities of States,DSC-PRO,30
1D,Particle,CMT-DSC,45
1D,Particle,DSC-DSC,135
1D,Particle,DSC-PRO,43
1D,Particle Size,DSC-PRO,61
1D,Particles,CMT-DSC,78
1D,Particles,DSC-DSC,453
1D,Patterned,DSC-DSC,99
1D,Patterning,DSC-SMT,36
1D,Pb,DSC-CHM,131
1D,Pb(II),DSC-CHM,52
1D,Pb2+,DSC-CHM,54
1D,PbI2,DSC-CHM,31
1D,PbS,DSC-CHM,42
1D,Pd,DSC-CHM,168
1D,Pellet,DSC-DSC,43
1D,Perchlorate,DSC-CHM,78
1D,Performance,DSC-PRO,36
1D,Permeability,DSC-PRO,41
1D,Perovskites,DSC-CHM,274
1D,Perovskites,DSC-SPL,268
1D,Phase,DSC-PRO,97
1D,Phase Diagram,DSC-PRO,131
1D,Phase Transition,DSC-PRO,68
1D,Phen,DSC-CHM,129
1D,Phenol,DSC-CHM,51
1D,Phenyls,DSC-CHM,129
1D,Phosphate,CMT-CHM,41
1D,Phosphate,DSC-CHM,78
1D,Phosphonate,DSC-CHM,39
1D,Phosphorus,DSC-CHM,54
1D,Photo Catalytic Activity,DSC-PRO,206
1D,Photo Luminescence,DSC-CMT,528
1D,Photoanode,DSC-APL,123
1D,Photocatalysis,DSC-APL,81
1D,Photocatalyst,DSC-APL,138
1D,Photocatalysts,DSC-APL,150
1D,Photocatalytic Degradation,DSC-APL,63
1D,Photocatalytic H2,DSC-APL,38
1D,Photocatalytic H2,DSC-PRO,32
1D,Photocatalytic Mechanism,DSC-PRO,30
1D,Photocatalytic Performance,DSC-PRO,99
1D,Photocatalytic Property,DSC-PRO,51
1D,Photocurrent,DSC-PRO,101
1D,Photocurrent Density,DSC-PRO,53
1D,Photocurrent Response,DSC-PRO,34
1D,Photodetector,DSC-APL,120
1D,Photoelectrodes,DSC-APL,62
1D,Photographs,DSC-CMT,31
1D,Photoluminescent Properties,DSC-PRO,62
1D,Photonic Bandgap,DSC-PRO,32
1D,Photonic Crystal,DSC-APL,149
1D,Photonics,DSC-APL,42
1D,Photophysical Properties,DSC-PRO,54
1D,Photoresponse,DSC-PRO,37
1D,Photovoltaic Performance,DSC-PRO,41
1D,Photovoltaics,DSC-APL,45
1D,Physical,DSC-PRO,72
1D,Physical Properties,DSC-PRO,127
1D,Physicochemical Properties,DSC-PRO,61
1D,Piezoelectric,DSC-PRO,39
1D,Plasmonic,DSC-PRO,66
1D,Plate,DSC-DSC,71
1D,Platelet,DSC-DSC,44
1D,Plates,DSC-DSC,41
1D,Platinum,DSC-CHM,89
1D,Polarization,DSC-PRO,58
1D,Polarization Curve,DSC-CMT,41
1D,Polyaniline,DSC-CHM,60
1D,Polycrystalline,DSC-DSC,125
1D,Polyhedral,DSC-CMT,36
1D,Polyhedral Representations,DSC-CMT,43
1D,Polymer 2,DSC-CHM,41
1D,Polymeric,DSC-DSC,176
1D,Polymeric Chain,DSC-DSC,38
1D,Polymers,DSC-APL,190
1D,Polymers,DSC-DSC,723
1D,Polymers,DSC-PRO,54
1D,Polyoxometalates,DSC-CHM,84
1D,Polypyrrole,DSC-CHM,31
1D,Polyrotaxane,DSC-CHM,30
1D,Polystyrene,DSC-CHM,66
1D,Polysulfides,DSC-CHM,35
1D,Pore Diameter,DSC-PRO,40
1D,Pore Size Distribution,DSC-PRO,84
1D,Pore Sizes,DSC-PRO,82
1D,Pore Structure,DSC-PRO,40
1D,Pore Volume,DSC-PRO,37
1D,Porosity,DSC-PRO,177
1D,Porous,CMT-DSC,45
1D,Porous,DSC-DSC,581
1D,Porous,DSC-PRO,34
1D,Porphyrin,DSC-CHM,70
1D,Potassium,DSC-CHM,65
1D,Potential,DSC-PRO,64
1D,Powder,CMT-DSC,40
1D,Powder,DSC-CMT,44
1D,Powder,DSC-DSC,428
1D,Powder X-Ray Diffraction,DSC-CMT,176
1D,Powder XRD,DSC-CMT,50
1D,Powders,DSC-DSC,94
1D,Power,DSC-PRO,33
1D,Power Conversion Efficiency,DSC-PRO,108
1D,Power Density,DSC-PRO,107
1D,Prepared,DSC-DSC,38
1D,Pressure,DSC-PRO,50
1D,Profile,CMT-CMT,47
1D,Profile,DSC-CMT,36
1D,Protonic Conductivity,DSC-PRO,52
1D,Pt,CMT-CHM,38
1D,Pt,DSC-CHM,436
1D,Pure,DSC-DSC,87
1D,Pyrazine,DSC-CHM,65
1D,Pyrene,DSC-CHM,43
1D,Pyridine,DSC-CHM,228
1D,Pyridyl,DSC-CHM,127
1D,Pyrolysis,DSC-SMT,65
1D,QD,DSC-APL,30
1D,QD,DSC-DSC,63
1D,QDS,DSC-DSC,118
1D,Quantum Dots,DSC-APL,36
1D,Quantum Dots,DSC-DSC,157
1D,Quantum Efficiency,DSC-PRO,35
1D,Quantum Well,DSC-APL,38
1D,Quantum Wires,DSC-DSC,51
1D,Quantum Yield,DSC-PRO,40
1D,Quartz,DSC-CHM,83
1D,Quasi-1D,DSC-DSC,89
1D,Quasi-One,DSC-CHM,127
1D,Quasi-One Dimensional,DSC-DSC,133
1D,Ragone Plot,DSC-CMT,30
1D,Raman,CMT-CMT,49
1D,Raman,DSC-CMT,345
1D,Raman Spectroscopy,DSC-CMT,88
1D,Rate,DSC-PRO,30
1D,Rate Capabilities,DSC-PRO,31
1D,Rate Capability,DSC-PRO,197
1D,Rate Constant,DSC-PRO,40
1D,Rate Performance,DSC-PRO,139
1D,Reaction Mechanism,DSC-PRO,32
1D,Reaction Rate,DSC-PRO,31
1D,Recovery Time,DSC-PRO,32
1D,Redox Potential,DSC-PRO,34
1D,Reductions,DSC-APL,38
1D,Reductions,DSC-SMT,78
1D,Reference Electrode,DSC-APL,30
1D,Refinement,DSC-PRO,40
1D,Reflectance,DSC-CMT,39
1D,Reflectance,DSC-PRO,49
1D,Reflectance Spectra,DSC-CMT,32
1D,Reflection Spectra,DSC-CMT,32
1D,Reflections,DSC-PRO,46
1D,Refractive Index,DSC-PRO,105
1D,Resistance,DSC-PRO,116
1D,Resistivity,DSC-PRO,66
1D,Resonant Frequency,DSC-PRO,30
1D,Resonator,DSC-APL,38
1D,Response,DSC-PRO,102
1D,Response Time,DSC-PRO,46
1D,Responsivity,DSC-PRO,42
1D,Reversible Capacity,DSC-PRO,103
1D,RhB,DSC-CHM,53
1D,Rhodamine B,DSC-CHM,95
1D,Rhombohedral,DSC-SPL,31
1D,Ribbons,DSC-DSC,219
1D,Rietveld Refinement,DSC-CMT,41
1D,Ring,DSC-DSC,30
1D,Rings,DSC-DSC,38
1D,Rod,DSC-DSC,119
1D,Rod Shaped,DSC-DSC,33
1D,Rod-Like,DSC-DSC,48
1D,Rods,DSC-DSC,143
1D,Rotaxanes,DSC-CHM,30
1D,Roughness,DSC-PRO,35
1D,Ru,DSC-CHM,80
1D,RuO2,DSC-CHM,37
1D,Rutile,DSC-SPL,104
1D,SAED,DSC-CMT,285
1D,SAXS,CMT-CMT,110
1D,SAXS,DSC-CMT,34
1D,SBUS,DSC-PRO,32
1D,SEM,CMT-CMT,161
1D,SEM,DSC-CMT,1418
1D,SEM,PRO-CMT,30
1D,SHG,DSC-CMT,36
1D,SHG,DSC-PRO,33
1D,STM,DSC-CMT,140
1D,Sandwich,DSC-DSC,34
1D,Sapphire,DSC-CHM,39
1D,Sb,DSC-CHM,56
1D,Scanning Electron Microscope,DSC-CMT,65
1D,Scanning Electron Microscopy,DSC-CMT,300
1D,Scanning Tunneling Microscopy,DSC-CMT,98
1D,Schiff Base,DSC-CHM,82
1D,Schlafli,DSC-CMT,33
1D,Se,DSC-CHM,135
1D,Seebeck Coefficient,DSC-PRO,31
1D,Selected Area Electron Diffraction,DSC-CMT,89
1D,Selectivity,DSC-PRO,72
1D,Selenium,DSC-CHM,46
1D,Self,DSC-SMT,49
1D,Self Assembled,DSC-SMT,53
1D,Self Assembly,DSC-SMT,327
1D,Semiconducting,DSC-PRO,144
1D,Semiconductor,DSC-APL,31
1D,Semiconductor,DSC-PRO,483
1D,Sensing,DSC-APL,99
1D,Sensing Performance,DSC-PRO,38
1D,Sensitivity,DSC-PRO,133
1D,Sensor,DSC-APL,270
1D,Separator,DSC-APL,39
1D,Sers,DSC-CMT,46
1D,Sheet,DSC-DSC,317
1D,Sheet Resistance,DSC-PRO,34
1D,Sheets,DSC-DSC,382
1D,Shell,DSC-DSC,221
1D,Shells,DSC-DSC,40
1D,Short Circuit Current Density,DSC-PRO,33
1D,Si,CMT-CHM,77
1D,Si,DSC-CHM,462
1D,SiC,DSC-CHM,62
1D,SiO2,CMT-CHM,47
1D,SiO2,DSC-CHM,271
1D,Sibs,DSC-APL,33
1D,Silica,CMT-CHM,46
1D,Silica,DSC-CHM,211
1D,Silicon,CMT-CHM,51
1D,Silicon,DSC-CHM,332
1D,Silver,DSC-CHM,301
1D,Silver(I),DSC-CHM,98
1D,Simulation,DSC-CMT,52
1D,Single Chain,DSC-DSC,33
1D,Single Crystal,CMT-DSC,36
1D,Single Crystal,DSC-CMT,192
1D,Single Crystal,DSC-DSC,912
1D,Single Crystal X-Ray Diffraction,DSC-CMT,387
1D,Single Crystalline,DSC-DSC,169
1D,Single Layer,DSC-DSC,93
1D,Single Walled,DSC-DSC,86
1D,Singlet,DSC-CMT,34
1D,Singlet,DSC-DSC,178
1D,Singlet,DSC-PRO,36
1D,Sintering,DSC-SMT,32
1D,Size,DSC-PRO,37
1D,Size Distribution,DSC-PRO,47
1D,Sky Blue,DSC-CHM,32
1D,Slab,DSC-DSC,76
1D,Sm,DSC-CHM,71
1D,Sn,DSC-CHM,121
1D,SnO2,DSC-CHM,143
1D,Society,CMT-CMT,49
1D,Society,DSC-CMT,527
1D,Society of Chemistry,DSC-CMT,45
1D,Sodium,DSC-CHM,139
1D,Sodium Ion Battery,DSC-APL,48
1D,Soft,DSC-PRO,38
1D,Sol-Gel,DSC-SMT,49
1D,Solar Cell,CMT-APL,41
1D,Solar Cell,DSC-APL,240
1D,Solid,DSC-DSC,132
1D,Solid,DSC-PRO,42
1D,Solid State Emission,DSC-CMT,146
1D,Solid State Photoluminescence,DSC-CMT,42
1D,Solid State Reaction,DSC-SMT,31
1D,Solid State Structure,DSC-PRO,39
1D,Solid-State Fluorescence,DSC-CMT,32
1D,Solution,DSC-DSC,40
1D,Solvothermal,DSC-SMT,85
1D,Solvothermal Condition,DSC-SMT,93
1D,Solvothermal Method,DSC-SMT,55
1D,Solvothermal Reaction,DSC-SMT,101
1D,Source,DSC-APL,41
1D,Space Filling,DSC-CMT,46
1D,Space Filling Model,DSC-CMT,107
1D,Space Filling Representation,DSC-CMT,49
1D,Specific Capacitance,DSC-PRO,163
1D,Specific Capacity,DSC-PRO,119
1D,Specific Heat,DSC-PRO,45
1D,Specific Surface Area,DSC-PRO,177
1D,Spectroscopic,DSC-CMT,33
1D,Spectroscopic Analysis,CMT-CMT,68
1D,Spectroscopic Methods,CMT-CMT,64
1D,Spectroscopy,DSC-CMT,32
1D,Spectrum,DSC-PRO,47
1D,Sphere,DSC-DSC,172
1D,Spherical,DSC-DSC,59
1D,Spin,DSC-PRO,105
1D,Spin Coater,DSC-SMT,47
1D,Spin Coating,DSC-SMT,56
1D,Spin Crossover,DSC-PRO,37
1D,Spin Density,DSC-PRO,31
1D,Spin Orbit Coupling,DSC-PRO,35
1D,Spinels,DSC-SPL,43
1D,Spins,DSC-PRO,51
1D,Sql,DSC-SPL,53
1D,Square,DSC-DSC,60
1D,Sr,DSC-CHM,50
1D,Stability,CMT-PRO,45
1D,Stability,DSC-PRO,482
1D,Stability Tests,DSC-CMT,31
1D,Stable,DSC-PRO,73
1D,Stacking,DSC-PRO,38
1D,State,DSC-PRO,33
1D,States,DSC-PRO,36
1D,Stem,DSC-CMT,98
1D,Stick,DSC-CMT,42
1D,Stiffnesses,DSC-PRO,35
1D,Stoichiometries,DSC-DSC,32
1D,Stoichiometry,DSC-PRO,33
1D,Strengths,DSC-PRO,44
1D,Stress,CMT-PRO,47
1D,Stress,DSC-PRO,87
1D,Stretchable,DSC-PRO,41
1D,Stripes,DSC-DSC,50
1D,Structural,CMT-PRO,39
1D,Structural,DSC-PRO,430
1D,Structural Analysis,DSC-CMT,135
1D,Structural Characteristic,DSC-PRO,34
1D,Structural Characterization,DSC-CMT,74
1D,Structural Feature,DSC-PRO,96
1D,Structural Formulae,DSC-PRO,37
1D,Structural Model,DSC-CMT,60
1D,Structural Parameter,DSC-PRO,92
1D,Structural Property,DSC-PRO,35
1D,Structural Stability,DSC-PRO,64
1D,Structurally,DSC-PRO,36
1D,Structure,CMT-PRO,256
1D,Structure,DSC-CMT,34
1D,Structure,DSC-PRO,3148
1D,Structure,PRO-PRO,94
1D,Structure Refinement,DSC-CMT,857
1D,Structures,CMT-PRO,181
1D,Structures,DSC-PRO,1056
1D,Styrene,DSC-CHM,36
1D,Substrate,CMT-DSC,143
1D,Substrate,DSC-DSC,1054
1D,Substrate,PRO-DSC,41
1D,Sugar,CMT-CHM,45
1D,Sulfates,DSC-CHM,59
1D,Sulfide,DSC-CHM,52
1D,Sulfonated,DSC-CHM,31
1D,Sulfur,DSC-CHM,171
1D,Supercapacitor,DSC-APL,189
1D,Superconducting,DSC-PRO,39
1D,Superconductor,DSC-PRO,60
1D,Superlattice,DSC-DSC,74
1D,Superparamagnetism,DSC-PRO,31
1D,Supramolecular Structure,DSC-PRO,177
1D,Surface,CMT-DSC,236
1D,Surface,DSC-DSC,1437
1D,Surface,DSC-PRO,71
1D,Surface,PRO-DSC,81
1D,Surface Area,DSC-PRO,310
1D,Surface Energy,DSC-PRO,34
1D,Surface Morphology,DSC-PRO,78
1D,Surface State,DSC-PRO,38
1D,Surface Structure,DSC-PRO,35
1D,Surface-to-Volume Ratio,DSC-PRO,34
1D,Surfaces,CMT-DSC,54
1D,Surfaces,DSC-DSC,419
1D,Surfaces,PRO-DSC,30
1D,Susceptibility,DSC-PRO,61
1D,Suspension,DSC-DSC,45
1D,Symbols,DSC-PRO,36
1D,Symmetry,DSC-PRO,54
1D,T,CMT-PRO,57
1D,T,DSC-PRO,143
1D,T,DSC-SPL,54
1D,TC,DSC-PRO,60
1D,TEM,CMT-CMT,155
1D,TEM,DSC-CMT,1242
1D,TG,DSC-CMT,196
1D,TG Analysis,DSC-CMT,39
1D,TG Curve,DSC-CMT,31
1D,THF,CMT-CHM,35
1D,THF,DSC-CHM,167
1D,TN,DSC-PRO,37
1D,TOCSY,CMT-CMT,53
1D,Ta,DSC-CHM,30
1D,Tafel Plots,DSC-CMT,46
1D,Tafel Slope,DSC-PRO,47
1D,Tape,DSC-DSC,51
1D,Tb,DSC-CHM,101
1D,Tb3+,DSC-CHM,57
1D,Te,DSC-CHM,81
1D,Temperature,CMT-PRO,89
1D,Temperature,DSC-PRO,123
1D,Tensile Strength,DSC-PRO,32
1D,Terephthalate,DSC-CHM,31
1D,Tetragonal,DSC-SPL,108
1D,Tga,DSC-CMT,458
1D,Thermal,DSC-PRO,196
1D,Thermal Analysis,DSC-CMT,91
1D,Thermal Annealing,DSC-SMT,57
1D,Thermal Behavior,DSC-PRO,44
1D,Thermal Conductivity,DSC-PRO,111
1D,Thermal Decomposition,DSC-SMT,44
1D,Thermal Ellipsoids,DSC-CMT,202
1D,Thermal Ellipsoids,DSC-PRO,94
1D,Thermal Properties,DSC-PRO,45
1D,Thermal Stabilities,DSC-PRO,103
1D,Thermal Stability,DSC-PRO,208
1D,Thermal Treatment,DSC-SMT,59
1D,Thermally Stable,DSC-PRO,36
1D,Thermoelectric,DSC-PRO,32
1D,Thermogravimetric,DSC-CMT,63
1D,Thermogravimetric Analysis,DSC-CMT,278
1D,Thin,DSC-DSC,114
1D,Thin Films,CMT-DSC,78
1D,Thin Films,DSC-DSC,369
1D,Thin Layer,DSC-DSC,39
1D,Thiols,DSC-CHM,37
1D,Thiophene,DSC-CHM,33
1D,Three,DSC-DSC,64
1D,Three Dimensional,DSC-DSC,584
1D,Three-Dimensional,DSC-DSC,58
1D,Ti,DSC-CHM,197
1D,TiO2,DSC-CHM,600
1D,Tin,DSC-CHM,50
1D,Tin Oxide,DSC-CHM,42
1D,Titanates,DSC-CHM,31
1D,Titania,DSC-CHM,70
1D,Titanium,DSC-CHM,52
1D,Tm,DSC-PRO,31
1D,Toluene,CMT-CHM,39
1D,Toluene,DSC-CHM,168
1D,Topography,DSC-PRO,43
1D,Topological Net,DSC-PRO,52
1D,Topological Network,DSC-PRO,33
1D,Topological Representation,DSC-CMT,91
1D,Topological Structure,DSC-PRO,39
1D,Topological View,DSC-CMT,39
1D,Topologically,DSC-PRO,66
1D,Topology,DSC-PRO,245
1D,Torsional Angle,DSC-PRO,44
1D,Total Energy,DSC-PRO,45
1D,Transfer,DSC-PRO,44
1D,Transfer Characteristic,DSC-PRO,41
1D,Transformation,DSC-CMT,33
1D,Transistors,DSC-APL,60
1D,Transition Metal,DSC-CHM,237
1D,Transition Metal Dichalcogenides,DSC-CHM,41
1D,Transition Metal Oxide,DSC-CHM,38
1D,Transition Temperature,DSC-PRO,34
1D,Transitions,DSC-PRO,35
1D,Transmission,DSC-CMT,37
1D,Transmission,DSC-PRO,80
1D,Transmission Electron Microscope,DSC-CMT,54
1D,Transmission Electron Microscopy,DSC-CMT,310
1D,Transmission Spectra,DSC-CMT,38
1D,Transparency,DSC-PRO,33
1D,Transparent,DSC-PRO,137
1D,Transport Properties,DSC-PRO,52
1D,Transporter,DSC-PRO,64
1D,Triangular,DSC-DSC,35
1D,Triclinic,DSC-SPL,93
1D,Tridentate,DSC-CHM,30
1D,Trigonal,DSC-SPL,76
1D,Tube,DSC-DSC,111
1D,Tubes,DSC-DSC,130
1D,Tubular,DSC-DSC,78
1D,Two,DSC-DSC,120
1D,Two-Dimensional,CMT-CMT,104
1D,Two-Dimensional,DSC-CMT,33
1D,Two-Dimensional,DSC-DSC,1057
1D,Two-Dimensional,PRO-DSC,39
1D,UV,CMT-CMT,89
1D,UV Irradiation,DSC-SMT,94
1D,UV Transmittance,DSC-PRO,90
1D,UV Vis,CMT-CMT,41
1D,UV Vis,DSC-CMT,162
1D,UV Vis Absorption,CMT-CMT,41
1D,UV Vis Absorption,DSC-CMT,155
1D,UV Vis Diffuse Reflectance,DSC-CMT,48
1D,UV Vis Spectroscopy,DSC-CMT,68
1D,UV Visible Absorption,DSC-CMT,70
1D,UV-VIS Spectral,DSC-CMT,106
1D,Ultra-Thin,DSC-DSC,140
1D,Undoped,DSC-DSC,30
1D,Unit Cell,DSC-DSC,45
1D,Unit Cell,DSC-PRO,98
1D,Unit Cell Parameter,DSC-PRO,46
1D,Uranyl,DSC-CHM,47
1D,Urea,DSC-CHM,69
1D,V2O5,DSC-CHM,71
1D,VLS,DSC-SMT,37
1D,VOC,DSC-PRO,35
1D,Valence Band,DSC-PRO,84
1D,Vanadium,DSC-CHM,45
1D,Velocity,CMT-PRO,67
1D,Velocity,DSC-PRO,77
1D,Viscosity,DSC-PRO,54
1D,Voltages,DSC-PRO,61
1D,WAXD,CMT-CMT,38
1D,WAXS,CMT-CMT,50
1D,WO3,DSC-CHM,73
1D,Wafers,DSC-DSC,112
1D,Water Soluble,DSC-PRO,43
1D,Water Splitting,DSC-APL,83
1D,Wave Function,DSC-PRO,50
1D,Waveguide,DSC-APL,94
1D,Wettability,DSC-PRO,34
1D,Wire,DSC-DSC,166
1D,Wires,DSC-DSC,198
1D,Work Function,DSC-PRO,44
1D,Working Electrodes,DSC-APL,45
1D,Wurtzite,DSC-CHM,84
1D,Wurtzite,DSC-SPL,74
1D,X Ray,DSC-CMT,114
1D,X Ray Analysis,DSC-CMT,92
1D,X-Ray Crystal Structure,DSC-CMT,76
1D,X-Ray Crystallography,DSC-CMT,193
1D,X-Ray Diffraction,CMT-CMT,74
1D,X-Ray Diffraction,DSC-CMT,1125
1D,X-Ray Photoelectron Spectroscopy,DSC-CMT,121
1D,X-Ray Powder Diffraction,DSC-CMT,118
1D,X-Ray Single Crystal Diffraction,DSC-CMT,68
1D,X-Ray Structural Analysis,DSC-CMT,68
1D,X-ray Structure,DSC-CMT,130
1D,XPS,CMT-CMT,39
1D,XPS,DSC-CMT,384
1D,XRD,CMT-CMT,93
1D,XRD,DSC-CMT,976
1D,XRPD,DSC-CMT,88
1D,Xanes,DSC-CMT,33
1D,Xe,DSC-CHM,38
1D,Yb,DSC-CHM,44
1D,Young’s Modulus,DSC-PRO,37
1D,ZFC,DSC-CMT,33
1D,ZIF,DSC-CHM,32
1D,Zeolites,DSC-CHM,88
1D,Zero Dimensional,DSC-DSC,109
1D,Zinc,DSC-CHM,179
1D,Zinc II,DSC-CHM,57
1D,Zinc Oxide,DSC-CHM,62
1D,Zn,DSC-CHM,485
1D,Zn(II),DSC-CHM,343
1D,Zn1,DSC-CHM,43
1D,Zn2,DSC-CHM,44
1D,Zn2+,DSC-CHM,113
1D,ZnII,DSC-CHM,32
1D,ZnO,DSC-CHM,477
1D,ZnS,DSC-CHM,98
1D,ZnSe,DSC-CHM,33
1D,Zr,DSC-CHM,42
1D,cadmium,DSC-CHM,102
1D,g-C3N4,DSC-CHM,66
1D,perovskite solar cells,DSC-APL,48
1D,Δ,DSC-PRO,35
1D,β,DSC-PRO,86
1D,π-π,DSC-PRO,66
1D,π-π Interaction,DSC-PRO,38
1D,π-π Stacking,DSC-PRO,108
1D,π–π Stacking,DSC-PRO,34
1D,σ,DSC-PRO,37
1D 1H NMR,1H,CMT-CHM,43
1D Arrays,1D,DSC-DSC,31
1D Chains,1 + Z,DSC-CHM,31
1D Chains,1-CPE,DSC-CHM,38
1D Chains,1-D,DSC-DSC,192
1D Chains,1D,DSC-DSC,894
1D Chains,1D Double Chain,DSC-DSC,37
1D Chains,1H,DSC-CHM,63
1D Chains,1H NMR,DSC-CMT,39
1D Chains,"2,Y,Z",DSC-CHM,30
1D Chains,"2,Z",DSC-CHM,39
1D Chains,2-D,DSC-DSC,163
1D Chains,2D,DSC-DSC,1095
1D Chains,2D,DSC-PRO,46
1D Chains,2D Layer,DSC-DSC,664
1D Chains,2D Layered,DSC-DSC,50
1D Chains,2D Sheet,DSC-DSC,300
1D Chains,3,DSC-DSC,78
1D Chains,3-D,DSC-DSC,177
1D Chains,3D,DSC-CMT,31
1D Chains,3D,DSC-DSC,1073
1D Chains,3D,DSC-PRO,168
1D Chains,3D Porous,DSC-DSC,34
1D Chains,3D Structure,DSC-PRO,112
1D Chains,3D Supramolecular Structure,DSC-PRO,39
1D Chains,AC Susceptibility,DSC-PRO,33
1D Chains,Absorption,DSC-CMT,30
1D Chains,Absorption Spectrum,DSC-CMT,84
1D Chains,Acetate,DSC-CHM,40
1D Chains,Acetone,DSC-CHM,39
1D Chains,Acetonitrile,DSC-CHM,72
1D Chains,Ag,DSC-CHM,136
1D Chains,Ag(I),DSC-CHM,89
1D Chains,Amines,DSC-CHM,39
1D Chains,Angles,DSC-PRO,331
1D Chains,Antiferromagnetic Coupling,DSC-PRO,39
1D Chains,Antiferromagnetic Interaction,DSC-PRO,65
1D Chains,Arrhenius Plot,DSC-CMT,36
1D Chains,As-Synthesized,DSC-DSC,64
1D Chains,Au,DSC-CHM,46
1D Chains,Azides,DSC-CHM,44
1D Chains,Azido,DSC-CHM,46
1D Chains,Ball and Stick Representation,DSC-CMT,70
1D Chains,Ball-And-Stick,DSC-CMT,30
1D Chains,Band Structure,DSC-PRO,49
1D Chains,Bandgap,DSC-PRO,30
1D Chains,Benzenes,DSC-CHM,66
1D Chains,Bipy,DSC-CHM,32
1D Chains,Blue Line,DSC-CHM,71
1D Chains,Bond Angles,DSC-PRO,65
1D Chains,Bond Distance,DSC-PRO,105
1D Chains,Bond Length,DSC-PRO,346
1D Chains,Br,DSC-CHM,99
1D Chains,Bulk,DSC-DSC,54
1D Chains,C,DSC-CHM,45
1D Chains,CH2Cl2,DSC-CHM,46
1D Chains,CH3CN,DSC-CHM,59
1D Chains,CH3OH,DSC-CHM,30
1D Chains,CH4,DSC-CHM,31
1D Chains,CHO,DSC-CHM,58
1D Chains,CO,DSC-CHM,40
1D Chains,CO2,DSC-CHM,136
1D Chains,CPS,DSC-PRO,35
1D Chains,Carbon,DSC-CHM,187
1D Chains,Carboxyl,DSC-CHM,45
1D Chains,Carboxylates,DSC-CHM,226
1D Chains,Carboxylic Acid,DSC-CHM,36
1D Chains,Catalyst,DSC-APL,60
1D Chains,Cd,DSC-CHM,156
1D Chains,Cd(II),DSC-CHM,236
1D Chains,Cd2,DSC-CHM,38
1D Chains,Cd2+,DSC-CHM,38
1D Chains,CdII,DSC-CHM,51
1D Chains,Chains,DSC-DSC,503
1D Chains,Chains,DSC-PRO,47
1D Chains,Chemical Structures,DSC-PRO,66
1D Chains,Chiral,DSC-PRO,38
1D Chains,Chlorides,DSC-CHM,56
1D Chains,Chlorines,DSC-CHM,34
1D Chains,Cl,DSC-CHM,165
1D Chains,ClO4,DSC-CHM,31
1D Chains,Cluster,DSC-DSC,249
1D Chains,Co,DSC-CHM,158
1D Chains,Co II,DSC-CHM,189
1D Chains,Co2+,DSC-CHM,34
1D Chains,Cobalt,DSC-CHM,57
1D Chains,Cocrystal,DSC-DSC,47
1D Chains,Color,DSC-PRO,70
1D Chains,Composite,DSC-DSC,30
1D Chains,Compositions,DSC-PRO,36
1D Chains,Cooling,DSC-SMT,32
1D Chains,Coordination,DSC-DSC,41
1D Chains,Coordination,DSC-PRO,178
1D Chains,Coordination Environment,DSC-PRO,914
1D Chains,Coordination Geometry,DSC-PRO,109
1D Chains,Coordination Mode,DSC-PRO,418
1D Chains,Coordination Network,DSC-PRO,34
1D Chains,Coordination Polymer,DSC-DSC,141
1D Chains,Coordination Polymer,DSC-PRO,82
1D Chains,Copper,DSC-CHM,129
1D Chains,Copper II,DSC-CHM,59
1D Chains,Crystal,DSC-CMT,88
1D Chains,Crystal,DSC-DSC,284
1D Chains,Crystal,DSC-PRO,51
1D Chains,Crystal Data,DSC-CMT,296
1D Chains,Crystal Lattice,DSC-DSC,32
1D Chains,Crystal Packings,DSC-PRO,112
1D Chains,Crystal Structure,DSC-PRO,509
1D Chains,Crystalline,DSC-DSC,80
1D Chains,Crystallography,DSC-CMT,67
1D Chains,Cu,DSC-CHM,240
1D Chains,Cu(I),DSC-CHM,35
1D Chains,Cu(II),DSC-CHM,208
1D Chains,Cu2+,DSC-CHM,60
1D Chains,CuI,DSC-CHM,31
1D Chains,Cubic,DSC-SPL,32
1D Chains,Curie Weiss Law,DSC-CMT,33
1D Chains,Cyan,DSC-CHM,34
1D Chains,Cyclic Voltammogram,DSC-CMT,139
1D Chains,C–H,DSC-CHM,63
1D Chains,DFT,DSC-CMT,78
1D Chains,DMF,DSC-CHM,189
1D Chains,DMSO,DSC-CHM,56
1D Chains,DSC,DSC-CMT,75
1D Chains,Diagram,DSC-CMT,49
1D Chains,Diamondoid,DSC-SPL,33
1D Chains,Diamonds,DSC-CHM,55
1D Chains,Dicarboxylate,DSC-CHM,34
1D Chains,Displacement Ellipsoid,DSC-CMT,67
1D Chains,Distance,DSC-PRO,31
1D Chains,Doped,DSC-DSC,36
1D Chains,Double Chain,DSC-DSC,56
1D Chains,Double Layered,DSC-DSC,36
1D Chains,Electrode,DSC-APL,44
1D Chains,Electrodes,DSC-APL,33
1D Chains,Elemental Analysis,DSC-CMT,169
1D Chains,Ellipsoids,DSC-CMT,46
1D Chains,Emission Spectra,DSC-CMT,308
1D Chains,Emission Spectrum,DSC-CMT,55
1D Chains,Emissions,DSC-CMT,50
1D Chains,Epr,DSC-CMT,44
1D Chains,Ethanol,DSC-CHM,78
1D Chains,Ethylene Diamine,DSC-CHM,32
1D Chains,Eu,DSC-CHM,66
1D Chains,Eu3+,DSC-CHM,52
1D Chains,Excitation Spectra,DSC-CMT,47
1D Chains,F,DSC-CHM,49
1D Chains,FT-IR,DSC-CMT,32
1D Chains,Fe,DSC-CHM,83
1D Chains,Fe3+,DSC-CHM,42
1D Chains,Film,DSC-DSC,41
1D Chains,Fluorescence,DSC-CMT,56
1D Chains,Fluorescence Emission,DSC-CMT,36
1D Chains,Fluorescence Intensity,DSC-PRO,30
1D Chains,Framework Structure,DSC-PRO,34
1D Chains,G,DSC-PRO,56
1D Chains,Gd,DSC-CHM,44
1D Chains,Geometrical Parameters,DSC-PRO,30
1D Chains,H2,DSC-CHM,42
1D Chains,H2L,DSC-CHM,44
1D Chains,H2O,DSC-CHM,154
1D Chains,H2O2,DSC-CHM,45
1D Chains,H2SO4,DSC-CHM,83
1D Chains,HRTEM,DSC-CMT,31
1D Chains,Halides,DSC-CHM,46
1D Chains,Halogen,DSC-CHM,59
1D Chains,Heating,DSC-SMT,69
1D Chains,Helical,DSC-PRO,34
1D Chains,Hexagonal,DSC-SPL,80
1D Chains,Homo,DSC-PRO,49
1D Chains,Hydrogen,DSC-CHM,1766
1D Chains,Hydrogen Bonding,DSC-PRO,44
1D Chains,Hydrothermal,DSC-SMT,62
1D Chains,Hydrothermal Condition,DSC-SMT,66
1D Chains,Hydrothermal Reaction,DSC-SMT,53
1D Chains,Hysteresis Loop,DSC-CMT,32
1D Chains,IR Spectroscopy,DSC-CMT,48
1D Chains,Imidazole,DSC-CHM,44
1D Chains,Interaction,DSC-PRO,33
1D Chains,Ir,DSC-CMT,196
1D Chains,Irradiation,DSC-SMT,48
1D Chains,K+,DSC-CHM,34
1D Chains,Keggin,DSC-SPL,34
1D Chains,LUMO,DSC-PRO,36
1D Chains,La,DSC-CHM,31
1D Chains,Ladders,DSC-DSC,47
1D Chains,Lanthanides,DSC-CHM,59
1D Chains,Layer Structured,DSC-PRO,74
1D Chains,Layered,DSC-DSC,83
1D Chains,Layers,DSC-DSC,604
1D Chains,Local Coordination Environment,DSC-PRO,45
1D Chains,Luminescence,DSC-PRO,36
1D Chains,Luminescence Intensity,DSC-PRO,36
1D Chains,Luminescence Spectra,DSC-CMT,30
1D Chains,Luminescent Property,DSC-PRO,44
1D Chains,M,DSC-PRO,41
1D Chains,MOFs,DSC-APL,30
1D Chains,Magenta,DSC-CHM,47
1D Chains,Magnetic Behaviour,DSC-PRO,31
1D Chains,Magnetic Measurement,DSC-CMT,51
1D Chains,Magnetic Properties,DSC-PRO,75
1D Chains,Magnetic Susceptibility,DSC-PRO,127
1D Chains,Magnetics,DSC-PRO,89
1D Chains,Magnetization,DSC-PRO,69
1D Chains,MeCN,DSC-CHM,41
1D Chains,MeOH,DSC-CHM,78
1D Chains,Metals,DSC-PRO,124
1D Chains,Methanol,DSC-CHM,129
1D Chains,Methyl,DSC-CHM,37
1D Chains,Mn,DSC-CHM,103
1D Chains,Mn(II),DSC-CHM,84
1D Chains,Mo,DSC-CHM,52
1D Chains,Molecular Structure,DSC-PRO,415
1D Chains,Monoclinic,DSC-SPL,62
1D Chains,N Blue,DSC-CHM,73
1D Chains,N2,DSC-CHM,122
1D Chains,NH,DSC-CHM,54
1D Chains,NHO,DSC-CHM,41
1D Chains,Na,DSC-CHM,51
1D Chains,Na+,DSC-CHM,30
1D Chains,Na2SO4,DSC-CHM,50
1D Chains,Nanoparticles,DSC-DSC,55
1D Chains,Net,DSC-DSC,51
1D Chains,Ni,DSC-CHM,114
1D Chains,Ni II,DSC-CHM,111
1D Chains,Nitrate,DSC-CHM,72
1D Chains,Nitrogen,DSC-CHM,163
1D Chains,Nyquist Plot,DSC-CMT,37
1D Chains,O,DSC-CHM,480
1D Chains,O Hydrogen,DSC-CHM,31
1D Chains,O Red,DSC-CHM,37
1D Chains,O2,DSC-CHM,55
1D Chains,OFMT,DSC-CMT,93
1D Chains,OH,DSC-CHM,45
1D Chains,ORTEP,DSC-CMT,117
1D Chains,ORTEP Drawing,DSC-CMT,88
1D Chains,ORTEP Plot,DSC-CMT,36
1D Chains,Of Chemistry,DSC-CMT,47
1D Chains,One-Dimensional,DSC-DSC,139
1D Chains,Orthorhombic,DSC-SPL,31
1D Chains,Oxalates,DSC-CHM,45
1D Chains,Oxygen,DSC-CHM,260
1D Chains,O–H,DSC-CHM,38
1D Chains,PCU,DSC-SPL,31
1D Chains,PXRD,DSC-CMT,224
1D Chains,Packing,DSC-PRO,49
1D Chains,Packing Diagram,DSC-CMT,51
1D Chains,Packing Diagram,DSC-PRO,103
1D Chains,Packing Structure,DSC-PRO,43
1D Chains,Particles,DSC-DSC,37
1D Chains,Pb,DSC-CHM,44
1D Chains,Pb(II),DSC-CHM,35
1D Chains,Perchlorate,DSC-CHM,56
1D Chains,Perovskites,DSC-CHM,31
1D Chains,Perovskites,DSC-SPL,32
1D Chains,Phen,DSC-CHM,69
1D Chains,Phenyls,DSC-CHM,77
1D Chains,Photo Luminescence,DSC-CMT,123
1D Chains,Polyhedral,DSC-CMT,46
1D Chains,Polyhedral Representations,DSC-CMT,41
1D Chains,Polymers,DSC-APL,50
1D Chains,Polymers,DSC-DSC,128
1D Chains,Polyoxometalates,DSC-CHM,34
1D Chains,Porous,DSC-DSC,55
1D Chains,Powder,DSC-DSC,135
1D Chains,Powder X-Ray Diffraction,DSC-CMT,53
1D Chains,Pt,DSC-CHM,31
1D Chains,Pyridine,DSC-CHM,92
1D Chains,Pyridyl,DSC-CHM,53
1D Chains,Raman,DSC-CMT,58
1D Chains,Ribbons,DSC-DSC,30
1D Chains,SEM,DSC-CMT,125
1D Chains,STM,DSC-CMT,38
1D Chains,Schiff Base,DSC-CHM,41
1D Chains,Se,DSC-CHM,34
1D Chains,Self Assembly,DSC-SMT,42
1D Chains,Sheet,DSC-DSC,115
1D Chains,Sheets,DSC-DSC,99
1D Chains,Si,DSC-CHM,35
1D Chains,Silver,DSC-CHM,58
1D Chains,Single Crystal,DSC-CMT,65
1D Chains,Single Crystal,DSC-DSC,274
1D Chains,Single Crystal X-Ray Diffraction,DSC-CMT,119
1D Chains,Singlet,DSC-DSC,42
1D Chains,Society,DSC-CMT,65
1D Chains,Solid,DSC-DSC,59
1D Chains,Solid State Emission,DSC-CMT,122
1D Chains,Space Filling Model,DSC-CMT,47
1D Chains,Sql,DSC-SPL,31
1D Chains,Stern Volmer Plot,DSC-CMT,30
1D Chains,Stick,DSC-CMT,38
1D Chains,Structural,DSC-PRO,105
1D Chains,Structural Analysis,DSC-CMT,33
1D Chains,Structure,DSC-PRO,1375
1D Chains,Structure Refinement,DSC-CMT,627
1D Chains,Structures,DSC-PRO,286
1D Chains,Substrate,DSC-DSC,53
1D Chains,Sulfates,DSC-CHM,33
1D Chains,Sulfur,DSC-CHM,32
1D Chains,Supramolecular Structure,DSC-PRO,119
1D Chains,Surface,DSC-DSC,105
1D Chains,Surfaces,DSC-DSC,34
1D Chains,T,DSC-PRO,43
1D Chains,TEM,DSC-CMT,66
1D Chains,TG,DSC-CMT,118
1D Chains,TGA,DSC-CMT,42
1D Chains,THF,DSC-CHM,40
1D Chains,Tb,DSC-CHM,36
1D Chains,Tb3+,DSC-CHM,35
1D Chains,Tga,DSC-CMT,170
1D Chains,Thermal,DSC-PRO,67
1D Chains,Thermal Ellipsoids,DSC-CMT,127
1D Chains,Thermal Ellipsoids,DSC-PRO,86
1D Chains,Thermal Stability,DSC-PRO,33
1D Chains,Thermogravimetric Analysis,DSC-CMT,95
1D Chains,Three Dimensional,DSC-DSC,48
1D Chains,Topological Net,DSC-PRO,36
1D Chains,Topological Representation,DSC-CMT,71
1D Chains,Topology,DSC-PRO,130
1D Chains,Transition Metal,DSC-CHM,69
1D Chains,Triclinic,DSC-SPL,36
1D Chains,Two-Dimensional,DSC-DSC,88
1D Chains,UV Irradiation,DSC-SMT,35
1D Chains,UV Vis,DSC-CMT,62
1D Chains,UV Vis Absorption,DSC-CMT,66
1D Chains,Unit Cell,DSC-PRO,47
1D Chains,X Ray,DSC-CMT,31
1D Chains,X-Ray Crystal Structure,DSC-CMT,32
1D Chains,X-Ray Crystallography,DSC-CMT,62
1D Chains,X-Ray Diffraction,DSC-CMT,268
1D Chains,X-Ray Powder Diffraction,DSC-CMT,43
1D Chains,X-ray Structure,DSC-CMT,46
1D Chains,XPS,DSC-CMT,43
1D Chains,XRD,DSC-CMT,104
1D Chains,XRPD,DSC-CMT,35
1D Chains,Zinc,DSC-CHM,80
1D Chains,Zn,DSC-CHM,203
1D Chains,Zn(II),DSC-CHM,234
1D Chains,Zn1,DSC-CHM,55
1D Chains,Zn2,DSC-CHM,37
1D Chains,Zn2+,DSC-CHM,53
1D Chains,cadmium,DSC-CHM,50
1D Chains,β,DSC-PRO,31
1D Chains,π-π Stacking,DSC-PRO,43
1D Chains,χMT,DSC-PRO,35
1D Concentration Profile,APT,CMT-CMT,64
1D Concentration Profile,Al,CMT-CHM,37
1D Concentration Profile,Alloy,CMT-DSC,36
1D Concentration Profile,Cr,CMT-CHM,40
1D Concentration Profile,Fe,CMT-CHM,35
1D Concentration Profile,Grain Boundary,CMT-PRO,31
1D Concentration Profile,Interface,CMT-DSC,41
1D Concentration Profile,Matrix,CMT-DSC,30
1D Concentration Profile,Surface,CMT-DSC,30
1D Concentration Profile,TEM,CMT-CMT,32
1D Double Chain,1D,DSC-DSC,59
1D Double Chain,1D Chains,DSC-DSC,37
1D Double Chain,2D,DSC-DSC,66
1D Double Chain,2D Layer,DSC-DSC,39
1D Double Chain,3D,DSC-DSC,68
1D Double Chain,Coordination Environment,DSC-PRO,42
1D Double Chain,Coordination Mode,DSC-PRO,31
1D Double Chain,Hydrogen,DSC-CHM,59
1D Double Chain,Structure,DSC-PRO,59
1D Double Chain,Structure Refinement,DSC-CMT,36
1D Helical Chain,1D,DSC-DSC,68
1D Helical Chain,2D,DSC-DSC,63
1D Helical Chain,3D,DSC-DSC,79
1D Helical Chain,Angles,DSC-PRO,31
1D Helical Chain,Bond Length,DSC-PRO,32
1D Helical Chain,Chains,DSC-DSC,60
1D Helical Chain,Coordination Environment,DSC-PRO,71
1D Helical Chain,Coordination Mode,DSC-PRO,31
1D Helical Chain,Crystal Structure,DSC-PRO,31
1D Helical Chain,Hydrogen,DSC-CHM,133
1D Helical Chain,Hydrogen,PRO-CHM,40
1D Helical Chain,Layers,DSC-DSC,42
1D Helical Chain,O,DSC-CHM,36
1D Helical Chain,Structure,DSC-PRO,72
1D Helical Chain,Structure Refinement,DSC-CMT,38
1D Ladder,1D,DSC-DSC,65
1D Ladder,2D,DSC-DSC,71
1D Ladder,3D,DSC-DSC,53
1D Ladder,Chains,DSC-DSC,33
1D Ladder,Coordination Environment,DSC-PRO,39
1D Ladder,Hydrogen,DSC-CHM,69
1D Ladder,Structure,DSC-PRO,45
1D NMR,1H,CMT-CHM,45
1D NMR,2D NMR,CMT-CMT,45
1D NMR,NMR,CMT-CMT,54
1D Nanomaterials,1D,DSC-DSC,45
1D Nanomaterials,Carbon,DSC-CHM,33
1D Nanomaterials,Nanomaterial,DSC-DSC,33
1D Nanomaterials,Nanotube,DSC-DSC,32
1D Nanomaterials,Nanowires,DSC-DSC,43
1D Nanomaterials,One-Dimensional,DSC-DSC,34
1D Nanorods,1D,DSC-DSC,54
1D Nanorods,2D,DSC-DSC,30
1D Nanorods,3D,DSC-DSC,31
1D Nanorods,Morphology,DSC-PRO,40
1D Nanorods,Nanorods,DSC-DSC,74
1D Nanorods,Nanostructures,DSC-DSC,36
1D Nanorods,TEM,DSC-CMT,36
1D Nanorods,XRD,DSC-CMT,34
1D Nanostructure,1D,DSC-DSC,246
1D Nanostructure,2D,DSC-DSC,42
1D Nanostructure,3D,DSC-DSC,34
1D Nanostructure,Ag,DSC-CHM,32
1D Nanostructure,Anode,DSC-APL,46
1D Nanostructure,As Prepared,DSC-DSC,36
1D Nanostructure,Au,DSC-CHM,57
1D Nanostructure,Bulk,DSC-DSC,53
1D Nanostructure,Carbon,DSC-CHM,102
1D Nanostructure,Catalyst,DSC-APL,60
1D Nanostructure,Cathode,DSC-APL,31
1D Nanostructure,Coated,DSC-SMT,31
1D Nanostructure,Composite,DSC-DSC,61
1D Nanostructure,Compositions,DSC-PRO,35
1D Nanostructure,Crystal Structure,DSC-PRO,40
1D Nanostructure,Crystalline,DSC-DSC,34
1D Nanostructure,Doped,DSC-DSC,48
1D Nanostructure,Electrochemical Performance,DSC-PRO,37
1D Nanostructure,Electrode,DSC-APL,81
1D Nanostructure,Electrodes,DSC-APL,46
1D Nanostructure,Electrospinning,DSC-SMT,35
1D Nanostructure,Film,DSC-DSC,52
1D Nanostructure,Films,DSC-DSC,37
1D Nanostructure,HRTEM,DSC-CMT,71
1D Nanostructure,Hexagonal,DSC-SPL,35
1D Nanostructure,Hydrogen,DSC-CHM,39
1D Nanostructure,Interface,DSC-DSC,33
1D Nanostructure,Layers,DSC-DSC,54
1D Nanostructure,Li,DSC-CHM,34
1D Nanostructure,Lithium,DSC-CHM,47
1D Nanostructure,Metals,DSC-PRO,46
1D Nanostructure,Morphologies,DSC-PRO,64
1D Nanostructure,Morphology,DSC-PRO,136
1D Nanostructure,NW,DSC-DSC,35
1D Nanostructure,Nano Structured,DSC-DSC,50
1D Nanostructure,Nanobelts,DSC-DSC,62
1D Nanostructure,Nanocomposite,DSC-DSC,33
1D Nanostructure,Nanocrystals,DSC-DSC,40
1D Nanostructure,Nanofiber,DSC-DSC,69
1D Nanostructure,Nanomaterial,DSC-DSC,52
1D Nanostructure,Nanoparticle,DSC-DSC,32
1D Nanostructure,Nanoparticles,DSC-DSC,106
1D Nanostructure,Nanoribbon,DSC-DSC,33
1D Nanostructure,Nanorods,DSC-DSC,174
1D Nanostructure,Nanostructure,DSC-DSC,57
1D Nanostructure,Nanostructures,DSC-DSC,258
1D Nanostructure,Nanotube,DSC-DSC,161
1D Nanostructure,Nanowire,DSC-DSC,94
1D Nanostructure,Nanowires,DSC-DSC,238
1D Nanostructure,Ni,DSC-CHM,33
1D Nanostructure,Nws,DSC-DSC,46
1D Nanostructure,Of Chemistry,DSC-CMT,36
1D Nanostructure,One-Dimensional,DSC-DSC,190
1D Nanostructure,Oxygen,DSC-CHM,43
1D Nanostructure,Particles,DSC-DSC,39
1D Nanostructure,Photo Luminescence,DSC-CMT,46
1D Nanostructure,Porous,DSC-DSC,53
1D Nanostructure,Pt,DSC-CHM,45
1D Nanostructure,Raman,DSC-CMT,30
1D Nanostructure,SAED,DSC-CMT,46
1D Nanostructure,SEM,DSC-CMT,145
1D Nanostructure,Scanning Electron Microscopy,DSC-CMT,39
1D Nanostructure,Semiconductor,DSC-PRO,62
1D Nanostructure,Sensor,DSC-APL,34
1D Nanostructure,Si,DSC-CHM,55
1D Nanostructure,Silicon,DSC-CHM,38
1D Nanostructure,Single Crystalline,DSC-DSC,44
1D Nanostructure,Society,DSC-CMT,40
1D Nanostructure,Structure,DSC-PRO,98
1D Nanostructure,Structures,DSC-PRO,35
1D Nanostructure,Substrate,DSC-DSC,110
1D Nanostructure,Surface,DSC-DSC,103
1D Nanostructure,Surface Area,DSC-PRO,37
1D Nanostructure,Surfaces,DSC-DSC,31
1D Nanostructure,TEM,DSC-CMT,153
1D Nanostructure,Thin Films,DSC-DSC,44
1D Nanostructure,Ti,DSC-CHM,34
1D Nanostructure,TiO2,DSC-CHM,92
1D Nanostructure,Transmission Electron Microscopy,DSC-CMT,50
1D Nanostructure,X-Ray Diffraction,DSC-CMT,59
1D Nanostructure,XRD,DSC-CMT,106
1D Nanostructure,ZnO,DSC-CHM,82
1D Nanowire,Nanowires,DSC-DSC,30
1D Nanowires,1D,DSC-DSC,46
1D Nanowires,Nanowires,DSC-DSC,56
1D Polymer,1D,DSC-DSC,99
1D Polymer,2D,DSC-DSC,69
1D Polymer,3D,DSC-DSC,57
1D Polymer,Angles,DSC-PRO,31
1D Polymer,Coordination,DSC-PRO,37
1D Polymer,Coordination Polymer,DSC-DSC,40
1D Polymer,Crystal,DSC-DSC,39
1D Polymer,Crystal Structure,DSC-PRO,54
1D Polymer,Hydrogen,DSC-CHM,104
1D Polymer,Layers,DSC-DSC,38
1D Polymer,Molecular Structure,DSC-PRO,40
1D Polymer,Polymers,DSC-DSC,43
1D Polymer,Single Crystal,DSC-DSC,38
1D Polymer,Structure,DSC-PRO,70
1D Polymer,X-Ray Diffraction,DSC-CMT,33
1D Polymeric Chain,Hydrogen,DSC-CHM,44
1D Ribbon,2D,DSC-DSC,31
1D Ribbon,3D,DSC-DSC,30
1D Ribbon,Structure,DSC-PRO,30
1D WAXD,2D WAXD,CMT-CMT,43
1D WAXD,Cooling,CMT-SMT,37
1D WAXD,DSC,CMT-CMT,42
1D WAXD,Heating,CMT-SMT,34
1D Zigzag Chain,Coordination Environment,DSC-PRO,34
1D Zigzag Chain,Hydrogen,DSC-CHM,40
1D-Chain,Crystal Structure,DSC-PRO,34
1D-Chain,Hydrogen,DSC-CHM,44
1DPC,Layers,CHM-DSC,35
1DPC,Layers,DSC-DSC,44
1H,(B) 1H,CHM-CHM,364
1H,(C) 1H,CHM-CHM,209
1H,(CD3)2CO,CHM-CHM,69
1H,(CD3)2SO,CHM-CHM,76
1H,(COCl)2,CHM-CHM,69
1H,(ClO4)2,CHM-CHM,37
1H,(D) 1H,CHM-CHM,78
1H,-Tem,CHM-CMT,61
1H,"1,1,2,2-Tetrachloroethane",CHM-CHM,38
1H,"1,10-Phenantroline",CHM-CHM,205
1H,"1,10-Phenantroline",CMT-CHM,51
1H,"1,2,3-Triazole",CHM-CHM,55
1H,"1,2,4-Triazole",CHM-CHM,39
1H,"1,2-Bis(Diphenylphosphino)ethane",CHM-CHM,40
1H,"1,2-Dichlorobenzene",CHM-CHM,48
1H,"1,2-Dichloroethane",CHM-CHM,109
1H,"1,2-Dimethoxyethane",CHM-CHM,37
1H,"1,3,4-Oxadiazole",CHM-CHM,32
1H,"1,3,5-Trimethoxybenzene",CHM-CHM,53
1H,"1,3-Alternate",CHM-CHM,33
1H,"1,3-Butadiene",CHM-CHM,33
1H,"1,3-Dipolar Cycloaddition",CHM-SMT,52
1H,"1,3-Propanediol",CHM-CHM,36
1H,"1,4-Benzoquinone",CHM-CHM,38
1H,"1,4-Butanediol",CHM-CHM,84
1H,"1,4-Dioxane",CHM-CHM,280
1H,"1,5-Cyclooctadiene",CHM-CHM,65
1H,"1,8-Diazabicyclo[5.4.0]undec-7-ene",CHM-CHM,52
1H,1-Butanol,CHM-CHM,66
1H,1-D,CHM-DSC,39
1H,1-Hexene,CHM-CHM,70
1H,1-Methylimidazole,CHM-CHM,49
1H,1-Octanol,CHM-CHM,31
1H,1-Octene,CHM-CHM,74
1H,1-Phenyl Ethanol,CHM-CHM,37
1H,1-Propanol,CHM-CHM,53
1H,113Cd,CHM-CHM,39
1H,119Sn,CHM-CHM,448
1H,119Sn,CHM-CMT,152
1H,119Sn,CMT-CHM,336
1H,119Sn,CMT-CMT,122
1H,119Sn NMR Spectroscopy,CHM-CMT,39
1H,119Sn NMR Spectroscopy,CMT-CMT,34
1H,119Sn-NMR,CHM-CMT,246
1H,119Sn-NMR,CMT-CMT,181
1H,11B,CHM-CMT,183
1H,11B,CMT-CMT,109
1H,11B NMR,CHM-CMT,176
1H,11B NMR,CMT-CMT,56
1H,11B{1H},CHM-CHM,36
1H,125Te,CHM-CHM,54
1H,125Te,CMT-CHM,31
1H,129Xe,CHM-CHM,65
1H,13C,CHM-CHM,15883
1H,13C,CHM-CMT,3586
1H,13C,CHM-PRO,285
1H,13C,CMT-CHM,5669
1H,13C,CMT-CMT,2159
1H,13C,CMT-PRO,52
1H,13C,PRO-CHM,375
1H,13C,PRO-CMT,102
1H,13C,PRO-PRO,115
1H,13C (B) NMR,CMT-CMT,34
1H,13C - NMR,CHM-CMT,779
1H,13C - NMR,CMT-CMT,86
1H,13C CP MAS,CHM-CMT,86
1H,13C CP MAS NMR,CHM-CMT,232
1H,13C CP MAS NMR,CMT-CMT,35
1H,13C Chemical Shift,CHM-PRO,303
1H,13C Chemical Shift,CMT-PRO,70
1H,13C Chemical Shift,PRO-PRO,210
1H,13C MAS NMR,CHM-CMT,128
1H,13C NMR,CHM-CMT,10657
1H,13C NMR,CMT-CMT,3687
1H,13C NMR,PRO-CMT,170
1H,13C NMR Chemical Shift,CHM-PRO,53
1H,13C NMR Chemical Shift,PRO-PRO,31
1H,13C NMR Spectroscopy,CHM-CMT,659
1H,13C NMR Spectroscopy,CMT-CMT,551
1H,13C Nuclear Magnetic Resonance,CHM-CMT,144
1H,13C Nuclear Magnetic Resonance,CMT-CMT,114
1H,13C Nuclear Magnetic Resonance Spectroscopy,CHM-CMT,35
1H,13C Solid State NMR,CHM-CMT,50
1H,13C-,CHM-CMT,30
1H,13C-NMR,CHM-CMT,98
1H,13CH3,CHM-CHM,30
1H,13CO,CHM-CHM,43
1H,13CO2,CHM-CHM,37
1H,13C{1H},CHM-CHM,515
1H,13C{1H},CHM-CMT,187
1H,13C{1H},CMT-CHM,227
1H,13C{1H},CMT-CMT,118
1H,13C{1H} NMR,CHM-CMT,299
1H,13C{1H} NMR,CMT-CMT,97
1H,14C,CHM-CHM,32
1H,14N,CHM-CHM,39
1H,14N NMR,CHM-CMT,36
1H,15N,CHM-CHM,1340
1H,15N,CHM-CMT,185
1H,15N,CHM-PRO,94
1H,15N,CMT-CHM,261
1H,15N,CMT-CMT,89
1H,15N,PRO-CHM,98
1H,15N Chemical Shift,CHM-PRO,115
1H,15N Chemical Shift,PRO-PRO,33
1H,15N NMR,CHM-CMT,224
1H,15N NMR,CMT-CMT,89
1H,16O,CHM-CHM,32
1H,17O,CHM-CHM,294
1H,17O,CMT-CHM,81
1H,17O,PRO-CHM,30
1H,17O NMR,CHM-CMT,122
1H,17O NMR,CMT-CMT,46
1H,18-Crown-6,CHM-CHM,97
1H,180C,CHM-CHM,170
1H,183W,CHM-CHM,49
1H,18O,CHM-CHM,55
1H,195PT,CHM-CMT,34
1H,195Pt,CHM-CHM,254
1H,195Pt,CMT-CHM,124
1H,195pt Nmr,CHM-CMT,102
1H,195pt Nmr,CMT-CMT,51
1H,19F,CHM-CHM,1668
1H,19F,CHM-CMT,409
1H,19F,CHM-PRO,30
1H,19F,CMT-CHM,564
1H,19F,CMT-CMT,213
1H,19F,PRO-CHM,38
1H,19F MAS NMR,CHM-CMT,42
1H,19F NMR,CHM-CMT,951
1H,19F NMR,CMT-CMT,281
1H,19F NMR Spectroscopy,CHM-CMT,49
1H,19F-NMR,CHM-CMT,73
1H,19F{1H},CHM-CHM,48
1H,1D,CHM-CMT,420
1H,1D,CHM-DSC,279
1H,1D,CMT-CMT,111
1H,1D,CMT-DSC,73
1H,1D 1H NMR,CHM-CMT,43
1H,1D Chains,CHM-DSC,63
1H,1D NMR,CHM-CMT,45
1H,1H & 13C,CMT-CHM,38
1H,1H 13C CP MAS NMR,CHM-CMT,42
1H,1H 13C HSQC,CHM-CMT,178
1H,1H 15N HSQC,CHM-CMT,79
1H,1H And 2H,CHM-CHM,43
1H,1H And 2H,CMT-CHM,58
1H,1H COSY,CHM-CHM,210
1H,1H COSY,CHM-CMT,52
1H,1H COSY,CMT-CHM,80
1H,1H Chemical Shift,CHM-PRO,514
1H,1H Chemical Shift,CMT-PRO,45
1H,1H Chemical Shift,PRO-PRO,41
1H,1H DOSY,CHM-CMT,49
1H,1H DOSY NMR,CHM-CMT,62
1H,1H Decoupling,CHM-CMT,35
1H,1H MAS,CHM-CHM,197
1H,1H MAS,CHM-CMT,171
1H,1H MAS NMR,CHM-CMT,641
1H,1H MAS NMR,CMT-CMT,54
1H,1H N.M.R,CHM-CMT,39
1H,1H NMR,CHM-CMT,51677
1H,1H NMR,CMT-CMT,950
1H,1H NMR,PRO-CMT,139
1H,1H NMR Spectroscopic Analysis,CHM-CMT,34
1H,1H NMR Spectroscopy,CHM-CMT,2703
1H,1H NMR Spectroscopy,CMT-CMT,48
1H,1H NMR Titration,CHM-CMT,399
1H,1H NMRD,CHM-CMT,45
1H,1H Noesy,CHM-CMT,40
1H,1H Nuclear Magnetic Resonance,CHM-CMT,463
1H,1H Nuclear Magnetic Resonance Spectroscopy,CHM-CMT,108
1H,1H Solid State NMR,CHM-CMT,87
1H,1H Spectra,CHM-CMT,84
1H,1H Spectrum,CHM-CMT,42
1H,1H Spin-Lattice Relaxation Time,CHM-PRO,37
1H,1H T,CHM-CHM,30
1H,1H and 13C,CHM-CHM,414
1H,1H and 13C,CMT-CHM,833
1H,1H and 13C,PRO-CHM,233
1H,"1H, 13C",CHM-CMT,41
1H,"1H,1H",CHM-CHM,63
1H,1H-13C,CHM-CMT,102
1H,1H-13C,CHM-PRO,30
1H,1H-13C HMBC,CHM-CMT,83
1H,1H-13C HSQC NMR,CHM-CMT,73
1H,1H-13C NMR,CHM-CMT,37
1H,1H-15N,CHM-CMT,60
1H,1H-1H,CHM-CMT,48
1H,1H-1H COSY,CHM-CMT,551
1H,1H-1H COSY,CMT-CMT,142
1H,1H-1H COSY NMR,CHM-CMT,72
1H,1H-1H NOESY,CHM-CMT,117
1H,1H-29Si,CHM-CHM,43
1H,1H-31P,CHM-CHM,40
1H,1H-NMR,CHM-CMT,5576
1H,1H-NMR,CMT-CMT,48
1H,1H{31P},CHM-CHM,50
1H,1H–13C,CHM-CHM,210
1H,1H–15N,CHM-CHM,47
1H,1H–1H,CHM-CHM,143
1H,1T,CHM-SPL,53
1H,1T,SPL-SPL,46
1H,2 + 2,CHM-CHM,35
1H,"2,2'-Bipyridine",CHM-CHM,174
1H,"2,2'-Bipyridine",CMT-CHM,35
1H,"2,2'-Bipyridyl",CHM-CHM,36
1H,"2,2′-Bipyridine",CHM-CHM,36
1H,"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CHM-CHM,33
1H,"2,4,6-Trimethylphenyl",CHM-CHM,43
1H,"2,6-Diisopropylphenyl",CHM-CHM,37
1H,"2,6-Lutidine",CHM-CHM,64
1H,"2,6-Mes2C6H3",CHM-CHM,43
1H,"2,6-iPr2C6H3",CHM-CHM,44
1H,"2,9-Dimethyl-1,10-Phenanthroline",CHM-CHM,30
1H,2-Hydroxy-1-Naphthaldehyde,CHM-CHM,39
1H,2-Hydroxyethyl Methacrylate,CHM-CHM,58
1H,2-Mercaptoethanol,CHM-CHM,35
1H,2-Phenylpyridine,CHM-CHM,39
1H,2-Propanol,CHM-CHM,139
1H,207Pb,CHM-CHM,37
1H,23Na,CHM-CMT,71
1H,250M,CHM-CHM,36
1H,25C,CHM-CHM,923
1H,25C,CMT-CHM,31
1H,27Al,CHM-CHM,246
1H,27Al,CHM-CMT,135
1H,27Al,CMT-CHM,83
1H,27Al,CMT-CMT,55
1H,27Al MAS NMR,CHM-CMT,84
1H,27Al MAS-NMR,CHM-CMT,67
1H,27Al NMR,CHM-CMT,116
1H,27Al NMR,CMT-CMT,33
1H,29Si,CHM-CHM,536
1H,29Si,CHM-CMT,282
1H,29Si,CMT-CHM,193
1H,29Si,CMT-CMT,123
1H,29Si CP MAS NMR,CHM-CMT,44
1H,29Si MAS NMR,CHM-CMT,80
1H,29Si MAS-NMR,CHM-CMT,128
1H,29Si NMR,CHM-CMT,500
1H,29Si NMR,CMT-CMT,127
1H,29Si NMR Spectroscopy,CHM-CMT,33
1H,29Si NMR Spectroscopy,CMT-CMT,32
1H,29Si-NMR,CHM-CMT,65
1H,29Si{1H},CHM-CHM,55
1H,2D,CHM-CMT,1008
1H,2D,CHM-DSC,376
1H,2D,CMT-CMT,208
1H,2D,CMT-DSC,62
1H,2D,PRO-CMT,58
1H,2D 1H and 13C,CMT-CHM,42
1H,2D Layer,CHM-DSC,40
1H,2D NMR,CHM-CMT,466
1H,2D NMR,CMT-CMT,146
1H,2D NMR Spectroscopy,CHM-CMT,59
1H,2D NOESY,CHM-CMT,121
1H,2D ROESY,CHM-CMT,54
1H,2D-NOESY,CHM-CMT,41
1H,2D-Nmr,CHM-CMT,54
1H,2H,CHM-CHM,348
1H,2H,CMT-CHM,48
1H,2H NMR,CHM-CMT,185
1H,2H NMR,CMT-CMT,66
1H,2H2O,CHM-CHM,76
1H,2p,CHM-CMT,86
1H,3,CHM-DSC,45
1H,3,CHM-PRO,131
1H,3-D,CHM-DSC,57
1H,300MHz,CHM-CHM,74
1H,31P,CHM-CMT,671
1H,31P,CHM-PRO,34
1H,31P,CMT-CMT,435
1H,31P Chemical Shift,CHM-PRO,40
1H,31P MAS-NMR,CHM-CMT,137
1H,31P MAS-NMR,CMT-CMT,31
1H,31P NMR,CHM-CMT,1698
1H,31P NMR,CMT-CMT,675
1H,31P NMR Spectroscopy,CHM-CMT,142
1H,31P NMR Spectroscopy,CMT-CMT,109
1H,31P {1H},CHM-CHM,446
1H,31P {1H},CMT-CHM,163
1H,31P-NMR,CHM-CMT,92
1H,31P{1H} NMR,CHM-CMT,32
1H,31P{1H}-NMR,CHM-CMT,301
1H,31P{1H}-NMR,CMT-CMT,91
1H,35Cl,CHM-CHM,45
1H,37C,CHM-CHM,485
1H,3D,CHM-CMT,238
1H,3D,CHM-DSC,349
1H,3D,CHM-PRO,45
1H,3D,CMT-CMT,30
1H,3D,CMT-DSC,47
1H,3D AFM,CHM-CMT,32
1H,3D Image,CHM-CMT,54
1H,3D Structure,CHM-PRO,44
1H,"4,4'-Bipyridine",CHM-CHM,30
1H,4-(Dimethylamino)pyridine,CHM-CHM,35
1H,4-Dimethylaminopyridine,CHM-CHM,59
1H,4-Hydroxybenzaldehyde,CHM-CHM,30
1H,4-NP,CHM-CHM,35
1H,4-Nitrobenzaldehyde,CHM-CHM,33
1H,4-Nitrophenol,CHM-CHM,41
1H,4-Nitrophthalonitrile,CHM-CHM,33
1H,400MHz,CHM-CHM,72
1H,45C,CHM-CHM,45
1H,4t1,CHM-APL,41
1H,5-FU,CHM-CHM,66
1H,5-Fluorouracil,CHM-CHM,53
1H,500MHz,CHM-CHM,76
1H,51V,CHM-CHM,129
1H,51V,CHM-CMT,46
1H,51V,CMT-CHM,66
1H,51V NMR,CHM-CMT,71
1H,51V NMR,CMT-CMT,40
1H,57Fe,CHM-CHM,58
1H,"6-31+G(D,P)",CHM-CMT,30
1H,"6-311++G(D,P)",CHM-CMT,110
1H,"6-311++G(D,P)",CMT-CMT,30
1H,6-311++G**,CHM-CMT,46
1H,"6-311G(D,P)",CHM-CMT,54
1H,6-31G,CHM-CMT,48
1H,"6-31G (D,P)",CHM-CMT,96
1H,6-31G(D),CHM-CMT,113
1H,6-31G*,CHM-CMT,139
1H,6-31G**,CHM-CMT,60
1H,6-DMSO,CHM-CHM,39
1H,71Ga,CHM-CHM,33
1H,77Se,CHM-CHM,173
1H,77Se,CHM-CMT,55
1H,77Se,CMT-CHM,95
1H,77Se,CMT-CMT,41
1H,77Se NMR,CHM-CMT,60
1H,77Se{1H},CHM-CHM,32
1H,7Li,CHM-CHM,165
1H,7Li,CMT-CHM,40
1H,7Li NMR,CHM-CMT,99
1H,8-Hydroxyquinoline,CHM-CHM,58
1H,99mTc,CHM-CHM,41
1H,AAS,CHM-CMT,34
1H,ABA,CHM-SPL,37
1H,ABTS,CHM-CHM,46
1H,AC Conductivity,CHM-PRO,60
1H,AC Impedance,CHM-CMT,36
1H,ACN,CHM-CHM,77
1H,ADP,CHM-CHM,82
1H,AEM,CHM-APL,68
1H,AEMS,CHM-APL,93
1H,AEMs,CHM-APL,81
1H,AFM,CHM-CMT,2108
1H,AFM,CMT-CMT,70
1H,AFM Phase Images,CHM-CMT,31
1H,AFM Topography,CHM-CMT,82
1H,AG,CHM-APL,37
1H,AIBN,CHM-CHM,429
1H,ALP Activity,CHM-PRO,35
1H,AM1,CHM-CMT,63
1H,AMP,CHM-CHM,86
1H,AMPS,CHM-CHM,49
1H,ANOVA,CHM-CMT,76
1H,AOT,CHM-CHM,54
1H,APTES,CHM-CHM,63
1H,ATP,CHM-CHM,209
1H,ATR,CHM-CHM,92
1H,ATR,CHM-CMT,228
1H,ATR FT-IR,CHM-CMT,65
1H,ATR-FT-IR,CHM-CMT,417
1H,ATR-IR,CHM-CMT,134
1H,ATRP,CHM-SMT,736
1H,Ab Initio,CHM-CMT,50
1H,Ab Initio Calculations,CHM-CMT,120
1H,Ab Initio Calculations,CMT-CMT,33
1H,Absolute Configuration,CHM-PRO,125
1H,Absolute Configuration,CMT-PRO,31
1H,Absorbance,CHM-CMT,170
1H,Absorbance,CHM-PRO,1335
1H,Absorbance Intensity,CHM-PRO,83
1H,Absorbance Ratio,CHM-PRO,43
1H,Absorbance Spectrum,CHM-CMT,141
1H,Absorbent,CHM-APL,31
1H,Absorption,CHM-CMT,1491
1H,Absorption,CHM-PRO,838
1H,Absorption,CMT-CMT,73
1H,Absorption,CMT-PRO,61
1H,Absorption Bands,CHM-PRO,292
1H,Absorption Bands,CMT-PRO,36
1H,Absorption Capacity,CHM-PRO,32
1H,Absorption Coefficient,CHM-PRO,51
1H,Absorption Intensity,CHM-PRO,113
1H,Absorption Maximum,CHM-PRO,219
1H,Absorption Peak,CHM-PRO,97
1H,Absorption Property,CHM-PRO,38
1H,Absorption Spectra,CHM-CMT,92
1H,Absorption Spectra,CHM-PRO,53
1H,Absorption Spectroscopy,CHM-CMT,53
1H,Absorption Spectrum,CHM-CMT,1838
1H,Absorption Spectrum,CHM-PRO,62
1H,Absorption Spectrum,CMT-CMT,49
1H,Absorption Titration,CHM-CMT,66
1H,Absorption Wavelengths,CHM-PRO,71
1H,Abstract,CHM-SPL,101
1H,Abstract,CMT-SPL,31
1H,Ac,CHM-CHM,62
1H,Ac2O,CHM-CHM,255
1H,AcO,CHM-CHM,220
1H,AcOH,CHM-CHM,342
1H,AcO−,CHM-CHM,134
1H,Acac,CHM-CHM,112
1H,Acceptor,CHM-APL,37
1H,Accuracy,CHM-PRO,43
1H,Acetal,CHM-CHM,95
1H,Acetaldehyde,CHM-CHM,70
1H,Acetamide,CHM-CHM,47
1H,Acetate,CHM-CHM,770
1H,Acetate,CMT-CHM,70
1H,Acetic Acid,CHM-CHM,586
1H,Acetic Acid,CMT-CHM,63
1H,Acetic Anhydride,CHM-CHM,153
1H,Acetone,CHM-CHM,1456
1H,Acetone,CMT-CHM,160
1H,Acetone-D,CHM-CHM,87
1H,Acetone-D6,CHM-CHM,289
1H,Acetonitrile,CHM-CHM,2276
1H,Acetonitrile,CMT-CHM,232
1H,Acetonitrile-d3,CHM-CHM,83
1H,Acetophenone,CHM-CHM,136
1H,Acetyl,CHM-CHM,189
1H,Acetylacetonate,CHM-CHM,58
1H,Acetylacetone,CHM-CHM,74
1H,Acetylation,CHM-SMT,106
1H,Acetylcholine,CHM-CHM,34
1H,Acetylene,CHM-CHM,121
1H,Acid,CHM-PRO,58
1H,Acid,CHM-SMT,66
1H,Acid Strength,CHM-PRO,33
1H,Acid Treatment,CHM-SMT,45
1H,Acid Value,CHM-PRO,40
1H,Acid-Base Titration,CHM-CMT,40
1H,Acidic Hydrolysis,CHM-SMT,179
1H,Acidic Hydrolysis,CMT-SMT,44
1H,Acidic Sites,CHM-PRO,41
1H,Acidification,CHM-SMT,57
1H,Acidity,CHM-PRO,153
1H,Acidolysis,CHM-SMT,30
1H,Acridine Orange,CHM-CHM,31
1H,Acridines,CHM-CHM,32
1H,Acrylamide,CHM-CHM,130
1H,Acrylate,CHM-CHM,247
1H,Acrylic,CHM-CHM,88
1H,Acrylic Acid,CHM-CHM,152
1H,Acrylonitrile,CHM-CHM,86
1H,Acryloyl Chloride,CHM-CHM,67
1H,Activation Barrier,CHM-PRO,53
1H,Activation Energies,CHM-PRO,250
1H,Activation Energies,CMT-PRO,32
1H,Activation Energy,CHM-PRO,469
1H,Activation Energy,CMT-PRO,47
1H,Activation Parameters,CHM-PRO,201
1H,Activation Parameters,CMT-PRO,36
1H,Active Layer,CHM-APL,97
1H,Active Sites,CHM-PRO,33
1H,Activities,CHM-PRO,89
1H,Activity,CHM-PRO,580
1H,Activity,CMT-PRO,114
1H,Acyl,CHM-CHM,165
1H,Acyl Chloride,CHM-CHM,37
1H,Acylhydrazone,CHM-CHM,30
1H,Adamantane,CHM-CHM,106
1H,Adamantyl,CHM-CHM,35
1H,Addition,CHM-SMT,46
1H,Adenine,CHM-CHM,133
1H,Adenosine,CHM-CHM,58
1H,Adhesion Strength,CHM-PRO,35
1H,Adhesions,CHM-PRO,123
1H,Adhesive,CHM-APL,71
1H,Adhesive,CHM-PRO,30
1H,Adhesive Strength,CHM-PRO,31
1H,Adipate,CHM-CHM,33
1H,Adipic Acid,CHM-CHM,35
1H,Adsorbent,CHM-APL,109
1H,Adsorption,CHM-CMT,36
1H,Adsorption,CHM-PRO,46
1H,Adsorption Capacity,CHM-PRO,128
1H,Adsorption Energy,CHM-PRO,45
1H,Adsorption Isotherm,CHM-CMT,157
1H,Adsorption Isotherm,CHM-PRO,68
1H,Aerogel,CHM-DSC,37
1H,Aerogels,CHM-DSC,31
1H,Aes,CHM-CMT,33
1H,Affinity,CHM-PRO,35
1H,Ag,CHM-CHM,966
1H,Ag,CMT-CHM,75
1H,Ag(I),CHM-CHM,133
1H,Ag(I),CMT-CHM,37
1H,Ag+,CHM-CHM,513
1H,Ag2O,CHM-CHM,65
1H,AgBF4,CHM-CHM,44
1H,AgCl,CHM-CHM,355
1H,AgClO4,CHM-CHM,54
1H,AgI,CHM-CHM,48
1H,AgNO3,CHM-CHM,217
1H,AgNO3,CMT-CHM,30
1H,AgSbF6,CHM-CHM,33
1H,Agarose Gel Electrophoresis,CHM-CMT,187
1H,Aged,CHM-SMT,138
1H,Ageing,CHM-SMT,61
1H,Aggregation,CHM-PRO,34
1H,Aggregation Behavior,CHM-PRO,84
1H,Aggregation Number,CHM-PRO,90
1H,Aggregation Properties,CHM-PRO,35
1H,Aggregation-Induced Emission,CHM-PRO,37
1H,Aging,CHM-SMT,232
1H,Air Dried,CHM-SMT,43
1H,Air Stable,CHM-PRO,68
1H,Air Stable,CMT-PRO,35
1H,Al,CHM-CHM,928
1H,Al,CMT-CHM,114
1H,Al(III),CHM-CHM,65
1H,Al2O3,CHM-CHM,200
1H,Al3+,CHM-CHM,432
1H,AlCl3,CHM-CHM,170
1H,AlMe3,CHM-CHM,64
1H,Ala,CHM-CHM,210
1H,Alamar Blue,CHM-CHM,49
1H,Alanine,CHM-CHM,268
1H,Alcian Blue,CHM-CHM,32
1H,Alcohols,CHM-CHM,873
1H,Alcohols,CMT-CHM,129
1H,Alcoholysis,CHM-SMT,51
1H,Aldehyde,CHM-CHM,821
1H,Aldehyde,CMT-CHM,88
1H,Aldol,CHM-CHM,170
1H,Aliphatic Amine,CHM-CHM,31
1H,Alkali Metal,CHM-CHM,48
1H,Alkaline Hydrolysis,CHM-SMT,62
1H,Alkaline Stability,CHM-PRO,87
1H,Alkaline Treatment,CHM-SMT,39
1H,Alkaloid,CHM-CHM,41
1H,Alkane,CHM-CHM,190
1H,Alkane,CMT-CHM,33
1H,Alkene,CHM-CHM,442
1H,Alkene,CMT-CHM,44
1H,Alkenyl,CHM-CHM,43
1H,Alkoxide,CHM-CHM,117
1H,Alkoxyl,CHM-CHM,156
1H,Alkoxyl,CMT-CHM,33
1H,Alkoxysilane,CHM-CHM,39
1H,Alkyl Halide,CHM-CHM,54
1H,Alkylamines,CHM-CHM,37
1H,Alkylation,CHM-SMT,104
1H,Alkyls,CHM-CHM,1141
1H,Alkyls,CMT-CHM,187
1H,Alkyne,CHM-CHM,613
1H,Alkyne,CMT-CHM,72
1H,Alkynyl,CHM-CHM,74
1H,Allene,CHM-CHM,33
1H,Alloy,CHM-DSC,56
1H,Alloys,CHM-DSC,39
1H,Allyl,CHM-CHM,255
1H,Allyl,CMT-CHM,40
1H,Allyl Alcohol,CHM-CHM,54
1H,Allyl Bromide,CHM-CHM,43
1H,Allylic Alcohols,CHM-CHM,30
1H,Alumina,CHM-CHM,171
1H,Aluminophosphate,CHM-CHM,30
1H,Aluminosilicate,CHM-CHM,48
1H,Aluminum,CHM-CHM,451
1H,Aluminum,CMT-CHM,93
1H,Alzheimer's Disease,CHM-APL,30
1H,Am,CHM-CHM,35
1H,Amidation,CHM-SMT,34
1H,Amide N-H,CHM-CHM,70
1H,Amide Nitrogen,CHM-CHM,42
1H,Amides,CHM-CHM,1400
1H,Amides,CMT-CHM,140
1H,Amides,PRO-CHM,30
1H,Amidine,CHM-CHM,45
1H,Amido,CHM-CHM,72
1H,Amination,CHM-SMT,57
1H,Amine Nitrogen,CHM-CHM,34
1H,Amines,CHM-CHM,1446
1H,Amines,CMT-CHM,171
1H,Amino,CHM-CHM,680
1H,Amino,CMT-CHM,91
1H,Amino Acid,CHM-CHM,1053
1H,Amino Acid,CMT-CHM,88
1H,Amino Acid Sequence,CHM-PRO,30
1H,Amino Acids,CHM-CHM,41
1H,Amino Alcohols,CHM-CHM,33
1H,Aminolysis,CHM-SMT,90
1H,Ammonia,CHM-CHM,284
1H,Ammonia,CMT-CHM,37
1H,Ammonium,CHM-CHM,314
1H,Ammonium,CMT-CHM,46
1H,Ammonium Acetate,CHM-CHM,84
1H,Ammonium Persulfate,CHM-CHM,42
1H,Amorphous,CHM-DSC,643
1H,Amorphous,CMT-DSC,92
1H,Amphiphile,CHM-APL,36
1H,Amphiphilic,CHM-PRO,982
1H,Amphiphilic,CMT-PRO,39
1H,Ampicillin,CHM-CHM,44
1H,Analgesic,CHM-PRO,30
1H,Analyses,CHM-CMT,33
1H,Analysis,CHM-CMT,220
1H,Analysis,CMT-CMT,45
1H,Anatase,CHM-SPL,74
1H,Angles,CHM-PRO,2160
1H,Angles,CMT-PRO,157
1H,Angles,PRO-PRO,30
1H,Anhydride,CHM-CHM,76
1H,Anilines,CHM-CHM,450
1H,Anilines,CMT-CHM,46
1H,Anion Exchange Membrane,CHM-APL,89
1H,Anion Receptor,CHM-APL,75
1H,Anionic,CHM-PRO,30
1H,Anionic Polymerization,CHM-SMT,94
1H,Anisole,CHM-CHM,132
1H,Anisotropic Displacement Parameters,CHM-PRO,31
1H,Anisotropy,CHM-PRO,50
1H,Annealed,CHM-SMT,307
1H,Annealing,CHM-SMT,383
1H,Annexin,CHM-CMT,53
1H,Anode,CHM-APL,238
1H,Anodes,CHM-APL,54
1H,Anodic,CHM-PRO,70
1H,Anthracene,CHM-CHM,229
1H,Anthraquinone,CHM-CHM,51
1H,Anti-Cancer,CHM-APL,108
1H,Anti-Cancer,CHM-PRO,69
1H,Anti-Cancer Activity,CHM-PRO,180
1H,Anti-Cancer Activity,CMT-PRO,37
1H,Anti-Inflammatory Activity,CHM-PRO,79
1H,Anti-Proliferative,CHM-PRO,31
1H,Anti-Proliferative Activity,CHM-PRO,147
1H,Anti-Proliferative Activity,CMT-PRO,49
1H,Anti-Tubercular Activity,CHM-PRO,30
1H,Anti-Tumor Activity,CHM-PRO,231
1H,Anti-Tumor Activity,CMT-PRO,56
1H,Anti-Tumor Effect,CHM-PRO,61
1H,Anti-Tumor Efficacy,CHM-PRO,68
1H,Anti-inflammatory,CHM-PRO,63
1H,Antibacterial,CHM-PRO,284
1H,Antibacterial,CMT-PRO,65
1H,Antibacterial Activity,CHM-PRO,462
1H,Antibacterial Activity,CMT-PRO,107
1H,Antibacterial Agent,CHM-APL,31
1H,Antibacterial Properties,CHM-PRO,45
1H,Antibiotic,CHM-APL,33
1H,Anticancer Activities,CHM-PRO,52
1H,Anticancer Agent,CHM-APL,64
1H,Anticancer Drugs,CHM-APL,101
1H,Antiferromagnetic Coupling,CHM-PRO,33
1H,Antifungal,CHM-PRO,106
1H,Antifungal,CMT-PRO,30
1H,Antifungal Activity,CHM-PRO,263
1H,Antifungal Activity,CMT-PRO,81
1H,Antimicrobial,CHM-PRO,125
1H,Antimicrobial Activity,CHM-PRO,464
1H,Antimicrobial Activity,CMT-PRO,107
1H,Antimicrobial Agent,CHM-APL,56
1H,Antimony,CHM-CHM,45
1H,Antioxidant,CHM-APL,70
1H,Antioxidant,CHM-PRO,79
1H,Antioxidant Activity,CHM-PRO,197
1H,Antioxidant Activity,CMT-PRO,43
1H,Antioxidant Property,CHM-PRO,37
1H,Antitumor,CHM-PRO,44
1H,Apatites,CHM-CHM,45
1H,Apoptosis,CHM-PRO,70
1H,Apparent,CHM-PRO,53
1H,Apparent Viscosity,CHM-PRO,93
1H,Apt,CHM-CMT,30
1H,Aqueous,CHM-DSC,36
1H,Aqueous Solubility,CHM-PRO,53
1H,Ar,CHM-CHM,328
1H,Ar,CMT-CHM,31
1H,Arabinose,CHM-CHM,85
1H,Area,CHM-PRO,32
1H,Arene,CHM-CHM,212
1H,Arene,CMT-CHM,30
1H,Arg,CHM-CHM,130
1H,Arginine,CHM-CHM,124
1H,Argon,CHM-CHM,343
1H,Aromatic Aldehyde,CHM-CHM,125
1H,Aromatic Amines,CHM-CHM,48
1H,Aromatic C-H,CHM-CHM,55
1H,Aromatic Diamine,CHM-CHM,60
1H,Aromatic Hydrocarbons,CHM-CHM,41
1H,Aromatic Hydrogen,CHM-CHM,33
1H,Aromaticity,CHM-PRO,109
1H,Aromatics,CHM-CHM,110
1H,Aromatics,CHM-PRO,81
1H,Array,CHM-DSC,37
1H,Arrhenius,CHM-CMT,38
1H,Arrhenius Equation,CHM-CMT,43
1H,Arrhenius Plot,CHM-CMT,639
1H,Arsenic,CHM-CHM,39
1H,Aryl,CHM-CHM,477
1H,Aryl,CMT-CHM,82
1H,Aryl Boronic Acid,CHM-CHM,54
1H,Aryl Bromide,CHM-CHM,59
1H,Aryl Halides,CHM-CHM,88
1H,Aryl Iodide,CHM-CHM,33
1H,As Prepared,CHM-DSC,364
1H,As-Made,CHM-DSC,42
1H,As-Received,CHM-DSC,47
1H,As-Synthesized,CHM-DSC,309
1H,Ascorbic Acid,CHM-CHM,140
1H,Asn,CHM-CHM,73
1H,Asp,CHM-CHM,147
1H,Asparagine,CHM-CHM,38
1H,Aspartate,CHM-CHM,65
1H,Aspartic Acid,CHM-CHM,51
1H,Aspirin,CHM-CHM,42
1H,Assays,CHM-CMT,37
1H,Assembled,CHM-SMT,37
1H,Association Constant,CHM-PRO,505
1H,Atom Labelling,CHM-CMT,62
1H,Atom Labelling Scheme,CHM-CMT,44
1H,Atom Transfer Radical Polymerization,CHM-SMT,338
1H,Atomic,CHM-PRO,47
1H,Atomic Charge,CHM-PRO,64
1H,Atomic Coordinates,CHM-PRO,37
1H,Atomic Force Microscopy,CHM-CMT,428
1H,Atomic Force Microscopy,CMT-CMT,42
1H,Au,CHM-CHM,624
1H,Au,CMT-CHM,41
1H,Au(I),CHM-CHM,40
1H,Au(III),CHM-CHM,37
1H,Autoclave,CHM-SMT,32
1H,Averaged,CHM-PRO,69
1H,Azides,CHM-CHM,403
1H,Azides,CMT-CHM,40
1H,Azido,CHM-CHM,79
1H,Aziridine,CHM-CHM,46
1H,Azo,CHM-CHM,284
1H,Azobenzene,CHM-CHM,225
1H,Azobis Isobutyronitrile,CHM-CHM,75
1H,Azoles,CHM-CHM,36
1H,Azomethine Nitrogen,CHM-CHM,38
1H,Azomethines,CHM-CHM,110
1H,Azomethines,CMT-CHM,33
1H,A–C,CHM-CHM,37
1H,B(C6F5)3,CHM-CHM,75
1H,B3LYP,CHM-CMT,1095
1H,B3LYP,CMT-CMT,207
1H,B3LYP,PRO-CMT,97
1H,"B3LYP/6-311++G(D,P)",CHM-CMT,52
1H,"B3LYP/6-311+G(D,P)",CHM-CMT,49
1H,"B3LYP/6-31G(D,P)",CHM-CMT,78
1H,B3LYP/6-31G(d),CHM-CMT,123
1H,B3LYP/6-31G*,CHM-CMT,90
1H,B3PW91,CHM-CMT,50
1H,BBr3,CHM-CHM,64
1H,BCPS,CHM-PRO,32
1H,BDO,CHM-CHM,34
1H,BET,CHM-CMT,109
1H,BET Surface Area,CHM-PRO,73
1H,BF3,CHM-CHM,120
1H,BF3–OEt2,CHM-CHM,97
1H,BF4,CHM-CHM,176
1H,BF4,CMT-CHM,42
1H,BH4,CHM-CHM,36
1H,BHT,CHM-CHM,55
1H,BMA,CHM-CHM,42
1H,BODIPY,CHM-CHM,137
1H,BP86,CHM-CMT,53
1H,BPA,CHM-CHM,88
1H,BPO,CHM-CHM,42
1H,BPY,CHM-CHM,162
1H,BPh4,CHM-CHM,46
1H,BSTRAct,CHM-SPL,30
1H,BSTRAct A,CHM-CHM,270
1H,BSTRAct A,CMT-CHM,61
1H,Ba,CHM-CHM,58
1H,Ba2+,CHM-CHM,221
1H,Bacteria,CHM-APL,33
1H,Ball Milling,CHM-SMT,32
1H,Ball and Stick Representation,CHM-CMT,101
1H,Ball-Milled,CHM-SMT,32
1H,Ball-and-Stick Model,CHM-CMT,79
1H,Band,CHM-PRO,44
1H,Band Gap,CHM-PRO,123
1H,Band Gap Energy,CHM-PRO,39
1H,Band Structure,CHM-PRO,60
1H,Bandgap,CHM-PRO,76
1H,Bar,CHM-DSC,129
1H,Barium,CHM-CHM,32
1H,Bars,CHM-DSC,223
1H,Basicity,CHM-PRO,109
1H,Batteries,CHM-APL,49
1H,Battery,CHM-APL,87
1H,Bead,CHM-DSC,30
1H,Beads,CHM-DSC,96
1H,Behavior,CHM-PRO,70
1H,Benesi-Hildebrand Plot,CHM-CMT,131
1H,Benzaldehyde,CHM-CHM,327
1H,Benzaldehyde,CMT-CHM,39
1H,Benzamides,CHM-CHM,35
1H,Benzene-d6,CHM-CHM,99
1H,Benzenes,CHM-CHM,1169
1H,Benzenes,CMT-CHM,157
1H,Benzimidazole,CHM-CHM,193
1H,Benzimidazole,CMT-CHM,36
1H,Benzimidazolium,CHM-CHM,33
1H,Benzoates,CHM-CHM,80
1H,Benzoic Acid,CHM-CHM,161
1H,Benzonitrile,CHM-CHM,81
1H,Benzophenone,CHM-CHM,100
1H,Benzoquinone,CHM-CHM,40
1H,Benzothiazole,CHM-CHM,87
1H,Benzoxazine,CHM-CHM,185
1H,Benzoxazine,CMT-CHM,33
1H,Benzoxazole,CHM-CHM,37
1H,Benzoyl,CHM-CHM,39
1H,Benzoyl Chloride,CHM-CHM,35
1H,Benzoyl Peroxide,CHM-CHM,82
1H,Benzyl,CHM-CHM,316
1H,Benzyl,CMT-CHM,63
1H,Benzyl Alcohol,CHM-CHM,167
1H,Benzyl Bromide,CHM-CHM,52
1H,Benzyl Chloride,CHM-CHM,37
1H,Benzylamine,CHM-CHM,71
1H,Benzylic,CHM-CHM,97
1H,Best-Fit,CHM-CMT,38
1H,Biaryl,CHM-CHM,45
1H,Bicarbonate,CHM-CHM,89
1H,Bicelles,CHM-DSC,44
1H,Bilayer,CHM-DSC,228
1H,Bilayers,CHM-DSC,116
1H,Binders,CHM-APL,40
1H,Binding,CHM-CMT,30
1H,Binding,CHM-PRO,34
1H,Binding Ability,CHM-PRO,46
1H,Binding Affinities,CHM-PRO,70
1H,Binding Affinity,CHM-PRO,160
1H,Binding Constant,CHM-PRO,596
1H,Binding Constant,CMT-PRO,42
1H,Binding Energies,CHM-PRO,133
1H,Binding Energy,CHM-PRO,121
1H,Binding Interaction,CHM-PRO,39
1H,Binding Isotherm,CHM-CMT,88
1H,Binding Isotherm,CHM-PRO,46
1H,Binding Mode,CHM-PRO,135
1H,Binding Properties,CHM-PRO,58
1H,Binding Stoichiometry,CHM-PRO,66
1H,Binding Strength,CHM-PRO,36
1H,Bio Diesel,CHM-APL,145
1H,Bio Oil,CHM-DSC,42
1H,Bio-Medical,CHM-APL,38
1H,Bio-Sensor,CHM-APL,45
1H,Bioactivity,CHM-PRO,56
1H,Bioassay,CHM-CMT,62
1H,Bioavailability,CHM-PRO,47
1H,Biocompatibility,CHM-PRO,226
1H,Biocompatible,CHM-PRO,137
1H,Biodegradability,CHM-PRO,76
1H,Biodegradable,CHM-PRO,312
1H,Biodegradation,CHM-SMT,30
1H,Biodegradation Rate,CHM-PRO,47
1H,Biodiesel Production,CHM-APL,41
1H,Biodistribution,CHM-PRO,155
1H,Biofilm,CHM-DSC,42
1H,Biofuel,CHM-APL,30
1H,Biological,CHM-PRO,34
1H,Biological Activity,CHM-PRO,279
1H,Biological Activity,CMT-PRO,67
1H,Biological Properties,CHM-PRO,42
1H,Biologically,CHM-PRO,63
1H,Biologically Active,CHM-PRO,31
1H,Biomaterial,CHM-APL,105
1H,Biomedical Application,CHM-APL,118
1H,Biotin,CHM-CHM,74
1H,Biphenyls,CHM-CHM,148
1H,Bipy,CHM-CHM,90
1H,Bipyridine,CHM-CHM,122
1H,Bipyridinium,CHM-CHM,30
1H,Bipyridyl,CHM-CHM,31
1H,Birefringence,CHM-PRO,45
1H,Bismaleimide,CHM-CHM,42
1H,Bismuth,CHM-CHM,51
1H,Bisphenol,CHM-CHM,42
1H,Bisphenol A,CHM-CHM,83
1H,Bisphenol-A,CHM-CHM,30
1H,Bisphenols,CHM-CHM,33
1H,Bite Angle,CHM-PRO,36
1H,Blend,CHM-DSC,668
1H,Blend,CMT-DSC,37
1H,Blend Film,CHM-DSC,90
1H,Blended Membrane,CHM-DSC,104
1H,Block,CHM-DSC,193
1H,Block Copolymer,CHM-DSC,1146
1H,Block Copolymer,CMT-DSC,45
1H,Block Copolymerization,CHM-SMT,77
1H,Block Length,CHM-PRO,41
1H,Blue,CHM-CHM,99
1H,Blue Line,CHM-CHM,719
1H,Blue Line,CMT-CHM,34
1H,BnBr,CHM-CHM,88
1H,BnOH,CHM-CHM,95
1H,Boc,CHM-CHM,111
1H,Boc2O,CHM-CHM,69
1H,Bode Plot,CHM-CMT,80
1H,Body Weight,CHM-PRO,324
1H,Boiling Point,CHM-PRO,40
1H,Bond,CHM-PRO,92
1H,Bond Angles,CHM-PRO,633
1H,Bond Angles,CMT-PRO,71
1H,Bond Critical Point,CHM-PRO,59
1H,Bond Distance,CHM-PRO,652
1H,Bond Distance,CMT-PRO,63
1H,Bond Length,CHM-PRO,2621
1H,Bond Length,CMT-PRO,204
1H,Bond Length,PRO-PRO,57
1H,Bond Parameters,CHM-PRO,78
1H,Bond Path,CHM-PRO,35
1H,Bonding,CHM-PRO,160
1H,Bone,CHM-DSC,37
1H,Boranes,CHM-CHM,67
1H,Borate,CHM-CHM,96
1H,Bore,CHM-CHM,38
1H,Boric Acid,CHM-CHM,37
1H,Borohydrides,CHM-CHM,41
1H,Boron,CHM-CHM,325
1H,Boron,CMT-CHM,75
1H,Boronates,CHM-CHM,32
1H,Boronic Acids,CHM-CHM,84
1H,Br,CHM-CHM,1262
1H,Br,CMT-CHM,224
1H,Br Nsted Acid,CHM-CHM,57
1H,Br2,CHM-CHM,110
1H,Brain,CHM-DSC,50
1H,Breast,CHM-SPL,139
1H,Breast,CMT-SPL,47
1H,Breast Cancer,CHM-APL,130
1H,Bright Field,CHM-CMT,45
1H,Bright Field Image,CHM-CMT,189
1H,Bright Field Images,CHM-CMT,138
1H,Brightfield,CHM-CMT,189
1H,Brightness,CHM-PRO,34
1H,Bromide,CHM-CHM,281
1H,Bromide,CMT-CHM,39
1H,Bromination,CHM-SMT,93
1H,Bromine,CHM-CHM,187
1H,Bromine,CMT-CHM,32
1H,Bromo,CHM-CHM,74
1H,Bronsted Acids,CHM-CHM,126
1H,Bronsted Acids,CMT-CHM,30
1H,Brush,CHM-DSC,67
1H,Brushes,CHM-DSC,110
1H,Br−,CHM-CHM,187
1H,Bu4NBr,CHM-CHM,34
1H,Bu4NClO4,CHM-CHM,66
1H,Bu4NPF6,CHM-CHM,73
1H,BuLi,CHM-CHM,37
1H,BuOH,CHM-CHM,35
1H,Bulk,CHM-DSC,921
1H,Bulk,CMT-DSC,90
1H,Bulk Polymerization,CHM-SMT,62
1H,Butadiene,CHM-CHM,71
1H,Butanes,CHM-CHM,31
1H,Butanol,CHM-CHM,62
1H,Butyl,CHM-CHM,131
1H,Butyl Acrylate,CHM-CHM,39
1H,Butylamine,CHM-CHM,31
1H,Bz,CHM-CHM,55
1H,BzCl,CHM-CHM,42
1H,C,CHM-CHM,473
1H,C,CMT-CHM,39
1H,C 1s,CHM-CMT,56
1H,C 1s XPS,CHM-CMT,46
1H,C H,CHM-CHM,263
1H,C N,CHM-CHM,36
1H,C-4,CHM-CHM,38
1H,C-C,CHM-CHM,74
1H,C-H,CHM-CHM,153
1H,C-HO,CHM-CHM,45
1H,C-Hπ,CHM-CHM,46
1H,C-N,CHM-CHM,55
1H,C-V Curve,CHM-CMT,71
1H,C1,CHM-PRO,38
1H,C1S,CHM-CMT,81
1H,C1s,CHM-CMT,55
1H,C2,CHM-CHM,32
1H,C2/C,CHM-SPL,106
1H,C2/C,CMT-SPL,46
1H,C2D2Cl4,CHM-CHM,115
1H,C2H4,CHM-CHM,58
1H,C2H5,CHM-CHM,49
1H,C2H5OH,CHM-CHM,73
1H,C2V,CHM-SPL,42
1H,C60,CHM-CHM,368
1H,C60,CMT-CHM,42
1H,C6D6,CHM-CHM,581
1H,C6D6,CMT-CHM,43
1H,C6F5,CHM-CHM,45
1H,C6H5,CHM-CHM,113
1H,C6H5,CMT-CHM,53
1H,C6H6,CHM-CHM,117
1H,CA,CHM-PRO,38
1H,CAC,CHM-PRO,99
1H,CAMB3LYP,CHM-CMT,46
1H,CB7,CHM-CHM,49
1H,CBPQT4+,CHM-CHM,33
1H,CBr4,CHM-CHM,46
1H,CCK-8 Assay,CHM-CMT,98
1H,CCl4,CHM-CHM,194
1H,CD,CHM-CMT,124
1H,CD Spectra,CHM-CMT,65
1H,CD Spectroscopy,CHM-CMT,60
1H,CD2Cl2,CHM-CHM,1316
1H,CD2Cl2,CMT-CHM,106
1H,CD3CN,CHM-CHM,1681
1H,CD3CN,CMT-CHM,47
1H,CD3COCD3,CHM-CHM,69
1H,CD3NO2,CHM-CHM,72
1H,CD3OD,CHM-CHM,1083
1H,CD3OD,CMT-CHM,82
1H,CD3OH,CHM-CHM,39
1H,CDCl3,CHM-CHM,8946
1H,CDCl3,CMT-CHM,363
1H,CDCl3,PRO-CHM,41
1H,CDDP,CHM-CHM,50
1H,CE,CHM-APL,43
1H,CE,CHM-CMT,30
1H,CE,CHM-PRO,40
1H,CEST,CHM-CMT,36
1H,CF3,CHM-CHM,173
1H,CF3,CMT-CHM,46
1H,CF3CO2H,CHM-CHM,59
1H,CF3COOH,CHM-CHM,124
1H,CF3SO3,CHM-CHM,54
1H,CF3SO3H,CHM-CHM,51
1H,CH,CHM-CHM,625
1H,CH,CMT-CHM,56
1H,CH2,CHM-CHM,627
1H,CH2,CMT-CHM,71
1H,CH2Br2,CHM-CHM,41
1H,CH2Cl2,CHM-CHM,3237
1H,CH2Cl2,CMT-CHM,269
1H,"CH2Cl2, 78C",CHM-CHM,75
1H,CH2O,CHM-CHM,32
1H,CH2OH+,CHM-CHM,30
1H,CH2Ph,CHM-CHM,51
1H,CH3,CHM-CHM,919
1H,CH3,CMT-CHM,129
1H,CH3CN,CHM-CHM,1945
1H,CH3CN,CMT-CHM,95
1H,CH3CN H2O,CHM-CHM,36
1H,CH3CN:H2O,CHM-CHM,35
1H,CH3COO,CHM-CHM,53
1H,CH3COO-,CHM-CHM,39
1H,CH3COOH,CHM-CHM,85
1H,CH3I,CHM-CHM,92
1H,CH3NO2,CHM-CHM,51
1H,CH3OH,CHM-CHM,482
1H,CH3OH,CMT-CHM,44
1H,CH4,CHM-CHM,271
1H,CHCl3,CHM-CHM,1921
1H,CHCl3,CMT-CHM,108
1H,CHN Analysis,CHM-CMT,65
1H,CHNS,CHM-CHM,38
1H,CHO,CHM-CHM,76
1H,CID,CHM-CHM,30
1H,CLSM,CHM-CMT,688
1H,CMC,CHM-PRO,505
1H,CN,CHM-CHM,160
1H,CN,CHM-PRO,32
1H,CN−,CHM-CHM,114
1H,CO,CHM-CHM,1082
1H,CO,CHM-PRO,39
1H,CO,CMT-CHM,154
1H,CO2,CHM-APL,53
1H,CO2,CHM-CHM,1521
1H,CO2,CHM-PRO,58
1H,CO2,CMT-CHM,135
1H,CO2 Adsorption Isotherm,CHM-CMT,31
1H,CO2 Capture,CHM-APL,32
1H,CO2 Permeability,CHM-PRO,50
1H,CO2 Reduction,CHM-APL,37
1H,CO3,CHM-CHM,31
1H,COD,CHM-CHM,74
1H,COO,CHM-CHM,51
1H,COOH,CHM-CHM,336
1H,COOH,CMT-CHM,31
1H,COSY,CHM-CMT,48
1H,COSY NMR,CHM-CMT,43
1H,CP,CHM-CMT,202
1H,CP,CHM-PRO,122
1H,CP,CHM-SMT,162
1H,CPK,CHM-CMT,91
1H,CPMAS,CHM-CMT,132
1H,CPMAS,CMT-CMT,31
1H,CPMAS NMR,CHM-CMT,155
1H,CPMAS NMR,CMT-CMT,34
1H,CPMG,CHM-CMT,69
1H,CPS,CHM-PRO,33
1H,CPT,CHM-CHM,71
1H,CQ,CHM-PRO,34
1H,CS,CHM-DSC,37
1H,CS,CHM-PRO,44
1H,CS,CHM-SPL,32
1H,CS2,CHM-CHM,149
1H,CTAB,CHM-CHM,201
1H,CUAAC,CHM-SMT,113
1H,CV,CHM-CMT,864
1H,CV,CMT-CMT,73
1H,CVD,CHM-SMT,55
1H,CVS,CHM-CMT,174
1H,CVs,CHM-CMT,48
1H,Ca,CHM-CHM,252
1H,Ca2+,CHM-CHM,658
1H,CaCO3,CHM-CHM,85
1H,CaCl2,CHM-CHM,178
1H,CaO,CHM-CHM,47
1H,CaOH2,CHM-CHM,34
1H,Cadmium(II),CHM-CHM,49
1H,Caesium,CHM-CHM,52
1H,Caffeic Acid,CHM-CHM,33
1H,Caffeine,CHM-CHM,64
1H,Calcein,CHM-CHM,54
1H,Calcein AM,CHM-CHM,73
1H,Calcination,CHM-SMT,199
1H,Calcined,CHM-SMT,214
1H,Calcium,CHM-CHM,214
1H,Calcium Phosphate,CHM-CHM,39
1H,Calculations,CHM-CMT,112
1H,Calibration Curve,CHM-CMT,132
1H,Calix[4]Pyrrole,CHM-CHM,32
1H,Calix[4]arene,CHM-CHM,109
1H,Calixarene,CHM-CHM,225
1H,Calomel,CHM-CHM,40
1H,Calorimetric Curves,CHM-CMT,32
1H,Calorimetry,CHM-CMT,34
1H,Camptothecin,CHM-CHM,30
1H,Cancer,CHM-APL,137
1H,Cancer,CHM-PRO,38
1H,Cancer Cell,CHM-APL,45
1H,Cancer Therapy,CHM-APL,40
1H,Capacitance,CHM-PRO,52
1H,Capacitor,CHM-APL,41
1H,Capacity,CHM-PRO,108
1H,Capacity Retention,CHM-PRO,43
1H,Caprolactone,CHM-CHM,81
1H,Capsule,CHM-APL,31
1H,Capsule,CHM-DSC,141
1H,Carbamates,CHM-CHM,164
1H,Carbazoles,CHM-CHM,156
1H,Carbenes,CHM-CHM,189
1H,Carbodiimide,CHM-CHM,64
1H,Carbohydrate,CHM-CHM,383
1H,Carbohydrate,CMT-CHM,53
1H,Carbon,CHM-CHM,3699
1H,Carbon,CHM-PRO,47
1H,Carbon,CMT-CHM,489
1H,Carbon,PRO-CHM,73
1H,Carbon Black,CHM-CHM,58
1H,Carbon Chemical Shift,CHM-PRO,32
1H,Carbon Dioxide,CHM-CHM,235
1H,Carbon Dioxide,CMT-CHM,34
1H,Carbon Disulfide,CHM-CHM,30
1H,Carbon Monoxide,CHM-CHM,82
1H,Carbon Number,CHM-PRO,61
1H,Carbon Steel,CHM-CHM,53
1H,Carbon Tetrachloride,CHM-CHM,31
1H,Carbon-13,CHM-CHM,52
1H,Carbonates,CHM-CHM,281
1H,Carbonates,CMT-CHM,35
1H,Carbonization,CHM-SMT,56
1H,Carbons,CHM-CHM,811
1H,Carbons,CMT-CHM,145
1H,Carbons,PRO-CHM,41
1H,Carbonyl Carbon,CHM-CHM,91
1H,Carbonyl Oxygen,CHM-CHM,95
1H,Carbonyls,CHM-CHM,1048
1H,Carbonyls,CMT-CHM,181
1H,Carboplatin,CHM-CHM,41
1H,Carboranes,CHM-CHM,52
1H,Carboxamide,CHM-CHM,30
1H,Carboxy,CHM-CHM,40
1H,Carboxyl,CHM-CHM,397
1H,Carboxyl,CMT-CHM,52
1H,Carboxylates,CHM-CHM,550
1H,Carboxylates,CMT-CHM,135
1H,Carboxylic,CHM-CHM,244
1H,Carboxylic,CMT-CHM,52
1H,Carboxylic Acid,CHM-CHM,557
1H,Carboxylic Acid,CMT-CHM,77
1H,Carboxymethyl,CHM-CHM,74
1H,Carrier,CHM-APL,33
1H,Cartoon Representation,CHM-CMT,37
1H,Cast,CHM-SMT,51
1H,Cast Films,CHM-DSC,54
1H,Catalysis,CHM-APL,155
1H,Catalyst,CHM-APL,3226
1H,Catalyst,CMT-APL,433
1H,Catalytic,CHM-APL,131
1H,Catalytic,CHM-PRO,67
1H,Catalytic,CHM-SMT,33
1H,Catalytic Activity,CHM-PRO,732
1H,Catalytic Activity,CMT-PRO,181
1H,Catalytic Behaviour,CHM-PRO,38
1H,Catalytic Cycle,CHM-APL,34
1H,Catalytic Cycle,CHM-PRO,38
1H,Catalytic Efficiency,CHM-PRO,56
1H,Catalytic Hydrogenation,CHM-APL,40
1H,Catalytic Hydrogenation,CHM-SMT,34
1H,Catalytic Mechanism,CHM-PRO,63
1H,Catalytic Oxidation,CHM-APL,49
1H,Catalytic Performance,CHM-PRO,187
1H,Catalytic Performance,CMT-PRO,30
1H,Catalytic Properties,CHM-PRO,58
1H,Catalytic Reaction,CHM-APL,53
1H,Catalytic Tests,CHM-CMT,31
1H,Catalyzed,CHM-SMT,30
1H,Catechin,CHM-CHM,45
1H,Catechols,CHM-CHM,206
1H,Catenane,CHM-CHM,46
1H,Cathode,CHM-APL,279
1H,Cathodes,CHM-APL,81
1H,Cathodic,CHM-PRO,37
1H,Cationic,CHM-PRO,181
1H,Cationic Polymerization,CHM-SMT,73
1H,Cavitand,CHM-DSC,35
1H,Cd,CHM-CHM,184
1H,Cd,CMT-CHM,36
1H,Cd(II),CHM-CHM,186
1H,Cd(II),CMT-CHM,45
1H,Cd2+,CHM-CHM,531
1H,CdII,CHM-CHM,35
1H,CdS,CHM-CHM,82
1H,CdSe,CHM-CHM,92
1H,Ce,CHM-CHM,69
1H,Ce3+,CHM-CHM,33
1H,CeO2,CHM-CHM,39
1H,Cell,CHM-APL,449
1H,Cell,CHM-DSC,277
1H,Cell,CHM-PRO,163
1H,Cell,CMT-APL,38
1H,Cell Cycle,CHM-PRO,112
1H,Cell Cycle Distribution,CHM-PRO,39
1H,Cell Cytotoxicity,CHM-PRO,42
1H,Cell Density,CHM-PRO,37
1H,Cell Morphology,CHM-PRO,70
1H,Cell Parameters,CHM-PRO,51
1H,Cell Performance,CHM-PRO,62
1H,Cell Proliferation,CHM-PRO,72
1H,Cell Uptake,CHM-PRO,33
1H,Cell Viabilities,CHM-PRO,137
1H,Cell Viability,CHM-PRO,1215
1H,Cell Viability,CMT-PRO,40
1H,Cell Viability Assay,CHM-CMT,71
1H,Cell Voltage,CHM-PRO,41
1H,Cell Wall,CHM-DSC,35
1H,Cell Wall,CHM-PRO,36
1H,Cellobiose,CHM-CHM,45
1H,Cells,CHM-APL,416
1H,Cells,CHM-DSC,1915
1H,Cells,CMT-DSC,67
1H,Cellular Internalization,CHM-PRO,31
1H,Cellular Uptake,CHM-PRO,346
1H,Cellulose Acetate,CHM-CHM,51
1H,Centrifugation,CHM-SMT,121
1H,Centrifuge,CHM-SMT,31
1H,Ceramic,CHM-DSC,119
1H,Cerium,CHM-CHM,30
1H,Cetyltrimethylammonium Bromide,CHM-CHM,31
1H,ChCl,CHM-CHM,40
1H,Chain Length,CHM-PRO,71
1H,Chains,CHM-DSC,139
1H,Chains,CHM-PRO,36
1H,Chalcogen,CHM-CHM,55
1H,Chalcone,CHM-CHM,127
1H,Char,CHM-DSC,56
1H,Char,CHM-PRO,34
1H,Char Yield,CHM-PRO,103
1H,Char Yield,CMT-PRO,30
1H,Characterization,CHM-CMT,52
1H,Charge Delocalization,CHM-PRO,35
1H,Charge Density,CHM-PRO,77
1H,Charge Discharge Curve,CHM-CMT,66
1H,Charge Discharge Curve,CHM-PRO,55
1H,Charge Discharge Profile,CHM-PRO,32
1H,Charge Distribution,CHM-PRO,78
1H,Charge Separation,CHM-PRO,31
1H,Charge State,CHM-PRO,31
1H,Charge Transfer,CHM-PRO,182
1H,Charge Transfer,CMT-PRO,37
1H,Charge Transfer Band,CHM-PRO,36
1H,Charge Transfer Resistance,CHM-PRO,32
1H,Charges,CHM-CMT,32
1H,Charges,CHM-PRO,208
1H,Chemical,CHM-CMT,44
1H,Chemical,CHM-PRO,207
1H,Chemical Analysis,CHM-CMT,102
1H,Chemical Characterization,CHM-CMT,52
1H,Chemical Composition,CHM-PRO,366
1H,Chemical Composition,CMT-PRO,46
1H,Chemical Environment,CHM-PRO,46
1H,Chemical Formula,CHM-PRO,76
1H,Chemical Modification,CHM-SMT,85
1H,Chemical Oxidation,CHM-SMT,56
1H,Chemical Properties,CHM-PRO,79
1H,Chemical Reaction,CHM-SMT,34
1H,Chemical Reactivity,CHM-PRO,48
1H,Chemical Resistance,CHM-PRO,43
1H,Chemical Shift,CHM-PRO,4625
1H,Chemical Shift,CMT-PRO,584
1H,Chemical Shift,PRO-PRO,254
1H,Chemical Shift Anisotropy,CHM-PRO,47
1H,Chemical Shift Difference,CHM-PRO,103
1H,Chemical Society,CHM-CMT,47
1H,Chemical Stability,CHM-PRO,115
1H,Chemical Structures,CHM-PRO,4889
1H,Chemical Structures,CMT-PRO,359
1H,Chemical Structures,PRO-PRO,35
1H,Chemical Synthesis,CHM-SMT,39
1H,Chemistry,CHM-CMT,32
1H,Chemosensor,CHM-APL,276
1H,Chemotherapy,CHM-APL,35
1H,Chiral,CHM-PRO,216
1H,Chiral HPLC,CHM-CMT,85
1H,Chirality,CHM-PRO,98
1H,Chlorides,CHM-CHM,893
1H,Chlorides,CMT-CHM,146
1H,Chlorido,CHM-CHM,50
1H,Chlorination,CHM-SMT,71
1H,Chlorines,CHM-CHM,393
1H,Chlorines,CMT-CHM,93
1H,Chloro,CHM-CHM,132
1H,Chloro,CMT-CHM,30
1H,Chloroacetyl Chloride,CHM-CHM,30
1H,Chlorobenzene,CHM-CHM,167
1H,Chloroform,CHM-CHM,1661
1H,Chloroform,CMT-CHM,131
1H,Chloroform-D,CHM-CHM,173
1H,Chloromethylation,CHM-SMT,41
1H,Chloroquine,CHM-CHM,48
1H,Chn,CHM-CMT,50
1H,Chol,CHM-CHM,41
1H,Cholesterol,CHM-CHM,181
1H,Choline,CHM-CHM,154
1H,Choline Chloride,CHM-CHM,34
1H,Chondrocyte,CHM-DSC,33
1H,Chromatogram,CHM-CMT,30
1H,Chromatography,CHM-CMT,70
1H,Chromatography,CHM-SMT,86
1H,Chromium,CHM-CHM,59
1H,Chromogenic,CHM-PRO,48
1H,Chromophore,CHM-APL,57
1H,Chronoamperometry,CHM-CMT,69
1H,Ciprofloxacin,CHM-CHM,42
1H,Circular Dichroism,CHM-CMT,341
1H,Circular Dichroism,CMT-CMT,46
1H,Cisplatin,CHM-CHM,424
1H,Cisplatin,CMT-CHM,117
1H,Citrates,CHM-CHM,203
1H,Citric Acid,CHM-CHM,126
1H,Cl,CHM-CHM,1879
1H,Cl,CMT-CHM,347
1H,Cl2,CHM-CHM,54
1H,ClO,CHM-CHM,38
1H,ClO4,CHM-CHM,254
1H,ClO4,CMT-CHM,33
1H,ClO4-,CHM-CHM,32
1H,Click Chemistry,CHM-SMT,125
1H,Click Reaction,CHM-SMT,87
1H,Cloud Point,CHM-PRO,111
1H,Cluster,CHM-DSC,755
1H,Cluster,CMT-DSC,133
1H,Cl−,CHM-CHM,232
1H,Co,CHM-CHM,473
1H,Co,CMT-CHM,61
1H,Co II,CHM-CHM,361
1H,Co II,CMT-CHM,54
1H,Co III,CHM-CHM,111
1H,Co2+,CHM-CHM,489
1H,CoCl2,CHM-CHM,64
1H,Coal,CHM-CHM,123
1H,Coated,CHM-DSC,259
1H,Coated,CHM-SMT,702
1H,Coatings,CHM-APL,600
1H,Coatings,CHM-SMT,103
1H,Coatings,CMT-APL,35
1H,Cobalt,CHM-CHM,283
1H,Cobalt,CMT-CHM,45
1H,Cobalt (II),CHM-CHM,115
1H,Cobalt III,CHM-CHM,67
1H,Cocatalyst,CHM-APL,48
1H,Cocrystal,CHM-DSC,86
1H,Coefficient,CHM-PRO,39
1H,Coil,CHM-APL,44
1H,Cole-Cole Plot,CHM-CMT,65
1H,Coli,CHM-APL,51
1H,Colloidal,CHM-DSC,86
1H,Colloidal Stability,CHM-PRO,59
1H,Colloids,CHM-DSC,74
1H,Colon,CHM-SPL,70
1H,Colon,CMT-SPL,33
1H,Color,CHM-CMT,445
1H,Color,CHM-PRO,511
1H,Color Figure,CHM-CMT,82
1H,Colorimetric,CHM-CMT,33
1H,Colorimetric,CHM-PRO,98
1H,Colorimetric Response,CHM-PRO,57
1H,Colors,CHM-PRO,48
1H,Colour,CHM-PRO,46
1H,Column Chromatography,CHM-CMT,52
1H,Column Chromatography,CHM-SMT,98
1H,Columns,CHM-APL,58
1H,Combustion,CHM-SMT,55
1H,Complex,CHM-DSC,30
1H,Complex Viscosity,CHM-PRO,141
1H,Composite,CHM-DSC,1148
1H,Composite,CMT-DSC,74
1H,Composite Film,CHM-DSC,93
1H,Composite Membrane,CHM-DSC,189
1H,Compositional Analysis,CHM-CMT,36
1H,Compositionally,CHM-PRO,37
1H,Compositions,CHM-PRO,2665
1H,Compositions,CMT-PRO,264
1H,Compressive Modulus,CHM-PRO,45
1H,Compressive Strength,CHM-PRO,63
1H,Compressive Stress Strain Curve,CHM-CMT,32
1H,Concentration,CHM-PRO,136
1H,Condensation,CHM-SMT,31
1H,Condensation Polymerization,CHM-SMT,38
1H,Conductance,CHM-CMT,36
1H,Conductance,CHM-PRO,53
1H,Conductance Measurements,CHM-CMT,36
1H,Conducting,CHM-PRO,99
1H,Conduction Band,CHM-PRO,34
1H,Conductive,CHM-PRO,80
1H,Conductivity,CHM-CMT,41
1H,Conductivity,CHM-PRO,1110
1H,Conductivity,CMT-PRO,123
1H,Conductivity Measurement,CHM-CMT,91
1H,Conductivity Measurement,CMT-CMT,39
1H,Cone Calorimeter,CHM-CMT,40
1H,Cone Calorimetry Test,CHM-CMT,69
1H,Configurations,CHM-PRO,155
1H,Confocal Fluorescence,CHM-CMT,90
1H,Confocal Fluorescence Images,CHM-CMT,74
1H,Confocal Fluorescence Microscopy,CHM-CMT,61
1H,Confocal Image,CHM-CMT,184
1H,Confocal Laser Scanning Microscope,CHM-CMT,32
1H,Confocal Laser Scanning Microscopy,CHM-CMT,198
1H,Confocal Microscope,CHM-CMT,49
1H,Confocal Microscopy,CHM-CMT,357
1H,Conformation,CHM-PRO,164
1H,Conformational Analysis,CHM-CMT,84
1H,Congo Red,CHM-CHM,43
1H,Conjugates,CHM-DSC,41
1H,Conjugates,CHM-PRO,39
1H,Constants,CHM-PRO,77
1H,Contact Angle,CHM-CMT,63
1H,Contact Angle,CHM-PRO,463
1H,Contact Angle Measurement,CHM-CMT,71
1H,Content,CHM-PRO,53
1H,Contour Plot,CHM-CMT,48
1H,Contrast Agent,CHM-APL,54
1H,Conversion,CHM-PRO,40
1H,Conversion Efficiency,CHM-PRO,31
1H,Conversion Rate,CHM-PRO,31
1H,Cooled,CHM-SMT,125
1H,Cooling,CHM-SMT,1171
1H,Cooling,CMT-SMT,39
1H,Cooling Curve,CHM-CMT,40
1H,Coordination,CHM-DSC,34
1H,Coordination,CHM-PRO,97
1H,Coordination Chemistry,CHM-PRO,77
1H,Coordination Environment,CHM-PRO,134
1H,Coordination Geometry,CHM-PRO,185
1H,Coordination Geometry,CMT-PRO,56
1H,Coordination Mode,CHM-PRO,141
1H,Coordination Mode,CMT-PRO,32
1H,Coordination Number,CHM-PRO,148
1H,Coordination Number,CMT-PRO,51
1H,Coordination Polymer,CHM-DSC,94
1H,Coordination Properties,CHM-PRO,30
1H,Coordination Sphere,CHM-PRO,50
1H,Copolyesters,CHM-CHM,191
1H,Copolyesters,CHM-DSC,128
1H,Copolyimide,CHM-CHM,37
1H,Copolymer,CHM-DSC,4112
1H,Copolymer,CHM-PRO,146
1H,Copolymer,CMT-DSC,238
1H,Copolymer Composition,CHM-PRO,43
1H,Copolymer Film,CHM-DSC,81
1H,Copolymer Membrane,CHM-DSC,37
1H,Copolymer Micelles,CHM-DSC,33
1H,Copolymerization,CHM-APL,32
1H,Copolymerization,CHM-SMT,103
1H,Copper,CHM-CHM,873
1H,Copper,CMT-CHM,134
1H,Copper Complex,CHM-CHM,52
1H,Copper I,CHM-CHM,204
1H,Copper I,CMT-CHM,41
1H,Copper II,CHM-CHM,298
1H,Copper II,CMT-CHM,77
1H,Core,CHM-DSC,187
1H,Core Shell,CHM-DSC,91
1H,Core Shell Particle,CHM-DSC,32
1H,Core Shell Structures,CHM-PRO,40
1H,Cores,CHM-DSC,42
1H,Correlation,CHM-CMT,60
1H,Correlation Coefficient,CHM-PRO,124
1H,Correlation Time,CHM-PRO,129
1H,Corrole,CHM-CHM,52
1H,Corrosion Rate,CHM-PRO,31
1H,Cosmo,CHM-CMT,31
1H,Cosy,CHM-CMT,622
1H,Cosy,CMT-CMT,259
1H,Cotton,CHM-DSC,32
1H,Cotton Effect,CHM-PRO,33
1H,Coulombic Efficiency,CHM-PRO,143
1H,Coumarin 6,CHM-CHM,44
1H,Coumarins,CHM-CHM,213
1H,Counter,CHM-APL,33
1H,Counter Electrode,CHM-APL,173
1H,Coupling,CHM-PRO,61
1H,Coupling,CHM-SMT,55
1H,Coupling Constant,CHM-PRO,357
1H,Coupling Constant,CMT-PRO,56
1H,Cp-Mas,CHM-CMT,45
1H,Cr,CHM-CHM,211
1H,Cr,CHM-PRO,32
1H,Cr,CMT-CHM,35
1H,Cr(III),CHM-CHM,69
1H,Cr(VI),CHM-CHM,30
1H,Cr3+,CHM-CHM,310
1H,Creatine,CHM-CHM,86
1H,Creatinine,CHM-CHM,77
1H,Critical Aggregation Concentration,CHM-PRO,80
1H,Critical Micellar Concentration,CHM-PRO,322
1H,Cross Coupling,CHM-SMT,70
1H,Cross Linking Density,CHM-PRO,58
1H,Cross Polarization,CHM-CMT,42
1H,Cross Polarization,CHM-SMT,40
1H,Cross Section,CHM-DSC,197
1H,Cross Section,CHM-PRO,63
1H,Cross Section SEM,CHM-CMT,70
1H,Cross Sectional Morphology,CHM-PRO,70
1H,Cross Sectional SEM,CHM-CMT,159
1H,Cross Sectional TEM,CHM-CMT,34
1H,Cross-Linking,CHM-SMT,321
1H,Crosslinked,CHM-DSC,184
1H,Crosslinked,CHM-SMT,383
1H,Crosslinking Density,CHM-PRO,86
1H,Crown Ether,CHM-CHM,188
1H,Cryo,CHM-CMT,85
1H,Cryo Fracture,CHM-SMT,31
1H,CryoTEM,CHM-CMT,231
1H,Crystal,CHM-CMT,164
1H,Crystal,CHM-DSC,2356
1H,Crystal,CHM-PRO,380
1H,Crystal,CMT-DSC,432
1H,Crystal,CMT-PRO,65
1H,Crystal,PRO-DSC,55
1H,Crystal Data,CHM-CMT,183
1H,Crystal Lattice,CHM-DSC,94
1H,Crystal Packing Diagram,CHM-CMT,30
1H,Crystal Packings,CHM-PRO,402
1H,Crystal Packings,CMT-PRO,38
1H,Crystal Structure,CHM-CMT,160
1H,Crystal Structure,CHM-DSC,43
1H,Crystal Structure,CHM-PRO,3155
1H,Crystal Structure,CMT-PRO,587
1H,Crystal Structure,PRO-PRO,45
1H,Crystal Structure Analysis,CHM-CMT,49
1H,Crystal Violet,CHM-CHM,40
1H,Crystalline,CHM-DSC,944
1H,Crystalline,CHM-PRO,58
1H,Crystalline,CMT-DSC,162
1H,Crystalline Structure,CHM-PRO,72
1H,Crystallinity,CHM-PRO,469
1H,Crystallinity,CMT-PRO,68
1H,Crystallite,CHM-DSC,83
1H,Crystallite Size,CHM-PRO,52
1H,Crystallization,CHM-PRO,60
1H,Crystallization,CHM-SMT,37
1H,Crystallization Behavior,CHM-PRO,51
1H,Crystallization Onset Temperature,CHM-PRO,55
1H,Crystallization Temperature,CHM-PRO,31
1H,Crystallographic Analysis,CHM-CMT,45
1H,Crystallographic Parameters,CHM-PRO,57
1H,Crystallography,CHM-CMT,127
1H,Crystallography,CHM-PRO,61
1H,Cs,CHM-CHM,55
1H,Cs+,CHM-CHM,98
1H,Cs2CO3,CHM-CHM,186
1H,CsF,CHM-CHM,59
1H,Csa,CHM-PRO,67
1H,Cu,CHM-CHM,900
1H,Cu,CMT-CHM,106
1H,Cu(0),CHM-CHM,34
1H,Cu(ClO4)2,CHM-CHM,32
1H,Cu(I),CHM-CHM,232
1H,Cu(I),CMT-CHM,39
1H,Cu(II),CHM-CHM,649
1H,Cu(II),CMT-CHM,118
1H,Cu(OAc)2,CHM-CHM,60
1H,Cu+,CHM-CHM,65
1H,Cu2+,CHM-CHM,1006
1H,Cu2+,CMT-CHM,62
1H,Cu2O,CHM-CHM,34
1H,CuBr,CHM-CHM,213
1H,CuBr2,CHM-CHM,57
1H,CuCl,CHM-CHM,176
1H,CuCl2,CHM-CHM,132
1H,CuI,CHM-CHM,352
1H,CuO,CHM-CHM,44
1H,CuSO4,CHM-CHM,96
1H,CuSO4*5H2O,CHM-CHM,45
1H,CuX,CHM-CHM,32
1H,Cubane,CHM-CHM,54
1H,Cubic,CHM-SPL,232
1H,Cubic,CMT-SPL,35
1H,Cucurbituril,CHM-CHM,49
1H,Curcumin,CHM-CHM,137
1H,Cure,CHM-SMT,36
1H,Cured,CHM-SMT,545
1H,Curing,CHM-SMT,412
1H,Curing Behaviour,CHM-PRO,55
1H,Current,CHM-PRO,108
1H,Current Density,CHM-PRO,190
1H,Current Density Voltage,CHM-PRO,39
1H,Current Efficiency,CHM-PRO,53
1H,Current Versus Voltage Characteristics,CHM-PRO,45
1H,Current Voltage,CHM-PRO,41
1H,Current Voltage Curve,CHM-CMT,35
1H,Curve Fitting,CHM-CMT,112
1H,Curves,CHM-CMT,401
1H,Curves,CHM-PRO,39
1H,Cy3,CHM-CHM,37
1H,Cy5,CHM-CHM,45
1H,Cyan,CHM-CHM,39
1H,Cyanides,CHM-CHM,269
1H,Cyanine,CHM-CHM,39
1H,Cyano,CHM-CHM,77
1H,Cyclam,CHM-CHM,31
1H,Cycle,CHM-PRO,33
1H,Cycle Performance,CHM-PRO,74
1H,Cyclen,CHM-CHM,54
1H,Cyclic,CHM-CMT,70
1H,Cyclic Carbonates,CHM-CHM,126
1H,Cyclic Voltammetric,CHM-CMT,157
1H,Cyclic Voltammetry,CHM-CMT,1397
1H,Cyclic Voltammetry,CMT-CMT,257
1H,Cyclic Voltammogram,CHM-CMT,2070
1H,Cyclic Voltammogram,CMT-CMT,80
1H,Cycling Performance,CHM-PRO,171
1H,Cycling Stability,CHM-PRO,52
1H,Cyclization,CHM-SMT,58
1H,Cyclobutane,CHM-CHM,49
1H,Cyclohexane,CHM-CHM,417
1H,Cyclohexane,CMT-CHM,47
1H,Cyclohexanol,CHM-CHM,45
1H,Cyclohexanone,CHM-CHM,121
1H,Cyclohexene,CHM-CHM,114
1H,Cyclohexene Oxide,CHM-CHM,56
1H,Cyclohexyl,CHM-CHM,116
1H,Cyclohexyl,CMT-CHM,35
1H,Cyclooctene,CHM-CHM,70
1H,Cyclopentadiene,CHM-CHM,64
1H,Cyclopentadienyl,CHM-CHM,108
1H,Cyclophane,CHM-CHM,67
1H,Cyclopropane,CHM-CHM,42
1H,Cyclotriphosphazene,CHM-CHM,64
1H,Cyclotriphosphazene,CMT-CHM,36
1H,Cylinder,CHM-DSC,62
1H,Cylindrical,CHM-DSC,30
1H,Cys,CHM-CHM,310
1H,Cysteamine,CHM-CHM,34
1H,Cysteines,CHM-CHM,246
1H,Cytidine,CHM-CHM,30
1H,Cytocompatibility,CHM-PRO,67
1H,Cytosine,CHM-CHM,54
1H,Cytotoxic,CHM-PRO,132
1H,Cytotoxic,CMT-PRO,45
1H,Cytotoxic Activities,CHM-PRO,70
1H,Cytotoxic Activity,CHM-PRO,224
1H,Cytotoxic Activity,CMT-PRO,93
1H,Cytotoxic Effect,CHM-PRO,103
1H,Cytotoxicities,CHM-PRO,103
1H,Cytotoxicity,CHM-PRO,1701
1H,Cytotoxicity,CMT-PRO,225
1H,Cytotoxicity Assay,CHM-CMT,39
1H,Cytotoxicity Test,CHM-CMT,32
1H,C–F,CHM-CHM,33
1H,C–H,CHM-CHM,137
1H,"D,L-Lactide",CHM-CHM,35
1H,D-Chloroform,CHM-CHM,41
1H,D-DMSO,CHM-CHM,62
1H,D-Galactose,CHM-CHM,66
1H,D-Galactose,CMT-CHM,42
1H,D-Glucose,CHM-CHM,113
1H,D-Glucose,CMT-CHM,49
1H,D-Mannose,CHM-CHM,41
1H,D-Spacing,CHM-PRO,100
1H,D2O,CHM-CHM,6118
1H,D2O,CMT-CHM,271
1H,D2O,PRO-CHM,61
1H,D6-Acetone,CHM-CHM,41
1H,D6-DMSO,CHM-CHM,393
1H,D8-Toluene,CHM-CHM,48
1H,DABCO,CHM-CHM,126
1H,DAP,CHM-CHM,46
1H,DAPI,CHM-CHM,584
1H,DB,CHM-PRO,33
1H,DB24C8,CHM-CHM,35
1H,DBU,CHM-CHM,246
1H,DC,CHM-PRO,64
1H,DC Conductivity,CHM-PRO,56
1H,DCA,CHM-CHM,40
1H,DCC,CHM-CHM,97
1H,DCF,CHM-CHM,41
1H,DCFH-DA,CHM-CHM,40
1H,DCM,CHM-CHM,257
1H,DCl,CHM-CHM,171
1H,DDM,CHM-CHM,43
1H,DDQ,CHM-CHM,86
1H,DDT,CHM-CHM,37
1H,DEA,CHM-CHM,45
1H,DEAE,CHM-CHM,74
1H,DEF2-TZVP,CHM-CMT,32
1H,DEPT-135,CHM-CMT,86
1H,DEPT-135,CMT-CMT,30
1H,DES,CHM-CHM,66
1H,DESS,CHM-APL,48
1H,DETA,CHM-CHM,40
1H,DFT,CHM-CMT,2320
1H,DFT,CMT-CMT,416
1H,DFT,PRO-CMT,130
1H,DFT B3LYP,CHM-CMT,35
1H,DFT Calculations,CHM-CMT,959
1H,DFT Calculations,CMT-CMT,217
1H,DFT Method,CHM-CMT,55
1H,DGEBA,CHM-CHM,114
1H,DH,CHM-PRO,163
1H,DHA,CHM-CHM,53
1H,DHP,CHM-CHM,38
1H,DHPC,CHM-CHM,34
1H,DIBAL-H,CHM-CHM,51
1H,DIC,CHM-CHM,34
1H,DIC,CHM-CMT,69
1H,DIEA,CHM-CHM,70
1H,DIPEA,CHM-CHM,159
1H,DLS,CHM-CMT,2115
1H,DLS,CMT-CMT,54
1H,DMA,CHM-CHM,725
1H,DMA,CHM-CMT,150
1H,DMAEMA,CHM-CHM,136
1H,DMAP,CHM-CHM,529
1H,DMAc,CHM-CHM,190
1H,DMC,CHM-CHM,139
1H,DME,CHM-CHM,116
1H,DMEM,CHM-CHM,75
1H,DMF,CHM-CHM,3188
1H,DMF,CMT-CHM,159
1H,DMF-D,CHM-CHM,35
1H,DMF-D7,CHM-CHM,127
1H,DMFC,CHM-APL,44
1H,DMFC,CHM-CHM,41
1H,DMP,CHM-CHM,65
1H,DMPA,CHM-CHM,69
1H,DMPC,CHM-CHM,80
1H,DMPO,CHM-CHM,37
1H,DMSO,CHM-CHM,3896
1H,DMSO,CMT-CHM,279
1H,DMSO,PRO-CHM,33
1H,DMSO = Dimethyl Sulfoxide,CHM-CHM,33
1H,DMSO H2O,CHM-CHM,36
1H,DMSO-D,CHM-CHM,1314
1H,DMSO-D,CMT-CHM,62
1H,DMSO-D6,CHM-CHM,3050
1H,DMSO-D6,CHM-CMT,43
1H,DMSO-D6,CMT-CHM,132
1H,DMSO‑D,CHM-CHM,120
1H,DMTA,CHM-CMT,136
1H,DNA,CHM-APL,48
1H,DNA,CHM-PRO,210
1H,DNA,CMT-PRO,45
1H,DNA Binding,CHM-PRO,43
1H,DNA Content,CHM-PRO,32
1H,DNP,CHM-CHM,44
1H,DNP,CHM-CMT,121
1H,DNP,CHM-PRO,45
1H,DNP,CHM-SMT,101
1H,DNase I,CHM-CHM,43
1H,DOC,CHM-CHM,33
1H,DOP,CHM-CHM,33
1H,DOPC,CHM-CHM,33
1H,DOPO,CHM-CHM,56
1H,DOS,CHM-PRO,50
1H,DOSY,CHM-CMT,221
1H,DOSY,CMT-CMT,32
1H,DOTA,CHM-CHM,57
1H,DOX,CHM-CHM,804
1H,DOX HCl,CHM-CHM,45
1H,DPA,CHM-CHM,92
1H,DPBF,CHM-CHM,34
1H,DPBS,CHM-CHM,34
1H,DPC,CHM-CHM,31
1H,DPH,CHM-CHM,51
1H,DPP,CHM-CHM,40
1H,DPPC,CHM-CHM,66
1H,DPPE,CHM-CHM,145
1H,DPPE,CMT-CHM,66
1H,DPPF,CHM-CHM,59
1H,DPPH,CHM-CHM,239
1H,DPPH,CMT-CHM,37
1H,DPV,CHM-CMT,144
1H,DS,CHM-PRO,464
1H,DS,CMT-PRO,38
1H,DSC,CHM-CMT,6064
1H,DSC,CMT-CMT,477
1H,DSC Curve,CHM-CMT,33
1H,DSC Heating,CHM-CMT,87
1H,DSC Heating Curves,CHM-CMT,75
1H,DSSCS,CHM-APL,78
1H,DTA,CHM-CMT,380
1H,DTA,CMT-CMT,44
1H,DTAB,CHM-CHM,40
1H,DTG,CHM-CHM,646
1H,DTG,CHM-CMT,351
1H,DTG,CMT-CHM,33
1H,DTG Curve,CHM-CMT,39
1H,DTGA,CHM-CMT,64
1H,DTPA,CHM-CHM,63
1H,DTT,CHM-CHM,186
1H,DTX,CHM-CHM,48
1H,Da,CHM-SMT,37
1H,Data,CHM-CMT,65
1H,Dba,CHM-CHM,35
1H,De,CHM-PRO,40
1H,Deacetylated,CHM-SMT,33
1H,Deacetylation,CHM-SMT,36
1H,Dealuminated,CHM-SMT,38
1H,Decane,CHM-CHM,55
1H,Decarboxylation,CHM-SMT,44
1H,Decay Curve,CHM-CMT,43
1H,Decomposition Temperature,CHM-PRO,255
1H,Decomposition Temperature,CMT-PRO,41
1H,Decoupling,CHM-CMT,38
1H,Defect,CHM-PRO,31
1H,Degradation,CHM-CMT,37
1H,Degradation,CHM-PRO,45
1H,Degradation,CHM-SMT,151
1H,Degradation Behavior,CHM-PRO,45
1H,Degradation Kinetics,CHM-PRO,31
1H,Degradation Temperature,CHM-PRO,40
1H,Degree of,CHM-PRO,81
1H,Degree of Polymerization,CHM-PRO,53
1H,Degree of Substitution,CHM-PRO,61
1H,Dehydrated,CHM-SMT,70
1H,Dehydration,CHM-SMT,127
1H,Dehydrogenation,CHM-SMT,83
1H,Delay,CHM-PRO,38
1H,Delivery,CHM-APL,49
1H,Dendrimers,CHM-DSC,472
1H,Dendrimers,CMT-DSC,51
1H,Dendritic,CHM-DSC,139
1H,Dendron,CHM-DSC,50
1H,Dense,CHM-PRO,47
1H,Densities,CHM-PRO,162
1H,Density,CHM-PRO,528
1H,Density,CMT-PRO,57
1H,Density Functional Calculations,CHM-CMT,42
1H,Density Functional Method,CHM-CMT,34
1H,Density Functional Theory,CHM-CMT,788
1H,Density Functional Theory,CMT-CMT,207
1H,Density Functional Theory,PRO-CMT,56
1H,Density of States,CHM-PRO,53
1H,Density-Functional Theory Calculations,CHM-CMT,147
1H,Density-Functional Theory Calculations,CMT-CMT,39
1H,Depolymerization,CHM-SMT,62
1H,Deprotection,CHM-SMT,157
1H,Deprotonation,CHM-SMT,64
1H,Dept,CHM-CMT,227
1H,Dept,CMT-CMT,73
1H,Derivative Curve,CHM-CMT,34
1H,Desorption,CHM-CMT,36
1H,Desorption Isotherm,CHM-CMT,54
1H,Dess-Martin Periodinane,CHM-SMT,41
1H,Detection,CHM-APL,97
1H,Detection Limit,CHM-PRO,340
1H,Detector,CHM-APL,30
1H,Detonation Pressure,CHM-PRO,31
1H,Deuterated Acetonitrile,CHM-CHM,31
1H,Deuterated Chloroform,CHM-CHM,102
1H,Deuterated DMSO,CHM-CHM,53
1H,Deuterated Methanol,CHM-CHM,33
1H,Deuterated Water,CHM-CHM,66
1H,Deuterium,CHM-CHM,379
1H,Deuterium,CMT-CHM,52
1H,Deuterium Labeling,CHM-CMT,35
1H,Deuterium Oxide,CHM-CHM,59
1H,Deuteron,CHM-CHM,56
1H,Deviation,CHM-CMT,39
1H,Deviation,CHM-PRO,79
1H,Device,CHM-APL,49
1H,Device Performance,CHM-PRO,43
1H,Di-Oxygen,CHM-CHM,92
1H,DiR,CHM-CHM,39
1H,Diagram,CHM-CMT,163
1H,Dialdehyde,CHM-CHM,37
1H,Dialysis,CHM-SMT,164
1H,Diamagnetic,CHM-PRO,315
1H,Diamagnetic,CMT-PRO,56
1H,Diameter,CHM-PRO,37
1H,Diamines,CHM-CHM,509
1H,Diamines,CMT-CHM,58
1H,Diamonds,CHM-CHM,696
1H,Diamonds,CMT-CHM,47
1H,Diarylethene,CHM-CHM,36
1H,Diastereomeric Ratio,CHM-PRO,80
1H,Diastereoselectivity,CHM-PRO,80
1H,Diazo,CHM-CHM,51
1H,Diazonium,CHM-CHM,42
1H,Diblock,CHM-DSC,186
1H,Diblock Copolymer,CHM-DSC,581
1H,Dicarboxylate,CHM-CHM,47
1H,Dicarboxylic Acid,CHM-CHM,84
1H,Dichloromethane,CHM-CHM,1054
1H,Dichloromethane,CMT-CHM,116
1H,Dicyclohexyl Carbodiimide,CHM-CHM,46
1H,Dielectric,CHM-PRO,45
1H,Dielectric Constant,CHM-PRO,309
1H,Dielectric Constant,CMT-PRO,32
1H,Dielectric Constants,CHM-PRO,82
1H,Dielectric Loss,CHM-PRO,155
1H,Dielectric Permittivities,CHM-PRO,31
1H,Dielectric Properties,CHM-PRO,89
1H,Diels Alder,CHM-SMT,35
1H,Diels–Alder Reaction,CHM-SMT,54
1H,Diene,CHM-CHM,159
1H,Diesel,CHM-APL,32
1H,Diesters,CHM-CHM,38
1H,Diethyl Ether,CHM-CHM,232
1H,Diethyl Ether,CMT-CHM,45
1H,Diethylamine,CHM-CHM,60
1H,Diethylene Glycol,CHM-CHM,32
1H,Diethylene Triamine,CHM-CHM,39
1H,Difference Spectra,CHM-CMT,38
1H,Differential Interference Contrast,CHM-CMT,38
1H,Differential Pulse Voltammetry,CHM-CMT,92
1H,Differential Pulse Voltammogram,CHM-CMT,128
1H,Differential Scanning Calorimeter,CHM-CMT,61
1H,Differential Scanning Calorimetry,CHM-CMT,1304
1H,Differential Scanning Calorimetry,CMT-CMT,236
1H,Differential Thermal Analysis,CHM-CMT,130
1H,Differential Thermal Analysis,CMT-CMT,30
1H,Diffraction,CHM-CMT,52
1H,Diffraction Pattern,CHM-CMT,86
1H,Diffraction Peak,CHM-PRO,37
1H,Diffractograms,CHM-CMT,39
1H,Diffused Reflectance,CHM-CMT,37
1H,Diffusion,CHM-PRO,55
1H,Diffusion Coefficient,CHM-PRO,594
1H,Diffusion Coefficient,CMT-PRO,60
1H,Diffusion Coefficient D,CHM-PRO,51
1H,Diffusion Constant,CHM-PRO,34
1H,Diffusion Ordered Spectroscopy,CHM-CMT,44
1H,Diffusion Time,CHM-PRO,54
1H,Diffusivity,CHM-PRO,53
1H,Digested,CHM-SMT,94
1H,Digestion,CHM-SMT,46
1H,Digital Images,CHM-CMT,58
1H,Digital Photo,CHM-CMT,60
1H,Digital Photograph,CHM-CMT,106
1H,Diglyme,CHM-CHM,38
1H,Dihedral,CHM-PRO,36
1H,Dihedral Angle,CHM-PRO,332
1H,Dihedral Angle,CMT-PRO,31
1H,Dihydride,CHM-CHM,42
1H,Dihydrogen,CHM-CHM,104
1H,Dihydrogen Phosphate,CHM-CHM,51
1H,Dihydroxyl,CHM-CHM,45
1H,Diimine,CHM-CHM,71
1H,Diisocyanates,CHM-CHM,63
1H,Diisopropylamine,CHM-CHM,33
1H,Diketones,CHM-CHM,34
1H,Dimedone,CHM-CHM,30
1H,Dimensional,CHM-DSC,37
1H,Dimensional Stability,CHM-PRO,56
1H,Dimers,CHM-DSC,71
1H,Dimethyl,CHM-CHM,52
1H,Dimethyl Carbonate,CHM-CHM,43
1H,Dimethylamine,CHM-CHM,65
1H,Dimethylamino,CHM-CHM,31
1H,Dimethylformamide,CHM-CHM,178
1H,Dimethylsulfoxide,CHM-CHM,409
1H,Dimethylsulfoxide,CMT-CHM,65
1H,Dinitro,CHM-CHM,45
1H,Dinuclear,CHM-DSC,33
1H,Diol,CHM-CHM,214
1H,Diols,CHM-CHM,122
1H,Diorganotin(IV),CHM-CHM,43
1H,Diorganotin(IV),CMT-CHM,34
1H,Dioxane,CHM-CHM,433
1H,Dip Coating,CHM-SMT,33
1H,Dipeptide,CHM-CHM,146
1H,Diphenyl Acetylene,CHM-CHM,31
1H,Diphenyl Ether,CHM-CHM,43
1H,Diphosphines,CHM-CHM,90
1H,Diphosphines,CMT-CHM,39
1H,Dipolar,CHM-PRO,61
1H,Dipolar Couplings,CHM-PRO,154
1H,Dipolar Interaction,CHM-PRO,88
1H,Dipole Moment,CHM-PRO,202
1H,Dipole Moment,CMT-PRO,49
1H,Dipole-Dipole Interaction,CHM-PRO,36
1H,Direct Methanol Fuel Cell,CHM-APL,35
1H,Disaccharide,CHM-CHM,129
1H,Disc,CHM-DSC,52
1H,Discharge,CHM-PRO,60
1H,Discharge Capacity,CHM-PRO,110
1H,Discharge Curves,CHM-PRO,45
1H,Discharge Profile,CHM-PRO,33
1H,Discs,CHM-DSC,43
1H,Disk,CHM-DSC,107
1H,Disks,CHM-DSC,47
1H,Disordered,CHM-PRO,32
1H,Dispersability,CHM-PRO,45
1H,Dispersant,CHM-APL,34
1H,Dispersion,CHM-DSC,199
1H,Dispersion,CHM-PRO,42
1H,Dispersities,CHM-PRO,33
1H,Dispersity,CHM-PRO,112
1H,Displacement,CHM-PRO,58
1H,Displacement Ellipsoid,CHM-CMT,332
1H,Displacement Ellipsoid,CHM-PRO,61
1H,Displacement Ellipsoid Plot,CHM-CMT,35
1H,Dissociation Constant,CHM-PRO,59
1H,Dissolution,CHM-SMT,164
1H,Dissolution Rate,CHM-PRO,38
1H,Distance,CHM-PRO,197
1H,Distillation,CHM-SMT,33
1H,Distribution,CHM-CMT,102
1H,Distribution,CHM-PRO,85
1H,Distribution Curve,CHM-CMT,33
1H,Distribution Diagram,CHM-CMT,43
1H,Distribution Function,CHM-PRO,32
1H,Distribution Ratio,CHM-PRO,31
1H,Disulfide,CHM-CHM,318
1H,Dithiocarbamates,CHM-CHM,96
1H,Dithiocarbamates,CMT-CHM,47
1H,Dithiols,CHM-CHM,36
1H,Dithranol,CHM-CHM,38
1H,Divinyl Benzene,CHM-CHM,39
1H,Dma,CHM-CMT,434
1H,Dma,CMT-CMT,30
1H,Docking,CHM-CMT,72
1H,Dodecane,CHM-CHM,62
1H,Dodecanethiol,CHM-CHM,31
1H,Dodecyl,CHM-CHM,38
1H,Domain Size,CHM-PRO,31
1H,Domains,CHM-PRO,69
1H,Donor,CHM-APL,38
1H,Donor,CHM-PRO,38
1H,Dopamine,CHM-CHM,107
1H,Doped,CHM-DSC,575
1H,Doped,CMT-DSC,64
1H,Doping,CHM-SMT,35
1H,Dose Response Curve,CHM-CMT,31
1H,Dosy NMR,CHM-CMT,108
1H,Double Layered,CHM-DSC,30
1H,Double Logarithmic Plot,CHM-CMT,34
1H,Double Stranded,CHM-DSC,44
1H,Doublers,CHM-DSC,34
1H,Dox,CHM-CHM,73
1H,Doxorubicin,CHM-CHM,231
1H,Dp,CHM-PRO,129
1H,Dpn,CHM-PRO,32
1H,Dpph,CHM-CMT,63
1H,Dqf-Cosy,CHM-CMT,41
1H,Dqf-Cosy,CMT-CMT,33
1H,Dr,CHM-PRO,60
1H,Dried,CHM-SMT,367
1H,Drifts,CHM-CMT,62
1H,Drinking Water,CHM-APL,47
1H,Drop Cast,CHM-SMT,38
1H,Drop Casting,CHM-SMT,49
1H,Droplets,CHM-DSC,126
1H,Drug,CHM-APL,69
1H,Drug,CHM-PRO,37
1H,Drug Carrier,CHM-APL,67
1H,Drug Delivery,CHM-APL,161
1H,Drug Delivery System,CHM-APL,96
1H,Drug Loading Efficiency,CHM-PRO,37
1H,Drug Release,CHM-CMT,36
1H,Drug Release,CHM-PRO,112
1H,Drug Release Behavior,CHM-PRO,55
1H,Drug Release Profile,CHM-PRO,112
1H,Drug-Loading,CHM-PRO,58
1H,Drugs,CHM-APL,48
1H,Drying,CHM-SMT,241
1H,Dssc,CHM-APL,39
1H,Dtg,CHM-CMT,627
1H,Dtg,CMT-CMT,30
1H,Dumbbells,CHM-DSC,47
1H,Duplex,CHM-DSC,42
1H,Durability,CHM-PRO,46
1H,Dyads,CHM-DSC,64
1H,Dye-Sensitized Solar Cells,CHM-APL,67
1H,Dyes,CHM-APL,63
1H,Dynamic 1H NMR,CHM-CMT,36
1H,Dynamic Behavior,CHM-PRO,93
1H,Dynamic Light Scattering,CHM-CMT,839
1H,Dynamic Light Scattering,CMT-CMT,38
1H,Dynamic Mechanical Analysis,CHM-CMT,192
1H,Dynamic Mechanical Property,CHM-PRO,41
1H,Dynamic Mechanical Thermal Analysis,CHM-CMT,36
1H,Dynamic Modulus,CHM-PRO,30
1H,Dynamic Nuclear Polarization,CHM-CMT,38
1H,Dynamic Viscosity,CHM-PRO,45
1H,Dynamical Properties,CHM-PRO,38
1H,Dynamics,CHM-PRO,185
1H,D–F,CHM-CHM,63
1H,E Staining,CHM-CMT,65
1H,E-CL,CHM-CHM,67
1H,E-Caprolactone,CHM-CHM,81
1H,E1/2,CHM-PRO,95
1H,EC50,CHM-PRO,50
1H,ECD,CHM-CMT,226
1H,ECD,CMT-CMT,100
1H,EDC,CHM-CHM,50
1H,EDCI,CHM-CHM,61
1H,EDOT,CHM-CHM,42
1H,EDS,CHM-CHM,33
1H,EDS,CHM-CMT,369
1H,EDS,CMT-CMT,36
1H,EDS Mapping,CHM-CMT,45
1H,EDTA,CHM-CHM,314
1H,EDX,CHM-CMT,560
1H,EDX,CMT-CMT,49
1H,EDX Mapping,CHM-CMT,43
1H,EGDMA,CHM-CHM,51
1H,EI MS,CHM-CMT,139
1H,EIMS,CHM-CMT,34
1H,EIS,CHM-CMT,88
1H,ELISA,CHM-CMT,114
1H,EM,CHM-PRO,48
1H,EP,CHM-CHM,48
1H,EP,CHM-PRO,33
1H,EPR,CHM-CMT,75
1H,EPR Spectroscopy,CHM-CMT,91
1H,EQE,CHM-CMT,60
1H,ES MS,CHM-CMT,59
1H,ESEM,CHM-CMT,65
1H,ESI MS,CHM-CMT,1439
1H,ESI MS,CMT-CMT,299
1H,ESI Mass,CHM-CMT,132
1H,ESI Mass Spectrometry,CHM-CMT,127
1H,ESI Mass Spectrometry,CMT-CMT,59
1H,ESI Mass Spectrum,CHM-CMT,51
1H,ESI-Mass,CHM-CMT,50
1H,ESI-TOF-MS,CHM-CMT,43
1H,ESP,CHM-CMT,37
1H,ESP,CHM-PRO,35
1H,ESR,CHM-CMT,373
1H,ESR,CMT-CMT,39
1H,EV,CHM-PRO,30
1H,EXAFS,CHM-CMT,110
1H,EXSY,CHM-CMT,91
1H,Edax,CHM-CMT,76
1H,Effect,CHM-PRO,84
1H,Effective,CHM-PRO,37
1H,Efficiencies,CHM-PRO,48
1H,Efficiency,CHM-PRO,127
1H,Eis,CHM-CMT,202
1H,El,CHM-CMT,131
1H,Elastic,CHM-PRO,53
1H,Elastic Modulus,CHM-PRO,137
1H,Elasticity,CHM-PRO,38
1H,Elastomer,CHM-APL,62
1H,Elastomer,CHM-PRO,68
1H,Electric Conductivity,CHM-PRO,54
1H,Electrical Conductivity,CHM-PRO,239
1H,Electrical Properties,CHM-PRO,58
1H,Electroactive,CHM-PRO,75
1H,Electrocatalyst,CHM-APL,40
1H,Electrochemical,CHM-CMT,201
1H,Electrochemical,CHM-PRO,234
1H,Electrochemical,CHM-SMT,87
1H,Electrochemical Analysis,CHM-CMT,36
1H,Electrochemical Behavior,CHM-PRO,191
1H,Electrochemical Behavior,CMT-PRO,38
1H,Electrochemical Characterization,CHM-CMT,42
1H,Electrochemical Data,CHM-CMT,161
1H,Electrochemical Impedance Spectroscopy,CHM-CMT,138
1H,Electrochemical Measurement,CHM-CMT,83
1H,Electrochemical Method,CHM-CMT,37
1H,Electrochemical Oxidation,CHM-SMT,103
1H,Electrochemical Parameters,CHM-PRO,40
1H,Electrochemical Performance,CHM-PRO,97
1H,Electrochemical Polymerization,CHM-SMT,39
1H,Electrochemical Properties,CHM-PRO,405
1H,Electrochemical Properties,CMT-PRO,62
1H,Electrochemical Reduction,CHM-SMT,49
1H,Electrochemical Stability,CHM-PRO,47
1H,Electrochemical Study,CHM-CMT,139
1H,Electrochemical Study,CMT-CMT,43
1H,Electrochemical Synthesis,CHM-SMT,31
1H,Electrochemical Technique,CHM-CMT,37
1H,Electrochemistry,CHM-CMT,99
1H,Electrochemistry,CHM-PRO,48
1H,Electrochromic Behavior,CHM-PRO,30
1H,Electrochromic Property,CHM-PRO,36
1H,Electrode,CHM-APL,1139
1H,Electrode,CMT-APL,56
1H,Electrodeposition,CHM-SMT,39
1H,Electrodes,CHM-APL,534
1H,Electrodes,CMT-APL,37
1H,Electroluminescence,CHM-CMT,73
1H,Electrolysis,CHM-SMT,128
1H,Electrolyte,CHM-APL,712
1H,Electrolyte,CMT-APL,67
1H,Electron Affinity,CHM-PRO,36
1H,Electron Density,CHM-PRO,228
1H,Electron Diffraction,CHM-CMT,59
1H,Electron Micrograph,CHM-CMT,41
1H,Electron Microscopy,CHM-CMT,82
1H,Electron Paramagnetic Resonance,CHM-CMT,75
1H,Electron Spin,CHM-PRO,31
1H,Electron Spin Resonance,CHM-CMT,42
1H,Electron Transfer,CHM-PRO,88
1H,Electron Transition,CHM-PRO,123
1H,Electronegativity,CHM-PRO,42
1H,Electronic,CHM-CMT,121
1H,Electronic,CHM-PRO,135
1H,Electronic,CMT-CMT,35
1H,Electronic,CMT-PRO,33
1H,Electronic Absorption,CHM-CMT,450
1H,Electronic Absorption,CHM-PRO,30
1H,Electronic Absorption,CMT-CMT,52
1H,Electronic Absorption Spectral,CHM-CMT,76
1H,Electronic Absorption Spectroscopy,CHM-CMT,44
1H,Electronic Configuration,CHM-PRO,32
1H,Electronic Densities,CHM-PRO,31
1H,Electronic Interaction,CHM-PRO,30
1H,Electronic Properties,CHM-PRO,241
1H,Electronic Properties,CMT-PRO,61
1H,Electronic Spectroscopy,CHM-CMT,63
1H,Electronic Spectrum,CHM-CMT,338
1H,Electronic Spectrum,CHM-PRO,32
1H,Electronic Spectrum,CMT-CMT,52
1H,Electronic Structure,CHM-PRO,191
1H,Electronic Structure,CMT-PRO,44
1H,Electronic Structures,CHM-PRO,122
1H,Electronic Structures,CMT-PRO,32
1H,Electrons,CHM-PRO,76
1H,Electrophoretic Mobility,CHM-PRO,91
1H,Electropolymerization,CHM-SMT,64
1H,Electrospinning,CHM-SMT,88
1H,Electrospray Ionization Mass Spectrometry,CHM-CMT,173
1H,Electrospray Ionization Mass Spectrometry,CMT-CMT,50
1H,Electrospray Mass Spectrometry,CHM-CMT,70
1H,Electrospun,CHM-SMT,163
1H,Electrostatic Interaction,CHM-PRO,31
1H,Electrostatic Potential,CHM-PRO,147
1H,Electrostatic Potential Surface,CHM-PRO,48
1H,Electrostatics,CHM-PRO,44
1H,Element Analysis,CHM-CMT,80
1H,Elemental,CHM-CMT,144
1H,Elemental,CMT-CMT,46
1H,Elemental Analysis,CHM-CMT,5711
1H,Elemental Analysis,CMT-CMT,1935
1H,Elemental Composition,CHM-PRO,179
1H,Elemental Mapping,CHM-CMT,108
1H,Ellipsoids,CHM-CMT,287
1H,Ellipsometry,CHM-CMT,39
1H,Elongation at Break,CHM-PRO,252
1H,Emission Band,CHM-PRO,77
1H,Emission Colour,CHM-PRO,61
1H,Emission Intensity,CHM-PRO,556
1H,Emission Lifetime,CHM-PRO,30
1H,Emission Maxima,CHM-PRO,86
1H,Emission Maximum,CHM-PRO,40
1H,Emission Properties,CHM-PRO,88
1H,Emission Quantum Yield,CHM-PRO,31
1H,Emission Spectra,CHM-CMT,1508
1H,Emission Spectra,CMT-CMT,34
1H,Emission Spectral,CHM-CMT,48
1H,Emission Spectral,CHM-PRO,34
1H,Emission Spectroscopy,CHM-CMT,79
1H,Emission Spectrum,CHM-CMT,195
1H,Emission Spectrum,CHM-PRO,32
1H,Emission Titration,CHM-CMT,36
1H,Emission Wavelength,CHM-PRO,125
1H,Emissions,CHM-CMT,558
1H,Emissions,CHM-PRO,265
1H,Emissive,CHM-PRO,61
1H,Emulsion,CHM-DSC,111
1H,Emulsion Polymerization,CHM-SMT,58
1H,Emulsions,CHM-APL,50
1H,Emulsions,CHM-DSC,112
1H,Enamine,CHM-CHM,62
1H,Enantiomeric Excess,CHM-PRO,109
1H,Enantioselectivity,CHM-PRO,91
1H,Encapsulation Efficiency,CHM-PRO,92
1H,Endor,CHM-CMT,81
1H,Energetic,CHM-PRO,118
1H,Energies,CHM-PRO,209
1H,Energy,CHM-PRO,201
1H,Energy Barrier,CHM-PRO,79
1H,Energy Density,CHM-PRO,40
1H,Energy Diagram,CHM-CMT,84
1H,Energy Diagram,CHM-PRO,58
1H,Energy Difference,CHM-PRO,41
1H,Energy Dispersive X-Ray,CHM-CMT,44
1H,Energy Dispersive X-Ray Analysis,CHM-CMT,33
1H,Energy Dispersive X-Ray Spectroscopy,CHM-CMT,60
1H,Energy Efficiency,CHM-PRO,37
1H,Energy Gap,CHM-PRO,114
1H,Energy Level,CHM-PRO,270
1H,Energy Level Diagram,CHM-CMT,69
1H,Energy Level Diagram,CHM-PRO,99
1H,Energy Metabolism,CHM-PRO,32
1H,Energy Minimized,CHM-CMT,115
1H,Energy Profile,CHM-PRO,59
1H,Energy Transfer,CHM-PRO,45
1H,Energy-Minimized Structure,CHM-CMT,31
1H,Enhancement Factor,CHM-PRO,32
1H,Enol,CHM-CHM,155
1H,Enol,CMT-CHM,31
1H,Enolates,CHM-CHM,36
1H,Enones,CHM-CHM,38
1H,Enthalpies,CHM-PRO,93
1H,Enthalpy,CHM-PRO,209
1H,Enthalpy Change,CHM-PRO,74
1H,Entrapment Efficiency,CHM-PRO,36
1H,Entropy,CHM-PRO,152
1H,Entropy Change,CHM-PRO,30
1H,Enzymatic,CHM-SMT,39
1H,Enzymatic Activity,CHM-PRO,33
1H,Enzymatic Degradation,CHM-SMT,108
1H,Enzymatic Hydrolysis,CHM-SMT,126
1H,Enzyme Activity,CHM-PRO,53
1H,Enzymes,CHM-APL,63
1H,Eosin,CHM-CHM,97
1H,Epichlorohydrin,CHM-CHM,72
1H,Epoxidation,CHM-APL,111
1H,Epoxidation,CHM-SMT,136
1H,Epoxides,CHM-CHM,423
1H,Epoxides,CMT-CHM,41
1H,Epoxidized,CHM-SMT,111
1H,Epoxy,CHM-CHM,559
1H,Epoxy,CMT-CHM,47
1H,Epoxy Resin,CHM-CHM,190
1H,Epoxy Resins,CHM-CHM,37
1H,Epr,CHM-CMT,850
1H,Epr,CHM-PRO,38
1H,Epr,CMT-CMT,109
1H,Equilibrium Constant,CHM-PRO,238
1H,Equilibrium Constant,CMT-PRO,32
1H,Equivalent Circuit Model,CHM-CMT,31
1H,Equivalent Circuits,CHM-CMT,113
1H,Er,CHM-CHM,60
1H,Esterification,CHM-SMT,180
1H,Esterification Reaction,CHM-SMT,36
1H,Esters,CHM-CHM,1028
1H,Esters,CMT-CHM,124
1H,Estrogen,CHM-CHM,30
1H,Et,CHM-CHM,234
1H,Et,CMT-CHM,108
1H,Et2O,CHM-CHM,420
1H,Et2O,CMT-CHM,43
1H,Et3N,CHM-CHM,819
1H,Et3N,CMT-CHM,42
1H,Et3SiH,CHM-CHM,51
1H,EtBr,CHM-CHM,31
1H,EtOAc,CHM-CHM,165
1H,Etched,CHM-SMT,54
1H,Etching,CHM-SMT,76
1H,Ethane,CHM-CHM,81
1H,Ethanol,CHM-CHM,1848
1H,Ethanol,CMT-CHM,215
1H,Ethanolamine,CHM-CHM,62
1H,Ethene,CHM-CHM,73
1H,Etherification,CHM-SMT,38
1H,Ethers,CHM-CHM,493
1H,Ethers,CMT-CHM,77
1H,Ethidium Bromide,CHM-CHM,120
1H,Ethoxy,CHM-CHM,66
1H,Ethyl,CHM-CHM,254
1H,Ethyl,CMT-CHM,36
1H,Ethyl Acetate,CHM-CHM,322
1H,Ethyl Acetate,CMT-CHM,33
1H,Ethyl Acetoacetate,CHM-CHM,30
1H,Ethyl Acrylate,CHM-CHM,33
1H,Ethyl Esters,CHM-CHM,51
1H,Ethylbenzene,CHM-CHM,35
1H,Ethylene,CHM-CHM,482
1H,Ethylene,CMT-CHM,102
1H,Ethylene Carbonate,CHM-CHM,31
1H,Ethylene Diamine,CHM-CHM,243
1H,Ethylene Diamine,CMT-CHM,51
1H,Ethylene Glycol,CHM-CHM,245
1H,Ethylene Oxide,CHM-CHM,103
1H,Ethylene Polymerization,CHM-APL,96
1H,Ethylene Polymerization,CMT-APL,36
1H,Ethynyl,CHM-CHM,40
1H,Eu,CHM-CHM,224
1H,Eu(III),CHM-CHM,117
1H,Eu3+,CHM-CHM,130
1H,Eugenol,CHM-CHM,40
1H,Europium,CHM-CHM,70
1H,Evaporation,CHM-SMT,38
1H,Exchange,CHM-SMT,61
1H,Exchange Rate,CHM-PRO,66
1H,Excitation,CHM-CMT,182
1H,Excitation,CHM-PRO,40
1H,Excitation Energies,CHM-PRO,52
1H,Excitation Spectra,CHM-CMT,378
1H,Excitation and Emission Spectra,CHM-CMT,63
1H,Excited,CHM-PRO,35
1H,Excited State,CHM-PRO,100
1H,Excited State Lifetime,CHM-PRO,40
1H,Exotherm,CHM-CHM,39
1H,Exponential Fit,CHM-CMT,33
1H,External Quantum Efficiency,CHM-PRO,46
1H,Extinction Coefficient,CHM-PRO,91
1H,Extracted Ion Chromatogram,CHM-CMT,30
1H,Extraction,CHM-SMT,99
1H,Extraction Efficiency,CHM-PRO,59
1H,Extruded,CHM-SMT,38
1H,Extrusion,CHM-SMT,38
1H,Eyring Plot,CHM-CMT,108
1H,F,CHM-CHM,769
1H,F,CHM-PRO,462
1H,F,CMT-CHM,68
1H,F0,CHM-PRO,31
1H,FAB Mass Spectrometry,CHM-CMT,54
1H,FAB Mass Spectrometry,CMT-CMT,32
1H,FAB-MS,CHM-CMT,97
1H,FAB-MS,CMT-CMT,34
1H,FAM,CHM-CHM,36
1H,FAME,CHM-CHM,60
1H,FCC,CHM-SPL,42
1H,FCM,CHM-CMT,33
1H,FE-SEM,CHM-CMT,264
1H,FESEM,CHM-CMT,480
1H,FID,CHM-CMT,133
1H,FITC,CHM-CHM,422
1H,FRET,CHM-CMT,38
1H,FT IR,CHM-CMT,183
1H,FT-IR,CHM-CMT,7052
1H,FT-IR,CMT-CMT,869
1H,FT-IR,PRO-CMT,47
1H,FT-IR Spectroscopic,CHM-CMT,49
1H,FT-IR Spectroscopy,CHM-CMT,278
1H,FT-IR Spectroscopy,CMT-CMT,62
1H,FT-Raman,CHM-CMT,39
1H,FTIR,CHM-CMT,7846
1H,FTIR,CMT-CMT,641
1H,FTIR,PRO-CMT,42
1H,FTIR Absorption,CHM-CMT,39
1H,FTIR Spectroscopy,CHM-CMT,243
1H,FTIR Spectroscopy,CMT-CMT,57
1H,FTIR-ATR,CHM-CMT,39
1H,FTO,CHM-CHM,57
1H,FWHM,CHM-PRO,75
1H,Fab,CHM-CMT,30
1H,Fab Mass,CHM-CMT,31
1H,Fabric,CHM-DSC,54
1H,Fabrics,CHM-DSC,50
1H,Facs,CHM-CMT,40
1H,Far-UV CD,CHM-CMT,33
1H,Faradaic Efficiency,CHM-PRO,54
1H,Fast Pyrolysis,CHM-SMT,30
1H,Fatty Acid,CHM-CHM,363
1H,Fatty Acid,CMT-CHM,41
1H,Fatty Acid Methyl Ester,CHM-CHM,44
1H,Fe,CHM-CHM,651
1H,Fe,CHM-PRO,38
1H,Fe,CMT-CHM,68
1H,Fe III,CHM-CHM,76
1H,Fe(II),CHM-CHM,156
1H,Fe(III),CHM-CHM,189
1H,Fe1,CHM-CHM,57
1H,Fe2,CHM-CHM,34
1H,Fe2+,CHM-CHM,377
1H,Fe2O3,CHM-CHM,35
1H,Fe3,CHM-CHM,30
1H,Fe3+,CHM-CHM,584
1H,Fe3O4,CHM-CHM,183
1H,FeCl2,CHM-CHM,50
1H,FeCl3,CHM-CHM,169
1H,FeFe,CHM-CHM,33
1H,FeII,CHM-CHM,86
1H,Fermentation,CHM-SMT,35
1H,Fermi Level,CHM-PRO,31
1H,Ferric,CHM-CHM,61
1H,Ferrocenes,CHM-CHM,514
1H,Ferrocenes,CMT-CHM,82
1H,Ferrocenium,CHM-CHM,73
1H,Ferrocenyl,CHM-CHM,142
1H,Ferrocenyl,CMT-CHM,43
1H,Ferrous,CHM-CHM,42
1H,Ferulic Acid,CHM-CHM,33
1H,Ff,CHM-PRO,49
1H,Ff - Tem,CHM-CMT,31
1H,Fft,CHM-CMT,60
1H,Fiber,CHM-DSC,277
1H,Fibers,CHM-DSC,359
1H,Fibres,CHM-DSC,74
1H,Fibrils,CHM-DSC,87
1H,Fibrous,CHM-DSC,59
1H,Field Emission Scanning Electron Microscopy,CHM-CMT,81
1H,Figures,CHM-CMT,40
1H,Fill Factor,CHM-PRO,36
1H,Filler,CHM-APL,44
1H,Film,CHM-DSC,2281
1H,Film,CMT-DSC,104
1H,Film Surface,CHM-DSC,94
1H,Films,CHM-DSC,2474
1H,Films,CMT-DSC,152
1H,Filter Paper,CHM-APL,71
1H,Filters,CHM-APL,63
1H,Filtration,CHM-SMT,58
1H,First Hyperpolarizability,CHM-PRO,42
1H,First Order Kinetic Plots,CHM-CMT,34
1H,First Order Kinetics,CHM-CMT,30
1H,First Order Rate Constant,CHM-PRO,67
1H,Fit,CHM-CMT,87
1H,Fits,CHM-CMT,50
1H,Fitting,CHM-CMT,55
1H,Flakes,CHM-DSC,38
1H,Flame Retardancy,CHM-PRO,87
1H,Flame Retardant Properties,CHM-PRO,31
1H,Flame Retardants,CHM-APL,78
1H,Flame Retardants,CHM-PRO,33
1H,Flavonoids,CHM-CHM,85
1H,Flexibility,CHM-PRO,99
1H,Flexible,CHM-PRO,107
1H,Flexural Strength,CHM-PRO,59
1H,Flow Cytometer,CHM-CMT,30
1H,Flow Cytometric Analysis,CHM-CMT,110
1H,Flow Cytometry,CHM-CMT,730
1H,Flow Cytometry,CMT-CMT,30
1H,Fluidity,CHM-PRO,36
1H,Fluorene,CHM-CHM,117
1H,Fluorescein,CHM-CHM,109
1H,Fluorescence,CHM-CMT,3192
1H,Fluorescence,CHM-PRO,1247
1H,Fluorescence,CMT-CMT,130
1H,Fluorescence,CMT-PRO,72
1H,Fluorescence Behavior,CHM-PRO,36
1H,Fluorescence Color,CHM-PRO,90
1H,Fluorescence Decay,CHM-CMT,78
1H,Fluorescence Decay Curve,CHM-CMT,39
1H,Fluorescence Emission,CHM-CMT,928
1H,Fluorescence Emission,CHM-PRO,237
1H,Fluorescence Emission Intensity,CHM-PRO,73
1H,Fluorescence Emission Spectra,CHM-CMT,166
1H,Fluorescence Enhancement,CHM-PRO,74
1H,Fluorescence Excitation,CHM-CMT,105
1H,Fluorescence Image,CHM-CMT,713
1H,Fluorescence Imaging,CHM-CMT,139
1H,Fluorescence Intensity,CHM-CMT,112
1H,Fluorescence Intensity,CHM-PRO,1840
1H,Fluorescence Intensity Ratio,CHM-PRO,146
1H,Fluorescence Lifetime,CHM-PRO,98
1H,Fluorescence Measurement,CHM-CMT,71
1H,Fluorescence Micrograph,CHM-CMT,60
1H,Fluorescence Microscope,CHM-CMT,154
1H,Fluorescence Microscopy,CHM-CMT,441
1H,Fluorescence Photograph,CHM-CMT,49
1H,Fluorescence Probe,CHM-APL,85
1H,Fluorescence Property,CHM-PRO,97
1H,Fluorescence Quantum Yield,CHM-PRO,242
1H,Fluorescence Quantum Yield,CMT-PRO,36
1H,Fluorescence Quenching,CHM-CMT,159
1H,Fluorescence Quenching,CHM-PRO,93
1H,Fluorescence Quenching Efficiency,CHM-PRO,31
1H,Fluorescence Ratio,CHM-PRO,40
1H,Fluorescence Response,CHM-PRO,457
1H,Fluorescence Sensors,CHM-APL,37
1H,Fluorescence Spectra,CHM-CMT,820
1H,Fluorescence Spectral,CHM-CMT,116
1H,Fluorescence Spectroscopy,CHM-CMT,471
1H,Fluorescence Spectroscopy,CMT-CMT,78
1H,Fluorescence Spectrum,CHM-CMT,99
1H,Fluorescence Titration,CHM-CMT,390
1H,Fluorescent,CHM-APL,40
1H,Fluorescent,CHM-CMT,108
1H,Fluorescent,CHM-PRO,496
1H,Fluorescent,CMT-PRO,41
1H,Fluorescent Chemosensor,CHM-APL,42
1H,Fluorescent Image,CHM-CMT,201
1H,Fluorescent Intensity,CHM-PRO,194
1H,Fluorescent Microscopy,CHM-CMT,104
1H,Fluorescent Probes,CHM-APL,45
1H,Fluorescent Properties,CHM-PRO,30
1H,Fluorescent Sensor,CHM-APL,38
1H,Fluorescent Spectra,CHM-CMT,126
1H,Fluoride,CHM-CHM,494
1H,Fluoride,CMT-CHM,43
1H,Fluorination,CHM-SMT,54
1H,Fluorine,CHM-CHM,478
1H,Fluorine,CMT-CHM,93
1H,Fluoro,CHM-CHM,46
1H,Fluorocarbon,CHM-CHM,38
1H,Fluorophore,CHM-APL,47
1H,Flux,CHM-PRO,62
1H,Fluxional Behavior,CHM-PRO,34
1H,Fmos,CHM-PRO,30
1H,Foam,CHM-DSC,75
1H,Foams,CHM-DSC,61
1H,Foil,CHM-DSC,105
1H,Folates,CHM-CHM,97
1H,Folic Acid,CHM-CHM,85
1H,Food,CHM-APL,54
1H,Formaldehyde,CHM-CHM,241
1H,Formaldehyde,CMT-CHM,38
1H,Formamide,CHM-CHM,57
1H,Formate,CHM-CHM,165
1H,Formation Constant,CHM-PRO,136
1H,Formation Mechanism,CHM-PRO,54
1H,Formic Acids,CHM-CHM,249
1H,Formyl,CHM-CHM,58
1H,Fourier Transform,CHM-CMT,121
1H,Fourier Transform Infrared,CHM-CMT,680
1H,Fourier Transform Infrared,CMT-CMT,106
1H,Fourier Transform Infrared Spectroscopy,CHM-CMT,633
1H,Fourier Transform Infrared Spectroscopy,CMT-CMT,96
1H,Fourier Transformation,CHM-CMT,62
1H,Fractional Free Volume,CHM-PRO,33
1H,Fracture Surface,CHM-PRO,97
1H,Free Energy,CHM-PRO,242
1H,Free Energy Change,CHM-PRO,46
1H,Free Energy Profile,CHM-PRO,46
1H,Free Energy of Activation,CHM-PRO,43
1H,Free Radical Copolymerization,CHM-SMT,69
1H,Free Radical Polymerization,CHM-SMT,222
1H,Free Standing,CHM-DSC,49
1H,Free Volume,CHM-PRO,32
1H,Freeze Drying,CHM-SMT,75
1H,Freeze-Dried,CHM-SMT,194
1H,Freezing,CHM-SMT,33
1H,Frequencies,CHM-PRO,52
1H,Frequency,CHM-PRO,109
1H,Friction Coefficient,CHM-PRO,30
1H,Frontier Molecular Orbitals,CHM-PRO,322
1H,Frontier Molecular Orbitals,CMT-PRO,32
1H,Frontier Orbitals,CHM-PRO,156
1H,Fructose,CHM-CHM,136
1H,Fruits,CHM-DSC,34
1H,Ft,CHM-CMT,293
1H,Ft,CMT-CMT,94
1H,Ftir - Atr,CHM-CMT,63
1H,Fucose,CHM-CHM,36
1H,Fuel,CHM-APL,35
1H,Fuel Cell,CHM-APL,166
1H,Fuel Properties,CHM-PRO,30
1H,Fuels,CHM-APL,30
1H,Full Cell,CHM-APL,32
1H,Full Width at Half Maximum,CHM-PRO,40
1H,Fullerene,CHM-CHM,271
1H,Fullerene,CMT-CHM,33
1H,Fumarate,CHM-CHM,49
1H,Fumed Silica,CHM-CHM,31
1H,Functionalized,CHM-DSC,39
1H,Fungicidal Activity,CHM-PRO,42
1H,Furans,CHM-CHM,151
1H,Furfural,CHM-CHM,71
1H,G,CHM-PRO,789
1H,G,CMT-PRO,85
1H,G Value,CHM-PRO,52
1H,G2,CHM-PRO,34
1H,GABA,CHM-CHM,42
1H,GC,CHM-CMT,55
1H,GC / MS,CHM-CMT,97
1H,GC MS,CHM-CMT,50
1H,GC-MS,CHM-CMT,451
1H,GC-MS,CMT-CMT,89
1H,GI50,CHM-PRO,35
1H,GIAO,CHM-CMT,113
1H,GIAO Method,CHM-CMT,30
1H,GMA,CHM-CHM,115
1H,GMP,CHM-CHM,40
1H,GPC,CHM-CMT,3846
1H,GPC,CMT-CMT,212
1H,GSH,CHM-CHM,517
1H,GSSG,CHM-CHM,33
1H,Ga,CHM-CHM,151
1H,Ga,CMT-CHM,38
1H,Ga(III),CHM-CHM,31
1H,Ga3+,CHM-CHM,48
1H,Gadolinium,CHM-CHM,40
1H,Gal,CHM-CHM,40
1H,Galactose,CHM-CHM,191
1H,Galactose,CMT-CHM,33
1H,Gallic Acid,CHM-CHM,42
1H,Gallium,CHM-CHM,81
1H,Gas Chromatogram,CHM-CMT,77
1H,Gas Chromatography,CHM-CMT,134
1H,Gas Chromatography - Mass Spectrometry,CHM-CMT,40
1H,Gas Permeability,CHM-PRO,69
1H,Gasolines,CHM-CHM,49
1H,Gauge Independent Atomic Orbital,CHM-CMT,36
1H,Gaussian 03,CHM-CMT,38
1H,Gaussian 09,CHM-CMT,89
1H,Gc,CHM-CMT,322
1H,Gce,CHM-APL,39
1H,Gcms,CHM-CMT,51
1H,Gc–Ms,CHM-CMT,70
1H,Gd,CHM-CHM,163
1H,Gd(III),CHM-CHM,62
1H,Gd3+,CHM-CHM,85
1H,Ge,CHM-CHM,102
1H,Gel,CHM-DSC,350
1H,Gel,CHM-PRO,43
1H,Gel,CHM-SMT,30
1H,Gel Content,CHM-PRO,82
1H,Gel Electrolyte,CHM-APL,39
1H,Gel Electrophoresis,CHM-CMT,85
1H,Gel Fraction,CHM-PRO,37
1H,Gel Permeation Chromatogram,CHM-CMT,45
1H,Gel Permeation Chromatography,CHM-CMT,901
1H,Gel Permeation Chromatography,CMT-CMT,109
1H,Gel Polymer Electrolyte,CHM-APL,35
1H,Gel Retardation Assay,CHM-CMT,49
1H,Gelation,CHM-SMT,46
1H,Gelation Ability,CHM-PRO,36
1H,Gelation Properties,CHM-PRO,55
1H,Gelation Time,CHM-PRO,89
1H,Gelator,CHM-APL,103
1H,Gelator,CHM-PRO,41
1H,Gels,CHM-DSC,340
1H,Gene Delivery,CHM-APL,42
1H,Gene Expression,CHM-PRO,76
1H,Gene Transfection Efficiency,CHM-PRO,188
1H,Geometric Structure,CHM-PRO,49
1H,Geometrical,CHM-PRO,58
1H,Geometrical Parameters,CHM-PRO,147
1H,Geometrical Structure,CHM-PRO,47
1H,Geometries,CHM-PRO,247
1H,Geometries,CMT-PRO,38
1H,Geometry,CHM-PRO,208
1H,Geometry,CMT-PRO,43
1H,Geometry Optimization,CHM-CMT,55
1H,Geometry Parameters,CHM-PRO,117
1H,Germanium,CHM-CHM,55
1H,Gibbs Free Energy,CHM-PRO,229
1H,Glacial Acetic Acid,CHM-CHM,43
1H,Glass,CHM-DSC,246
1H,Glass Transition,CHM-PRO,169
1H,Glass Transition Temperature,CHM-PRO,1011
1H,Glass Transition Temperature,CMT-PRO,137
1H,Glasses,CHM-DSC,87
1H,Glassy,CHM-DSC,410
1H,Glassy Carbon,CHM-CHM,363
1H,Glc,CHM-CHM,30
1H,GlcA,CHM-CHM,33
1H,GlcNAc,CHM-CHM,61
1H,Gln,CHM-CHM,89
1H,Glu,CHM-CHM,186
1H,Glucosamine,CHM-CHM,65
1H,Glucose,CHM-CHM,799
1H,Glucose,CMT-CHM,84
1H,Glucosyl,CHM-CHM,32
1H,Glucuronic Acid,CHM-CHM,46
1H,Glutamate,CHM-CHM,132
1H,Glutamine,CHM-CHM,124
1H,Glutaraldehyde,CHM-CHM,50
1H,Glutathione,CHM-CHM,195
1H,Gly,CHM-CHM,276
1H,Glycerol,CHM-CHM,423
1H,Glycerol,CMT-CHM,38
1H,Glycidol,CHM-CHM,39
1H,Glycidyl Methacrylate,CHM-CHM,73
1H,Glycine,CHM-CHM,363
1H,Glycine,CMT-CHM,43
1H,Glycolic Acid,CHM-CHM,40
1H,Glycolide,CHM-CHM,41
1H,Glycopolymer,CHM-DSC,41
1H,Glycoside,CHM-CHM,31
1H,Glycosyl,CHM-CHM,60
1H,Glyoxal,CHM-CHM,34
1H,Gold(I),CHM-CHM,67
1H,Graft Copolymer,CHM-DSC,363
1H,Graft Copolymerization,CHM-SMT,64
1H,Graft Polymerization,CHM-SMT,34
1H,Grafting Density,CHM-PRO,34
1H,Grafting Efficiency,CHM-PRO,41
1H,Grafts,CHM-DSC,57
1H,Grain Size,CHM-PRO,31
1H,Graphene,CHM-CHM,173
1H,Graphene Oxide,CHM-CHM,99
1H,Graphite,CHM-CHM,220
1H,Graphitic,CHM-CHM,32
1H,Grid,CHM-DSC,107
1H,Grids,CHM-DSC,42
1H,Grinding,CHM-SMT,61
1H,Ground,CHM-PRO,51
1H,Ground,CHM-SMT,57
1H,Ground State,CHM-PRO,205
1H,Ground State Geometry,CHM-PRO,40
1H,Guaiacols,CHM-CHM,50
1H,Guaiacyl,CHM-CHM,45
1H,Guanidine,CHM-CHM,55
1H,Guanidinium,CHM-CHM,64
1H,Guanine,CHM-CHM,135
1H,Guanosine,CHM-CHM,64
1H,H & E Staining,CHM-CMT,56
1H,H&E,CHM-CMT,57
1H,H&E Staining,CHM-CMT,53
1H,H+,CHM-CHM,384
1H,H+,CMT-CHM,40
1H,H2,CHM-CHM,1471
1H,H2,CMT-CHM,141
1H,H2/O2 Fuel Cell,CHM-APL,30
1H,H2L,CHM-CHM,139
1H,H2L2,CHM-CHM,30
1H,H2O,CHM-CHM,4058
1H,H2O,CMT-CHM,288
1H,H2O,PRO-CHM,52
1H,H2O2,CHM-CHM,947
1H,H2O2,CMT-CHM,100
1H,H2PO4,CHM-CHM,394
1H,H2S,CHM-CHM,127
1H,H2SO4,CHM-CHM,530
1H,H3O+,CHM-CHM,31
1H,H3PO4,CHM-CHM,141
1H,HAADF STEM,CHM-CMT,82
1H,HAuCl4,CHM-CHM,66
1H,HBF4,CHM-CHM,70
1H,HBr,CHM-CHM,37
1H,HCHO,CHM-CHM,34
1H,HCO2H,CHM-CHM,31
1H,HCO3,CHM-CHM,81
1H,HCOOH,CHM-CHM,98
1H,HCl,CHM-CHM,1772
1H,HCl,CMT-CHM,113
1H,HClO4,CHM-CHM,101
1H,HD,CHM-CHM,33
1H,HDI,CHM-CHM,31
1H,HEMA,CHM-CHM,161
1H,HEPES,CHM-CHM,650
1H,HFIP,CHM-CHM,81
1H,HMBC,CHM-CMT,1197
1H,HMBC,CMT-CMT,472
1H,HMBC,PRO-CMT,38
1H,HMDS,CHM-CHM,59
1H,HMF,CHM-CHM,104
1H,HMPA,CHM-CHM,53
1H,HMQC,CHM-CMT,339
1H,HMQC,CMT-CMT,128
1H,HNO3,CHM-CHM,147
1H,HOAc,CHM-CHM,80
1H,HOBt,CHM-CHM,170
1H,HOMO,CHM-PRO,112
1H,HOMO LUMO Energy Gap,CHM-PRO,72
1H,HOMOS,CHM-PRO,95
1H,HP-β-CD,CHM-CHM,35
1H,HPGPC,CHM-CMT,33
1H,HPLC,CHM-CMT,188
1H,HPLC-MS,CHM-CMT,32
1H,HPMA,CHM-CHM,38
1H,HPSEC,CHM-CMT,49
1H,HR-MS,CHM-CMT,60
1H,HRMS,CHM-CMT,425
1H,HRMS,CMT-CMT,90
1H,HRR Curves,CHM-CMT,34
1H,HRTEM,CHM-CMT,695
1H,HRTEM,CMT-CMT,40
1H,HSO3,CHM-CHM,71
1H,HSO4,CHM-CHM,68
1H,HSQC,CHM-CMT,78
1H,HSQC NMR,CHM-CMT,78
1H,HZSM-5,CHM-CHM,58
1H,Haematoxylin,CHM-CHM,97
1H,Haematoxylin Eosin,CHM-CMT,44
1H,Half,CHM-DSC,40
1H,Half Cell,CHM-APL,35
1H,Half Life,CHM-PRO,68
1H,Half Sandwich,CHM-DSC,88
1H,Half Wave Potential,CHM-PRO,54
1H,Half-Lives,CHM-PRO,44
1H,Halides,CHM-CHM,398
1H,Halides,CMT-CHM,93
1H,Halo,CHM-CHM,31
1H,Halogen,CHM-CHM,263
1H,Halogen,CMT-CHM,65
1H,Hammett Plot,CHM-CMT,61
1H,Hard,CHM-PRO,82
1H,Hard Segments,CHM-PRO,40
1H,Hardness,CHM-PRO,125
1H,Hartree–Fock,CHM-CMT,51
1H,Hd,CHM-CHM,60
1H,Heat,CHM-SMT,38
1H,Heat Capacity,CHM-PRO,51
1H,Heat Flow,CHM-PRO,77
1H,Heat Map,CHM-CMT,36
1H,Heat Release Rate,CHM-PRO,80
1H,Heat Treated,CHM-SMT,89
1H,Heat Treatment,CHM-SMT,166
1H,Heat of Formation,CHM-PRO,51
1H,Heated,CHM-SMT,524
1H,Heated,CMT-SMT,45
1H,Heating,CHM-CMT,63
1H,Heating,CHM-SMT,2603
1H,Heating,CMT-SMT,171
1H,Heating Curve,CHM-CMT,31
1H,Heating/Cooling,CHM-SMT,56
1H,Height,CHM-CMT,31
1H,Height Images,CHM-CMT,71
1H,Height Profile,CHM-CMT,114
1H,Hela,CHM-APL,30
1H,Helical,CHM-DSC,78
1H,Helical,CHM-PRO,85
1H,Helical Structures,CHM-PRO,34
1H,Helices,CHM-DSC,41
1H,Helicity,CHM-PRO,49
1H,Helium,CHM-CHM,74
1H,Helix,CHM-DSC,35
1H,Helix,CHM-PRO,50
1H,Heme,CHM-CHM,122
1H,Hemicellulose,CHM-CHM,68
1H,Hemolysis,CHM-PRO,34
1H,Hepes,CHM-CHM,30
1H,Heptane,CHM-CHM,96
1H,Hetcor,CHM-CMT,120
1H,Hetcor,CMT-CMT,42
1H,Heterobimetallic,CHM-DSC,75
1H,Heterocycles,CHM-CHM,78
1H,Heterodimer,CHM-DSC,32
1H,Heterogeneous Catalyst,CHM-APL,93
1H,Heterometallic,CHM-DSC,46
1H,Heteronuclear Correlation,CHM-CMT,34
1H,Heteronuclear Multiple Bond Correlation,CHM-CMT,32
1H,Hexachlorocyclotriphosphazene,CHM-CHM,37
1H,Hexadecane,CHM-CHM,40
1H,Hexafluorophosphate,CHM-CHM,69
1H,Hexagonal,CHM-SPL,353
1H,Hexagonal,CMT-SPL,52
1H,Hexamethylene Diisocyanate,CHM-CHM,38
1H,Hexane,CHM-CHM,551
1H,Hexane,CMT-CHM,61
1H,Hexasaccharide,CHM-CHM,36
1H,Hexose,CHM-CHM,32
1H,Hexyl,CHM-CHM,62
1H,Hf,CHM-CHM,98
1H,Hg,CHM-CHM,231
1H,Hg,CMT-CHM,35
1H,Hg(ClO4)2,CHM-CHM,61
1H,Hg(II),CHM-CHM,103
1H,Hg2+,CHM-CHM,745
1H,HgCl2,CHM-CHM,62
1H,High,CHM-CMT,68
1H,High,CHM-PRO,50
1H,High Performance Liquid Chromatography,CHM-CMT,151
1H,High Resolution Mass Spectrometry,CHM-CMT,114
1H,High Resolution Mass Spectrometry,CMT-CMT,41
1H,High Resolution Spectrum,CHM-CMT,34
1H,High Resolution TEM,CHM-CMT,135
1H,High Resolution XPS,CHM-CMT,155
1H,High Speed Countercurrent Chromatography,CHM-CMT,81
1H,High-Resolution,CHM-CMT,33
1H,High-Spin,CHM-PRO,100
1H,Highest Occupied Molecular Orbitals,CHM-PRO,87
1H,Hirshfeld Surface,CHM-CMT,55
1H,Hirshfeld Surface Analysis,CHM-CMT,44
1H,Histamine,CHM-CHM,30
1H,Histidine,CHM-CHM,232
1H,Histogram,CHM-CMT,31
1H,Histological,CHM-CMT,39
1H,Histological Analysis,CHM-CMT,60
1H,Hoechst 33258,CHM-CHM,80
1H,Hoechst33342,CHM-CHM,137
1H,Hollow,CHM-DSC,34
1H,Homo,CHM-PRO,871
1H,Homo,CMT-PRO,86
1H,Homo,PRO-PRO,30
1H,Homo LUMO Gap,CHM-PRO,59
1H,Homo Level,CHM-PRO,31
1H,Homo-,CHM-DSC,43
1H,Homo-Lumo,CHM-PRO,31
1H,Homochiral,CHM-DSC,30
1H,Homonuclear Decoupled 1H NMR,CHM-CMT,38
1H,Homopolymer,CHM-DSC,565
1H,Homopolymer,CMT-DSC,41
1H,Hplc,CHM-CMT,1235
1H,Hplc,CMT-CMT,146
1H,Hplc Analysis,CHM-CMT,37
1H,Hr-Esi-Ms,CHM-CMT,43
1H,Hrr,CHM-CMT,39
1H,Hrr,CHM-PRO,30
1H,Hsccc,CHM-CMT,101
1H,Hsqc,CHM-CMT,730
1H,Hsqc,CMT-CMT,240
1H,Hsqc,PRO-CMT,37
1H,Hybrid,CHM-DSC,187
1H,Hybrid Film,CHM-DSC,65
1H,Hybrid Membrane,CHM-DSC,63
1H,Hydrated,CHM-SMT,92
1H,Hydrates,CHM-CHM,95
1H,Hydration,CHM-PRO,42
1H,Hydration,CHM-SMT,116
1H,Hydration Number,CHM-PRO,67
1H,Hydrazide,CHM-CHM,104
1H,Hydrazine,CHM-CHM,186
1H,Hydrazine Hydrate,CHM-CHM,98
1H,Hydrazine Monohydrate,CHM-CHM,39
1H,Hydrazones,CHM-CHM,189
1H,Hydride,CHM-CHM,501
1H,Hydride,CMT-CHM,86
1H,Hydroamination,CHM-SMT,30
1H,Hydroboration,CHM-SMT,42
1H,Hydrocarbon,CHM-CHM,407
1H,Hydrocarbon,CMT-CHM,52
1H,Hydrochloric Acid,CHM-CHM,113
1H,Hydrochloride,CHM-CHM,46
1H,Hydrodynamic Diameter,CHM-PRO,584
1H,Hydrodynamic Diameter Distribution,CHM-PRO,30
1H,Hydrodynamic Radii,CHM-PRO,138
1H,Hydrodynamic Radius,CHM-PRO,244
1H,Hydrodynamic Size,CHM-PRO,101
1H,Hydrodynamic Size Distribution,CHM-PRO,32
1H,Hydroformylation,CHM-APL,53
1H,Hydrogel,CHM-APL,38
1H,Hydrogel,CHM-DSC,1077
1H,Hydrogen,CHM-CHM,9583
1H,Hydrogen,CHM-PRO,35
1H,Hydrogen,CMT-CHM,997
1H,Hydrogen,PRO-CHM,190
1H,Hydrogen Bond,CHM-PRO,103
1H,Hydrogen Bond Distance,CHM-PRO,74
1H,Hydrogen Bond Length,CHM-PRO,70
1H,Hydrogen Bond Network,CHM-PRO,37
1H,Hydrogen Bonding,CHM-PRO,151
1H,Hydrogen Bonding Interaction,CHM-PRO,67
1H,Hydrogen Bonding Network,CHM-PRO,32
1H,Hydrogen Bonding Parameter,CHM-PRO,71
1H,Hydrogen Peroxide,CHM-CHM,233
1H,Hydrogen Peroxide,CMT-CHM,34
1H,Hydrogenated,CHM-SMT,122
1H,Hydrogenation,CHM-APL,200
1H,Hydrogenation,CHM-SMT,434
1H,Hydrogenation,CMT-SMT,39
1H,Hydrogenolysis,CHM-SMT,59
1H,Hydrolysed,CHM-SMT,225
1H,Hydrolysis,CHM-APL,30
1H,Hydrolysis,CHM-SMT,1390
1H,Hydrolysis,CMT-SMT,193
1H,Hydrolysis Kinetics,CHM-PRO,42
1H,Hydrolysis Rate,CHM-PRO,38
1H,Hydrolytic Degradation,CHM-SMT,109
1H,Hydrolytic Stability,CHM-PRO,48
1H,Hydroperoxide,CHM-CHM,43
1H,Hydrophilic,CHM-PRO,778
1H,Hydrophilic,CMT-PRO,37
1H,Hydrophilicity,CHM-PRO,156
1H,Hydrophobic,CHM-PRO,959
1H,Hydrophobic,CMT-PRO,52
1H,Hydrophobic Interaction,CHM-PRO,100
1H,Hydrophobicity,CHM-PRO,158
1H,Hydroquinone,CHM-CHM,97
1H,Hydrosilylation,CHM-APL,39
1H,Hydrosilylation,CHM-SMT,153
1H,Hydrosilylation Reaction,CHM-SMT,49
1H,Hydrothermal,CHM-SMT,46
1H,Hydrothermal Treatment,CHM-SMT,62
1H,Hydroxide,CHM-CHM,383
1H,Hydroxide,CMT-CHM,30
1H,Hydroxide Conductivity,CHM-PRO,148
1H,Hydroxide Ion Conductivity,CHM-PRO,32
1H,Hydroxo,CHM-CHM,50
1H,Hydroxy,CHM-CHM,238
1H,Hydroxy,CMT-CHM,36
1H,Hydroxyapatite,CHM-CHM,72
1H,Hydroxyl,CHM-CHM,1387
1H,Hydroxyl,CMT-CHM,195
1H,Hydroxylamine,CHM-CHM,39
1H,Hydroxylated,CHM-SMT,34
1H,Hydroxylation,CHM-SMT,32
1H,Hydroxyls,CHM-CHM,64
1H,Hydroxymethyl,CHM-CHM,35
1H,Hyperbranched,CHM-DSC,307
1H,Hyperbranched,CMT-DSC,34
1H,Hyperconjugative Interactions,CHM-PRO,30
1H,Hyperfine Coupling,CHM-PRO,57
1H,Hyperfine Coupling Constant,CHM-PRO,43
1H,Hyscore,CHM-CMT,41
1H,Hysteresis Loop,CHM-CMT,35
1H,I-Pr2NH,CHM-CHM,33
1H,I-V Characteristics,CHM-PRO,43
1H,I/I0,CHM-PRO,95
1H,IC50,CHM-PRO,496
1H,IC50,CMT-PRO,106
1H,ICP,CHM-CMT,109
1H,ICP-MS,CHM-CMT,57
1H,IEC,CHM-PRO,144
1H,IP,CHM-PRO,47
1H,IPA,CHM-CHM,71
1H,IPCE,CHM-CMT,69
1H,IPDI,CHM-CHM,72
1H,IR,CHM-CMT,653
1H,IR Absorption,CHM-CMT,38
1H,IR Spectra,CHM-CMT,41
1H,IR Spectroscopic,CHM-CMT,53
1H,IR Spectroscopies,CHM-CMT,66
1H,IR Spectroscopy,CHM-CMT,626
1H,IR Spectroscopy,CMT-CMT,271
1H,ISO,CHM-CHM,31
1H,ITO,CHM-CHM,424
1H,IV Curve,CHM-CMT,62
1H,Ibuprofen,CHM-CHM,100
1H,Iec,CHM-PRO,297
1H,Ile,CHM-CHM,93
1H,Image,CHM-CMT,34
1H,ImageJ,CHM-CMT,53
1H,Images,CHM-CMT,56
1H,Imaginary Part,CHM-PRO,37
1H,Imaging,CHM-APL,52
1H,Imaging,CHM-CMT,32
1H,Imidazole,CHM-CHM,556
1H,Imidazole,CMT-CHM,67
1H,Imidazolium,CHM-CHM,417
1H,Imidazolium,CMT-CHM,51
1H,Imide,CHM-CHM,126
1H,Imido,CHM-CHM,34
1H,Imines,CHM-CHM,469
1H,Imines,CMT-CHM,64
1H,Iminium,CHM-CHM,48
1H,Imino Nitrogen,CHM-CHM,42
1H,Iminol,CHM-CHM,126
1H,Immunofluorescence,CHM-CMT,36
1H,Immunofluorescence Staining,CHM-CMT,53
1H,Immunohistochemical Staining,CHM-CMT,34
1H,Impact Strength,CHM-PRO,76
1H,Impedance,CHM-PRO,126
1H,Impedance Plot,CHM-CMT,30
1H,Impedance Spectra,CHM-CMT,52
1H,Impedance Spectroscopy,CHM-CMT,67
1H,Implantations,CHM-SMT,55
1H,Implants,CHM-APL,52
1H,Impregnating,CHM-SMT,44
1H,Indium,CHM-CHM,66
1H,Indium-Tin Oxide,CHM-CHM,53
1H,Indole,CHM-CHM,187
1H,Indoles,CHM-CHM,45
1H,Indomethacin,CHM-CHM,57
1H,Inept,CHM-CMT,34
1H,Infrared,CHM-CMT,687
1H,Infrared,CMT-CMT,156
1H,Infrared Spectra,CHM-CMT,254
1H,Infrared Spectroscopy,CHM-CMT,287
1H,Infrared Spectroscopy,CMT-CMT,81
1H,Inherent Viscosities,CHM-PRO,114
1H,Inherent Viscosity,CHM-PRO,167
1H,Inhibition Efficiency,CHM-PRO,82
1H,Inhibitor,CHM-APL,95
1H,Inhibitory Activity,CHM-PRO,143
1H,Inhibitory Activity,CMT-PRO,30
1H,Insoluble,CHM-PRO,31
1H,Insulating,CHM-PRO,32
1H,Intensity,CHM-PRO,112
1H,Intensity Ratio,CHM-PRO,96
1H,Inter Atomic Distance,CHM-PRO,210
1H,Interaction,CHM-PRO,131
1H,Interaction Energies,CHM-PRO,77
1H,Interaction Energy,CHM-PRO,59
1H,Interface,CHM-DSC,498
1H,Interface,CMT-DSC,32
1H,Interfacial Tension,CHM-PRO,90
1H,Intermolecular Distance,CHM-PRO,34
1H,Intermolecular Interaction,CHM-PRO,43
1H,Internuclear Distance,CHM-PRO,34
1H,Intersystem Crossing,CHM-PRO,30
1H,Intracellular Drug Delivery,CHM-APL,39
1H,Intrinsic Viscosity,CHM-PRO,235
1H,Iodide,CHM-CHM,209
1H,Iodide,CMT-CHM,33
1H,Iodine,CHM-CHM,368
1H,Iodine,CMT-CHM,55
1H,Iodo,CHM-CHM,43
1H,Iodobenzene,CHM-CHM,45
1H,Iodomethane,CHM-CHM,35
1H,Ion Conductivity,CHM-PRO,61
1H,Ion Exchange,CHM-SMT,52
1H,Ion Exchange Capacity,CHM-PRO,184
1H,Ionic,CHM-PRO,143
1H,Ionic Conductivity,CHM-PRO,586
1H,Ionic Conductivity,CMT-PRO,44
1H,Ionic Liquid,CHM-APL,63
1H,Ionic Liquid,CHM-PRO,38
1H,Ionic Radii,CHM-PRO,32
1H,Ionic Radius,CHM-PRO,39
1H,Ionization Potential,CHM-PRO,53
1H,Ionomers,CHM-APL,42
1H,Ionomers,CHM-DSC,42
1H,Ionophore,CHM-APL,32
1H,Ir,CHM-CHM,247
1H,Ir,CHM-CMT,6446
1H,Ir,CHM-PRO,45
1H,Ir,CMT-CHM,40
1H,Ir,CMT-CMT,1837
1H,Ir,PRO-CMT,46
1H,Ir(III),CHM-CHM,56
1H,Iridium,CHM-CHM,205
1H,Iridium (III),CHM-CHM,54
1H,Iron,CHM-CHM,559
1H,Iron,CMT-CHM,65
1H,Iron (II),CHM-CHM,135
1H,Iron (II),CMT-CHM,31
1H,Iron Complex,CHM-CHM,40
1H,Iron Oxide,CHM-CHM,74
1H,Iron(III),CHM-CHM,132
1H,Irradiated,CHM-SMT,592
1H,Irradiated,CMT-SMT,33
1H,Irradiating,CHM-SMT,64
1H,Irradiation,CHM-SMT,1766
1H,Irradiation,CMT-SMT,71
1H,Isatins,CHM-CHM,49
1H,Isobutane,CHM-CHM,30
1H,Isobutyl,CHM-CHM,31
1H,Isocyanates,CHM-CHM,177
1H,Isocyanide,CHM-CHM,59
1H,Isomerization,CHM-SMT,36
1H,Isooctane,CHM-CHM,37
1H,Isophorone Diisocyanate,CHM-CHM,55
1H,Isoprene,CHM-CHM,102
1H,Isopropanol,CHM-CHM,157
1H,Isopropyl,CHM-CHM,134
1H,Isoquinoline,CHM-CHM,34
1H,Isosorbide,CHM-CHM,52
1H,Isosurfaces,CHM-PRO,30
1H,Isotactic,CHM-PRO,63
1H,Isothermal Crystallization,CHM-SMT,60
1H,Isothermal TGA,CHM-CMT,30
1H,Isothermal Titration Calorimetry,CHM-CMT,108
1H,Isotherms,CHM-CMT,86
1H,Isotherms,CHM-PRO,56
1H,Isotropic Chemical Shift,CHM-PRO,122
1H,Isotropic Chemical Shift,CMT-PRO,31
1H,Itc,CHM-CMT,244
1H,J Coupling,CHM-PRO,65
1H,J-V Characteristics,CHM-PRO,50
1H,J-V Curve,CHM-CMT,33
1H,JSC,CHM-PRO,59
1H,JV Curve,CHM-CMT,58
1H,Jeffamine,CHM-CHM,33
1H,Job Plot,CHM-CMT,336
1H,Job's Plot,CHM-CMT,530
1H,K,CHM-CHM,73
1H,K,CHM-PRO,663
1H,K,CMT-PRO,55
1H,K 1,CHM-PRO,33
1H,K A,CHM-PRO,66
1H,K B,CHM-PRO,34
1H,K+,CHM-CHM,619
1H,K+,CMT-CHM,32
1H,K1,CHM-PRO,75
1H,K2,CHM-PRO,119
1H,K2CO3,CHM-CHM,855
1H,K2CO3,CMT-CHM,42
1H,K2PtCl4,CHM-CHM,30
1H,K3PO4,CHM-CHM,62
1H,KBr,CHM-CHM,75
1H,KCN,CHM-CHM,64
1H,KCl,CHM-CHM,354
1H,KH2PO4,CHM-CHM,33
1H,KHCO3,CHM-CHM,32
1H,KIE,CHM-PRO,31
1H,KMnO4,CHM-CHM,36
1H,KNO3,CHM-CHM,93
1H,KOAc,CHM-CHM,49
1H,KOH,CHM-CHM,676
1H,KOH,CMT-CHM,64
1H,KOtBu,CHM-CHM,40
1H,KS,CHM-PRO,39
1H,KSCN,CHM-CHM,33
1H,Ka,CHM-PRO,248
1H,Kaolin,CHM-CHM,37
1H,Kapp,CHM-PRO,52
1H,Kbr,CHM-CMT,35
1H,Kbr,CHM-DSC,88
1H,Kd,CHM-PRO,78
1H,Keggin,CHM-SPL,41
1H,Kelen - Tudos,CHM-CMT,31
1H,Keto,CHM-CHM,132
1H,Ketone,CHM-CHM,353
1H,Ketone,CMT-CHM,52
1H,Ki,CHM-PRO,66
1H,Kidneys,CHM-APL,40
1H,Kidneys,CHM-PRO,53
1H,Kinematic Viscosity,CHM-PRO,31
1H,Kinetic Analysis,CHM-CMT,96
1H,Kinetic Constant,CHM-PRO,51
1H,Kinetic Curve,CHM-CMT,61
1H,Kinetic Isotope Effect,CHM-PRO,44
1H,Kinetic Parameters,CHM-PRO,242
1H,Kinetic Plots,CHM-CMT,242
1H,Kinetic Studies,CHM-CMT,149
1H,Kinetic Study,CHM-CMT,39
1H,Kinetic Trace,CHM-CMT,35
1H,Kinetics,CHM-CMT,59
1H,Kinetics,CHM-PRO,165
1H,Kinetics Model,CHM-CMT,58
1H,Knoevenagel Condensation,CHM-SMT,49
1H,Kobs,CHM-PRO,87
1H,L,CHM-PRO,100
1H,L Glutamic Acid,CHM-CHM,68
1H,L-Alanine,CHM-CHM,67
1H,L-Cysteine,CHM-CHM,63
1H,L-Histidine,CHM-CHM,42
1H,L-Isoleucine,CHM-CHM,99
1H,L-LA,CHM-CHM,92
1H,L-Lactide,CHM-CHM,189
1H,L-Phenylalanine,CHM-CHM,44
1H,L-Proline,CHM-CHM,55
1H,LANL2DZ,CHM-CMT,105
1H,LC-MS,CHM-CMT,230
1H,LC-MS,CMT-CMT,39
1H,LC-MS/MS,CHM-CMT,30
1H,LC/MS,CHM-CMT,33
1H,LCST,CHM-PRO,277
1H,LDPE,CHM-CHM,36
1H,LED,CHM-APL,51
1H,LEDs,CHM-APL,32
1H,LIG,CHM-CHM,59
1H,LRP,CHM-SMT,30
1H,LSCM,CHM-CMT,33
1H,LSV,CHM-CMT,102
1H,LUMO,CHM-PRO,623
1H,LUMO,CMT-PRO,40
1H,LUMO Energy Level,CHM-PRO,105
1H,LUMO Orbitals,CHM-PRO,85
1H,La,CHM-CHM,156
1H,La,CMT-CHM,32
1H,La(III),CHM-CHM,60
1H,La3+,CHM-CHM,60
1H,Labeling,CHM-CMT,48
1H,Labelling,CHM-CMT,63
1H,Lactam,CHM-CHM,51
1H,Lactate,CHM-CHM,189
1H,Lactic Acid,CHM-CHM,113
1H,Lactide,CHM-CHM,211
1H,Lactone,CHM-CHM,135
1H,Lactose,CHM-CHM,60
1H,Ladders,CHM-DSC,39
1H,Lamellae,CHM-DSC,30
1H,Lamellar,CHM-DSC,146
1H,Lane,CHM-CHM,32
1H,Langmuir,CHM-CMT,55
1H,Langmuir Adsorption Isotherm,CHM-CMT,43
1H,Langmuir Isotherm,CHM-CMT,45
1H,Lanthanide(III),CHM-CHM,67
1H,Lanthanides,CHM-CHM,317
1H,Lanthanides,CMT-CHM,63
1H,Lanthanum,CHM-CHM,37
1H,Laser,CHM-APL,32
1H,Laser Irradiation,CHM-SMT,78
1H,Latex,CHM-DSC,99
1H,Latex Particles,CHM-DSC,46
1H,Latexes,CHM-DSC,46
1H,Lattice Fringe,CHM-PRO,30
1H,Lattice Parameter,CHM-PRO,86
1H,Layer,CHM-DSC,33
1H,Layered,CHM-DSC,219
1H,Layers,CHM-DSC,1075
1H,Layers,CMT-DSC,86
1H,Lc,CHM-CMT,91
1H,Lc,CHM-PRO,105
1H,Lc,CHM-SPL,34
1H,Lcms,CHM-CMT,43
1H,Lcsts,CHM-PRO,39
1H,Leaching,CHM-SMT,30
1H,Lead(II),CHM-CHM,30
1H,Leaf,CHM-DSC,33
1H,Least Squares Fit,CHM-CMT,84
1H,Leaves,CHM-DSC,118
1H,Leaves,CMT-DSC,30
1H,Length,CHM-PRO,68
1H,Leu,CHM-CHM,154
1H,Leucine,CHM-CHM,152
1H,Levulinic Acid,CHM-CHM,45
1H,Lewis Acidity,CHM-PRO,40
1H,Lewis Acids,CHM-CHM,259
1H,Lewis Acids,CMT-CHM,56
1H,Lewis Bases,CHM-CHM,97
1H,Li,CHM-APL,37
1H,Li,CHM-CHM,648
1H,Li,CMT-CHM,74
1H,Li TFSI,CHM-CHM,63
1H,Li+,CHM-CHM,187
1H,Li2O2,CHM-CHM,32
1H,LiAlH4,CHM-CHM,187
1H,LiBH4,CHM-CHM,42
1H,LiBr,CHM-CHM,111
1H,LiCl,CHM-CHM,215
1H,LiClO4,CHM-CHM,192
1H,LiF,CHM-CHM,85
1H,LiFePO4,CHM-CHM,80
1H,LiOH,CHM-CHM,126
1H,LiPF6,CHM-CHM,72
1H,Lifetime,CHM-PRO,269
1H,Ligand Exchange,CHM-SMT,44
1H,Light,CHM-SMT,39
1H,Light Green,CHM-CHM,114
1H,Light Irradiation,CHM-SMT,136
1H,Light Microscopy,CHM-CMT,46
1H,Light Scattering,CHM-CMT,153
1H,Light Transmittance,CHM-PRO,47
1H,Lignin,CHM-PRO,33
1H,Limiting Oxygen Index,CHM-CMT,42
1H,Limiting Oxygen Index,CHM-PRO,30
1H,Limits of Detection,CHM-PRO,89
1H,Limonene,CHM-CHM,30
1H,Line Shape,CHM-PRO,125
1H,Line Shape Analysis,CHM-CMT,41
1H,Linear Fit,CHM-CMT,182
1H,Linear Fitting,CHM-CMT,88
1H,Linear Regression,CHM-CMT,128
1H,Linear Sweep Voltammetry,CHM-CMT,60
1H,Linear Sweep Voltammogram,CHM-CMT,83
1H,Linearity,CHM-PRO,35
1H,Lineweaver-Burk Plots,CHM-CMT,32
1H,Linewidth,CHM-PRO,202
1H,Linewidth,CMT-PRO,31
1H,Linoleic Acid,CHM-CHM,57
1H,Lipase,CHM-APL,38
1H,Lipid,CHM-DSC,54
1H,Lipid,CHM-PRO,36
1H,Lipophilic,CHM-PRO,37
1H,Lipophilicity,CHM-PRO,57
1H,Lipopolysaccharide,CHM-PRO,53
1H,Lipopolysaccharide,CMT-PRO,58
1H,Liposome,CHM-DSC,157
1H,Liquefaction,CHM-SMT,30
1H,Liquid Chromatography,CHM-CMT,41
1H,Liquid Crystal,CHM-APL,51
1H,Liquid Crystal,CHM-DSC,70
1H,Liquid Crystalline,CHM-DSC,67
1H,Liquid Crystalline,CHM-PRO,130
1H,Liquid Crystalline Properties,CHM-PRO,35
1H,Liquid Electrolyte,CHM-APL,39
1H,Liquids,CHM-APL,100
1H,Liquids,CHM-DSC,33
1H,Liquids,CHM-PRO,40
1H,Lithiation,CHM-SMT,51
1H,Lithium,CHM-CHM,587
1H,Lithium,CMT-CHM,134
1H,Live Dead Staining,CHM-CMT,53
1H,Live/Dead Assay,CHM-CMT,42
1H,Liver,CHM-APL,81
1H,Liver,CHM-DSC,104
1H,Liver,CHM-PRO,31
1H,Ln(III),CHM-CHM,59
1H,Ln3+,CHM-CHM,50
1H,Loading Capacity,CHM-PRO,34
1H,Loading Efficiency,CHM-PRO,35
1H,Loadings Plot,CHM-CMT,57
1H,Local Structure,CHM-PRO,62
1H,Lod,CHM-PRO,81
1H,Log,CHM-PRO,94
1H,Log K,CHM-PRO,42
1H,LogK,CHM-PRO,40
1H,Logic Gate,CHM-APL,40
1H,Loi,CHM-CMT,90
1H,Loi,CHM-PRO,119
1H,Long Term Stability,CHM-PRO,77
1H,Longitudinal,CHM-PRO,40
1H,Longitudinal Relaxation Time,CHM-PRO,35
1H,Loss,CHM-CMT,37
1H,Loss,CHM-PRO,84
1H,Loss Factor,CHM-PRO,76
1H,Loss Modulus,CHM-PRO,360
1H,Loss Tangent,CHM-PRO,63
1H,Low,CHM-PRO,38
1H,Low Spin,CHM-PRO,114
1H,Lower Critical Solution Temperature,CHM-PRO,97
1H,Lowest Unoccupied Molecular Orbitals,CHM-PRO,81
1H,Luciferase Activity,CHM-PRO,32
1H,Luminance,CHM-PRO,75
1H,Luminescence,CHM-CMT,138
1H,Luminescence,CHM-PRO,171
1H,Luminescence Intensity,CHM-PRO,51
1H,Luminescence Lifetime,CHM-PRO,37
1H,Luminescence Properties,CHM-PRO,75
1H,Luminescence Spectra,CHM-CMT,95
1H,Luminescence Spectroscopy,CHM-CMT,32
1H,Luminescent,CHM-PRO,158
1H,Luminescent,CMT-PRO,31
1H,Luminescent Property,CHM-PRO,49
1H,Lumo Energies,CHM-PRO,56
1H,Lumo Level,CHM-PRO,56
1H,Lumo+1,CHM-PRO,34
1H,Lumos,CHM-PRO,89
1H,Lung,CHM-APL,37
1H,Lung,CHM-PRO,38
1H,Lung,CHM-SPL,61
1H,Lyophilization,CHM-SMT,39
1H,Lyophilized,CHM-SMT,86
1H,Lys,CHM-CHM,162
1H,Lysines,CHM-CHM,186
1H,M,CHM-PRO,398
1H,M 1,CHM-PRO,30
1H,M N,CHM-PRO,266
1H,M W,CHM-PRO,116
1H,M w/M n,CHM-PRO,50
1H,M(II),CHM-CHM,41
1H,M-CPBA,CHM-CHM,141
1H,M062X,CHM-CMT,88
1H,M2,CHM-PRO,34
1H,M2+,CHM-CHM,30
1H,MAA,CHM-CHM,82
1H,MALDI TOF MS,CHM-CMT,387
1H,MALDI TOF MS,CMT-CMT,44
1H,MALDI-MS,CHM-CMT,43
1H,MALDI-TOF,CHM-CMT,316
1H,MALDI-TOF,CMT-CMT,48
1H,MALDI-TOF Mass,CHM-CMT,300
1H,MALDI-TOF Mass Spectrometry,CHM-CMT,113
1H,MALDI-TOF Mass Spectrometry,CMT-CMT,51
1H,MAO,CHM-CHM,57
1H,MAS NMR,CHM-CMT,241
1H,MAS NMR,CMT-CMT,62
1H,MCD,CHM-CMT,41
1H,MCF-7,CHM-APL,82
1H,MCF7,CHM-CHM,109
1H,MCF7,CMT-CHM,34
1H,MCM-41,CHM-CHM,112
1H,MD,CHM-CMT,107
1H,MD Simulation,CHM-CMT,204
1H,MDA,CHM-CHM,85
1H,MDA-MB-231,CHM-APL,35
1H,MEA,CHM-APL,59
1H,MEA,CHM-CHM,79
1H,MEP,CHM-CMT,72
1H,MEP,CHM-PRO,97
1H,MEP,CMT-PRO,31
1H,MFI,CHM-PRO,36
1H,MICS,CHM-PRO,30
1H,MIL,CHM-CHM,35
1H,MLCT,CHM-PRO,114
1H,MMA,CHM-CHM,402
1H,MMT,CHM-CHM,54
1H,MNPS,CHM-DSC,30
1H,MOFs,CHM-DSC,32
1H,MP2,CHM-CMT,103
1H,MPA,CHM-CHM,61
1H,MPEG,CHM-CHM,93
1H,MRI,CHM-APL,57
1H,MRI,CHM-CMT,147
1H,MRNA,CHM-PRO,33
1H,MS,CHM-CMT,1298
1H,MS,CHM-PRO,56
1H,MS,CMT-CMT,302
1H,MS/MS,CHM-CMT,109
1H,MTO,CHM-CHM,30
1H,MTPA Esters,CHM-CHM,30
1H,MTS Assay,CHM-CMT,57
1H,MTT,CHM-CHM,1152
1H,MTT,CHM-CMT,46
1H,MTT,CMT-CHM,82
1H,MTT Assay,CHM-CMT,835
1H,MTT Assay,CMT-CMT,50
1H,MTT Cytotoxicity Assay,CHM-CMT,69
1H,MTX,CHM-CHM,63
1H,MW,CHM-PRO,411
1H,MW,CMT-PRO,36
1H,MW Irradiation,CHM-SMT,34
1H,MW/MN,CHM-PRO,103
1H,MWD,CHM-PRO,48
1H,Macrocycles,CHM-DSC,80
1H,Macromers,CHM-DSC,41
1H,Macromonomer,CHM-DSC,106
1H,Macrophages,CHM-APL,61
1H,Magenta,CHM-CHM,467
1H,Magic Angle Spinning,CHM-CMT,56
1H,Magic Angle Spinning,CHM-SMT,45
1H,Magnesium,CHM-CHM,134
1H,Magnesium,CMT-CHM,33
1H,Magnet,CHM-APL,55
1H,Magnetic Measurement,CHM-CMT,89
1H,Magnetic Moment,CHM-PRO,155
1H,Magnetic Properties,CHM-PRO,84
1H,Magnetic Resonance Imaging,CHM-CMT,49
1H,Magnetic Susceptibility,CHM-CMT,88
1H,Magnetic Susceptibility,CHM-PRO,209
1H,Magnetic Susceptibility,CMT-PRO,31
1H,Magnetic Susceptibility Measurements,CHM-CMT,34
1H,Magnetically,CHM-PRO,44
1H,Magnetics,CHM-CMT,36
1H,Magnetics,CHM-PRO,252
1H,Magnetite,CHM-CHM,47
1H,Magnetization,CHM-PRO,238
1H,Magnetization Curve,CHM-CMT,64
1H,Maldi,CHM-CMT,251
1H,Maldi-Tof-Ms,CHM-CMT,166
1H,Maleic Acid,CHM-CHM,43
1H,Maleic Anhydride,CHM-CHM,165
1H,Maleimide,CHM-CHM,140
1H,Malonates,CHM-CHM,48
1H,Malonic Acid,CHM-CHM,36
1H,Malononitrile,CHM-CHM,82
1H,Maltose,CHM-CHM,55
1H,Manganese,CHM-CHM,97
1H,Mannitol,CHM-CHM,34
1H,Mannose,CHM-CHM,155
1H,Mannose,CMT-CHM,32
1H,Mas,CHM-CMT,204
1H,Mas,CHM-SMT,103
1H,Mas,CMT-CMT,40
1H,Mass,CHM-CMT,400
1H,Mass,CHM-PRO,81
1H,Mass,CMT-CMT,93
1H,Mass Balance,CHM-CMT,33
1H,Mass Loss,CHM-PRO,46
1H,Mass Spectra,CHM-CMT,689
1H,Mass Spectra,CMT-CMT,102
1H,Mass Spectral Analysis,CHM-CMT,59
1H,Mass Spectrometric,CHM-CMT,49
1H,Mass Spectrometry,CHM-CMT,1160
1H,Mass Spectrometry,CMT-CMT,500
1H,Mass Spectroscopic,CHM-CMT,69
1H,Mass Spectroscopy,CHM-CMT,347
1H,Mass Spectroscopy,CMT-CMT,81
1H,Mass Spectrum,CHM-CMT,312
1H,Matrix,CHM-DSC,155
1H,Maximum,CHM-PRO,38
1H,Me,CHM-CHM,494
1H,Me,CMT-CHM,150
1H,Me2CO,CHM-CHM,31
1H,Me2S,CHM-CHM,32
1H,Me6-TREN,CHM-CHM,31
1H,MeCN,CHM-CHM,983
1H,MeCN,CMT-CHM,60
1H,MeI,CHM-CHM,148
1H,MeLi,CHM-CHM,37
1H,MeNO2,CHM-CHM,38
1H,MeO,CHM-CHM,59
1H,MeOD,CHM-CHM,144
1H,MeOH,CHM-CHM,1957
1H,MeOH,CMT-CHM,180
1H,Mean,CHM-PRO,57
1H,Mean Diameter,CHM-PRO,50
1H,Mean S.D.,CHM-PRO,38
1H,MeanStandard Deviation,CHM-PRO,64
1H,Measurements,CHM-CMT,68
1H,Mechanical,CHM-PRO,218
1H,Mechanical Behaviour,CHM-PRO,31
1H,Mechanical Property,CHM-PRO,1179
1H,Mechanical Property,CMT-PRO,69
1H,Mechanical Stability,CHM-PRO,44
1H,Mechanical Strength,CHM-PRO,84
1H,Mechanisms,CHM-PRO,174
1H,Medicines,CHM-APL,49
1H,Melamine,CHM-CHM,68
1H,Melanoma,CHM-SPL,40
1H,Melt,CHM-DSC,35
1H,Melt Polycondensation,CHM-SMT,52
1H,Melting,CHM-PRO,112
1H,Melting,CHM-SMT,62
1H,Melting Point,CHM-PRO,390
1H,Melting Point,CMT-PRO,87
1H,Melting Temperature,CHM-PRO,204
1H,Melting Temperatures,CHM-PRO,78
1H,Membrane,CHM-APL,439
1H,Membrane,CHM-DSC,2324
1H,Membrane,CHM-PRO,83
1H,Membrane,CMT-DSC,100
1H,Membrane Surface,CHM-DSC,108
1H,Membrane;,CHM-DSC,45
1H,Memory Device,CHM-APL,30
1H,Mercury,CHM-CHM,239
1H,Mercury,CMT-CHM,49
1H,Mercury(II),CHM-CHM,48
1H,Merocyanine,CHM-CHM,42
1H,Mesityl,CHM-CHM,63
1H,Mesitylene,CHM-CHM,98
1H,Meso-Aryl,CHM-CHM,35
1H,Mesogenic,CHM-PRO,30
1H,Mesomorphic Properties,CHM-PRO,39
1H,Mesophase,CHM-PRO,103
1H,Mesoporous,CHM-DSC,331
1H,Mesoporous,CMT-DSC,57
1H,Met,CHM-CHM,121
1H,Metabolic Activity,CHM-PRO,44
1H,Metabolic Profile,CHM-PRO,62
1H,Metabolomics,CHM-CMT,67
1H,Metal Oxide,CHM-CHM,58
1H,Metal Oxides,CHM-CHM,30
1H,Metal-to-Ligand Charge Transfer,CHM-PRO,53
1H,Metallic,CHM-PRO,155
1H,Metallocene,CHM-CHM,61
1H,Metallophthalocyanines,CHM-CHM,47
1H,Metals,CHM-APL,43
1H,Metals,CHM-PRO,534
1H,Metals,CMT-PRO,86
1H,Metastable,CHM-PRO,32
1H,Metathesis,CHM-SMT,67
1H,Metathesis Reaction,CHM-SMT,62
1H,Metathesis Reaction,CMT-SMT,31
1H,Methacrylamide,CHM-CHM,35
1H,Methacrylate,CHM-CHM,193
1H,Methacrylic,CHM-CHM,34
1H,Methacrylic Acid,CHM-CHM,75
1H,Methacryloyl Chloride,CHM-CHM,42
1H,Methane,CHM-CHM,225
1H,Methane,CMT-CHM,33
1H,Methanol,CHM-CHM,2935
1H,Methanol,CMT-CHM,363
1H,Methanol Permeability,CHM-PRO,166
1H,Methanol-D,CHM-CHM,48
1H,Methanol-D4,CHM-CHM,113
1H,Methanolysis,CHM-SMT,70
1H,Methine,CHM-CHM,283
1H,Methionine,CHM-CHM,108
1H,Methods,CHM-CMT,141
1H,Methods,CMT-CMT,35
1H,Methotrexate,CHM-CHM,35
1H,Methoxyl,CHM-CHM,308
1H,Methoxyl,CMT-CHM,35
1H,Methyl,CHM-CHM,1858
1H,Methyl,CMT-CHM,243
1H,Methyl,PRO-CHM,43
1H,Methyl Acrylate,CHM-CHM,107
1H,Methyl Aluminoxane,CHM-CHM,74
1H,Methyl Carbon,CHM-CHM,54
1H,Methyl Ester,CHM-CHM,174
1H,Methyl Ethyl Ketone,CHM-CHM,30
1H,Methyl Iodide,CHM-CHM,62
1H,Methyl Methacrylate,CHM-CHM,263
1H,Methyl Oleate,CHM-CHM,36
1H,Methyl Orange,CHM-CHM,52
1H,Methylamine,CHM-CHM,52
1H,Methylation,CHM-SMT,89
1H,Methylation Analysis,CHM-CMT,137
1H,Methylation Analysis,CMT-CMT,112
1H,Methylene Blue,CHM-CHM,81
1H,Methylene Chloride,CHM-CHM,78
1H,Methylenes,CHM-CHM,996
1H,Methylenes,CMT-CHM,91
1H,Methylviologen,CHM-CHM,32
1H,Metric Parameters,CHM-PRO,30
1H,Metronidazole,CHM-CHM,36
1H,Mg,CHM-CHM,276
1H,Mg,CMT-CHM,35
1H,Mg(II),CHM-CHM,30
1H,Mg2+,CHM-CHM,552
1H,MgCl2,CHM-CHM,119
1H,MgO,CHM-CHM,62
1H,MgSO4,CHM-CHM,39
1H,Mic,CHM-PRO,186
1H,Mic,CMT-PRO,49
1H,Mice,CHM-APL,174
1H,Mice,CHM-DSC,44
1H,Micellar,CHM-DSC,198
1H,Micellar Solution,CHM-DSC,79
1H,Micelle,CHM-DSC,401
1H,Micelle,CHM-PRO,31
1H,Micelle Size,CHM-PRO,54
1H,Micelles,CHM-DSC,1600
1H,Micelles,CMT-DSC,38
1H,Micellization Behavior,CHM-PRO,31
1H,Michael Addition,CHM-SMT,51
1H,Microanalysis,CHM-CMT,182
1H,Microanalysis,CMT-CMT,106
1H,Microcapsule,CHM-DSC,57
1H,Microcrystalline,CHM-DSC,75
1H,Microcrystals,CHM-DSC,36
1H,Microemulsion,CHM-DSC,103
1H,Microgels,CHM-DSC,87
1H,Micrographs,CHM-CMT,57
1H,Microparticle,CHM-DSC,67
1H,Microporous,CHM-DSC,100
1H,Microscope,CHM-CMT,32
1H,Microscopic,CHM-CMT,54
1H,Microscopic Image,CHM-CMT,31
1H,Microscopy,CHM-CMT,100
1H,Microspheres,CHM-DSC,182
1H,Microstructure,CHM-PRO,562
1H,Microstructure,CMT-PRO,87
1H,Microwave Assisted Synthesis,CHM-SMT,30
1H,Microwave Heating,CHM-SMT,38
1H,Microwave Irradiation,CHM-SMT,221
1H,Microwave Irradiation,CMT-SMT,37
1H,Microwaves,CHM-SMT,82
1H,Mild Acid Hydrolysis,CHM-SMT,37
1H,Milled,CHM-SMT,44
1H,Milling,CHM-SMT,42
1H,Minimum Inhibitory Concentration,CHM-PRO,89
1H,Miscibility,CHM-PRO,33
1H,Mitochondrial Membrane Potential,CHM-PRO,59
1H,Mixed,CHM-DSC,35
1H,Mixed Micelle,CHM-DSC,70
1H,Mixture,CHM-DSC,31
1H,Mixtures,CHM-DSC,93
1H,Mn,CHM-CHM,1409
1H,Mn,CHM-PRO,1058
1H,Mn,CMT-CHM,95
1H,Mn,CMT-PRO,54
1H,Mn(II),CHM-CHM,121
1H,Mn+,CHM-CHM,47
1H,"Mn, GPC",CHM-PRO,72
1H,"Mn,NMR",CHM-PRO,31
1H,Mn2+,CHM-CHM,367
1H,MnO2,CHM-CHM,51
1H,Mo,CHM-CHM,334
1H,Mo,CMT-CHM,61
1H,MoO3,CHM-CHM,39
1H,MoS2,CHM-CHM,80
1H,Mobility,CHM-PRO,199
1H,Mode,CHM-PRO,97
1H,Models,CHM-CMT,117
1H,Modes,CHM-PRO,59
1H,Modification,CHM-SMT,40
1H,Moduli,CHM-PRO,46
1H,Modulus,CHM-PRO,151
1H,Mof,CHM-DSC,31
1H,Molar,CHM-PRO,84
1H,Molar Absorptivity,CHM-PRO,33
1H,Molar Composition,CHM-PRO,52
1H,Molar Conductance,CHM-PRO,87
1H,Molar Conductivity,CHM-PRO,92
1H,Molar Extinction Coefficient,CHM-PRO,84
1H,Molar Fraction,CHM-PRO,34
1H,Molar Mass,CHM-PRO,286
1H,Molar Mass,CMT-PRO,34
1H,Molar Mass Distribution,CHM-PRO,57
1H,Molar Ratio,CHM-PRO,67
1H,Molar Volume,CHM-PRO,39
1H,Mole Fraction,CHM-PRO,40
1H,Molecular,CHM-APL,37
1H,Molecular,CHM-DSC,55
1H,Molecular,CHM-PRO,234
1H,Molecular,CMT-PRO,40
1H,Molecular Characteristics,CHM-PRO,167
1H,Molecular Composition,CHM-PRO,36
1H,Molecular Conformation,CHM-PRO,63
1H,Molecular Docking,CHM-CMT,221
1H,Molecular Docking,CMT-CMT,48
1H,Molecular Dynamics,CHM-CMT,72
1H,Molecular Dynamics,CHM-PRO,59
1H,Molecular Dynamics (MD) Simulation,CHM-CMT,165
1H,Molecular Electrostatic Potential,CHM-CMT,54
1H,Molecular Electrostatic Potential,CHM-PRO,98
1H,Molecular Electrostatic Potential,CMT-PRO,30
1H,Molecular Formulas,CHM-PRO,83
1H,Molecular Geometries,CHM-PRO,48
1H,Molecular Geometry,CHM-PRO,136
1H,Molecular Geometry,CMT-PRO,35
1H,Molecular Interaction,CHM-PRO,41
1H,Molecular Mass,CHM-PRO,145
1H,Molecular Mass,CMT-PRO,32
1H,Molecular Mechanics,CHM-CMT,64
1H,Molecular Mechanics Calculations,CHM-CMT,36
1H,Molecular Mobility,CHM-PRO,48
1H,Molecular Model,CHM-CMT,182
1H,Molecular Modeling,CHM-CMT,206
1H,Molecular Modelling,CHM-CMT,63
1H,Molecular Motion,CHM-PRO,67
1H,Molecular Orbital,CHM-PRO,193
1H,Molecular Orbital Diagram,CHM-CMT,34
1H,Molecular Packing,CHM-PRO,116
1H,Molecular Parameters,CHM-PRO,50
1H,Molecular Properties,CHM-PRO,30
1H,Molecular Sieve,CHM-APL,30
1H,Molecular Simulation,CHM-CMT,48
1H,Molecular Structure,CHM-PRO,5060
1H,Molecular Structure,CMT-PRO,743
1H,Molecular Structure,PRO-PRO,76
1H,Molecular Weight,CHM-PRO,3172
1H,Molecular Weight,CMT-PRO,285
1H,Molecular Weight Distribution,CHM-PRO,544
1H,Molecular Weight Distribution,CMT-PRO,36
1H,Molybdenum,CHM-CHM,134
1H,Molybdenum,CMT-CHM,35
1H,Mono,CHM-DSC,31
1H,Mono-disperse,CHM-DSC,55
1H,Monoclinic,CHM-SPL,560
1H,Monoclinic,CMT-SPL,219
1H,Monodentate,CHM-CHM,36
1H,Monolayers,CHM-DSC,389
1H,Monolayers,SPL-DSC,45
1H,Monoliths,CHM-DSC,42
1H,Monomer Reactivity Ratio,CHM-PRO,48
1H,Monomers,CHM-DSC,41
1H,Monosaccharide,CHM-CHM,217
1H,Monosaccharide,CMT-CHM,61
1H,Monosaccharide Composition,CHM-PRO,39
1H,Montmorillonite,CHM-CHM,60
1H,Mordenite,CHM-CHM,35
1H,Morpholine,CHM-CHM,101
1H,Morphologic,CHM-PRO,166
1H,Morphologies,CHM-PRO,471
1H,Morphology,CHM-PRO,1561
1H,Morphology,CMT-PRO,89
1H,Mos,CHM-PRO,49
1H,Mossbauer,CHM-CMT,54
1H,Mossbauer Spectroscopy,CHM-CMT,47
1H,Motions,CHM-PRO,44
1H,MsCl,CHM-CHM,81
1H,Mtt,CHM-CMT,180
1H,Mulliken Charges,CHM-PRO,36
1H,Multi Layered,CHM-DSC,31
1H,Multiblock,CHM-DSC,79
1H,Multiblock Copolymer,CHM-DSC,129
1H,Multilayer,CHM-DSC,85
1H,Multinuclear,CHM-CMT,187
1H,Multinuclear,CMT-CMT,150
1H,Multinuclear NMR,CHM-CMT,172
1H,Multinuclear NMR,CMT-CMT,96
1H,Multinuclear NMR Spectroscopy,CHM-CMT,73
1H,Multivariate Analysis,CHM-CMT,34
1H,Multiwall,CHM-DSC,48
1H,Mutant,CHM-DSC,31
1H,Mw,CHM-PRO,31
1H,Mw/Mn,CHM-PRO,337
1H,Myo-Inositol,CHM-CHM,34
1H,N / P Ratios,CHM-PRO,86
1H,N = Blue,CHM-CHM,31
1H,N Blue,CHM-CHM,188
1H,N N,CHM-CHM,33
1H,N(2),CHM-CHM,42
1H,N(3),CHM-CHM,37
1H,"N,N,N',N'-Tetramethylethylenediamine",CHM-CHM,30
1H,"N,N-Diisopropylethylamine",CHM-CHM,38
1H,"N,N-Dimethylacetamide",CHM-CHM,49
1H,"N,N-Dimethylformamide",CHM-CHM,216
1H,N-Acetyl,CHM-CHM,57
1H,N-Acetyl-D-Glucosamine,CHM-CHM,38
1H,N-Alkane,CHM-CHM,54
1H,N-Alkyl,CHM-CHM,44
1H,N-Bromosuccinimide,CHM-CHM,56
1H,N-Bu,CHM-CHM,67
1H,N-Bu,CMT-CHM,44
1H,N-Butanol,CHM-CHM,75
1H,N-Butyl,CHM-CHM,72
1H,N-Butyl Acrylate,CHM-CHM,41
1H,N-Butylamine,CHM-CHM,43
1H,N-Butyllithium,CHM-CHM,33
1H,N-Decane,CHM-CHM,31
1H,N-Dodecane,CHM-CHM,41
1H,N-H,CHM-CHM,95
1H,N-HO,CHM-CHM,36
1H,N-Heptane,CHM-CHM,77
1H,N-Heterocyclic Carbene,CHM-CHM,105
1H,N-Heterocyclic Carbene,CMT-CHM,35
1H,N-Hexane,CHM-CHM,250
1H,N-Hydroxy Succinimide,CHM-CHM,31
1H,N-Isopropyl Acrylamide,CHM-CHM,75
1H,N-Methyl,CHM-CHM,40
1H,N-Methyl-2-Pyrrolidone,CHM-CHM,43
1H,N-Methylimidazole,CHM-CHM,31
1H,N-Methylmorpholine N-Oxide,CHM-CHM,34
1H,N-N,CHM-CHM,38
1H,N-Octane,CHM-CHM,33
1H,N-Pentane,CHM-CHM,48
1H,N-Propanol,CHM-CHM,30
1H,N-Propyl,CHM-CHM,30
1H,N/P Ratio,CHM-PRO,64
1H,N1,CHM-PRO,84
1H,N1S,CHM-CMT,50
1H,N2,CHM-CHM,2264
1H,N2,CHM-PRO,81
1H,N2,CMT-CHM,139
1H,N2 Adsorption,CHM-CMT,71
1H,N2 Adsorption Desorption Isotherm,CHM-CMT,38
1H,N2 Adsorption Desorption Isotherms,CHM-CMT,149
1H,N2 Adsorption Isotherm,CHM-CMT,64
1H,N2 Isotherm,CHM-CMT,30
1H,N2 Sorption Isotherm,CHM-CMT,61
1H,N2H4,CHM-CHM,50
1H,N2O,CHM-CHM,41
1H,N2O2,CHM-CHM,40
1H,N3,CHM-CHM,62
1H,N3,CHM-PRO,38
1H,N4,CHM-PRO,30
1H,N719,CHM-CHM,41
1H,NAC,CHM-CHM,59
1H,NAD+,CHM-CHM,42
1H,NADH,CHM-CHM,56
1H,NADPH,CHM-CHM,39
1H,NBO,CHM-CMT,191
1H,NBO,CMT-CMT,56
1H,NBO Analysis,CHM-CMT,71
1H,NBS,CHM-CHM,41
1H,NC,CHM-DSC,91
1H,NCO,CHM-CHM,80
1H,NCS,CHM-CHM,33
1H,NCS,CHM-DSC,107
1H,NEM,CHM-CHM,46
1H,NEt3,CHM-CHM,289
1H,NH,CHM-CHM,972
1H,NH,CMT-CHM,81
1H,NH2,CHM-CHM,449
1H,NH2,CMT-CHM,37
1H,NH3,CHM-CHM,470
1H,NH3,CMT-CHM,61
1H,NH3+,CHM-CHM,33
1H,NH3TPD,CHM-CMT,73
1H,NH4,CHM-CHM,61
1H,NH4+,CHM-CHM,60
1H,NH4Cl,CHM-CHM,99
1H,NH4OAc,CHM-CHM,43
1H,NH4OH,CHM-CHM,49
1H,NH4PF6,CHM-CHM,100
1H,NHC,CHM-CHM,280
1H,NHC,CMT-CHM,48
1H,NHCl,CHM-CHM,64
1H,NHO,CHM-CHM,75
1H,NHS,CHM-CHM,36
1H,NICS,CHM-CMT,46
1H,NICS,CHM-PRO,30
1H,NIPAAM,CHM-CHM,67
1H,NIPAM,CHM-CHM,125
1H,NIR,CHM-CMT,46
1H,NLO,CHM-PRO,75
1H,NMO,CHM-CHM,33
1H,NMP,CHM-CHM,307
1H,NMR,CHM-APL,204
1H,NMR,CHM-CMT,7995
1H,NMR,CHM-PRO,206
1H,NMR,CMT-CMT,1823
1H,NMR,CMT-PRO,31
1H,NMR,PRO-CMT,221
1H,NMR Analysis,CHM-CMT,34
1H,NMR Chemical Shift,CHM-PRO,157
1H,NMR Chemical Shift,CMT-PRO,42
1H,NMR Parameters,CHM-PRO,62
1H,NMR Spectrometer,CHM-CMT,60
1H,NMR Spectroscopy,CHM-CMT,876
1H,NMR Spectroscopy,CMT-CMT,214
1H,NMe2,CHM-CHM,69
1H,NO,CHM-CHM,330
1H,NO,CMT-CHM,49
1H,NO2,CHM-CHM,306
1H,NO2,CMT-CHM,40
1H,NO3,CHM-CHM,348
1H,NOESY,CHM-CMT,129
1H,NOESY NMR,CHM-CMT,70
1H,NOEs,CHM-CMT,50
1H,NOEs,CHM-PRO,39
1H,NPS,CHM-DSC,599
1H,NPs,CHM-DSC,152
1H,NR,CHM-DSC,37
1H,NRR,CHM-APL,32
1H,NVP,CHM-CHM,47
1H,Na,CHM-CHM,369
1H,Na,CMT-CHM,58
1H,Na+,CHM-CHM,737
1H,Na+,CMT-CHM,54
1H,Na2CO3,CHM-CHM,231
1H,Na2HPO4,CHM-CHM,56
1H,Na2S,CHM-CHM,73
1H,Na2S2O4,CHM-CHM,43
1H,Na2SO3,CHM-CHM,32
1H,Na2SO4,CHM-CHM,159
1H,NaBF4,CHM-CHM,32
1H,NaBH3CN,CHM-CHM,36
1H,NaBH4,CHM-CHM,442
1H,NaBH4,CMT-CHM,38
1H,NaBPh4,CHM-CHM,33
1H,NaBr,CHM-CHM,71
1H,NaCN,CHM-CHM,55
1H,NaCl,CHM-CHM,1340
1H,NaCl,CMT-CHM,48
1H,NaClO,CHM-CHM,30
1H,NaClO2,CHM-CHM,34
1H,NaClO4,CHM-CHM,183
1H,NaF,CHM-CHM,49
1H,NaH,CHM-CHM,422
1H,NaH2PO4,CHM-CHM,80
1H,NaHCO3,CHM-CHM,232
1H,NaHSO3,CHM-CHM,39
1H,NaI,CHM-CHM,153
1H,NaIO4,CHM-CHM,96
1H,NaN3,CHM-CHM,246
1H,NaNO2,CHM-CHM,88
1H,NaNO3,CHM-CHM,153
1H,NaOAc,CHM-CHM,102
1H,NaOCl,CHM-CHM,74
1H,NaOD,CHM-CHM,48
1H,NaOH,CHM-CHM,1417
1H,NaOH,CMT-CHM,78
1H,NaOMe,CHM-CHM,127
1H,NaX,CHM-CHM,35
1H,NaY,CHM-CHM,31
1H,Nafion,CHM-CHM,483
1H,Nafion 115,CHM-CHM,42
1H,Nafion 117,CHM-CHM,61
1H,Nano,CHM-DSC,69
1H,Nano Size,CHM-DSC,76
1H,Nano Structured,CHM-DSC,99
1H,Nano-Sized,CHM-DSC,31
1H,Nanoaggregates,CHM-DSC,52
1H,Nanocapsule,CHM-DSC,56
1H,Nanocarrier,CHM-APL,104
1H,Nanocarrier,CHM-DSC,49
1H,Nanocatalyst,CHM-APL,32
1H,Nanocluster,CHM-DSC,56
1H,Nanocomplex,CHM-DSC,34
1H,Nanocomposite,CHM-DSC,599
1H,Nanocomposite,CMT-DSC,34
1H,Nanocomposite Film,CHM-DSC,35
1H,Nanocrystalline,CHM-DSC,66
1H,Nanocrystals,CHM-DSC,223
1H,Nanofiber,CHM-DSC,227
1H,Nanogel,CHM-DSC,134
1H,Nanohybrid,CHM-DSC,67
1H,Nanomaterial,CHM-DSC,83
1H,Nanomicelle,CHM-DSC,40
1H,Nanoparticle,CHM-DSC,585
1H,Nanoparticle,CMT-DSC,33
1H,Nanoparticle Surface,CHM-DSC,38
1H,Nanoparticles,CHM-DSC,2279
1H,Nanoparticles,CMT-DSC,151
1H,Nanoporous,CHM-DSC,60
1H,Nanoprecipitation,CHM-SMT,30
1H,Nanoribbon,CHM-DSC,34
1H,Nanorods,CHM-DSC,121
1H,Nanoscale,CHM-DSC,71
1H,Nanosheets,CHM-DSC,149
1H,Nanosphere,CHM-DSC,124
1H,Nanostructure,CHM-DSC,73
1H,Nanostructures,CHM-DSC,184
1H,Nanotube,CHM-DSC,215
1H,Nanowires,CHM-DSC,52
1H,Naphthalene,CHM-CHM,244
1H,Naphthalimide,CHM-CHM,43
1H,Naphthyl,CHM-CHM,85
1H,Naproxen,CHM-CHM,35
1H,Natural Bond Orbital,CHM-CMT,113
1H,Natural Bond Orbital,CMT-CMT,31
1H,Nb,CHM-CHM,56
1H,Nd,CHM-CHM,156
1H,Nd(III),CHM-CHM,38
1H,Nd3+,CHM-CHM,31
1H,Neat,CHM-DSC,109
1H,Nematic,CHM-PRO,78
1H,Nematic,CHM-SPL,73
1H,Network,CHM-DSC,83
1H,Network Structure,CHM-PRO,64
1H,Neutron Diffraction,CHM-CMT,42
1H,Newman Projection,CHM-CMT,41
1H,Ni,CHM-CHM,583
1H,Ni,CMT-CHM,88
1H,Ni II,CHM-CHM,443
1H,Ni II,CMT-CHM,88
1H,Ni2+,CHM-CHM,544
1H,NiCl2,CHM-CHM,62
1H,NiII,CHM-CHM,35
1H,NiO,CHM-CHM,34
1H,Nickel,CHM-CHM,341
1H,Nickel,CMT-CHM,61
1H,Nickel (II),CHM-CHM,196
1H,Nickel (II),CMT-CHM,56
1H,Nicotinamide,CHM-CHM,37
1H,Nile Red,CHM-CHM,186
1H,Ninhydrin,CHM-CHM,32
1H,Niobium,CHM-CHM,32
1H,Nitrate,CHM-CHM,279
1H,Nitration,CHM-SMT,50
1H,Nitric Acid,CHM-CHM,70
1H,Nitric Oxide,CHM-CHM,79
1H,Nitriles,CHM-CHM,218
1H,Nitriles,CMT-CHM,56
1H,Nitrite,CHM-CHM,54
1H,Nitro,CHM-CHM,191
1H,Nitro,CMT-CHM,32
1H,Nitrobenzene,CHM-CHM,102
1H,Nitrogen,CHM-CHM,3772
1H,Nitrogen,CMT-CHM,462
1H,Nitrogen,PRO-CHM,33
1H,Nitrogen Adsorption,CHM-CMT,73
1H,Nitrogen Adsorption Desorption Isotherm,CHM-CMT,34
1H,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,151
1H,Nitrogen Adsorption Isotherm,CHM-CMT,49
1H,Nitrogen Gas,CHM-CHM,36
1H,Nitrogen Sorption Isotherm,CHM-CMT,34
1H,Nitromethane,CHM-CHM,74
1H,Nitrone,CHM-CHM,35
1H,Nitroxide,CHM-CHM,116
1H,Nldft,CHM-CMT,31
1H,Nmr Titration,CHM-CMT,63
1H,Nmrd,CHM-CMT,59
1H,Noe,CHM-CMT,259
1H,Noe,CHM-PRO,83
1H,Noe,CMT-CMT,56
1H,Noesy,CHM-CMT,973
1H,Noesy,CMT-CMT,255
1H,Noncovalent Interaction,CHM-PRO,35
1H,Nonionic,CHM-PRO,41
1H,Nonlinear Optical,CHM-PRO,31
1H,Nonlinear Optical Properties,CHM-PRO,55
1H,Nontoxic,CHM-PRO,33
1H,Norbornene,CHM-CHM,134
1H,Normal Saline,CHM-CHM,34
1H,Normalized,CHM-CMT,142
1H,Normalized Absorption,CHM-CMT,86
1H,Normalized Absorption Spectrum,CHM-CMT,96
1H,Normalized Emission Spectra,CHM-CMT,125
1H,Nuclear,CHM-PRO,33
1H,Nuclear Magnetic Resonance,CHM-CMT,496
1H,Nuclear Magnetic Resonance,CMT-CMT,91
1H,Nuclear Magnetic Resonance Spectroscopy,CHM-CMT,89
1H,Nuclear Spin,CHM-PRO,36
1H,Nuclearity,CHM-PRO,37
1H,Nucleic Acid,CHM-CHM,95
1H,Nucleobases,CHM-CHM,47
1H,Nucleophilic Substitution,CHM-SMT,63
1H,Nucleophilic Substitution Reaction,CHM-SMT,36
1H,Nucleoside,CHM-CHM,72
1H,Nucleosides,CHM-CHM,46
1H,Nucleotides,CHM-CHM,85
1H,Number,CHM-PRO,31
1H,Number Average,CHM-PRO,31
1H,Number Average Molecular Weight,CHM-PRO,429
1H,Number Average Molecular Weight,CMT-PRO,32
1H,Numbering,CHM-CMT,112
1H,Nyquist,CHM-CMT,38
1H,Nyquist Plot,CHM-CMT,321
1H,N–H,CHM-CHM,83
1H,O,CHM-CHM,1777
1H,O,CMT-CHM,217
1H,O Hydrogen,CHM-CHM,43
1H,O Red,CHM-CHM,125
1H,O-Dichlorobenzene,CHM-CHM,57
1H,O-H,CHM-CHM,53
1H,O-Phenylenediamine,CHM-CHM,54
1H,O-Polysaccharide,CHM-CHM,73
1H,O-Polysaccharide,CMT-CHM,53
1H,O-Xylene,CHM-CHM,44
1H,O1,CHM-PRO,32
1H,O1s,CHM-CMT,64
1H,O2,CHM-CHM,947
1H,O2,CHM-PRO,31
1H,O2,CMT-CHM,76
1H,O3,CHM-CHM,117
1H,O=Red,CHM-CHM,56
1H,OAc,CHM-CHM,51
1H,OCH2,CHM-CHM,39
1H,OCH3,CHM-CHM,124
1H,ODCB,CHM-CHM,31
1H,OEGMA,CHM-CHM,32
1H,OEt,CHM-CHM,46
1H,OH,CHM-CHM,1256
1H,OH,CMT-CHM,159
1H,OLEDs,CHM-APL,55
1H,OM,CHM-CMT,35
1H,OMe,CHM-CHM,119
1H,ORTEP,CHM-CMT,638
1H,ORTEP Diagram,CHM-CMT,321
1H,ORTEP Drawing,CHM-CMT,496
1H,ORTEP Plot,CHM-CMT,287
1H,ORTEP Representation,CHM-CMT,103
1H,ORTEP View,CHM-CMT,39
1H,Obs,CHM-PRO,32
1H,Octane,CHM-CHM,53
1H,Octanol,CHM-CHM,42
1H,Octyl,CHM-CHM,54
1H,Of Chemistry,CHM-CMT,158
1H,Oil,CHM-APL,91
1H,Oils,CHM-APL,38
1H,Oleate,CHM-CHM,45
1H,Olefinic,CHM-CHM,201
1H,Olefins,CHM-CHM,561
1H,Olefins,CMT-CHM,86
1H,Oleic,CHM-CHM,34
1H,Oleic Acid,CHM-CHM,192
1H,Oleylamine,CHM-CHM,50
1H,Oligomers,CHM-DSC,112
1H,Oligonucleotide,CHM-CHM,44
1H,Oligosaccharides,CHM-CHM,279
1H,Oligosaccharides,CMT-CHM,58
1H,One Way ANOVA,CHM-CMT,101
1H,One-Dimensional,CHM-CMT,105
1H,One-Dimensional,CHM-DSC,62
1H,One-Pot,CHM-SMT,51
1H,Opaque,CHM-PRO,45
1H,Open Circuit Voltage,CHM-PRO,87
1H,Opls-Da,CHM-CMT,36
1H,Optical,CHM-CMT,102
1H,Optical,CHM-PRO,274
1H,Optical,CMT-PRO,31
1H,Optical Absorption,CHM-CMT,119
1H,Optical Band Gap,CHM-PRO,93
1H,Optical Data,CHM-CMT,32
1H,Optical Density,CHM-PRO,126
1H,Optical Image,CHM-CMT,282
1H,Optical Micrograph,CHM-CMT,203
1H,Optical Microscope,CHM-CMT,113
1H,Optical Microscopy,CHM-CMT,268
1H,Optical Photograph,CHM-CMT,81
1H,Optical Properties,CHM-PRO,428
1H,Optical Properties,CMT-PRO,59
1H,Optical Rotation,CHM-PRO,53
1H,Optical Spectrum,CHM-CMT,43
1H,Optical Texture,CHM-PRO,38
1H,Optical Transmittance,CHM-PRO,135
1H,Optically Active,CHM-PRO,108
1H,Optically Pure,CHM-PRO,30
1H,Optoelectronic Properties,CHM-PRO,38
1H,Orbital,CHM-PRO,45
1H,Orbital Energies,CHM-PRO,35
1H,Order Parameter,CHM-PRO,65
1H,Orders,CHM-PRO,37
1H,Organocatalyst,CHM-APL,40
1H,Organogelator,CHM-APL,31
1H,Organogels,CHM-DSC,123
1H,Organosolv,CHM-SMT,31
1H,Organotin,CHM-CHM,71
1H,Organotin,CMT-CHM,51
1H,Organotin(IV),CHM-CHM,77
1H,Organotin(IV),CMT-CHM,61
1H,Ortep Plots,CHM-CMT,64
1H,Orthorhombic,CHM-SPL,246
1H,Orthorhombic,CMT-SPL,82
1H,Os,CHM-CHM,43
1H,OsO4,CHM-CHM,73
1H,Oscillator Strength,CHM-PRO,185
1H,Osmium,CHM-CHM,48
1H,Output Characteristics,CHM-PRO,33
1H,Ovarian,CHM-SPL,73
1H,Oxadiazole,CHM-CHM,37
1H,Oxalates,CHM-CHM,42
1H,Oxalic Acid,CHM-CHM,47
1H,Oxaliplatin,CHM-CHM,42
1H,Oxalyl Chloride,CHM-CHM,42
1H,Oxazoline,CHM-CHM,40
1H,Oxidation,CHM-APL,312
1H,Oxidation,CHM-PRO,116
1H,Oxidation,CHM-SMT,1249
1H,Oxidation,CMT-APL,48
1H,Oxidation,CMT-SMT,146
1H,Oxidation Potential,CHM-PRO,144
1H,Oxidation State,CHM-PRO,124
1H,Oxidative Addition,CHM-SMT,40
1H,Oxidative Coupling,CHM-SMT,42
1H,Oxidative Degradation,CHM-SMT,30
1H,Oxidative Polymerization,CHM-SMT,32
1H,Oxidative Stability,CHM-PRO,140
1H,Oxidative Stress,CHM-PRO,38
1H,Oxides,CHM-CHM,139
1H,Oxidize,CHM-SMT,292
1H,Oxime,CHM-CHM,103
1H,Oxirane,CHM-CHM,38
1H,Oxo,CHM-CHM,121
1H,Oxygen,CHM-CHM,2949
1H,Oxygen,CMT-CHM,493
1H,Oxygen,PRO-CHM,49
1H,Oxygen Red,CHM-CHM,35
1H,Ozone,CHM-CHM,66
1H,Ozonolysis,CHM-SMT,32
1H,O–H,CHM-CHM,54
1H,P,CHM-PRO,286
1H,P,CHM-SPL,39
1H,P,CMT-PRO,37
1H,P-1,CHM-SPL,45
1H,P-Cymene,CHM-CHM,35
1H,P-H2,CHM-CHM,32
1H,P-Nitrophenol,CHM-CHM,43
1H,P-Phenylenediamine,CHM-CHM,33
1H,P-Toluenesulfonic Acid,CHM-CHM,52
1H,P-TsOH,CHM-CHM,68
1H,P-Xylene,CHM-CHM,67
1H,P1,CHM-SPL,186
1H,P1,CMT-SPL,76
1H,P2 1/N,CHM-SPL,80
1H,P2 1/N,CMT-SPL,38
1H,P21,CHM-SPL,48
1H,P21/C,CHM-SPL,145
1H,P21/C,CMT-SPL,56
1H,P212121,CHM-SPL,67
1H,P21C,CHM-SPL,78
1H,P21C,CMT-SPL,37
1H,P21n,CHM-SPL,55
1H,P3HT,CHM-CHM,159
1H,P4VP,CHM-CHM,53
1H,PA,CHM-PRO,43
1H,PAA,CHM-CHM,294
1H,PAES,CHM-CHM,32
1H,PAH,CHM-CHM,60
1H,PAHs,CHM-CHM,44
1H,PAMAM,CHM-CHM,187
1H,PAN,CHM-CHM,75
1H,PBA,CHM-CHM,35
1H,PBCA,CHM-SPL,32
1H,PBE0,CHM-CMT,49
1H,PBI,CHM-CHM,40
1H,PC,CHM-PRO,38
1H,PCA,CHM-CMT,178
1H,PCA Score Plot,CHM-CMT,39
1H,PCBM,CHM-CHM,125
1H,PCE,CHM-PRO,81
1H,PCL,CHM-CHM,647
1H,PCM,CHM-CMT,95
1H,PCP,CHM-CHM,36
1H,PCs,CHM-CMT,33
1H,PCy3,CHM-CHM,33
1H,PDA,CHM-CHM,71
1H,PDI,CHM-PRO,90
1H,PDIS,CHM-PRO,38
1H,PDLLA,CHM-CHM,40
1H,PDMA,CHM-CHM,37
1H,PDMAEMA,CHM-CHM,126
1H,PDMS,CHM-CHM,268
1H,PDNA,CHM-APL,41
1H,PDT,CHM-APL,64
1H,PEA,CHM-CHM,64
1H,PEC,CHM-CHM,33
1H,PED,CHM-CMT,33
1H,PEDOT,CHM-CHM,269
1H,PEG,CHM-CHM,1333
1H,PEG,CMT-CHM,38
1H,PEG 200,CHM-CHM,41
1H,PEG 2000,CHM-CHM,53
1H,PEG 400,CHM-CHM,46
1H,PEG-DA,CHM-CHM,53
1H,PEG1000,CHM-CHM,32
1H,PEG6000,CHM-CHM,56
1H,PEGMA,CHM-CHM,104
1H,PEGs,CHM-CHM,54
1H,PEGylated,CHM-DSC,37
1H,PEGylated,CHM-SMT,58
1H,PEGylation,CHM-SMT,43
1H,PEI,CHM-CHM,448
1H,PEI-25k,CHM-CHM,37
1H,PEIs,CHM-CHM,30
1H,PEM,CHM-APL,32
1H,PEMFC,CHM-APL,37
1H,PEO,CHM-CHM,542
1H,PEO,CMT-CHM,31
1H,PET,CHM-CHM,50
1H,PEt3,CHM-CHM,32
1H,PF6,CHM-CHM,333
1H,PF6,CMT-CHM,65
1H,PF6 Counterions,CHM-CHM,37
1H,PFA,CHM-CHM,30
1H,PFG NMR,CHM-CMT,32
1H,PFG-NMR,CHM-CMT,36
1H,PGA,CHM-CHM,40
1H,PGMA,CHM-CHM,75
1H,PGSE,CHM-CHM,43
1H,PGSE,CHM-CMT,34
1H,PHA,CHM-CHM,61
1H,PHB,CHM-CHM,65
1H,PHEMA,CHM-CHM,61
1H,PIB,CHM-CHM,35
1H,PIC,CHM-CHM,34
1H,PIL,CHM-CHM,67
1H,PIS,CHM-APL,36
1H,PKA Value,CHM-PRO,104
1H,PL,CHM-CMT,200
1H,PL Emission,CHM-CMT,56
1H,PLA,CHM-CHM,481
1H,PLGA,CHM-CHM,189
1H,PLL,CHM-CHM,30
1H,PLLA,CHM-CHM,268
1H,PLS,CHM-CMT,37
1H,PLS DA,CHM-CMT,67
1H,PM3,CHM-CMT,92
1H,PMA,CHM-CHM,100
1H,PMDA,CHM-CHM,36
1H,PMDETA,CHM-CHM,41
1H,PMMA,CHM-CHM,654
1H,PMe3,CHM-CHM,83
1H,PNIPAAm,CHM-CHM,108
1H,PNIPAM,CHM-CHM,225
1H,PO4,CHM-CHM,67
1H,POCl3,CHM-CHM,129
1H,POM,CHM-CMT,373
1H,POM,CMT-CMT,30
1H,POMs,CHM-CHM,37
1H,POPC,CHM-CHM,63
1H,PPA,CHM-CHM,79
1H,PPO,CHM-CHM,121
1H,PPh3,CHM-CHM,543
1H,PPh3,CMT-CHM,134
1H,PSCS,CHM-APL,48
1H,PSD,CHM-CMT,33
1H,PSD,CHM-PRO,34
1H,PSU,CHM-CHM,43
1H,PT,CHM-PRO,51
1H,PTA,CHM-CHM,48
1H,PTFE,CHM-CHM,73
1H,PTSA,CHM-CHM,48
1H,PTX,CHM-CHM,174
1H,PVA,CHM-CHM,273
1H,PVAC,CHM-CHM,59
1H,PVC,CHM-CHM,144
1H,PVDF,CHM-CHM,221
1H,PVP,CHM-CHM,164
1H,PVdF,CHM-CHM,30
1H,PXRD,CHM-CMT,509
1H,PXRD,CMT-CMT,50
1H,Packing,CHM-PRO,115
1H,Packing Diagram,CHM-CMT,102
1H,Packing Diagram,CHM-PRO,106
1H,Packing Structure,CHM-PRO,60
1H,Paclitaxel,CHM-CHM,103
1H,Palladacycles,CHM-CHM,38
1H,Palladium,CHM-CHM,554
1H,Palladium,CMT-CHM,118
1H,Palladium Complex,CHM-CHM,64
1H,Palladium(II),CHM-CHM,253
1H,Palladium(II),CMT-CHM,86
1H,Palmitic Acid,CHM-CHM,43
1H,Paper,CHM-APL,47
1H,Paper,CHM-DSC,40
1H,Para-Hydrogen,CHM-CHM,76
1H,Paraformaldehyde,CHM-CHM,83
1H,Paramagnetic,CHM-PRO,488
1H,Paramagnetic,CMT-PRO,74
1H,Paramagnetic Shift,CHM-PRO,65
1H,Parameters,CHM-PRO,53
1H,Particle,CHM-DSC,220
1H,Particle,CHM-PRO,55
1H,Particle Diameter,CHM-PRO,61
1H,Particle Size,CHM-PRO,874
1H,Particle Size,CMT-PRO,30
1H,Particle Size Distribution,CHM-PRO,556
1H,Particles,CHM-DSC,1316
1H,Particles,CMT-DSC,88
1H,Partition Coefficient,CHM-PRO,48
1H,Paste,CHM-DSC,98
1H,Pattern,CHM-CMT,49
1H,Pattern,CHM-PRO,53
1H,Patterned,CHM-DSC,51
1H,Pb,CHM-CHM,134
1H,Pb(II),CHM-CHM,75
1H,Pb2+,CHM-CHM,481
1H,Pc,CHM-CHM,71
1H,Pd,CHM-CHM,978
1H,Pd,CMT-CHM,150
1H,Pd (II),CHM-CHM,339
1H,Pd (II),CMT-CHM,87
1H,Pd (OH)2,CHM-CHM,52
1H,Pd(0),CHM-CHM,50
1H,Pd(OAc)2,CHM-CHM,193
1H,Pd(PPh3)2Cl2,CHM-CHM,77
1H,Pd(PPh3)4,CHM-CHM,315
1H,Pd/C,CHM-CHM,253
1H,Pd0,CHM-CHM,31
1H,Pd2+,CHM-CHM,71
1H,PdCl2,CHM-CHM,107
1H,PdCl2,CMT-CHM,30
1H,PdCl2(PPh3)2,CHM-CHM,91
1H,Pdi,CHM-PRO,579
1H,Peak,CHM-PRO,44
1H,Peak Current,CHM-PRO,59
1H,Peak Currents,CHM-PRO,34
1H,Peak Potential,CHM-PRO,42
1H,Pellet,CHM-DSC,190
1H,Pentacene,CHM-CHM,35
1H,Pentaerythritol,CHM-CHM,42
1H,Pentafluorophenyl,CHM-CHM,33
1H,Pentane,CHM-CHM,80
1H,Pentasaccharide,CHM-CHM,56
1H,Peptide,CHM-DSC,71
1H,Perchlorate,CHM-CHM,236
1H,Periodate,CHM-CHM,88
1H,Periodate,CMT-CHM,50
1H,Periodate Oxidation,CHM-CMT,34
1H,Periodate Oxidation,CMT-CMT,32
1H,Permeability,CHM-PRO,147
1H,Perovskites,CHM-CHM,108
1H,Perovskites,CHM-SPL,104
1H,Peroxide,CHM-CHM,131
1H,Perylene,CHM-CHM,76
1H,Pes,CHM-CMT,33
1H,Pet,CHM-PRO,33
1H,Ph3P,CHM-CHM,76
1H,PhCN,CHM-CHM,42
1H,PhI(OAc)2,CHM-CHM,40
1H,PhMe,CHM-CHM,42
1H,PhSiH3,CHM-CHM,36
1H,Phalloidin,CHM-CHM,67
1H,Phantom,CHM-APL,30
1H,Phantom,CHM-DSC,31
1H,Pharmaceutical,CHM-APL,62
1H,Pharmacokinetic Parameters,CHM-PRO,38
1H,Pharmacokinetics,CHM-PRO,52
1H,Pharmacological Activity,CHM-PRO,30
1H,Phase,CHM-CMT,51
1H,Phase,CHM-PRO,104
1H,Phase Angle,CHM-PRO,36
1H,Phase Behavior,CHM-PRO,126
1H,Phase Contrast,CHM-CMT,54
1H,Phase Contrast Image,CHM-CMT,39
1H,Phase Diagram,CHM-PRO,260
1H,Phase Images,CHM-CMT,134
1H,Phase Transition,CHM-PRO,269
1H,Phase Transition Behavior,CHM-PRO,30
1H,Phase Transition Temperature,CHM-PRO,138
1H,Phe,CHM-CHM,179
1H,Phen,CHM-CHM,177
1H,Phen,CMT-CHM,34
1H,Phenanthrene,CHM-CHM,59
1H,Phenanthroline,CHM-CHM,105
1H,Phenol,CHM-CHM,598
1H,Phenol,CMT-CHM,92
1H,Phenolates,CHM-CHM,101
1H,Phenolic Hydroxyl,CHM-CHM,52
1H,Phenolic Oxygen,CHM-CHM,31
1H,Phenolics,CHM-CHM,340
1H,Phenolics,CMT-CHM,59
1H,Phenothiazines,CHM-CHM,30
1H,Phenoxide,CHM-CHM,38
1H,Phenoxyl,CHM-CHM,78
1H,Phenyl Acetylene,CHM-CHM,143
1H,Phenylalanine,CHM-CHM,161
1H,Phenylboronic Acid,CHM-CHM,113
1H,Phenylene,CHM-CHM,68
1H,Phenyls,CHM-CHM,1110
1H,Phenyls,CMT-CHM,157
1H,Phosphanes,CHM-CHM,58
1H,Phosphate,CHM-CHM,1335
1H,Phosphate,CMT-CHM,110
1H,Phosphatidylcholine,CHM-CHM,44
1H,Phosphine,CHM-CHM,318
1H,Phosphine,CMT-CHM,122
1H,Phosphine Oxide,CHM-CHM,53
1H,Phosphines,CHM-CHM,78
1H,Phosphite,CHM-CHM,35
1H,Phospholipid,CHM-CHM,45
1H,Phosphonate,CHM-CHM,109
1H,Phosphonate,CMT-CHM,30
1H,Phosphonic Acid,CHM-CHM,77
1H,Phosphonium,CHM-CHM,80
1H,Phosphorescence,CHM-CMT,78
1H,Phosphorescence,CHM-PRO,57
1H,Phosphoric Acid,CHM-CHM,131
1H,Phosphorous,CHM-CHM,71
1H,Phosphorus,CHM-CHM,595
1H,Phosphorus,CMT-CHM,174
1H,Phosphorylcholine,CHM-CHM,49
1H,Phosphotungstic Acid,CHM-CHM,93
1H,Photo,CHM-SMT,73
1H,Photo Catalytic Activity,CHM-PRO,53
1H,Photo Crosslinked,CHM-SMT,43
1H,Photo Crosslinking,CHM-SMT,62
1H,Photo Images,CHM-CMT,30
1H,Photo Luminescence,CHM-CMT,735
1H,Photo Luminescence,CMT-CMT,73
1H,Photoactive,CHM-PRO,56
1H,Photocatalyst,CHM-APL,76
1H,Photocatalysts,CHM-APL,52
1H,Photocatalytic Degradation,CHM-APL,32
1H,Photochemical,CHM-PRO,49
1H,Photochemical,CHM-SMT,37
1H,Photochemical Properties,CHM-PRO,70
1H,Photochemical Reaction,CHM-SMT,59
1H,Photochromic,CHM-PRO,82
1H,Photochromism,CHM-PRO,31
1H,Photocleavage,CHM-SMT,33
1H,Photocurrent,CHM-PRO,53
1H,Photodegradation,CHM-SMT,30
1H,Photodimerization,CHM-SMT,32
1H,Photodynamic Therapy,CHM-APL,66
1H,Photoexcitation,CHM-SMT,42
1H,Photographic,CHM-CMT,41
1H,Photographic Image,CHM-CMT,77
1H,Photographs,CHM-CMT,98
1H,Photoinduced Electron Transfer,CHM-PRO,59
1H,Photoinitiator,CHM-APL,37
1H,Photoirradiation,CHM-SMT,105
1H,Photoisomerization,CHM-SMT,58
1H,Photoluminescence Emission,CHM-CMT,31
1H,Photoluminescence Spectroscopy,CHM-CMT,32
1H,Photolysis,CHM-SMT,242
1H,Photomicrograph,CHM-CMT,46
1H,Photooxidation,CHM-SMT,57
1H,Photophysical,CHM-CMT,66
1H,Photophysical,CHM-PRO,212
1H,Photophysical Behavior,CHM-PRO,32
1H,Photophysical Data,CHM-CMT,73
1H,Photophysical Parameters,CHM-PRO,36
1H,Photophysical Properties,CHM-PRO,477
1H,Photophysical Properties,CMT-PRO,64
1H,Photopolymerization,CHM-SMT,122
1H,Photoresponsive,CHM-PRO,36
1H,Photos,CHM-CMT,40
1H,Photosensitive,CHM-PRO,46
1H,Photosensitizer,CHM-APL,104
1H,Photostability,CHM-PRO,92
1H,Photovoltaic Devices,CHM-APL,42
1H,Photovoltaic Parameter,CHM-PRO,54
1H,Photovoltaic Performance,CHM-PRO,80
1H,Photovoltaic Properties,CHM-PRO,44
1H,Phthalic Anhydride,CHM-CHM,57
1H,Phthalimide,CHM-CHM,68
1H,Phthalocyanines,CHM-CHM,328
1H,Phthalocyanines,CMT-CHM,46
1H,Phthalonitrile,CHM-CHM,71
1H,Physical,CHM-PRO,165
1H,Physical Characteristics,CHM-PRO,30
1H,Physical Parameter,CHM-PRO,42
1H,Physical Properties,CHM-PRO,496
1H,Physical Properties,CMT-PRO,53
1H,Physicochemical,CHM-PRO,44
1H,Physicochemical Characteristics,CHM-PRO,57
1H,Physicochemical Characterization,CHM-CMT,66
1H,Physicochemical Parameters,CHM-PRO,38
1H,Physicochemical Properties,CHM-PRO,329
1H,Physicochemical Properties,CMT-PRO,40
1H,Pi,CHM-PRO,32
1H,Piano Stool,CHM-SPL,38
1H,Picric Acid,CHM-CHM,72
1H,Pigment,CHM-APL,40
1H,Pillar[5]arene,CHM-CHM,53
1H,Piperazine,CHM-CHM,69
1H,Piperidine,CHM-CHM,235
1H,Planarity,CHM-PRO,48
1H,Plasma,CHM-DSC,64
1H,Plate,CHM-DSC,203
1H,Platelet,CHM-DSC,91
1H,Platelet Adhesion,CHM-PRO,35
1H,Plates,CHM-DSC,145
1H,Platinum,CHM-CHM,579
1H,Platinum,CMT-CHM,111
1H,Platinum (II),CHM-CHM,215
1H,Platinum (II),CMT-CHM,82
1H,Platinum (IV),CHM-CHM,66
1H,Platinum (IV),CMT-CHM,40
1H,Platinum Complex,CHM-CHM,32
1H,Plot,CHM-CMT,128
1H,Plots,CHM-CMT,75
1H,Pluronic F127,CHM-CHM,40
1H,Pluronics,CHM-CHM,57
1H,Points,CHM-PRO,47
1H,Polar,CHM-PRO,54
1H,Polarisation,CHM-PRO,54
1H,Polarity,CHM-PRO,97
1H,Polarizability,CHM-PRO,55
1H,Polarizable Continuum Model,CHM-CMT,31
1H,Polarization,CHM-PRO,145
1H,Polarization Curve,CHM-CMT,161
1H,Polarization Curve,CHM-PRO,32
1H,Polarized Light Microscopy,CHM-CMT,31
1H,Polarized Optical Micrograph,CHM-CMT,59
1H,Polarized Optical Microscopy,CHM-CMT,95
1H,Polarizing Optical Microscopy,CHM-CMT,93
1H,Polished,CHM-SMT,39
1H,Poly (Amido Amine),CHM-CHM,40
1H,Poly (Ethylene Oxide),CHM-CHM,116
1H,Poly(3-Hexylthiophene),CHM-CHM,33
1H,Poly(Acrylamide),CHM-CHM,135
1H,Poly(Acrylic Acid),CHM-CHM,44
1H,Poly(Arylene Ether Sulfone),CHM-CHM,42
1H,Poly(Dimethyl Siloxane),CHM-CHM,101
1H,Poly(Ethylene Glycol),CHM-CHM,216
1H,Poly(L-Lactide),CHM-CHM,43
1H,Poly(Lactic Acid),CHM-CHM,36
1H,Poly(N-Isopropylacrylamide),CHM-CHM,77
1H,Poly(Styrene),CHM-CHM,33
1H,Poly(Vinyl Alcohol),CHM-CHM,55
1H,Poly(Vinyl Chloride),CHM-CHM,32
1H,Poly-ε-Caprolactone,CHM-CHM,127
1H,Polyacrylate,CHM-CHM,39
1H,Polyamide,CHM-CHM,150
1H,Polyamides,CHM-CHM,143
1H,Polyamides,CHM-PRO,75
1H,Polyamines,CHM-CHM,68
1H,Polyaniline,CHM-CHM,101
1H,Polybenzimidazole,CHM-CHM,32
1H,Polybenzoxazine,CHM-CHM,101
1H,Polybutadienes,CHM-CHM,92
1H,Polycaprolactone,CHM-CHM,48
1H,Polycarbonate,CHM-CHM,109
1H,Polycondensation,CHM-SMT,184
1H,Polycrystalline,CHM-DSC,134
1H,Polycyclic Aromatic Hydrocarbon,CHM-CHM,33
1H,Polydispersities,CHM-PRO,105
1H,Polydispersity,CHM-PRO,280
1H,Polydispersity Index,CHM-PRO,440
1H,Polyelectrolyte,CHM-APL,33
1H,Polyester,CHM-CHM,469
1H,Polyester,CHM-DSC,85
1H,Polyester,CMT-CHM,56
1H,Polyether,CHM-CHM,104
1H,Polyethersulfone,CHM-CHM,34
1H,Polyethylene,CHM-CHM,187
1H,Polyethylene,CMT-CHM,34
1H,Polyethylene Glycol,CHM-CHM,126
1H,Polyethylene Terephthalate,CHM-CHM,58
1H,Polyethylenimine,CHM-CHM,49
1H,Polyfluorene,CHM-CHM,36
1H,Polyhedral Oligomeric Silsesquioxanes,CHM-CHM,44
1H,Polyimides,CHM-CHM,353
1H,Polyimides,CHM-DSC,30
1H,Polyisoprene,CHM-CHM,58
1H,Polylactide,CHM-CHM,79
1H,Polymer 2,CHM-CHM,70
1H,Polymer Electrolyte,CHM-APL,84
1H,Polymer Electrolyte Membrane,CHM-APL,34
1H,Polymer Electrolytes,CHM-APL,90
1H,Polymeric,CHM-DSC,338
1H,Polymeric,CMT-DSC,72
1H,Polymeric Film,CHM-DSC,135
1H,Polymeric Micelle,CHM-DSC,170
1H,Polymeric Nanoparticle,CHM-DSC,35
1H,Polymerisation,CHM-APL,138
1H,Polymerisation,CHM-PRO,32
1H,Polymerisation,CHM-SMT,351
1H,Polymerization Rate,CHM-PRO,33
1H,Polymers,CHM-APL,103
1H,Polymers,CHM-DSC,1299
1H,Polymers,CHM-PRO,117
1H,Polymers,CMT-DSC,116
1H,Polymersome,CHM-DSC,43
1H,Polymethyl-Methacrylate,CHM-CHM,108
1H,Polynorbornene,CHM-CHM,54
1H,Polyols,CHM-CHM,133
1H,Polyoxometalates,CHM-CHM,67
1H,Polypeptides,CHM-DSC,30
1H,Polyphenol,CHM-CHM,56
1H,Polyphosphazene,CHM-CHM,34
1H,Polyplex,CHM-CHM,58
1H,Polyplexes,CHM-APL,98
1H,Polyplexes,CHM-CHM,151
1H,Polyplexes,CHM-DSC,101
1H,Polypropylene,CHM-CHM,82
1H,Polypyridyl,CHM-CHM,31
1H,Polyrotaxane,CHM-CHM,46
1H,Polyrotaxane,CHM-DSC,45
1H,Polysaccharide,CHM-DSC,57
1H,Polysaccharide,CHM-PRO,53
1H,Polysiloxane,CHM-CHM,95
1H,Polystyrene,CHM-CHM,657
1H,Polystyrene,CMT-CHM,30
1H,Polysulfone,CHM-CHM,69
1H,Polythiophenes,CHM-CHM,68
1H,Polyurea,CHM-CHM,32
1H,Polyurethanes,CHM-CHM,461
1H,Polyurethanes,CHM-DSC,31
1H,Polyurethanes,CHM-PRO,142
1H,Polyvinyl Alcohol,CHM-CHM,30
1H,Pore,CHM-PRO,39
1H,Pore Diameter,CHM-PRO,88
1H,Pore Size Distribution,CHM-PRO,379
1H,Pore Sizes,CHM-PRO,248
1H,Pore Structure,CHM-PRO,64
1H,Pore Volume,CHM-PRO,120
1H,Porosity,CHM-PRO,185
1H,Porous,CHM-DSC,383
1H,Porous,CMT-DSC,30
1H,Porous Film,CHM-DSC,35
1H,Porphyrin,CHM-CHM,754
1H,Porphyrin,CMT-CHM,50
1H,Potassium,CHM-CHM,255
1H,Potassium,CMT-CHM,62
1H,Potassium Carbonate,CHM-CHM,75
1H,Potassium Hydroxide,CHM-CHM,31
1H,Potassium Phosphate,CHM-CHM,46
1H,Potential,CHM-PRO,126
1H,Potential Energy Distribution,CHM-CMT,32
1H,Potential Energy Surface,CHM-PRO,81
1H,Potentials,CHM-PRO,87
1H,Potentiodynamic Polarization,CHM-CMT,59
1H,Potentiodynamic Polarization Curve,CHM-CMT,32
1H,Potentiometric,CHM-CMT,68
1H,Potentiometric Titration,CHM-CMT,122
1H,Potentiometry,CHM-CMT,67
1H,Powder,CHM-CMT,55
1H,Powder,CHM-DSC,1236
1H,Powder,CMT-DSC,137
1H,Powder Diffraction,CHM-CMT,37
1H,Powder X-Ray Diffraction,CHM-CMT,179
1H,Powder X-Ray Diffraction,CMT-CMT,36
1H,Powder XRD,CHM-CMT,223
1H,Powder XRD,CMT-CMT,32
1H,Powdered,CHM-DSC,106
1H,Powders,CHM-DSC,231
1H,Power Conversion Efficiency,CHM-PRO,80
1H,Power Density,CHM-PRO,139
1H,Power Density Curve,CHM-CMT,50
1H,Power Density Curve,CHM-PRO,42
1H,Pre Exponential Factor,CHM-PRO,43
1H,Pre-Treatment,CHM-SMT,52
1H,Precipitates,CHM-DSC,85
1H,Precipitation,CHM-SMT,37
1H,Precision,CHM-PRO,42
1H,Prepared,CHM-DSC,37
1H,Pretreated,CHM-SMT,36
1H,Primary Amine,CHM-CHM,158
1H,Principal Component Analysis,CHM-CMT,114
1H,Pristine,CHM-DSC,70
1H,Probes,CHM-APL,146
1H,Processability,CHM-PRO,39
1H,Prodrugs,CHM-APL,103
1H,Profile,CHM-CMT,93
1H,Profile,CHM-PRO,64
1H,Proliferation,CHM-PRO,53
1H,Proline,CHM-CHM,151
1H,Propane,CHM-CHM,74
1H,Propargyl Alcohol,CHM-CHM,50
1H,Propargyl Bromide,CHM-CHM,46
1H,Propargylic,CHM-CHM,55
1H,Propene,CHM-CHM,74
1H,Properties,CHM-PRO,37
1H,Propidium Iodide,CHM-CHM,98
1H,Propionate,CHM-CHM,35
1H,Propionic Acid,CHM-CHM,45
1H,Propyl,CHM-CHM,90
1H,Propylene,CHM-CHM,113
1H,Propylene Carbonate,CHM-CHM,72
1H,Propylene Oxide,CHM-CHM,95
1H,Prostate,CHM-SPL,39
1H,Protein,CHM-PRO,65
1H,Proton,CHM-PRO,85
1H,Proton Chemical Shift,CHM-PRO,109
1H,Proton Conducting,CHM-PRO,55
1H,Proton Dynamics,CHM-PRO,33
1H,Proton Exchange Membranes,CHM-APL,73
1H,Proton Mobility,CHM-PRO,33
1H,Proton NMR,CHM-CMT,125
1H,Proton Nuclear Magnetic Resonance,CHM-CMT,348
1H,Proton Nuclear Magnetic Resonance Spectroscopy,CHM-CMT,74
1H,Proton Transfer,CHM-PRO,46
1H,Proton Transport,CHM-PRO,44
1H,Protonation,CHM-SMT,42
1H,Protonation Constant,CHM-PRO,156
1H,Protonic Conductivity,CHM-PRO,782
1H,Protonic Conductivity,CMT-PRO,37
1H,Prussian Blue,CHM-CHM,31
1H,Pseudo First Order Rate Constant,CHM-PRO,72
1H,Pseudorotaxanes,CHM-CHM,78
1H,Pt,CHM-CHM,1193
1H,Pt,CMT-CHM,146
1H,Pt (II),CHM-CHM,224
1H,Pt (II),CMT-CHM,67
1H,Pt(IV),CHM-CHM,68
1H,Pure,CHM-DSC,318
1H,Pure Water Flux,CHM-PRO,40
1H,Purine,CHM-CHM,90
1H,Purity,CHM-PRO,38
1H,Py-GC/MS,CHM-CMT,36
1H,Pyranose,CHM-CHM,38
1H,Pyrazine,CHM-CHM,89
1H,Pyrazole,CHM-CHM,192
1H,Pyrazole,CMT-CHM,41
1H,Pyrazolyl,CHM-CHM,44
1H,Pyrene,CHM-CHM,834
1H,Pyridine,CHM-CHM,1750
1H,Pyridine,CMT-CHM,224
1H,Pyridine Nitrogen,CHM-CHM,52
1H,Pyridine-d5,CHM-CHM,70
1H,Pyridinium,CHM-CHM,176
1H,Pyridyl,CHM-CHM,240
1H,Pyrimidine,CHM-CHM,125
1H,Pyrolysis,CHM-SMT,449
1H,Pyrolysis,CMT-SMT,49
1H,Pyrolyzed,CHM-SMT,73
1H,Pyrophosphate,CHM-CHM,44
1H,Pyrrole,CHM-CHM,326
1H,Pyrrole,CMT-CHM,37
1H,Pyrrolidine,CHM-CHM,94
1H,Pyruvate,CHM-CHM,103
1H,Q-Band,CHM-PRO,31
1H,Q2,CHM-PRO,38
1H,QCM-D,CHM-CMT,46
1H,QD,CHM-DSC,61
1H,QDS,CHM-DSC,117
1H,QRT-PCR,CHM-CMT,35
1H,QTAIM,CHM-CMT,30
1H,Quadrupolar Splitting,CHM-PRO,34
1H,Quantum Chemical Calculation,CHM-CMT,223
1H,Quantum Chemical Calculation,CMT-CMT,81
1H,Quantum Dots,CHM-DSC,70
1H,Quantum Mechanical Calculations,CHM-CMT,39
1H,Quantum Yield,CHM-PRO,148
1H,Quantum Yields,CHM-PRO,166
1H,Quartz,CHM-CHM,331
1H,Quaternary Ammonium,CHM-CHM,180
1H,Quaternization,CHM-SMT,124
1H,Quaternized,CHM-SMT,104
1H,Quenched,CHM-SMT,83
1H,Quenching,CHM-SMT,36
1H,Quenching Constant,CHM-PRO,30
1H,Quenching Efficiency,CHM-PRO,35
1H,Quercetin,CHM-CHM,77
1H,Quinoline,CHM-CHM,193
1H,Quinoline,CMT-CHM,31
1H,Quinones,CHM-CHM,109
1H,Quinoxaline,CHM-CHM,58
1H,R = Et,CHM-CHM,62
1H,R = Et,CMT-CHM,38
1H,R = Me,CHM-CHM,252
1H,R = Me,CMT-CHM,142
1H,R1,CHM-PRO,131
1H,R2,CHM-PRO,281
1H,R=Me,CHM-CHM,84
1H,R=Me,CMT-CHM,39
1H,RAFT Polymerization,CHM-SMT,57
1H,RDCS,CHM-PRO,31
1H,REDOR,CHM-CMT,46
1H,RF,CHM-PRO,48
1H,RHE,CHM-APL,30
1H,RMSD,CHM-PRO,72
1H,ROESY,CHM-CMT,55
1H,ROMP,CHM-SMT,118
1H,ROP,CHM-APL,65
1H,ROP,CHM-SMT,305
1H,RP,CHM-PRO,36
1H,RP-HPLC,CHM-CMT,67
1H,RT-PCR,CHM-CMT,40
1H,Rac-LA,CHM-CHM,51
1H,Radial Distribution Function,CHM-PRO,53
1H,Radiation,CHM-SMT,37
1H,Radical Copolymerization,CHM-SMT,70
1H,Radical Polymerization,CHM-SMT,150
1H,Radical Scavenging Activity,CHM-PRO,31
1H,Radius of Gyration,CHM-PRO,51
1H,Raft,CHM-SMT,140
1H,Raft Copolymerization,CHM-SMT,41
1H,Raft Polymerization,CHM-SMT,274
1H,Raman,CHM-CMT,1464
1H,Raman,CMT-CMT,250
1H,Raman,PRO-CMT,47
1H,Raman Spectroscopy,CHM-CMT,228
1H,Raman Spectroscopy,CMT-CMT,59
1H,Random,CHM-DSC,30
1H,Random Copolymer,CHM-DSC,209
1H,Rat,CHM-DSC,33
1H,Rate,CHM-PRO,73
1H,Rate Capability,CHM-PRO,61
1H,Rate Constant,CHM-PRO,637
1H,Rate Constant,CMT-PRO,59
1H,Rate Performance,CHM-PRO,71
1H,Ratio,CHM-PRO,91
1H,Ray Crystal Structure,CHM-CMT,68
1H,Ray Structure,CHM-CMT,31
1H,Rcm,CHM-SMT,71
1H,Rcub,CHM-CMT,73
1H,Rcub,CMT-CMT,100
1H,Re,CHM-CHM,46
1H,Re(I),CHM-CHM,34
1H,Reaction,CHM-APL,61
1H,Reaction,CHM-PRO,43
1H,Reaction,CHM-SMT,167
1H,Reaction,CMT-SMT,32
1H,Reaction Kinetic,CHM-PRO,75
1H,Reaction Mechanism,CHM-PRO,272
1H,Reaction Mechanism,CMT-PRO,36
1H,Reaction Rate,CHM-PRO,123
1H,Reaction Rate Constant,CHM-PRO,31
1H,Reactivity,CHM-PRO,203
1H,Reactivity,CMT-PRO,42
1H,Reactivity Ratio,CHM-PRO,154
1H,Reactors,CHM-APL,77
1H,Real Time PCR,CHM-CMT,37
1H,Rearrangement,CHM-SMT,30
1H,Receptor,CHM-APL,170
1H,Recovery,CHM-PRO,32
1H,Recrystallisation,CHM-SMT,41
1H,Recyclability,CHM-PRO,46
1H,Red,CHM-CHM,39
1H,Red,CHM-PRO,31
1H,Redox,CHM-PRO,74
1H,Redox Active,CHM-PRO,53
1H,Redox Activity,CHM-PRO,30
1H,Redox Behavior,CHM-PRO,93
1H,Redox Couple,CHM-PRO,53
1H,Redox Potential,CHM-PRO,299
1H,Redox Properties,CHM-PRO,116
1H,Reduced Viscosity,CHM-PRO,37
1H,Reduction Potential,CHM-PRO,147
1H,Reductions,CHM-APL,87
1H,Reductions,CHM-PRO,57
1H,Reductions,CHM-SMT,647
1H,Reductions,CMT-SMT,91
1H,Reductive Amination,CHM-SMT,62
1H,Reference,CHM-APL,35
1H,Reference Electrode,CHM-APL,241
1H,Refinement,CHM-PRO,41
1H,Refluxing,CHM-SMT,52
1H,Refractive Index,CHM-PRO,233
1H,Refractive Index Detector,CHM-CMT,31
1H,Regioselectivity,CHM-PRO,34
1H,Regression Analysis,CHM-CMT,33
1H,Rejection,CHM-PRO,36
1H,Relative,CHM-PRO,150
1H,Relative Energies,CHM-PRO,202
1H,Relative Energy,CHM-PRO,30
1H,Relative Free Energy,CHM-PRO,35
1H,Relative Viscosity,CHM-PRO,58
1H,Relaxation,CHM-PRO,47
1H,Relaxation Rates,CHM-PRO,146
1H,Relaxation Time,CHM-PRO,222
1H,Relaxivities,CHM-PRO,33
1H,Relaxivity,CHM-PRO,86
1H,Release,CHM-CMT,60
1H,Release,CHM-PRO,52
1H,Release Behaviors,CHM-PRO,94
1H,Release Curve,CHM-CMT,32
1H,Release Kinetics,CHM-PRO,64
1H,Release Profile,CHM-PRO,288
1H,Release Rate,CHM-PRO,40
1H,Removal Efficiency,CHM-PRO,35
1H,Representations,CHM-CMT,31
1H,Residual Dipolar Couplings,CHM-PRO,37
1H,Resins,CHM-APL,37
1H,Resins,CHM-DSC,161
1H,Resistance,CHM-PRO,114
1H,Resistivity,CHM-PRO,43
1H,Resolution,CHM-PRO,51
1H,Resonance,CHM-PRO,66
1H,Resonance Structures,CHM-PRO,92
1H,Resonant Frequency,CHM-PRO,83
1H,Resonant Raman,CHM-CMT,62
1H,Resonator,CHM-APL,30
1H,Resorcinarene,CHM-CHM,41
1H,Resorcinol,CHM-CHM,55
1H,Response,CHM-PRO,113
1H,Response Time,CHM-PRO,78
1H,Responsive,CHM-PRO,54
1H,Retention Time,CHM-PRO,194
1H,Reusability,CHM-PRO,47
1H,Reverse Micelles,CHM-DSC,50
1H,Reversed Phase HPLC,CHM-CMT,61
1H,Reversibility,CHM-PRO,38
1H,Reversible Addition-Fragmentation Chain Transfer (RAFT) Polymerization,CHM-SMT,42
1H,Rh,CHM-CHM,152
1H,Rh,CHM-PRO,141
1H,Rh,CMT-CHM,30
1H,Rh III,CHM-CHM,54
1H,RhB,CHM-CHM,40
1H,Rhamnose,CHM-CHM,57
1H,Rhenium,CHM-CHM,90
1H,Rheological,CHM-PRO,50
1H,Rheological Behavior,CHM-PRO,79
1H,Rheological Measurement,CHM-CMT,59
1H,Rheological Properties,CHM-PRO,141
1H,Rheology,CHM-CMT,81
1H,Rheology,CHM-PRO,39
1H,Rhodamine,CHM-CHM,86
1H,Rhodamine 6G,CHM-CHM,30
1H,Rhodamine B,CHM-CHM,157
1H,Rhodium,CHM-CHM,223
1H,Rhodium,CMT-CHM,49
1H,Rhodium(I),CHM-CHM,41
1H,Rhodium(III),CHM-CHM,35
1H,Ri,CHM-CMT,110
1H,Ri,CHM-PRO,41
1H,Ribbons,CHM-DSC,117
1H,Ribose,CHM-CHM,69
1H,Rietveld Refinement,CHM-CMT,86
1H,Rigid,CHM-PRO,47
1H,Rigidity,CHM-PRO,36
1H,Ring,CHM-DSC,30
1H,Ring Closing Metathesis,CHM-SMT,32
1H,Ring Critical Point,CHM-PRO,30
1H,Ring Currents,CHM-PRO,49
1H,Ring Opening,CHM-SMT,54
1H,Ring Opening Metathesis Polymerization,CHM-SMT,42
1H,Ring Opening Polymerization,CHM-APL,83
1H,Ring Opening Polymerization,CHM-SMT,507
1H,Ring Opening Polymerization,CMT-APL,35
1H,Ring Opening Polymerization,CMT-SMT,46
1H,Ring Opening Reaction,CHM-SMT,46
1H,Robeson Plot,CHM-CMT,33
1H,Rod,CHM-DSC,78
1H,Rod-Like,CHM-DSC,49
1H,Rods,CHM-DSC,59
1H,Roesy,CHM-CMT,476
1H,Roesy,CMT-CMT,144
1H,Rosy NMR,CHM-CMT,38
1H,Rotational Barrier,CHM-PRO,49
1H,Rotational Correlation Time,CHM-PRO,57
1H,Rotaxanes,CHM-APL,104
1H,Rotaxanes,CHM-CHM,232
1H,Rotaxanes,CHM-DSC,65
1H,Rotors,CHM-APL,71
1H,Roughness,CHM-PRO,58
1H,Ru,CHM-CHM,632
1H,Ru,CMT-CHM,74
1H,Ru(II),CHM-CHM,259
1H,Ru(II),CMT-CHM,43
1H,Ru(III),CHM-CHM,74
1H,Ru1,CHM-CHM,50
1H,Ru3(CO)12,CHM-CHM,35
1H,RuCl3,CHM-CHM,31
1H,RuII,CHM-CHM,118
1H,RuIII,CHM-CHM,53
1H,RuO4,CHM-CHM,47
1H,Ruthenium,CHM-CHM,487
1H,Ruthenium,CMT-CHM,81
1H,Ruthenium II,CHM-CHM,169
1H,Ruthenium II,CMT-CHM,47
1H,S 2p,CHM-CHM,38
1H,S T,CHM-SPL,169
1H,S T,CMT-SPL,54
1H,S/N,CHM-PRO,43
1H,S/N Ratio,CHM-PRO,31
1H,S0,CHM-PRO,51
1H,S1,CHM-PRO,52
1H,SAED,CHM-CMT,191
1H,SAM,CHM-DSC,43
1H,SAMS,CHM-DSC,33
1H,SANS,CHM-CMT,149
1H,SAXS,CHM-CMT,690
1H,SBA-15,CHM-CHM,114
1H,SC,CHM-PRO,37
1H,SC CO2,CHM-CHM,56
1H,SCE,CHM-APL,37
1H,SCE,CHM-CMT,55
1H,SCN,CHM-CHM,61
1H,SCN−,CHM-CHM,33
1H,SDBS,CHM-CHM,39
1H,SDS,CHM-CHM,148
1H,SDS-PAGE,CHM-CMT,47
1H,SDS-Page,CHM-CMT,86
1H,SEC,CHM-CMT,1174
1H,SEC,CMT-CMT,99
1H,SEC-MALS,CHM-CMT,36
1H,SEM,CHM-CMT,6778
1H,SEM,CMT-CMT,335
1H,SEM-EDS,CHM-CMT,32
1H,SEM-EDX,CHM-CMT,40
1H,SH,CHM-CHM,41
1H,SHG,CHM-CMT,40
1H,SI,CHM-PRO,56
1H,SI,CHM-SMT,33
1H,SIMS,CHM-CMT,33
1H,SLS,CHM-CMT,61
1H,SNR,CHM-PRO,75
1H,SO2,CHM-CHM,149
1H,SO3,CHM-CHM,71
1H,SO3H,CHM-CHM,37
1H,SO4,CHM-CHM,82
1H,SO42,CHM-CHM,39
1H,SOCl2,CHM-CHM,169
1H,SOL,CHM-DSC,67
1H,SOL,CHM-SMT,37
1H,SPE,CHM-APL,44
1H,SPE,CHM-SMT,43
1H,SPR,CHM-CMT,98
1H,STD NMR,CHM-CMT,34
1H,STM,CHM-CMT,95
1H,SWV,CHM-CMT,51
1H,Saccharides,CHM-CHM,66
1H,Salen,CHM-CHM,86
1H,Salicylaldehyde,CHM-CHM,158
1H,Salicylaldehyde,CMT-CHM,45
1H,Salicylic Acid,CHM-CHM,50
1H,Salt Rejection,CHM-PRO,30
1H,Sandwich,CHM-DSC,67
1H,Saponification,CHM-SMT,33
1H,Saponins,CHM-CHM,31
1H,Sapphire,CHM-CHM,43
1H,Sarcosine,CHM-CHM,39
1H,Sb,CHM-CHM,89
1H,Sb,CMT-CHM,33
1H,Scaffold,CHM-DSC,99
1H,Scaffolds,CHM-DSC,124
1H,Scalar Coupling,CHM-PRO,49
1H,Scale Bars,CHM-DSC,35
1H,Scaling Factor,CHM-PRO,41
1H,Scanning Electron Micrograph,CHM-CMT,267
1H,Scanning Electron Microscope,CHM-CMT,178
1H,Scanning Electron Microscopy,CHM-CMT,801
1H,Scanning Electron Microscopy,CMT-CMT,121
1H,Scattering Intensity,CHM-PRO,67
1H,Schiff Base,CHM-CHM,830
1H,Schiff Base,CMT-CHM,198
1H,Score Plot,CHM-CMT,77
1H,Se,CHM-CHM,265
1H,Se,CMT-CHM,78
1H,SeO2,CHM-CHM,30
1H,Sebacic Acid,CHM-CHM,31
1H,Second Heating,CHM-SMT,55
1H,Second Moment,CHM-PRO,54
1H,Second Order Rate Constant,CHM-PRO,70
1H,Secondary Alcohol,CHM-CHM,47
1H,Secondary Amine,CHM-CHM,103
1H,Secondary Structural Elements,CHM-PRO,30
1H,Secondary Structures,CHM-PRO,145
1H,Sections,CHM-DSC,43
1H,Seeds,CHM-DSC,85
1H,Selected Area Electron Diffraction,CHM-CMT,43
1H,Selectivities To,CHM-PRO,38
1H,Selectivity,CHM-PRO,433
1H,Selectivity,CMT-PRO,39
1H,Selenium,CHM-CHM,108
1H,Selenium,CMT-CHM,41
1H,Self,CHM-PRO,34
1H,Self,CHM-SMT,104
1H,Self Assembled,CHM-SMT,118
1H,Self Assembly,CHM-SMT,617
1H,Self Assembly,CMT-SMT,34
1H,Self Diffusion,CHM-PRO,31
1H,Self Diffusion Coefficient,CHM-PRO,216
1H,Self-Assembly Behavior,CHM-PRO,89
1H,Semiconducting,CHM-PRO,52
1H,Semiconductor,CHM-PRO,73
1H,Semicrystalline,CHM-DSC,66
1H,Sensing,CHM-APL,127
1H,Sensing,CHM-PRO,30
1H,Sensing Mechanism,CHM-PRO,170
1H,Sensitivity,CHM-PRO,306
1H,Sensitizer,CHM-APL,75
1H,Sensor,CHM-APL,563
1H,Separation Factor,CHM-PRO,70
1H,Separation Performance,CHM-PRO,44
1H,Separator,CHM-APL,67
1H,Sequence,CHM-CMT,151
1H,Sequence,CHM-PRO,71
1H,Sequence,CMT-CMT,30
1H,Ser,CHM-CHM,125
1H,Serine,CHM-CHM,95
1H,Serum,CHM-CMT,38
1H,Shape,CHM-PRO,48
1H,Shear Stress,CHM-PRO,56
1H,Shear Viscosity,CHM-PRO,51
1H,Sheet,CHM-DSC,142
1H,Sheets,CHM-DSC,180
1H,Shell,CHM-DSC,246
1H,Shells,CHM-DSC,49
1H,Shielding,CHM-PRO,42
1H,Shift,CHM-PRO,316
1H,Shift,CMT-PRO,38
1H,Si,CHM-CHM,973
1H,Si,CMT-CHM,111
1H,Si H,CHM-CHM,41
1H,Si/Al Ratios,CHM-PRO,54
1H,SiC,CHM-CHM,39
1H,SiMe3,CHM-CHM,63
1H,SiO2,CHM-CHM,598
1H,SiO2,CMT-CHM,54
1H,SiOH,CHM-CHM,54
1H,Signal,CHM-PRO,40
1H,Signal to Noise,CHM-PRO,32
1H,Signal-to-Noise Ratio,CHM-PRO,132
1H,Silane,CHM-CHM,209
1H,Silane,CMT-CHM,36
1H,Silanol,CHM-CHM,205
1H,Silanol,CMT-CHM,51
1H,Silica,CHM-CHM,1147
1H,Silica,CMT-CHM,142
1H,Silica Gel,CHM-CHM,270
1H,Silica Gel,CMT-CHM,35
1H,Silicate,CHM-CHM,116
1H,Silicon,CHM-CHM,735
1H,Silicon,CMT-CHM,96
1H,Siloxane,CHM-CHM,172
1H,Siloxane,CMT-CHM,34
1H,Silsesquioxane,CHM-CHM,68
1H,Silver,CHM-CHM,482
1H,Silver,CMT-CHM,75
1H,Silver Nitrate,CHM-CHM,47
1H,Silver(I),CHM-CHM,148
1H,Silver(I),CMT-CHM,55
1H,Silyl,CHM-CHM,77
1H,Silylated,CHM-SMT,32
1H,Silylation,CHM-SMT,52
1H,Simulation,CHM-CMT,55
1H,Single Cell,CHM-APL,44
1H,Single Crystal,CHM-CMT,474
1H,Single Crystal,CHM-DSC,2193
1H,Single Crystal,CMT-CMT,195
1H,Single Crystal,CMT-DSC,605
1H,Single Crystal X-Ray Analysis,CHM-CMT,38
1H,Single Crystal X-Ray Crystallography,CHM-CMT,76
1H,Single Crystal X-Ray Diffraction,CHM-CMT,733
1H,Single Crystal X-Ray Diffraction,CMT-CMT,341
1H,Single Crystal XRD,CHM-CMT,60
1H,Single Layer,CHM-DSC,49
1H,Single Walled,CHM-DSC,36
1H,Singlet,CHM-CMT,173
1H,Singlet,CHM-DSC,329
1H,Singlet,CHM-PRO,68
1H,Singlet,CMT-CMT,67
1H,Singlet,CMT-DSC,106
1H,Singlet Oxygen Generation,CHM-PRO,31
1H,Singlet Oxygen Quantum Yield,CHM-PRO,45
1H,Sites,CHM-PRO,33
1H,Size,CHM-PRO,264
1H,Size Distribution,CHM-PRO,1173
1H,Size Distribution Histogram,CHM-CMT,58
1H,Size Exclusion Chromatogram,CHM-CMT,33
1H,Size Exclusion Chromatography,CHM-CMT,385
1H,Size Exclusion Chromatography,CMT-CMT,75
1H,Skin,CHM-DSC,77
1H,Sky Blue,CHM-CHM,46
1H,Slide,CHM-DSC,109
1H,Slides,CHM-DSC,82
1H,Slope,CHM-PRO,65
1H,Slow Evaporation,CHM-SMT,32
1H,Sm,CHM-CHM,92
1H,Sm(III),CHM-CHM,34
1H,Sma,CHM-PRO,33
1H,Small Angle Neutron Scattering,CHM-CMT,60
1H,Small Angle X-ray Scattering,CHM-CMT,135
1H,Small Angle XRD,CHM-CMT,36
1H,Smectic,CHM-PRO,34
1H,Smectic A,CHM-PRO,41
1H,Smith Degradation,CHM-SMT,33
1H,Sn,CHM-CHM,231
1H,Sn,CMT-CHM,73
1H,Sn(IV),CHM-CHM,42
1H,Sn(Oct)2,CHM-CHM,76
1H,Sn2+,CHM-CHM,36
1H,SnCl2,CHM-CHM,75
1H,SnCl4,CHM-CHM,61
1H,SnO2,CHM-CHM,44
1H,Soaking,CHM-SMT,64
1H,Society,CHM-CMT,276
1H,Sodium,CHM-CHM,635
1H,Sodium,CMT-CHM,117
1H,Sodium Acetate,CHM-CHM,114
1H,Sodium Alginate,CHM-CHM,49
1H,Sodium Ascorbate,CHM-CHM,96
1H,Sodium Azide,CHM-CHM,77
1H,Sodium Borohydride,CHM-CHM,56
1H,Sodium Carbonate,CHM-CHM,31
1H,Sodium Chloride,CHM-CHM,58
1H,Sodium Dodecyl Sulfate,CHM-CHM,83
1H,Sodium Hydroxide,CHM-CHM,116
1H,Sodium Methoxide,CHM-CHM,39
1H,Sodium Phosphate,CHM-CHM,95
1H,Soft,CHM-PRO,76
1H,Soil,CHM-DSC,70
1H,Sol Gel,CHM-SMT,62
1H,Sol-Gel,CHM-SMT,188
1H,Sol-Gel,CMT-SMT,58
1H,Sol-Gel Transition,CHM-PRO,37
1H,Solar Cell,CHM-APL,169
1H,Solid,CHM-APL,32
1H,Solid,CHM-CMT,51
1H,Solid,CHM-DSC,860
1H,Solid,CHM-PRO,269
1H,Solid,CMT-DSC,162
1H,Solid,CMT-PRO,65
1H,Solid Films,CHM-DSC,70
1H,Solid Phase Synthesis,CHM-SMT,46
1H,Solid Polymer Electrolyte,CHM-APL,42
1H,Solid Powder,CHM-DSC,30
1H,Solid Solution,CHM-DSC,32
1H,Solid State,CHM-CMT,132
1H,Solid State,CHM-DSC,160
1H,Solid State,CHM-PRO,46
1H,Solid State,CMT-DSC,38
1H,Solid State 13C NMR,CHM-CMT,94
1H,Solid State 1H NMR,CHM-CMT,50
1H,Solid State NMR,CHM-CMT,413
1H,Solid State NMR,CMT-CMT,101
1H,Solid State NMR Spectroscopy,CHM-CMT,30
1H,Solid State Nuclear Magnetic Resonance,CHM-CMT,50
1H,Solid State Structure,CHM-CMT,40
1H,Solid State Structure,CHM-PRO,228
1H,Solid State Structure,CMT-PRO,42
1H,Solids,CHM-DSC,49
1H,Sols,CHM-DSC,31
1H,Solubilities,CHM-PRO,103
1H,Solubility,CHM-PRO,838
1H,Solubility,CMT-PRO,85
1H,Solubility Behavior,CHM-PRO,79
1H,Solubility Parameter,CHM-PRO,49
1H,Solubility Test,CHM-CMT,67
1H,Soluble,CHM-PRO,285
1H,Soluble,CMT-PRO,63
1H,Solution,CHM-CMT,46
1H,Solution,CHM-DSC,794
1H,Solution,CMT-DSC,77
1H,Solution Behaviour,CHM-PRO,60
1H,Solution Cast,CHM-SMT,36
1H,Solution Casting,CHM-SMT,59
1H,Solution Nmr,CHM-CMT,96
1H,Solution Polymerization,CHM-SMT,61
1H,Solution Property,CHM-PRO,32
1H,Solution Structure,CHM-PRO,117
1H,Solution Structure,CMT-PRO,35
1H,Solution Viscosity,CHM-PRO,37
1H,Solvatochromism,CHM-PRO,53
1H,Solvent Evaporation,CHM-SMT,33
1H,Solvent Extraction,CHM-SMT,41
1H,Somo,CHM-PRO,31
1H,Sonicated,CHM-SMT,40
1H,Sonication,CHM-SMT,164
1H,Sorbent,CHM-APL,33
1H,Soret Band,CHM-PRO,73
1H,Space Filling,CHM-CMT,50
1H,Space Filling Model,CHM-CMT,201
1H,Space Filling Representation,CHM-CMT,117
1H,Species Distribution,CHM-PRO,37
1H,Specific Capacitance,CHM-PRO,44
1H,Specific Capacity,CHM-PRO,48
1H,Specific Conductivity,CHM-PRO,38
1H,Specific Rotation,CHM-PRO,37
1H,Specific Surface Area,CHM-PRO,110
1H,Specific Viscosity,CHM-PRO,62
1H,Spectra,CHM-PRO,59
1H,Spectral,CHM-CMT,82
1H,Spectral,CHM-PRO,174
1H,Spectral Analysis,CHM-CMT,59
1H,Spectral Feature,CHM-PRO,43
1H,Spectral Parameters,CHM-PRO,36
1H,Spectral Properties,CHM-PRO,76
1H,Spectral Resolution,CHM-PRO,36
1H,Spectral Simulation,CHM-CMT,36
1H,Spectral Studies,CHM-CMT,34
1H,Spectroelectrochemical,CHM-CMT,55
1H,Spectroelectrochemical Measurements,CHM-CMT,30
1H,Spectroelectrochemistry,CHM-CMT,107
1H,Spectrophotometric Titration,CHM-CMT,114
1H,Spectrophotometrically,CHM-CMT,87
1H,Spectroscopic,CHM-CMT,252
1H,Spectroscopic,CHM-PRO,115
1H,Spectroscopic,CMT-CMT,63
1H,Spectroscopic Analysis,CHM-CMT,89
1H,Spectroscopic Characterization,CHM-CMT,52
1H,Spectroscopic Methods,CHM-CMT,177
1H,Spectroscopic Methods,CMT-CMT,71
1H,Spectroscopic Parameters,CHM-PRO,41
1H,Spectroscopic Properties,CHM-PRO,146
1H,Spectroscopic Properties,CMT-PRO,41
1H,Spectroscopic Studies,CHM-CMT,53
1H,Spectroscopic Techniques,CHM-CMT,105
1H,Spectroscopic Techniques,CMT-CMT,38
1H,Spectroscopy,CHM-CMT,117
1H,Spectroscopy,CMT-CMT,37
1H,Spectrum,CHM-PRO,99
1H,Sphere,CHM-DSC,172
1H,Spherical,CHM-DSC,85
1H,Spherical Micelle,CHM-DSC,94
1H,Spherulites,CHM-DSC,35
1H,Spin,CHM-CMT,39
1H,Spin,CHM-PRO,143
1H,Spin,CHM-SMT,34
1H,Spin Cast,CHM-SMT,45
1H,Spin Coater,CHM-SMT,224
1H,Spin Coating,CHM-SMT,144
1H,Spin Densities,CHM-PRO,54
1H,Spin Density,CHM-PRO,108
1H,Spin Density Distribution,CHM-PRO,54
1H,Spin Diffusion,CHM-PRO,46
1H,Spin Echo,CHM-CMT,52
1H,Spin Hamiltonian Parameters,CHM-PRO,40
1H,Spin Lattice Relaxation,CHM-PRO,36
1H,Spin States,CHM-PRO,80
1H,Spin System,CHM-PRO,125
1H,Spin-Lattice Relaxation Rate,CHM-PRO,32
1H,Spin-Lattice Relaxation Time,CHM-PRO,171
1H,Spin-Spin Relaxation Time,CHM-PRO,37
1H,Spinning,CHM-SMT,56
1H,Spins,CHM-PRO,45
1H,Spiropyran,CHM-CHM,47
1H,Spleens,CHM-PRO,42
1H,Square,CHM-DSC,43
1H,Square Wave Voltammetry,CHM-CMT,66
1H,Square Wave Voltammogram,CHM-CMT,49
1H,Squids,CHM-CMT,35
1H,Sr,CHM-CHM,44
1H,Sr,CHM-PRO,41
1H,Sr2+,CHM-CHM,74
1H,Ssnmr,CHM-CMT,82
1H,Stabilities,CHM-PRO,87
1H,Stability,CHM-PRO,1561
1H,Stability,CMT-PRO,200
1H,Stability Constant,CHM-PRO,321
1H,Stability Constant,CMT-PRO,32
1H,Stability Tests,CHM-CMT,90
1H,Stabilization Energy,CHM-PRO,51
1H,Stable,CHM-PRO,177
1H,Stable,CMT-PRO,31
1H,Stacking,CHM-PRO,31
1H,Stacking Interaction,CHM-PRO,36
1H,Staining,CHM-CMT,33
1H,Standard Deviation,CHM-PRO,108
1H,Stannous Octoate,CHM-CHM,39
1H,Star Block Copolymer,CHM-DSC,48
1H,Star Copolymer,CHM-DSC,70
1H,Star Polymer,CHM-DSC,105
1H,Star Shaped,CHM-DSC,176
1H,Stars,CHM-DSC,41
1H,State,CHM-CMT,72
1H,State,CHM-DSC,84
1H,State,CHM-PRO,64
1H,States,CHM-PRO,52
1H,Static Contact Angle,CHM-PRO,46
1H,Static Light Scattering,CHM-CMT,47
1H,Static Water Contact Angle,CHM-PRO,64
1H,Stationary Phase,CHM-APL,44
1H,Statistical Analysis,CHM-CMT,77
1H,Steady,CHM-CMT,35
1H,Steady State Absorption,CHM-CMT,31
1H,Steady State Fluorescence,CHM-CMT,74
1H,Stearic Acid,CHM-CHM,59
1H,Stem,CHM-CMT,88
1H,Stereochemistry,CHM-PRO,161
1H,Stereochemistry,CMT-PRO,40
1H,Stereoselectivity,CHM-PRO,62
1H,Steric,CHM-PRO,40
1H,Stern Volmer Plot,CHM-CMT,238
1H,Steroidal,CHM-CHM,36
1H,Steroids,CHM-CHM,92
1H,Sterol,CHM-CHM,37
1H,Stick,CHM-CMT,92
1H,Stick Model,CHM-CMT,49
1H,Stick Representation,CHM-CMT,37
1H,Stiffnesses,CHM-PRO,46
1H,Stilbene,CHM-CHM,83
1H,Stirring,CHM-SMT,41
1H,Stoichiometries,CHM-DSC,35
1H,Stoichiometries,CHM-PRO,34
1H,Stoichiometry,CHM-PRO,208
1H,Stoichiometry,CMT-PRO,31
1H,Stokes Shift,CHM-PRO,96
1H,Storage Modulus,CHM-PRO,799
1H,Storages,CHM-PRO,128
1H,Strain Curve,CHM-CMT,50
1H,Strengths,CHM-PRO,67
1H,Stress,CHM-PRO,144
1H,Stress Strain Curve,CHM-CMT,481
1H,Stress Strain Curve,CHM-PRO,157
1H,Stretching,CHM-PRO,40
1H,Stretching Frequency,CHM-PRO,40
1H,Stretching Mode,CHM-PRO,31
1H,Strips,CHM-DSC,86
1H,Structural,CHM-CMT,73
1H,Structural,CHM-PRO,639
1H,Structural,CMT-PRO,123
1H,Structural Analysis,CHM-CMT,150
1H,Structural Analysis,CMT-CMT,31
1H,Structural Characteristic,CHM-PRO,91
1H,Structural Characterization,CHM-CMT,171
1H,Structural Characterization,CMT-CMT,38
1H,Structural Feature,CHM-PRO,157
1H,Structural Feature,CMT-PRO,40
1H,Structural Formulae,CHM-PRO,234
1H,Structural Model,CHM-CMT,146
1H,Structural Parameter,CHM-PRO,399
1H,Structural Parameter,CMT-PRO,49
1H,Structural Property,CHM-PRO,100
1H,Structural Representation,CHM-CMT,33
1H,Structure,CHM-CMT,234
1H,Structure,CHM-PRO,6550
1H,Structure,CMT-PRO,915
1H,Structure,PRO-PRO,99
1H,Structure Activity Relationship,CHM-PRO,125
1H,Structure Analysis,CHM-CMT,39
1H,Structure Model,CHM-CMT,35
1H,Structure Refinement,CHM-CMT,498
1H,Structure Refinement,CMT-CMT,36
1H,Structure-Property Relationship,CHM-PRO,34
1H,Structures,CHM-CMT,91
1H,Structures,CHM-PRO,2181
1H,Structures,CMT-PRO,400
1H,Structures,PRO-PRO,35
1H,Student's T Test,CHM-CMT,48
1H,Student's T-Test,CHM-CMT,56
1H,Studies,CHM-CMT,61
1H,Styrene,CHM-CHM,841
1H,Styrene,CMT-CHM,80
1H,Styrene Oxide,CHM-CHM,58
1H,Substrate,CHM-DSC,1184
1H,Substrate,CMT-DSC,75
1H,Succinate,CHM-CHM,103
1H,Succinic Acid,CHM-CHM,59
1H,Succinic Anhydride,CHM-CHM,77
1H,Sucrose,CHM-CHM,183
1H,Sugar,CHM-CHM,671
1H,Sugar,CMT-CHM,166
1H,Sugar Analysis,CHM-CMT,31
1H,Sugar Analysis,CMT-CMT,34
1H,Sulfates,CHM-CHM,226
1H,Sulfates,CMT-CHM,30
1H,Sulfide,CHM-CHM,178
1H,Sulfide,CMT-CHM,33
1H,Sulfite,CHM-CHM,35
1H,Sulfonamide,CHM-CHM,86
1H,Sulfonated,CHM-CHM,112
1H,Sulfonated,CHM-SMT,180
1H,Sulfonation,CHM-SMT,186
1H,Sulfones,CHM-CHM,101
1H,Sulfonic,CHM-CHM,37
1H,Sulfonic Acid,CHM-CHM,149
1H,Sulfonium,CHM-CHM,32
1H,Sulfoxide,CHM-CHM,95
1H,Sulfur,CHM-CHM,885
1H,Sulfur,CMT-CHM,212
1H,Sulfur Content,CHM-PRO,36
1H,Sulfuric Acid,CHM-CHM,169
1H,Sulphur,CHM-CHM,91
1H,Super Hydrophobicity,CHM-PRO,30
1H,Superoxide,CHM-CHM,110
1H,Superparamagnetism,CHM-PRO,35
1H,Supramolecular,CHM-DSC,51
1H,Supramolecular Polymer,CHM-DSC,42
1H,Supramolecular Structure,CHM-PRO,74
1H,Surface,CHM-CMT,45
1H,Surface,CHM-DSC,3372
1H,Surface,CHM-PRO,138
1H,Surface,CMT-DSC,265
1H,Surface Activity,CHM-PRO,79
1H,Surface Area,CHM-PRO,267
1H,Surface Area,CMT-PRO,34
1H,Surface Charge,CHM-PRO,80
1H,Surface Chemistry,CHM-PRO,45
1H,Surface Composition,CHM-PRO,33
1H,Surface Coverage,CHM-PRO,49
1H,Surface Energy,CHM-PRO,87
1H,Surface Free Energy,CHM-PRO,50
1H,Surface Layer,CHM-DSC,40
1H,Surface Modification,CHM-SMT,116
1H,Surface Morphology,CHM-PRO,345
1H,Surface Properties,CHM-PRO,102
1H,Surface Roughness,CHM-PRO,72
1H,Surface SEM,CHM-CMT,45
1H,Surface Structure,CHM-PRO,40
1H,Surface Tension,CHM-PRO,501
1H,Surface Tension Measurement,CHM-CMT,41
1H,Surfaces,CHM-DSC,993
1H,Surfaces,CMT-DSC,60
1H,Surfactant,CHM-APL,125
1H,Survival Rate,CHM-PRO,83
1H,Susceptibility,CHM-PRO,42
1H,Suspension,CHM-DSC,205
1H,Suzuki Coupling,CHM-SMT,32
1H,Swelling,CHM-PRO,110
1H,Swelling,CHM-SMT,54
1H,Swelling Behaviour,CHM-PRO,108
1H,Swelling Degree,CHM-PRO,64
1H,Swelling Kinetics,CHM-PRO,52
1H,Swelling Properties,CHM-PRO,30
1H,Swelling Ratio,CHM-PRO,516
1H,Symmetrical Cell,CHM-APL,40
1H,Symmetry,CHM-PRO,95
1H,Syndiotactic,CHM-PRO,38
1H,Synthesis,CHM-SMT,34
1H,T,CHM-CMT,44
1H,T,CHM-PRO,461
1H,T,CHM-SPL,111
1H,T,CMT-PRO,38
1H,T 1,CHM-PRO,112
1H,T 1/2,CHM-PRO,87
1H,T M,CHM-PRO,65
1H,T-Bu,CHM-CHM,38
1H,T-BuOH,CHM-CHM,37
1H,T-Butyl,CHM-CHM,33
1H,T-Test,CHM-CMT,32
1H,T1,CHM-PRO,410
1H,T1,CMT-PRO,52
1H,T2,CHM-PRO,183
1H,T2 Relaxation Time,CHM-PRO,47
1H,TBA,CHM-CHM,272
1H,TBA+,CHM-CHM,39
1H,TBAB,CHM-CHM,34
1H,TBABr,CHM-CHM,34
1H,TBACN,CHM-CHM,44
1H,TBACl,CHM-CHM,104
1H,TBAF,CHM-CHM,439
1H,TBAOH,CHM-CHM,30
1H,TBAP,CHM-CHM,82
1H,TBAPF6,CHM-CHM,48
1H,TBD,CHM-CHM,59
1H,TBDMSCl,CHM-CHM,42
1H,TBHP,CHM-CHM,101
1H,TBS,CHM-CHM,57
1H,TBSCl,CHM-CHM,46
1H,TBSOTf,CHM-CHM,39
1H,TBu,CHM-CHM,133
1H,TBu,CMT-CHM,45
1H,TC,CHM-PRO,123
1H,TCEP,CHM-CHM,39
1H,TD,CHM-PRO,78
1H,TD DFT,CHM-CMT,144
1H,TD-DFT,CHM-CMT,253
1H,TD-DFT,CMT-CMT,52
1H,TD-DFT Calculation,CHM-CMT,99
1H,TDI,CHM-CHM,61
1H,TEA,CHM-CHM,309
1H,TEG,CHM-CHM,42
1H,TEGDMA,CHM-CHM,33
1H,TEM,CHM-CMT,6470
1H,TEM,CMT-CMT,208
1H,TEMPO,CHM-CHM,215
1H,TEOS,CHM-CHM,111
1H,TFA,CHM-CHM,892
1H,TFA,CMT-CHM,46
1H,TFA = Trifluoroacetic Acid,CHM-CHM,61
1H,TFE,CHM-CHM,49
1H,TG,CHM-CMT,988
1H,TG,CHM-PRO,668
1H,TG,CMT-CMT,64
1H,TG,CMT-PRO,66
1H,TG Analysis,CHM-CMT,30
1H,TG Curve,CHM-CMT,82
1H,TG-DSC,CHM-CMT,34
1H,TG-DTA,CHM-CHM,80
1H,TG-DTA,CHM-CMT,130
1H,TG-DTG,CHM-CMT,44
1H,TG/DTG,CHM-CMT,53
1H,TGA,CHM-CMT,2131
1H,TGA,CMT-CMT,54
1H,TGA-DTA,CHM-CMT,48
1H,TGA-FTIR,CHM-CMT,37
1H,TGA/DTA,CHM-CMT,150
1H,TGA/DTA,CMT-CMT,40
1H,TGA/DTG,CHM-CMT,44
1H,TGEL,CHM-PRO,34
1H,TGS,CHM-PRO,41
1H,THF,CHM-CHM,4302
1H,THF,CMT-CHM,319
1H,THF H2O,CHM-CHM,32
1H,"THF,78C",CHM-CHM,63
1H,THR,CHM-PRO,38
1H,TIC,CHM-CMT,49
1H,TIPS,CHM-CHM,30
1H,TLC,CHM-CMT,42
1H,TMA,CHM-CHM,90
1H,TMA,CHM-CMT,78
1H,TMAO,CHM-CHM,39
1H,TMC,CHM-CHM,38
1H,TMEDA,CHM-CHM,128
1H,TMOS,CHM-CHM,30
1H,TMP,CHM-CHM,99
1H,TMS,CHM-CHM,159
1H,TMSCl,CHM-CHM,46
1H,TMSOTf,CHM-CHM,38
1H,TOCSY,CHM-CMT,363
1H,TOCSY,CMT-CMT,139
1H,TOF,CHM-CMT,52
1H,TOF,CHM-PRO,119
1H,TOF MS,CHM-CMT,36
1H,TOPO,CHM-CHM,31
1H,TOTAPOL,CHM-CHM,30
1H,TOUGH2,CHM-PRO,52
1H,TPA,CHM-CHM,98
1H,TPD,CHM-CMT,30
1H,TPGS,CHM-CHM,39
1H,TPP,CHM-CHM,164
1H,TPPM,CHM-CMT,31
1H,TRIS,CHM-CHM,36
1H,TS,CHM-PRO,30
1H,TZVP,CHM-CMT,43
1H,Ta,CHM-CHM,57
1H,Tablet,CHM-DSC,62
1H,Tacticity,CHM-PRO,36
1H,Tafel Plots,CHM-CMT,61
1H,Tan δ,CHM-PRO,169
1H,Tapping Mode AFM,CHM-CMT,111
1H,Taurine,CHM-CHM,84
1H,Taxol,CHM-CHM,59
1H,Tb,CHM-CHM,101
1H,Tb(III),CHM-CHM,48
1H,Tb3+,CHM-CHM,69
1H,Tc,CHM-CHM,35
1H,Te,CHM-CHM,100
1H,Te,CMT-CHM,37
1H,Techniques,CHM-CMT,36
1H,Teflon,CHM-CHM,51
1H,Tellurium,CHM-CHM,49
1H,Temperature,CHM-PRO,62
1H,Tensile,CHM-PRO,47
1H,Tensile Modulus,CHM-PRO,58
1H,Tensile Properties,CHM-PRO,210
1H,Tensile Strength,CHM-PRO,499
1H,Tensile Stress,CHM-PRO,38
1H,Tensile Stress Strain Curve,CHM-CMT,83
1H,Tensile Testing,CHM-CMT,53
1H,Tensile Tests,CHM-CMT,116
1H,Terephthalate,CHM-CHM,45
1H,Terephthalic Acid,CHM-CHM,37
1H,Terpolymer,CHM-DSC,133
1H,Terpolymerization,CHM-SMT,30
1H,Terpyridine,CHM-CHM,86
1H,Tert-Butyl,CHM-CHM,213
1H,Tert-Butyl Hydroperoxide,CHM-CHM,40
1H,Tert-Butyldimethylsilyl,CHM-CHM,68
1H,Tertbutoxycarbonyl,CHM-CHM,83
1H,Tertiary Amines,CHM-CHM,123
1H,Test,CHM-CMT,48
1H,Test Strip,CHM-APL,58
1H,Tetrabutylammonium,CHM-CHM,191
1H,Tetrabutylammonium Acetate,CHM-CHM,33
1H,Tetrabutylammonium Bromide,CHM-CHM,39
1H,Tetrabutylammonium Chloride,CHM-CHM,36
1H,Tetrabutylammonium Fluoride,CHM-CHM,88
1H,Tetrabutylammonium Perchlorate,CHM-CHM,37
1H,Tetracyclines,CHM-CHM,33
1H,Tetradentate,CHM-CHM,34
1H,Tetraethoxysilane,CHM-CHM,33
1H,Tetrafluoroborate,CHM-CHM,47
1H,Tetragonal,CHM-SPL,102
1H,Tetrahydrofuran,CHM-CHM,455
1H,Tetrahydrofuran,CMT-CHM,71
1H,Tetramethylsilane,CHM-CHM,138
1H,Tetrapeptide,CHM-CHM,34
1H,Tetrasaccharides,CHM-CHM,69
1H,Tetrasaccharides,CMT-CHM,38
1H,Tetrathiafulvalene,CHM-CHM,37
1H,Tetrazole,CHM-CHM,70
1H,Textural Properties,CHM-PRO,72
1H,Texture,CHM-PRO,56
1H,Tf2O,CHM-CHM,64
1H,TfOH,CHM-CHM,86
1H,Tg,CHM-PRO,89
1H,Tga,CHM-CMT,4751
1H,Tga,CMT-CMT,404
1H,ThT,CHM-CHM,42
1H,Theophylline,CHM-CHM,37
1H,Theoretical Calculations,CHM-CMT,59
1H,Therapeutic Efficacy,CHM-PRO,33
1H,Thermal,CHM-CMT,80
1H,Thermal,CHM-PRO,777
1H,Thermal,CHM-SMT,150
1H,Thermal,CMT-PRO,86
1H,Thermal Analysis,CHM-CMT,471
1H,Thermal Analysis,CMT-CMT,84
1H,Thermal Annealing,CHM-SMT,75
1H,Thermal Behavior,CHM-PRO,309
1H,Thermal Behavior,CMT-PRO,55
1H,Thermal Characteristics,CHM-PRO,55
1H,Thermal Characterization,CHM-CMT,47
1H,Thermal Conductivity,CHM-PRO,63
1H,Thermal Curing,CHM-SMT,57
1H,Thermal Decomposition,CHM-PRO,32
1H,Thermal Decomposition,CHM-SMT,211
1H,Thermal Decomposition,CMT-SMT,42
1H,Thermal Decomposition Temperature,CHM-PRO,52
1H,Thermal Degradation,CHM-SMT,165
1H,Thermal Ellipsoid Plot,CHM-CMT,100
1H,Thermal Ellipsoids,CHM-CMT,935
1H,Thermal Ellipsoids,CHM-PRO,459
1H,Thermal Ellipsoids,CMT-CMT,49
1H,Thermal Gravimetric Analysis,CHM-CMT,135
1H,Thermal Parameter,CHM-PRO,43
1H,Thermal Polymerization,CHM-SMT,42
1H,Thermal Properties,CHM-PRO,1266
1H,Thermal Properties,CMT-PRO,129
1H,Thermal Property,CHM-PRO,40
1H,Thermal Stabilities,CHM-PRO,148
1H,Thermal Stabilities,CMT-PRO,37
1H,Thermal Stability,CHM-PRO,1329
1H,Thermal Stability,CMT-PRO,218
1H,Thermal Studies,CHM-CMT,50
1H,Thermal Transition,CHM-PRO,72
1H,Thermal Treated,CHM-SMT,62
1H,Thermal Treatment,CHM-SMT,218
1H,Thermal Treatment,CMT-SMT,33
1H,Thermally,CHM-SMT,51
1H,Thermally Stable,CHM-PRO,197
1H,Thermally Stable,CMT-PRO,48
1H,Thermo,CHM-PRO,64
1H,Thermo Gravimetric Analysis,CHM-CMT,46
1H,Thermo-Mechanical Properties,CHM-PRO,42
1H,Thermo-Responsive,CHM-PRO,117
1H,Thermodynamic Parameters,CHM-PRO,467
1H,Thermodynamic Parameters,CMT-PRO,30
1H,Thermodynamic Property,CHM-PRO,116
1H,Thermodynamic Stability,CHM-PRO,53
1H,Thermodynamics,CHM-PRO,153
1H,Thermogram,CHM-CMT,146
1H,Thermogravimetric,CHM-CMT,197
1H,Thermogravimetric,CMT-CMT,34
1H,Thermogravimetric Analysis,CHM-CMT,1505
1H,Thermogravimetric Analysis,CMT-CMT,227
1H,Thermogravimetric Curve,CHM-CMT,126
1H,Thermogravimetry,CHM-CMT,165
1H,Thermogravimetry Analysis,CHM-CMT,32
1H,Thermolysis,CHM-SMT,131
1H,Thermolysis,CMT-SMT,48
1H,Thermoplastics,CHM-PRO,62
1H,Thermosensitive,CHM-PRO,76
1H,Thermoset,CHM-APL,119
1H,Thermoset,CHM-DSC,70
1H,Thermoset,CHM-PRO,83
1H,Thermosetting,CHM-PRO,36
1H,Thermostability,CHM-PRO,55
1H,Thiazole,CHM-CHM,53
1H,Thienyl,CHM-CHM,30
1H,Thin,CHM-DSC,125
1H,Thin Films,CHM-DSC,956
1H,Thin Films,CMT-DSC,69
1H,Thin Layer,CHM-DSC,44
1H,Thin Layer Chromatography,CHM-CMT,68
1H,Thioamides,CHM-CHM,35
1H,Thiocyanate,CHM-CHM,44
1H,Thioester,CHM-CHM,32
1H,Thioether,CHM-CHM,122
1H,Thiol Ene Reaction,CHM-SMT,44
1H,Thiol-Ene,CHM-CHM,201
1H,Thiolate,CHM-CHM,136
1H,Thiolate,CMT-CHM,30
1H,Thiols,CHM-CHM,664
1H,Thiols,CMT-CHM,42
1H,Thione,CHM-CHM,32
1H,Thiophene,CHM-CHM,266
1H,Thiophene,CMT-CHM,34
1H,Thiophenol,CHM-CHM,51
1H,Thiosemicarbazide,CHM-CHM,39
1H,Thiosemicarbazone,CHM-CHM,106
1H,Thiosemicarbazone,CMT-CHM,39
1H,Thiourea,CHM-CHM,220
1H,Thiourea,CMT-CHM,33
1H,Thr,CHM-CHM,111
1H,Three Dimensional,CHM-DSC,50
1H,Threonine,CHM-CHM,68
1H,Thymidine,CHM-CHM,31
1H,Thymine,CHM-CHM,85
1H,Ti,CHM-CHM,397
1H,Ti,CMT-CHM,44
1H,Ti(OiPr)4,CHM-CHM,52
1H,TiCl4,CHM-CHM,106
1H,TiO2,CHM-CHM,529
1H,TiO2,CMT-CHM,47
1H,Time,CHM-CMT,31
1H,Time,CHM-PRO,51
1H,Time Constant,CHM-PRO,36
1H,Time Dependent DFT,CHM-CMT,60
1H,Time Dependent Density Functional Theory,CHM-CMT,87
1H,Time Resolved Fluorescence,CHM-CMT,46
1H,Time Resolved Fluorescence Decay,CHM-CMT,37
1H,Tin,CHM-CHM,308
1H,Tin,CMT-CHM,195
1H,Tin(IV),CHM-CHM,37
1H,Tissue,CHM-DSC,71
1H,Tissue Engineering,CHM-APL,38
1H,Tissue Section,CHM-DSC,38
1H,Tissues,CHM-DSC,64
1H,Titania,CHM-CHM,83
1H,Titanium,CHM-CHM,221
1H,Titanium,CMT-CHM,46
1H,Titanium Dioxide,CHM-CHM,33
1H,Titration,CHM-CMT,78
1H,Titration Curve,CHM-CMT,166
1H,Tlc,CHM-APL,32
1H,Tlc,CHM-CMT,158
1H,Tm,CHM-PRO,248
1H,Tof Mass,CHM-CMT,106
1H,Tol,CHM-CHM,33
1H,Toluene,CHM-CHM,2955
1H,Toluene,CMT-CHM,270
1H,Toluene-D,CHM-CHM,70
1H,Toluene-D8,CHM-CHM,233
1H,Ton,CHM-PRO,74
1H,Topography,CHM-PRO,76
1H,Topology,CHM-PRO,59
1H,Torsional Angle,CHM-PRO,278
1H,Torsional Angle,CMT-PRO,32
1H,Tosyl,CHM-CHM,39
1H,Tosylate,CHM-CHM,30
1H,Total,CHM-PRO,65
1H,Total Energy,CHM-PRO,78
1H,Total Ion Chromatogram,CHM-CMT,61
1H,Toughness,CHM-PRO,69
1H,Toxicity,CHM-PRO,238
1H,Toxicity,CMT-PRO,41
1H,Tp,CHM-PRO,30
1H,Tpy,CHM-CHM,34
1H,Transesterification,CHM-APL,55
1H,Transesterification,CHM-SMT,224
1H,Transfection,CHM-SMT,57
1H,Transfer,CHM-PRO,112
1H,Transfer Characteristic,CHM-PRO,49
1H,Transfer Hydrogenation,CHM-APL,46
1H,Transfer Hydrogenation,CHM-SMT,33
1H,Transformation,CHM-CMT,41
1H,Transient Absorption,CHM-CMT,105
1H,Transition Dipole Moment,CHM-PRO,31
1H,Transition Metal,CHM-CHM,456
1H,Transition Metal,CMT-CHM,75
1H,Transition State,CHM-PRO,50
1H,Transition Temperature,CHM-PRO,171
1H,Transitions,CHM-PRO,79
1H,Transmission,CHM-CMT,33
1H,Transmission Electron Micrograph,CHM-CMT,152
1H,Transmission Electron Microscope,CHM-CMT,108
1H,Transmission Electron Microscopy,CHM-CMT,845
1H,Transmission Electron Microscopy,CMT-CMT,72
1H,Transparency,CHM-PRO,103
1H,Transparent,CHM-PRO,256
1H,Transport Properties,CHM-PRO,33
1H,Transporter,CHM-PRO,30
1H,Transverse,CHM-PRO,34
1H,Transverse Relaxation Rate,CHM-PRO,38
1H,Transverse Relaxation Time,CHM-PRO,40
1H,Trehalose,CHM-CHM,30
1H,Tren,CHM-CHM,33
1H,Triamine,CHM-CHM,33
1H,Triazine,CHM-CHM,90
1H,Triazole,CHM-CHM,253
1H,Triazole,CMT-CHM,38
1H,Triblock,CHM-DSC,246
1H,Triblock Copolymer,CHM-DSC,492
1H,Triclinic,CHM-SPL,264
1H,Triclinic,CMT-SPL,98
1H,Tridentate,CHM-CHM,123
1H,Tridentate,CMT-CHM,43
1H,Triethanolamine,CHM-CHM,48
1H,Triethylamine,CHM-CHM,413
1H,Triethylamine,CMT-CHM,67
1H,Triflate,CHM-CHM,191
1H,Triflic Acid,CHM-CHM,63
1H,Trifluoroacetate,CHM-CHM,48
1H,Trifluoroacetic Acid,CHM-CHM,227
1H,Trifluoroethanol,CHM-CHM,31
1H,Trifluoromethanesulfonate,CHM-CHM,31
1H,Trifluoromethanesulfonyl,CHM-CHM,51
1H,Trifluoromethyl,CHM-CHM,37
1H,Triglycerides,CHM-CHM,141
1H,Trigonal,CHM-SPL,192
1H,Trigonal,CMT-SPL,80
1H,Trigonal Bipyramidal,CHM-CHM,75
1H,Trigonal Bipyramidal,CHM-SPL,58
1H,Trigonal Bipyramidal,CMT-CHM,41
1H,Trimethoxybenzene,CHM-CHM,34
1H,Trimethylamine,CHM-CHM,71
1H,Trimethylsilyl,CHM-CHM,107
1H,Tripeptides,CHM-CHM,54
1H,Tripeptides,CHM-DSC,31
1H,Triphenylamine,CHM-CHM,82
1H,Triphenylene,CHM-CHM,31
1H,Triphenylphosphine,CHM-CHM,145
1H,Triphenylphosphine,CMT-CHM,49
1H,Triphosgene,CHM-CHM,34
1H,Triplet,CHM-PRO,47
1H,Triplet Excited State,CHM-PRO,45
1H,Triplet State,CHM-PRO,61
1H,Triptycene,CHM-CHM,40
1H,Tris,CHM-CHM,253
1H,Tris Buffer,CHM-CHM,96
1H,Tris-HCl,CHM-CHM,77
1H,Trisaccharide,CHM-CHM,68
1H,Trithiocarbonate,CHM-CHM,32
1H,Triton X-100,CHM-CHM,120
1H,Trityl,CHM-CHM,36
1H,Trosy,CHM-CMT,32
1H,Trp,CHM-CHM,148
1H,Truth Table,CHM-PRO,34
1H,Trypan Blue,CHM-CHM,33
1H,Tryptophan,CHM-CHM,140
1H,TsCl,CHM-CHM,77
1H,TsOH,CHM-CHM,67
1H,Tube,CHM-DSC,96
1H,Tubes,CHM-DSC,53
1H,Tubular,CHM-DSC,48
1H,Tumor,CHM-APL,67
1H,Tumor,CHM-DSC,144
1H,Tumor Growth Curve,CHM-PRO,40
1H,Tumor Sections,CHM-DSC,36
1H,Tumor Tissue,CHM-DSC,32
1H,Tumor Volume,CHM-PRO,239
1H,Tumor Weight,CHM-PRO,81
1H,Tumor-Bearing Mice,CHM-APL,53
1H,Tumours,CHM-APL,300
1H,Tumours,CHM-DSC,169
1H,Tumours,CHM-PRO,50
1H,Tungsten,CHM-CHM,105
1H,Turbidity,CHM-PRO,163
1H,Turnover Frequency,CHM-PRO,72
1H,Turnover Number,CHM-PRO,80
1H,Tween 80,CHM-CHM,52
1H,Two,CHM-DSC,62
1H,Two-Dimensional,CHM-CMT,158
1H,Two-Dimensional,CHM-DSC,76
1H,Two-Dimensional,CMT-CMT,48
1H,Two-Dimensional NMR,CHM-CMT,67
1H,Two-Phase,CHM-SMT,46
1H,Tyr,CHM-CHM,181
1H,Tyramine,CHM-CHM,32
1H,Tyrosine,CHM-CHM,196
1H,UB3LYP,CHM-CMT,32
1H,UDP,CHM-CHM,34
1H,UL-94,CHM-CMT,48
1H,UV,CHM-CMT,664
1H,UV,CHM-PRO,49
1H,UV,CHM-SMT,109
1H,UV,CMT-CMT,122
1H,UV / Vis,CHM-CMT,716
1H,UV / Vis,CMT-CMT,79
1H,UV Absorbance,CHM-CMT,48
1H,UV Absorption,CHM-CMT,183
1H,UV Cured,CHM-SMT,33
1H,UV Curing,CHM-SMT,49
1H,UV Detection,CHM-CMT,54
1H,UV Detector,CHM-CMT,41
1H,UV Irradiated,CHM-SMT,38
1H,UV Irradiation,CHM-SMT,693
1H,UV Light Irradiation,CHM-SMT,114
1H,UV Spectra,CHM-CMT,336
1H,UV Spectroscopy,CHM-CMT,94
1H,UV Spectrum,CHM-CMT,99
1H,UV Transmittance,CHM-CMT,39
1H,UV Transmittance,CHM-PRO,523
1H,UV Vis,CHM-CMT,3746
1H,UV Vis,CMT-CMT,493
1H,UV Vis Absorbance,CHM-CMT,152
1H,UV Vis Absorption,CHM-CMT,1938
1H,UV Vis Absorption,CMT-CMT,66
1H,UV Vis Diffuse Reflectance,CHM-CMT,36
1H,UV Vis Spectrophotometry,CHM-CMT,67
1H,UV Vis Spectroscopic,CHM-CMT,59
1H,UV Vis Spectroscopy,CHM-CMT,765
1H,UV Vis Spectroscopy,CMT-CMT,182
1H,UV Vis Spectrum,CHM-CMT,246
1H,UV Vis Transmittance,CHM-CMT,31
1H,UV Visible,CHM-CMT,633
1H,UV Visible,CMT-CMT,108
1H,UV Visible Absorbance,CHM-CMT,86
1H,UV Visible Absorption,CHM-CMT,762
1H,UV Visible Absorption,CMT-CMT,33
1H,UV Visible Absorption Spectroscopy,CHM-CMT,105
1H,UV Visible Absorption Spectrum,CHM-CMT,47
1H,UV Visible Spectra,CHM-CMT,160
1H,UV Visible Spectroscopy,CHM-CMT,141
1H,UV Visible Spectroscopy,CMT-CMT,33
1H,UV – Vis,CHM-CMT,646
1H,UV – Vis,CMT-CMT,59
1H,UV-Cured,CHM-SMT,71
1H,UV-VIS Absorption,CHM-CMT,91
1H,UV-VIS Spectral,CHM-CMT,1025
1H,UV-VIS Spectral,CMT-CMT,62
1H,UV-Vis Spectra,CHM-CMT,303
1H,UV-Vis Titration,CHM-CMT,239
1H,UV-Vis-NIR,CHM-CMT,81
1H,UV/VIS Spectral,CHM-CMT,238
1H,UVVISNIR Absorption,CHM-CMT,59
1H,UiO-66,CHM-CHM,44
1H,UiO-66-NH2,CHM-CHM,32
1H,Ultrafiltration,CHM-SMT,35
1H,Ultrasonication,CHM-SMT,46
1H,Ultrasound,CHM-SMT,44
1H,Ultraviolet Visible,CHM-CMT,50
1H,Ultraviolet Visible Spectroscopy,CHM-CMT,38
1H,Uncoated,CHM-DSC,101
1H,Undoped,CHM-DSC,75
1H,Unit Cell,CHM-PRO,118
1H,Unit Cell Parameter,CHM-PRO,63
1H,Uptake,CHM-PRO,78
1H,Uracil,CHM-CHM,97
1H,Uranium,CHM-CHM,75
1H,Uranyl,CHM-CHM,65
1H,Uranyl Acetate,CHM-CHM,72
1H,Urea,CHM-CHM,566
1H,Urea,CMT-CHM,50
1H,Urethane,CHM-CHM,138
1H,Uridine,CHM-CHM,44
1H,Uronic Acid,CHM-CHM,48
1H,Uvevis,CHM-CMT,31
1H,V-FITC,CHM-CHM,67
1H,V2O5,CHM-CHM,32
1H,VIS,CHM-CMT,43
1H,VO2,CHM-CHM,35
1H,VO2+,CHM-CHM,37
1H,VOC,CHM-PRO,68
1H,VT,CHM-CMT,45
1H,VT 1H NMR,CHM-CMT,127
1H,Val,CHM-CHM,135
1H,Valine,CHM-CHM,149
1H,Van,CHM-PRO,40
1H,Van Der Waals Radii,CHM-PRO,39
1H,Van't Hoff Plot,CHM-CMT,72
1H,Vanadium,CHM-CHM,210
1H,Vanadium,CMT-CHM,41
1H,Vanadium (V),CHM-CHM,39
1H,Vancomycin,CHM-CHM,35
1H,Vanillin,CHM-CHM,66
1H,Vcd,CHM-CMT,44
1H,Versus,CHM-CMT,32
1H,Vesicle,CHM-DSC,395
1H,Vesicular,CHM-DSC,33
1H,Viability,CHM-PRO,337
1H,Vibration Analysis,CHM-CMT,30
1H,Vibration Mode,CHM-PRO,63
1H,Vibrational,CHM-CMT,51
1H,Vibrational Frequency,CHM-PRO,201
1H,Vibrational Frequency,CMT-PRO,51
1H,Vibrational Frequency,PRO-PRO,33
1H,Vibrational Spectra,CHM-CMT,71
1H,Vibrational Spectroscopy,CHM-CMT,39
1H,Vinyl,CHM-CHM,422
1H,Vinyl,CMT-CHM,56
1H,Vinyl Acetate,CHM-CHM,90
1H,Vinyl Ether,CHM-CHM,37
1H,Vinylidene,CHM-CHM,36
1H,Viscoelastic Properties,CHM-PRO,38
1H,Viscometry,CHM-CMT,45
1H,Viscosities,CHM-PRO,177
1H,Viscosity,CHM-PRO,1056
1H,Viscosity,CMT-PRO,76
1H,Viscosity Measurement,CHM-CMT,115
1H,Viscous,CHM-PRO,61
1H,Visible Absorption,CHM-CMT,39
1H,Visible Light Irradiation,CHM-SMT,43
1H,Vitamin C,CHM-CHM,31
1H,Volatility,CHM-PRO,40
1H,Voltage Profile,CHM-PRO,64
1H,Voltages,CHM-PRO,51
1H,Voltammetric,CHM-CMT,38
1H,Voltammetry,CHM-CMT,35
1H,Voltammograms,CHM-CMT,81
1H,Volume,CHM-PRO,60
1H,Vsm,CHM-CMT,31
1H,WAXD,CHM-CMT,517
1H,WAXS,CHM-CMT,167
1H,WCA,CHM-PRO,30
1H,WXRD,CHM-CMT,50
1H,Wafers,CHM-DSC,206
1H,Washing,CHM-SMT,57
1H,Water,CHM-APL,42
1H,Water,CHM-PRO,104
1H,Water Absorption,CHM-PRO,131
1H,Water Contact Angle,CHM-PRO,449
1H,Water Content,CHM-PRO,295
1H,Water Fluxes,CHM-PRO,69
1H,Water Insoluble,CHM-PRO,62
1H,Water Solubility,CHM-PRO,176
1H,Water Soluble,CHM-PRO,781
1H,Water Soluble,CMT-PRO,126
1H,Water Uptake,CHM-PRO,802
1H,Wavelength,CHM-PRO,40
1H,Wavenumber,CHM-PRO,35
1H,Weight,CHM-PRO,190
1H,Weight Average Molecular Weight,CHM-PRO,166
1H,Weight Loss,CHM-CMT,35
1H,Weight Loss,CHM-PRO,74
1H,Western Blots,CHM-CMT,159
1H,Western Blotting,CHM-CMT,66
1H,Wettability,CHM-PRO,74
1H,Wide Angle X Ray Scattering,CHM-CMT,47
1H,Wide Angle X-Ray Diffraction,CHM-CMT,199
1H,Width,CHM-PRO,44
1H,Wire,CHM-APL,34
1H,Wire,CHM-DSC,139
1H,Wires,CHM-DSC,30
1H,Wittig Reaction,CHM-SMT,37
1H,Work Function,CHM-PRO,37
1H,Working Electrodes,CHM-APL,379
1H,Worm-Like Micelles,CHM-DSC,56
1H,Wu,CHM-PRO,67
1H,X Band EPR,CHM-CMT,113
1H,X Ray,CHM-CMT,922
1H,X Ray,CMT-CMT,190
1H,X Ray,PRO-CMT,32
1H,X Ray Analysis,CHM-CMT,438
1H,X Ray Analysis,CMT-CMT,136
1H,X Ray Diffractogram,CHM-CMT,164
1H,X Ray Molecular Structure,CHM-CMT,58
1H,X Ray Structure,CHM-CMT,81
1H,X-Ray,CHM-CMT,50
1H,X-Ray Analyses,CHM-CMT,69
1H,X-Ray Crystal,CHM-CMT,88
1H,X-Ray Crystal Structural Analysis,CHM-CMT,57
1H,X-Ray Crystal Structure,CHM-CMT,1075
1H,X-Ray Crystal Structure,CMT-CMT,173
1H,X-Ray Crystallographic Analysis,CHM-CMT,72
1H,X-Ray Crystallographic Structure,CHM-CMT,49
1H,X-Ray Crystallography,CHM-CMT,1921
1H,X-Ray Crystallography,CMT-CMT,695
1H,X-Ray Diffraction,CHM-CMT,4002
1H,X-Ray Diffraction,CMT-CMT,1152
1H,X-Ray Diffraction,PRO-CMT,40
1H,X-Ray Diffraction Analysis,CHM-CMT,30
1H,X-Ray Diffractometry,CHM-CMT,72
1H,X-Ray Diffractometry,CMT-CMT,38
1H,X-Ray Photoelectron,CHM-CMT,65
1H,X-Ray Photoelectron Spectroscopy,CHM-CMT,267
1H,X-Ray Photoelectron Spectroscopy,CMT-CMT,37
1H,X-Ray Powder Diffraction,CHM-CMT,242
1H,X-Ray Powder Diffraction,CMT-CMT,46
1H,X-Ray Single Crystal,CHM-CMT,31
1H,X-Ray Single Crystal Analysis,CHM-CMT,43
1H,X-Ray Single Crystal Diffraction,CHM-CMT,118
1H,X-Ray Single Crystal Diffraction,CMT-CMT,40
1H,X-Ray Structural,CHM-CMT,38
1H,X-Ray Structural Analysis,CHM-CMT,232
1H,X-Ray Structural Analysis,CMT-CMT,85
1H,X-ray Structure,CHM-CMT,971
1H,X-ray Structure,CMT-CMT,190
1H,XAS,CHM-CMT,30
1H,XPS,CHM-CMT,1828
1H,XPS,CMT-CMT,105
1H,XRD,CHM-CMT,3696
1H,XRD,CMT-CMT,337
1H,XRD Diffraction,CHM-CMT,36
1H,XRPD,CHM-CMT,79
1H,Xanes,CHM-CMT,99
1H,Xanthates,CHM-CHM,39
1H,Xanthene,CHM-CHM,33
1H,Xanthine,CHM-CHM,33
1H,Xe,CHM-CHM,77
1H,Xenografts,CHM-DSC,33
1H,Xenon,CHM-CHM,79
1H,Xerogels,CHM-DSC,298
1H,Xyl,CHM-CHM,44
1H,Xylene,CHM-CHM,141
1H,Xylose,CHM-CHM,147
1H,Xylose,CMT-CHM,33
1H,YOYO-1,CHM-CHM,38
1H,Yb,CHM-CHM,116
1H,Yb3+,CHM-CHM,42
1H,Yield Stress,CHM-PRO,30
1H,Yields,CHM-PRO,64
1H,Young’s Modulus,CHM-PRO,199
1H,Yttrium,CHM-CHM,59
1H,Z-Scan,CHM-CMT,30
1H,ZIF-8,CHM-CHM,38
1H,ZSM 5,CHM-CHM,56
1H,Zeolites,CHM-CHM,483
1H,Zeolites,CHM-DSC,36
1H,Zeolites,CMT-CHM,92
1H,Zero Shear Viscosity,CHM-PRO,55
1H,Zeta Potential,CHM-CMT,38
1H,Zeta Potential,CHM-PRO,1069
1H,Zinc,CHM-CHM,610
1H,Zinc,CMT-CHM,101
1H,Zinc II,CHM-CHM,276
1H,Zinc II,CMT-CHM,52
1H,Zinc Phthalocyanine,CHM-CHM,47
1H,Zinc Porphyrin,CHM-CHM,47
1H,Zirconia,CHM-CHM,54
1H,Zirconium,CHM-CHM,131
1H,Zirconium,CMT-CHM,30
1H,Zn,CHM-CHM,908
1H,Zn,CMT-CHM,110
1H,Zn Acetate,CHM-CHM,50
1H,Zn(ClO4)2,CHM-CHM,50
1H,Zn(II),CHM-CHM,568
1H,Zn(II),CMT-CHM,91
1H,Zn(NO3)2,CHM-CHM,37
1H,Zn(OAc)2,CHM-CHM,81
1H,Zn(OTf)2,CHM-CHM,37
1H,Zn2,CHM-CHM,48
1H,Zn2+,CHM-CHM,976
1H,Zn2+,CMT-CHM,49
1H,ZnCl2,CHM-CHM,220
1H,ZnCl2,CMT-CHM,33
1H,ZnEt2,CHM-CHM,38
1H,ZnII,CHM-CHM,50
1H,ZnO,CHM-CHM,185
1H,ZnPc,CHM-CHM,46
1H,ZnS,CHM-CHM,62
1H,ZnTPP,CHM-CHM,31
1H,Zr,CHM-CHM,239
1H,Zr,CMT-CHM,41
1H,ZrO2,CHM-CHM,78
1H,Zwitterionic,CHM-PRO,91
1H,[2]Pseudorotaxane,CHM-CHM,48
1H,[2]Rotaxane,CHM-CHM,155
1H,[2]catenane,CHM-CHM,46
1H,[CuCl]0,CHM-CHM,33
1H,[D6]Benzene,CHM-CHM,53
1H,[D6]DMSO,CHM-CHM,422
1H,[D8]THF,CHM-CHM,153
1H,[Ru(bpy)3]2+,CHM-CHM,37
1H,ascorbate,CHM-CHM,47
1H,cadmium,CHM-CHM,105
1H,i-PrOH,CHM-CHM,93
1H,iPr2NEt,CHM-CHM,34
1H,m/z,CHM-PRO,42
1H,mPEG,CHM-CHM,146
1H,n-Bu4NPF6,CHM-CHM,52
1H,n-BuLi,CHM-CHM,105
1H,nBuOH,CHM-CHM,38
1H,pH,CHM-PRO,196
1H,pH Potentiometry,CHM-CMT,46
1H,pKa,CHM-PRO,328
1H,pKa,CMT-PRO,36
1H,siRNA,CHM-APL,80
1H,stretching vibration,CHM-PRO,42
1H,tBuOH,CHM-CHM,77
1H,tBuOOH,CHM-CHM,30
1H,water uptakes,CHM-PRO,41
1H,Δ,CHM-PRO,198
1H,ΔE,CHM-PRO,41
1H,Δh,CHM-PRO,95
1H,Δs,CHM-PRO,85
1H,Ζ-Potential,CHM-PRO,55
1H,Φ,CHM-PRO,58
1H,Χ,CHM-PRO,31
1H,α-CD,CHM-CHM,87
1H,α-Cyclodextrin,CHM-CHM,43
1H,β,CHM-PRO,257
1H,β,CHM-SPL,32
1H,β,CMT-PRO,86
1H,β-CD,CHM-CHM,308
1H,β-Cyclodextrin,CHM-CHM,216
1H,δg,CHM-PRO,89
1H,ε-Caprolactone,CHM-CHM,135
1H,η,CHM-PRO,114
1H,λ,CHM-PRO,65
1H,λ Ex,CHM-PRO,68
1H,λ Max,CHM-PRO,50
1H,λmax,CHM-PRO,37
1H,μ,CHM-PRO,47
1H,π-π,CHM-PRO,53
1H,π-π Interaction,CHM-PRO,64
1H,π-π Stacking,CHM-PRO,123
1H,π–π Stacking,CHM-PRO,30
1H,σ,CHM-PRO,82
1H,τ,CHM-PRO,108
1H,ω,CHM-PRO,47
1H,ϕ,CHM-PRO,43
1H & 13C,1H,CHM-CMT,38
1H 13C CP MAS NMR,13C,CMT-CHM,41
1H 13C CP MAS NMR,1H,CMT-CHM,42
1H 13C HSQC,13C,CMT-CHM,149
1H 13C HSQC,13C NMR,CMT-CMT,54
1H 13C HSQC,1H,CMT-CHM,178
1H 13C HSQC,1H NMR,CMT-CMT,95
1H 13C HSQC,1H-13C HMBC,CMT-CMT,30
1H 13C HSQC,1H-1H COSY,CMT-CMT,32
1H 13C HSQC,1H–13C,CMT-CHM,71
1H 13C HSQC,Carbon,CMT-CHM,31
1H 13C HSQC,Chemical Shift,CMT-PRO,41
1H 13C HSQC,D2O,CMT-CHM,47
1H 13C HSQC,NMR,CMT-CMT,62
1H 13C HSQC,Structure,CMT-PRO,31
1H 15N HSQC,15N,CMT-CHM,82
1H 15N HSQC,1H,CMT-CHM,79
1H 15N HSQC,Chemical Shift,CMT-PRO,31
1H 15N HSQC,NMR,CMT-CMT,34
1H And 2H,1H,CHM-CHM,43
1H And 2H,1H,CHM-CMT,58
1H And 2H,2H NMR,CHM-CMT,59
1H And 2H,Hydrogen,CHM-CHM,33
1H COSY,13C,CHM-CHM,150
1H COSY,13C NMR,CHM-CMT,141
1H COSY,1H,CHM-CHM,210
1H COSY,1H,CHM-CMT,80
1H COSY,1H,CMT-CHM,52
1H COSY,1H NMR,CHM-CMT,127
1H COSY,1H NMR,CMT-CMT,44
1H COSY,1H-1H COSY,CHM-CMT,469
1H COSY,1H-1H COSY NMR,CHM-CMT,37
1H COSY,1H–1H,CMT-CHM,53
1H COSY,CDCl3,CHM-CHM,63
1H COSY,Chemical Structures,CHM-PRO,118
1H COSY,ECD,CHM-CMT,108
1H COSY,HMBC,CHM-CMT,419
1H COSY,HMBC,CMT-CMT,40
1H COSY,MeOH,CHM-CHM,48
1H COSY,NMR,CHM-CMT,54
1H COSY,Noesy,CHM-CMT,148
1H COSY,Roesy,CHM-CMT,97
1H Chemical Shift,13C,PRO-CHM,138
1H Chemical Shift,13C,PRO-CMT,39
1H Chemical Shift,13C,PRO-PRO,42
1H Chemical Shift,13C Chemical Shift,PRO-PRO,88
1H Chemical Shift,13C NMR,PRO-CMT,35
1H Chemical Shift,15N,PRO-CHM,51
1H Chemical Shift,1H,PRO-CHM,514
1H Chemical Shift,1H,PRO-CMT,45
1H Chemical Shift,1H,PRO-PRO,41
1H Chemical Shift,1H MAS NMR,PRO-CMT,34
1H Chemical Shift,1H NMR,PRO-CMT,164
1H Chemical Shift,2D,PRO-CMT,46
1H Chemical Shift,B3LYP,PRO-CMT,37
1H Chemical Shift,CDCl3,PRO-CHM,38
1H Chemical Shift,CH3,PRO-CHM,30
1H Chemical Shift,Carbon,PRO-CHM,52
1H Chemical Shift,Chemical Shift,PRO-PRO,175
1H Chemical Shift,Chemical Structures,PRO-PRO,34
1H Chemical Shift,Crystal,PRO-DSC,34
1H Chemical Shift,Crystal Structure,PRO-PRO,37
1H Chemical Shift,D2O,PRO-CHM,54
1H Chemical Shift,DFT,PRO-CMT,38
1H Chemical Shift,H2O,PRO-CHM,44
1H Chemical Shift,Hydrogen,PRO-CHM,140
1H Chemical Shift,Methyl,PRO-CHM,40
1H Chemical Shift,Molecular Structure,PRO-PRO,41
1H Chemical Shift,NH,PRO-CHM,30
1H Chemical Shift,NMR,PRO-CMT,119
1H Chemical Shift,Nitrogen,PRO-CHM,32
1H Chemical Shift,Oxygen,PRO-CHM,31
1H Chemical Shift,Structure,PRO-PRO,76
1H DOSY,1H,CMT-CHM,49
1H DOSY,1H NMR,CMT-CMT,38
1H DOSY NMR,1H,CMT-CHM,62
1H DOSY NMR,1H NMR,CMT-CMT,49
1H DOSY NMR,Hydrogen,CMT-CHM,32
1H Decoupling,1H,CMT-CHM,35
1H Endor,Endor,CMT-CMT,33
1H Endor,Epr,CMT-CMT,39
1H MAS,13C,CHM-CHM,110
1H MAS,13C,CHM-CMT,31
1H MAS,13C,CMT-CHM,79
1H MAS,13C,CMT-CMT,47
1H MAS,13C CP MAS NMR,CHM-CMT,59
1H MAS,13C MAS NMR,CHM-CMT,36
1H MAS,1H,CHM-CHM,197
1H MAS,1H,CMT-CHM,171
1H MAS,1H MAS NMR,CHM-CMT,494
1H MAS,1H MAS NMR,CMT-CMT,35
1H MAS,1H NMR,CHM-CMT,52
1H MAS,27Al MAS NMR,CHM-CMT,42
1H MAS,27Al MAS-NMR,CHM-CMT,56
1H MAS,29Si MAS NMR,CHM-CMT,65
1H MAS,29Si MAS-NMR,CHM-CMT,46
1H MAS,31P MAS-NMR,CHM-CMT,55
1H MAS,Al,CHM-CHM,83
1H MAS,Aluminum,CHM-CHM,35
1H MAS,Calcination,CHM-SMT,32
1H MAS,Calcined,CHM-SMT,66
1H MAS,Catalyst,CHM-APL,117
1H MAS,Chemical Shift,CHM-PRO,57
1H MAS,Chemical Shift,CMT-PRO,37
1H MAS,Dehydrated,CHM-SMT,34
1H MAS,FT-IR,CHM-CMT,39
1H MAS,FTIR,CHM-CMT,74
1H MAS,H2O,CHM-CHM,48
1H MAS,Heating,CHM-SMT,41
1H MAS,Hydrogen,CHM-CHM,97
1H MAS,Hydrogen,CMT-CHM,65
1H MAS,Hydroxyl,CHM-CHM,39
1H MAS,MAS NMR,CHM-CMT,40
1H MAS,Mesoporous,CHM-DSC,36
1H MAS,Methanol,CHM-CHM,38
1H MAS,N2,CHM-CHM,66
1H MAS,NH3,CHM-CHM,47
1H MAS,NMR,CHM-CMT,58
1H MAS,NMR,CMT-CMT,45
1H MAS,Nitrogen,CHM-CHM,62
1H MAS,O,CHM-CHM,36
1H MAS,OH,CHM-CHM,59
1H MAS,Oxygen,CHM-CHM,42
1H MAS,Pore Size Distribution,CHM-PRO,39
1H MAS,Powder,CHM-DSC,30
1H MAS,Pyridine,CHM-CHM,40
1H MAS,SEM,CHM-CMT,94
1H MAS,SEM,CMT-CMT,30
1H MAS,Si,CHM-CHM,74
1H MAS,SiO2,CHM-CHM,30
1H MAS,Silanol,CHM-CHM,31
1H MAS,Silica,CHM-CHM,48
1H MAS,Structure,CHM-PRO,36
1H MAS,Surface,CHM-DSC,68
1H MAS,TEM,CHM-CMT,74
1H MAS,Tga,CHM-CMT,34
1H MAS,X-Ray Diffraction,CHM-CMT,31
1H MAS,XRD,CHM-CMT,121
1H MAS,XRD,CMT-CMT,34
1H MAS,Zeolites,CHM-CHM,102
1H MAS NMR,13C,CMT-CHM,194
1H MAS NMR,13C,CMT-CMT,59
1H MAS NMR,13C CP MAS NMR,CMT-CMT,110
1H MAS NMR,13C MAS NMR,CMT-CMT,85
1H MAS NMR,19F MAS NMR,CMT-CMT,31
1H MAS NMR,1H,CMT-CHM,641
1H MAS NMR,1H,CMT-CMT,54
1H MAS NMR,1H Chemical Shift,CMT-PRO,34
1H MAS NMR,1H MAS,CMT-CHM,494
1H MAS NMR,1H MAS,CMT-CMT,35
1H MAS NMR,1H NMR,CMT-CMT,95
1H MAS NMR,27Al,CMT-CHM,55
1H MAS NMR,27Al,CMT-CMT,35
1H MAS NMR,27Al MAS NMR,CMT-CMT,69
1H MAS NMR,27Al MAS-NMR,CMT-CMT,77
1H MAS NMR,29Si,CMT-CHM,41
1H MAS NMR,29Si,CMT-CMT,39
1H MAS NMR,29Si MAS NMR,CMT-CMT,94
1H MAS NMR,29Si MAS-NMR,CMT-CMT,90
1H MAS NMR,2D,CMT-CMT,40
1H MAS NMR,31P MAS-NMR,CMT-CMT,101
1H MAS NMR,Al,CMT-CHM,147
1H MAS NMR,Al2O3,CMT-CHM,33
1H MAS NMR,Aluminum,CMT-CHM,74
1H MAS NMR,Ammonia,CMT-CHM,40
1H MAS NMR,Amorphous,CMT-DSC,37
1H MAS NMR,Arrhenius Plot,CMT-CMT,48
1H MAS NMR,As Prepared,CMT-DSC,32
1H MAS NMR,As-Synthesized,CMT-DSC,60
1H MAS NMR,Benzenes,CMT-CHM,34
1H MAS NMR,Bronsted Acids,CMT-CHM,45
1H MAS NMR,Bulk,CMT-DSC,53
1H MAS NMR,CO,CMT-CHM,42
1H MAS NMR,CO2,CMT-CHM,37
1H MAS NMR,CPMAS NMR,CMT-CMT,46
1H MAS NMR,Calcination,CMT-SMT,57
1H MAS NMR,Calcined,CMT-SMT,108
1H MAS NMR,Carbon,CMT-CHM,67
1H MAS NMR,Catalyst,CMT-APL,205
1H MAS NMR,Catalytic Activity,CMT-PRO,44
1H MAS NMR,Catalytic Performance,CMT-PRO,31
1H MAS NMR,Chemical Shift,CMT-PRO,109
1H MAS NMR,Composite,CMT-DSC,37
1H MAS NMR,Compositions,CMT-PRO,51
1H MAS NMR,Conductivity,CMT-PRO,30
1H MAS NMR,Crystal,CMT-DSC,73
1H MAS NMR,Crystal Structure,CMT-PRO,52
1H MAS NMR,Crystalline,CMT-DSC,45
1H MAS NMR,DSC,CMT-CMT,54
1H MAS NMR,Dehydrated,CMT-SMT,53
1H MAS NMR,Dried,CMT-SMT,30
1H MAS NMR,Ethanol,CMT-CHM,41
1H MAS NMR,FT-IR,CMT-CMT,65
1H MAS NMR,FTIR,CMT-CMT,118
1H MAS NMR,H2,CMT-CHM,61
1H MAS NMR,H2O,CMT-CHM,91
1H MAS NMR,HRTEM,CMT-CMT,44
1H MAS NMR,HZSM-5,CMT-CHM,34
1H MAS NMR,Heated,CMT-SMT,35
1H MAS NMR,Heating,CMT-SMT,76
1H MAS NMR,Hydrogen,CMT-CHM,240
1H MAS NMR,Hydroxyl,CMT-CHM,91
1H MAS NMR,IR,CMT-CMT,32
1H MAS NMR,Ir,CMT-CMT,46
1H MAS NMR,Layers,CMT-DSC,49
1H MAS NMR,MAS NMR,CMT-CMT,90
1H MAS NMR,Mas,CMT-CMT,30
1H MAS NMR,Mesoporous,CMT-DSC,53
1H MAS NMR,Methane,CMT-CHM,35
1H MAS NMR,Methanol,CMT-CHM,61
1H MAS NMR,Methyl,CMT-CHM,36
1H MAS NMR,N2,CMT-CHM,108
1H MAS NMR,NH3,CMT-CHM,69
1H MAS NMR,NH3TPD,CMT-CMT,34
1H MAS NMR,NMR,CMT-CMT,119
1H MAS NMR,Nitrogen,CMT-CHM,109
1H MAS NMR,O,CMT-CHM,68
1H MAS NMR,O2,CMT-CHM,41
1H MAS NMR,OH,CMT-CHM,120
1H MAS NMR,Oxygen,CMT-CHM,109
1H MAS NMR,Pore Size Distribution,CMT-PRO,54
1H MAS NMR,Powder,CMT-DSC,73
1H MAS NMR,Pyridine,CMT-CHM,64
1H MAS NMR,Raman,CMT-CMT,54
1H MAS NMR,Rietveld Refinement,CMT-CMT,33
1H MAS NMR,SEM,CMT-CMT,167
1H MAS NMR,Si,CMT-CHM,144
1H MAS NMR,SiO2,CMT-CHM,54
1H MAS NMR,Silanol,CMT-CHM,72
1H MAS NMR,Silica,CMT-CHM,92
1H MAS NMR,Silicon,CMT-CHM,43
1H MAS NMR,Single Crystal,CMT-DSC,37
1H MAS NMR,Solid State NMR,CMT-CMT,41
1H MAS NMR,Structure,CMT-PRO,104
1H MAS NMR,Surface,CMT-DSC,143
1H MAS NMR,Surface Area,CMT-PRO,32
1H MAS NMR,TEM,CMT-CMT,124
1H MAS NMR,TG,CMT-CMT,41
1H MAS NMR,Tga,CMT-CMT,50
1H MAS NMR,Thermogravimetric Analysis,CMT-CMT,30
1H MAS NMR,Ti,CMT-CHM,36
1H MAS NMR,TiO2,CMT-CHM,32
1H MAS NMR,X-Ray Diffraction,CMT-CMT,70
1H MAS NMR,XPS,CMT-CMT,57
1H MAS NMR,XRD,CMT-CMT,230
1H MAS NMR,Zeolites,CMT-CHM,205
1H MAS NMR,Zn,CMT-CHM,39
1H N.M.R,1H,CMT-CHM,39
1H NMR,(B) 1H,CMT-CHM,628
1H NMR,(C) 1H,CMT-CHM,392
1H NMR,(CD3)2CO,CMT-CHM,63
1H NMR,(CD3)2SO,CMT-CHM,69
1H NMR,(COCl)2,CMT-CHM,51
1H NMR,(D) 1H,CMT-CHM,139
1H NMR,-Tem,CMT-CMT,59
1H NMR,1 H,CMT-CHM,75
1H NMR,"1,10-Phenantroline",CMT-CHM,134
1H NMR,"1,2,3-Triazole",CMT-CHM,38
1H NMR,"1,2-Dichlorobenzene",CMT-CHM,41
1H NMR,"1,2-Dichloroethane",CMT-CHM,83
1H NMR,"1,3,5-Trimethoxybenzene",CMT-CHM,40
1H NMR,"1,3-Alternate",CMT-CHM,31
1H NMR,"1,3-Dipolar Cycloaddition",CMT-SMT,33
1H NMR,"1,4-Butanediol",CMT-CHM,67
1H NMR,"1,4-Dioxane",CMT-CHM,225
1H NMR,"1,5-Cyclooctadiene",CMT-CHM,37
1H NMR,"1,8-Diazabicyclo[5.4.0]undec-7-ene",CMT-CHM,40
1H NMR,1-Butanol,CMT-CHM,57
1H NMR,1-Hexene,CMT-CHM,52
1H NMR,1-Methylimidazole,CMT-CHM,33
1H NMR,1-Octene,CMT-CHM,58
1H NMR,1-Phenyl Ethanol,CMT-CHM,32
1H NMR,1-Propanol,CMT-CHM,41
1H NMR,119Sn,CMT-CHM,62
1H NMR,119Sn-NMR,CMT-CMT,45
1H NMR,11B,CMT-CMT,36
1H NMR,11B NMR,CMT-CMT,97
1H NMR,13C,CMT-CHM,7301
1H NMR,13C,CMT-CMT,527
1H NMR,13C,CMT-PRO,51
1H NMR,13C - NMR,CMT-CMT,39
1H NMR,13C CP MAS NMR,CMT-CMT,107
1H NMR,13C Chemical Shift,CMT-PRO,85
1H NMR,13C MAS NMR,CMT-CMT,30
1H NMR,13C NMR,CMT-CMT,7756
1H NMR,13C NMR Spectroscopy,CMT-CMT,119
1H NMR,13C{1H},CMT-CHM,161
1H NMR,13C{1H} NMR,CMT-CMT,152
1H NMR,15N,CMT-CHM,225
1H NMR,15N NMR,CMT-CMT,79
1H NMR,17O,CMT-CHM,79
1H NMR,17O NMR,CMT-CMT,47
1H NMR,18-Crown-6,CMT-CHM,74
1H NMR,180C,CMT-CHM,138
1H NMR,18O,CMT-CHM,31
1H NMR,195Pt,CMT-CHM,99
1H NMR,195pt Nmr,CMT-CMT,50
1H NMR,19F,CMT-CHM,741
1H NMR,19F,CMT-CMT,109
1H NMR,19F NMR,CMT-CMT,645
1H NMR,1D,CMT-CMT,241
1H NMR,1D,CMT-DSC,172
1H NMR,1D Chains,CMT-DSC,39
1H NMR,1H,CMT-CHM,51677
1H NMR,1H,CMT-CMT,950
1H NMR,1H,CMT-PRO,139
1H NMR,1H 13C HSQC,CMT-CMT,95
1H NMR,1H COSY,CMT-CHM,127
1H NMR,1H COSY,CMT-CMT,44
1H NMR,1H Chemical Shift,CMT-PRO,164
1H NMR,1H DOSY,CMT-CMT,38
1H NMR,1H DOSY NMR,CMT-CMT,49
1H NMR,1H MAS,CMT-CHM,52
1H NMR,1H MAS NMR,CMT-CMT,95
1H NMR,1H NMR Spectroscopy,CMT-CMT,545
1H NMR,1H NMR Titration,CMT-CMT,131
1H NMR,1H Noesy,CMT-CMT,31
1H NMR,1H Nuclear Magnetic Resonance,CMT-CMT,219
1H NMR,1H Nuclear Magnetic Resonance Spectroscopy,CMT-CMT,39
1H NMR,1H and 13C,CMT-CHM,197
1H NMR,"1H,1H",CMT-CHM,41
1H NMR,1H-13C HMBC,CMT-CMT,35
1H NMR,1H-13C HSQC NMR,CMT-CMT,37
1H NMR,1H-1H COSY,CMT-CMT,236
1H NMR,1H-1H COSY NMR,CMT-CMT,55
1H NMR,1H-1H NOESY,CMT-CMT,83
1H NMR,1H-NMR,CMT-CMT,229
1H NMR,1H{31P},CMT-CHM,35
1H NMR,1H–13C,CMT-CHM,129
1H NMR,1H–1H,CMT-CHM,108
1H NMR,"2,2'-Bipyridine",CMT-CHM,108
1H NMR,"2,6-Lutidine",CMT-CHM,52
1H NMR,2-Hydroxyethyl Methacrylate,CMT-CHM,41
1H NMR,2-Propanol,CMT-CHM,98
1H NMR,250M,CMT-CHM,33
1H NMR,25C,CMT-CHM,829
1H NMR,27Al,CMT-CHM,40
1H NMR,27Al NMR,CMT-CMT,59
1H NMR,29Si,CMT-CHM,126
1H NMR,29Si,CMT-CMT,61
1H NMR,29Si MAS-NMR,CMT-CMT,31
1H NMR,29Si NMR,CMT-CMT,327
1H NMR,2D,CMT-CMT,443
1H NMR,2D,CMT-DSC,228
1H NMR,2D Layer,CMT-DSC,32
1H NMR,2D NMR,CMT-CMT,230
1H NMR,2D NOESY,CMT-CMT,103
1H NMR,2D ROESY,CMT-CMT,48
1H NMR,2D-NOESY,CMT-CMT,37
1H NMR,2H,CMT-CHM,148
1H NMR,2H NMR,CMT-CMT,124
1H NMR,2H2O,CMT-CHM,52
1H NMR,2p,CMT-CMT,71
1H NMR,3,CMT-DSC,41
1H NMR,3,CMT-PRO,66
1H NMR,3-D,CMT-DSC,31
1H NMR,300MHz,CMT-CHM,74
1H NMR,300MHz 1H,CMT-CHM,37
1H NMR,31P,CMT-CMT,129
1H NMR,31P NMR,CMT-CMT,1005
1H NMR,31P {1H},CMT-CHM,201
1H NMR,31P{1H}-NMR,CMT-CMT,169
1H NMR,37C,CMT-CHM,412
1H NMR,3D,CMT-CMT,140
1H NMR,3D,CMT-DSC,245
1H NMR,3D AFM,CMT-CMT,31
1H NMR,3D Image,CMT-CMT,42
1H NMR,3D Structure,CMT-PRO,32
1H NMR,4-Dimethylaminopyridine,CMT-CHM,43
1H NMR,4-NP,CMT-CHM,30
1H NMR,4-Nitrophenol,CMT-CHM,31
1H NMR,400MHz,CMT-CHM,65
1H NMR,400MHz 1H,CMT-CHM,66
1H NMR,45C,CMT-CHM,37
1H NMR,4t1,CMT-APL,36
1H NMR,5-FU,CMT-CHM,49
1H NMR,5-Fluorouracil,CMT-CHM,37
1H NMR,500 MHz 1H,CMT-CHM,99
1H NMR,500MHz,CMT-CHM,70
1H NMR,51V,CMT-CHM,45
1H NMR,51V NMR,CMT-CMT,31
1H NMR,"6-311++G(D,P)",CMT-CMT,47
1H NMR,"6-311G(D,P)",CMT-CMT,37
1H NMR,6-31G,CMT-CMT,33
1H NMR,"6-31G (D,P)",CMT-CMT,56
1H NMR,6-31G(D),CMT-CMT,84
1H NMR,6-31G*,CMT-CMT,107
1H NMR,6-31G**,CMT-CMT,38
1H NMR,6-DMSO,CMT-CHM,40
1H NMR,600MHz 1H,CMT-CHM,45
1H NMR,77Se,CMT-CHM,40
1H NMR,7Li,CMT-CHM,38
1H NMR,7Li NMR,CMT-CMT,59
1H NMR,8-Hydroxyquinoline,CMT-CHM,43
1H NMR,ABTS,CMT-CHM,37
1H NMR,AC Conductivity,CMT-PRO,44
1H NMR,ACN,CMT-CHM,61
1H NMR,ADP,CMT-CHM,66
1H NMR,AEM,CMT-APL,60
1H NMR,AEMS,CMT-APL,81
1H NMR,AEMs,CMT-APL,83
1H NMR,AFM,CMT-CMT,1829
1H NMR,AFM Phase Images,CMT-CMT,31
1H NMR,AFM Topography,CMT-CMT,76
1H NMR,AG,CMT-APL,32
1H NMR,AIBN,CMT-CHM,353
1H NMR,ALP Activity,CMT-PRO,39
1H NMR,AM1,CMT-CMT,46
1H NMR,AMP,CMT-CHM,73
1H NMR,AMPS,CMT-CHM,44
1H NMR,ANOVA,CMT-CMT,56
1H NMR,AOT,CMT-CHM,52
1H NMR,APTES,CMT-CHM,48
1H NMR,ATP,CMT-CHM,170
1H NMR,ATR,CMT-CHM,85
1H NMR,ATR,CMT-CMT,179
1H NMR,ATR FT-IR,CMT-CMT,59
1H NMR,ATR-FT-IR,CMT-CMT,350
1H NMR,ATR-IR,CMT-CMT,103
1H NMR,ATRP,CMT-SMT,647
1H NMR,Ab Initio Calculations,CMT-CMT,50
1H NMR,Absolute Configuration,CMT-PRO,83
1H NMR,Absorbance,CMT-CMT,153
1H NMR,Absorbance,CMT-PRO,1198
1H NMR,Absorbance Intensity,CMT-PRO,77
1H NMR,Absorbance Ratio,CMT-PRO,44
1H NMR,Absorbance Spectrum,CMT-CMT,128
1H NMR,Absorption,CMT-CMT,1314
1H NMR,Absorption,CMT-PRO,668
1H NMR,Absorption Bands,CMT-PRO,231
1H NMR,Absorption Capacity,CMT-PRO,30
1H NMR,Absorption Coefficient,CMT-PRO,41
1H NMR,Absorption Intensity,CMT-PRO,102
1H NMR,Absorption Maximum,CMT-PRO,178
1H NMR,Absorption Peak,CMT-PRO,80
1H NMR,Absorption Property,CMT-PRO,37
1H NMR,Absorption Spectra,CMT-CMT,88
1H NMR,Absorption Spectra,CMT-PRO,53
1H NMR,Absorption Spectrum,CMT-CMT,1665
1H NMR,Absorption Spectrum,CMT-PRO,53
1H NMR,Absorption Titration,CMT-CMT,54
1H NMR,Absorption Wavelengths,CMT-PRO,48
1H NMR,Abstract,CMT-SPL,63
1H NMR,Ac,CMT-CHM,53
1H NMR,Ac2O,CMT-CHM,218
1H NMR,AcO,CMT-CHM,189
1H NMR,AcOH,CMT-CHM,282
1H NMR,AcO−,CMT-CHM,131
1H NMR,Acac,CMT-CHM,76
1H NMR,Acetal,CMT-CHM,75
1H NMR,Acetaldehyde,CMT-CHM,58
1H NMR,Acetamide,CMT-CHM,37
1H NMR,Acetate,CMT-CHM,605
1H NMR,Acetic Acid,CMT-CHM,435
1H NMR,Acetic Anhydride,CMT-CHM,113
1H NMR,Acetone,CMT-CHM,1144
1H NMR,Acetone-D,CMT-CHM,81
1H NMR,Acetone-D6,CMT-CHM,233
1H NMR,Acetonitrile,CMT-CHM,1826
1H NMR,Acetonitrile-d3,CMT-CHM,68
1H NMR,Acetophenone,CMT-CHM,103
1H NMR,Acetyl,CMT-CHM,133
1H NMR,Acetylacetonate,CMT-CHM,38
1H NMR,Acetylacetone,CMT-CHM,49
1H NMR,Acetylation,CMT-SMT,90
1H NMR,Acetylcholine,CMT-CHM,30
1H NMR,Acetylene,CMT-CHM,87
1H NMR,Acid,CMT-SMT,54
1H NMR,Acid Value,CMT-PRO,34
1H NMR,Acid-Base Titration,CMT-CMT,33
1H NMR,Acidic Hydrolysis,CMT-SMT,104
1H NMR,Acidification,CMT-SMT,44
1H NMR,Acidity,CMT-PRO,86
1H NMR,Acrylamide,CMT-CHM,97
1H NMR,Acrylate,CMT-CHM,188
1H NMR,Acrylic,CMT-CHM,67
1H NMR,Acrylic Acid,CMT-CHM,125
1H NMR,Acrylonitrile,CMT-CHM,55
1H NMR,Acryloyl Chloride,CMT-CHM,51
1H NMR,Activation Barrier,CMT-PRO,34
1H NMR,Activation Energies,CMT-PRO,140
1H NMR,Activation Energy,CMT-PRO,344
1H NMR,Activation Parameters,CMT-PRO,143
1H NMR,Active Layer,CMT-APL,85
1H NMR,Activities,CMT-PRO,53
1H NMR,Activity,CMT-PRO,374
1H NMR,Acyl,CMT-CHM,114
1H NMR,Adamantane,CMT-CHM,56
1H NMR,Addition,CMT-SMT,34
1H NMR,Adenine,CMT-CHM,93
1H NMR,Adenosine,CMT-CHM,50
1H NMR,Adhesions,CMT-PRO,93
1H NMR,Adhesive,CMT-APL,45
1H NMR,Adsorbent,CMT-APL,82
1H NMR,Adsorption,CMT-PRO,33
1H NMR,Adsorption Capacity,CMT-PRO,105
1H NMR,Adsorption Isotherm,CMT-CMT,113
1H NMR,Adsorption Isotherm,CMT-PRO,53
1H NMR,Ag,CMT-CHM,799
1H NMR,Ag(I),CMT-CHM,77
1H NMR,Ag+,CMT-CHM,456
1H NMR,Ag2O,CMT-CHM,39
1H NMR,AgBF4,CMT-CHM,31
1H NMR,AgCl,CMT-CHM,312
1H NMR,AgClO4,CMT-CHM,45
1H NMR,AgI,CMT-CHM,35
1H NMR,AgNO3,CMT-CHM,173
1H NMR,Agarose Gel Electrophoresis,CMT-CMT,170
1H NMR,Aged,CMT-SMT,99
1H NMR,Ageing,CMT-SMT,40
1H NMR,Aggregation,CMT-PRO,30
1H NMR,Aggregation Behavior,CMT-PRO,83
1H NMR,Aggregation Number,CMT-PRO,78
1H NMR,Aggregation Properties,CMT-PRO,34
1H NMR,Aging,CMT-SMT,175
1H NMR,Air Dried,CMT-SMT,35
1H NMR,Al,CMT-CHM,545
1H NMR,Al(III),CMT-CHM,47
1H NMR,Al2O3,CMT-CHM,125
1H NMR,Al3+,CMT-CHM,374
1H NMR,AlCl3,CMT-CHM,133
1H NMR,AlMe3,CMT-CHM,39
1H NMR,Ala,CMT-CHM,145
1H NMR,Alamar Blue,CMT-CHM,43
1H NMR,Alanine,CMT-CHM,191
1H NMR,Alcohols,CMT-CHM,645
1H NMR,Alcoholysis,CMT-SMT,41
1H NMR,Aldehyde,CMT-CHM,646
1H NMR,Aldol,CMT-CHM,121
1H NMR,Alkaline Hydrolysis,CMT-SMT,40
1H NMR,Alkaline Stability,CMT-PRO,81
1H NMR,Alkane,CMT-CHM,108
1H NMR,Alkene,CMT-CHM,332
1H NMR,Alkenyl,CMT-CHM,37
1H NMR,Alkoxide,CMT-CHM,81
1H NMR,Alkoxyl,CMT-CHM,106
1H NMR,Alkyl Halide,CMT-CHM,42
1H NMR,Alkylamines,CMT-CHM,31
1H NMR,Alkylation,CMT-SMT,75
1H NMR,Alkyls,CMT-CHM,808
1H NMR,Alkyne,CMT-CHM,452
1H NMR,Alkynyl,CMT-CHM,47
1H NMR,Alloy,CMT-DSC,37
1H NMR,Allyl,CMT-CHM,185
1H NMR,Allyl Alcohol,CMT-CHM,44
1H NMR,Allyl Bromide,CMT-CHM,36
1H NMR,Alumina,CMT-CHM,100
1H NMR,Aluminum,CMT-CHM,230
1H NMR,Amide N-H,CMT-CHM,55
1H NMR,Amides,CMT-CHM,1013
1H NMR,Amido,CMT-CHM,44
1H NMR,Amination,CMT-SMT,44
1H NMR,Amines,CMT-CHM,1095
1H NMR,Amino,CMT-CHM,497
1H NMR,Amino Acid,CMT-CHM,742
1H NMR,Aminolysis,CMT-SMT,67
1H NMR,Ammonia,CMT-CHM,171
1H NMR,Ammonium,CMT-CHM,214
1H NMR,Ammonium Acetate,CMT-CHM,69
1H NMR,Ammonium Persulfate,CMT-CHM,31
1H NMR,Amorphous,CMT-DSC,362
1H NMR,Amphiphilic,CMT-PRO,871
1H NMR,Ampicillin,CMT-CHM,31
1H NMR,Analysis,CMT-CMT,144
1H NMR,Anatase,CMT-SPL,39
1H NMR,Angles,CMT-PRO,1801
1H NMR,Anhydride,CMT-CHM,55
1H NMR,Anilines,CMT-CHM,355
1H NMR,Anion Exchange Membrane,CMT-APL,76
1H NMR,Anion Receptor,CMT-APL,65
1H NMR,Anionic Polymerization,CMT-SMT,70
1H NMR,Anisole,CMT-CHM,106
1H NMR,Annealed,CMT-SMT,244
1H NMR,Annealing,CMT-SMT,292
1H NMR,Annexin,CMT-CMT,48
1H NMR,Anode,CMT-APL,194
1H NMR,Anodes,CMT-APL,44
1H NMR,Anodic,CMT-PRO,57
1H NMR,Anthracene,CMT-CHM,180
1H NMR,Anthraquinone,CMT-CHM,45
1H NMR,Anti-Cancer,CMT-APL,69
1H NMR,Anti-Cancer,CMT-PRO,43
1H NMR,Anti-Cancer Activity,CMT-PRO,132
1H NMR,Anti-Inflammatory Activity,CMT-PRO,53
1H NMR,Anti-Proliferative Activity,CMT-PRO,77
1H NMR,Anti-Tumor Activity,CMT-PRO,158
1H NMR,Anti-Tumor Effect,CMT-PRO,50
1H NMR,Anti-Tumor Efficacy,CMT-PRO,70
1H NMR,Anti-inflammatory,CMT-PRO,48
1H NMR,Antibacterial,CMT-PRO,195
1H NMR,Antibacterial Activity,CMT-PRO,306
1H NMR,Antibacterial Properties,CMT-PRO,32
1H NMR,Anticancer Activities,CMT-PRO,34
1H NMR,Anticancer Agent,CMT-APL,44
1H NMR,Anticancer Drugs,CMT-APL,76
1H NMR,Antifungal,CMT-PRO,66
1H NMR,Antifungal Activity,CMT-PRO,166
1H NMR,Antimicrobial,CMT-PRO,79
1H NMR,Antimicrobial Activity,CMT-PRO,323
1H NMR,Antimicrobial Agent,CMT-APL,41
1H NMR,Antioxidant,CMT-APL,47
1H NMR,Antioxidant,CMT-PRO,49
1H NMR,Antioxidant Activity,CMT-PRO,144
1H NMR,Antitumor,CMT-PRO,32
1H NMR,Apoptosis,CMT-PRO,57
1H NMR,Apparent,CMT-PRO,47
1H NMR,Apparent Viscosity,CMT-PRO,87
1H NMR,Aqueous,CMT-DSC,34
1H NMR,Aqueous Solubility,CMT-PRO,39
1H NMR,Ar,CMT-CHM,253
1H NMR,Arabinose,CMT-CHM,44
1H NMR,Arene,CMT-CHM,156
1H NMR,Arg,CMT-CHM,102
1H NMR,Arginine,CMT-CHM,88
1H NMR,Argon,CMT-CHM,254
1H NMR,Aromatic Aldehyde,CMT-CHM,89
1H NMR,Aromatic Amines,CMT-CHM,31
1H NMR,Aromatic C-H,CMT-CHM,39
1H NMR,Aromatic Diamine,CMT-CHM,36
1H NMR,Aromaticity,CMT-PRO,79
1H NMR,Aromatics,CMT-CHM,83
1H NMR,Aromatics,CMT-PRO,60
1H NMR,Arrhenius,CMT-CMT,32
1H NMR,Arrhenius Equation,CMT-CMT,33
1H NMR,Arrhenius Plot,CMT-CMT,500
1H NMR,Aryl,CMT-CHM,345
1H NMR,Aryl Boronic Acid,CMT-CHM,32
1H NMR,Aryl Bromide,CMT-CHM,35
1H NMR,Aryl Halides,CMT-CHM,52
1H NMR,As Prepared,CMT-DSC,282
1H NMR,As-Received,CMT-DSC,35
1H NMR,As-Synthesized,CMT-DSC,191
1H NMR,Ascorbic Acid,CMT-CHM,123
1H NMR,Asn,CMT-CHM,57
1H NMR,Asp,CMT-CHM,103
1H NMR,Aspartate,CMT-CHM,56
1H NMR,Aspartic Acid,CMT-CHM,48
1H NMR,Aspirin,CMT-CHM,36
1H NMR,Assays,CMT-CMT,31
1H NMR,Assembled,CMT-SMT,33
1H NMR,Association Constant,CMT-PRO,444
1H NMR,Atom Labelling,CMT-CMT,49
1H NMR,Atom Transfer Radical Polymerization,CMT-SMT,266
1H NMR,Atomic Charge,CMT-PRO,40
1H NMR,Atomic Force Microscopy,CMT-CMT,295
1H NMR,Au,CMT-CHM,497
1H NMR,Au(I),CMT-CHM,31
1H NMR,Au(III),CMT-CHM,31
1H NMR,Averaged,CMT-PRO,50
1H NMR,Azides,CMT-CHM,318
1H NMR,Azido,CMT-CHM,63
1H NMR,Aziridine,CMT-CHM,34
1H NMR,Azo,CMT-CHM,232
1H NMR,Azobenzene,CMT-CHM,193
1H NMR,Azobis Isobutyronitrile,CMT-CHM,49
1H NMR,Azomethines,CMT-CHM,78
1H NMR,A–C,CMT-CHM,31
1H NMR,B(C6F5)3,CMT-CHM,50
1H NMR,B3LYP,CMT-CMT,725
1H NMR,"B3LYP/6-311++G(D,P)",CMT-CMT,31
1H NMR,"B3LYP/6-311+G(D,P)",CMT-CMT,34
1H NMR,"B3LYP/6-31G(D,P)",CMT-CMT,49
1H NMR,B3LYP/6-31G(d),CMT-CMT,98
1H NMR,B3LYP/6-31G*,CMT-CMT,77
1H NMR,BBr3,CMT-CHM,49
1H NMR,BCPS,CMT-PRO,30
1H NMR,BET,CMT-CMT,70
1H NMR,BET Surface Area,CMT-PRO,44
1H NMR,BF3,CMT-CHM,92
1H NMR,BF3–OEt2,CMT-CHM,79
1H NMR,BF4,CMT-CHM,116
1H NMR,BHT,CMT-CHM,41
1H NMR,BMA,CMT-CHM,30
1H NMR,BODIPY,CMT-CHM,112
1H NMR,BPA,CMT-CHM,60
1H NMR,BPO,CMT-CHM,31
1H NMR,BPY,CMT-CHM,103
1H NMR,BSTRAct A,CMT-CHM,193
1H NMR,Ba,CMT-CHM,36
1H NMR,Ba2+,CMT-CHM,201
1H NMR,Ball and Stick Representation,CMT-CMT,86
1H NMR,Ball-and-Stick Model,CMT-CMT,64
1H NMR,Band,CMT-PRO,34
1H NMR,Band Gap,CMT-PRO,73
1H NMR,Bandgap,CMT-PRO,42
1H NMR,Bar,CMT-DSC,133
1H NMR,Bars,CMT-DSC,195
1H NMR,Basicity,CMT-PRO,72
1H NMR,Batteries,CMT-APL,36
1H NMR,Battery,CMT-APL,64
1H NMR,Beads,CMT-DSC,71
1H NMR,Behavior,CMT-PRO,50
1H NMR,Benesi-Hildebrand Plot,CMT-CMT,119
1H NMR,Benzaldehyde,CMT-CHM,255
1H NMR,Benzene-d6,CMT-CHM,80
1H NMR,Benzenes,CMT-CHM,828
1H NMR,Benzimidazole,CMT-CHM,143
1H NMR,Benzoates,CMT-CHM,65
1H NMR,Benzoic Acid,CMT-CHM,112
1H NMR,Benzonitrile,CMT-CHM,63
1H NMR,Benzophenone,CMT-CHM,81
1H NMR,Benzothiazole,CMT-CHM,62
1H NMR,Benzoxazine,CMT-CHM,146
1H NMR,Benzoyl Peroxide,CMT-CHM,51
1H NMR,Benzyl,CMT-CHM,234
1H NMR,Benzyl Alcohol,CMT-CHM,132
1H NMR,Benzyl Bromide,CMT-CHM,46
1H NMR,Benzylamine,CMT-CHM,53
1H NMR,Benzylic,CMT-CHM,81
1H NMR,Biaryl,CMT-CHM,33
1H NMR,Bicarbonate,CMT-CHM,69
1H NMR,Bilayer,CMT-DSC,148
1H NMR,Bilayers,CMT-DSC,60
1H NMR,Binders,CMT-APL,30
1H NMR,Binding Affinities,CMT-PRO,55
1H NMR,Binding Affinity,CMT-PRO,111
1H NMR,Binding Constant,CMT-PRO,506
1H NMR,Binding Energies,CMT-PRO,99
1H NMR,Binding Energy,CMT-PRO,81
1H NMR,Binding Interaction,CMT-PRO,33
1H NMR,Binding Isotherm,CMT-CMT,82
1H NMR,Binding Isotherm,CMT-PRO,41
1H NMR,Binding Mode,CMT-PRO,97
1H NMR,Binding Properties,CMT-PRO,46
1H NMR,Binding Stoichiometry,CMT-PRO,59
1H NMR,Bio Diesel,CMT-APL,116
1H NMR,Bio Oil,CMT-DSC,31
1H NMR,Bio-Sensor,CMT-APL,32
1H NMR,Bioactivity,CMT-PRO,35
1H NMR,Bioassay,CMT-CMT,47
1H NMR,Bioavailability,CMT-PRO,33
1H NMR,Biocompatibility,CMT-PRO,191
1H NMR,Biocompatible,CMT-PRO,96
1H NMR,Biodegradability,CMT-PRO,58
1H NMR,Biodegradable,CMT-PRO,222
1H NMR,Biodegradation Rate,CMT-PRO,35
1H NMR,Biodiesel Production,CMT-APL,31
1H NMR,Biodistribution,CMT-PRO,146
1H NMR,Biofilm,CMT-DSC,38
1H NMR,Biological Activity,CMT-PRO,173
1H NMR,Biologically,CMT-PRO,40
1H NMR,Biomaterial,CMT-APL,70
1H NMR,Biomedical Application,CMT-APL,80
1H NMR,Biotin,CMT-CHM,66
1H NMR,Biphenyls,CMT-CHM,110
1H NMR,Bipy,CMT-CHM,59
1H NMR,Bipyridine,CMT-CHM,92
1H NMR,Birefringence,CMT-PRO,33
1H NMR,Bismuth,CMT-CHM,32
1H NMR,Bisphenol,CMT-CHM,30
1H NMR,Bisphenol A,CMT-CHM,54
1H NMR,Blend,CMT-DSC,543
1H NMR,Blend Film,CMT-DSC,81
1H NMR,Blended Membrane,CMT-DSC,96
1H NMR,Block,CMT-DSC,162
1H NMR,Block Copolymer,CMT-DSC,989
1H NMR,Block Copolymerization,CMT-SMT,65
1H NMR,Block Length,CMT-PRO,36
1H NMR,Blue,CMT-CHM,72
1H NMR,Blue Line,CMT-CHM,591
1H NMR,BnBr,CMT-CHM,73
1H NMR,BnOH,CMT-CHM,86
1H NMR,Boc,CMT-CHM,96
1H NMR,Boc2O,CMT-CHM,56
1H NMR,Bode Plot,CMT-CMT,70
1H NMR,Body Weight,CMT-PRO,332
1H NMR,Boiling Point,CMT-PRO,33
1H NMR,Bond,CMT-PRO,58
1H NMR,Bond Angles,CMT-PRO,489
1H NMR,Bond Critical Point,CMT-PRO,39
1H NMR,Bond Distance,CMT-PRO,528
1H NMR,Bond Length,CMT-PRO,2127
1H NMR,Bond Parameters,CMT-PRO,77
1H NMR,Bonding,CMT-PRO,104
1H NMR,Bone,CMT-DSC,33
1H NMR,Boranes,CMT-CHM,40
1H NMR,Borate,CMT-CHM,67
1H NMR,Boron,CMT-CHM,175
1H NMR,Boronic Acids,CMT-CHM,59
1H NMR,Br,CMT-CHM,881
1H NMR,Br Nsted Acid,CMT-CHM,33
1H NMR,Br2,CMT-CHM,86
1H NMR,Breast,CMT-SPL,77
1H NMR,Breast Cancer,CMT-APL,92
1H NMR,Bright Field,CMT-CMT,47
1H NMR,Bright Field Image,CMT-CMT,175
1H NMR,Bright Field Images,CMT-CMT,134
1H NMR,Brightfield,CMT-CMT,177
1H NMR,Bromide,CMT-CHM,215
1H NMR,Bromination,CMT-SMT,74
1H NMR,Bromine,CMT-CHM,133
1H NMR,Bromo,CMT-CHM,57
1H NMR,Bronsted Acids,CMT-CHM,31
1H NMR,Brush,CMT-DSC,61
1H NMR,Brushes,CMT-DSC,104
1H NMR,Br−,CMT-CHM,182
1H NMR,Bu4NClO4,CMT-CHM,58
1H NMR,Bu4NPF6,CMT-CHM,60
1H NMR,BuOH,CMT-CHM,33
1H NMR,Bulk,CMT-DSC,578
1H NMR,Bulk Polymerization,CMT-SMT,46
1H NMR,Butadiene,CMT-CHM,52
1H NMR,Butanol,CMT-CHM,59
1H NMR,Butyl,CMT-CHM,96
1H NMR,BzCl,CMT-CHM,33
1H NMR,C,CMT-CHM,326
1H NMR,C 1s,CMT-CMT,47
1H NMR,C 1s XPS,CMT-CMT,37
1H NMR,C H,CMT-CHM,198
1H NMR,C-4,CMT-CHM,30
1H NMR,C-C,CMT-CHM,45
1H NMR,C-H,CMT-CHM,95
1H NMR,C-N,CMT-CHM,39
1H NMR,C-V Curve,CMT-CMT,60
1H NMR,C1S,CMT-CMT,65
1H NMR,C1s,CMT-CMT,49
1H NMR,C2/C,CMT-SPL,49
1H NMR,C2D2Cl4,CMT-CHM,102
1H NMR,C2H4,CMT-CHM,38
1H NMR,C2H5OH,CMT-CHM,58
1H NMR,C60,CMT-CHM,290
1H NMR,C6D6,CMT-CHM,510
1H NMR,C6H5,CMT-CHM,42
1H NMR,C6H6,CMT-CHM,80
1H NMR,CA,CMT-PRO,32
1H NMR,CAC,CMT-PRO,95
1H NMR,CAMB3LYP,CMT-CMT,31
1H NMR,CB7,CMT-CHM,45
1H NMR,CBPQT4+,CMT-CHM,30
1H NMR,CBr4,CMT-CHM,42
1H NMR,CCK-8 Assay,CMT-CMT,88
1H NMR,CCl4,CMT-CHM,150
1H NMR,CD,CMT-CMT,115
1H NMR,CD Spectra,CMT-CMT,54
1H NMR,CD Spectroscopy,CMT-CMT,43
1H NMR,CD2Cl2,CMT-CHM,1173
1H NMR,CD3CN,CMT-CHM,1566
1H NMR,CD3COCD3,CMT-CHM,62
1H NMR,CD3NO2,CMT-CHM,65
1H NMR,CD3OD,CMT-CHM,993
1H NMR,CDCl3,CMT-CHM,8175
1H NMR,CDDP,CMT-CHM,47
1H NMR,CF3,CMT-CHM,102
1H NMR,CF3CO2H,CMT-CHM,58
1H NMR,CF3COOH,CMT-CHM,116
1H NMR,CF3SO3,CMT-CHM,31
1H NMR,CF3SO3H,CMT-CHM,44
1H NMR,CH,CMT-CHM,433
1H NMR,CH2,CMT-CHM,438
1H NMR,CH2Br2,CMT-CHM,34
1H NMR,CH2Cl2,CMT-CHM,2710
1H NMR,"CH2Cl2, 78C",CMT-CHM,56
1H NMR,CH3,CMT-CHM,626
1H NMR,CH3CN,CMT-CHM,1716
1H NMR,CH3CN H2O,CMT-CHM,33
1H NMR,CH3CN:H2O,CMT-CHM,30
1H NMR,CH3COO,CMT-CHM,44
1H NMR,CH3COO-,CMT-CHM,38
1H NMR,CH3COOH,CMT-CHM,72
1H NMR,CH3I,CMT-CHM,61
1H NMR,CH3NO2,CMT-CHM,42
1H NMR,CH3OH,CMT-CHM,418
1H NMR,CH4,CMT-CHM,189
1H NMR,CHCl3,CMT-CHM,1680
1H NMR,CHN Analysis,CMT-CMT,35
1H NMR,CHO,CMT-CHM,72
1H NMR,CLSM,CMT-CMT,680
1H NMR,CMC,CMT-PRO,451
1H NMR,CN,CMT-CHM,117
1H NMR,CN−,CMT-CHM,111
1H NMR,CO,CMT-CHM,756
1H NMR,CO2,CMT-APL,46
1H NMR,CO2,CMT-CHM,1161
1H NMR,CO2,CMT-PRO,43
1H NMR,CO2 Permeability,CMT-PRO,38
1H NMR,CO2 Reduction,CMT-APL,31
1H NMR,COD,CMT-CHM,35
1H NMR,COOH,CMT-CHM,270
1H NMR,COSY,CMT-CMT,41
1H NMR,CP,CMT-CMT,36
1H NMR,CP,CMT-PRO,68
1H NMR,CPK,CMT-CMT,85
1H NMR,CPMAS NMR,CMT-CMT,42
1H NMR,CPMG,CMT-CMT,33
1H NMR,CPT,CMT-CHM,70
1H NMR,CS,CMT-DSC,32
1H NMR,CS2,CMT-CHM,128
1H NMR,CTAB,CMT-CHM,166
1H NMR,CUAAC,CMT-SMT,93
1H NMR,CV,CMT-CMT,709
1H NMR,CVS,CMT-CMT,144
1H NMR,CVs,CMT-CMT,48
1H NMR,Ca,CMT-CHM,152
1H NMR,Ca2+,CMT-CHM,557
1H NMR,CaCO3,CMT-CHM,74
1H NMR,CaCl2,CMT-CHM,144
1H NMR,CaO,CMT-CHM,30
1H NMR,Cadmium(II),CMT-CHM,33
1H NMR,Caffeine,CMT-CHM,46
1H NMR,Calcein,CMT-CHM,47
1H NMR,Calcein AM,CMT-CHM,73
1H NMR,Calcination,CMT-SMT,113
1H NMR,Calcined,CMT-SMT,88
1H NMR,Calcium,CMT-CHM,127
1H NMR,Calculations,CMT-CMT,58
1H NMR,Calibration Curve,CMT-CMT,108
1H NMR,Calix[4]Pyrrole,CMT-CHM,33
1H NMR,Calix[4]arene,CMT-CHM,98
1H NMR,Calixarene,CMT-CHM,185
1H NMR,Calomel,CMT-CHM,35
1H NMR,Cancer,CMT-APL,96
1H NMR,Cancer,CMT-PRO,30
1H NMR,Cancer Cell,CMT-APL,39
1H NMR,Cancer Therapy,CMT-APL,35
1H NMR,Capacitance,CMT-PRO,33
1H NMR,Capacity,CMT-PRO,79
1H NMR,Capacity Retention,CMT-PRO,34
1H NMR,Caprolactone,CMT-CHM,75
1H NMR,Capsule,CMT-DSC,120
1H NMR,Carbamates,CMT-CHM,124
1H NMR,Carbazoles,CMT-CHM,120
1H NMR,Carbenes,CMT-CHM,135
1H NMR,Carbodiimide,CMT-CHM,52
1H NMR,Carbohydrate,CMT-CHM,266
1H NMR,Carbon,CMT-CHM,2488
1H NMR,Carbon Black,CMT-CHM,42
1H NMR,Carbon Dioxide,CMT-CHM,156
1H NMR,Carbon Monoxide,CMT-CHM,45
1H NMR,Carbon Number,CMT-PRO,48
1H NMR,Carbon Steel,CMT-CHM,47
1H NMR,Carbonates,CMT-CHM,188
1H NMR,Carbonization,CMT-SMT,44
1H NMR,Carbons,CMT-CHM,476
1H NMR,Carbonyl Carbon,CMT-CHM,65
1H NMR,Carbonyl Oxygen,CMT-CHM,67
1H NMR,Carbonyls,CMT-CHM,731
1H NMR,Carboxyl,CMT-CHM,294
1H NMR,Carboxylates,CMT-CHM,341
1H NMR,Carboxylic,CMT-CHM,163
1H NMR,Carboxylic Acid,CMT-CHM,414
1H NMR,Carboxymethyl,CMT-CHM,61
1H NMR,Cartoon Representation,CMT-CMT,32
1H NMR,Cast,CMT-SMT,40
1H NMR,Cast Films,CMT-DSC,52
1H NMR,Catalysis,CMT-APL,108
1H NMR,Catalyst,CMT-APL,2288
1H NMR,Catalytic,CMT-APL,95
1H NMR,Catalytic,CMT-PRO,44
1H NMR,Catalytic Activity,CMT-PRO,451
1H NMR,Catalytic Efficiency,CMT-PRO,38
1H NMR,Catalytic Hydrogenation,CMT-APL,33
1H NMR,Catalytic Mechanism,CMT-PRO,42
1H NMR,Catalytic Oxidation,CMT-APL,34
1H NMR,Catalytic Performance,CMT-PRO,109
1H NMR,Catalytic Properties,CMT-PRO,33
1H NMR,Catalytic Reaction,CMT-APL,42
1H NMR,Catechols,CMT-CHM,169
1H NMR,Catenane,CMT-CHM,36
1H NMR,Cathode,CMT-APL,220
1H NMR,Cathodes,CMT-APL,70
1H NMR,Cationic,CMT-PRO,149
1H NMR,Cationic Polymerization,CMT-SMT,61
1H NMR,Cavitand,CMT-DSC,35
1H NMR,Cd,CMT-CHM,124
1H NMR,Cd(II),CMT-CHM,129
1H NMR,Cd2+,CMT-CHM,470
1H NMR,CdS,CMT-CHM,58
1H NMR,CdSe,CMT-CHM,70
1H NMR,Ce,CMT-CHM,46
1H NMR,CeO2,CMT-CHM,31
1H NMR,Cell,CMT-APL,323
1H NMR,Cell,CMT-DSC,222
1H NMR,Cell,CMT-PRO,125
1H NMR,Cell Cycle,CMT-PRO,81
1H NMR,Cell Cycle Distribution,CMT-PRO,31
1H NMR,Cell Cytotoxicity,CMT-PRO,40
1H NMR,Cell Morphology,CMT-PRO,60
1H NMR,Cell Performance,CMT-PRO,53
1H NMR,Cell Proliferation,CMT-PRO,56
1H NMR,Cell Viabilities,CMT-PRO,133
1H NMR,Cell Viability,CMT-PRO,1144
1H NMR,Cell Viability Assay,CMT-CMT,62
1H NMR,Cell Voltage,CMT-PRO,33
1H NMR,Cellobiose,CMT-CHM,35
1H NMR,Cells,CMT-APL,339
1H NMR,Cells,CMT-DSC,1801
1H NMR,Cellular Uptake,CMT-PRO,319
1H NMR,Cellulose Acetate,CMT-CHM,39
1H NMR,Centrifugation,CMT-SMT,92
1H NMR,Ceramic,CMT-DSC,66
1H NMR,ChCl,CMT-CHM,34
1H NMR,Chain Length,CMT-PRO,54
1H NMR,Chains,CMT-DSC,92
1H NMR,Chalcone,CMT-CHM,94
1H NMR,Char,CMT-DSC,43
1H NMR,Char,CMT-PRO,33
1H NMR,Char Yield,CMT-PRO,54
1H NMR,Characterization,CMT-CMT,36
1H NMR,Charge Density,CMT-PRO,55
1H NMR,Charge Discharge Curve,CMT-CMT,46
1H NMR,Charge Discharge Curve,CMT-PRO,48
1H NMR,Charge Discharge Profile,CMT-PRO,32
1H NMR,Charge Distribution,CMT-PRO,49
1H NMR,Charge Transfer,CMT-PRO,120
1H NMR,Charge Transfer Band,CMT-PRO,34
1H NMR,Charges,CMT-PRO,161
1H NMR,Chemical,CMT-PRO,134
1H NMR,Chemical Analysis,CMT-CMT,51
1H NMR,Chemical Characterization,CMT-CMT,42
1H NMR,Chemical Composition,CMT-PRO,244
1H NMR,Chemical Formula,CMT-PRO,51
1H NMR,Chemical Modification,CMT-SMT,65
1H NMR,Chemical Oxidation,CMT-SMT,45
1H NMR,Chemical Properties,CMT-PRO,51
1H NMR,Chemical Resistance,CMT-PRO,36
1H NMR,Chemical Shift,CMT-PRO,3244
1H NMR,Chemical Shift Difference,CMT-PRO,63
1H NMR,Chemical Society,CMT-CMT,34
1H NMR,Chemical Stability,CMT-PRO,84
1H NMR,Chemical Structures,CMT-PRO,4006
1H NMR,Chemosensor,CMT-APL,221
1H NMR,Chiral,CMT-PRO,152
1H NMR,Chiral HPLC,CMT-CMT,59
1H NMR,Chirality,CMT-PRO,75
1H NMR,Chlorides,CMT-CHM,651
1H NMR,Chlorination,CMT-SMT,45
1H NMR,Chlorines,CMT-CHM,246
1H NMR,Chloro,CMT-CHM,85
1H NMR,Chlorobenzene,CMT-CHM,135
1H NMR,Chloroform,CMT-CHM,1378
1H NMR,Chloroform-D,CMT-CHM,154
1H NMR,Chloromethylation,CMT-SMT,34
1H NMR,Chloroquine,CMT-CHM,37
1H NMR,Chn,CMT-CMT,30
1H NMR,Chol,CMT-CHM,33
1H NMR,Cholesterol,CMT-CHM,127
1H NMR,Choline,CMT-CHM,118
1H NMR,Chromatogram,CMT-CMT,31
1H NMR,Chromatography,CMT-CMT,55
1H NMR,Chromatography,CMT-SMT,51
1H NMR,Chromium,CMT-CHM,40
1H NMR,Chromogenic,CMT-PRO,37
1H NMR,Chromophore,CMT-APL,39
1H NMR,Chronoamperometry,CMT-CMT,59
1H NMR,Ciprofloxacin,CMT-CHM,31
1H NMR,Circular Dichroism,CMT-CMT,258
1H NMR,Cisplatin,CMT-CHM,260
1H NMR,Citrates,CMT-CHM,176
1H NMR,Citric Acid,CMT-CHM,86
1H NMR,Cl,CMT-CHM,1293
1H NMR,Cl2,CMT-CHM,36
1H NMR,ClO,CMT-CHM,37
1H NMR,ClO4,CMT-CHM,202
1H NMR,Click Chemistry,CMT-SMT,103
1H NMR,Click Reaction,CMT-SMT,77
1H NMR,Cloud Point,CMT-PRO,99
1H NMR,Cluster,CMT-DSC,460
1H NMR,Cl−,CMT-CHM,225
1H NMR,Co,CMT-CHM,337
1H NMR,Co II,CMT-CHM,272
1H NMR,Co III,CMT-CHM,81
1H NMR,Co2+,CMT-CHM,428
1H NMR,CoCl2,CMT-CHM,51
1H NMR,Coal,CMT-CHM,58
1H NMR,Coated,CMT-DSC,217
1H NMR,Coated,CMT-SMT,599
1H NMR,Coatings,CMT-APL,500
1H NMR,Coatings,CMT-SMT,92
1H NMR,Cobalt,CMT-CHM,186
1H NMR,Cobalt (II),CMT-CHM,74
1H NMR,Cobalt III,CMT-CHM,46
1H NMR,Cocatalyst,CMT-APL,36
1H NMR,Cocrystal,CMT-DSC,48
1H NMR,Cole-Cole Plot,CMT-CMT,55
1H NMR,Coli,CMT-APL,43
1H NMR,Colloidal,CMT-DSC,69
1H NMR,Colloidal Stability,CMT-PRO,46
1H NMR,Colloids,CMT-DSC,63
1H NMR,Colon,CMT-SPL,33
1H NMR,Color,CMT-CMT,292
1H NMR,Color,CMT-PRO,452
1H NMR,Color Figure,CMT-CMT,80
1H NMR,Colorimetric,CMT-PRO,73
1H NMR,Colorimetric Response,CMT-PRO,40
1H NMR,Colors,CMT-PRO,37
1H NMR,Colour,CMT-PRO,40
1H NMR,Column Chromatography,CMT-CMT,34
1H NMR,Column Chromatography,CMT-SMT,56
1H NMR,Columns,CMT-APL,43
1H NMR,Combustion,CMT-SMT,42
1H NMR,Complex Viscosity,CMT-PRO,121
1H NMR,Composite,CMT-DSC,857
1H NMR,Composite Film,CMT-DSC,77
1H NMR,Composite Membrane,CMT-DSC,146
1H NMR,Compositions,CMT-PRO,1863
1H NMR,Compressive Modulus,CMT-PRO,40
1H NMR,Compressive Strength,CMT-PRO,50
1H NMR,Compressive Stress Strain Curve,CMT-CMT,31
1H NMR,Concentration,CMT-PRO,98
1H NMR,Conductance,CMT-CMT,34
1H NMR,Conductance,CMT-PRO,39
1H NMR,Conducting,CMT-PRO,54
1H NMR,Conductive,CMT-PRO,46
1H NMR,Conductivity,CMT-PRO,819
1H NMR,Conductivity Measurement,CMT-CMT,54
1H NMR,Cone Calorimeter,CMT-CMT,37
1H NMR,Cone Calorimetry Test,CMT-CMT,54
1H NMR,Configurations,CMT-PRO,116
1H NMR,Confocal Fluorescence,CMT-CMT,86
1H NMR,Confocal Fluorescence Images,CMT-CMT,69
1H NMR,Confocal Fluorescence Microscopy,CMT-CMT,52
1H NMR,Confocal Image,CMT-CMT,173
1H NMR,Confocal Laser Scanning Microscope,CMT-CMT,32
1H NMR,Confocal Laser Scanning Microscopy,CMT-CMT,181
1H NMR,Confocal Microscope,CMT-CMT,46
1H NMR,Confocal Microscopy,CMT-CMT,315
1H NMR,Conformation,CMT-PRO,114
1H NMR,Conformational Analysis,CMT-CMT,59
1H NMR,Congo Red,CMT-CHM,39
1H NMR,Conjugates,CMT-DSC,37
1H NMR,Constants,CMT-PRO,47
1H NMR,Contact Angle,CMT-CMT,47
1H NMR,Contact Angle,CMT-PRO,394
1H NMR,Contact Angle Measurement,CMT-CMT,51
1H NMR,Content,CMT-PRO,33
1H NMR,Contour Plot,CMT-CMT,32
1H NMR,Conversion,CMT-PRO,30
1H NMR,Cooled,CMT-SMT,96
1H NMR,Cooling,CMT-SMT,980
1H NMR,Cooling Curve,CMT-CMT,35
1H NMR,Coordination,CMT-PRO,51
1H NMR,Coordination Chemistry,CMT-PRO,38
1H NMR,Coordination Environment,CMT-PRO,85
1H NMR,Coordination Geometry,CMT-PRO,110
1H NMR,Coordination Mode,CMT-PRO,85
1H NMR,Coordination Number,CMT-PRO,82
1H NMR,Coordination Polymer,CMT-DSC,72
1H NMR,Coordination Sphere,CMT-PRO,34
1H NMR,Copolyesters,CMT-CHM,146
1H NMR,Copolyesters,CMT-DSC,95
1H NMR,Copolyimide,CMT-CHM,33
1H NMR,Copolymer,CMT-DSC,3428
1H NMR,Copolymer,CMT-PRO,96
1H NMR,Copolymer Composition,CMT-PRO,33
1H NMR,Copolymer Film,CMT-DSC,61
1H NMR,Copolymer Membrane,CMT-DSC,33
1H NMR,Copolymer Micelles,CMT-DSC,30
1H NMR,Copolymerization,CMT-SMT,85
1H NMR,Copper,CMT-CHM,611
1H NMR,Copper Complex,CMT-CHM,33
1H NMR,Copper I,CMT-CHM,148
1H NMR,Copper II,CMT-CHM,198
1H NMR,Core,CMT-DSC,143
1H NMR,Core Shell,CMT-DSC,82
1H NMR,Core Shell Structures,CMT-PRO,32
1H NMR,Cores,CMT-DSC,36
1H NMR,Correlation Coefficient,CMT-PRO,94
1H NMR,Correlation Time,CMT-PRO,46
1H NMR,Corrole,CMT-CHM,45
1H NMR,Cosy,CMT-CMT,326
1H NMR,Coulombic Efficiency,CMT-PRO,119
1H NMR,Coumarin 6,CMT-CHM,38
1H NMR,Coumarins,CMT-CHM,192
1H NMR,Counter Electrode,CMT-APL,139
1H NMR,Coupling,CMT-SMT,38
1H NMR,Coupling Constant,CMT-PRO,245
1H NMR,Cr,CMT-CHM,143
1H NMR,Cr(III),CMT-CHM,51
1H NMR,Cr3+,CMT-CHM,286
1H NMR,Creatine,CMT-CHM,64
1H NMR,Creatinine,CMT-CHM,75
1H NMR,Critical Aggregation Concentration,CMT-PRO,73
1H NMR,Critical Micellar Concentration,CMT-PRO,288
1H NMR,Cross Coupling,CMT-SMT,44
1H NMR,Cross Linking Density,CMT-PRO,40
1H NMR,Cross Section,CMT-DSC,181
1H NMR,Cross Section SEM,CMT-CMT,65
1H NMR,Cross Sectional Morphology,CMT-PRO,58
1H NMR,Cross Sectional SEM,CMT-CMT,143
1H NMR,Cross-Linking,CMT-SMT,281
1H NMR,Crosslinked,CMT-DSC,153
1H NMR,Crosslinked,CMT-SMT,334
1H NMR,Crosslinking Density,CMT-PRO,63
1H NMR,Crown Ether,CMT-CHM,156
1H NMR,Cryo,CMT-CMT,76
1H NMR,CryoTEM,CMT-CMT,215
1H NMR,Crystal,CMT-CMT,125
1H NMR,Crystal,CMT-DSC,1495
1H NMR,Crystal,CMT-PRO,264
1H NMR,Crystal Data,CMT-CMT,147
1H NMR,Crystal Lattice,CMT-DSC,62
1H NMR,Crystal Packings,CMT-PRO,297
1H NMR,Crystal Structure,CMT-CMT,109
1H NMR,Crystal Structure,CMT-PRO,2111
1H NMR,Crystal Violet,CMT-CHM,39
1H NMR,Crystalline,CMT-DSC,541
1H NMR,Crystalline,CMT-PRO,33
1H NMR,Crystalline Structure,CMT-PRO,44
1H NMR,Crystallinity,CMT-PRO,323
1H NMR,Crystallite,CMT-DSC,38
1H NMR,Crystallite Size,CMT-PRO,32
1H NMR,Crystallization,CMT-PRO,45
1H NMR,Crystallization Behavior,CMT-PRO,42
1H NMR,Crystallization Onset Temperature,CMT-PRO,45
1H NMR,Crystallographic Parameters,CMT-PRO,43
1H NMR,Crystallography,CMT-CMT,94
1H NMR,Crystallography,CMT-PRO,46
1H NMR,Cs,CMT-CHM,39
1H NMR,Cs+,CMT-CHM,69
1H NMR,Cs2CO3,CMT-CHM,166
1H NMR,CsF,CMT-CHM,49
1H NMR,Cu,CMT-CHM,663
1H NMR,Cu(0),CMT-CHM,31
1H NMR,Cu(ClO4)2,CMT-CHM,33
1H NMR,Cu(I),CMT-CHM,160
1H NMR,Cu(II),CMT-CHM,467
1H NMR,Cu(OAc)2,CMT-CHM,44
1H NMR,Cu+,CMT-CHM,50
1H NMR,Cu2+,CMT-CHM,840
1H NMR,CuBr,CMT-CHM,190
1H NMR,CuBr2,CMT-CHM,48
1H NMR,CuCl,CMT-CHM,128
1H NMR,CuCl2,CMT-CHM,105
1H NMR,CuI,CMT-CHM,292
1H NMR,CuO,CMT-CHM,31
1H NMR,CuSO4,CMT-CHM,80
1H NMR,CuSO4*5H2O,CMT-CHM,44
1H NMR,Cubane,CMT-CHM,32
1H NMR,Cubic,CMT-SPL,130
1H NMR,Cucurbituril,CMT-CHM,40
1H NMR,Curcumin,CMT-CHM,122
1H NMR,Cured,CMT-SMT,427
1H NMR,Curing,CMT-SMT,318
1H NMR,Curing Behaviour,CMT-PRO,41
1H NMR,Current,CMT-PRO,81
1H NMR,Current Density,CMT-PRO,160
1H NMR,Current Density Voltage,CMT-PRO,30
1H NMR,Current Efficiency,CMT-PRO,43
1H NMR,Current Versus Voltage Characteristics,CMT-PRO,42
1H NMR,Current Voltage,CMT-PRO,36
1H NMR,Curve Fitting,CMT-CMT,82
1H NMR,Curves,CMT-CMT,302
1H NMR,Curves,CMT-PRO,30
1H NMR,Cy3,CMT-CHM,34
1H NMR,Cy5,CMT-CHM,45
1H NMR,Cyanides,CMT-CHM,219
1H NMR,Cyano,CMT-CHM,56
1H NMR,Cycle Performance,CMT-PRO,69
1H NMR,Cyclen,CMT-CHM,40
1H NMR,Cyclic,CMT-CMT,49
1H NMR,Cyclic Carbonates,CMT-CHM,99
1H NMR,Cyclic Voltammetric,CMT-CMT,125
1H NMR,Cyclic Voltammetry,CMT-CMT,961
1H NMR,Cyclic Voltammogram,CMT-CMT,1808
1H NMR,Cycling Performance,CMT-PRO,140
1H NMR,Cycling Stability,CMT-PRO,43
1H NMR,Cyclization,CMT-SMT,45
1H NMR,Cyclobutane,CMT-CHM,44
1H NMR,Cyclohexane,CMT-CHM,322
1H NMR,Cyclohexanol,CMT-CHM,33
1H NMR,Cyclohexanone,CMT-CHM,91
1H NMR,Cyclohexene,CMT-CHM,84
1H NMR,Cyclohexene Oxide,CMT-CHM,33
1H NMR,Cyclohexyl,CMT-CHM,66
1H NMR,Cyclooctene,CMT-CHM,50
1H NMR,Cyclopentadiene,CMT-CHM,44
1H NMR,Cyclopentadienyl,CMT-CHM,61
1H NMR,Cyclophane,CMT-CHM,64
1H NMR,Cyclopropane,CMT-CHM,32
1H NMR,Cylinder,CMT-DSC,41
1H NMR,Cys,CMT-CHM,271
1H NMR,Cysteines,CMT-CHM,169
1H NMR,Cytocompatibility,CMT-PRO,63
1H NMR,Cytosine,CMT-CHM,37
1H NMR,Cytotoxic,CMT-PRO,68
1H NMR,Cytotoxic Activities,CMT-PRO,30
1H NMR,Cytotoxic Activity,CMT-PRO,106
1H NMR,Cytotoxic Effect,CMT-PRO,74
1H NMR,Cytotoxicities,CMT-PRO,79
1H NMR,Cytotoxicity,CMT-PRO,1376
1H NMR,C–H,CMT-CHM,105
1H NMR,D-Chloroform,CMT-CHM,39
1H NMR,D-DMSO,CMT-CHM,60
1H NMR,D-Glucose,CMT-CHM,60
1H NMR,D-Spacing,CMT-PRO,75
1H NMR,D2O,CMT-CHM,5484
1H NMR,D6-Acetone,CMT-CHM,38
1H NMR,D6-DMSO,CMT-CHM,338
1H NMR,D8-Toluene,CMT-CHM,44
1H NMR,DABCO,CMT-CHM,97
1H NMR,DAP,CMT-CHM,36
1H NMR,DAPI,CMT-CHM,549
1H NMR,DB24C8,CMT-CHM,35
1H NMR,DBU,CMT-CHM,203
1H NMR,DC,CMT-PRO,48
1H NMR,DC Conductivity,CMT-PRO,40
1H NMR,DCA,CMT-CHM,38
1H NMR,DCC,CMT-CHM,86
1H NMR,DCF,CMT-CHM,40
1H NMR,DCFH-DA,CMT-CHM,38
1H NMR,DCM,CMT-CHM,219
1H NMR,DCl,CMT-CHM,159
1H NMR,DDM,CMT-CHM,33
1H NMR,DDQ,CMT-CHM,70
1H NMR,DDT,CMT-CHM,32
1H NMR,DEA,CMT-CHM,40
1H NMR,DEAE,CMT-CHM,54
1H NMR,DEPT-135,CMT-CMT,56
1H NMR,DES,CMT-CHM,59
1H NMR,DESS,CMT-APL,42
1H NMR,DETA,CMT-CHM,35
1H NMR,DFT,CMT-CMT,1476
1H NMR,DFT Calculations,CMT-CMT,599
1H NMR,DFT Method,CMT-CMT,32
1H NMR,DGEBA,CMT-CHM,97
1H NMR,DH,CMT-PRO,131
1H NMR,DHA,CMT-CHM,37
1H NMR,DIBAL-H,CMT-CHM,39
1H NMR,DIC,CMT-CHM,31
1H NMR,DIC,CMT-CMT,63
1H NMR,DIEA,CMT-CHM,59
1H NMR,DIPEA,CMT-CHM,129
1H NMR,DLS,CMT-CMT,1955
1H NMR,DMA,CMT-CHM,594
1H NMR,DMA,CMT-CMT,140
1H NMR,DMAEMA,CMT-CHM,124
1H NMR,DMAP,CMT-CHM,453
1H NMR,DMAc,CMT-CHM,141
1H NMR,DMC,CMT-CHM,103
1H NMR,DME,CMT-CHM,74
1H NMR,DMEM,CMT-CHM,79
1H NMR,DMF,CMT-CHM,2732
1H NMR,DMF-D,CMT-CHM,35
1H NMR,DMF-D7,CMT-CHM,106
1H NMR,DMFC,CMT-APL,43
1H NMR,DMFC,CMT-CHM,38
1H NMR,DMP,CMT-CHM,54
1H NMR,DMPA,CMT-CHM,66
1H NMR,DMPC,CMT-CHM,31
1H NMR,DMSO,CMT-CHM,3313
1H NMR,DMSO H2O,CMT-CHM,32
1H NMR,DMSO-D,CMT-CHM,1256
1H NMR,DMSO-D6,CMT-CHM,2630
1H NMR,DMSO-D6,CMT-CMT,37
1H NMR,DMSO‑D,CMT-CHM,118
1H NMR,DMTA,CMT-CMT,119
1H NMR,DNA,CMT-PRO,140
1H NMR,DNase I,CMT-CHM,44
1H NMR,DOPO,CMT-CHM,46
1H NMR,DOS,CMT-PRO,30
1H NMR,DOSY,CMT-CMT,168
1H NMR,DOTA,CMT-CHM,33
1H NMR,DOX,CMT-CHM,766
1H NMR,DOX HCl,CMT-CHM,40
1H NMR,DPA,CMT-CHM,71
1H NMR,DPH,CMT-CHM,47
1H NMR,DPP,CMT-CHM,31
1H NMR,DPPC,CMT-CHM,49
1H NMR,DPPE,CMT-CHM,68
1H NMR,DPPF,CMT-CHM,30
1H NMR,DPPH,CMT-CHM,187
1H NMR,DPV,CMT-CMT,137
1H NMR,DS,CMT-PRO,373
1H NMR,DSC,CMT-CMT,4856
1H NMR,DSC Heating,CMT-CMT,76
1H NMR,DSC Heating Curves,CMT-CMT,66
1H NMR,DSSCS,CMT-APL,55
1H NMR,DTA,CMT-CMT,262
1H NMR,DTAB,CMT-CHM,37
1H NMR,DTG,CMT-CHM,529
1H NMR,DTG,CMT-CMT,325
1H NMR,DTG Curve,CMT-CMT,33
1H NMR,DTGA,CMT-CMT,47
1H NMR,DTPA,CMT-CHM,45
1H NMR,DTT,CMT-CHM,167
1H NMR,DTX,CMT-CHM,50
1H NMR,Da,CMT-SMT,30
1H NMR,Data,CMT-CMT,49
1H NMR,De,CMT-PRO,32
1H NMR,Decane,CMT-CHM,44
1H NMR,Decarboxylation,CMT-SMT,40
1H NMR,Decay Curve,CMT-CMT,31
1H NMR,Decomposition Temperature,CMT-PRO,169
1H NMR,Degradation,CMT-PRO,31
1H NMR,Degradation,CMT-SMT,135
1H NMR,Degradation Behavior,CMT-PRO,41
1H NMR,Degradation Kinetics,CMT-PRO,30
1H NMR,Degradation Temperature,CMT-PRO,38
1H NMR,Degree of,CMT-PRO,58
1H NMR,Degree of Polymerization,CMT-PRO,44
1H NMR,Degree of Substitution,CMT-PRO,47
1H NMR,Dehydration,CMT-SMT,58
1H NMR,Dehydrogenation,CMT-SMT,53
1H NMR,Delivery,CMT-APL,44
1H NMR,Dendrimers,CMT-DSC,369
1H NMR,Dendritic,CMT-DSC,105
1H NMR,Dendron,CMT-DSC,35
1H NMR,Dense,CMT-PRO,36
1H NMR,Densities,CMT-PRO,109
1H NMR,Density,CMT-PRO,389
1H NMR,Density Functional Theory,CMT-CMT,419
1H NMR,Density-Functional Theory Calculations,CMT-CMT,79
1H NMR,Depolymerization,CMT-SMT,45
1H NMR,Deprotection,CMT-SMT,137
1H NMR,Deprotonation,CMT-SMT,44
1H NMR,Dept,CMT-CMT,120
1H NMR,Desorption Isotherm,CMT-CMT,31
1H NMR,Dess-Martin Periodinane,CMT-SMT,33
1H NMR,Detection,CMT-APL,82
1H NMR,Detection Limit,CMT-PRO,252
1H NMR,Deuterated Chloroform,CMT-CHM,81
1H NMR,Deuterated DMSO,CMT-CHM,41
1H NMR,Deuterated Water,CMT-CHM,50
1H NMR,Deuterium,CMT-CHM,249
1H NMR,Deuterium Oxide,CMT-CHM,48
1H NMR,Deviation,CMT-CMT,33
1H NMR,Deviation,CMT-PRO,52
1H NMR,Device,CMT-APL,39
1H NMR,Device Performance,CMT-PRO,38
1H NMR,Di-Oxygen,CMT-CHM,76
1H NMR,DiR,CMT-CHM,40
1H NMR,Diagram,CMT-CMT,140
1H NMR,Dialysis,CMT-SMT,144
1H NMR,Diamagnetic,CMT-PRO,213
1H NMR,Diameter,CMT-PRO,31
1H NMR,Diamines,CMT-CHM,385
1H NMR,Diamonds,CMT-CHM,499
1H NMR,Diarylethene,CMT-CHM,35
1H NMR,Diastereomeric Ratio,CMT-PRO,55
1H NMR,Diastereoselectivity,CMT-PRO,58
1H NMR,Diazo,CMT-CHM,44
1H NMR,Diazonium,CMT-CHM,33
1H NMR,Diblock,CMT-DSC,159
1H NMR,Diblock Copolymer,CMT-DSC,508
1H NMR,Dicarboxylate,CMT-CHM,42
1H NMR,Dicarboxylic Acid,CMT-CHM,65
1H NMR,Dichloromethane,CMT-CHM,840
1H NMR,Dicyclohexyl Carbodiimide,CMT-CHM,30
1H NMR,Dielectric Constant,CMT-PRO,235
1H NMR,Dielectric Constants,CMT-PRO,68
1H NMR,Dielectric Loss,CMT-PRO,131
1H NMR,Dielectric Properties,CMT-PRO,63
1H NMR,Diels–Alder Reaction,CMT-SMT,44
1H NMR,Diene,CMT-CHM,119
1H NMR,Diesel,CMT-APL,30
1H NMR,Diesters,CMT-CHM,30
1H NMR,Diethyl Ether,CMT-CHM,177
1H NMR,Diethylamine,CMT-CHM,48
1H NMR,Differential Interference Contrast,CMT-CMT,32
1H NMR,Differential Pulse Voltammetry,CMT-CMT,78
1H NMR,Differential Pulse Voltammogram,CMT-CMT,112
1H NMR,Differential Scanning Calorimeter,CMT-CMT,37
1H NMR,Differential Scanning Calorimetry,CMT-CMT,748
1H NMR,Differential Thermal Analysis,CMT-CMT,67
1H NMR,Diffraction Pattern,CMT-CMT,57
1H NMR,Diffusion Coefficient,CMT-PRO,426
1H NMR,Diffusion Coefficient D,CMT-PRO,43
1H NMR,Diffusion Time,CMT-PRO,39
1H NMR,Digested,CMT-SMT,79
1H NMR,Digestion,CMT-SMT,38
1H NMR,Digital Images,CMT-CMT,55
1H NMR,Digital Photo,CMT-CMT,56
1H NMR,Digital Photograph,CMT-CMT,102
1H NMR,Dihedral Angle,CMT-PRO,250
1H NMR,Dihydrogen,CMT-CHM,56
1H NMR,Dihydrogen Phosphate,CMT-CHM,45
1H NMR,Dihydroxyl,CMT-CHM,36
1H NMR,Diimine,CMT-CHM,50
1H NMR,Diisocyanates,CMT-CHM,45
1H NMR,Diketones,CMT-CHM,30
1H NMR,Dimensional Stability,CMT-PRO,36
1H NMR,Dimers,CMT-DSC,53
1H NMR,Dimethylamine,CMT-CHM,49
1H NMR,Dimethylformamide,CMT-CHM,122
1H NMR,Dimethylsulfoxide,CMT-CHM,271
1H NMR,Dinitro,CMT-CHM,34
1H NMR,Diol,CMT-CHM,173
1H NMR,Diols,CMT-CHM,91
1H NMR,Dioxane,CMT-CHM,360
1H NMR,Dipeptide,CMT-CHM,102
1H NMR,Diphenyl Ether,CMT-CHM,35
1H NMR,Diphosphines,CMT-CHM,34
1H NMR,Dipole Moment,CMT-PRO,126
1H NMR,Disaccharide,CMT-CHM,86
1H NMR,Disc,CMT-DSC,33
1H NMR,Discharge,CMT-PRO,45
1H NMR,Discharge Capacity,CMT-PRO,82
1H NMR,Discharge Curves,CMT-PRO,36
1H NMR,Discharge Profile,CMT-PRO,30
1H NMR,Discs,CMT-DSC,30
1H NMR,Disk,CMT-DSC,90
1H NMR,Disks,CMT-DSC,38
1H NMR,Dispersability,CMT-PRO,35
1H NMR,Dispersion,CMT-DSC,157
1H NMR,Dispersity,CMT-PRO,88
1H NMR,Displacement,CMT-PRO,43
1H NMR,Displacement Ellipsoid,CMT-CMT,274
1H NMR,Displacement Ellipsoid,CMT-PRO,48
1H NMR,Displacement Ellipsoid Plot,CMT-CMT,31
1H NMR,Dissociation Constant,CMT-PRO,41
1H NMR,Dissolution,CMT-SMT,119
1H NMR,Distance,CMT-PRO,124
1H NMR,Distribution,CMT-CMT,82
1H NMR,Distribution,CMT-PRO,64
1H NMR,Distribution Diagram,CMT-CMT,34
1H NMR,Disulfide,CMT-CHM,264
1H NMR,Dithiocarbamates,CMT-CHM,42
1H NMR,Dithranol,CMT-CHM,40
1H NMR,Dma,CMT-CMT,331
1H NMR,Docking,CMT-CMT,47
1H NMR,Dodecane,CMT-CHM,52
1H NMR,Dodecyl,CMT-CHM,31
1H NMR,Domains,CMT-PRO,42
1H NMR,Donor,CMT-APL,31
1H NMR,Dopamine,CMT-CHM,95
1H NMR,Doped,CMT-DSC,387
1H NMR,Dosy NMR,CMT-CMT,88
1H NMR,Double Logarithmic Plot,CMT-CMT,33
1H NMR,Double Stranded,CMT-DSC,39
1H NMR,Dox,CMT-CHM,72
1H NMR,Doxorubicin,CMT-CHM,190
1H NMR,Dp,CMT-PRO,99
1H NMR,Dpph,CMT-CMT,41
1H NMR,Dr,CMT-PRO,41
1H NMR,Dried,CMT-SMT,267
1H NMR,Drifts,CMT-CMT,34
1H NMR,Drinking Water,CMT-APL,31
1H NMR,Drop Cast,CMT-SMT,32
1H NMR,Drop Casting,CMT-SMT,42
1H NMR,Droplets,CMT-DSC,104
1H NMR,Drug,CMT-APL,54
1H NMR,Drug Carrier,CMT-APL,49
1H NMR,Drug Delivery,CMT-APL,124
1H NMR,Drug Delivery System,CMT-APL,74
1H NMR,Drug Release,CMT-CMT,33
1H NMR,Drug Release,CMT-PRO,108
1H NMR,Drug Release Behavior,CMT-PRO,53
1H NMR,Drug Release Profile,CMT-PRO,112
1H NMR,Drug-Loading,CMT-PRO,55
1H NMR,Drugs,CMT-APL,32
1H NMR,Drying,CMT-SMT,170
1H NMR,Dtg,CMT-CMT,509
1H NMR,Dumbbells,CMT-DSC,37
1H NMR,Durability,CMT-PRO,30
1H NMR,Dyads,CMT-DSC,52
1H NMR,Dye-Sensitized Solar Cells,CMT-APL,36
1H NMR,Dyes,CMT-APL,49
1H NMR,Dynamic Behavior,CMT-PRO,53
1H NMR,Dynamic Light Scattering,CMT-CMT,714
1H NMR,Dynamic Mechanical Analysis,CMT-CMT,126
1H NMR,Dynamic Mechanical Property,CMT-PRO,36
1H NMR,Dynamic Viscosity,CMT-PRO,38
1H NMR,Dynamics,CMT-PRO,61
1H NMR,D–F,CMT-CHM,53
1H NMR,E Staining,CMT-CMT,61
1H NMR,E-CL,CMT-CHM,51
1H NMR,E-Caprolactone,CMT-CHM,47
1H NMR,E1/2,CMT-PRO,75
1H NMR,EC50,CMT-PRO,36
1H NMR,ECD,CMT-CMT,118
1H NMR,EDC,CMT-CHM,42
1H NMR,EDCI,CMT-CHM,49
1H NMR,EDOT,CMT-CHM,34
1H NMR,EDS,CMT-CMT,298
1H NMR,EDS Mapping,CMT-CMT,40
1H NMR,EDTA,CMT-CHM,268
1H NMR,EDX,CMT-CMT,424
1H NMR,EDX Mapping,CMT-CMT,30
1H NMR,EGDMA,CMT-CHM,43
1H NMR,EI MS,CMT-CMT,75
1H NMR,EIS,CMT-CMT,83
1H NMR,ELISA,CMT-CMT,95
1H NMR,EM,CMT-PRO,42
1H NMR,EP,CMT-CHM,46
1H NMR,EPR,CMT-CMT,49
1H NMR,EPR Spectroscopy,CMT-CMT,46
1H NMR,EQE,CMT-CMT,57
1H NMR,EQE,CMT-PRO,31
1H NMR,ES MS,CMT-CMT,46
1H NMR,ESEM,CMT-CMT,53
1H NMR,ESI MS,CMT-CMT,1052
1H NMR,ESI Mass,CMT-CMT,122
1H NMR,ESI Mass Spectrometry,CMT-CMT,41
1H NMR,ESI Mass Spectrum,CMT-CMT,44
1H NMR,ESI-Mass,CMT-CMT,34
1H NMR,ESI-TOF-MS,CMT-CMT,35
1H NMR,ESR,CMT-CMT,286
1H NMR,EXAFS,CMT-CMT,53
1H NMR,EXSY,CMT-CMT,68
1H NMR,Edax,CMT-CMT,53
1H NMR,Effect,CMT-PRO,57
1H NMR,Efficiencies,CMT-PRO,34
1H NMR,Efficiency,CMT-PRO,84
1H NMR,Eis,CMT-CMT,158
1H NMR,El,CMT-CMT,114
1H NMR,Elastic,CMT-PRO,40
1H NMR,Elastic Modulus,CMT-PRO,118
1H NMR,Elastomer,CMT-APL,48
1H NMR,Elastomer,CMT-PRO,45
1H NMR,Electric Conductivity,CMT-PRO,34
1H NMR,Electrical Conductivity,CMT-PRO,174
1H NMR,Electrical Properties,CMT-PRO,33
1H NMR,Electroactive,CMT-PRO,54
1H NMR,Electrochemical,CMT-CMT,154
1H NMR,Electrochemical,CMT-PRO,173
1H NMR,Electrochemical,CMT-SMT,69
1H NMR,Electrochemical Behavior,CMT-PRO,120
1H NMR,Electrochemical Data,CMT-CMT,137
1H NMR,Electrochemical Impedance Spectroscopy,CMT-CMT,94
1H NMR,Electrochemical Measurement,CMT-CMT,62
1H NMR,Electrochemical Method,CMT-CMT,31
1H NMR,Electrochemical Oxidation,CMT-SMT,85
1H NMR,Electrochemical Parameters,CMT-PRO,32
1H NMR,Electrochemical Performance,CMT-PRO,75
1H NMR,Electrochemical Properties,CMT-PRO,298
1H NMR,Electrochemical Reduction,CMT-SMT,36
1H NMR,Electrochemical Stability,CMT-PRO,34
1H NMR,Electrochemical Study,CMT-CMT,82
1H NMR,Electrochemistry,CMT-CMT,61
1H NMR,Electrode,CMT-APL,921
1H NMR,Electrodeposition,CMT-SMT,32
1H NMR,Electrodes,CMT-APL,414
1H NMR,Electroluminescence,CMT-CMT,57
1H NMR,Electrolysis,CMT-SMT,120
1H NMR,Electrolyte,CMT-APL,505
1H NMR,Electron Density,CMT-PRO,159
1H NMR,Electron Diffraction,CMT-CMT,31
1H NMR,Electron Microscopy,CMT-CMT,42
1H NMR,Electron Paramagnetic Resonance,CMT-CMT,41
1H NMR,Electron Transfer,CMT-PRO,62
1H NMR,Electron Transition,CMT-PRO,89
1H NMR,Electronic,CMT-CMT,72
1H NMR,Electronic,CMT-PRO,80
1H NMR,Electronic Absorption,CMT-CMT,368
1H NMR,Electronic Absorption Spectral,CMT-CMT,64
1H NMR,Electronic Properties,CMT-PRO,124
1H NMR,Electronic Spectrum,CMT-CMT,261
1H NMR,Electronic Structure,CMT-PRO,112
1H NMR,Electronic Structures,CMT-PRO,70
1H NMR,Electrons,CMT-PRO,48
1H NMR,Electrophoretic Mobility,CMT-PRO,82
1H NMR,Electropolymerization,CMT-SMT,39
1H NMR,Electrospinning,CMT-SMT,70
1H NMR,Electrospray Ionization Mass Spectrometry,CMT-CMT,99
1H NMR,Electrospun,CMT-SMT,135
1H NMR,Electrostatic Potential,CMT-PRO,106
1H NMR,Electrostatic Potential Surface,CMT-PRO,34
1H NMR,Element Analysis,CMT-CMT,76
1H NMR,Elemental,CMT-CMT,81
1H NMR,Elemental Analysis,CMT-CMT,2976
1H NMR,Elemental Composition,CMT-PRO,128
1H NMR,Elemental Mapping,CMT-CMT,94
1H NMR,Ellipsoids,CMT-CMT,241
1H NMR,Ellipsometry,CMT-CMT,31
1H NMR,Elongation at Break,CMT-PRO,217
1H NMR,Emission Band,CMT-PRO,54
1H NMR,Emission Colour,CMT-PRO,51
1H NMR,Emission Intensity,CMT-PRO,517
1H NMR,Emission Maxima,CMT-PRO,64
1H NMR,Emission Maximum,CMT-PRO,35
1H NMR,Emission Properties,CMT-PRO,68
1H NMR,Emission Spectra,CMT-CMT,1377
1H NMR,Emission Spectral,CMT-CMT,34
1H NMR,Emission Spectral,CMT-PRO,31
1H NMR,Emission Spectroscopy,CMT-CMT,42
1H NMR,Emission Spectrum,CMT-CMT,178
1H NMR,Emission Titration,CMT-CMT,31
1H NMR,Emission Wavelength,CMT-PRO,106
1H NMR,Emissions,CMT-CMT,492
1H NMR,Emissions,CMT-PRO,213
1H NMR,Emissive,CMT-PRO,38
1H NMR,Emulsion,CMT-DSC,96
1H NMR,Emulsion Polymerization,CMT-SMT,46
1H NMR,Emulsions,CMT-APL,43
1H NMR,Emulsions,CMT-DSC,88
1H NMR,Enamine,CMT-CHM,47
1H NMR,Enantiomeric Excess,CMT-PRO,84
1H NMR,Enantioselectivity,CMT-PRO,66
1H NMR,Encapsulation Efficiency,CMT-PRO,83
1H NMR,Energetic,CMT-PRO,53
1H NMR,Energies,CMT-PRO,153
1H NMR,Energy,CMT-PRO,149
1H NMR,Energy Barrier,CMT-PRO,50
1H NMR,Energy Diagram,CMT-CMT,72
1H NMR,Energy Diagram,CMT-PRO,44
1H NMR,Energy Dispersive X-Ray,CMT-CMT,38
1H NMR,Energy Dispersive X-Ray Spectroscopy,CMT-CMT,41
1H NMR,Energy Efficiency,CMT-PRO,34
1H NMR,Energy Gap,CMT-PRO,75
1H NMR,Energy Level,CMT-PRO,210
1H NMR,Energy Level Diagram,CMT-CMT,60
1H NMR,Energy Level Diagram,CMT-PRO,75
1H NMR,Energy Minimized,CMT-CMT,106
1H NMR,Energy Profile,CMT-PRO,46
1H NMR,Energy Transfer,CMT-PRO,40
1H NMR,Energy-Minimized Structure,CMT-CMT,31
1H NMR,Enol,CMT-CHM,108
1H NMR,Enthalpies,CMT-PRO,77
1H NMR,Enthalpy,CMT-PRO,177
1H NMR,Enthalpy Change,CMT-PRO,68
1H NMR,Entropy,CMT-PRO,122
1H NMR,Enzymatic,CMT-SMT,30
1H NMR,Enzymatic Degradation,CMT-SMT,100
1H NMR,Enzymatic Hydrolysis,CMT-SMT,82
1H NMR,Enzyme Activity,CMT-PRO,35
1H NMR,Enzymes,CMT-APL,48
1H NMR,Eosin,CMT-CHM,93
1H NMR,Epichlorohydrin,CMT-CHM,62
1H NMR,Epoxidation,CMT-APL,77
1H NMR,Epoxidation,CMT-SMT,118
1H NMR,Epoxides,CMT-CHM,320
1H NMR,Epoxidized,CMT-SMT,92
1H NMR,Epoxy,CMT-CHM,440
1H NMR,Epoxy Resin,CMT-CHM,140
1H NMR,Epr,CMT-CMT,542
1H NMR,Epr,CMT-PRO,31
1H NMR,Equilibrium Constant,CMT-PRO,183
1H NMR,Equivalent Circuits,CMT-CMT,94
1H NMR,Er,CMT-CHM,51
1H NMR,Esterification,CMT-SMT,145
1H NMR,Esters,CMT-CHM,798
1H NMR,Et,CMT-CHM,94
1H NMR,Et2O,CMT-CHM,338
1H NMR,Et3N,CMT-CHM,700
1H NMR,Et3SiH,CMT-CHM,40
1H NMR,EtOAc,CMT-CHM,133
1H NMR,Etched,CMT-SMT,48
1H NMR,Etching,CMT-SMT,59
1H NMR,Ethane,CMT-CHM,45
1H NMR,Ethanol,CMT-CHM,1464
1H NMR,Ethanolamine,CMT-CHM,51
1H NMR,Ethene,CMT-CHM,47
1H NMR,Ethers,CMT-CHM,360
1H NMR,Ethidium Bromide,CMT-CHM,94
1H NMR,Ethoxy,CMT-CHM,45
1H NMR,Ethyl,CMT-CHM,176
1H NMR,Ethyl Acetate,CMT-CHM,248
1H NMR,Ethyl Esters,CMT-CHM,42
1H NMR,Ethylene,CMT-CHM,348
1H NMR,Ethylene Diamine,CMT-CHM,193
1H NMR,Ethylene Glycol,CMT-CHM,194
1H NMR,Ethylene Oxide,CMT-CHM,80
1H NMR,Ethylene Polymerization,CMT-APL,58
1H NMR,Eu,CMT-CHM,170
1H NMR,Eu(III),CMT-CHM,85
1H NMR,Eu3+,CMT-CHM,107
1H NMR,Eugenol,CMT-CHM,33
1H NMR,Europium,CMT-CHM,57
1H NMR,Exchange,CMT-SMT,47
1H NMR,Exchange Rate,CMT-PRO,36
1H NMR,Excitation,CMT-CMT,163
1H NMR,Excitation,CMT-PRO,34
1H NMR,Excitation Spectra,CMT-CMT,337
1H NMR,Excitation and Emission Spectra,CMT-CMT,51
1H NMR,Excited State,CMT-PRO,70
1H NMR,Excited State Lifetime,CMT-PRO,31
1H NMR,Exotherm,CMT-CHM,32
1H NMR,External Quantum Efficiency,CMT-PRO,37
1H NMR,Extinction Coefficient,CMT-PRO,75
1H NMR,Extraction,CMT-SMT,81
1H NMR,Extraction Efficiency,CMT-PRO,51
1H NMR,Eyring Plot,CMT-CMT,99
1H NMR,F,CMT-CHM,583
1H NMR,F,CMT-PRO,391
1H NMR,FAB-MS,CMT-CMT,48
1H NMR,FAM,CMT-CHM,39
1H NMR,FAME,CMT-CHM,49
1H NMR,FCM,CMT-CMT,31
1H NMR,FE-SEM,CMT-CMT,205
1H NMR,FESEM,CMT-CMT,425
1H NMR,FID,CMT-CMT,75
1H NMR,FITC,CMT-CHM,409
1H NMR,FT IR,CMT-CMT,168
1H NMR,FT-IR,CMT-CMT,5651
1H NMR,FT-IR Spectroscopic,CMT-CMT,30
1H NMR,FT-IR Spectroscopy,CMT-CMT,158
1H NMR,FTIR,CMT-CMT,6353
1H NMR,FTIR Absorption,CMT-CMT,36
1H NMR,FTIR Spectroscopy,CMT-CMT,139
1H NMR,FTIR-ATR,CMT-CMT,38
1H NMR,FTO,CMT-CHM,49
1H NMR,FWHM,CMT-PRO,60
1H NMR,Fabric,CMT-DSC,45
1H NMR,Fabrics,CMT-DSC,45
1H NMR,Facs,CMT-CMT,40
1H NMR,Faradaic Efficiency,CMT-PRO,54
1H NMR,Fatty Acid,CMT-CHM,267
1H NMR,Fatty Acid Methyl Ester,CMT-CHM,34
1H NMR,Fe,CMT-CHM,472
1H NMR,Fe,CMT-PRO,36
1H NMR,Fe III,CMT-CHM,56
1H NMR,Fe(II),CMT-CHM,120
1H NMR,Fe(III),CMT-CHM,142
1H NMR,Fe1,CMT-CHM,51
1H NMR,Fe2,CMT-CHM,32
1H NMR,Fe2+,CMT-CHM,324
1H NMR,Fe2O3,CMT-CHM,30
1H NMR,Fe3+,CMT-CHM,518
1H NMR,Fe3O4,CMT-CHM,156
1H NMR,FeCl2,CMT-CHM,32
1H NMR,FeCl3,CMT-CHM,133
1H NMR,FeII,CMT-CHM,68
1H NMR,Ferric,CMT-CHM,54
1H NMR,Ferrocenes,CMT-CHM,388
1H NMR,Ferrocenium,CMT-CHM,64
1H NMR,Ferrocenyl,CMT-CHM,81
1H NMR,Ferrous,CMT-CHM,34
1H NMR,Ff,CMT-PRO,40
1H NMR,Ff - Tem,CMT-CMT,30
1H NMR,Fft,CMT-CMT,39
1H NMR,Fiber,CMT-DSC,214
1H NMR,Fibers,CMT-DSC,262
1H NMR,Fibres,CMT-DSC,44
1H NMR,Fibrils,CMT-DSC,51
1H NMR,Fibrous,CMT-DSC,46
1H NMR,Field Emission Scanning Electron Microscopy,CMT-CMT,59
1H NMR,Figures,CMT-CMT,38
1H NMR,Film,CMT-DSC,1897
1H NMR,Film Surface,CMT-DSC,76
1H NMR,Films,CMT-DSC,2047
1H NMR,Filter Paper,CMT-APL,64
1H NMR,Filters,CMT-APL,39
1H NMR,Filtration,CMT-SMT,48
1H NMR,First Order Kinetic Plots,CMT-CMT,34
1H NMR,First Order Rate Constant,CMT-PRO,54
1H NMR,Fit,CMT-CMT,53
1H NMR,Fits,CMT-CMT,31
1H NMR,Fitting,CMT-CMT,38
1H NMR,Flame Retardancy,CMT-PRO,66
1H NMR,Flame Retardants,CMT-APL,58
1H NMR,Flavonoids,CMT-CHM,49
1H NMR,Flexibility,CMT-PRO,78
1H NMR,Flexible,CMT-PRO,77
1H NMR,Flexural Strength,CMT-PRO,44
1H NMR,Flow Cytometric Analysis,CMT-CMT,106
1H NMR,Flow Cytometry,CMT-CMT,671
1H NMR,Fluidity,CMT-PRO,31
1H NMR,Fluorene,CMT-CHM,90
1H NMR,Fluorescein,CMT-CHM,102
1H NMR,Fluorescence,CMT-CMT,2921
1H NMR,Fluorescence,CMT-PRO,1065
1H NMR,Fluorescence Color,CMT-PRO,83
1H NMR,Fluorescence Decay,CMT-CMT,70
1H NMR,Fluorescence Decay Curve,CMT-CMT,38
1H NMR,Fluorescence Emission,CMT-CMT,844
1H NMR,Fluorescence Emission,CMT-PRO,192
1H NMR,Fluorescence Emission Intensity,CMT-PRO,69
1H NMR,Fluorescence Emission Spectra,CMT-CMT,143
1H NMR,Fluorescence Enhancement,CMT-PRO,62
1H NMR,Fluorescence Excitation,CMT-CMT,105
1H NMR,Fluorescence Image,CMT-CMT,678
1H NMR,Fluorescence Imaging,CMT-CMT,137
1H NMR,Fluorescence Intensity,CMT-CMT,109
1H NMR,Fluorescence Intensity,CMT-PRO,1713
1H NMR,Fluorescence Intensity Ratio,CMT-PRO,143
1H NMR,Fluorescence Lifetime,CMT-PRO,74
1H NMR,Fluorescence Measurement,CMT-CMT,63
1H NMR,Fluorescence Micrograph,CMT-CMT,54
1H NMR,Fluorescence Microscope,CMT-CMT,143
1H NMR,Fluorescence Microscopy,CMT-CMT,388
1H NMR,Fluorescence Photograph,CMT-CMT,50
1H NMR,Fluorescence Probe,CMT-APL,74
1H NMR,Fluorescence Property,CMT-PRO,74
1H NMR,Fluorescence Quantum Yield,CMT-PRO,180
1H NMR,Fluorescence Quenching,CMT-CMT,141
1H NMR,Fluorescence Quenching,CMT-PRO,81
1H NMR,Fluorescence Quenching Efficiency,CMT-PRO,31
1H NMR,Fluorescence Ratio,CMT-PRO,38
1H NMR,Fluorescence Response,CMT-CMT,30
1H NMR,Fluorescence Response,CMT-PRO,427
1H NMR,Fluorescence Sensors,CMT-APL,34
1H NMR,Fluorescence Spectra,CMT-CMT,778
1H NMR,Fluorescence Spectral,CMT-CMT,107
1H NMR,Fluorescence Spectroscopy,CMT-CMT,341
1H NMR,Fluorescence Spectrum,CMT-CMT,92
1H NMR,Fluorescence Titration,CMT-CMT,349
1H NMR,Fluorescent,CMT-CMT,104
1H NMR,Fluorescent,CMT-PRO,399
1H NMR,Fluorescent Chemosensor,CMT-APL,37
1H NMR,Fluorescent Image,CMT-CMT,211
1H NMR,Fluorescent Intensity,CMT-PRO,188
1H NMR,Fluorescent Microscopy,CMT-CMT,97
1H NMR,Fluorescent Probes,CMT-APL,40
1H NMR,Fluorescent Spectra,CMT-CMT,126
1H NMR,Fluoride,CMT-CHM,382
1H NMR,Fluorine,CMT-CHM,277
1H NMR,Fluorophore,CMT-APL,32
1H NMR,Flux,CMT-PRO,60
1H NMR,Foam,CMT-DSC,61
1H NMR,Foams,CMT-DSC,49
1H NMR,Foil,CMT-DSC,82
1H NMR,Folates,CMT-CHM,88
1H NMR,Folic Acid,CMT-CHM,73
1H NMR,Food,CMT-APL,33
1H NMR,Formaldehyde,CMT-CHM,162
1H NMR,Formamide,CMT-CHM,44
1H NMR,Formate,CMT-CHM,121
1H NMR,Formation Constant,CMT-PRO,112
1H NMR,Formation Mechanism,CMT-PRO,49
1H NMR,Formic Acids,CMT-CHM,199
1H NMR,Formyl,CMT-CHM,42
1H NMR,Fourier Transform,CMT-CMT,52
1H NMR,Fourier Transform Infrared,CMT-CMT,437
1H NMR,Fourier Transform Infrared Spectroscopy,CMT-CMT,371
1H NMR,Fracture Surface,CMT-PRO,80
1H NMR,Free Energy,CMT-PRO,205
1H NMR,Free Energy Change,CMT-PRO,38
1H NMR,Free Energy Profile,CMT-PRO,38
1H NMR,Free Energy of Activation,CMT-PRO,34
1H NMR,Free Radical Copolymerization,CMT-SMT,44
1H NMR,Free Radical Polymerization,CMT-SMT,160
1H NMR,Free Standing,CMT-DSC,39
1H NMR,Freeze Drying,CMT-SMT,69
1H NMR,Freeze-Dried,CMT-SMT,162
1H NMR,Frequency,CMT-PRO,71
1H NMR,Frontier Molecular Orbitals,CMT-PRO,277
1H NMR,Frontier Orbitals,CMT-PRO,123
1H NMR,Fructose,CMT-CHM,100
1H NMR,Ft,CMT-CMT,154
1H NMR,Ftir - Atr,CMT-CMT,48
1H NMR,Fucose,CMT-CHM,30
1H NMR,Fuel Cell,CMT-APL,129
1H NMR,Fullerene,CMT-CHM,210
1H NMR,Fumarate,CMT-CHM,39
1H NMR,Functionalized,CMT-DSC,34
1H NMR,Furans,CMT-CHM,122
1H NMR,Furfural,CMT-CHM,57
1H NMR,G,CMT-PRO,561
1H NMR,GC,CMT-CMT,47
1H NMR,GC / MS,CMT-CMT,69
1H NMR,GC MS,CMT-CMT,39
1H NMR,GC-MS,CMT-CMT,303
1H NMR,GIAO,CMT-CMT,41
1H NMR,GMA,CMT-CHM,78
1H NMR,GMP,CMT-CHM,30
1H NMR,GPC,CMT-CMT,3296
1H NMR,GSH,CMT-CHM,500
1H NMR,Ga,CMT-CHM,71
1H NMR,Ga3+,CMT-CHM,38
1H NMR,Galactose,CMT-CHM,135
1H NMR,Gallium,CMT-CHM,37
1H NMR,Gas Chromatogram,CMT-CMT,66
1H NMR,Gas Chromatography,CMT-CMT,97
1H NMR,Gas Permeability,CMT-PRO,57
1H NMR,Gasolines,CMT-CHM,38
1H NMR,Gaussian 09,CMT-CMT,66
1H NMR,Gc,CMT-CMT,249
1H NMR,Gcms,CMT-CMT,39
1H NMR,Gc–Ms,CMT-CMT,62
1H NMR,Gd,CMT-CHM,106
1H NMR,Gd(III),CMT-CHM,35
1H NMR,Gd3+,CMT-CHM,59
1H NMR,Ge,CMT-CHM,40
1H NMR,Gel,CMT-DSC,268
1H NMR,Gel Content,CMT-PRO,67
1H NMR,Gel Electrophoresis,CMT-CMT,72
1H NMR,Gel Fraction,CMT-PRO,35
1H NMR,Gel Permeation Chromatogram,CMT-CMT,34
1H NMR,Gel Permeation Chromatography,CMT-CMT,564
1H NMR,Gel Retardation Assay,CMT-CMT,50
1H NMR,Gelation,CMT-SMT,37
1H NMR,Gelation Ability,CMT-PRO,32
1H NMR,Gelation Properties,CMT-PRO,46
1H NMR,Gelation Time,CMT-PRO,81
1H NMR,Gelator,CMT-APL,90
1H NMR,Gelator,CMT-PRO,38
1H NMR,Gels,CMT-DSC,250
1H NMR,Gene Delivery,CMT-APL,39
1H NMR,Gene Expression,CMT-PRO,59
1H NMR,Gene Transfection Efficiency,CMT-PRO,188
1H NMR,Geometric Structure,CMT-PRO,36
1H NMR,Geometrical,CMT-PRO,41
1H NMR,Geometrical Parameters,CMT-PRO,93
1H NMR,Geometries,CMT-PRO,171
1H NMR,Geometry,CMT-PRO,149
1H NMR,Geometry Optimization,CMT-CMT,31
1H NMR,Geometry Parameters,CMT-PRO,80
1H NMR,Gibbs Free Energy,CMT-PRO,193
1H NMR,Glacial Acetic Acid,CMT-CHM,30
1H NMR,Glass,CMT-DSC,167
1H NMR,Glass Transition,CMT-PRO,113
1H NMR,Glass Transition Temperature,CMT-PRO,696
1H NMR,Glasses,CMT-DSC,40
1H NMR,Glassy,CMT-DSC,343
1H NMR,Glassy Carbon,CMT-CHM,323
1H NMR,GlcNAc,CMT-CHM,45
1H NMR,Gln,CMT-CHM,65
1H NMR,Glu,CMT-CHM,144
1H NMR,Glucosamine,CMT-CHM,42
1H NMR,Glucose,CMT-CHM,590
1H NMR,Glucuronic Acid,CMT-CHM,36
1H NMR,Glutamate,CMT-CHM,102
1H NMR,Glutamine,CMT-CHM,85
1H NMR,Glutaraldehyde,CMT-CHM,38
1H NMR,Glutathione,CMT-CHM,150
1H NMR,Gly,CMT-CHM,192
1H NMR,Glycerol,CMT-CHM,327
1H NMR,Glycidol,CMT-CHM,34
1H NMR,Glycidyl Methacrylate,CMT-CHM,50
1H NMR,Glycine,CMT-CHM,240
1H NMR,Glycolide,CMT-CHM,32
1H NMR,Glycosyl,CMT-CHM,39
1H NMR,Gold(I),CMT-CHM,32
1H NMR,Graft Copolymer,CMT-DSC,296
1H NMR,Graft Copolymerization,CMT-SMT,56
1H NMR,Grafting Density,CMT-PRO,30
1H NMR,Grafting Efficiency,CMT-PRO,34
1H NMR,Grafts,CMT-DSC,45
1H NMR,Graphene,CMT-CHM,115
1H NMR,Graphene Oxide,CMT-CHM,77
1H NMR,Graphite,CMT-CHM,157
1H NMR,Grid,CMT-DSC,98
1H NMR,Grids,CMT-DSC,38
1H NMR,Grinding,CMT-SMT,44
1H NMR,Ground,CMT-PRO,39
1H NMR,Ground,CMT-SMT,40
1H NMR,Ground State,CMT-PRO,154
1H NMR,Guaiacols,CMT-CHM,33
1H NMR,Guanidine,CMT-CHM,40
1H NMR,Guanidinium,CMT-CHM,44
1H NMR,Guanine,CMT-CHM,108
1H NMR,Guanosine,CMT-CHM,48
1H NMR,H & E Staining,CMT-CMT,57
1H NMR,H&E,CMT-CMT,59
1H NMR,H&E Staining,CMT-CMT,57
1H NMR,H+,CMT-CHM,282
1H NMR,H2,CMT-CHM,1124
1H NMR,H2L,CMT-CHM,103
1H NMR,H2O,CMT-CHM,3282
1H NMR,H2O2,CMT-CHM,793
1H NMR,H2PO4,CMT-CHM,342
1H NMR,H2S,CMT-CHM,102
1H NMR,H2SO4,CMT-CHM,441
1H NMR,H3PO4,CMT-CHM,101
1H NMR,HAADF STEM,CMT-CMT,60
1H NMR,HAuCl4,CMT-CHM,60
1H NMR,HBF4,CMT-CHM,53
1H NMR,HBr,CMT-CHM,34
1H NMR,HCO3,CMT-CHM,72
1H NMR,HCOOH,CMT-CHM,74
1H NMR,HCl,CMT-CHM,1477
1H NMR,HClO4,CMT-CHM,85
1H NMR,HEMA,CMT-CHM,139
1H NMR,HEPES,CMT-CHM,579
1H NMR,HFIP,CMT-CHM,65
1H NMR,HMBC,CMT-CMT,578
1H NMR,HMDS,CMT-CHM,47
1H NMR,HMF,CMT-CHM,88
1H NMR,HMPA,CMT-CHM,42
1H NMR,HMQC,CMT-CMT,164
1H NMR,HNO3,CMT-CHM,113
1H NMR,HOAc,CMT-CHM,65
1H NMR,HOBt,CMT-CHM,139
1H NMR,HOMO,CMT-PRO,101
1H NMR,HOMO LUMO Energy Gap,CMT-PRO,58
1H NMR,HOMOS,CMT-PRO,69
1H NMR,HP-β-CD,CMT-CHM,33
1H NMR,HPLC,CMT-CMT,166
1H NMR,HPMA,CMT-CHM,33
1H NMR,HR-MS,CMT-CMT,38
1H NMR,HRMS,CMT-CMT,299
1H NMR,HRR Curves,CMT-CMT,31
1H NMR,HRTEM,CMT-CMT,550
1H NMR,HSO3,CMT-CHM,66
1H NMR,HSO4,CMT-CHM,57
1H NMR,HSQC,CMT-CMT,69
1H NMR,HSQC NMR,CMT-CMT,45
1H NMR,Haematoxylin,CMT-CHM,95
1H NMR,Haematoxylin Eosin,CMT-CMT,42
1H NMR,Half Life,CMT-PRO,47
1H NMR,Half Sandwich,CMT-DSC,50
1H NMR,Half Wave Potential,CMT-PRO,44
1H NMR,Half-Lives,CMT-PRO,33
1H NMR,Halides,CMT-CHM,260
1H NMR,Halogen,CMT-CHM,157
1H NMR,Hammett Plot,CMT-CMT,54
1H NMR,Hard,CMT-PRO,54
1H NMR,Hard Segments,CMT-PRO,30
1H NMR,Hardness,CMT-PRO,98
1H NMR,Hd,CMT-CHM,52
1H NMR,Heat Capacity,CMT-PRO,36
1H NMR,Heat Flow,CMT-PRO,59
1H NMR,Heat Release Rate,CMT-PRO,71
1H NMR,Heat Treated,CMT-SMT,55
1H NMR,Heat Treatment,CMT-SMT,118
1H NMR,Heated,CMT-SMT,387
1H NMR,Heating,CMT-CMT,46
1H NMR,Heating,CMT-SMT,2090
1H NMR,Heating/Cooling,CMT-SMT,49
1H NMR,Height Images,CMT-CMT,67
1H NMR,Height Profile,CMT-CMT,114
1H NMR,Helical,CMT-DSC,64
1H NMR,Helical,CMT-PRO,60
1H NMR,Helicity,CMT-PRO,40
1H NMR,Helium,CMT-CHM,38
1H NMR,Helix,CMT-PRO,34
1H NMR,Heme,CMT-CHM,92
1H NMR,Hemicellulose,CMT-CHM,36
1H NMR,Hemolysis,CMT-PRO,37
1H NMR,Heptane,CMT-CHM,76
1H NMR,Heterobimetallic,CMT-DSC,42
1H NMR,Heterocycles,CMT-CHM,49
1H NMR,Heterogeneous Catalyst,CMT-APL,58
1H NMR,Hexadecane,CMT-CHM,31
1H NMR,Hexafluorophosphate,CMT-CHM,52
1H NMR,Hexagonal,CMT-SPL,188
1H NMR,Hexamethylene Diisocyanate,CMT-CHM,30
1H NMR,Hexane,CMT-CHM,453
1H NMR,Hexyl,CMT-CHM,43
1H NMR,Hf,CMT-CHM,71
1H NMR,Hg,CMT-CHM,166
1H NMR,Hg(ClO4)2,CMT-CHM,56
1H NMR,Hg(II),CMT-CHM,72
1H NMR,Hg2+,CMT-CHM,680
1H NMR,HgCl2,CMT-CHM,42
1H NMR,High,CMT-CMT,41
1H NMR,High,CMT-PRO,31
1H NMR,High Performance Liquid Chromatography,CMT-CMT,89
1H NMR,High Resolution Mass Spectrometry,CMT-CMT,45
1H NMR,High Resolution TEM,CMT-CMT,108
1H NMR,High Resolution XPS,CMT-CMT,134
1H NMR,High Speed Countercurrent Chromatography,CMT-CMT,58
1H NMR,High-Spin,CMT-PRO,83
1H NMR,Highest Occupied Molecular Orbitals,CMT-PRO,56
1H NMR,Hirshfeld Surface,CMT-CMT,36
1H NMR,Histidine,CMT-CHM,150
1H NMR,Histological,CMT-CMT,42
1H NMR,Histological Analysis,CMT-CMT,65
1H NMR,Hoechst 33258,CMT-CHM,71
1H NMR,Hoechst33342,CMT-CHM,121
1H NMR,Homo,CMT-PRO,695
1H NMR,Homo LUMO Gap,CMT-PRO,40
1H NMR,Homo-,CMT-DSC,33
1H NMR,Homopolymer,CMT-DSC,463
1H NMR,Hplc,CMT-CMT,938
1H NMR,Hrr,CMT-CMT,31
1H NMR,Hsccc,CMT-CMT,83
1H NMR,Hsqc,CMT-CMT,336
1H NMR,Hybrid,CMT-DSC,138
1H NMR,Hybrid Film,CMT-DSC,55
1H NMR,Hybrid Membrane,CMT-DSC,49
1H NMR,Hydrated,CMT-SMT,43
1H NMR,Hydrates,CMT-CHM,60
1H NMR,Hydration,CMT-SMT,64
1H NMR,Hydration Number,CMT-PRO,59
1H NMR,Hydrazide,CMT-CHM,76
1H NMR,Hydrazine,CMT-CHM,124
1H NMR,Hydrazine Hydrate,CMT-CHM,85
1H NMR,Hydrazine Monohydrate,CMT-CHM,31
1H NMR,Hydrazones,CMT-CHM,141
1H NMR,Hydride,CMT-CHM,368
1H NMR,Hydroboration,CMT-SMT,31
1H NMR,Hydrocarbon,CMT-CHM,293
1H NMR,Hydrochloric Acid,CMT-CHM,83
1H NMR,Hydrochloride,CMT-CHM,33
1H NMR,Hydrodynamic Diameter,CMT-PRO,536
1H NMR,Hydrodynamic Radii,CMT-PRO,128
1H NMR,Hydrodynamic Radius,CMT-PRO,216
1H NMR,Hydrodynamic Size,CMT-PRO,92
1H NMR,Hydroformylation,CMT-APL,34
1H NMR,Hydrogel,CMT-DSC,955
1H NMR,Hydrogen,CMT-CHM,7299
1H NMR,Hydrogen Bond,CMT-PRO,78
1H NMR,Hydrogen Bond Distance,CMT-PRO,59
1H NMR,Hydrogen Bond Length,CMT-PRO,52
1H NMR,Hydrogen Bonding,CMT-PRO,105
1H NMR,Hydrogen Bonding Interaction,CMT-PRO,53
1H NMR,Hydrogen Bonding Parameter,CMT-PRO,63
1H NMR,Hydrogen Nuclear Magnetic Resonance,CMT-CMT,31
1H NMR,Hydrogen Peroxide,CMT-CHM,155
1H NMR,Hydrogenated,CMT-SMT,75
1H NMR,Hydrogenation,CMT-APL,165
1H NMR,Hydrogenation,CMT-SMT,309
1H NMR,Hydrogenolysis,CMT-SMT,30
1H NMR,Hydrolysed,CMT-SMT,166
1H NMR,Hydrolysis,CMT-SMT,1051
1H NMR,Hydrolysis Rate,CMT-PRO,32
1H NMR,Hydrolytic Degradation,CMT-SMT,95
1H NMR,Hydrolytic Stability,CMT-PRO,34
1H NMR,Hydroperoxide,CMT-CHM,36
1H NMR,Hydrophilic,CMT-PRO,618
1H NMR,Hydrophilicity,CMT-PRO,123
1H NMR,Hydrophobic,CMT-PRO,752
1H NMR,Hydrophobic Interaction,CMT-PRO,87
1H NMR,Hydrophobicity,CMT-PRO,114
1H NMR,Hydroquinone,CMT-CHM,85
1H NMR,Hydrosilylation,CMT-APL,36
1H NMR,Hydrosilylation,CMT-SMT,105
1H NMR,Hydrothermal Treatment,CMT-SMT,34
1H NMR,Hydroxide,CMT-CHM,301
1H NMR,Hydroxide Conductivity,CMT-PRO,146
1H NMR,Hydroxide Ion Conductivity,CMT-PRO,32
1H NMR,Hydroxo,CMT-CHM,33
1H NMR,Hydroxy,CMT-CHM,180
1H NMR,Hydroxyapatite,CMT-CHM,35
1H NMR,Hydroxyl,CMT-CHM,945
1H NMR,Hydroxyls,CMT-CHM,37
1H NMR,Hydroxymethyl,CMT-CHM,30
1H NMR,Hyperbranched,CMT-DSC,266
1H NMR,Hysteresis Loop,CMT-CMT,35
1H NMR,I-V Characteristics,CMT-PRO,41
1H NMR,I/I0,CMT-PRO,89
1H NMR,IC50,CMT-PRO,344
1H NMR,ICP,CMT-CMT,68
1H NMR,ICP-MS,CMT-CMT,43
1H NMR,IEC,CMT-PRO,139
1H NMR,IP,CMT-PRO,36
1H NMR,IPA,CMT-CHM,56
1H NMR,IPCE,CMT-CMT,59
1H NMR,IPDI,CMT-CHM,64
1H NMR,IR,CMT-CMT,559
1H NMR,IR Spectroscopic,CMT-CMT,32
1H NMR,IR Spectroscopies,CMT-CMT,40
1H NMR,IR Spectroscopy,CMT-CMT,236
1H NMR,ITO,CMT-CHM,350
1H NMR,IV Curve,CMT-CMT,51
1H NMR,Ibuprofen,CMT-CHM,80
1H NMR,Iec,CMT-PRO,252
1H NMR,Ile,CMT-CHM,57
1H NMR,ImageJ,CMT-CMT,56
1H NMR,Images,CMT-CMT,47
1H NMR,Imidazole,CMT-CHM,425
1H NMR,Imidazolium,CMT-CHM,317
1H NMR,Imide,CMT-CHM,92
1H NMR,Imines,CMT-CHM,341
1H NMR,Iminium,CMT-CHM,38
1H NMR,Iminol,CMT-CHM,87
1H NMR,Immunofluorescence,CMT-CMT,30
1H NMR,Immunofluorescence Staining,CMT-CMT,54
1H NMR,Immunohistochemical Staining,CMT-CMT,34
1H NMR,Impact Strength,CMT-PRO,58
1H NMR,Impedance,CMT-PRO,101
1H NMR,Impedance Spectra,CMT-CMT,42
1H NMR,Impedance Spectroscopy,CMT-CMT,36
1H NMR,Implantations,CMT-SMT,52
1H NMR,Implants,CMT-APL,40
1H NMR,Indium,CMT-CHM,37
1H NMR,Indium-Tin Oxide,CMT-CHM,42
1H NMR,Indole,CMT-CHM,135
1H NMR,Indoles,CMT-CHM,34
1H NMR,Indomethacin,CMT-CHM,43
1H NMR,Infrared,CMT-CMT,393
1H NMR,Infrared Spectra,CMT-CMT,188
1H NMR,Infrared Spectroscopy,CMT-CMT,136
1H NMR,Inherent Viscosities,CMT-PRO,75
1H NMR,Inherent Viscosity,CMT-PRO,108
1H NMR,Inhibition Efficiency,CMT-PRO,73
1H NMR,Inhibitor,CMT-APL,73
1H NMR,Inhibitory Activity,CMT-PRO,95
1H NMR,Intensity,CMT-PRO,102
1H NMR,Intensity Ratio,CMT-PRO,96
1H NMR,Inter Atomic Distance,CMT-PRO,173
1H NMR,Interaction,CMT-PRO,81
1H NMR,Interaction Energies,CMT-PRO,59
1H NMR,Interaction Energy,CMT-PRO,45
1H NMR,Interface,CMT-DSC,327
1H NMR,Interfacial Tension,CMT-PRO,82
1H NMR,Intracellular Drug Delivery,CMT-APL,39
1H NMR,Intrinsic Viscosity,CMT-PRO,179
1H NMR,Iodide,CMT-CHM,150
1H NMR,Iodine,CMT-CHM,249
1H NMR,Iodo,CMT-CHM,32
1H NMR,Iodobenzene,CMT-CHM,32
1H NMR,Iodomethane,CMT-CHM,30
1H NMR,Ion Conductivity,CMT-PRO,48
1H NMR,Ion Exchange Capacity,CMT-PRO,147
1H NMR,Ionic,CMT-PRO,91
1H NMR,Ionic Conductivity,CMT-PRO,447
1H NMR,Ionic Liquid,CMT-APL,49
1H NMR,Ionization Potential,CMT-PRO,37
1H NMR,Ionomers,CMT-APL,34
1H NMR,Ir,CMT-CHM,176
1H NMR,Ir,CMT-CMT,3927
1H NMR,Ir,CMT-PRO,35
1H NMR,Ir(III),CMT-CHM,35
1H NMR,Iridium,CMT-CHM,148
1H NMR,Iridium (III),CMT-CHM,37
1H NMR,Iron,CMT-CHM,396
1H NMR,Iron (II),CMT-CHM,93
1H NMR,Iron Oxide,CMT-CHM,55
1H NMR,Iron(III),CMT-CHM,99
1H NMR,Irradiated,CMT-SMT,501
1H NMR,Irradiating,CMT-SMT,50
1H NMR,Irradiation,CMT-SMT,1485
1H NMR,Isatins,CMT-CHM,32
1H NMR,Isocyanates,CMT-CHM,127
1H NMR,Isocyanide,CMT-CHM,34
1H NMR,Isooctane,CMT-CHM,33
1H NMR,Isophorone Diisocyanate,CMT-CHM,35
1H NMR,Isoprene,CMT-CHM,77
1H NMR,Isopropanol,CMT-CHM,128
1H NMR,Isopropyl,CMT-CHM,98
1H NMR,Isosorbide,CMT-CHM,45
1H NMR,Isotactic,CMT-PRO,46
1H NMR,Isothermal Crystallization,CMT-SMT,53
1H NMR,Isothermal Titration Calorimetry,CMT-CMT,81
1H NMR,Isotherms,CMT-CMT,64
1H NMR,Isotherms,CMT-PRO,35
1H NMR,Itc,CMT-CMT,202
1H NMR,J-V Characteristics,CMT-PRO,39
1H NMR,J-V Curve,CMT-CMT,31
1H NMR,JSC,CMT-PRO,40
1H NMR,JV Curve,CMT-CMT,54
1H NMR,Job Plot,CMT-CMT,299
1H NMR,Job's Plot,CMT-CMT,487
1H NMR,K,CMT-CHM,39
1H NMR,K,CMT-PRO,515
1H NMR,K 1,CMT-PRO,31
1H NMR,K A,CMT-PRO,68
1H NMR,K+,CMT-CHM,531
1H NMR,K1,CMT-PRO,57
1H NMR,K2,CMT-PRO,86
1H NMR,K2CO3,CMT-CHM,729
1H NMR,K3PO4,CMT-CHM,53
1H NMR,KBr,CMT-CHM,67
1H NMR,KCN,CMT-CHM,56
1H NMR,KCl,CMT-CHM,311
1H NMR,KMnO4,CMT-CHM,36
1H NMR,KNO3,CMT-CHM,75
1H NMR,KOAc,CMT-CHM,42
1H NMR,KOH,CMT-CHM,556
1H NMR,KOtBu,CMT-CHM,32
1H NMR,KS,CMT-PRO,31
1H NMR,KSCN,CMT-CHM,30
1H NMR,Ka,CMT-PRO,211
1H NMR,Kaolin,CMT-CHM,34
1H NMR,Kapp,CMT-PRO,44
1H NMR,Kbr,CMT-DSC,73
1H NMR,Kd,CMT-PRO,45
1H NMR,Keto,CMT-CHM,93
1H NMR,Ketone,CMT-CHM,246
1H NMR,Ki,CMT-PRO,52
1H NMR,Kidneys,CMT-APL,32
1H NMR,Kidneys,CMT-PRO,53
1H NMR,Kinetic Analysis,CMT-CMT,67
1H NMR,Kinetic Constant,CMT-PRO,42
1H NMR,Kinetic Curve,CMT-CMT,51
1H NMR,Kinetic Isotope Effect,CMT-PRO,32
1H NMR,Kinetic Parameters,CMT-PRO,186
1H NMR,Kinetic Plots,CMT-CMT,213
1H NMR,Kinetic Studies,CMT-CMT,106
1H NMR,Kinetic Trace,CMT-CMT,31
1H NMR,Kinetics,CMT-CMT,49
1H NMR,Kinetics,CMT-PRO,118
1H NMR,Kinetics Model,CMT-CMT,44
1H NMR,Knoevenagel Condensation,CMT-SMT,31
1H NMR,Kobs,CMT-PRO,71
1H NMR,L,CMT-PRO,75
1H NMR,L Glutamic Acid,CMT-CHM,55
1H NMR,L-Cysteine,CMT-CHM,39
1H NMR,L-Isoleucine,CMT-CHM,75
1H NMR,L-LA,CMT-CHM,76
1H NMR,L-Lactide,CMT-CHM,140
1H NMR,L-Phenylalanine,CMT-CHM,33
1H NMR,L-Proline,CMT-CHM,39
1H NMR,LANL2DZ,CMT-CMT,81
1H NMR,LC-MS,CMT-CMT,162
1H NMR,LCST,CMT-PRO,242
1H NMR,LED,CMT-APL,43
1H NMR,LIG,CMT-CHM,32
1H NMR,LSCM,CMT-CMT,32
1H NMR,LSV,CMT-CMT,89
1H NMR,LUMO,CMT-PRO,517
1H NMR,LUMO Energy Level,CMT-PRO,85
1H NMR,LUMO Orbitals,CMT-PRO,74
1H NMR,La,CMT-CHM,98
1H NMR,La(III),CMT-CHM,38
1H NMR,La3+,CMT-CHM,48
1H NMR,Labeling,CMT-CMT,38
1H NMR,Labelling,CMT-CMT,52
1H NMR,Lactam,CMT-CHM,35
1H NMR,Lactate,CMT-CHM,134
1H NMR,Lactic Acid,CMT-CHM,79
1H NMR,Lactide,CMT-CHM,158
1H NMR,Lactone,CMT-CHM,102
1H NMR,Lactose,CMT-CHM,43
1H NMR,Lamellar,CMT-DSC,95
1H NMR,Langmuir,CMT-CMT,48
1H NMR,Langmuir Adsorption Isotherm,CMT-CMT,38
1H NMR,Langmuir Isotherm,CMT-CMT,37
1H NMR,Lanthanide(III),CMT-CHM,42
1H NMR,Lanthanides,CMT-CHM,198
1H NMR,Laser Irradiation,CMT-SMT,70
1H NMR,Latex,CMT-DSC,79
1H NMR,Latex Particles,CMT-DSC,42
1H NMR,Latexes,CMT-DSC,40
1H NMR,Lattice Parameter,CMT-PRO,55
1H NMR,Layered,CMT-DSC,111
1H NMR,Layers,CMT-DSC,727
1H NMR,Lc,CMT-CMT,57
1H NMR,Lc,CMT-PRO,77
1H NMR,Lcms,CMT-CMT,35
1H NMR,Least Squares Fit,CMT-CMT,53
1H NMR,Leaves,CMT-DSC,68
1H NMR,Length,CMT-PRO,54
1H NMR,Leu,CMT-CHM,117
1H NMR,Leucine,CMT-CHM,112
1H NMR,Levulinic Acid,CMT-CHM,41
1H NMR,Lewis Acids,CMT-CHM,145
1H NMR,Lewis Bases,CMT-CHM,56
1H NMR,Li,CMT-APL,30
1H NMR,Li,CMT-CHM,430
1H NMR,Li TFSI,CMT-CHM,36
1H NMR,Li+,CMT-CHM,135
1H NMR,LiAlH4,CMT-CHM,149
1H NMR,LiBr,CMT-CHM,95
1H NMR,LiCl,CMT-CHM,161
1H NMR,LiClO4,CMT-CHM,140
1H NMR,LiF,CMT-CHM,63
1H NMR,LiFePO4,CMT-CHM,65
1H NMR,LiOH,CMT-CHM,99
1H NMR,LiPF6,CMT-CHM,52
1H NMR,Lifetime,CMT-PRO,210
1H NMR,Ligand Exchange,CMT-SMT,39
1H NMR,Light,CMT-SMT,34
1H NMR,Light Green,CMT-CHM,83
1H NMR,Light Irradiation,CMT-SMT,127
1H NMR,Light Microscopy,CMT-CMT,43
1H NMR,Light Scattering,CMT-CMT,122
1H NMR,Light Transmittance,CMT-PRO,37
1H NMR,Limiting Oxygen Index,CMT-CMT,35
1H NMR,Limits of Detection,CMT-PRO,62
1H NMR,Line Shape,CMT-PRO,35
1H NMR,Line Shape Analysis,CMT-CMT,32
1H NMR,Linear Fit,CMT-CMT,137
1H NMR,Linear Fitting,CMT-CMT,74
1H NMR,Linear Regression,CMT-CMT,84
1H NMR,Linear Sweep Voltammetry,CMT-CMT,47
1H NMR,Linear Sweep Voltammogram,CMT-CMT,76
1H NMR,Linewidth,CMT-PRO,99
1H NMR,Linoleic Acid,CMT-CHM,37
1H NMR,Lipophilicity,CMT-PRO,37
1H NMR,Liposome,CMT-DSC,126
1H NMR,Liquid Crystal,CMT-APL,37
1H NMR,Liquid Crystal,CMT-DSC,38
1H NMR,Liquid Crystalline,CMT-DSC,35
1H NMR,Liquid Crystalline,CMT-PRO,85
1H NMR,Liquids,CMT-APL,73
1H NMR,Lithiation,CMT-SMT,31
1H NMR,Lithium,CMT-CHM,313
1H NMR,Live Dead Staining,CMT-CMT,51
1H NMR,Live/Dead Assay,CMT-CMT,42
1H NMR,Liver,CMT-APL,69
1H NMR,Liver,CMT-DSC,90
1H NMR,Ln(III),CMT-CHM,37
1H NMR,Ln3+,CMT-CHM,30
1H NMR,Loading Capacity,CMT-PRO,31
1H NMR,Loadings Plot,CMT-CMT,59
1H NMR,Lod,CMT-PRO,56
1H NMR,Log,CMT-PRO,75
1H NMR,Log K,CMT-PRO,36
1H NMR,LogK,CMT-PRO,30
1H NMR,Logic Gate,CMT-APL,35
1H NMR,Loi,CMT-CMT,70
1H NMR,Loi,CMT-PRO,92
1H NMR,Long Term Stability,CMT-PRO,62
1H NMR,Loss,CMT-PRO,64
1H NMR,Loss Factor,CMT-PRO,58
1H NMR,Loss Modulus,CMT-PRO,326
1H NMR,Loss Tangent,CMT-PRO,52
1H NMR,Low,CMT-PRO,30
1H NMR,Low Spin,CMT-PRO,83
1H NMR,Lower Critical Solution Temperature,CMT-PRO,74
1H NMR,Lowest Unoccupied Molecular Orbitals,CMT-PRO,56
1H NMR,Luminance,CMT-PRO,68
1H NMR,Luminescence,CMT-CMT,113
1H NMR,Luminescence,CMT-PRO,124
1H NMR,Luminescence Intensity,CMT-PRO,48
1H NMR,Luminescence Properties,CMT-PRO,49
1H NMR,Luminescence Spectra,CMT-CMT,86
1H NMR,Luminescent,CMT-PRO,91
1H NMR,Lumo Level,CMT-PRO,47
1H NMR,Lumos,CMT-PRO,68
1H NMR,Lung,CMT-APL,30
1H NMR,Lung,CMT-PRO,37
1H NMR,Lung,CMT-SPL,34
1H NMR,Lyophilization,CMT-SMT,35
1H NMR,Lyophilized,CMT-SMT,64
1H NMR,Lys,CMT-CHM,125
1H NMR,Lysines,CMT-CHM,131
1H NMR,M,CMT-PRO,316
1H NMR,M N,CMT-PRO,243
1H NMR,M W,CMT-PRO,89
1H NMR,M w/M n,CMT-PRO,49
1H NMR,M(II),CMT-CHM,30
1H NMR,M-CPBA,CMT-CHM,115
1H NMR,M062X,CMT-CMT,60
1H NMR,MAA,CMT-CHM,67
1H NMR,MALDI TOF MS,CMT-CMT,322
1H NMR,MALDI-MS,CMT-CMT,32
1H NMR,MALDI-TOF,CMT-CMT,245
1H NMR,MALDI-TOF Mass,CMT-CMT,269
1H NMR,MALDI-TOF Mass Spectrometry,CMT-CMT,47
1H NMR,MAO,CMT-CHM,33
1H NMR,MAS NMR,CMT-CMT,35
1H NMR,MCD,CMT-CMT,34
1H NMR,MCF-7,CMT-APL,70
1H NMR,MCF7,CMT-CHM,80
1H NMR,MCM-41,CMT-CHM,48
1H NMR,MD,CMT-CMT,68
1H NMR,MD Simulation,CMT-CMT,136
1H NMR,MDA,CMT-CHM,73
1H NMR,MDA-MB-231,CMT-APL,32
1H NMR,MEA,CMT-APL,44
1H NMR,MEA,CMT-CHM,65
1H NMR,MEP,CMT-CMT,44
1H NMR,MEP,CMT-PRO,55
1H NMR,MFI,CMT-PRO,37
1H NMR,MLCT,CMT-PRO,77
1H NMR,MMA,CMT-CHM,328
1H NMR,MMT,CMT-CHM,45
1H NMR,MP2,CMT-CMT,50
1H NMR,MPA,CMT-CHM,54
1H NMR,MPEG,CMT-CHM,81
1H NMR,MRI,CMT-CMT,49
1H NMR,MS,CMT-CMT,900
1H NMR,MS,CMT-PRO,33
1H NMR,MS/MS,CMT-CMT,85
1H NMR,MTS Assay,CMT-CMT,43
1H NMR,MTT,CMT-CHM,1003
1H NMR,MTT,CMT-CMT,44
1H NMR,MTT Assay,CMT-CMT,744
1H NMR,MTT Cytotoxicity Assay,CMT-CMT,59
1H NMR,MTX,CMT-CHM,60
1H NMR,MW,CMT-PRO,303
1H NMR,MW/MN,CMT-PRO,95
1H NMR,MWD,CMT-PRO,33
1H NMR,Macrocycles,CMT-DSC,65
1H NMR,Macromonomer,CMT-DSC,76
1H NMR,Macrophages,CMT-APL,47
1H NMR,Magenta,CMT-CHM,320
1H NMR,Magnesium,CMT-CHM,77
1H NMR,Magnetic Measurement,CMT-CMT,67
1H NMR,Magnetic Moment,CMT-PRO,107
1H NMR,Magnetic Properties,CMT-PRO,50
1H NMR,Magnetic Susceptibility,CMT-CMT,58
1H NMR,Magnetic Susceptibility,CMT-PRO,136
1H NMR,Magnetics,CMT-PRO,181
1H NMR,Magnetite,CMT-CHM,31
1H NMR,Magnetization,CMT-PRO,103
1H NMR,Magnetization Curve,CMT-CMT,51
1H NMR,Maldi,CMT-CMT,205
1H NMR,Maldi-Tof-Ms,CMT-CMT,137
1H NMR,Maleic Acid,CMT-CHM,35
1H NMR,Maleic Anhydride,CMT-CHM,122
1H NMR,Maleimide,CMT-CHM,120
1H NMR,Malonates,CMT-CHM,39
1H NMR,Malononitrile,CMT-CHM,63
1H NMR,Maltose,CMT-CHM,33
1H NMR,Manganese,CMT-CHM,58
1H NMR,Mannose,CMT-CHM,116
1H NMR,Mas,CMT-CMT,38
1H NMR,Mass,CMT-CMT,280
1H NMR,Mass,CMT-PRO,61
1H NMR,Mass Loss,CMT-PRO,38
1H NMR,Mass Spectra,CMT-CMT,528
1H NMR,Mass Spectral Analysis,CMT-CMT,47
1H NMR,Mass Spectrometric,CMT-CMT,36
1H NMR,Mass Spectrometry,CMT-CMT,450
1H NMR,Mass Spectroscopic,CMT-CMT,52
1H NMR,Mass Spectroscopy,CMT-CMT,219
1H NMR,Mass Spectrum,CMT-CMT,280
1H NMR,Matrix,CMT-DSC,96
1H NMR,Maximum,CMT-PRO,31
1H NMR,Me,CMT-CHM,278
1H NMR,Me2CO,CMT-CHM,30
1H NMR,MeCN,CMT-CHM,844
1H NMR,MeI,CMT-CHM,107
1H NMR,MeNO2,CMT-CHM,30
1H NMR,MeO,CMT-CHM,38
1H NMR,MeOD,CMT-CHM,123
1H NMR,MeOH,CMT-CHM,1621
1H NMR,Mean,CMT-PRO,46
1H NMR,Mean Diameter,CMT-PRO,41
1H NMR,Mean S.D.,CMT-PRO,41
1H NMR,MeanStandard Deviation,CMT-PRO,58
1H NMR,Measurements,CMT-CMT,38
1H NMR,Mechanical,CMT-PRO,146
1H NMR,Mechanical Property,CMT-PRO,899
1H NMR,Mechanical Stability,CMT-PRO,37
1H NMR,Mechanical Strength,CMT-PRO,66
1H NMR,Mechanisms,CMT-PRO,135
1H NMR,Melamine,CMT-CHM,49
1H NMR,Melt Polycondensation,CMT-SMT,32
1H NMR,Melting,CMT-PRO,86
1H NMR,Melting,CMT-SMT,42
1H NMR,Melting Point,CMT-PRO,234
1H NMR,Melting Temperature,CMT-PRO,149
1H NMR,Melting Temperatures,CMT-PRO,62
1H NMR,Membrane,CMT-APL,347
1H NMR,Membrane,CMT-DSC,1965
1H NMR,Membrane,CMT-PRO,52
1H NMR,Membrane Surface,CMT-DSC,90
1H NMR,Membrane;,CMT-DSC,41
1H NMR,Mercury,CMT-CHM,169
1H NMR,Merocyanine,CMT-CHM,36
1H NMR,Mesityl,CMT-CHM,41
1H NMR,Mesitylene,CMT-CHM,71
1H NMR,Meso-Aryl,CMT-CHM,32
1H NMR,Mesophase,CMT-PRO,64
1H NMR,Mesoporous,CMT-DSC,150
1H NMR,Met,CMT-CHM,89
1H NMR,Metabolic Activity,CMT-PRO,38
1H NMR,Metabolic Profile,CMT-PRO,47
1H NMR,Metabolomics,CMT-CMT,49
1H NMR,Metal Oxide,CMT-CHM,40
1H NMR,Metallic,CMT-PRO,82
1H NMR,Metallocene,CMT-CHM,48
1H NMR,Metallophthalocyanines,CMT-CHM,37
1H NMR,Metals,CMT-APL,32
1H NMR,Metals,CMT-PRO,370
1H NMR,Metathesis,CMT-SMT,41
1H NMR,Methacrylate,CMT-CHM,137
1H NMR,Methacrylic Acid,CMT-CHM,57
1H NMR,Methacryloyl Chloride,CMT-CHM,32
1H NMR,Methane,CMT-CHM,125
1H NMR,Methanol,CMT-CHM,2278
1H NMR,Methanol Permeability,CMT-PRO,144
1H NMR,Methanol-D,CMT-CHM,43
1H NMR,Methanol-D4,CMT-CHM,86
1H NMR,Methanolysis,CMT-SMT,54
1H NMR,Methine,CMT-CHM,215
1H NMR,Methionine,CMT-CHM,64
1H NMR,Methods,CMT-CMT,73
1H NMR,Methoxyl,CMT-CHM,216
1H NMR,Methyl,CMT-CHM,1297
1H NMR,Methyl Acrylate,CMT-CHM,93
1H NMR,Methyl Aluminoxane,CMT-CHM,46
1H NMR,Methyl Carbon,CMT-CHM,31
1H NMR,Methyl Ester,CMT-CHM,148
1H NMR,Methyl Iodide,CMT-CHM,38
1H NMR,Methyl Methacrylate,CMT-CHM,187
1H NMR,Methyl Orange,CMT-CHM,41
1H NMR,Methylamine,CMT-CHM,35
1H NMR,Methylation,CMT-SMT,58
1H NMR,Methylene Blue,CMT-CHM,62
1H NMR,Methylene Chloride,CMT-CHM,51
1H NMR,Methylenes,CMT-CHM,809
1H NMR,Mg,CMT-CHM,166
1H NMR,Mg2+,CMT-CHM,476
1H NMR,MgCl2,CMT-CHM,88
1H NMR,MgSO4,CMT-CHM,35
1H NMR,Mic,CMT-PRO,124
1H NMR,Mice,CMT-APL,164
1H NMR,Mice,CMT-DSC,38
1H NMR,Micellar,CMT-DSC,162
1H NMR,Micellar Solution,CMT-DSC,75
1H NMR,Micelle,CMT-DSC,359
1H NMR,Micelle Size,CMT-PRO,48
1H NMR,Micelles,CMT-DSC,1486
1H NMR,Michael Addition,CMT-SMT,40
1H NMR,Microanalysis,CMT-CMT,47
1H NMR,Microcapsule,CMT-DSC,48
1H NMR,Microemulsion,CMT-DSC,88
1H NMR,Microgels,CMT-DSC,77
1H NMR,Micrographs,CMT-CMT,45
1H NMR,Microparticle,CMT-DSC,58
1H NMR,Microporous,CMT-DSC,60
1H NMR,Microscopic,CMT-CMT,51
1H NMR,Microscopic Image,CMT-CMT,36
1H NMR,Microscopy,CMT-CMT,86
1H NMR,Microspheres,CMT-DSC,155
1H NMR,Microstructure,CMT-PRO,354
1H NMR,Microwave Irradiation,CMT-SMT,140
1H NMR,Microwaves,CMT-SMT,57
1H NMR,Minimum Inhibitory Concentration,CMT-PRO,58
1H NMR,Mitochondrial Membrane Potential,CMT-PRO,49
1H NMR,Mixed Micelle,CMT-DSC,60
1H NMR,Mixtures,CMT-DSC,75
1H NMR,Mn,CMT-CHM,1121
1H NMR,Mn,CMT-PRO,864
1H NMR,Mn(II),CMT-CHM,82
1H NMR,Mn+,CMT-CHM,42
1H NMR,"Mn, GPC",CMT-PRO,71
1H NMR,Mn2+,CMT-CHM,302
1H NMR,MnO2,CMT-CHM,45
1H NMR,Mo,CMT-CHM,201
1H NMR,MoS2,CMT-CHM,32
1H NMR,Mobility,CMT-PRO,106
1H NMR,Mode,CMT-PRO,70
1H NMR,Models,CMT-CMT,88
1H NMR,Modes,CMT-PRO,36
1H NMR,Modification,CMT-SMT,31
1H NMR,Moduli,CMT-PRO,40
1H NMR,Modulus,CMT-PRO,117
1H NMR,Molar,CMT-PRO,71
1H NMR,Molar Composition,CMT-PRO,34
1H NMR,Molar Conductance,CMT-PRO,67
1H NMR,Molar Conductivity,CMT-PRO,64
1H NMR,Molar Extinction Coefficient,CMT-PRO,75
1H NMR,Molar Mass,CMT-PRO,227
1H NMR,Molar Mass Distribution,CMT-PRO,43
1H NMR,Molar Ratio,CMT-PRO,58
1H NMR,Molar Volume,CMT-PRO,32
1H NMR,Mole Fraction,CMT-PRO,34
1H NMR,Molecular,CMT-APL,31
1H NMR,Molecular,CMT-DSC,42
1H NMR,Molecular,CMT-PRO,151
1H NMR,Molecular Characteristics,CMT-PRO,149
1H NMR,Molecular Conformation,CMT-PRO,39
1H NMR,Molecular Docking,CMT-CMT,166
1H NMR,Molecular Dynamics,CMT-CMT,42
1H NMR,Molecular Dynamics (MD) Simulation,CMT-CMT,109
1H NMR,Molecular Electrostatic Potential,CMT-CMT,34
1H NMR,Molecular Electrostatic Potential,CMT-PRO,53
1H NMR,Molecular Formulas,CMT-PRO,63
1H NMR,Molecular Geometries,CMT-PRO,30
1H NMR,Molecular Geometry,CMT-PRO,75
1H NMR,Molecular Interaction,CMT-PRO,33
1H NMR,Molecular Mass,CMT-PRO,93
1H NMR,Molecular Mechanics,CMT-CMT,45
1H NMR,Molecular Mechanics Calculations,CMT-CMT,34
1H NMR,Molecular Model,CMT-CMT,159
1H NMR,Molecular Modeling,CMT-CMT,162
1H NMR,Molecular Modelling,CMT-CMT,44
1H NMR,Molecular Orbital,CMT-PRO,146
1H NMR,Molecular Orbital Diagram,CMT-CMT,32
1H NMR,Molecular Packing,CMT-PRO,97
1H NMR,Molecular Parameters,CMT-PRO,36
1H NMR,Molecular Simulation,CMT-CMT,36
1H NMR,Molecular Structure,CMT-PRO,3766
1H NMR,Molecular Weight,CMT-PRO,2419
1H NMR,Molecular Weight Distribution,CMT-PRO,441
1H NMR,Molybdenum,CMT-CHM,84
1H NMR,Mono-disperse,CMT-DSC,37
1H NMR,Monoclinic,CMT-SPL,262
1H NMR,Monolayers,CMT-DSC,236
1H NMR,Monomers,CMT-DSC,32
1H NMR,Monosaccharide,CMT-CHM,135
1H NMR,Montmorillonite,CMT-CHM,39
1H NMR,Morpholine,CMT-CHM,69
1H NMR,Morphologic,CMT-PRO,129
1H NMR,Morphologies,CMT-PRO,385
1H NMR,Morphology,CMT-PRO,1258
1H NMR,Mos,CMT-PRO,50
1H NMR,Mossbauer,CMT-CMT,31
1H NMR,MsCl,CMT-CHM,75
1H NMR,Mtt,CMT-CMT,140
1H NMR,Multiblock,CMT-DSC,63
1H NMR,Multiblock Copolymer,CMT-DSC,103
1H NMR,Multilayer,CMT-DSC,65
1H NMR,Multivariate Analysis,CMT-CMT,31
1H NMR,Multiwall,CMT-DSC,33
1H NMR,Mw/Mn,CMT-PRO,290
1H NMR,N / P Ratios,CMT-PRO,82
1H NMR,N Blue,CMT-CHM,163
1H NMR,N(2),CMT-CHM,33
1H NMR,"N,N-Diisopropylethylamine",CMT-CHM,33
1H NMR,"N,N-Dimethylacetamide",CMT-CHM,30
1H NMR,"N,N-Dimethylformamide",CMT-CHM,165
1H NMR,N-Acetyl,CMT-CHM,51
1H NMR,N-Acetyl-D-Glucosamine,CMT-CHM,30
1H NMR,N-Alkane,CMT-CHM,36
1H NMR,N-Alkyl,CMT-CHM,31
1H NMR,N-Bromosuccinimide,CMT-CHM,39
1H NMR,N-Butanol,CMT-CHM,52
1H NMR,N-Butyl,CMT-CHM,36
1H NMR,N-Butylamine,CMT-CHM,34
1H NMR,N-Dodecane,CMT-CHM,34
1H NMR,N-H,CMT-CHM,64
1H NMR,N-Heptane,CMT-CHM,69
1H NMR,N-Heterocyclic Carbene,CMT-CHM,56
1H NMR,N-Hexane,CMT-CHM,180
1H NMR,N-Isopropyl Acrylamide,CMT-CHM,61
1H NMR,N-Octane,CMT-CHM,31
1H NMR,N-Pentane,CMT-CHM,30
1H NMR,N/P Ratio,CMT-PRO,61
1H NMR,N1,CMT-PRO,87
1H NMR,N1S,CMT-CMT,39
1H NMR,N2,CMT-CHM,1756
1H NMR,N2,CMT-PRO,77
1H NMR,N2 Adsorption,CMT-CMT,40
1H NMR,N2 Adsorption Desorption Isotherm,CMT-CMT,38
1H NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,112
1H NMR,N2 Adsorption Isotherm,CMT-CMT,44
1H NMR,N2 Sorption Isotherm,CMT-CMT,42
1H NMR,N2H4,CMT-CHM,43
1H NMR,N3,CMT-CHM,43
1H NMR,N3,CMT-PRO,43
1H NMR,N4,CMT-PRO,32
1H NMR,N719,CMT-CHM,33
1H NMR,NAC,CMT-CHM,48
1H NMR,NAD+,CMT-CHM,37
1H NMR,NADH,CMT-CHM,48
1H NMR,NBO,CMT-CMT,97
1H NMR,NBO Analysis,CMT-CMT,31
1H NMR,NC,CMT-DSC,68
1H NMR,NCO,CMT-CHM,57
1H NMR,NCS,CMT-DSC,85
1H NMR,NEM,CMT-CHM,44
1H NMR,NEt3,CMT-CHM,230
1H NMR,NH,CMT-CHM,745
1H NMR,NH2,CMT-CHM,345
1H NMR,NH3,CMT-CHM,322
1H NMR,NH3TPD,CMT-CMT,38
1H NMR,NH4,CMT-CHM,34
1H NMR,NH4+,CMT-CHM,41
1H NMR,NH4Cl,CMT-CHM,70
1H NMR,NH4OAc,CMT-CHM,40
1H NMR,NH4OH,CMT-CHM,45
1H NMR,NH4PF6,CMT-CHM,86
1H NMR,NHC,CMT-CHM,193
1H NMR,NHCl,CMT-CHM,55
1H NMR,NHO,CMT-CHM,52
1H NMR,NHS,CMT-CHM,32
1H NMR,NICS,CMT-CMT,37
1H NMR,NIPAAM,CMT-CHM,60
1H NMR,NIPAM,CMT-CHM,108
1H NMR,NIR,CMT-CMT,36
1H NMR,NLO,CMT-PRO,47
1H NMR,NMP,CMT-CHM,251
1H NMR,NMR,CMT-APL,108
1H NMR,NMR,CMT-CMT,4229
1H NMR,NMR,CMT-PRO,102
1H NMR,NMR Chemical Shift,CMT-PRO,87
1H NMR,NMR Spectrometer,CMT-CMT,35
1H NMR,NMR Spectroscopy,CMT-CMT,441
1H NMR,NMe2,CMT-CHM,42
1H NMR,NO,CMT-CHM,243
1H NMR,NO2,CMT-CHM,212
1H NMR,NO3,CMT-CHM,283
1H NMR,NOESY,CMT-CMT,111
1H NMR,NOESY NMR,CMT-CMT,58
1H NMR,NOEs,CMT-CMT,36
1H NMR,NPS,CMT-DSC,514
1H NMR,NPs,CMT-DSC,147
1H NMR,NR,CMT-DSC,30
1H NMR,NRR,CMT-APL,37
1H NMR,NRR,CMT-SMT,31
1H NMR,NVP,CMT-CHM,40
1H NMR,Na,CMT-CHM,247
1H NMR,Na+,CMT-CHM,602
1H NMR,Na2CO3,CMT-CHM,200
1H NMR,Na2HPO4,CMT-CHM,50
1H NMR,Na2S,CMT-CHM,61
1H NMR,Na2S2O4,CMT-CHM,39
1H NMR,Na2SO4,CMT-CHM,149
1H NMR,NaBH4,CMT-CHM,357
1H NMR,NaBr,CMT-CHM,55
1H NMR,NaCN,CMT-CHM,51
1H NMR,NaCl,CMT-CHM,1175
1H NMR,NaClO,CMT-CHM,32
1H NMR,NaClO2,CMT-CHM,31
1H NMR,NaClO4,CMT-CHM,162
1H NMR,NaF,CMT-CHM,39
1H NMR,NaH,CMT-CHM,364
1H NMR,NaH2PO4,CMT-CHM,68
1H NMR,NaHCO3,CMT-CHM,188
1H NMR,NaHSO3,CMT-CHM,34
1H NMR,NaI,CMT-CHM,130
1H NMR,NaIO4,CMT-CHM,79
1H NMR,NaN3,CMT-CHM,198
1H NMR,NaNO2,CMT-CHM,74
1H NMR,NaNO3,CMT-CHM,119
1H NMR,NaOAc,CMT-CHM,88
1H NMR,NaOCl,CMT-CHM,56
1H NMR,NaOD,CMT-CHM,44
1H NMR,NaOH,CMT-CHM,1206
1H NMR,NaOMe,CMT-CHM,112
1H NMR,Nafion,CMT-CHM,399
1H NMR,Nafion 115,CMT-CHM,37
1H NMR,Nafion 117,CMT-CHM,49
1H NMR,Nano,CMT-DSC,52
1H NMR,Nano Size,CMT-DSC,58
1H NMR,Nano Structured,CMT-DSC,68
1H NMR,Nanoaggregates,CMT-DSC,45
1H NMR,Nanocapsule,CMT-DSC,49
1H NMR,Nanocarrier,CMT-APL,93
1H NMR,Nanocarrier,CMT-DSC,50
1H NMR,Nanocluster,CMT-DSC,46
1H NMR,Nanocomplex,CMT-DSC,39
1H NMR,Nanocomposite,CMT-DSC,494
1H NMR,Nanocomposite Film,CMT-DSC,35
1H NMR,Nanocrystalline,CMT-DSC,38
1H NMR,Nanocrystals,CMT-DSC,173
1H NMR,Nanofiber,CMT-DSC,185
1H NMR,Nanogel,CMT-DSC,116
1H NMR,Nanohybrid,CMT-DSC,53
1H NMR,Nanomaterial,CMT-DSC,57
1H NMR,Nanomicelle,CMT-DSC,36
1H NMR,Nanoparticle,CMT-DSC,447
1H NMR,Nanoparticles,CMT-DSC,1850
1H NMR,Nanoporous,CMT-DSC,37
1H NMR,Nanorods,CMT-DSC,97
1H NMR,Nanoscale,CMT-DSC,48
1H NMR,Nanosheets,CMT-DSC,104
1H NMR,Nanosphere,CMT-DSC,101
1H NMR,Nanostructure,CMT-DSC,58
1H NMR,Nanostructures,CMT-DSC,138
1H NMR,Nanotube,CMT-DSC,163
1H NMR,Nanowires,CMT-DSC,43
1H NMR,Naphthalene,CMT-CHM,179
1H NMR,Naphthalimide,CMT-CHM,37
1H NMR,Naphthyl,CMT-CHM,66
1H NMR,Naproxen,CMT-CHM,32
1H NMR,Natural Bond Orbital,CMT-CMT,58
1H NMR,Nd,CMT-CHM,111
1H NMR,Neat,CMT-DSC,95
1H NMR,Nematic,CMT-PRO,43
1H NMR,Nematic,CMT-SPL,48
1H NMR,Network,CMT-DSC,56
1H NMR,Network Structure,CMT-PRO,53
1H NMR,Newman Projection,CMT-CMT,36
1H NMR,Ni,CMT-CHM,410
1H NMR,Ni II,CMT-CHM,325
1H NMR,Ni2+,CMT-CHM,470
1H NMR,NiCl2,CMT-CHM,44
1H NMR,Nickel,CMT-CHM,240
1H NMR,Nickel (II),CMT-CHM,140
1H NMR,Nile Red,CMT-CHM,176
1H NMR,Nitrate,CMT-CHM,231
1H NMR,Nitration,CMT-SMT,30
1H NMR,Nitric Acid,CMT-CHM,47
1H NMR,Nitric Oxide,CMT-CHM,49
1H NMR,Nitriles,CMT-CHM,134
1H NMR,Nitrite,CMT-CHM,40
1H NMR,Nitro,CMT-CHM,126
1H NMR,Nitrobenzene,CMT-CHM,84
1H NMR,Nitrogen,CMT-CHM,2716
1H NMR,Nitrogen Adsorption,CMT-CMT,45
1H NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,107
1H NMR,Nitromethane,CMT-CHM,56
1H NMR,Nitroxide,CMT-CHM,73
1H NMR,Nmr Titration,CMT-CMT,54
1H NMR,Noe,CMT-CMT,186
1H NMR,Noe,CMT-PRO,53
1H NMR,Noesy,CMT-CMT,606
1H NMR,Nonlinear Optical Properties,CMT-PRO,30
1H NMR,Norbornene,CMT-CHM,99
1H NMR,Normal Saline,CMT-CHM,35
1H NMR,Normalized,CMT-CMT,126
1H NMR,Normalized Absorption,CMT-CMT,83
1H NMR,Normalized Absorption Spectrum,CMT-CMT,94
1H NMR,Normalized Emission Spectra,CMT-CMT,113
1H NMR,Nuclear Magnetic Resonance,CMT-CMT,268
1H NMR,Nuclear Magnetic Resonance Spectroscopy,CMT-CMT,54
1H NMR,Nucleic Acid,CMT-CHM,57
1H NMR,Nucleobases,CMT-CHM,40
1H NMR,Nucleophilic Substitution,CMT-SMT,40
1H NMR,Nucleoside,CMT-CHM,61
1H NMR,Nucleosides,CMT-CHM,39
1H NMR,Nucleotides,CMT-CHM,55
1H NMR,Number Average Molecular Weight,CMT-PRO,336
1H NMR,Numbering,CMT-CMT,92
1H NMR,Nyquist,CMT-CMT,30
1H NMR,Nyquist Plot,CMT-CMT,267
1H NMR,N–H,CMT-CHM,67
1H NMR,O,CMT-CHM,1268
1H NMR,O Hydrogen,CMT-CHM,35
1H NMR,O Red,CMT-CHM,105
1H NMR,O-Dichlorobenzene,CMT-CHM,49
1H NMR,O-Phenylenediamine,CMT-CHM,35
1H NMR,O-Polysaccharide,CMT-CHM,40
1H NMR,O-Xylene,CMT-CHM,36
1H NMR,O1,CMT-PRO,33
1H NMR,O1s,CMT-CMT,56
1H NMR,O2,CMT-CHM,712
1H NMR,O3,CMT-CHM,87
1H NMR,O=Red,CMT-CHM,46
1H NMR,OAc,CMT-CHM,42
1H NMR,OCH2,CMT-CHM,30
1H NMR,OCH3,CMT-CHM,85
1H NMR,OH,CMT-CHM,853
1H NMR,OLEDs,CMT-APL,43
1H NMR,OM,CMT-CMT,33
1H NMR,OMe,CMT-CHM,83
1H NMR,ORTEP,CMT-CMT,553
1H NMR,ORTEP Diagram,CMT-CMT,275
1H NMR,ORTEP Drawing,CMT-CMT,440
1H NMR,ORTEP Plot,CMT-CMT,242
1H NMR,ORTEP Representation,CMT-CMT,94
1H NMR,ORTEP View,CMT-CMT,33
1H NMR,Octane,CMT-CHM,43
1H NMR,Octyl,CMT-CHM,39
1H NMR,Of Chemistry,CMT-CMT,106
1H NMR,Oil,CMT-APL,83
1H NMR,Oleate,CMT-CHM,33
1H NMR,Olefinic,CMT-CHM,163
1H NMR,Olefins,CMT-CHM,402
1H NMR,Oleic Acid,CMT-CHM,169
1H NMR,Oleylamine,CMT-CHM,38
1H NMR,Oligomers,CMT-DSC,86
1H NMR,Oligonucleotide,CMT-CHM,31
1H NMR,Oligosaccharides,CMT-CHM,201
1H NMR,One Way ANOVA,CMT-CMT,79
1H NMR,One-Dimensional,CMT-CMT,48
1H NMR,One-Dimensional,CMT-DSC,38
1H NMR,One-Pot,CMT-SMT,33
1H NMR,Opaque,CMT-PRO,36
1H NMR,Open Circuit Voltage,CMT-PRO,66
1H NMR,Opls-Da,CMT-CMT,35
1H NMR,Optical,CMT-CMT,84
1H NMR,Optical,CMT-PRO,203
1H NMR,Optical Absorption,CMT-CMT,95
1H NMR,Optical Band Gap,CMT-PRO,68
1H NMR,Optical Density,CMT-PRO,104
1H NMR,Optical Image,CMT-CMT,238
1H NMR,Optical Micrograph,CMT-CMT,159
1H NMR,Optical Microscope,CMT-CMT,94
1H NMR,Optical Microscopy,CMT-CMT,225
1H NMR,Optical Photograph,CMT-CMT,71
1H NMR,Optical Properties,CMT-PRO,283
1H NMR,Optical Rotation,CMT-PRO,33
1H NMR,Optical Spectrum,CMT-CMT,35
1H NMR,Optical Transmittance,CMT-PRO,119
1H NMR,Optically Active,CMT-PRO,75
1H NMR,Orbital,CMT-PRO,33
1H NMR,Organocatalyst,CMT-APL,33
1H NMR,Organogels,CMT-DSC,103
1H NMR,Ortep Plots,CMT-CMT,55
1H NMR,Orthorhombic,CMT-SPL,108
1H NMR,OsO4,CMT-CHM,63
1H NMR,Oscillator Strength,CMT-PRO,144
1H NMR,Osmium,CMT-CHM,31
1H NMR,Ovarian,CMT-SPL,45
1H NMR,Oxalic Acid,CMT-CHM,33
1H NMR,Oxaliplatin,CMT-CHM,35
1H NMR,Oxalyl Chloride,CMT-CHM,36
1H NMR,Oxidation,CMT-APL,235
1H NMR,Oxidation,CMT-PRO,82
1H NMR,Oxidation,CMT-SMT,929
1H NMR,Oxidation Potential,CMT-PRO,97
1H NMR,Oxidation State,CMT-PRO,88
1H NMR,Oxidative Coupling,CMT-SMT,31
1H NMR,Oxidative Polymerization,CMT-SMT,32
1H NMR,Oxidative Stability,CMT-PRO,110
1H NMR,Oxides,CMT-CHM,71
1H NMR,Oxidize,CMT-SMT,211
1H NMR,Oxime,CMT-CHM,60
1H NMR,Oxirane,CMT-CHM,31
1H NMR,Oxo,CMT-CHM,77
1H NMR,Oxygen,CMT-CHM,1954
1H NMR,Ozone,CMT-CHM,47
1H NMR,O–H,CMT-CHM,45
1H NMR,P,CMT-PRO,189
1H NMR,P-Nitrophenol,CMT-CHM,36
1H NMR,P-Toluenesulfonic Acid,CMT-CHM,39
1H NMR,P-TsOH,CMT-CHM,55
1H NMR,P-Xylene,CMT-CHM,51
1H NMR,P1,CMT-SPL,95
1H NMR,P2 1/N,CMT-SPL,36
1H NMR,P21/C,CMT-SPL,67
1H NMR,P212121,CMT-SPL,30
1H NMR,P21C,CMT-SPL,36
1H NMR,P3HT,CMT-CHM,135
1H NMR,P4VP,CMT-CHM,46
1H NMR,PAA,CMT-CHM,244
1H NMR,PAH,CMT-CHM,55
1H NMR,PAHs,CMT-CHM,32
1H NMR,PAMAM,CMT-CHM,173
1H NMR,PAN,CMT-CHM,58
1H NMR,PBA,CMT-CHM,31
1H NMR,PBE0,CMT-CMT,34
1H NMR,PBI,CMT-CHM,35
1H NMR,PC,CMT-PRO,30
1H NMR,PCA,CMT-CMT,150
1H NMR,PCA Score Plot,CMT-CMT,37
1H NMR,PCBM,CMT-CHM,104
1H NMR,PCE,CMT-PRO,67
1H NMR,PCL,CMT-CHM,579
1H NMR,PCM,CMT-CMT,67
1H NMR,PDA,CMT-CHM,64
1H NMR,PDI,CMT-PRO,85
1H NMR,PDIS,CMT-PRO,34
1H NMR,PDLLA,CMT-CHM,33
1H NMR,PDMA,CMT-CHM,33
1H NMR,PDMAEMA,CMT-CHM,119
1H NMR,PDMS,CMT-CHM,215
1H NMR,PDNA,CMT-APL,35
1H NMR,PDT,CMT-APL,50
1H NMR,PEA,CMT-CHM,55
1H NMR,PEDOT,CMT-CHM,220
1H NMR,PEG,CMT-CHM,1153
1H NMR,PEG 200,CMT-CHM,35
1H NMR,PEG 2000,CMT-CHM,43
1H NMR,PEG 400,CMT-CHM,38
1H NMR,PEG-DA,CMT-CHM,50
1H NMR,PEG6000,CMT-CHM,45
1H NMR,PEGMA,CMT-CHM,96
1H NMR,PEGs,CMT-CHM,44
1H NMR,PEGylated,CMT-SMT,50
1H NMR,PEGylation,CMT-SMT,34
1H NMR,PEI,CMT-CHM,419
1H NMR,PEI-25k,CMT-CHM,37
1H NMR,PEO,CMT-CHM,417
1H NMR,PET,CMT-CHM,37
1H NMR,PF6,CMT-CHM,252
1H NMR,PF6 Counterions,CMT-CHM,35
1H NMR,PGA,CMT-CHM,34
1H NMR,PGMA,CMT-CHM,68
1H NMR,PHA,CMT-CHM,44
1H NMR,PHB,CMT-CHM,48
1H NMR,PHEMA,CMT-CHM,48
1H NMR,PIC,CMT-CHM,33
1H NMR,PIL,CMT-CHM,61
1H NMR,PKA Value,CMT-PRO,77
1H NMR,PL,CMT-CMT,178
1H NMR,PL Emission,CMT-CMT,49
1H NMR,PLA,CMT-CHM,395
1H NMR,PLGA,CMT-CHM,162
1H NMR,PLLA,CMT-CHM,230
1H NMR,PLS,CMT-CMT,33
1H NMR,PLS DA,CMT-CMT,60
1H NMR,PM3,CMT-CMT,68
1H NMR,PMA,CMT-CHM,84
1H NMR,PMMA,CMT-CHM,548
1H NMR,PMe3,CMT-CHM,48
1H NMR,PNIPAAm,CMT-CHM,95
1H NMR,PNIPAM,CMT-CHM,205
1H NMR,PO4,CMT-CHM,37
1H NMR,POCl3,CMT-CHM,107
1H NMR,POM,CMT-CMT,305
1H NMR,POPC,CMT-CHM,32
1H NMR,PPA,CMT-CHM,67
1H NMR,PPO,CMT-CHM,101
1H NMR,PPh3,CMT-CHM,349
1H NMR,PSCS,CMT-APL,37
1H NMR,PSU,CMT-CHM,41
1H NMR,PT,CMT-PRO,44
1H NMR,PTFE,CMT-CHM,50
1H NMR,PTSA,CMT-CHM,44
1H NMR,PTX,CMT-CHM,170
1H NMR,PVA,CMT-CHM,225
1H NMR,PVAC,CMT-CHM,53
1H NMR,PVC,CMT-CHM,117
1H NMR,PVDF,CMT-CHM,195
1H NMR,PVP,CMT-CHM,133
1H NMR,PXRD,CMT-CMT,366
1H NMR,Packing,CMT-PRO,101
1H NMR,Packing Diagram,CMT-CMT,96
1H NMR,Packing Diagram,CMT-PRO,96
1H NMR,Packing Structure,CMT-PRO,47
1H NMR,Paclitaxel,CMT-CHM,81
1H NMR,Palladium,CMT-CHM,372
1H NMR,Palladium Complex,CMT-CHM,43
1H NMR,Palladium(II),CMT-CHM,136
1H NMR,Palmitic Acid,CMT-CHM,33
1H NMR,Paper,CMT-APL,37
1H NMR,Paper,CMT-DSC,33
1H NMR,Para-Hydrogen,CMT-CHM,46
1H NMR,Paraformaldehyde,CMT-CHM,63
1H NMR,Paramagnetic,CMT-PRO,290
1H NMR,Paramagnetic Shift,CMT-PRO,41
1H NMR,Parameters,CMT-PRO,32
1H NMR,Particle,CMT-DSC,166
1H NMR,Particle,CMT-PRO,37
1H NMR,Particle Diameter,CMT-PRO,43
1H NMR,Particle Size,CMT-PRO,766
1H NMR,Particle Size Distribution,CMT-PRO,501
1H NMR,Particles,CMT-DSC,1010
1H NMR,Partition Coefficient,CMT-PRO,41
1H NMR,Paste,CMT-DSC,61
1H NMR,Patterned,CMT-DSC,41
1H NMR,Pb,CMT-CHM,89
1H NMR,Pb(II),CMT-CHM,59
1H NMR,Pb2+,CMT-CHM,429
1H NMR,Pc,CMT-CHM,60
1H NMR,Pd,CMT-CHM,680
1H NMR,Pd (II),CMT-CHM,223
1H NMR,Pd (OH)2,CMT-CHM,37
1H NMR,Pd(0),CMT-CHM,40
1H NMR,Pd(OAc)2,CMT-CHM,144
1H NMR,Pd(PPh3)2Cl2,CMT-CHM,69
1H NMR,Pd(PPh3)4,CMT-CHM,274
1H NMR,Pd/C,CMT-CHM,214
1H NMR,Pd2+,CMT-CHM,55
1H NMR,PdCl2,CMT-CHM,62
1H NMR,PdCl2(PPh3)2,CMT-CHM,78
1H NMR,Pdi,CMT-PRO,489
1H NMR,Peak,CMT-PRO,37
1H NMR,Peak Current,CMT-PRO,51
1H NMR,Peak Potential,CMT-PRO,34
1H NMR,Pellet,CMT-DSC,143
1H NMR,Pentaerythritol,CMT-CHM,30
1H NMR,Pentane,CMT-CHM,53
1H NMR,Peptide,CMT-DSC,50
1H NMR,Perchlorate,CMT-CHM,205
1H NMR,Periodate,CMT-CHM,33
1H NMR,Permeability,CMT-PRO,116
1H NMR,Perovskites,CMT-CHM,64
1H NMR,Perovskites,CMT-SPL,64
1H NMR,Peroxide,CMT-CHM,90
1H NMR,Perylene,CMT-CHM,67
1H NMR,Ph3P,CMT-CHM,59
1H NMR,PhCN,CMT-CHM,36
1H NMR,PhI(OAc)2,CMT-CHM,31
1H NMR,PhMe,CMT-CHM,35
1H NMR,Phalloidin,CMT-CHM,61
1H NMR,Pharmaceutical,CMT-APL,38
1H NMR,Pharmacokinetic Parameters,CMT-PRO,34
1H NMR,Pharmacokinetics,CMT-PRO,46
1H NMR,Phase,CMT-CMT,40
1H NMR,Phase,CMT-PRO,58
1H NMR,Phase Behavior,CMT-PRO,84
1H NMR,Phase Contrast,CMT-CMT,46
1H NMR,Phase Contrast Image,CMT-CMT,38
1H NMR,Phase Diagram,CMT-PRO,209
1H NMR,Phase Images,CMT-CMT,116
1H NMR,Phase Transition,CMT-PRO,173
1H NMR,Phase Transition Temperature,CMT-PRO,94
1H NMR,Phe,CMT-CHM,149
1H NMR,Phen,CMT-CHM,122
1H NMR,Phenanthrene,CMT-CHM,45
1H NMR,Phenanthroline,CMT-CHM,77
1H NMR,Phenol,CMT-CHM,456
1H NMR,Phenolates,CMT-CHM,71
1H NMR,Phenolic Hydroxyl,CMT-CHM,31
1H NMR,Phenolics,CMT-CHM,242
1H NMR,Phenoxyl,CMT-CHM,55
1H NMR,Phenyl Acetylene,CMT-CHM,100
1H NMR,Phenylalanine,CMT-CHM,128
1H NMR,Phenylboronic Acid,CMT-CHM,82
1H NMR,Phenylene,CMT-CHM,46
1H NMR,Phenyls,CMT-CHM,842
1H NMR,Phosphanes,CMT-CHM,30
1H NMR,Phosphate,CMT-CHM,1047
1H NMR,Phosphatidylcholine,CMT-CHM,31
1H NMR,Phosphine,CMT-CHM,159
1H NMR,Phosphines,CMT-CHM,44
1H NMR,Phosphonate,CMT-CHM,55
1H NMR,Phosphonic Acid,CMT-CHM,46
1H NMR,Phosphonium,CMT-CHM,55
1H NMR,Phosphorescence,CMT-CMT,71
1H NMR,Phosphorescence,CMT-PRO,44
1H NMR,Phosphoric Acid,CMT-CHM,94
1H NMR,Phosphorous,CMT-CHM,42
1H NMR,Phosphorus,CMT-CHM,310
1H NMR,Phosphorylcholine,CMT-CHM,39
1H NMR,Phosphotungstic Acid,CMT-CHM,82
1H NMR,Photo,CMT-SMT,47
1H NMR,Photo Catalytic Activity,CMT-PRO,31
1H NMR,Photo Crosslinked,CMT-SMT,32
1H NMR,Photo Crosslinking,CMT-SMT,52
1H NMR,Photo Images,CMT-CMT,30
1H NMR,Photo Luminescence,CMT-CMT,577
1H NMR,Photoactive,CMT-PRO,46
1H NMR,Photocatalyst,CMT-APL,52
1H NMR,Photocatalysts,CMT-APL,37
1H NMR,Photochemical,CMT-PRO,32
1H NMR,Photochemical Properties,CMT-PRO,46
1H NMR,Photochemical Reaction,CMT-SMT,44
1H NMR,Photochromic,CMT-PRO,72
1H NMR,Photochromism,CMT-PRO,30
1H NMR,Photocurrent,CMT-PRO,41
1H NMR,Photodimerization,CMT-SMT,31
1H NMR,Photodynamic Therapy,CMT-APL,50
1H NMR,Photographic,CMT-CMT,35
1H NMR,Photographic Image,CMT-CMT,78
1H NMR,Photographs,CMT-CMT,85
1H NMR,Photoinduced Electron Transfer,CMT-PRO,43
1H NMR,Photoinitiator,CMT-APL,31
1H NMR,Photoirradiation,CMT-SMT,96
1H NMR,Photoisomerization,CMT-SMT,51
1H NMR,Photolysis,CMT-SMT,188
1H NMR,Photomicrograph,CMT-CMT,39
1H NMR,Photooxidation,CMT-SMT,46
1H NMR,Photophysical,CMT-CMT,56
1H NMR,Photophysical,CMT-PRO,151
1H NMR,Photophysical Data,CMT-CMT,63
1H NMR,Photophysical Parameters,CMT-PRO,32
1H NMR,Photophysical Properties,CMT-PRO,358
1H NMR,Photopolymerization,CMT-SMT,89
1H NMR,Photoresponsive,CMT-PRO,35
1H NMR,Photos,CMT-CMT,34
1H NMR,Photosensitive,CMT-PRO,36
1H NMR,Photosensitizer,CMT-APL,64
1H NMR,Photostability,CMT-PRO,67
1H NMR,Photovoltaic Devices,CMT-APL,30
1H NMR,Photovoltaic Parameter,CMT-PRO,44
1H NMR,Photovoltaic Performance,CMT-PRO,63
1H NMR,Photovoltaic Properties,CMT-PRO,30
1H NMR,Phthalic Anhydride,CMT-CHM,47
1H NMR,Phthalimide,CMT-CHM,44
1H NMR,Phthalocyanines,CMT-CHM,234
1H NMR,Phthalonitrile,CMT-CHM,57
1H NMR,Physical,CMT-PRO,111
1H NMR,Physical Parameter,CMT-PRO,32
1H NMR,Physical Properties,CMT-PRO,338
1H NMR,Physicochemical,CMT-PRO,34
1H NMR,Physicochemical Characteristics,CMT-PRO,46
1H NMR,Physicochemical Characterization,CMT-CMT,58
1H NMR,Physicochemical Parameters,CMT-PRO,35
1H NMR,Physicochemical Properties,CMT-PRO,231
1H NMR,Picric Acid,CMT-CHM,63
1H NMR,Pigment,CMT-APL,30
1H NMR,Pillar[5]arene,CMT-CHM,52
1H NMR,Piperazine,CMT-CHM,52
1H NMR,Piperidine,CMT-CHM,172
1H NMR,Planarity,CMT-PRO,36
1H NMR,Plasma,CMT-DSC,57
1H NMR,Plate,CMT-DSC,169
1H NMR,Platelet,CMT-DSC,75
1H NMR,Plates,CMT-DSC,121
1H NMR,Platinum,CMT-CHM,410
1H NMR,Platinum (II),CMT-CHM,111
1H NMR,Plot,CMT-CMT,95
1H NMR,Plots,CMT-CMT,63
1H NMR,Pluronic F127,CMT-CHM,32
1H NMR,Pluronics,CMT-CHM,47
1H NMR,Points,CMT-PRO,30
1H NMR,Polar,CMT-PRO,30
1H NMR,Polarisation,CMT-PRO,51
1H NMR,Polarity,CMT-PRO,75
1H NMR,Polarizability,CMT-PRO,35
1H NMR,Polarization,CMT-PRO,91
1H NMR,Polarization Curve,CMT-CMT,139
1H NMR,Polarized Optical Micrograph,CMT-CMT,50
1H NMR,Polarized Optical Microscopy,CMT-CMT,69
1H NMR,Polarizing Optical Microscopy,CMT-CMT,58
1H NMR,Polished,CMT-SMT,32
1H NMR,Poly (Amido Amine),CMT-CHM,33
1H NMR,Poly (Ethylene Oxide),CMT-CHM,67
1H NMR,Poly(Acrylamide),CMT-CHM,104
1H NMR,Poly(Acrylic Acid),CMT-CHM,34
1H NMR,Poly(Arylene Ether Sulfone),CMT-CHM,33
1H NMR,Poly(Dimethyl Siloxane),CMT-CHM,61
1H NMR,Poly(Ethylene Glycol),CMT-CHM,164
1H NMR,Poly(L-Lactide),CMT-CHM,33
1H NMR,Poly(N-Isopropylacrylamide),CMT-CHM,65
1H NMR,Poly(Vinyl Alcohol),CMT-CHM,42
1H NMR,Poly-ε-Caprolactone,CMT-CHM,94
1H NMR,Polyamide,CMT-CHM,131
1H NMR,Polyamides,CMT-CHM,116
1H NMR,Polyamides,CMT-PRO,50
1H NMR,Polyamines,CMT-CHM,47
1H NMR,Polyaniline,CMT-CHM,82
1H NMR,Polybenzoxazine,CMT-CHM,77
1H NMR,Polybutadienes,CMT-CHM,66
1H NMR,Polycaprolactone,CMT-CHM,35
1H NMR,Polycarbonate,CMT-CHM,72
1H NMR,Polycondensation,CMT-SMT,142
1H NMR,Polycrystalline,CMT-DSC,67
1H NMR,Polydispersities,CMT-PRO,75
1H NMR,Polydispersity,CMT-PRO,230
1H NMR,Polydispersity Index,CMT-PRO,346
1H NMR,Polyester,CMT-CHM,377
1H NMR,Polyester,CMT-DSC,68
1H NMR,Polyether,CMT-CHM,73
1H NMR,Polyethylene,CMT-CHM,139
1H NMR,Polyethylene Glycol,CMT-CHM,90
1H NMR,Polyethylene Terephthalate,CMT-CHM,41
1H NMR,Polyethylenimine,CMT-CHM,39
1H NMR,Polyfluorene,CMT-CHM,30
1H NMR,Polyimides,CMT-CHM,285
1H NMR,Polyisoprene,CMT-CHM,40
1H NMR,Polylactide,CMT-CHM,54
1H NMR,Polymer 2,CMT-CHM,63
1H NMR,Polymer Electrolyte,CMT-APL,58
1H NMR,Polymer Electrolytes,CMT-APL,64
1H NMR,Polymeric,CMT-DSC,229
1H NMR,Polymeric Film,CMT-DSC,102
1H NMR,Polymeric Micelle,CMT-DSC,159
1H NMR,Polymerisation,CMT-APL,113
1H NMR,Polymerisation,CMT-PRO,30
1H NMR,Polymerisation,CMT-SMT,288
1H NMR,Polymers,CMT-APL,73
1H NMR,Polymers,CMT-DSC,1030
1H NMR,Polymers,CMT-PRO,88
1H NMR,Polymersome,CMT-DSC,38
1H NMR,Polymethyl-Methacrylate,CMT-CHM,84
1H NMR,Polynorbornene,CMT-CHM,47
1H NMR,Polyols,CMT-CHM,109
1H NMR,Polyoxometalates,CMT-CHM,47
1H NMR,Polyphenol,CMT-CHM,41
1H NMR,Polyplex,CMT-CHM,55
1H NMR,Polyplexes,CMT-APL,91
1H NMR,Polyplexes,CMT-CHM,143
1H NMR,Polyplexes,CMT-DSC,95
1H NMR,Polypropylene,CMT-CHM,62
1H NMR,Polyrotaxane,CMT-CHM,41
1H NMR,Polyrotaxane,CMT-DSC,42
1H NMR,Polysaccharide,CMT-DSC,47
1H NMR,Polysiloxane,CMT-CHM,64
1H NMR,Polystyrene,CMT-CHM,525
1H NMR,Polysulfone,CMT-CHM,62
1H NMR,Polythiophenes,CMT-CHM,50
1H NMR,Polyurethanes,CMT-CHM,364
1H NMR,Polyurethanes,CMT-PRO,110
1H NMR,Pore Diameter,CMT-PRO,53
1H NMR,Pore Size Distribution,CMT-PRO,294
1H NMR,Pore Sizes,CMT-PRO,167
1H NMR,Pore Structure,CMT-PRO,41
1H NMR,Pore Volume,CMT-PRO,82
1H NMR,Porosity,CMT-PRO,130
1H NMR,Porous,CMT-DSC,277
1H NMR,Porphyrin,CMT-CHM,648
1H NMR,Potassium,CMT-CHM,151
1H NMR,Potassium Carbonate,CMT-CHM,55
1H NMR,Potassium Phosphate,CMT-CHM,37
1H NMR,Potential,CMT-PRO,106
1H NMR,Potential Energy Surface,CMT-PRO,46
1H NMR,Potentials,CMT-PRO,73
1H NMR,Potentiodynamic Polarization,CMT-CMT,49
1H NMR,Potentiometric,CMT-CMT,43
1H NMR,Potentiometric Titration,CMT-CMT,88
1H NMR,Potentiometry,CMT-CMT,36
1H NMR,Powder,CMT-DSC,839
1H NMR,Powder X-Ray Diffraction,CMT-CMT,95
1H NMR,Powder XRD,CMT-CMT,147
1H NMR,Powdered,CMT-DSC,63
1H NMR,Powders,CMT-DSC,147
1H NMR,Power Conversion Efficiency,CMT-PRO,53
1H NMR,Power Density,CMT-PRO,109
1H NMR,Power Density Curve,CMT-CMT,47
1H NMR,Power Density Curve,CMT-PRO,43
1H NMR,Pre-Treatment,CMT-SMT,30
1H NMR,Precipitates,CMT-DSC,76
1H NMR,Primary Amine,CMT-CHM,109
1H NMR,Principal Component Analysis,CMT-CMT,94
1H NMR,Pristine,CMT-DSC,61
1H NMR,Probes,CMT-APL,74
1H NMR,Prodrugs,CMT-APL,84
1H NMR,Profile,CMT-CMT,71
1H NMR,Profile,CMT-PRO,46
1H NMR,Proliferation,CMT-PRO,48
1H NMR,Proline,CMT-CHM,99
1H NMR,Propane,CMT-CHM,36
1H NMR,Propargyl Alcohol,CMT-CHM,41
1H NMR,Propargyl Bromide,CMT-CHM,38
1H NMR,Propargylic,CMT-CHM,44
1H NMR,Propene,CMT-CHM,44
1H NMR,Propidium Iodide,CMT-CHM,87
1H NMR,Propionate,CMT-CHM,34
1H NMR,Propionic Acid,CMT-CHM,31
1H NMR,Propyl,CMT-CHM,58
1H NMR,Propylene,CMT-CHM,84
1H NMR,Propylene Carbonate,CMT-CHM,53
1H NMR,Propylene Oxide,CMT-CHM,69
1H NMR,Proton,CMT-PRO,43
1H NMR,Proton Chemical Shift,CMT-PRO,62
1H NMR,Proton Conducting,CMT-PRO,30
1H NMR,Proton Exchange Membranes,CMT-APL,51
1H NMR,Proton NMR,CMT-CMT,84
1H NMR,Proton Nuclear Magnetic Resonance,CMT-CMT,296
1H NMR,Proton Nuclear Magnetic Resonance Spectroscopy,CMT-CMT,64
1H NMR,Protonation Constant,CMT-PRO,112
1H NMR,Protonic Conductivity,CMT-PRO,665
1H NMR,Pseudo First Order Rate Constant,CMT-PRO,60
1H NMR,Pseudorotaxanes,CMT-CHM,67
1H NMR,Pt,CMT-CHM,873
1H NMR,Pt (II),CMT-CHM,127
1H NMR,Pt(IV),CMT-CHM,44
1H NMR,Pure,CMT-DSC,244
1H NMR,Pure Water Flux,CMT-PRO,40
1H NMR,Purine,CMT-CHM,57
1H NMR,Pyrazine,CMT-CHM,59
1H NMR,Pyrazole,CMT-CHM,119
1H NMR,Pyrene,CMT-CHM,770
1H NMR,Pyridine,CMT-CHM,1310
1H NMR,Pyridine Nitrogen,CMT-CHM,36
1H NMR,Pyridine-d5,CMT-CHM,52
1H NMR,Pyridinium,CMT-CHM,147
1H NMR,Pyridyl,CMT-CHM,200
1H NMR,Pyrimidine,CMT-CHM,89
1H NMR,Pyrolysis,CMT-SMT,322
1H NMR,Pyrolyzed,CMT-SMT,56
1H NMR,Pyrophosphate,CMT-CHM,33
1H NMR,Pyrrole,CMT-CHM,267
1H NMR,Pyrrolidine,CMT-CHM,57
1H NMR,Pyruvate,CMT-CHM,74
1H NMR,Q2,CMT-PRO,37
1H NMR,QCM-D,CMT-CMT,41
1H NMR,QD,CMT-DSC,56
1H NMR,QDS,CMT-DSC,89
1H NMR,Quantum Chemical Calculation,CMT-CMT,106
1H NMR,Quantum Dots,CMT-DSC,47
1H NMR,Quantum Yield,CMT-PRO,117
1H NMR,Quantum Yields,CMT-PRO,130
1H NMR,Quartz,CMT-CHM,269
1H NMR,Quaternary Ammonium,CMT-CHM,139
1H NMR,Quaternization,CMT-SMT,102
1H NMR,Quaternized,CMT-SMT,85
1H NMR,Quenched,CMT-SMT,66
1H NMR,Quenching Efficiency,CMT-PRO,33
1H NMR,Quercetin,CMT-CHM,65
1H NMR,Quinoline,CMT-CHM,140
1H NMR,Quinones,CMT-CHM,86
1H NMR,Quinoxaline,CMT-CHM,37
1H NMR,R = Me,CMT-CHM,72
1H NMR,R1,CMT-PRO,69
1H NMR,R2,CMT-PRO,198
1H NMR,R=Me,CMT-CHM,31
1H NMR,RAFT Polymerization,CMT-SMT,56
1H NMR,RHE,CMT-APL,33
1H NMR,RMSD,CMT-PRO,38
1H NMR,ROESY,CMT-CMT,51
1H NMR,ROMP,CMT-SMT,94
1H NMR,ROP,CMT-APL,43
1H NMR,ROP,CMT-SMT,269
1H NMR,RP-HPLC,CMT-CMT,55
1H NMR,Rac-LA,CMT-CHM,46
1H NMR,Radial Distribution Function,CMT-PRO,38
1H NMR,Radical Copolymerization,CMT-SMT,56
1H NMR,Radical Polymerization,CMT-SMT,105
1H NMR,Radius of Gyration,CMT-PRO,43
1H NMR,Raft,CMT-SMT,122
1H NMR,Raft Copolymerization,CMT-SMT,35
1H NMR,Raft Polymerization,CMT-SMT,257
1H NMR,Raman,CMT-CMT,963
1H NMR,Raman Spectroscopy,CMT-CMT,122
1H NMR,Random Copolymer,CMT-DSC,183
1H NMR,Rate,CMT-PRO,44
1H NMR,Rate Capability,CMT-PRO,50
1H NMR,Rate Constant,CMT-PRO,480
1H NMR,Rate Performance,CMT-PRO,63
1H NMR,Ratio,CMT-PRO,76
1H NMR,Ray Crystal Structure,CMT-CMT,64
1H NMR,Rcm,CMT-SMT,59
1H NMR,Re,CMT-CHM,34
1H NMR,Reaction,CMT-APL,37
1H NMR,Reaction,CMT-PRO,36
1H NMR,Reaction,CMT-SMT,109
1H NMR,Reaction Kinetic,CMT-PRO,56
1H NMR,Reaction Mechanism,CMT-PRO,188
1H NMR,Reaction Rate,CMT-PRO,85
1H NMR,Reactivity,CMT-PRO,114
1H NMR,Reactivity Ratio,CMT-PRO,95
1H NMR,Reactors,CMT-APL,60
1H NMR,Real Time PCR,CMT-CMT,31
1H NMR,Receptor,CMT-APL,138
1H NMR,Recyclability,CMT-PRO,34
1H NMR,Redox,CMT-PRO,51
1H NMR,Redox Active,CMT-PRO,35
1H NMR,Redox Behavior,CMT-PRO,65
1H NMR,Redox Couple,CMT-PRO,35
1H NMR,Redox Potential,CMT-PRO,222
1H NMR,Redox Properties,CMT-PRO,82
1H NMR,Reduced Viscosity,CMT-PRO,32
1H NMR,Reduction Potential,CMT-PRO,101
1H NMR,Reductions,CMT-APL,73
1H NMR,Reductions,CMT-PRO,44
1H NMR,Reductions,CMT-SMT,448
1H NMR,Reductive Amination,CMT-SMT,51
1H NMR,Reference Electrode,CMT-APL,214
1H NMR,Refluxing,CMT-SMT,32
1H NMR,Refractive Index,CMT-PRO,185
1H NMR,Rejection,CMT-PRO,34
1H NMR,Relative,CMT-PRO,113
1H NMR,Relative Energies,CMT-PRO,158
1H NMR,Relative Viscosity,CMT-PRO,54
1H NMR,Relaxation Rates,CMT-PRO,56
1H NMR,Relaxation Time,CMT-PRO,127
1H NMR,Relaxivity,CMT-PRO,39
1H NMR,Release,CMT-CMT,53
1H NMR,Release,CMT-PRO,45
1H NMR,Release Behaviors,CMT-PRO,87
1H NMR,Release Curve,CMT-CMT,35
1H NMR,Release Kinetics,CMT-PRO,57
1H NMR,Release Profile,CMT-PRO,279
1H NMR,Release Rate,CMT-PRO,32
1H NMR,Removal Efficiency,CMT-PRO,30
1H NMR,Resins,CMT-APL,32
1H NMR,Resins,CMT-DSC,108
1H NMR,Resistance,CMT-PRO,85
1H NMR,Resonance,CMT-PRO,38
1H NMR,Resonance Structures,CMT-PRO,74
1H NMR,Resonant Frequency,CMT-PRO,38
1H NMR,Resonant Raman,CMT-CMT,49
1H NMR,Resorcinarene,CMT-CHM,36
1H NMR,Resorcinol,CMT-CHM,47
1H NMR,Response,CMT-PRO,97
1H NMR,Response Time,CMT-PRO,64
1H NMR,Responsive,CMT-PRO,44
1H NMR,Retention Time,CMT-PRO,160
1H NMR,Reusability,CMT-PRO,39
1H NMR,Reverse Micelles,CMT-DSC,39
1H NMR,Reversed Phase HPLC,CMT-CMT,49
1H NMR,Reversible Addition-Fragmentation Chain Transfer (RAFT) Polymerization,CMT-SMT,33
1H NMR,Rh,CMT-CHM,106
1H NMR,Rh,CMT-PRO,119
1H NMR,Rh III,CMT-CHM,37
1H NMR,RhB,CMT-CHM,36
1H NMR,Rhamnose,CMT-CHM,40
1H NMR,Rhenium,CMT-CHM,57
1H NMR,Rheological,CMT-PRO,38
1H NMR,Rheological Behavior,CMT-PRO,65
1H NMR,Rheological Measurement,CMT-CMT,45
1H NMR,Rheological Properties,CMT-PRO,110
1H NMR,Rheology,CMT-CMT,60
1H NMR,Rheology,CMT-PRO,30
1H NMR,Rhodamine,CMT-CHM,70
1H NMR,Rhodamine B,CMT-CHM,136
1H NMR,Rhodium,CMT-CHM,147
1H NMR,Ri,CMT-CMT,99
1H NMR,Ri,CMT-PRO,33
1H NMR,Ribbons,CMT-DSC,72
1H NMR,Ribose,CMT-CHM,41
1H NMR,Rigid,CMT-PRO,32
1H NMR,Ring Currents,CMT-PRO,40
1H NMR,Ring Opening,CMT-SMT,36
1H NMR,Ring Opening Polymerization,CMT-APL,39
1H NMR,Ring Opening Polymerization,CMT-SMT,387
1H NMR,Ring Opening Reaction,CMT-SMT,37
1H NMR,Rod,CMT-DSC,62
1H NMR,Rod-Like,CMT-DSC,32
1H NMR,Rods,CMT-DSC,44
1H NMR,Roesy,CMT-CMT,323
1H NMR,Rosy NMR,CMT-CMT,34
1H NMR,Rotaxanes,CMT-APL,93
1H NMR,Rotaxanes,CMT-CHM,212
1H NMR,Rotaxanes,CMT-DSC,61
1H NMR,Roughness,CMT-PRO,47
1H NMR,Ru,CMT-CHM,474
1H NMR,Ru(II),CMT-CHM,184
1H NMR,Ru(III),CMT-CHM,52
1H NMR,Ru1,CMT-CHM,50
1H NMR,RuII,CMT-CHM,83
1H NMR,RuIII,CMT-CHM,40
1H NMR,RuO4,CMT-CHM,41
1H NMR,Ruthenium,CMT-CHM,335
1H NMR,Ruthenium II,CMT-CHM,105
1H NMR,S 2p,CMT-CHM,33
1H NMR,S T,CMT-SPL,98
1H NMR,S0,CMT-PRO,38
1H NMR,S1,CMT-PRO,41
1H NMR,SAED,CMT-CMT,151
1H NMR,SANS,CMT-CMT,115
1H NMR,SAXS,CMT-CMT,586
1H NMR,SBA-15,CMT-CHM,55
1H NMR,SC CO2,CMT-CHM,45
1H NMR,SCE,CMT-APL,34
1H NMR,SCE,CMT-CMT,47
1H NMR,SCN,CMT-CHM,41
1H NMR,SCN−,CMT-CHM,31
1H NMR,SDBS,CMT-CHM,34
1H NMR,SDS,CMT-CHM,130
1H NMR,SDS-PAGE,CMT-CMT,36
1H NMR,SDS-Page,CMT-CMT,65
1H NMR,SEC,CMT-CMT,992
1H NMR,SEM,CMT-CMT,5685
1H NMR,SH,CMT-CHM,33
1H NMR,SHG,CMT-CMT,31
1H NMR,SI,CMT-PRO,32
1H NMR,SI,CMT-SMT,30
1H NMR,SLS,CMT-CMT,53
1H NMR,SO2,CMT-CHM,111
1H NMR,SO3,CMT-CHM,57
1H NMR,SO4,CMT-CHM,64
1H NMR,SOCl2,CMT-CHM,142
1H NMR,SOL,CMT-DSC,57
1H NMR,SPE,CMT-APL,39
1H NMR,SPE,CMT-SMT,38
1H NMR,SPR,CMT-CMT,75
1H NMR,STM,CMT-CMT,69
1H NMR,SWV,CMT-CMT,41
1H NMR,Saccharides,CMT-CHM,52
1H NMR,Salen,CMT-CHM,66
1H NMR,Salicylaldehyde,CMT-CHM,100
1H NMR,Salicylic Acid,CMT-CHM,37
1H NMR,Sandwich,CMT-DSC,46
1H NMR,Sarcosine,CMT-CHM,30
1H NMR,Sb,CMT-CHM,47
1H NMR,Scaffold,CMT-DSC,81
1H NMR,Scaffolds,CMT-DSC,106
1H NMR,Scanning Electron Micrograph,CMT-CMT,196
1H NMR,Scanning Electron Microscope,CMT-CMT,125
1H NMR,Scanning Electron Microscopy,CMT-CMT,549
1H NMR,Scattering Intensity,CMT-PRO,57
1H NMR,Schiff Base,CMT-CHM,571
1H NMR,Score Plot,CMT-CMT,75
1H NMR,Se,CMT-CHM,114
1H NMR,Second Heating,CMT-SMT,45
1H NMR,Second Moment,CMT-PRO,37
1H NMR,Second Order Rate Constant,CMT-PRO,55
1H NMR,Secondary Alcohol,CMT-CHM,33
1H NMR,Secondary Amine,CMT-CHM,75
1H NMR,Secondary Structures,CMT-PRO,74
1H NMR,Sections,CMT-DSC,41
1H NMR,Seeds,CMT-DSC,60
1H NMR,Selected Area Electron Diffraction,CMT-CMT,34
1H NMR,Selectivities To,CMT-PRO,31
1H NMR,Selectivity,CMT-PRO,321
1H NMR,Selenium,CMT-CHM,49
1H NMR,Self,CMT-SMT,93
1H NMR,Self Assembled,CMT-SMT,101
1H NMR,Self Assembly,CMT-SMT,555
1H NMR,Self Diffusion Coefficient,CMT-PRO,121
1H NMR,Self-Assembly Behavior,CMT-PRO,78
1H NMR,Semiconductor,CMT-PRO,58
1H NMR,Semicrystalline,CMT-DSC,49
1H NMR,Sensing,CMT-APL,105
1H NMR,Sensing Mechanism,CMT-PRO,147
1H NMR,Sensitivity,CMT-PRO,161
1H NMR,Sensitizer,CMT-APL,60
1H NMR,Sensor,CMT-APL,465
1H NMR,Separation Factor,CMT-PRO,67
1H NMR,Separation Performance,CMT-PRO,42
1H NMR,Separator,CMT-APL,42
1H NMR,Sequence,CMT-CMT,39
1H NMR,Sequence,CMT-PRO,37
1H NMR,Ser,CMT-CHM,90
1H NMR,Serine,CMT-CHM,70
1H NMR,Shape,CMT-PRO,31
1H NMR,Shear Stress,CMT-PRO,50
1H NMR,Shear Viscosity,CMT-PRO,45
1H NMR,Sheet,CMT-DSC,94
1H NMR,Sheets,CMT-DSC,139
1H NMR,Shell,CMT-DSC,210
1H NMR,Shells,CMT-DSC,40
1H NMR,Shift,CMT-PRO,229
1H NMR,Si,CMT-CHM,536
1H NMR,SiMe3,CMT-CHM,31
1H NMR,SiO2,CMT-CHM,409
1H NMR,Signal-to-Noise Ratio,CMT-PRO,49
1H NMR,Silane,CMT-CHM,125
1H NMR,Silanol,CMT-CHM,65
1H NMR,Silica,CMT-CHM,709
1H NMR,Silica Gel,CMT-CHM,179
1H NMR,Silicate,CMT-CHM,39
1H NMR,Silicon,CMT-CHM,434
1H NMR,Siloxane,CMT-CHM,106
1H NMR,Silsesquioxane,CMT-CHM,44
1H NMR,Silver,CMT-CHM,353
1H NMR,Silver Nitrate,CMT-CHM,38
1H NMR,Silver(I),CMT-CHM,77
1H NMR,Silyl,CMT-CHM,51
1H NMR,Silylation,CMT-SMT,32
1H NMR,Single Cell,CMT-APL,35
1H NMR,Single Crystal,CMT-CMT,203
1H NMR,Single Crystal,CMT-DSC,1233
1H NMR,Single Crystal X-Ray Crystallography,CMT-CMT,38
1H NMR,Single Crystal X-Ray Diffraction,CMT-CMT,291
1H NMR,Singlet,CMT-CMT,74
1H NMR,Singlet,CMT-DSC,166
1H NMR,Singlet,CMT-PRO,52
1H NMR,Size,CMT-PRO,215
1H NMR,Size Distribution,CMT-PRO,1075
1H NMR,Size Distribution Histogram,CMT-CMT,55
1H NMR,Size Exclusion Chromatography,CMT-CMT,224
1H NMR,Skin,CMT-DSC,76
1H NMR,Sky Blue,CMT-CHM,39
1H NMR,Slide,CMT-DSC,93
1H NMR,Slides,CMT-DSC,70
1H NMR,Slope,CMT-PRO,45
1H NMR,Sm,CMT-CHM,62
1H NMR,Small Angle Neutron Scattering,CMT-CMT,43
1H NMR,Small Angle X-ray Scattering,CMT-CMT,93
1H NMR,Sn,CMT-CHM,112
1H NMR,Sn(Oct)2,CMT-CHM,62
1H NMR,Sn2+,CMT-CHM,33
1H NMR,SnCl2,CMT-CHM,61
1H NMR,SnCl4,CMT-CHM,39
1H NMR,Soaking,CMT-SMT,53
1H NMR,Society,CMT-CMT,168
1H NMR,Sodium,CMT-CHM,413
1H NMR,Sodium Acetate,CMT-CHM,81
1H NMR,Sodium Alginate,CMT-CHM,37
1H NMR,Sodium Ascorbate,CMT-CHM,86
1H NMR,Sodium Azide,CMT-CHM,54
1H NMR,Sodium Borohydride,CMT-CHM,35
1H NMR,Sodium Chloride,CMT-CHM,44
1H NMR,Sodium Dodecyl Sulfate,CMT-CHM,76
1H NMR,Sodium Hydroxide,CMT-CHM,87
1H NMR,Sodium Phosphate,CMT-CHM,75
1H NMR,Soft,CMT-PRO,54
1H NMR,Soil,CMT-DSC,44
1H NMR,Sol Gel,CMT-SMT,51
1H NMR,Sol-Gel,CMT-SMT,87
1H NMR,Solar Cell,CMT-APL,121
1H NMR,Solid,CMT-CMT,31
1H NMR,Solid,CMT-DSC,555
1H NMR,Solid,CMT-PRO,186
1H NMR,Solid Films,CMT-DSC,60
1H NMR,Solid Phase Synthesis,CMT-SMT,33
1H NMR,Solid State,CMT-CMT,73
1H NMR,Solid State,CMT-DSC,106
1H NMR,Solid State,CMT-PRO,32
1H NMR,Solid State 13C NMR,CMT-CMT,59
1H NMR,Solid State NMR,CMT-CMT,69
1H NMR,Solid State Structure,CMT-CMT,35
1H NMR,Solid State Structure,CMT-PRO,158
1H NMR,Solubilities,CMT-PRO,90
1H NMR,Solubility,CMT-PRO,623
1H NMR,Solubility Behavior,CMT-PRO,56
1H NMR,Solubility Parameter,CMT-PRO,40
1H NMR,Solubility Test,CMT-CMT,46
1H NMR,Soluble,CMT-PRO,170
1H NMR,Solution,CMT-DSC,615
1H NMR,Solution Behaviour,CMT-PRO,31
1H NMR,Solution Cast,CMT-SMT,30
1H NMR,Solution Casting,CMT-SMT,47
1H NMR,Solution Polymerization,CMT-SMT,51
1H NMR,Solution Structure,CMT-PRO,60
1H NMR,Solvatochromism,CMT-PRO,32
1H NMR,Sonicated,CMT-SMT,33
1H NMR,Sonication,CMT-SMT,137
1H NMR,Soret Band,CMT-PRO,65
1H NMR,Space Filling,CMT-CMT,44
1H NMR,Space Filling Model,CMT-CMT,178
1H NMR,Space Filling Representation,CMT-CMT,109
1H NMR,Specific Capacitance,CMT-PRO,37
1H NMR,Specific Capacity,CMT-PRO,34
1H NMR,Specific Conductivity,CMT-PRO,30
1H NMR,Specific Surface Area,CMT-PRO,77
1H NMR,Specific Viscosity,CMT-PRO,55
1H NMR,Spectra,CMT-PRO,40
1H NMR,Spectral,CMT-CMT,64
1H NMR,Spectral,CMT-PRO,141
1H NMR,Spectral Analysis,CMT-CMT,37
1H NMR,Spectral Properties,CMT-PRO,53
1H NMR,Spectroelectrochemical,CMT-CMT,41
1H NMR,Spectroelectrochemistry,CMT-CMT,82
1H NMR,Spectrophotometric Titration,CMT-CMT,100
1H NMR,Spectrophotometrically,CMT-CMT,60
1H NMR,Spectroscopic,CMT-CMT,168
1H NMR,Spectroscopic,CMT-PRO,85
1H NMR,Spectroscopic Analysis,CMT-CMT,46
1H NMR,Spectroscopic Characterization,CMT-CMT,30
1H NMR,Spectroscopic Methods,CMT-CMT,85
1H NMR,Spectroscopic Properties,CMT-PRO,91
1H NMR,Spectroscopic Studies,CMT-CMT,35
1H NMR,Spectroscopic Techniques,CMT-CMT,65
1H NMR,Spectroscopy,CMT-CMT,35
1H NMR,Spectrum,CMT-PRO,78
1H NMR,Sphere,CMT-DSC,124
1H NMR,Spherical,CMT-DSC,65
1H NMR,Spherical Micelle,CMT-DSC,83
1H NMR,Spherulites,CMT-DSC,32
1H NMR,Spin,CMT-PRO,63
1H NMR,Spin Cast,CMT-SMT,35
1H NMR,Spin Coater,CMT-SMT,182
1H NMR,Spin Coating,CMT-SMT,112
1H NMR,Spin Densities,CMT-PRO,32
1H NMR,Spin Density,CMT-PRO,53
1H NMR,Spin Density Distribution,CMT-PRO,30
1H NMR,Spin States,CMT-PRO,48
1H NMR,Spin System,CMT-PRO,47
1H NMR,Spin-Lattice Relaxation Time,CMT-PRO,77
1H NMR,Spiropyran,CMT-CHM,41
1H NMR,Spleens,CMT-PRO,40
1H NMR,Square Wave Voltammetry,CMT-CMT,44
1H NMR,Square Wave Voltammogram,CMT-CMT,44
1H NMR,Sr,CMT-PRO,33
1H NMR,Sr2+,CMT-CHM,59
1H NMR,Stabilities,CMT-PRO,57
1H NMR,Stability,CMT-PRO,1102
1H NMR,Stability Constant,CMT-PRO,268
1H NMR,Stability Tests,CMT-CMT,80
1H NMR,Stabilization Energy,CMT-PRO,31
1H NMR,Stable,CMT-PRO,104
1H NMR,Standard Deviation,CMT-PRO,82
1H NMR,Star Block Copolymer,CMT-DSC,43
1H NMR,Star Copolymer,CMT-DSC,62
1H NMR,Star Polymer,CMT-DSC,93
1H NMR,Star Shaped,CMT-DSC,150
1H NMR,Stars,CMT-DSC,33
1H NMR,State,CMT-CMT,57
1H NMR,State,CMT-DSC,59
1H NMR,State,CMT-PRO,49
1H NMR,States,CMT-PRO,37
1H NMR,Static Contact Angle,CMT-PRO,39
1H NMR,Static Light Scattering,CMT-CMT,41
1H NMR,Static Water Contact Angle,CMT-PRO,58
1H NMR,Stationary Phase,CMT-APL,34
1H NMR,Statistical Analysis,CMT-CMT,67
1H NMR,Steady State Fluorescence,CMT-CMT,67
1H NMR,Stearic Acid,CMT-CHM,59
1H NMR,Stem,CMT-CMT,69
1H NMR,Stereochemistry,CMT-PRO,92
1H NMR,Stereoselectivity,CMT-PRO,40
1H NMR,Steric,CMT-PRO,30
1H NMR,Stern Volmer Plot,CMT-CMT,206
1H NMR,Steroids,CMT-CHM,52
1H NMR,Stick,CMT-CMT,86
1H NMR,Stick Model,CMT-CMT,43
1H NMR,Stick Representation,CMT-CMT,40
1H NMR,Stiffnesses,CMT-PRO,36
1H NMR,Stilbene,CMT-CHM,60
1H NMR,Stirring,CMT-SMT,34
1H NMR,Stoichiometry,CMT-PRO,156
1H NMR,Stokes Shift,CMT-PRO,66
1H NMR,Storage Modulus,CMT-PRO,689
1H NMR,Storages,CMT-PRO,106
1H NMR,Strain Curve,CMT-CMT,37
1H NMR,Strengths,CMT-PRO,55
1H NMR,Stress,CMT-PRO,107
1H NMR,Stress Strain Curve,CMT-CMT,424
1H NMR,Stress Strain Curve,CMT-PRO,138
1H NMR,Stretching,CMT-PRO,32
1H NMR,Stretching Frequency,CMT-PRO,31
1H NMR,Strips,CMT-DSC,74
1H NMR,Structural,CMT-CMT,37
1H NMR,Structural,CMT-PRO,386
1H NMR,Structural Analysis,CMT-CMT,79
1H NMR,Structural Characteristic,CMT-PRO,57
1H NMR,Structural Characterization,CMT-CMT,98
1H NMR,Structural Feature,CMT-PRO,75
1H NMR,Structural Formulae,CMT-PRO,184
1H NMR,Structural Model,CMT-CMT,74
1H NMR,Structural Parameter,CMT-PRO,273
1H NMR,Structural Property,CMT-PRO,40
1H NMR,Structural Representation,CMT-CMT,31
1H NMR,Structure,CMT-CMT,176
1H NMR,Structure,CMT-PRO,4495
1H NMR,Structure Activity Relationship,CMT-PRO,87
1H NMR,Structure Refinement,CMT-CMT,405
1H NMR,Structures,CMT-CMT,73
1H NMR,Structures,CMT-PRO,1456
1H NMR,Student's T Test,CMT-CMT,47
1H NMR,Student's T-Test,CMT-CMT,48
1H NMR,Studies,CMT-CMT,40
1H NMR,Styrene,CMT-CHM,634
1H NMR,Styrene Oxide,CMT-CHM,43
1H NMR,Substrate,CMT-DSC,908
1H NMR,Succinate,CMT-CHM,91
1H NMR,Succinic Acid,CMT-CHM,48
1H NMR,Succinic Anhydride,CMT-CHM,57
1H NMR,Sucrose,CMT-CHM,124
1H NMR,Sugar,CMT-CHM,442
1H NMR,Sulfates,CMT-CHM,174
1H NMR,Sulfide,CMT-CHM,125
1H NMR,Sulfite,CMT-CHM,30
1H NMR,Sulfonamide,CMT-CHM,57
1H NMR,Sulfonated,CMT-CHM,92
1H NMR,Sulfonated,CMT-SMT,159
1H NMR,Sulfonation,CMT-SMT,147
1H NMR,Sulfones,CMT-CHM,86
1H NMR,Sulfonic Acid,CMT-CHM,109
1H NMR,Sulfoxide,CMT-CHM,68
1H NMR,Sulfur,CMT-CHM,533
1H NMR,Sulfuric Acid,CMT-CHM,125
1H NMR,Sulphur,CMT-CHM,52
1H NMR,Superoxide,CMT-CHM,78
1H NMR,Supramolecular,CMT-DSC,45
1H NMR,Supramolecular Polymer,CMT-DSC,37
1H NMR,Supramolecular Structure,CMT-PRO,44
1H NMR,Surface,CMT-CMT,38
1H NMR,Surface,CMT-DSC,2513
1H NMR,Surface,CMT-PRO,111
1H NMR,Surface Activity,CMT-PRO,77
1H NMR,Surface Area,CMT-PRO,159
1H NMR,Surface Charge,CMT-PRO,74
1H NMR,Surface Coverage,CMT-PRO,35
1H NMR,Surface Energy,CMT-PRO,69
1H NMR,Surface Free Energy,CMT-PRO,43
1H NMR,Surface Modification,CMT-SMT,98
1H NMR,Surface Morphology,CMT-PRO,289
1H NMR,Surface Properties,CMT-PRO,74
1H NMR,Surface Roughness,CMT-PRO,62
1H NMR,Surface SEM,CMT-CMT,45
1H NMR,Surface Tension,CMT-PRO,445
1H NMR,Surface Tension Measurement,CMT-CMT,39
1H NMR,Surfaces,CMT-DSC,750
1H NMR,Surfactant,CMT-APL,108
1H NMR,Survival Rate,CMT-PRO,83
1H NMR,Suspension,CMT-DSC,162
1H NMR,Swelling,CMT-PRO,86
1H NMR,Swelling,CMT-SMT,42
1H NMR,Swelling Behaviour,CMT-PRO,90
1H NMR,Swelling Degree,CMT-PRO,60
1H NMR,Swelling Kinetics,CMT-PRO,48
1H NMR,Swelling Ratio,CMT-PRO,472
1H NMR,Symmetrical Cell,CMT-APL,31
1H NMR,Symmetry,CMT-PRO,67
1H NMR,T,CMT-PRO,278
1H NMR,T,CMT-SPL,73
1H NMR,T 1,CMT-PRO,56
1H NMR,T 1/2,CMT-PRO,66
1H NMR,T M,CMT-PRO,59
1H NMR,T-BuOH,CMT-CHM,31
1H NMR,T1,CMT-PRO,191
1H NMR,T2,CMT-PRO,86
1H NMR,T2 Relaxation Time,CMT-PRO,30
1H NMR,TBA,CMT-CHM,249
1H NMR,TBA+,CMT-CHM,32
1H NMR,TBAB,CMT-CHM,32
1H NMR,TBACN,CMT-CHM,38
1H NMR,TBACl,CMT-CHM,95
1H NMR,TBAF,CMT-CHM,379
1H NMR,TBAP,CMT-CHM,68
1H NMR,TBAPF6,CMT-CHM,41
1H NMR,TBD,CMT-CHM,52
1H NMR,TBDMSCl,CMT-CHM,37
1H NMR,TBHP,CMT-CHM,72
1H NMR,TBS,CMT-CHM,45
1H NMR,TBSCl,CMT-CHM,37
1H NMR,TBSOTf,CMT-CHM,35
1H NMR,TBu,CMT-CHM,72
1H NMR,TC,CMT-PRO,86
1H NMR,TD,CMT-PRO,44
1H NMR,TD DFT,CMT-CMT,105
1H NMR,TD-DFT,CMT-CMT,157
1H NMR,TD-DFT Calculation,CMT-CMT,68
1H NMR,TDI,CMT-CHM,52
1H NMR,TEA,CMT-CHM,253
1H NMR,TEG,CMT-CHM,34
1H NMR,TEM,CMT-CMT,5711
1H NMR,TEMPO,CMT-CHM,148
1H NMR,TEOS,CMT-CHM,71
1H NMR,TFA,CMT-CHM,765
1H NMR,TFA = Trifluoroacetic Acid,CMT-CHM,48
1H NMR,TFE,CMT-CHM,31
1H NMR,TG,CMT-CMT,764
1H NMR,TG,CMT-PRO,473
1H NMR,TG Curve,CMT-CMT,66
1H NMR,TG-DSC,CMT-CMT,31
1H NMR,TG-DTA,CMT-CHM,43
1H NMR,TG-DTA,CMT-CMT,84
1H NMR,TG-DTG,CMT-CMT,35
1H NMR,TG/DTG,CMT-CMT,41
1H NMR,TGA,CMT-CMT,1970
1H NMR,TGA-DTA,CMT-CMT,40
1H NMR,TGA/DTA,CMT-CMT,98
1H NMR,TGA/DTG,CMT-CMT,35
1H NMR,TGEL,CMT-PRO,30
1H NMR,TGS,CMT-PRO,30
1H NMR,THF,CMT-CHM,3597
1H NMR,"THF,78C",CMT-CHM,59
1H NMR,THR,CMT-PRO,30
1H NMR,TIC,CMT-CMT,39
1H NMR,TLC,CMT-CMT,35
1H NMR,TMA,CMT-CHM,71
1H NMR,TMA,CMT-CMT,64
1H NMR,TMAO,CMT-CHM,37
1H NMR,TMC,CMT-CHM,32
1H NMR,TMEDA,CMT-CHM,87
1H NMR,TMP,CMT-CHM,72
1H NMR,TMS,CMT-CHM,118
1H NMR,TMSCl,CMT-CHM,38
1H NMR,TOCSY,CMT-CMT,192
1H NMR,TOF,CMT-CMT,36
1H NMR,TOF,CMT-PRO,73
1H NMR,TOF MS,CMT-CMT,30
1H NMR,TOUGH2,CMT-PRO,34
1H NMR,TPA,CMT-CHM,74
1H NMR,TPGS,CMT-CHM,33
1H NMR,TPP,CMT-CHM,130
1H NMR,Ta,CMT-CHM,32
1H NMR,Tablet,CMT-DSC,43
1H NMR,Tafel Plots,CMT-CMT,52
1H NMR,Tan δ,CMT-PRO,155
1H NMR,Tapping Mode AFM,CMT-CMT,97
1H NMR,Taurine,CMT-CHM,73
1H NMR,Taxol,CMT-CHM,54
1H NMR,Tb,CMT-CHM,71
1H NMR,Tb(III),CMT-CHM,38
1H NMR,Tb3+,CMT-CHM,53
1H NMR,Te,CMT-CHM,36
1H NMR,Temperature,CMT-PRO,51
1H NMR,Tensile,CMT-PRO,38
1H NMR,Tensile Modulus,CMT-PRO,50
1H NMR,Tensile Properties,CMT-PRO,183
1H NMR,Tensile Strength,CMT-PRO,399
1H NMR,Tensile Stress,CMT-PRO,34
1H NMR,Tensile Stress Strain Curve,CMT-CMT,74
1H NMR,Tensile Testing,CMT-CMT,38
1H NMR,Tensile Tests,CMT-CMT,93
1H NMR,Terephthalate,CMT-CHM,30
1H NMR,Terpolymer,CMT-DSC,95
1H NMR,Terpyridine,CMT-CHM,74
1H NMR,Tert-Butyl,CMT-CHM,174
1H NMR,Tert-Butyldimethylsilyl,CMT-CHM,55
1H NMR,Tertbutoxycarbonyl,CMT-CHM,68
1H NMR,Tertiary Amines,CMT-CHM,97
1H NMR,Test,CMT-CMT,44
1H NMR,Test Strip,CMT-APL,49
1H NMR,Tetrabutylammonium,CMT-CHM,152
1H NMR,Tetrabutylammonium Acetate,CMT-CHM,30
1H NMR,Tetrabutylammonium Bromide,CMT-CHM,32
1H NMR,Tetrabutylammonium Chloride,CMT-CHM,32
1H NMR,Tetrabutylammonium Fluoride,CMT-CHM,82
1H NMR,Tetrabutylammonium Perchlorate,CMT-CHM,33
1H NMR,Tetrafluoroborate,CMT-CHM,37
1H NMR,Tetragonal,CMT-SPL,46
1H NMR,Tetrahydrofuran,CMT-CHM,294
1H NMR,Tetramethylsilane,CMT-CHM,111
1H NMR,Tetrasaccharides,CMT-CHM,43
1H NMR,Tetrathiafulvalene,CMT-CHM,31
1H NMR,Tetrazole,CMT-CHM,44
1H NMR,Textural Properties,CMT-PRO,35
1H NMR,Tf2O,CMT-CHM,51
1H NMR,TfOH,CMT-CHM,76
1H NMR,Tg,CMT-PRO,84
1H NMR,Tga,CMT-CMT,3704
1H NMR,ThT,CMT-CHM,30
1H NMR,Theoretical Calculations,CMT-CMT,33
1H NMR,Therapeutic Efficacy,CMT-PRO,31
1H NMR,Thermal,CMT-CMT,56
1H NMR,Thermal,CMT-PRO,563
1H NMR,Thermal,CMT-SMT,110
1H NMR,Thermal Analysis,CMT-CMT,303
1H NMR,Thermal Annealing,CMT-SMT,62
1H NMR,Thermal Behavior,CMT-PRO,195
1H NMR,Thermal Characteristics,CMT-PRO,41
1H NMR,Thermal Conductivity,CMT-PRO,47
1H NMR,Thermal Curing,CMT-SMT,43
1H NMR,Thermal Decomposition,CMT-SMT,143
1H NMR,Thermal Degradation,CMT-SMT,124
1H NMR,Thermal Ellipsoid Plot,CMT-CMT,78
1H NMR,Thermal Ellipsoids,CMT-CMT,803
1H NMR,Thermal Ellipsoids,CMT-PRO,394
1H NMR,Thermal Gravimetric Analysis,CMT-CMT,94
1H NMR,Thermal Parameter,CMT-PRO,33
1H NMR,Thermal Properties,CMT-PRO,906
1H NMR,Thermal Stabilities,CMT-PRO,96
1H NMR,Thermal Stability,CMT-PRO,916
1H NMR,Thermal Transition,CMT-PRO,46
1H NMR,Thermal Treated,CMT-SMT,42
1H NMR,Thermal Treatment,CMT-SMT,137
1H NMR,Thermally,CMT-SMT,33
1H NMR,Thermally Stable,CMT-PRO,113
1H NMR,Thermo,CMT-PRO,51
1H NMR,Thermo Gravimetric Analysis,CMT-CMT,32
1H NMR,Thermo-Responsive,CMT-PRO,98
1H NMR,Thermodynamic Parameters,CMT-PRO,406
1H NMR,Thermodynamic Property,CMT-PRO,81
1H NMR,Thermodynamic Stability,CMT-PRO,33
1H NMR,Thermodynamics,CMT-PRO,123
1H NMR,Thermogram,CMT-CMT,116
1H NMR,Thermogravimetric,CMT-CMT,122
1H NMR,Thermogravimetric Analysis,CMT-CMT,960
1H NMR,Thermogravimetric Curve,CMT-CMT,114
1H NMR,Thermogravimetry,CMT-CMT,95
1H NMR,Thermolysis,CMT-SMT,71
1H NMR,Thermoplastics,CMT-PRO,43
1H NMR,Thermosensitive,CMT-PRO,66
1H NMR,Thermoset,CMT-APL,107
1H NMR,Thermoset,CMT-DSC,57
1H NMR,Thermoset,CMT-PRO,69
1H NMR,Thermostability,CMT-PRO,38
1H NMR,Thiazole,CMT-CHM,41
1H NMR,Thin,CMT-DSC,84
1H NMR,Thin Films,CMT-DSC,771
1H NMR,Thin Layer Chromatography,CMT-CMT,37
1H NMR,Thioamides,CMT-CHM,30
1H NMR,Thiocyanate,CMT-CHM,31
1H NMR,Thioether,CMT-CHM,74
1H NMR,Thiol Ene Reaction,CMT-SMT,33
1H NMR,Thiol-Ene,CMT-CHM,168
1H NMR,Thiolate,CMT-CHM,97
1H NMR,Thiols,CMT-CHM,548
1H NMR,Thiophene,CMT-CHM,192
1H NMR,Thiophenol,CMT-CHM,41
1H NMR,Thiosemicarbazone,CMT-CHM,60
1H NMR,Thiourea,CMT-CHM,164
1H NMR,Thr,CMT-CHM,75
1H NMR,Three Dimensional,CMT-DSC,31
1H NMR,Threonine,CMT-CHM,52
1H NMR,Thymine,CMT-CHM,70
1H NMR,Ti,CMT-CHM,266
1H NMR,Ti(OiPr)4,CMT-CHM,38
1H NMR,TiCl4,CMT-CHM,74
1H NMR,TiO2,CMT-CHM,380
1H NMR,Time,CMT-PRO,30
1H NMR,Time Dependent Density Functional Theory,CMT-CMT,48
1H NMR,Time Resolved Fluorescence,CMT-CMT,44
1H NMR,Time Resolved Fluorescence Decay,CMT-CMT,34
1H NMR,Tin,CMT-CHM,76
1H NMR,Tissue,CMT-DSC,59
1H NMR,Tissue Section,CMT-DSC,37
1H NMR,Tissues,CMT-DSC,53
1H NMR,Titania,CMT-CHM,59
1H NMR,Titanium,CMT-CHM,144
1H NMR,Titration,CMT-CMT,58
1H NMR,Titration Curve,CMT-CMT,150
1H NMR,Tlc,CMT-CMT,118
1H NMR,Tm,CMT-PRO,175
1H NMR,Tof Mass,CMT-CMT,91
1H NMR,Toluene,CMT-CHM,2368
1H NMR,Toluene-D,CMT-CHM,70
1H NMR,Toluene-D8,CMT-CHM,200
1H NMR,Ton,CMT-PRO,48
1H NMR,Topography,CMT-PRO,66
1H NMR,Topology,CMT-PRO,40
1H NMR,Torsional Angle,CMT-PRO,191
1H NMR,Tosyl,CMT-CHM,32
1H NMR,Total,CMT-PRO,34
1H NMR,Total Energy,CMT-PRO,56
1H NMR,Total Ion Chromatogram,CMT-CMT,49
1H NMR,Toughness,CMT-PRO,57
1H NMR,Toxicity,CMT-PRO,170
1H NMR,Transesterification,CMT-APL,48
1H NMR,Transesterification,CMT-SMT,179
1H NMR,Transfection,CMT-SMT,54
1H NMR,Transfer,CMT-PRO,71
1H NMR,Transfer Characteristic,CMT-PRO,39
1H NMR,Transformation,CMT-CMT,30
1H NMR,Transient Absorption,CMT-CMT,89
1H NMR,Transition Metal,CMT-CHM,292
1H NMR,Transition State,CMT-PRO,40
1H NMR,Transition Temperature,CMT-PRO,123
1H NMR,Transitions,CMT-PRO,55
1H NMR,Transmission Electron Micrograph,CMT-CMT,122
1H NMR,Transmission Electron Microscope,CMT-CMT,85
1H NMR,Transmission Electron Microscopy,CMT-CMT,630
1H NMR,Transparency,CMT-PRO,89
1H NMR,Transparent,CMT-PRO,194
1H NMR,Triazine,CMT-CHM,69
1H NMR,Triazole,CMT-CHM,196
1H NMR,Triblock,CMT-DSC,219
1H NMR,Triblock Copolymer,CMT-DSC,424
1H NMR,Triclinic,CMT-SPL,139
1H NMR,Tridentate,CMT-CHM,61
1H NMR,Triethylamine,CMT-CHM,303
1H NMR,Triflate,CMT-CHM,141
1H NMR,Triflic Acid,CMT-CHM,39
1H NMR,Trifluoroacetate,CMT-CHM,32
1H NMR,Trifluoroacetic Acid,CMT-CHM,182
1H NMR,Trifluoromethanesulfonyl,CMT-CHM,35
1H NMR,Triglycerides,CMT-CHM,115
1H NMR,Trigonal,CMT-SPL,73
1H NMR,Trimethylamine,CMT-CHM,55
1H NMR,Trimethylsilyl,CMT-CHM,68
1H NMR,Tripeptides,CMT-CHM,36
1H NMR,Triphenylamine,CMT-CHM,64
1H NMR,Triphenylphosphine,CMT-CHM,80
1H NMR,Triphosgene,CMT-CHM,30
1H NMR,Triplet,CMT-PRO,34
1H NMR,Triplet Excited State,CMT-PRO,36
1H NMR,Triplet State,CMT-PRO,41
1H NMR,Triptycene,CMT-CHM,39
1H NMR,Tris,CMT-CHM,214
1H NMR,Tris Buffer,CMT-CHM,88
1H NMR,Tris-HCl,CMT-CHM,70
1H NMR,Trisaccharide,CMT-CHM,44
1H NMR,Triton X-100,CMT-CHM,110
1H NMR,Trp,CMT-CHM,110
1H NMR,Truth Table,CMT-PRO,32
1H NMR,Tryptophan,CMT-CHM,109
1H NMR,TsCl,CMT-CHM,66
1H NMR,TsOH,CMT-CHM,53
1H NMR,Tube,CMT-DSC,63
1H NMR,Tubes,CMT-DSC,35
1H NMR,Tubular,CMT-DSC,42
1H NMR,Tumor,CMT-APL,69
1H NMR,Tumor,CMT-DSC,154
1H NMR,Tumor Growth Curve,CMT-PRO,46
1H NMR,Tumor Sections,CMT-DSC,42
1H NMR,Tumor Tissue,CMT-DSC,36
1H NMR,Tumor Volume,CMT-PRO,244
1H NMR,Tumor Weight,CMT-PRO,93
1H NMR,Tumor-Bearing Mice,CMT-APL,58
1H NMR,Tumours,CMT-APL,270
1H NMR,Tumours,CMT-DSC,172
1H NMR,Tumours,CMT-PRO,44
1H NMR,Tunel,CMT-CMT,35
1H NMR,Tunel Assays,CMT-CMT,31
1H NMR,Tungsten,CMT-CHM,61
1H NMR,Turbidity,CMT-PRO,145
1H NMR,Turnover Frequency,CMT-PRO,47
1H NMR,Turnover Number,CMT-PRO,64
1H NMR,Tween 80,CMT-CHM,49
1H NMR,Two,CMT-DSC,39
1H NMR,Two-Dimensional,CMT-CMT,57
1H NMR,Two-Dimensional,CMT-DSC,41
1H NMR,Two-Phase,CMT-SMT,36
1H NMR,Tyr,CMT-CHM,141
1H NMR,Tyramine,CMT-CHM,30
1H NMR,Tyrosine,CMT-CHM,143
1H NMR,UV,CMT-CMT,492
1H NMR,UV,CMT-PRO,37
1H NMR,UV,CMT-SMT,96
1H NMR,UV / Vis,CMT-CMT,589
1H NMR,UV Absorbance,CMT-CMT,40
1H NMR,UV Absorption,CMT-CMT,165
1H NMR,UV Cured,CMT-SMT,30
1H NMR,UV Curing,CMT-SMT,37
1H NMR,UV Detection,CMT-CMT,46
1H NMR,UV Detector,CMT-CMT,37
1H NMR,UV Irradiation,CMT-SMT,609
1H NMR,UV Light Irradiation,CMT-SMT,113
1H NMR,UV Spectra,CMT-CMT,292
1H NMR,UV Spectroscopy,CMT-CMT,63
1H NMR,UV Spectrum,CMT-CMT,79
1H NMR,UV Transmittance,CMT-CMT,34
1H NMR,UV Transmittance,CMT-PRO,454
1H NMR,UV Vis,CMT-CMT,2952
1H NMR,UV Vis Absorbance,CMT-CMT,144
1H NMR,UV Vis Absorption,CMT-CMT,1685
1H NMR,UV Vis Spectrophotometry,CMT-CMT,37
1H NMR,UV Vis Spectroscopic,CMT-CMT,40
1H NMR,UV Vis Spectroscopy,CMT-CMT,460
1H NMR,UV Vis Spectrum,CMT-CMT,224
1H NMR,UV Visible,CMT-CMT,458
1H NMR,UV Visible Absorbance,CMT-CMT,78
1H NMR,UV Visible Absorption,CMT-CMT,671
1H NMR,UV Visible Absorption Spectroscopy,CMT-CMT,61
1H NMR,UV Visible Absorption Spectrum,CMT-CMT,41
1H NMR,UV Visible Spectra,CMT-CMT,120
1H NMR,UV Visible Spectroscopy,CMT-CMT,76
1H NMR,UV – Vis,CMT-CMT,568
1H NMR,UV-Cured,CMT-SMT,61
1H NMR,UV-VIS Absorption,CMT-CMT,93
1H NMR,UV-VIS Spectral,CMT-CMT,873
1H NMR,UV-Vis Spectra,CMT-CMT,307
1H NMR,UV-Vis Titration,CMT-CMT,212
1H NMR,UV-Vis-NIR,CMT-CMT,59
1H NMR,UV/VIS Spectral,CMT-CMT,214
1H NMR,UVVISNIR Absorption,CMT-CMT,53
1H NMR,UiO-66,CMT-CHM,32
1H NMR,Ultrasonication,CMT-SMT,38
1H NMR,Ultrasound,CMT-SMT,32
1H NMR,Uncoated,CMT-DSC,92
1H NMR,Undoped,CMT-DSC,48
1H NMR,Unit Cell,CMT-PRO,67
1H NMR,Unit Cell Parameter,CMT-PRO,34
1H NMR,Uptake,CMT-PRO,74
1H NMR,Uracil,CMT-CHM,73
1H NMR,Uranium,CMT-CHM,51
1H NMR,Uranyl,CMT-CHM,44
1H NMR,Uranyl Acetate,CMT-CHM,58
1H NMR,Urea,CMT-CHM,431
1H NMR,Urethane,CMT-CHM,114
1H NMR,Uridine,CMT-CHM,38
1H NMR,Uronic Acid,CMT-CHM,36
1H NMR,V-FITC,CMT-CHM,62
1H NMR,VOC,CMT-PRO,48
1H NMR,VT,CMT-CMT,36
1H NMR,VT 1H NMR,CMT-CMT,60
1H NMR,Val,CMT-CHM,98
1H NMR,Valine,CMT-CHM,123
1H NMR,Van,CMT-PRO,33
1H NMR,Van Der Waals Radii,CMT-PRO,30
1H NMR,Van't Hoff Plot,CMT-CMT,67
1H NMR,Vanadium,CMT-CHM,137
1H NMR,Vanillin,CMT-CHM,52
1H NMR,Vcd,CMT-CMT,36
1H NMR,Vesicle,CMT-DSC,335
1H NMR,Viability,CMT-PRO,298
1H NMR,Vibration Mode,CMT-PRO,35
1H NMR,Vibrational Frequency,CMT-PRO,101
1H NMR,Vibrational Spectra,CMT-CMT,41
1H NMR,Vinyl,CMT-CHM,320
1H NMR,Vinyl Acetate,CMT-CHM,66
1H NMR,Viscosities,CMT-PRO,137
1H NMR,Viscosity,CMT-PRO,852
1H NMR,Viscosity Behavior,CMT-PRO,30
1H NMR,Viscosity Measurement,CMT-CMT,78
1H NMR,Viscous,CMT-PRO,33
1H NMR,Visible Absorption,CMT-CMT,30
1H NMR,Visible Light Irradiation,CMT-SMT,40
1H NMR,Voltage Profile,CMT-PRO,47
1H NMR,Voltages,CMT-PRO,34
1H NMR,Voltammograms,CMT-CMT,73
1H NMR,Volume,CMT-PRO,44
1H NMR,WAXD,CMT-CMT,433
1H NMR,WAXS,CMT-CMT,141
1H NMR,WXRD,CMT-CMT,46
1H NMR,Wafers,CMT-DSC,166
1H NMR,Washing,CMT-SMT,48
1H NMR,Water,CMT-APL,30
1H NMR,Water,CMT-PRO,74
1H NMR,Water Absorption,CMT-PRO,97
1H NMR,Water Contact Angle,CMT-PRO,405
1H NMR,Water Content,CMT-PRO,231
1H NMR,Water Fluxes,CMT-PRO,67
1H NMR,Water Insoluble,CMT-PRO,44
1H NMR,Water Solubility,CMT-PRO,140
1H NMR,Water Soluble,CMT-PRO,567
1H NMR,Water Uptake,CMT-PRO,728
1H NMR,Wavelength,CMT-PRO,31
1H NMR,Weight,CMT-PRO,155
1H NMR,Weight Average Molecular Weight,CMT-PRO,107
1H NMR,Weight Loss,CMT-CMT,30
1H NMR,Weight Loss,CMT-PRO,64
1H NMR,Western Blots,CMT-CMT,140
1H NMR,Western Blotting,CMT-CMT,52
1H NMR,Wettability,CMT-PRO,49
1H NMR,Wide Angle X Ray Scattering,CMT-CMT,35
1H NMR,Wide Angle X-Ray Diffraction,CMT-CMT,153
1H NMR,Wire,CMT-DSC,116
1H NMR,Working Electrodes,CMT-APL,306
1H NMR,Worm-Like Micelles,CMT-DSC,48
1H NMR,Wu,CMT-PRO,56
1H NMR,X Band EPR,CMT-CMT,92
1H NMR,X Ray,CMT-CMT,612
1H NMR,X Ray Analysis,CMT-CMT,247
1H NMR,X Ray Diffractogram,CMT-CMT,120
1H NMR,X Ray Molecular Structure,CMT-CMT,46
1H NMR,X Ray Structure,CMT-CMT,74
1H NMR,X-Ray,CMT-CMT,42
1H NMR,X-Ray Analyses,CMT-CMT,31
1H NMR,X-Ray Crystal,CMT-CMT,63
1H NMR,X-Ray Crystal Structural Analysis,CMT-CMT,34
1H NMR,X-Ray Crystal Structure,CMT-CMT,801
1H NMR,X-Ray Crystallographic Structure,CMT-CMT,30
1H NMR,X-Ray Crystallography,CMT-CMT,970
1H NMR,X-Ray Diffraction,CMT-CMT,2162
1H NMR,X-Ray Photoelectron,CMT-CMT,52
1H NMR,X-Ray Photoelectron Spectroscopy,CMT-CMT,166
1H NMR,X-Ray Powder Diffraction,CMT-CMT,145
1H NMR,X-Ray Single Crystal Diffraction,CMT-CMT,62
1H NMR,X-Ray Structural Analysis,CMT-CMT,106
1H NMR,X-ray Structure,CMT-CMT,682
1H NMR,XPS,CMT-CMT,1490
1H NMR,XRD,CMT-CMT,2809
1H NMR,XRPD,CMT-CMT,51
1H NMR,Xanes,CMT-CMT,64
1H NMR,Xanthates,CMT-CHM,31
1H NMR,Xanthine,CMT-CHM,32
1H NMR,Xe,CMT-CHM,50
1H NMR,Xenon,CMT-CHM,47
1H NMR,Xerogels,CMT-DSC,255
1H NMR,Xylene,CMT-CHM,103
1H NMR,Xylose,CMT-CHM,76
1H NMR,YOYO-1,CMT-CHM,36
1H NMR,Yb,CMT-CHM,85
1H NMR,Yields,CMT-PRO,49
1H NMR,Young’s Modulus,CMT-PRO,163
1H NMR,Yttrium,CMT-CHM,37
1H NMR,Zeolites,CMT-CHM,179
1H NMR,Zero Shear Viscosity,CMT-PRO,46
1H NMR,Zeta Potential,CMT-CMT,36
1H NMR,Zeta Potential,CMT-PRO,1009
1H NMR,Zinc,CMT-CHM,433
1H NMR,Zinc II,CMT-CHM,204
1H NMR,Zinc Phthalocyanine,CMT-CHM,34
1H NMR,Zinc Porphyrin,CMT-CHM,36
1H NMR,Zirconium,CMT-CHM,82
1H NMR,Zn,CMT-CHM,683
1H NMR,Zn Acetate,CMT-CHM,41
1H NMR,Zn(ClO4)2,CMT-CHM,44
1H NMR,Zn(II),CMT-CHM,439
1H NMR,Zn(NO3)2,CMT-CHM,36
1H NMR,Zn(OAc)2,CMT-CHM,67
1H NMR,Zn(OTf)2,CMT-CHM,36
1H NMR,Zn2,CMT-CHM,44
1H NMR,Zn2+,CMT-CHM,818
1H NMR,ZnCl2,CMT-CHM,165
1H NMR,ZnII,CMT-CHM,40
1H NMR,ZnO,CMT-CHM,132
1H NMR,ZnPc,CMT-CHM,35
1H NMR,ZnS,CMT-CHM,44
1H NMR,Zr,CMT-CHM,166
1H NMR,ZrO2,CMT-CHM,48
1H NMR,Zwitterionic,CMT-PRO,69
1H NMR,[2]Pseudorotaxane,CMT-CHM,45
1H NMR,[2]Rotaxane,CMT-CHM,149
1H NMR,[2]catenane,CMT-CHM,43
1H NMR,[CuCl]0,CMT-CHM,31
1H NMR,[D6]Benzene,CMT-CHM,47
1H NMR,[D6]DMSO,CMT-CHM,397
1H NMR,[D8]THF,CMT-CHM,137
1H NMR,cadmium,CMT-CHM,67
1H NMR,i-PrOH,CMT-CHM,81
1H NMR,m/z,CMT-PRO,36
1H NMR,mPEG,CMT-CHM,134
1H NMR,n-Bu4NPF6,CMT-CHM,44
1H NMR,n-BuLi,CMT-CHM,91
1H NMR,pH,CMT-PRO,155
1H NMR,pKa,CMT-PRO,244
1H NMR,siRNA,CMT-APL,78
1H NMR,tBuOH,CMT-CHM,63
1H NMR,water uptakes,CMT-PRO,37
1H NMR,Δ,CMT-PRO,110
1H NMR,Δh,CMT-PRO,64
1H NMR,Δs,CMT-PRO,59
1H NMR,Ζ-Potential,CMT-PRO,55
1H NMR,Φ,CMT-PRO,31
1H NMR,α-CD,CMT-CHM,83
1H NMR,α-Cyclodextrin,CMT-CHM,32
1H NMR,β,CMT-PRO,140
1H NMR,β-CD,CMT-CHM,275
1H NMR,β-Cyclodextrin,CMT-CHM,168
1H NMR,δg,CMT-PRO,69
1H NMR,ε-Caprolactone,CMT-CHM,101
1H NMR,η,CMT-PRO,76
1H NMR,λ,CMT-PRO,52
1H NMR,λ Ex,CMT-PRO,67
1H NMR,λ Max,CMT-PRO,41
1H NMR,μ,CMT-PRO,31
1H NMR,π-π,CMT-PRO,39
1H NMR,π-π Interaction,CMT-PRO,46
1H NMR,π-π Stacking,CMT-PRO,89
1H NMR,σ,CMT-PRO,53
1H NMR,τ,CMT-PRO,45
1H NMR Spectroscopic Analysis,1H,CMT-CHM,34
1H NMR Spectroscopy,13C,CMT-CHM,120
1H NMR Spectroscopy,13C,CMT-CMT,30
1H NMR Spectroscopy,13C NMR,CMT-CMT,72
1H NMR Spectroscopy,13C NMR Spectroscopy,CMT-CMT,37
1H NMR Spectroscopy,1H,CMT-CHM,2703
1H NMR Spectroscopy,1H,CMT-CMT,48
1H NMR Spectroscopy,1H NMR,CMT-CMT,545
1H NMR Spectroscopy,2D,CMT-CMT,36
1H NMR Spectroscopy,AFM,CMT-CMT,49
1H NMR Spectroscopy,ATRP,CMT-SMT,36
1H NMR Spectroscopy,Absorption,CMT-PRO,41
1H NMR Spectroscopy,Acetate,CMT-CHM,32
1H NMR Spectroscopy,Acetone,CMT-CHM,55
1H NMR Spectroscopy,Acetonitrile,CMT-CHM,89
1H NMR Spectroscopy,Activity,CMT-PRO,30
1H NMR Spectroscopy,Alcohols,CMT-CHM,55
1H NMR Spectroscopy,Aldehyde,CMT-CHM,58
1H NMR Spectroscopy,Alkene,CMT-CHM,57
1H NMR Spectroscopy,Alkyls,CMT-CHM,70
1H NMR Spectroscopy,Alkyne,CMT-CHM,68
1H NMR Spectroscopy,Amides,CMT-CHM,69
1H NMR Spectroscopy,Amines,CMT-CHM,86
1H NMR Spectroscopy,Amino,CMT-CHM,30
1H NMR Spectroscopy,Amino Acid,CMT-CHM,50
1H NMR Spectroscopy,Amphiphilic,CMT-PRO,58
1H NMR Spectroscopy,Angles,CMT-PRO,69
1H NMR Spectroscopy,Aryl,CMT-CHM,32
1H NMR Spectroscopy,Atom Transfer Radical Polymerization,CMT-SMT,30
1H NMR Spectroscopy,Atomic Force Microscopy,CMT-CMT,33
1H NMR Spectroscopy,Benzenes,CMT-CHM,53
1H NMR Spectroscopy,Binding Constant,CMT-PRO,35
1H NMR Spectroscopy,Biodegradable,CMT-PRO,30
1H NMR Spectroscopy,Block Copolymer,CMT-DSC,58
1H NMR Spectroscopy,Bond Length,CMT-PRO,83
1H NMR Spectroscopy,Br,CMT-CHM,52
1H NMR Spectroscopy,Bulk,CMT-DSC,30
1H NMR Spectroscopy,CD2Cl2,CMT-CHM,50
1H NMR Spectroscopy,CD3CN,CMT-CHM,51
1H NMR Spectroscopy,CD3OD,CMT-CHM,30
1H NMR Spectroscopy,CDCl3,CMT-CHM,142
1H NMR Spectroscopy,CH2Cl2,CMT-CHM,113
1H NMR Spectroscopy,CH3CN,CMT-CHM,63
1H NMR Spectroscopy,CHCl3,CMT-CHM,59
1H NMR Spectroscopy,CO,CMT-CHM,46
1H NMR Spectroscopy,CO2,CMT-CHM,56
1H NMR Spectroscopy,Carbon,CMT-CHM,117
1H NMR Spectroscopy,Carbonyls,CMT-CHM,46
1H NMR Spectroscopy,Carboxylates,CMT-CHM,36
1H NMR Spectroscopy,Carboxylic Acid,CMT-CHM,51
1H NMR Spectroscopy,Catalyst,CMT-APL,168
1H NMR Spectroscopy,Catalytic Activity,CMT-PRO,39
1H NMR Spectroscopy,Chemical Shift,CMT-PRO,87
1H NMR Spectroscopy,Chemical Structures,CMT-PRO,81
1H NMR Spectroscopy,Chlorides,CMT-CHM,70
1H NMR Spectroscopy,Chloroform,CMT-CHM,72
1H NMR Spectroscopy,Cl,CMT-CHM,91
1H NMR Spectroscopy,Cluster,CMT-DSC,45
1H NMR Spectroscopy,Compositions,CMT-PRO,132
1H NMR Spectroscopy,Copolymer,CMT-DSC,142
1H NMR Spectroscopy,Copper,CMT-CHM,39
1H NMR Spectroscopy,Crystal,CMT-DSC,78
1H NMR Spectroscopy,Crystal Structure,CMT-PRO,106
1H NMR Spectroscopy,Crystalline,CMT-DSC,33
1H NMR Spectroscopy,Cu,CMT-CHM,40
1H NMR Spectroscopy,Cyclic Voltammetry,CMT-CMT,103
1H NMR Spectroscopy,Cyclic Voltammogram,CMT-CMT,34
1H NMR Spectroscopy,Cytotoxicity,CMT-PRO,49
1H NMR Spectroscopy,D2O,CMT-CHM,103
1H NMR Spectroscopy,DFT,CMT-CMT,87
1H NMR Spectroscopy,DFT Calculations,CMT-CMT,43
1H NMR Spectroscopy,DLS,CMT-CMT,62
1H NMR Spectroscopy,DMF,CMT-CHM,94
1H NMR Spectroscopy,DMSO,CMT-CHM,125
1H NMR Spectroscopy,DMSO-D6,CMT-CHM,37
1H NMR Spectroscopy,DSC,CMT-CMT,109
1H NMR Spectroscopy,Density Functional Theory,CMT-CMT,36
1H NMR Spectroscopy,Diblock Copolymer,CMT-DSC,40
1H NMR Spectroscopy,Dichloromethane,CMT-CHM,33
1H NMR Spectroscopy,Differential Scanning Calorimetry,CMT-CMT,90
1H NMR Spectroscopy,Dimethylsulfoxide,CMT-CHM,33
1H NMR Spectroscopy,Dynamic Light Scattering,CMT-CMT,67
1H NMR Spectroscopy,ESI MS,CMT-CMT,37
1H NMR Spectroscopy,Elemental Analysis,CMT-CMT,329
1H NMR Spectroscopy,Esters,CMT-CHM,49
1H NMR Spectroscopy,Ethanol,CMT-CHM,60
1H NMR Spectroscopy,Ethers,CMT-CHM,36
1H NMR Spectroscopy,FT-IR,CMT-CMT,118
1H NMR Spectroscopy,FT-IR Spectroscopy,CMT-CMT,38
1H NMR Spectroscopy,FTIR,CMT-CMT,137
1H NMR Spectroscopy,FTIR Spectroscopy,CMT-CMT,31
1H NMR Spectroscopy,Film,CMT-DSC,40
1H NMR Spectroscopy,Films,CMT-DSC,58
1H NMR Spectroscopy,Fluorescence,CMT-CMT,66
1H NMR Spectroscopy,Fluorescence,CMT-PRO,40
1H NMR Spectroscopy,Fluorescence Spectroscopy,CMT-CMT,37
1H NMR Spectroscopy,Fourier Transform Infrared Spectroscopy,CMT-CMT,32
1H NMR Spectroscopy,G,CMT-PRO,30
1H NMR Spectroscopy,GPC,CMT-CMT,104
1H NMR Spectroscopy,Gc,CMT-CMT,31
1H NMR Spectroscopy,Gel Permeation Chromatography,CMT-CMT,96
1H NMR Spectroscopy,Glass Transition Temperature,CMT-PRO,46
1H NMR Spectroscopy,Glucose,CMT-CHM,34
1H NMR Spectroscopy,H2,CMT-CHM,53
1H NMR Spectroscopy,H2O,CMT-CHM,137
1H NMR Spectroscopy,H2O2,CMT-CHM,32
1H NMR Spectroscopy,HCl,CMT-CHM,58
1H NMR Spectroscopy,Halides,CMT-CHM,30
1H NMR Spectroscopy,Heating,CMT-SMT,61
1H NMR Spectroscopy,Hplc,CMT-CMT,71
1H NMR Spectroscopy,Hydride,CMT-CHM,35
1H NMR Spectroscopy,Hydrogel,CMT-DSC,33
1H NMR Spectroscopy,Hydrogen,CMT-CHM,352
1H NMR Spectroscopy,Hydrolysis,CMT-SMT,67
1H NMR Spectroscopy,Hydrophilic,CMT-PRO,51
1H NMR Spectroscopy,Hydrophobic,CMT-PRO,64
1H NMR Spectroscopy,Hydroxyl,CMT-CHM,38
1H NMR Spectroscopy,IR Spectroscopy,CMT-CMT,44
1H NMR Spectroscopy,Imines,CMT-CHM,38
1H NMR Spectroscopy,Infrared,CMT-CMT,31
1H NMR Spectroscopy,Infrared Spectroscopy,CMT-CMT,32
1H NMR Spectroscopy,Ir,CMT-CMT,189
1H NMR Spectroscopy,Iron,CMT-CHM,38
1H NMR Spectroscopy,Irradiation,CMT-SMT,57
1H NMR Spectroscopy,K2CO3,CMT-CHM,36
1H NMR Spectroscopy,Mass Spectrometry,CMT-CMT,127
1H NMR Spectroscopy,Me,CMT-CHM,30
1H NMR Spectroscopy,MeCN,CMT-CHM,50
1H NMR Spectroscopy,MeOH,CMT-CHM,65
1H NMR Spectroscopy,Membrane,CMT-DSC,55
1H NMR Spectroscopy,Methanol,CMT-CHM,104
1H NMR Spectroscopy,Methyl,CMT-CHM,65
1H NMR Spectroscopy,Methylenes,CMT-CHM,32
1H NMR Spectroscopy,Micelles,CMT-DSC,46
1H NMR Spectroscopy,Mn,CMT-CHM,43
1H NMR Spectroscopy,Mn,CMT-PRO,30
1H NMR Spectroscopy,Molecular Structure,CMT-PRO,154
1H NMR Spectroscopy,Molecular Weight,CMT-PRO,137
1H NMR Spectroscopy,Monoclinic,CMT-SPL,31
1H NMR Spectroscopy,Morphology,CMT-PRO,58
1H NMR Spectroscopy,N2,CMT-CHM,56
1H NMR Spectroscopy,NH,CMT-CHM,35
1H NMR Spectroscopy,NMR,CMT-CMT,188
1H NMR Spectroscopy,NMR Spectroscopy,CMT-CMT,58
1H NMR Spectroscopy,NaCl,CMT-CHM,37
1H NMR Spectroscopy,NaOH,CMT-CHM,51
1H NMR Spectroscopy,Nanoparticles,CMT-DSC,85
1H NMR Spectroscopy,Ni,CMT-CHM,30
1H NMR Spectroscopy,Nitrogen,CMT-CHM,122
1H NMR Spectroscopy,O,CMT-CHM,54
1H NMR Spectroscopy,OH,CMT-CHM,39
1H NMR Spectroscopy,Olefins,CMT-CHM,45
1H NMR Spectroscopy,Oxidation,CMT-SMT,58
1H NMR Spectroscopy,Oxygen,CMT-CHM,120
1H NMR Spectroscopy,PEG,CMT-CHM,38
1H NMR Spectroscopy,Palladium,CMT-CHM,43
1H NMR Spectroscopy,Particles,CMT-DSC,41
1H NMR Spectroscopy,Pd,CMT-CHM,59
1H NMR Spectroscopy,Phenyls,CMT-CHM,58
1H NMR Spectroscopy,Phosphate,CMT-CHM,53
1H NMR Spectroscopy,Platinum,CMT-CHM,31
1H NMR Spectroscopy,Polymers,CMT-DSC,43
1H NMR Spectroscopy,Polystyrene,CMT-CHM,37
1H NMR Spectroscopy,Porphyrin,CMT-CHM,44
1H NMR Spectroscopy,Protonic Conductivity,CMT-PRO,33
1H NMR Spectroscopy,Pt,CMT-CHM,32
1H NMR Spectroscopy,Pyridine,CMT-CHM,94
1H NMR Spectroscopy,Raman,CMT-CMT,32
1H NMR Spectroscopy,Rate Constant,CMT-PRO,38
1H NMR Spectroscopy,Reductions,CMT-SMT,35
1H NMR Spectroscopy,Ring Opening Polymerization,CMT-SMT,33
1H NMR Spectroscopy,Ru,CMT-CHM,45
1H NMR Spectroscopy,Ruthenium,CMT-CHM,45
1H NMR Spectroscopy,SEC,CMT-CMT,54
1H NMR Spectroscopy,SEM,CMT-CMT,102
1H NMR Spectroscopy,Scanning Electron Microscopy,CMT-CMT,52
1H NMR Spectroscopy,Schiff Base,CMT-CHM,35
1H NMR Spectroscopy,Silica,CMT-CHM,39
1H NMR Spectroscopy,Single Crystal,CMT-CMT,31
1H NMR Spectroscopy,Single Crystal,CMT-DSC,109
1H NMR Spectroscopy,Single Crystal X-Ray Diffraction,CMT-CMT,55
1H NMR Spectroscopy,Size Exclusion Chromatography,CMT-CMT,47
1H NMR Spectroscopy,Solid,CMT-DSC,36
1H NMR Spectroscopy,Solubility,CMT-PRO,34
1H NMR Spectroscopy,Stability,CMT-PRO,106
1H NMR Spectroscopy,Structure,CMT-PRO,225
1H NMR Spectroscopy,Structures,CMT-PRO,80
1H NMR Spectroscopy,Styrene,CMT-CHM,50
1H NMR Spectroscopy,Substrate,CMT-DSC,34
1H NMR Spectroscopy,Sulfur,CMT-CHM,53
1H NMR Spectroscopy,Surface,CMT-DSC,103
1H NMR Spectroscopy,Surfaces,CMT-DSC,30
1H NMR Spectroscopy,TEM,CMT-CMT,124
1H NMR Spectroscopy,THF,CMT-CHM,157
1H NMR Spectroscopy,Tga,CMT-CMT,112
1H NMR Spectroscopy,Thermal,CMT-PRO,40
1H NMR Spectroscopy,Thermal Ellipsoids,CMT-CMT,35
1H NMR Spectroscopy,Thermal Stability,CMT-PRO,65
1H NMR Spectroscopy,Thermogravimetric Analysis,CMT-CMT,81
1H NMR Spectroscopy,Thiols,CMT-CHM,33
1H NMR Spectroscopy,Toluene,CMT-CHM,125
1H NMR Spectroscopy,Transmission Electron Microscopy,CMT-CMT,67
1H NMR Spectroscopy,UV / Vis,CMT-CMT,35
1H NMR Spectroscopy,UV Vis,CMT-CMT,88
1H NMR Spectroscopy,UV Vis Absorption,CMT-CMT,35
1H NMR Spectroscopy,UV Vis Spectroscopy,CMT-CMT,68
1H NMR Spectroscopy,UV Visible,CMT-CMT,30
1H NMR Spectroscopy,Water Soluble,CMT-PRO,47
1H NMR Spectroscopy,Water Uptake,CMT-PRO,30
1H NMR Spectroscopy,X Ray,CMT-CMT,33
1H NMR Spectroscopy,X-Ray Crystal Structure,CMT-CMT,56
1H NMR Spectroscopy,X-Ray Crystallography,CMT-CMT,179
1H NMR Spectroscopy,X-Ray Diffraction,CMT-CMT,214
1H NMR Spectroscopy,X-ray Structure,CMT-CMT,42
1H NMR Spectroscopy,XPS,CMT-CMT,33
1H NMR Spectroscopy,XRD,CMT-CMT,68
1H NMR Spectroscopy,Zinc,CMT-CHM,38
1H NMR Titration,1H,CMT-CHM,399
1H NMR Titration,1H NMR,CMT-CMT,131
1H NMR Titration,Acetonitrile,CMT-CHM,32
1H NMR Titration,Association Constant,CMT-PRO,50
1H NMR Titration,Binding Constant,CMT-PRO,70
1H NMR Titration,Br,CMT-CHM,31
1H NMR Titration,CDCl3,CMT-CHM,57
1H NMR Titration,CH2Cl2,CMT-CHM,30
1H NMR Titration,CH3CN,CMT-CHM,31
1H NMR Titration,Chemical Shift,CMT-PRO,46
1H NMR Titration,Chemosensor,CMT-APL,31
1H NMR Titration,Cl,CMT-CHM,54
1H NMR Titration,Crystal Structure,CMT-PRO,33
1H NMR Titration,Cu2+,CMT-CHM,33
1H NMR Titration,D2O,CMT-CHM,43
1H NMR Titration,DFT,CMT-CMT,34
1H NMR Titration,DMSO,CMT-CHM,71
1H NMR Titration,DMSO-D6,CMT-CHM,47
1H NMR Titration,Detection Limit,CMT-PRO,40
1H NMR Titration,Fluorescence,CMT-CMT,60
1H NMR Titration,Fluorescence,CMT-PRO,46
1H NMR Titration,Fluoride,CMT-CHM,46
1H NMR Titration,H2O,CMT-CHM,42
1H NMR Titration,H2PO4,CMT-CHM,36
1H NMR Titration,Hydrogen,CMT-CHM,114
1H NMR Titration,Job Plot,CMT-CMT,38
1H NMR Titration,NMR,CMT-CMT,59
1H NMR Titration,Sensor,CMT-APL,30
1H NMR Titration,THF,CMT-CHM,35
1H NMR Titration,UV Vis,CMT-CMT,32
1H NMR Titration,Zn2+,CMT-CHM,35
1H NMRD,17O,CMT-CHM,50
1H NMRD,17O NMR,CMT-CMT,39
1H NMRD,1H,CMT-CHM,45
1H NMRD,37C,CMT-CHM,32
1H NMRD,Gd,CMT-CHM,30
1H NMRD,Nmrd,CMT-CMT,39
1H NMRD,Relaxivity,CMT-PRO,37
1H Noesy,1H,CMT-CHM,40
1H Noesy,1H NMR,CMT-CMT,31
1H Nuclear Magnetic Resonance,13C,CMT-CHM,63
1H Nuclear Magnetic Resonance,13C NMR,CMT-CMT,42
1H Nuclear Magnetic Resonance,1H,CMT-CHM,463
1H Nuclear Magnetic Resonance,1H NMR,CMT-CMT,219
1H Nuclear Magnetic Resonance,Carbon,CMT-CHM,47
1H Nuclear Magnetic Resonance,Catalyst,CMT-APL,33
1H Nuclear Magnetic Resonance,Chemical Shift,CMT-PRO,30
1H Nuclear Magnetic Resonance,Chemical Structures,CMT-PRO,52
1H Nuclear Magnetic Resonance,Compositions,CMT-PRO,42
1H Nuclear Magnetic Resonance,Copolymer,CMT-DSC,66
1H Nuclear Magnetic Resonance,DSC,CMT-CMT,65
1H Nuclear Magnetic Resonance,Differential Scanning Calorimetry,CMT-CMT,93
1H Nuclear Magnetic Resonance,Dynamic Light Scattering,CMT-CMT,31
1H Nuclear Magnetic Resonance,Elemental Analysis,CMT-CMT,48
1H Nuclear Magnetic Resonance,FT-IR,CMT-CMT,81
1H Nuclear Magnetic Resonance,FTIR,CMT-CMT,113
1H Nuclear Magnetic Resonance,Fourier Transform Infrared,CMT-CMT,124
1H Nuclear Magnetic Resonance,Fourier Transform Infrared Spectroscopy,CMT-CMT,97
1H Nuclear Magnetic Resonance,GPC,CMT-CMT,58
1H Nuclear Magnetic Resonance,Gel Permeation Chromatography,CMT-CMT,68
1H Nuclear Magnetic Resonance,Hydrogen,CMT-CHM,59
1H Nuclear Magnetic Resonance,Hydroxyl,CMT-CHM,31
1H Nuclear Magnetic Resonance,Molecular Weight,CMT-PRO,53
1H Nuclear Magnetic Resonance,NMR,CMT-CMT,341
1H Nuclear Magnetic Resonance,Nanoparticles,CMT-DSC,49
1H Nuclear Magnetic Resonance,Oxygen,CMT-CHM,35
1H Nuclear Magnetic Resonance,SEM,CMT-CMT,62
1H Nuclear Magnetic Resonance,Scanning Electron Microscopy,CMT-CMT,60
1H Nuclear Magnetic Resonance,Structure,CMT-PRO,83
1H Nuclear Magnetic Resonance,Surface,CMT-DSC,47
1H Nuclear Magnetic Resonance,TEM,CMT-CMT,64
1H Nuclear Magnetic Resonance,Tga,CMT-CMT,67
1H Nuclear Magnetic Resonance,Thermal Stability,CMT-PRO,36
1H Nuclear Magnetic Resonance,Thermogravimetric Analysis,CMT-CMT,88
1H Nuclear Magnetic Resonance,Transmission Electron Microscopy,CMT-CMT,65
1H Nuclear Magnetic Resonance,X-Ray Diffraction,CMT-CMT,65
1H Nuclear Magnetic Resonance,XRD,CMT-CMT,46
1H Nuclear Magnetic Resonance Spectroscopy,1H,CMT-CHM,108
1H Nuclear Magnetic Resonance Spectroscopy,1H NMR,CMT-CMT,39
1H Nuclear Magnetic Resonance Spectroscopy,Fourier Transform Infrared Spectroscopy,CMT-CMT,51
1H Solid State NMR,1H,CMT-CHM,87
1H Spectra,1H,CMT-CHM,84
1H Spectrum,1H,CMT-CHM,42
1H Spin-Lattice Relaxation Time,1H,PRO-CHM,37
1H T,1H,CHM-CHM,30
1H and 13C,13C,CHM-CHM,283
1H and 13C,13C,CHM-CMT,174
1H and 13C,13C,CHM-PRO,33
1H and 13C,13C Chemical Shift,CHM-PRO,201
1H and 13C,13C NMR,CHM-CMT,763
1H and 13C,1H,CHM-CHM,414
1H and 13C,1H,CHM-CMT,833
1H and 13C,1H,CHM-PRO,233
1H and 13C,1H NMR,CHM-CMT,197
1H and 13C,2D,CHM-CMT,38
1H and 13C,2D NMR,CHM-CMT,35
1H and 13C,Acetonitrile,CHM-CHM,34
1H and 13C,Angles,CHM-PRO,38
1H and 13C,B3LYP,CHM-CMT,67
1H and 13C,Bond Length,CHM-PRO,65
1H and 13C,CDCl3,CHM-CHM,95
1H and 13C,CH2Cl2,CHM-CHM,35
1H and 13C,Carbon,CHM-CHM,101
1H and 13C,Carbons,CHM-CHM,40
1H and 13C,Catalyst,CHM-APL,43
1H and 13C,Chemical Shift,CHM-PRO,171
1H and 13C,Chemical Structures,CHM-PRO,53
1H and 13C,Chloroform,CHM-CHM,31
1H and 13C,Cl,CHM-CHM,35
1H and 13C,Copolymer,CHM-DSC,38
1H and 13C,Cosy,CHM-CMT,47
1H and 13C,Crystal,CHM-DSC,75
1H and 13C,Crystal Structure,CHM-PRO,75
1H and 13C,Crystalline,CHM-DSC,31
1H and 13C,Cytotoxicity,CHM-PRO,31
1H and 13C,D2O,CHM-CHM,70
1H and 13C,DFT,CHM-CMT,107
1H and 13C,DFT Calculations,CHM-CMT,33
1H and 13C,DMF,CHM-CHM,47
1H and 13C,DMSO,CHM-CHM,58
1H and 13C,DMSO-D6,CHM-CHM,37
1H and 13C,DSC,CHM-CMT,58
1H and 13C,Density Functional Theory,CHM-CMT,58
1H and 13C,Elemental Analysis,CHM-CMT,120
1H and 13C,Ethanol,CHM-CHM,30
1H and 13C,FT-IR,CHM-CMT,109
1H and 13C,FTIR,CHM-CMT,104
1H and 13C,GPC,CHM-CMT,37
1H and 13C,H2O,CHM-CHM,49
1H and 13C,HMBC,CHM-CMT,98
1H and 13C,Hsqc,CHM-CMT,48
1H and 13C,Hydrogen,CHM-CHM,219
1H and 13C,Hydroxyl,CHM-CHM,32
1H and 13C,Ir,CHM-CMT,169
1H and 13C,MS,CHM-CMT,37
1H and 13C,Mass Spectrometry,CHM-CMT,30
1H and 13C,MeOH,CHM-CHM,30
1H and 13C,Methanol,CHM-CHM,63
1H and 13C,Methyl,CHM-CHM,40
1H and 13C,Molecular Structure,CHM-PRO,100
1H and 13C,Molecular Weight,CHM-PRO,34
1H and 13C,Monoclinic,CHM-SPL,43
1H and 13C,NMR,CHM-CMT,429
1H and 13C,NMR Spectroscopy,CHM-CMT,51
1H and 13C,Nitrogen,CHM-CHM,80
1H and 13C,Noesy,CHM-CMT,39
1H and 13C,OH,CHM-CHM,31
1H and 13C,Oxygen,CHM-CHM,76
1H and 13C,Pyridine,CHM-CHM,34
1H and 13C,Raman,CHM-CMT,62
1H and 13C,SEM,CHM-CMT,39
1H and 13C,Single Crystal,CHM-DSC,65
1H and 13C,Structure,CHM-PRO,148
1H and 13C,Structures,CHM-PRO,47
1H and 13C,Surface,CHM-DSC,33
1H and 13C,THF,CHM-CHM,50
1H and 13C,Tga,CHM-CMT,56
1H and 13C,Toluene,CHM-CHM,37
1H and 13C,UV Vis,CHM-CMT,62
1H and 13C,X Ray,CHM-CMT,52
1H and 13C,X-Ray Crystallography,CHM-CMT,56
1H and 13C,X-Ray Diffraction,CHM-CMT,104
1H and 13C,X-ray Structure,CHM-CMT,33
1H and 13C,XRD,CHM-CMT,35
1H – 13C HMBC,1H–13C,CMT-CHM,33
"1H, 13C",13C,CHM-CMT,43
"1H, 13C",13C,CMT-CHM,42
"1H, 13C",1H,CMT-CHM,41
"1H, 13C",NMR,CHM-CMT,37
"1H,1H",13C,CHM-CHM,44
"1H,1H",1H,CHM-CHM,63
"1H,1H",1H NMR,CHM-CMT,41
"1H,1H",NMR,CHM-CMT,34
1H-13C,13C,CMT-CHM,101
1H-13C,13C,PRO-CHM,30
1H-13C,1H,CMT-CHM,102
1H-13C,1H,PRO-CHM,30
1H-13C HMBC,13C,CMT-CHM,77
1H-13C HMBC,1H,CMT-CHM,83
1H-13C HMBC,1H 13C HSQC,CMT-CMT,30
1H-13C HMBC,1H NMR,CMT-CMT,35
1H-13C HSQC NMR,13C,CMT-CHM,63
1H-13C HSQC NMR,13C NMR,CMT-CMT,31
1H-13C HSQC NMR,1H,CMT-CHM,73
1H-13C HSQC NMR,1H NMR,CMT-CMT,37
1H-13C NMR,13C,CMT-CHM,34
1H-13C NMR,1H,CMT-CHM,37
1H-15N,15N,CMT-CHM,60
1H-15N,1H,CMT-CHM,60
1H-1H,13C,CMT-CHM,30
1H-1H,1H,CMT-CHM,48
1H-1H COSY,13C,CMT-CHM,257
1H-1H COSY,13C,CMT-CMT,53
1H-1H COSY,13C NMR,CMT-CMT,213
1H-1H COSY,1H,CMT-CHM,551
1H-1H COSY,1H,CMT-CMT,142
1H-1H COSY,1H 13C HSQC,CMT-CMT,32
1H-1H COSY,1H COSY,CMT-CHM,469
1H-1H COSY,1H NMR,CMT-CMT,236
1H-1H COSY,1H–1H,CMT-CHM,287
1H-1H COSY,2D,CMT-CMT,32
1H-1H COSY,2D NMR,CMT-CMT,34
1H-1H COSY,CDCl3,CMT-CHM,104
1H-1H COSY,CH2Cl2,CMT-CHM,35
1H-1H COSY,Carbon,CMT-CHM,31
1H-1H COSY,Chemical Shift,CMT-PRO,39
1H-1H COSY,Chemical Structures,CMT-PRO,196
1H-1H COSY,Cyclic Voltammogram,CMT-CMT,30
1H-1H COSY,Cytotoxicity,CMT-PRO,34
1H-1H COSY,DMSO,CMT-CHM,45
1H-1H COSY,ECD,CMT-CMT,151
1H-1H COSY,HMBC,CMT-CMT,826
1H-1H COSY,HMQC,CMT-CMT,38
1H-1H COSY,Hplc,CMT-CMT,32
1H-1H COSY,Hsqc,CMT-CMT,67
1H-1H COSY,Hydrogen,CMT-CHM,58
1H-1H COSY,Ir,CMT-CMT,32
1H-1H COSY,MeOH,CMT-CHM,70
1H-1H COSY,Molecular Structure,CMT-PRO,35
1H-1H COSY,NMR,CMT-CMT,122
1H-1H COSY,Noe,CMT-CMT,46
1H-1H COSY,Noesy,CMT-CMT,311
1H-1H COSY,ORTEP Drawing,CMT-CMT,39
1H-1H COSY,Roesy,CMT-CMT,152
1H-1H COSY,Single Crystal,CMT-DSC,41
1H-1H COSY,Structure,CMT-PRO,52
1H-1H COSY,X-Ray Crystal Structure,CMT-CMT,31
1H-1H COSY,X-ray Structure,CMT-CMT,52
1H-1H COSY NMR,1H,CMT-CHM,72
1H-1H COSY NMR,1H COSY,CMT-CHM,37
1H-1H COSY NMR,1H NMR,CMT-CMT,55
1H-1H NOESY,1H,CMT-CHM,117
1H-1H NOESY,1H NMR,CMT-CMT,83
1H-1H NOESY,D2O,CMT-CHM,30
1H-1H NOESY,Hydrogen,CMT-CHM,31
1H-1H NOESY,NMR,CMT-CMT,33
1H-29Si,1H,CHM-CHM,43
1H-29Si,NMR,CHM-CMT,30
1H-29Si,Si,CHM-CHM,30
1H-29Si,Silica,CHM-CHM,31
1H-31P,1H,CHM-CHM,40
1H-31P,NMR,CHM-CMT,33
1H-NMR,(B) 1H,CMT-CHM,73
1H-NMR,(C) 1H,CMT-CHM,33
1H-NMR,13C,CMT-CHM,970
1H-NMR,13C,CMT-CMT,334
1H-NMR,13C - NMR,CMT-CMT,642
1H-NMR,13C NMR,CMT-CMT,67
1H-NMR,13C-NMR,CMT-CMT,94
1H-NMR,19F,CMT-CHM,70
1H-NMR,19F-NMR,CMT-CMT,54
1H-NMR,1H,CMT-CHM,5576
1H-NMR,1H,CMT-CMT,48
1H-NMR,1H NMR,CMT-CMT,229
1H-NMR,25C,CMT-CHM,58
1H-NMR,29Si,CMT-CHM,30
1H-NMR,29Si-NMR,CMT-CMT,53
1H-NMR,31P-NMR,CMT-CMT,65
1H-NMR,37C,CMT-CHM,66
1H-NMR,AFM,CMT-CMT,228
1H-NMR,AIBN,CMT-CHM,56
1H-NMR,ATR,CMT-CMT,33
1H-NMR,ATR-FT-IR,CMT-CMT,56
1H-NMR,ATRP,CMT-SMT,67
1H-NMR,Absorbance,CMT-PRO,115
1H-NMR,Absorption,CMT-CMT,106
1H-NMR,Absorption,CMT-PRO,65
1H-NMR,Absorption Spectrum,CMT-CMT,139
1H-NMR,Acetate,CMT-CHM,59
1H-NMR,Acetic Acid,CMT-CHM,45
1H-NMR,Acetone,CMT-CHM,104
1H-NMR,Acetone-D6,CMT-CHM,30
1H-NMR,Acetonitrile,CMT-CHM,163
1H-NMR,Acrylate,CMT-CHM,35
1H-NMR,Activation Energy,CMT-PRO,36
1H-NMR,Activity,CMT-PRO,35
1H-NMR,Ag,CMT-CHM,77
1H-NMR,Ag+,CMT-CHM,38
1H-NMR,Al,CMT-CHM,64
1H-NMR,Alcohols,CMT-CHM,54
1H-NMR,Aldehyde,CMT-CHM,52
1H-NMR,Alkyls,CMT-CHM,54
1H-NMR,Amides,CMT-CHM,78
1H-NMR,Amines,CMT-CHM,108
1H-NMR,Amino,CMT-CHM,58
1H-NMR,Amino Acid,CMT-CHM,67
1H-NMR,Amorphous,CMT-DSC,57
1H-NMR,Amphiphilic,CMT-PRO,76
1H-NMR,Angles,CMT-PRO,73
1H-NMR,Anilines,CMT-CHM,42
1H-NMR,Antibacterial Activity,CMT-PRO,37
1H-NMR,Antimicrobial Activity,CMT-PRO,35
1H-NMR,Arrhenius Plot,CMT-CMT,56
1H-NMR,As Prepared,CMT-DSC,32
1H-NMR,Association Constant,CMT-PRO,37
1H-NMR,Atom Transfer Radical Polymerization,CMT-SMT,32
1H-NMR,Atomic Force Microscopy,CMT-CMT,52
1H-NMR,Au,CMT-CHM,64
1H-NMR,Azides,CMT-CHM,33
1H-NMR,B3LYP,CMT-CMT,38
1H-NMR,Benzenes,CMT-CHM,59
1H-NMR,Binding Constant,CMT-PRO,35
1H-NMR,Biodegradable,CMT-PRO,40
1H-NMR,Blend,CMT-DSC,83
1H-NMR,Block,CMT-DSC,31
1H-NMR,Block Copolymer,CMT-DSC,122
1H-NMR,Blue Line,CMT-CHM,47
1H-NMR,Body Weight,CMT-PRO,43
1H-NMR,Bond Distance,CMT-PRO,34
1H-NMR,Bond Length,CMT-PRO,78
1H-NMR,Br,CMT-CHM,66
1H-NMR,Bulk,CMT-DSC,71
1H-NMR,CD2Cl2,CMT-CHM,68
1H-NMR,CD3CN,CMT-CHM,73
1H-NMR,CD3OD,CMT-CHM,46
1H-NMR,CDCl3,CMT-CHM,648
1H-NMR,CH,CMT-CHM,31
1H-NMR,CH2,CMT-CHM,33
1H-NMR,CH2Cl2,CMT-CHM,152
1H-NMR,CH3,CMT-CHM,40
1H-NMR,CH3CN,CMT-CHM,104
1H-NMR,CH4,CMT-CHM,30
1H-NMR,CHCl3,CMT-CHM,126
1H-NMR,CLSM,CMT-CMT,65
1H-NMR,CMC,CMT-PRO,52
1H-NMR,CO,CMT-CHM,61
1H-NMR,CO2,CMT-CHM,122
1H-NMR,COOH,CMT-CHM,34
1H-NMR,CV,CMT-CMT,80
1H-NMR,Ca2+,CMT-CHM,38
1H-NMR,Carbon,CMT-CHM,258
1H-NMR,Carbons,CMT-CHM,37
1H-NMR,Carbonyls,CMT-CHM,65
1H-NMR,Carboxyl,CMT-CHM,31
1H-NMR,Carboxylic Acid,CMT-CHM,36
1H-NMR,Catalyst,CMT-APL,240
1H-NMR,Catalytic Activity,CMT-PRO,39
1H-NMR,Cd2+,CMT-CHM,30
1H-NMR,Cell,CMT-APL,39
1H-NMR,Cell,CMT-DSC,36
1H-NMR,Cell Viability,CMT-PRO,131
1H-NMR,Cells,CMT-APL,43
1H-NMR,Cells,CMT-DSC,170
1H-NMR,Cellular Uptake,CMT-PRO,55
1H-NMR,Chemical Composition,CMT-PRO,41
1H-NMR,Chemical Shift,CMT-PRO,227
1H-NMR,Chemical Structures,CMT-PRO,478
1H-NMR,Chlorides,CMT-CHM,53
1H-NMR,Chlorines,CMT-CHM,32
1H-NMR,Chloroform,CMT-CHM,144
1H-NMR,Cl,CMT-CHM,83
1H-NMR,Cluster,CMT-DSC,35
1H-NMR,Co,CMT-CHM,38
1H-NMR,Coated,CMT-SMT,84
1H-NMR,Coatings,CMT-APL,77
1H-NMR,Color,CMT-CMT,161
1H-NMR,Color,CMT-PRO,32
1H-NMR,Composite,CMT-DSC,145
1H-NMR,Composite Membrane,CMT-DSC,32
1H-NMR,Compositions,CMT-PRO,359
1H-NMR,Conductivity,CMT-PRO,98
1H-NMR,Confocal Microscopy,CMT-CMT,51
1H-NMR,Contact Angle,CMT-PRO,73
1H-NMR,Cooling,CMT-SMT,117
1H-NMR,Copolyesters,CMT-CHM,31
1H-NMR,Copolymer,CMT-DSC,575
1H-NMR,Copolymer,CMT-PRO,33
1H-NMR,Copper,CMT-CHM,48
1H-NMR,Cosy,CMT-CMT,31
1H-NMR,Cross-Linking,CMT-SMT,43
1H-NMR,Crosslinked,CMT-SMT,51
1H-NMR,Crystal,CMT-DSC,104
1H-NMR,Crystal Structure,CMT-PRO,118
1H-NMR,Crystalline,CMT-DSC,57
1H-NMR,Crystallinity,CMT-PRO,55
1H-NMR,Cu,CMT-CHM,67
1H-NMR,Cu(II),CMT-CHM,48
1H-NMR,Cu2+,CMT-CHM,66
1H-NMR,Cured,CMT-SMT,105
1H-NMR,Curing,CMT-SMT,75
1H-NMR,Curves,CMT-CMT,38
1H-NMR,Cyclic Voltammetry,CMT-CMT,85
1H-NMR,Cyclic Voltammogram,CMT-CMT,186
1H-NMR,Cyclohexane,CMT-CHM,37
1H-NMR,Cytotoxicity,CMT-PRO,160
1H-NMR,D2O,CMT-CHM,416
1H-NMR,D6-DMSO,CMT-CHM,58
1H-NMR,DAPI,CMT-CHM,83
1H-NMR,DFT,CMT-CMT,107
1H-NMR,DLS,CMT-CMT,188
1H-NMR,DMA,CMT-CHM,114
1H-NMR,DMAP,CMT-CHM,32
1H-NMR,DMF,CMT-CHM,239
1H-NMR,DMSO,CMT-CHM,310
1H-NMR,DMSO-D,CMT-CHM,33
1H-NMR,DMSO-D6,CMT-CHM,352
1H-NMR,DOX,CMT-CHM,89
1H-NMR,DS,CMT-PRO,54
1H-NMR,DSC,CMT-CMT,921
1H-NMR,DTA,CMT-CMT,51
1H-NMR,DTG,CMT-CHM,95
1H-NMR,Decomposition Temperature,CMT-PRO,38
1H-NMR,Dendrimers,CMT-DSC,41
1H-NMR,Density,CMT-PRO,41
1H-NMR,Diamines,CMT-CHM,62
1H-NMR,Diamonds,CMT-CHM,36
1H-NMR,Diblock Copolymer,CMT-DSC,41
1H-NMR,Dichloromethane,CMT-CHM,66
1H-NMR,Dielectric Constant,CMT-PRO,42
1H-NMR,Differential Scanning Calorimetry,CMT-CMT,194
1H-NMR,Diffusion Coefficient,CMT-PRO,32
1H-NMR,Dma,CMT-CMT,98
1H-NMR,Doped,CMT-DSC,57
1H-NMR,Dtg,CMT-CMT,112
1H-NMR,Dynamic Light Scattering,CMT-CMT,69
1H-NMR,Dynamic Mechanical Analysis,CMT-CMT,38
1H-NMR,EDS,CMT-CMT,56
1H-NMR,EDX,CMT-CMT,73
1H-NMR,ESI MS,CMT-CMT,84
1H-NMR,Eis,CMT-CMT,31
1H-NMR,Electrical Conductivity,CMT-PRO,34
1H-NMR,Electrochemical Properties,CMT-PRO,39
1H-NMR,Electrode,CMT-APL,134
1H-NMR,Electrodes,CMT-APL,68
1H-NMR,Electrolyte,CMT-APL,66
1H-NMR,Elemental Analysis,CMT-CMT,413
1H-NMR,Elongation at Break,CMT-PRO,36
1H-NMR,Emission Intensity,CMT-PRO,36
1H-NMR,Emission Spectra,CMT-CMT,127
1H-NMR,Emissions,CMT-CMT,35
1H-NMR,Epoxides,CMT-CHM,34
1H-NMR,Epoxy,CMT-CHM,97
1H-NMR,Epoxy Resin,CMT-CHM,37
1H-NMR,Epr,CMT-CMT,46
1H-NMR,Esters,CMT-CHM,100
1H-NMR,Et3N,CMT-CHM,32
1H-NMR,Ethanol,CMT-CHM,125
1H-NMR,Ethers,CMT-CHM,31
1H-NMR,Excitation Spectra,CMT-CMT,36
1H-NMR,F,CMT-CHM,61
1H-NMR,F,CMT-PRO,39
1H-NMR,FE-SEM,CMT-CMT,42
1H-NMR,FESEM,CMT-CMT,60
1H-NMR,FITC,CMT-CHM,54
1H-NMR,FT-IR,CMT-CMT,827
1H-NMR,FTIR,CMT-CMT,1198
1H-NMR,Fatty Acid,CMT-CHM,37
1H-NMR,Fe,CMT-CHM,43
1H-NMR,Fe2+,CMT-CHM,35
1H-NMR,Fe3+,CMT-CHM,35
1H-NMR,Ferrocenes,CMT-CHM,31
1H-NMR,Fiber,CMT-DSC,37
1H-NMR,Fibers,CMT-DSC,51
1H-NMR,Film,CMT-DSC,279
1H-NMR,Films,CMT-DSC,289
1H-NMR,Flow Cytometry,CMT-CMT,87
1H-NMR,Fluorescence,CMT-CMT,220
1H-NMR,Fluorescence,CMT-PRO,89
1H-NMR,Fluorescence Emission,CMT-CMT,71
1H-NMR,Fluorescence Emission Spectra,CMT-CMT,30
1H-NMR,Fluorescence Image,CMT-CMT,59
1H-NMR,Fluorescence Intensity,CMT-PRO,136
1H-NMR,Fluorescence Microscopy,CMT-CMT,59
1H-NMR,Fluorescence Response,CMT-PRO,30
1H-NMR,Fluorescence Spectra,CMT-CMT,51
1H-NMR,Formaldehyde,CMT-CHM,34
1H-NMR,Fourier Transform Infrared,CMT-CMT,118
1H-NMR,Fourier Transform Infrared Spectroscopy,CMT-CMT,110
1H-NMR,Free Radical Polymerization,CMT-SMT,39
1H-NMR,G,CMT-PRO,62
1H-NMR,GC-MS,CMT-CMT,49
1H-NMR,GMA,CMT-CHM,31
1H-NMR,GPC,CMT-CMT,462
1H-NMR,GSH,CMT-CHM,40
1H-NMR,Gel,CMT-DSC,41
1H-NMR,Gel Permeation Chromatography,CMT-CMT,123
1H-NMR,Gels,CMT-DSC,33
1H-NMR,Glass Transition Temperature,CMT-PRO,166
1H-NMR,Glassy,CMT-DSC,33
1H-NMR,Glassy Carbon,CMT-CHM,33
1H-NMR,Glucose,CMT-CHM,80
1H-NMR,Glycerol,CMT-CHM,37
1H-NMR,Graft Copolymer,CMT-DSC,49
1H-NMR,H2,CMT-CHM,69
1H-NMR,H2O,CMT-CHM,228
1H-NMR,H2O2,CMT-CHM,71
1H-NMR,H2SO4,CMT-CHM,51
1H-NMR,HCl,CMT-CHM,135
1H-NMR,HEPES,CMT-CHM,46
1H-NMR,HMBC,CMT-CMT,36
1H-NMR,HRTEM,CMT-CMT,85
1H-NMR,Heated,CMT-SMT,47
1H-NMR,Heating,CMT-SMT,237
1H-NMR,Hexane,CMT-CHM,42
1H-NMR,Hg,CMT-CHM,30
1H-NMR,Hg2+,CMT-CHM,37
1H-NMR,Homo,CMT-PRO,51
1H-NMR,Homopolymer,CMT-DSC,71
1H-NMR,Hplc,CMT-CMT,109
1H-NMR,Hydrodynamic Diameter,CMT-PRO,48
1H-NMR,Hydrogel,CMT-DSC,148
1H-NMR,Hydrogen,CMT-CHM,453
1H-NMR,Hydrogenation,CMT-SMT,30
1H-NMR,Hydrolysis,CMT-SMT,111
1H-NMR,Hydrophilic,CMT-PRO,81
1H-NMR,Hydrophobic,CMT-PRO,98
1H-NMR,Hydroxyl,CMT-CHM,127
1H-NMR,IC50,CMT-PRO,40
1H-NMR,IR,CMT-CMT,93
1H-NMR,ITO,CMT-CHM,57
1H-NMR,Imidazole,CMT-CHM,34
1H-NMR,Infrared,CMT-CMT,62
1H-NMR,Infrared Spectra,CMT-CMT,43
1H-NMR,Inherent Viscosity,CMT-PRO,40
1H-NMR,Interface,CMT-DSC,42
1H-NMR,Intrinsic Viscosity,CMT-PRO,49
1H-NMR,Iodine,CMT-CHM,35
1H-NMR,Ionic Conductivity,CMT-PRO,56
1H-NMR,Ir,CMT-CMT,515
1H-NMR,Iron,CMT-CHM,35
1H-NMR,Irradiated,CMT-SMT,57
1H-NMR,Irradiation,CMT-SMT,168
1H-NMR,K,CMT-PRO,49
1H-NMR,K+,CMT-CHM,32
1H-NMR,K2CO3,CMT-CHM,55
1H-NMR,KOH,CMT-CHM,59
1H-NMR,Kinetic Parameters,CMT-PRO,40
1H-NMR,LCST,CMT-PRO,35
1H-NMR,LUMO,CMT-PRO,34
1H-NMR,Layers,CMT-DSC,86
1H-NMR,Li,CMT-CHM,39
1H-NMR,Lithium,CMT-CHM,31
1H-NMR,Loss Modulus,CMT-PRO,52
1H-NMR,M,CMT-PRO,32
1H-NMR,MALDI TOF MS,CMT-CMT,42
1H-NMR,MALDI-TOF,CMT-CMT,31
1H-NMR,MALDI-TOF Mass,CMT-CMT,30
1H-NMR,MMA,CMT-CHM,61
1H-NMR,MS,CMT-CMT,96
1H-NMR,MTT,CMT-CHM,127
1H-NMR,MTT Assay,CMT-CMT,95
1H-NMR,MW,CMT-PRO,72
1H-NMR,Mass Spectra,CMT-CMT,61
1H-NMR,Mass Spectrometry,CMT-CMT,41
1H-NMR,Mass Spectroscopy,CMT-CMT,42
1H-NMR,MeCN,CMT-CHM,42
1H-NMR,MeOH,CMT-CHM,100
1H-NMR,Mechanical,CMT-PRO,40
1H-NMR,Mechanical Property,CMT-PRO,236
1H-NMR,Melting Point,CMT-PRO,42
1H-NMR,Membrane,CMT-APL,47
1H-NMR,Membrane,CMT-DSC,235
1H-NMR,Methacrylate,CMT-CHM,40
1H-NMR,Methanol,CMT-CHM,189
1H-NMR,Methyl,CMT-CHM,91
1H-NMR,Methyl Methacrylate,CMT-CHM,36
1H-NMR,Methylenes,CMT-CHM,60
1H-NMR,Mg2+,CMT-CHM,30
1H-NMR,Mice,CMT-APL,34
1H-NMR,Micelle,CMT-DSC,35
1H-NMR,Micelles,CMT-DSC,125
1H-NMR,Microstructure,CMT-PRO,75
1H-NMR,Mn,CMT-CHM,169
1H-NMR,Mn,CMT-PRO,150
1H-NMR,Molecular Structure,CMT-PRO,257
1H-NMR,Molecular Weight,CMT-PRO,464
1H-NMR,Molecular Weight Distribution,CMT-PRO,77
1H-NMR,Morphologies,CMT-PRO,53
1H-NMR,Morphology,CMT-PRO,172
1H-NMR,Mw/Mn,CMT-PRO,32
1H-NMR,N2,CMT-CHM,223
1H-NMR,NH,CMT-CHM,53
1H-NMR,NH2,CMT-CHM,34
1H-NMR,NMR,CMT-CMT,646
1H-NMR,NPS,CMT-DSC,89
1H-NMR,Na+,CMT-CHM,48
1H-NMR,NaCl,CMT-CHM,111
1H-NMR,NaOH,CMT-CHM,103
1H-NMR,Nafion,CMT-CHM,55
1H-NMR,Nanocomposite,CMT-DSC,75
1H-NMR,Nanoparticle,CMT-DSC,71
1H-NMR,Nanoparticles,CMT-DSC,260
1H-NMR,Ni,CMT-CHM,54
1H-NMR,Nitrogen,CMT-CHM,337
1H-NMR,Noesy,CMT-CMT,40
1H-NMR,Nuclear Magnetic Resonance,CMT-CMT,44
1H-NMR,Number Average Molecular Weight,CMT-PRO,56
1H-NMR,Nyquist Plot,CMT-CMT,50
1H-NMR,O,CMT-CHM,100
1H-NMR,O2,CMT-CHM,81
1H-NMR,OH,CMT-CHM,97
1H-NMR,Optical Microscopy,CMT-CMT,30
1H-NMR,Optical Properties,CMT-PRO,53
1H-NMR,Oxidation,CMT-SMT,103
1H-NMR,Oxygen,CMT-CHM,187
1H-NMR,PAA,CMT-CHM,46
1H-NMR,PCL,CMT-CHM,61
1H-NMR,PDMS,CMT-CHM,34
1H-NMR,PEDOT,CMT-CHM,34
1H-NMR,PEG,CMT-CHM,177
1H-NMR,PEI,CMT-CHM,55
1H-NMR,PEO,CMT-CHM,67
1H-NMR,PLA,CMT-CHM,56
1H-NMR,PLGA,CMT-CHM,39
1H-NMR,PLLA,CMT-CHM,36
1H-NMR,PMMA,CMT-CHM,83
1H-NMR,POM,CMT-CMT,48
1H-NMR,PVA,CMT-CHM,37
1H-NMR,PXRD,CMT-CMT,42
1H-NMR,Particle Size,CMT-PRO,115
1H-NMR,Particle Size Distribution,CMT-PRO,78
1H-NMR,Particles,CMT-DSC,119
1H-NMR,Pb2+,CMT-CHM,31
1H-NMR,Pd,CMT-CHM,55
1H-NMR,Pdi,CMT-PRO,73
1H-NMR,Phenol,CMT-CHM,43
1H-NMR,Phenyls,CMT-CHM,45
1H-NMR,Phosphate,CMT-CHM,98
1H-NMR,Photo Luminescence,CMT-CMT,58
1H-NMR,Photophysical Properties,CMT-PRO,32
1H-NMR,Physical Properties,CMT-PRO,82
1H-NMR,Physicochemical Properties,CMT-PRO,33
1H-NMR,Platinum,CMT-CHM,31
1H-NMR,Polycondensation,CMT-SMT,34
1H-NMR,Polydispersity,CMT-PRO,30
1H-NMR,Polydispersity Index,CMT-PRO,59
1H-NMR,Polyester,CMT-CHM,58
1H-NMR,Polyimides,CMT-CHM,54
1H-NMR,Polymeric,CMT-DSC,35
1H-NMR,Polymerisation,CMT-SMT,46
1H-NMR,Polymers,CMT-DSC,153
1H-NMR,Polystyrene,CMT-CHM,58
1H-NMR,Polyurethanes,CMT-CHM,82
1H-NMR,Polyurethanes,CMT-PRO,34
1H-NMR,Porphyrin,CMT-CHM,37
1H-NMR,Powder,CMT-DSC,82
1H-NMR,Proton Nuclear Magnetic Resonance,CMT-CMT,59
1H-NMR,Protonic Conductivity,CMT-PRO,68
1H-NMR,Pt,CMT-CHM,99
1H-NMR,Pyrene,CMT-CHM,70
1H-NMR,Pyridine,CMT-CHM,99
1H-NMR,Pyrolysis,CMT-SMT,42
1H-NMR,Quartz,CMT-CHM,32
1H-NMR,R2,CMT-PRO,33
1H-NMR,Raman,CMT-CMT,123
1H-NMR,Rate Constant,CMT-PRO,40
1H-NMR,Reactivity Ratio,CMT-PRO,46
1H-NMR,Reductions,CMT-SMT,53
1H-NMR,Refractive Index,CMT-PRO,35
1H-NMR,Release Profile,CMT-PRO,46
1H-NMR,Resins,CMT-DSC,42
1H-NMR,Ring Opening Polymerization,CMT-SMT,57
1H-NMR,Ru,CMT-CHM,36
1H-NMR,SAXS,CMT-CMT,40
1H-NMR,SEC,CMT-CMT,88
1H-NMR,SEM,CMT-CMT,808
1H-NMR,Scanning Electron Micrograph,CMT-CMT,36
1H-NMR,Scanning Electron Microscopy,CMT-CMT,89
1H-NMR,Schiff Base,CMT-CHM,57
1H-NMR,Selectivity,CMT-PRO,34
1H-NMR,Self Assembly,CMT-SMT,44
1H-NMR,Sensor,CMT-APL,40
1H-NMR,Si,CMT-CHM,76
1H-NMR,SiO2,CMT-CHM,59
1H-NMR,Silica,CMT-CHM,72
1H-NMR,Silicon,CMT-CHM,63
1H-NMR,Silver,CMT-CHM,30
1H-NMR,Single Crystal,CMT-DSC,89
1H-NMR,Size,CMT-PRO,39
1H-NMR,Size Distribution,CMT-PRO,139
1H-NMR,Size Exclusion Chromatography,CMT-CMT,36
1H-NMR,Sodium,CMT-CHM,34
1H-NMR,Solid,CMT-DSC,41
1H-NMR,Solubility,CMT-PRO,136
1H-NMR,Solution,CMT-DSC,58
1H-NMR,Spin Coater,CMT-SMT,32
1H-NMR,Stability,CMT-PRO,131
1H-NMR,Storage Modulus,CMT-PRO,126
1H-NMR,Stress Strain Curve,CMT-CMT,68
1H-NMR,Structural,CMT-PRO,36
1H-NMR,Structure,CMT-PRO,492
1H-NMR,Structures,CMT-PRO,104
1H-NMR,Styrene,CMT-CHM,95
1H-NMR,Substrate,CMT-DSC,90
1H-NMR,Sugar,CMT-CHM,37
1H-NMR,Sulfur,CMT-CHM,64
1H-NMR,Surface,CMT-DSC,322
1H-NMR,Surface Morphology,CMT-PRO,47
1H-NMR,Surface Tension,CMT-PRO,62
1H-NMR,Surfaces,CMT-DSC,103
1H-NMR,Swelling Ratio,CMT-PRO,67
1H-NMR,TBAF,CMT-CHM,30
1H-NMR,TEA,CMT-CHM,30
1H-NMR,TEM,CMT-CMT,667
1H-NMR,TFA,CMT-CHM,51
1H-NMR,TG,CMT-CMT,153
1H-NMR,TG,CMT-PRO,125
1H-NMR,TGA,CMT-CMT,170
1H-NMR,THF,CMT-CHM,258
1H-NMR,Tensile Properties,CMT-PRO,30
1H-NMR,Tensile Strength,CMT-PRO,90
1H-NMR,Tetrahydrofuran,CMT-CHM,35
1H-NMR,Tga,CMT-CMT,759
1H-NMR,Thermal,CMT-PRO,87
1H-NMR,Thermal Analysis,CMT-CMT,54
1H-NMR,Thermal Behavior,CMT-PRO,52
1H-NMR,Thermal Ellipsoids,CMT-CMT,30
1H-NMR,Thermal Properties,CMT-PRO,254
1H-NMR,Thermal Stability,CMT-PRO,175
1H-NMR,Thermogravimetric Analysis,CMT-CMT,202
1H-NMR,Thin Films,CMT-DSC,101
1H-NMR,Thiols,CMT-CHM,75
1H-NMR,TiO2,CMT-CHM,64
1H-NMR,Tm,CMT-PRO,40
1H-NMR,Toluene,CMT-CHM,195
1H-NMR,Transmission Electron Microscopy,CMT-CMT,77
1H-NMR,Triblock Copolymer,CMT-DSC,47
1H-NMR,Triethylamine,CMT-CHM,34
1H-NMR,Tumours,CMT-APL,41
1H-NMR,UV,CMT-CMT,66
1H-NMR,UV / Vis,CMT-CMT,33
1H-NMR,UV Irradiation,CMT-SMT,74
1H-NMR,UV Spectra,CMT-CMT,42
1H-NMR,UV Transmittance,CMT-PRO,54
1H-NMR,UV Vis,CMT-CMT,323
1H-NMR,UV Vis Absorption,CMT-CMT,212
1H-NMR,UV Vis Spectroscopy,CMT-CMT,47
1H-NMR,UV Visible,CMT-CMT,61
1H-NMR,UV Visible Absorption,CMT-CMT,63
1H-NMR,UV-VIS Spectral,CMT-CMT,122
1H-NMR,Urea,CMT-CHM,46
1H-NMR,Vesicle,CMT-DSC,30
1H-NMR,Viability,CMT-PRO,46
1H-NMR,Vinyl,CMT-CHM,41
1H-NMR,Viscosity,CMT-PRO,139
1H-NMR,WAXD,CMT-CMT,73
1H-NMR,Water Absorption,CMT-PRO,35
1H-NMR,Water Contact Angle,CMT-PRO,52
1H-NMR,Water Soluble,CMT-PRO,66
1H-NMR,Water Uptake,CMT-PRO,71
1H-NMR,Weight Average Molecular Weight,CMT-PRO,33
1H-NMR,Wide Angle X-Ray Diffraction,CMT-CMT,35
1H-NMR,Working Electrodes,CMT-APL,36
1H-NMR,X Ray,CMT-CMT,37
1H-NMR,X-Ray Crystal Structure,CMT-CMT,33
1H-NMR,X-Ray Crystallography,CMT-CMT,41
1H-NMR,X-Ray Diffraction,CMT-CMT,255
1H-NMR,X-Ray Photoelectron Spectroscopy,CMT-CMT,40
1H-NMR,X-ray Structure,CMT-CMT,46
1H-NMR,XPS,CMT-CMT,232
1H-NMR,XRD,CMT-CMT,424
1H-NMR,Young’s Modulus,CMT-PRO,33
1H-NMR,Zeta Potential,CMT-PRO,131
1H-NMR,Zn,CMT-CHM,39
1H-NMR,Zn2+,CMT-CHM,52
1H-NMR,pH,CMT-PRO,30
1H-Tetrazole,Ac2O,CHM-CHM,41
1H-Tetrazole,AcOH,CHM-CHM,39
1H-Tetrazole,CH2Cl2,CHM-CHM,113
1H-Tetrazole,CH3CN,CHM-CHM,53
1H-Tetrazole,DMAP,CHM-CHM,47
1H-Tetrazole,DMF,CHM-CHM,91
1H-Tetrazole,Et3N,CHM-CHM,58
1H-Tetrazole,H2,CHM-CHM,76
1H-Tetrazole,H2O,CHM-CHM,85
1H-Tetrazole,HCl,CHM-CHM,35
1H-Tetrazole,M-CPBA,CHM-CHM,44
1H-Tetrazole,MeCN,CHM-CHM,30
1H-Tetrazole,MeOH,CHM-CHM,103
1H-Tetrazole,NaH,CHM-CHM,41
1H-Tetrazole,NaOH,CHM-CHM,33
1H-Tetrazole,Pd/C,CHM-CHM,40
1H-Tetrazole,Pyridine,CHM-CHM,90
1H-Tetrazole,TFA,CHM-CHM,41
1H-Tetrazole,THF,CHM-CHM,103
1H-Tetrazole,Toluene,CHM-CHM,34
1H2O,2H2O,CHM-CHM,30
1H{31P},1H,CHM-CHM,50
1H{31P},1H NMR,CHM-CMT,35
1H{31P},1H{31P} NMR,CHM-CMT,33
1H{31P} NMR,1H{31P},CMT-CHM,33
1H–13C,13C,CHM-CHM,147
1H–13C,13C,CHM-CMT,36
1H–13C,13C NMR,CHM-CMT,86
1H–13C,15N,CHM-CHM,38
1H–13C,1H,CHM-CHM,210
1H–13C,1H 13C HSQC,CHM-CMT,71
1H–13C,1H NMR,CHM-CMT,129
1H–13C,1H – 13C HMBC,CHM-CMT,33
1H–13C,1H–15N,CHM-CHM,31
1H–13C,1H–1H,CHM-CHM,54
1H–13C,2D,CHM-CMT,42
1H–13C,Carbon,CHM-CHM,59
1H–13C,Carbons,CHM-CHM,36
1H–13C,Chemical Shift,CHM-PRO,54
1H–13C,D2O,CHM-CHM,59
1H–13C,FTIR,CHM-CMT,31
1H–13C,HMBC,CHM-CMT,32
1H–13C,Hydrogen,CHM-CHM,37
1H–13C,NMR,CHM-CMT,77
1H–13C,SEM,CHM-CMT,30
1H–13C,Structure,CHM-PRO,39
1H–15N,13C,CHM-CHM,32
1H–15N,15N,CHM-CHM,66
1H–15N,1H,CHM-CHM,47
1H–15N,1H–13C,CHM-CHM,31
1H–15N,Chemical Shift,CHM-PRO,32
1H–15N,NMR,CHM-CMT,31
1H–1H,13C,CHM-CHM,51
1H–1H,13C NMR,CHM-CMT,38
1H–1H,1H,CHM-CHM,143
1H–1H,1H COSY,CHM-CMT,53
1H–1H,1H NMR,CHM-CMT,108
1H–1H,1H-1H COSY,CHM-CMT,287
1H–1H,1H–13C,CHM-CHM,54
1H–1H,Chemical Structures,CHM-PRO,61
1H–1H,HMBC,CHM-CMT,280
1H–1H,Hydrogen,CHM-CHM,30
1H–1H,NMR,CHM-CMT,34
1H–1H,Noesy,CHM-CMT,104
1L MoS2,MoS2,CHM-CHM,37
1L-MoS2,MoS2,CHM-CHM,31
1M HClO4,Cyclic Voltammogram,CHM-CMT,44
1M HClO4,Electrode,CHM-APL,46
1M HClO4,HClO4,CHM-CHM,85
1M HClO4,Pt,CHM-CHM,53
1M KCl,AFM,CHM-CMT,32
1M KCl,Ag,CHM-CHM,104
1M KCl,AgCl,CHM-CHM,97
1M KCl,Au,CHM-CHM,59
1M KCl,Bilayer,CHM-DSC,33
1M KCl,CV,CHM-CMT,81
1M KCl,Carbon,CHM-CHM,59
1M KCl,Coated,CHM-SMT,30
1M KCl,Current,CHM-PRO,31
1M KCl,Cyclic Voltammetry,CHM-CMT,39
1M KCl,Cyclic Voltammogram,CHM-CMT,178
1M KCl,Electrode,CHM-APL,222
1M KCl,Electrodes,CHM-APL,154
1M KCl,Electrolyte,CHM-APL,30
1M KCl,Film,CHM-DSC,71
1M KCl,Films,CHM-DSC,60
1M KCl,H2SO4,CHM-CHM,43
1M KCl,HCl,CHM-CHM,37
1M KCl,K3[Fe(CN)6],CHM-CHM,31
1M KCl,KCl,CHM-CHM,281
1M KCl,KOH,CHM-CHM,36
1M KCl,Layers,CHM-DSC,62
1M KCl,Membrane,CHM-DSC,50
1M KCl,Monolayers,CHM-DSC,31
1M KCl,NaCl,CHM-CHM,45
1M KCl,Nanopores,CHM-APL,35
1M KCl,Nyquist Plot,CHM-CMT,44
1M KCl,Oxygen,CHM-CHM,32
1M KCl,Peak Current,CHM-PRO,30
1M KCl,Phosphate,CHM-CHM,58
1M KCl,Platinum,CHM-CHM,33
1M KCl,Pt,CHM-CHM,58
1M KCl,Raman,CHM-CMT,49
1M KCl,Reference Electrode,CHM-APL,39
1M KCl,SEM,CHM-CMT,123
1M KCl,Specific Capacitance,CHM-PRO,31
1M KCl,Substrate,CHM-DSC,78
1M KCl,Surface,CHM-DSC,91
1M KCl,Surfaces,CHM-DSC,32
1M KCl,TEM,CHM-CMT,68
1M KCl,Working Electrodes,CHM-APL,33
1M KCl,XPS,CHM-CMT,43
1M KCl,XRD,CHM-CMT,48
1M Methanol,Anode,CHM-APL,41
1M Methanol,CV,CHM-CMT,55
1M Methanol,Carbon,CHM-CHM,43
1M Methanol,Catalyst,CHM-APL,109
1M Methanol,Cathode,CHM-APL,40
1M Methanol,Cyclic Voltammogram,CHM-CMT,75
1M Methanol,Electrode,CHM-APL,70
1M Methanol,Electrodes,CHM-APL,56
1M Methanol,Electrolyte,CHM-APL,34
1M Methanol,H2SO4,CHM-CHM,69
1M Methanol,HRTEM,CHM-CMT,46
1M Methanol,KOH,CHM-CHM,88
1M Methanol,LSV,CHM-CMT,39
1M Methanol,Methanol,CHM-CHM,146
1M Methanol,Methanol Oxidation,CHM-APL,30
1M Methanol,N2,CHM-CHM,53
1M Methanol,Nitrogen,CHM-CHM,30
1M Methanol,O2,CHM-CHM,74
1M Methanol,Oxygen,CHM-CHM,49
1M Methanol,Pt,CHM-CHM,148
1M Methanol,Raman,CHM-CMT,33
1M Methanol,SEM,CHM-CMT,85
1M Methanol,TEM,CHM-CMT,108
1M Methanol,XPS,CHM-CMT,59
1M Methanol,XRD,CHM-CMT,88
1ML,Surface,CHM-DSC,35
1MPa,3MPa,CHM-CHM,33
1MPa,Catalyst,CHM-APL,48
1MPa,H2,CHM-CHM,42
1MPa,Hydrogen,CHM-CHM,37
1MPa,SEM,CHM-CMT,54
1MPa,Surface,CHM-DSC,53
1MPa,XRD,CHM-CMT,35
1N H2SO4,H2SO4,CHM-CHM,34
1N HCl,Ac2O,CHM-CHM,30
1N HCl,AcOH,CHM-CHM,41
1N HCl,Acetone,CHM-CHM,51
1N HCl,CH2Cl2,CHM-CHM,132
1N HCl,CH3CN,CHM-CHM,46
1N HCl,DMAP,CHM-CHM,57
1N HCl,DMF,CHM-CHM,128
1N HCl,DMSO,CHM-CHM,51
1N HCl,Dioxane,CHM-CHM,45
1N HCl,Et2O,CHM-CHM,49
1N HCl,Et3N,CHM-CHM,77
1N HCl,H2,CHM-CHM,64
1N HCl,H2O,CHM-CHM,103
1N HCl,H2SO4,CHM-CHM,42
1N HCl,HCl,CHM-CHM,91
1N HCl,Imidazole,CHM-CHM,39
1N HCl,K2CO3,CHM-CHM,64
1N HCl,LiOH,CHM-CHM,31
1N HCl,MeOH,CHM-CHM,136
1N HCl,NaBH4,CHM-CHM,39
1N HCl,NaH,CHM-CHM,60
1N HCl,NaHCO3,CHM-CHM,30
1N HCl,NaOH,CHM-CHM,65
1N HCl,PPh3,CHM-CHM,42
1N HCl,Pd/C,CHM-CHM,33
1N HCl,Pyridine,CHM-CHM,54
1N HCl,TFA,CHM-CHM,59
1N HCl,THF,CHM-CHM,165
1N HCl,Toluene,CHM-CHM,79
1N NaOH,CH2Cl2,CHM-CHM,51
1N NaOH,DMF,CHM-CHM,76
1N NaOH,Et3N,CHM-CHM,33
1N NaOH,H2,CHM-CHM,30
1N NaOH,H2O,CHM-CHM,38
1N NaOH,K2CO3,CHM-CHM,34
1N NaOH,MeOH,CHM-CHM,59
1N NaOH,NaOH,CHM-CHM,46
1N NaOH,TFA,CHM-CHM,32
1N NaOH,THF,CHM-CHM,77
1O2,Absorption Spectrum,PRO-CMT,33
1O2,Cell Viability,PRO-PRO,34
1O2,Cells,PRO-DSC,44
1O2,Chemical Structures,PRO-PRO,37
1O2,Cytotoxicity,PRO-PRO,35
1O2,DPBF,PRO-CHM,32
1O2,Fluorescence,PRO-CMT,52
1O2,Fluorescence,PRO-PRO,35
1O2,Fluorescence Intensity,PRO-PRO,42
1O2,H2O,PRO-CHM,35
1O2,H2O2,PRO-CHM,44
1O2,Irradiated,PRO-SMT,47
1O2,Irradiation,PRO-SMT,125
1O2,Nanoparticles,PRO-DSC,57
1O2,O2,PRO-CHM,76
1O2,Oxygen,APL-CHM,32
1O2,Oxygen,PRO-CHM,300
1O2,PDT,PRO-APL,88
1O2,Photodynamic Therapy,PRO-APL,65
1O2,Photosensitizer,PRO-APL,84
1O2,Porphyrin,PRO-CHM,34
1O2,Singlet Oxygen,PRO-PRO,134
1O2,Surface,PRO-DSC,36
1O2,TEM,PRO-CMT,75
1O2,Tumours,PRO-APL,40
1Pt,Catalyst,CHM-APL,51
1Pt,Pt,CHM-CHM,55
1Pt,TEM,CHM-CMT,31
1Pt,XRD,CHM-CMT,35
1T,1H,SPL-CHM,53
1T,1H,SPL-SPL,46
1T,1T-MoS2,SPL-CHM,86
1T,2D,SPL-DSC,236
1T,2H,SPL-CHM,243
1T,2H,SPL-SPL,488
1T,2H MoS2,SPL-CHM,86
1T,2H-MoS2,SPL-CHM,80
1T,3D,SPL-DSC,59
1T,AFM,SPL-CMT,127
1T,Active Sites,SPL-PRO,59
1T,Activity,SPL-PRO,43
1T,Ag,SPL-CHM,50
1T,Annealed,SPL-SMT,46
1T,Annealing,SPL-SMT,58
1T,Anode,SPL-APL,60
1T,As Prepared,SPL-DSC,44
1T,Atomic Structure,SPL-PRO,60
1T,Atomic Structures,SPL-PRO,33
1T,Au,SPL-CHM,75
1T,Band Gap,SPL-PRO,61
1T,Band Structure,SPL-PRO,108
1T,Bandgap,SPL-PRO,73
1T,Bilayer,SPL-DSC,81
1T,Blue Line,SPL-CHM,41
1T,Bulk,SPL-DSC,185
1T,C-V Curve,SPL-CMT,41
1T,CV,SPL-CMT,53
1T,CVD,SPL-SMT,81
1T,Carbon,SPL-CHM,132
1T,Catalyst,SPL-APL,130
1T,Catalytic Activity,SPL-PRO,61
1T,Cathode,SPL-APL,43
1T,CdS,SPL-CHM,33
1T,Chalcogen,SPL-CHM,63
1T,Chemical Society,SPL-CMT,60
1T,Chemical Vapour Deposition,SPL-SMT,31
1T,Chemically Exfoliated,SPL-SMT,40
1T,Co,SPL-CHM,47
1T,Coated,SPL-SMT,30
1T,Composite,SPL-DSC,118
1T,Compositions,SPL-PRO,49
1T,Conductive,SPL-PRO,30
1T,Conductivity,SPL-PRO,74
1T,Contacts,SPL-APL,34
1T,Coulombic Efficiency,SPL-PRO,32
1T,Crystal,SPL-DSC,106
1T,Crystal Structure,SPL-PRO,120
1T,Cu,SPL-CHM,42
1T,Current Density,SPL-PRO,37
1T,Cyclic Voltammogram,SPL-CMT,34
1T,Cycling Performance,SPL-PRO,55
1T,Cycling Stability,SPL-PRO,38
1T,DFT,SPL-CMT,68
1T,DFT Calculations,SPL-CMT,37
1T,DOS,SPL-PRO,49
1T,Density of States,SPL-PRO,44
1T,Doped,SPL-DSC,110
1T,Doping,SPL-SMT,39
1T,Eis,SPL-CMT,31
1T,Electrical Conductivity,SPL-PRO,42
1T,Electrocatalyst,SPL-APL,72
1T,Electrochemical Performance,SPL-PRO,54
1T,Electrode,SPL-APL,156
1T,Electrodes,SPL-APL,132
1T,Electrolyte,SPL-APL,35
1T,Electronic,SPL-PRO,34
1T,Electronic Properties,SPL-PRO,41
1T,Electronic Structure,SPL-PRO,35
1T,Elemental Mapping,SPL-CMT,31
1T,Exfoliate,SPL-SMT,44
1T,Exfoliation,SPL-SMT,49
1T,Fe,SPL-CHM,31
1T,Fermi Level,SPL-PRO,73
1T,Few Layer,SPL-DSC,72
1T,Fft,SPL-CMT,37
1T,Film,SPL-DSC,130
1T,Films,SPL-DSC,108
1T,First Principle Calculation,SPL-CMT,47
1T,Flake,SPL-DSC,40
1T,Flakes,SPL-DSC,72
1T,Foil,SPL-DSC,31
1T,Graphene,SPL-CHM,164
1T,Graphene Oxide,SPL-CHM,36
1T,Graphite,SPL-CHM,34
1T,H2,SPL-CHM,75
1T,H2O,SPL-CHM,34
1T,H2SO4,SPL-CHM,51
1T,HAADF STEM,SPL-CMT,64
1T,HER,SPL-CHM,79
1T,HER Activity,SPL-PRO,44
1T,HRTEM,SPL-CMT,177
1T,Heterostructure,SPL-DSC,120
1T,Hexagonal,SPL-SPL,107
1T,High Resolution TEM,SPL-CMT,57
1T,High Resolution XPS,SPL-CMT,47
1T,Hydrogen,SPL-CHM,228
1T,Hydrogen Evolution,SPL-APL,31
1T,Hydrogen Evolution Reaction,SPL-APL,96
1T,Interface,SPL-DSC,96
1T,Interlayer Spacing,SPL-PRO,40
1T,KOH,SPL-CHM,37
1T,LSV,SPL-CMT,42
1T,Layered,SPL-DSC,145
1T,Layers,SPL-DSC,230
1T,Li,SPL-CHM,96
1T,Lithiation,SPL-SMT,30
1T,Lithium,SPL-CHM,91
1T,MXene,SPL-CHM,30
1T,Metallic,SPL-PRO,204
1T,Metals,SPL-PRO,70
1T,Metastable,SPL-PRO,31
1T,Mo,SPL-CHM,293
1T,MoO3,SPL-CHM,31
1T,MoS,SPL-CHM,30
1T,MoS2,SPL-CHM,500
1T,MoSe2,SPL-CHM,103
1T,MoTe2,SPL-CHM,53
1T,Molybdenum,SPL-CHM,38
1T,Molybdenum Disulfide,SPL-CHM,56
1T,Monolayers,SPL-DSC,287
1T,Morphologies,SPL-PRO,33
1T,Morphology,SPL-PRO,76
1T,Multilayer,SPL-DSC,41
1T,Na,SPL-CHM,38
1T,Nanocomposite,SPL-DSC,44
1T,Nanoparticles,SPL-DSC,70
1T,Nanosheets,SPL-DSC,278
1T,Nanostructures,SPL-DSC,53
1T,Nanotube,SPL-DSC,41
1T,Ni,SPL-CHM,47
1T,Nitrogen,SPL-CHM,48
1T,Nyquist Plot,SPL-CMT,63
1T,O,SPL-CHM,48
1T,O2,SPL-CHM,31
1T,Of Chemistry,SPL-CMT,92
1T,Optical Image,SPL-CMT,86
1T,Optical Microscopy,SPL-CMT,34
1T,Overpotential,SPL-PRO,67
1T,Oxygen,SPL-CHM,72
1T,Pd,SPL-CHM,31
1T,Phase,SPL-PRO,38
1T,Phase Transition,SPL-PRO,52
1T,Photo Luminescence,SPL-CMT,44
1T,Polarization Curve,SPL-CMT,88
1T,Porous,SPL-DSC,44
1T,Powder,SPL-DSC,32
1T,Pt,SPL-CHM,110
1T,Raman,SPL-CMT,253
1T,Rate Capability,SPL-PRO,45
1T,Rate Performance,SPL-PRO,45
1T,ReS2,SPL-CHM,38
1T,SAED,SPL-CMT,69
1T,SEM,SPL-CMT,220
1T,STM,SPL-CMT,39
1T,Se,SPL-CHM,101
1T,Semiconducting,SPL-PRO,129
1T,Semiconductor,SPL-PRO,63
1T,Sheet,SPL-DSC,33
1T,Sheets,SPL-DSC,69
1T,Si,SPL-CHM,87
1T,SiO2,SPL-CHM,66
1T,Silicon,SPL-CHM,35
1T,Single Crystal,SPL-DSC,34
1T,Single Layer,SPL-DSC,94
1T,Society,SPL-CMT,124
1T,Stability,SPL-PRO,80
1T,Stem,SPL-CMT,48
1T,Structural,SPL-PRO,45
1T,Structural Model,SPL-CMT,33
1T,Structure,SPL-PRO,236
1T,Structures,SPL-PRO,68
1T,Substrate,SPL-DSC,186
1T,Sulfur,SPL-CHM,102
1T,Supercapacitor,SPL-APL,36
1T,Surface,SPL-DSC,166
1T,Surfaces,SPL-DSC,49
1T,TEM,SPL-CMT,237
1T,TMDCs,SPL-CHM,32
1T,TMDs,SPL-CHM,69
1T,TaS2,SPL-CHM,30
1T,Tafel Plots,SPL-CMT,95
1T,Tafel Slope,SPL-PRO,86
1T,Te,SPL-CHM,50
1T,Thin,SPL-DSC,34
1T,Thin Films,SPL-DSC,55
1T,Ti,SPL-CHM,53
1T,TiO2,SPL-CHM,56
1T,Transition Metal,SPL-CHM,61
1T,Transition Metal Dichalcogenides,SPL-CHM,168
1T,Trigonal,SPL-SPL,46
1T,Trilayers,SPL-DSC,33
1T,Two-Dimensional,SPL-DSC,109
1T,Ultra-Thin,SPL-DSC,49
1T,Unit Cell,SPL-PRO,31
1T,Valence Band,SPL-PRO,38
1T,WSe2,SPL-CHM,77
1T,X-Ray Diffraction,SPL-CMT,35
1T,XPS,SPL-CMT,160
1T,XRD,SPL-CMT,162
1T-MoS2,1T,CHM-SPL,86
1T-MoS2,2D,CHM-DSC,38
1T-MoS2,2H,CHM-CHM,40
1T-MoS2,2H,CHM-SPL,58
1T-MoS2,2H-MoS2,CHM-CHM,108
1T-MoS2,Bulk,CHM-DSC,47
1T-MoS2,Carbon,CHM-CHM,42
1T-MoS2,Catalyst,CHM-APL,64
1T-MoS2,Composite,CHM-DSC,47
1T-MoS2,Electrode,CHM-APL,56
1T-MoS2,Electrodes,CHM-APL,39
1T-MoS2,Graphene,CHM-CHM,46
1T-MoS2,H2,CHM-CHM,31
1T-MoS2,HRTEM,CHM-CMT,63
1T-MoS2,Hydrogen,CHM-CHM,86
1T-MoS2,Hydrogen Evolution Reaction,CHM-APL,40
1T-MoS2,Layers,CHM-DSC,50
1T-MoS2,Li,CHM-CHM,33
1T-MoS2,Metallic,CHM-PRO,61
1T-MoS2,Mo,CHM-CHM,101
1T-MoS2,MoS2,CHM-CHM,177
1T-MoS2,Monolayers,CHM-DSC,60
1T-MoS2,Nanosheets,CHM-DSC,92
1T-MoS2,Pt,CHM-CHM,45
1T-MoS2,Raman,CHM-CMT,62
1T-MoS2,SEM,CHM-CMT,65
1T-MoS2,Stability,CHM-PRO,32
1T-MoS2,Structure,CHM-PRO,54
1T-MoS2,Surface,CHM-DSC,42
1T-MoS2,TEM,CHM-CMT,70
1T-MoS2,XPS,CHM-CMT,54
1T-MoS2,XRD,CHM-CMT,54
1Tphase,2H,SPL-SPL,38
1Tphase,Mo,SPL-CHM,34
1Tphase,Raman,SPL-CMT,30
1d-,2D-Nmr,CMT-CMT,110
1d-,Structures,CMT-PRO,46
1d-Waxd,2D-WAXD,CMT-CMT,66
1d-Waxd,Crystallinity,CMT-PRO,32
1d-Waxd,DSC,CMT-CMT,35
1d-Waxd,SEM,CMT-CMT,52
1m1m,AFM,CMT-CMT,31
1s,SEM,CMT-CMT,53
1s,TEM,CMT-CMT,49
1s,XPS,CMT-CMT,76
1s,XRD,CMT-CMT,54
1s Binding Energy,O,PRO-CHM,43
1s Binding Energy,XPS,PRO-CMT,49
1s Core,XPS,CMT-CMT,32
1s Core Level,2p,CMT-CMT,66
1s Core Level,2p Core Level,CMT-CMT,37
1s Core Level,2p Core Level,PRO-PRO,36
1s Core Level,AFM,CMT-CMT,44
1s Core Level,AFM,PRO-CMT,38
1s Core Level,Annealed,CMT-SMT,30
1s Core Level,Annealing,CMT-SMT,36
1s Core Level,Annealing,PRO-SMT,32
1s Core Level,Au,PRO-CHM,30
1s Core Level,Binding Energies,PRO-PRO,33
1s Core Level,Binding Energy,PRO-PRO,30
1s Core Level,C,CMT-CHM,52
1s Core Level,C,PRO-CHM,38
1s Core Level,Carbon,CMT-CHM,56
1s Core Level,Carbon,PRO-CHM,53
1s Core Level,Composite,CMT-DSC,33
1s Core Level,Core Level,CMT-CMT,35
1s Core Level,Core Level,PRO-PRO,49
1s Core Level,Cu,PRO-CHM,30
1s Core Level,Doped,PRO-DSC,37
1s Core Level,Electrode,CMT-APL,44
1s Core Level,Electrodes,CMT-APL,42
1s Core Level,FTIR,CMT-CMT,51
1s Core Level,Fe,CMT-CHM,31
1s Core Level,Film,CMT-DSC,61
1s Core Level,Film,PRO-DSC,62
1s Core Level,Films,CMT-DSC,55
1s Core Level,Films,PRO-DSC,63
1s Core Level,HRTEM,CMT-CMT,48
1s Core Level,HRTEM,PRO-CMT,48
1s Core Level,High Resolution XPS,PRO-CMT,37
1s Core Level,Hydrogen,PRO-CHM,34
1s Core Level,Layers,CMT-DSC,36
1s Core Level,Layers,PRO-DSC,51
1s Core Level,Level,CMT-CMT,30
1s Core Level,N2,CMT-CHM,39
1s Core Level,Nitrogen,CMT-CHM,43
1s Core Level,Nitrogen,PRO-CHM,43
1s Core Level,O,CMT-CHM,203
1s Core Level,O,PRO-CHM,170
1s Core Level,O2,CMT-CHM,38
1s Core Level,Oxygen,CMT-CHM,75
1s Core Level,Oxygen,PRO-CHM,59
1s Core Level,Raman,CMT-CMT,58
1s Core Level,Raman,PRO-CMT,67
1s Core Level,SAED,PRO-CMT,30
1s Core Level,SEM,CMT-CMT,117
1s Core Level,SEM,PRO-CMT,87
1s Core Level,Si,CMT-CHM,44
1s Core Level,Si,PRO-CHM,34
1s Core Level,Substrate,CMT-DSC,74
1s Core Level,Substrate,PRO-DSC,78
1s Core Level,Surface,CMT-DSC,119
1s Core Level,Surface,PRO-DSC,88
1s Core Level,Surfaces,CMT-DSC,42
1s Core Level,TEM,CMT-CMT,101
1s Core Level,TEM,PRO-CMT,83
1s Core Level,Thin Films,CMT-DSC,30
1s Core Level,Ti,PRO-CHM,40
1s Core Level,TiO2,CMT-CHM,30
1s Core Level,TiO2,PRO-CHM,31
1s Core Level,XPS,CMT-CMT,194
1s Core Level,XPS,PRO-CMT,206
1s Core Level,XRD,CMT-CMT,112
1s Core Level,XRD,PRO-CMT,108
1s Core Level XPS,HRTEM,CMT-CMT,46
1s Core Level XPS,O,CMT-CHM,84
1s Core Level XPS,Raman,CMT-CMT,35
1s Core Level XPS,SEM,CMT-CMT,64
1s Core Level XPS,Surface,CMT-DSC,33
1s Core Level XPS,TEM,CMT-CMT,71
1s Core Level XPS,XPS,CMT-CMT,62
1s Core Level XPS,XRD,CMT-CMT,63
1s Photoelectron,Carbon,CMT-CHM,36
1s Photoelectron,O,CMT-CHM,56
1s Photoelectron,Surface,CMT-DSC,34
1s Photoelectron,XPS,CMT-CMT,37
1s XAS,O,CMT-CHM,31
1s XAS,XAS,CMT-CMT,34
1s XP,O,CMT-CHM,50
1s XP,Surface,CMT-DSC,36
1s XP,XPS,CMT-CMT,30
1s XP,Xp,CMT-CMT,44
1s XPS,2PXPS,CMT-CMT,292
1s XPS,2p,CMT-CMT,234
1s XPS,2p3,CMT-CMT,34
1s XPS,3D,CMT-CMT,59
1s XPS,3D XPS,CMT-CMT,112
1s XPS,4f XPS,CMT-CMT,41
1s XPS,AFM,CMT-CMT,141
1s XPS,Ag,CMT-CHM,94
1s XPS,AgCl,CMT-CHM,45
1s XPS,Al,CMT-CHM,64
1s XPS,Al2O3,CMT-CHM,31
1s XPS,Amorphous,CMT-DSC,33
1s XPS,Anatase,CMT-SPL,38
1s XPS,Annealed,CMT-SMT,88
1s XPS,Annealing,CMT-SMT,108
1s XPS,Anode,CMT-APL,83
1s XPS,Ar,CMT-CHM,52
1s XPS,Arrhenius Plot,CMT-CMT,42
1s XPS,As Prepared,CMT-DSC,107
1s XPS,As-Synthesized,CMT-DSC,36
1s XPS,Au,CMT-CHM,73
1s XPS,BET Surface Area,CMT-PRO,56
1s XPS,Band Structure,CMT-PRO,30
1s XPS,Binding Energies,CMT-PRO,51
1s XPS,Binding Energy,CMT-PRO,55
1s XPS,Blue Line,CMT-CHM,40
1s XPS,Bulk,CMT-DSC,85
1s XPS,C,CMT-CHM,127
1s XPS,C 1s,CMT-CMT,36
1s XPS,C 1s XPS,CMT-CMT,188
1s XPS,C-V Curve,CMT-CMT,144
1s XPS,CH4,CMT-CHM,35
1s XPS,CO,CMT-CHM,140
1s XPS,CO2,CMT-CHM,123
1s XPS,CV,CMT-CMT,184
1s XPS,CVS,CMT-CMT,60
1s XPS,Calcination,CMT-SMT,37
1s XPS,Calcined,CMT-SMT,53
1s XPS,Capacity,CMT-PRO,36
1s XPS,Carbon,CMT-CHM,342
1s XPS,Carbons,CMT-CHM,35
1s XPS,Catalyst,CMT-APL,369
1s XPS,Catalytic Activity,CMT-PRO,53
1s XPS,Catalytic Performance,CMT-PRO,47
1s XPS,Cathode,CMT-APL,116
1s XPS,Cathodes,CMT-APL,56
1s XPS,CeO2,CMT-CHM,37
1s XPS,Cell,CMT-APL,54
1s XPS,Cells,CMT-APL,49
1s XPS,Charge Discharge Curve,CMT-CMT,38
1s XPS,Charges,CMT-PRO,47
1s XPS,Cl,CMT-CHM,38
1s XPS,Co,CMT-CHM,184
1s XPS,Co3O4,CMT-CHM,46
1s XPS,Coated,CMT-SMT,57
1s XPS,Coatings,CMT-APL,32
1s XPS,Composite,CMT-DSC,154
1s XPS,Compositions,CMT-PRO,43
1s XPS,Copper,CMT-CHM,36
1s XPS,Coulombic Efficiency,CMT-PRO,74
1s XPS,Cross Sectional SEM,CMT-CMT,48
1s XPS,Crystal,CMT-DSC,34
1s XPS,Crystal Structure,CMT-PRO,52
1s XPS,Crystallite Size,CMT-PRO,32
1s XPS,Cu,CMT-CHM,121
1s XPS,Current Density,CMT-PRO,54
1s XPS,Curves,CMT-CMT,53
1s XPS,Cycle Performance,CMT-PRO,36
1s XPS,Cyclic Voltammetry,CMT-CMT,47
1s XPS,Cyclic Voltammogram,CMT-CMT,96
1s XPS,Cycling Performance,CMT-PRO,176
1s XPS,Cycling Stability,CMT-PRO,56
1s XPS,DFT,CMT-CMT,52
1s XPS,DOS,CMT-PRO,32
1s XPS,Discharge,CMT-PRO,45
1s XPS,Doped,CMT-DSC,188
1s XPS,EDS,CMT-CMT,94
1s XPS,EDS Mapping,CMT-CMT,35
1s XPS,EDX,CMT-CMT,82
1s XPS,EXAFS,CMT-CMT,47
1s XPS,Eis,CMT-CMT,118
1s XPS,Electrocatalyst,CMT-APL,45
1s XPS,Electrochemical Performance,CMT-PRO,97
1s XPS,Electrode,CMT-APL,268
1s XPS,Electrodes,CMT-APL,276
1s XPS,Electrolyte,CMT-APL,85
1s XPS,Electron Transfer Number,CMT-PRO,45
1s XPS,Elemental Mapping,CMT-CMT,129
1s XPS,Epr,CMT-CMT,35
1s XPS,Equivalent Circuits,CMT-CMT,48
1s XPS,Etching,CMT-SMT,32
1s XPS,Ethanol,CMT-CHM,41
1s XPS,F,CMT-CHM,61
1s XPS,FE-SEM,CMT-CMT,41
1s XPS,FESEM,CMT-CMT,76
1s XPS,FT-IR,CMT-CMT,148
1s XPS,FTIR,CMT-CMT,187
1s XPS,Fe,CMT-CHM,162
1s XPS,Fermi Level,CMT-PRO,38
1s XPS,Fft,CMT-CMT,38
1s XPS,Film,CMT-DSC,175
1s XPS,Films,CMT-DSC,165
1s XPS,Foil,CMT-DSC,65
1s XPS,Galvanostatic Charge Discharge Profile,CMT-CMT,32
1s XPS,Graphene,CMT-CHM,130
1s XPS,Graphite,CMT-CHM,66
1s XPS,Graphitic,CMT-CHM,42
1s XPS,H2,CMT-CHM,128
1s XPS,H2-TPR,CMT-CHM,42
1s XPS,H2-TPR,CMT-CMT,44
1s XPS,H2O,CMT-CHM,77
1s XPS,H2O2,CMT-CHM,50
1s XPS,H2SO4,CMT-CHM,89
1s XPS,HAADF STEM,CMT-CMT,80
1s XPS,HCl,CMT-CHM,35
1s XPS,HER,CMT-CHM,35
1s XPS,HRTEM,CMT-CMT,487
1s XPS,Heating,CMT-SMT,50
1s XPS,High Resolution,CMT-CMT,34
1s XPS,High Resolution TEM,CMT-CMT,68
1s XPS,High Resolution XPS,CMT-CMT,50
1s XPS,Hydrogen,CMT-CHM,134
1s XPS,Interface,CMT-DSC,60
1s XPS,Ir,CMT-CMT,33
1s XPS,Irradiation,CMT-SMT,44
1s XPS,KL Plot,CMT-CMT,37
1s XPS,KOH,CMT-CHM,187
1s XPS,Koutecky-Levich Plot,CMT-CMT,31
1s XPS,LSV,CMT-CMT,132
1s XPS,LSV Curves,CMT-CMT,49
1s XPS,Layers,CMT-DSC,150
1s XPS,Li,CMT-CHM,162
1s XPS,Lithium,CMT-CHM,55
1s XPS,Mesoporous,CMT-DSC,32
1s XPS,Metals,CMT-PRO,47
1s XPS,Methanol,CMT-CHM,73
1s XPS,Mg,CMT-CHM,36
1s XPS,Mn,CMT-CHM,81
1s XPS,MnO2,CMT-CHM,39
1s XPS,Mo,CMT-CHM,54
1s XPS,Molecular Structure,CMT-PRO,34
1s XPS,Monolayers,CMT-DSC,45
1s XPS,Morphology,CMT-PRO,76
1s XPS,N1s XPS,CMT-CMT,47
1s XPS,N2,CMT-CHM,306
1s XPS,N2 Adsorption Desorption Isotherm,CMT-CMT,34
1s XPS,N2 Adsorption Desorption Isotherms,CMT-CMT,91
1s XPS,N2 Sorption Isotherm,CMT-CMT,32
1s XPS,NC,CMT-DSC,33
1s XPS,NH3,CMT-CHM,70
1s XPS,NPS,CMT-DSC,73
1s XPS,Na,CMT-CHM,37
1s XPS,Na2SO4,CMT-CHM,34
1s XPS,NaOH,CMT-CHM,42
1s XPS,Nanocomposite,CMT-DSC,54
1s XPS,Nanoparticle,CMT-DSC,33
1s XPS,Nanoparticles,CMT-DSC,121
1s XPS,Nanorods,CMT-DSC,37
1s XPS,Nanosheets,CMT-DSC,72
1s XPS,Nanotube,CMT-DSC,30
1s XPS,Nexafs,CMT-CMT,32
1s XPS,Ni,CMT-CHM,142
1s XPS,NiO,CMT-CHM,32
1s XPS,Nickel,CMT-CHM,31
1s XPS,Nitrogen,CMT-CHM,337
1s XPS,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,74
1s XPS,Nyquist Plot,CMT-CMT,160
1s XPS,O,CMT-CHM,716
1s XPS,O1S XPS,CMT-CMT,81
1s XPS,O2,CMT-CHM,244
1s XPS,OER,CMT-APL,69
1s XPS,OH,CMT-CHM,46
1s XPS,ORR,CMT-APL,75
1s XPS,Of Chemistry,CMT-CMT,31
1s XPS,Optical Image,CMT-CMT,39
1s XPS,Overpotential,CMT-PRO,47
1s XPS,Oxidation,CMT-SMT,48
1s XPS,Oxygen,CMT-CHM,302
1s XPS,Particle Size,CMT-PRO,31
1s XPS,Particle Size Distribution,CMT-PRO,42
1s XPS,Particles,CMT-DSC,60
1s XPS,Pd,CMT-CHM,64
1s XPS,Photo Luminescence,CMT-CMT,31
1s XPS,Polarization Curve,CMT-CMT,66
1s XPS,Pore Size Distribution,CMT-PRO,156
1s XPS,Pore Sizes,CMT-PRO,30
1s XPS,Pore Volume,CMT-PRO,34
1s XPS,Porous,CMT-DSC,46
1s XPS,Powder,CMT-DSC,91
1s XPS,Powders,CMT-DSC,31
1s XPS,Pt,CMT-CHM,246
1s XPS,Pure,CMT-DSC,42
1s XPS,RHE,CMT-APL,32
1s XPS,Ragone Plot,CMT-CMT,43
1s XPS,Raman,CMT-CMT,417
1s XPS,Rate Capability,CMT-PRO,45
1s XPS,Rate Performance,CMT-PRO,90
1s XPS,Reductions,CMT-SMT,34
1s XPS,Response,CMT-PRO,34
1s XPS,Ru,CMT-CHM,37
1s XPS,RuO2,CMT-CHM,37
1s XPS,SAED,CMT-CMT,172
1s XPS,SEM,CMT-CMT,760
1s XPS,STM,CMT-CMT,35
1s XPS,Selected Area Electron Diffraction,CMT-CMT,31
1s XPS,Sensor,CMT-APL,34
1s XPS,Sheets,CMT-DSC,35
1s XPS,Si,CMT-CHM,116
1s XPS,SiO2,CMT-CHM,65
1s XPS,Silicon,CMT-CHM,33
1s XPS,Size Distribution,CMT-PRO,42
1s XPS,Sn,CMT-CHM,39
1s XPS,Society,CMT-CMT,40
1s XPS,Specific Capacitance,CMT-PRO,59
1s XPS,Stability,CMT-PRO,66
1s XPS,Stability Tests,CMT-CMT,42
1s XPS,Stem,CMT-CMT,89
1s XPS,Structure,CMT-PRO,109
1s XPS,Substrate,CMT-DSC,177
1s XPS,Sulfur,CMT-CHM,55
1s XPS,Supercapacitor,CMT-APL,33
1s XPS,Surface,CMT-DSC,344
1s XPS,Surfaces,CMT-DSC,122
1s XPS,Survey XPS,CMT-CMT,40
1s XPS,TEM,CMT-CMT,919
1s XPS,TG,CMT-CMT,33
1s XPS,Tafel Plots,CMT-CMT,116
1s XPS,Tafel Slope,CMT-PRO,33
1s XPS,Tga,CMT-CMT,111
1s XPS,Thin Films,CMT-DSC,70
1s XPS,Ti,CMT-CHM,153
1s XPS,TiO2,CMT-CHM,142
1s XPS,Toluene,CMT-CHM,38
1s XPS,UV Vis Absorption,CMT-CMT,63
1s XPS,UV-VIS Spectral,CMT-CMT,34
1s XPS,Ups,CMT-CMT,33
1s XPS,Voltage Profile,CMT-PRO,32
1s XPS,X-Ray Diffraction,CMT-CMT,63
1s XPS,X-Ray Photoelectron Spectroscopy,CMT-CMT,57
1s XPS,XAS,CMT-CMT,30
1s XPS,XPS,CMT-CMT,857
1s XPS,XPS Survey,CMT-CMT,42
1s XPS,XRD,CMT-CMT,836
1s XPS,Xanes,CMT-CMT,76
1s XPS,Zeta Potential,CMT-PRO,35
1s XPS,Zn,CMT-CHM,101
1s XPS,ZnO,CMT-CHM,76
1t1,NMR,PRO-CMT,39
1 1 0,1000,CHM-CHM,179
1 1 0,1 1 1,CHM-CHM,37
1 1 0,AFM,CHM-CMT,32
1 1 0,Al,CHM-CHM,56
1 1 0,Alloy,CHM-DSC,46
1 1 0,Annealed,CHM-SMT,49
1 1 0,Annealing,CHM-SMT,58
1 1 0,BCC,CHM-SPL,32
1 1 0,Bulk,CHM-DSC,76
1 1 0,Catalyst,CHM-APL,30
1 1 0,Compositions,CHM-PRO,31
1 1 0,Crystal,CHM-DSC,81
1 1 0,Crystal Structure,CHM-PRO,38
1 1 0,Cu,CHM-CHM,64
1 1 0,Cubic,CHM-SPL,37
1 1 0,Diffraction Pattern,CHM-CMT,43
1 1 0,Dislocation,CHM-PRO,60
1 1 0,FCC,CHM-SPL,38
1 1 0,Fe,CHM-CHM,61
1 1 0,Film,CHM-DSC,64
1 1 0,Films,CHM-DSC,60
1 1 0,Grain Boundary,CHM-PRO,37
1 1 0,HRTEM,CHM-CMT,87
1 1 0,Hydrogen,CHM-CHM,38
1 1 0,Interface,CHM-DSC,90
1 1 0,Layers,CHM-DSC,112
1 1 0,Matrix,CHM-DSC,39
1 1 0,Microstructure,CHM-PRO,49
1 1 0,Ni,CHM-CHM,61
1 1 0,O,CHM-CHM,62
1 1 0,Oxygen,CHM-CHM,63
1 1 0,Particles,CHM-DSC,46
1 1 0,Precipitates,CHM-DSC,35
1 1 0,Rutile,CHM-SPL,31
1 1 0,SAED,CHM-CMT,37
1 1 0,SEM,CHM-CMT,121
1 1 0,Si,CHM-CHM,85
1 1 0,Single Crystal,CHM-DSC,45
1 1 0,Structure,CHM-PRO,82
1 1 0,Substrate,CHM-DSC,95
1 1 0,Surface,CHM-DSC,192
1 1 0,Surfaces,CHM-DSC,80
1 1 0,TEM,CHM-CMT,147
1 1 0,Thin Films,CHM-DSC,30
1 1 0,Ti,CHM-CHM,56
1 1 0,TiO2,CHM-CHM,42
1 1 0,X-Ray Diffraction,CHM-CMT,48
1 1 0,XRD,CHM-CMT,128
1 1 1,1000,CHM-CHM,52
1 1 1,1 1 0,CHM-CHM,37
1 1 1,Crystal,CHM-DSC,33
1 1 1,Dislocation,CHM-PRO,38
1 1 1,Layers,CHM-DSC,30
1 1 1,SEM,CHM-CMT,41
1 1 1,Structure,CHM-PRO,38
1 1 1,Substrate,CHM-DSC,36
1 1 1,Surface,CHM-DSC,61
1 1 1,TEM,CHM-CMT,52
1 1 1,XRD,CHM-CMT,34
1 1 1) and (2 0 0,XRD,CHM-CMT,36
1×1,Surface,SPL-DSC,36
"1α,25-Dihydroxyvitamin D3",Vitamin D,CHM-CHM,55
1ρ,T,PRO-PRO,37
"1−Y, 1−Z",Hydrogen,CHM-CHM,39
1−z,Hydrogen,CHM-CHM,53
2 + 2,1H,CHM-CHM,35
2 + 2,2D,CHM-DSC,31
2 + 2,3 + 2,CHM-CHM,32
2 + 2,Alcohols,CHM-CHM,30
2 + 2,Aldehyde,CHM-CHM,41
2 + 2,Alkene,CHM-CHM,54
2 + 2,Alkyne,CHM-CHM,64
2 + 2,Carbon,CHM-CHM,62
2 + 2,Catalyst,CHM-APL,45
2 + 2,Crystal,CHM-DSC,56
2 + 2,Crystal Structure,CHM-PRO,34
2 + 2,Cyclobutane,CHM-CHM,57
2 + 2,DFT,CHM-CMT,32
2 + 2,Density Functional Theory,CHM-CMT,32
2 + 2,Hydrogen,CHM-CHM,119
2 + 2,Imines,CHM-CHM,48
2 + 2,Irradiation,CHM-SMT,56
2 + 2,Ketene,CHM-CHM,30
2 + 2,Nitrogen,CHM-CHM,30
2 + 2,Olefins,CHM-CHM,57
2 + 2,Oxygen,CHM-CHM,48
2 + 2,Photocycloaddition,CHM-SMT,34
2 + 2,Single Crystal,CHM-DSC,52
2 + 2,Structure,CHM-PRO,67
2 + 2,Surface,CHM-DSC,64
2 + 2,[2+2] Cycloaddition,CHM-SMT,38
2 + 2 + 2,Alkyne,CHM-CHM,56
2 Binding Energy,XPS,PRO-CMT,32
2 Days,SEM,DSC-CMT,54
2 Days,Surface,DSC-DSC,31
2 Days,XRD,DSC-CMT,40
2 Deoxy D Glucose,Glucose,CHM-CHM,51
2 Deoxyglucose,2-DG,CHM-CHM,38
2 Deoxyglucose,ATP,CHM-CHM,37
2 Deoxyglucose,Cells,CHM-DSC,34
2 Deoxyglucose,Glucose,CHM-CHM,91
2 Diabetes,Diabetes,APL-APL,33
2 Diabetes,Glucose,APL-CHM,84
2 Diabetes,Insulin Resistance,APL-PRO,48
2 Error,L,PRO-PRO,116
2 MPa,Catalyst,CHM-APL,34
2 MPa H2,Catalyst,CHM-APL,37
2 Methoxypropene,CH2Cl2,CHM-CHM,48
2 Methoxypropene,DMF,CHM-CHM,43
2 Methoxypropene,H2O,CHM-CHM,36
2 Methoxypropene,MeOH,CHM-CHM,45
2 Methoxypropene,Pyridine,CHM-CHM,30
2 Methoxypropene,THF,CHM-CHM,46
2 Methylbut 2 Ene,CH2Cl2,CHM-CHM,32
2 Methylbut 2 Ene,DMF,CHM-CHM,31
2 Methylbut 2 Ene,H2O,CHM-CHM,34
2 Methylbut 2 Ene,MeOH,CHM-CHM,31
2 Methylbut 2 Ene,NaClO2,CHM-CHM,38
2 Methylbut 2 Ene,THF,CHM-CHM,40
2 Methylpropane,Propane,CHM-CHM,30
2 Norm,L,PRO-PRO,37
2'-Deoxyguanosine,DNA,CHM-PRO,33
2'-Deoxyguanosine,Deoxyadenosine,CHM-CHM,39
2'-Deoxyguanosine,Deoxycytidine,CHM-CHM,32
2'-Deoxyguanosine,Guanine,CHM-CHM,73
2'-Deoxyguanosine,Guanosine,CHM-CHM,40
2'-Deoxyguanosine,Nucleoside,CHM-CHM,36
2'-Deoxyguanosine,Nucleosides,CHM-CHM,50
"2,1,3-Benzothiadiazole",BTD,CHM-CHM,32
"2,1,3-Benzothiadiazole",Power Conversion Efficiency,CHM-PRO,34
"2,1,3-Benzothiadiazole",Thiophene,CHM-CHM,30
"2,2 Dimethoxypropane",(COCl)2,CHM-CHM,60
"2,2 Dimethoxypropane","2,6-Lutidine",CHM-CHM,68
"2,2 Dimethoxypropane",AIBN,CHM-CHM,35
"2,2 Dimethoxypropane",Ac2O,CHM-CHM,115
"2,2 Dimethoxypropane",AcOH,CHM-CHM,126
"2,2 Dimethoxypropane",Acetone,CHM-CHM,207
"2,2 Dimethoxypropane",BF3–OEt2,CHM-CHM,43
"2,2 Dimethoxypropane",Benzenes,CHM-CHM,62
"2,2 Dimethoxypropane",BnBr,CHM-CHM,69
"2,2 Dimethoxypropane",Boc2O,CHM-CHM,32
"2,2 Dimethoxypropane",BzCl,CHM-CHM,34
"2,2 Dimethoxypropane",CH2Cl2,CHM-CHM,278
"2,2 Dimethoxypropane","CH2Cl2, 78C",CHM-CHM,60
"2,2 Dimethoxypropane",CH3CN,CHM-CHM,91
"2,2 Dimethoxypropane",CH3OH,CHM-CHM,30
"2,2 Dimethoxypropane",CHCl3,CHM-CHM,42
"2,2 Dimethoxypropane",Camphorsulfonic Acid,CHM-CHM,32
"2,2 Dimethoxypropane",Cs2CO3,CHM-CHM,33
"2,2 Dimethoxypropane",CuI,CHM-CHM,51
"2,2 Dimethoxypropane",DBU,CHM-CHM,43
"2,2 Dimethoxypropane",DDQ,CHM-CHM,37
"2,2 Dimethoxypropane",DIBAL-H,CHM-CHM,58
"2,2 Dimethoxypropane",DIPEA,CHM-CHM,33
"2,2 Dimethoxypropane",DMAP,CHM-CHM,168
"2,2 Dimethoxypropane",DMF,CHM-CHM,235
"2,2 Dimethoxypropane",DMP,CHM-CHM,41
"2,2 Dimethoxypropane",DMSO,CHM-CHM,128
"2,2 Dimethoxypropane",Dess-Martin Periodinane,CHM-SMT,72
"2,2 Dimethoxypropane",Dioxane,CHM-CHM,43
"2,2 Dimethoxypropane",Et2O,CHM-CHM,91
"2,2 Dimethoxypropane",Et3N,CHM-CHM,187
"2,2 Dimethoxypropane",EtOAc,CHM-CHM,74
"2,2 Dimethoxypropane",H2,CHM-CHM,163
"2,2 Dimethoxypropane",H2O,CHM-CHM,226
"2,2 Dimethoxypropane",H2O2,CHM-CHM,68
"2,2 Dimethoxypropane",H2SO4,CHM-CHM,54
"2,2 Dimethoxypropane",HCl,CHM-CHM,143
"2,2 Dimethoxypropane",HMPA,CHM-CHM,31
"2,2 Dimethoxypropane",Imidazole,CHM-CHM,129
"2,2 Dimethoxypropane",K2CO3,CHM-CHM,136
"2,2 Dimethoxypropane",KOH,CHM-CHM,57
"2,2 Dimethoxypropane",LiAlH4,CHM-CHM,59
"2,2 Dimethoxypropane",LiCl,CHM-CHM,31
"2,2 Dimethoxypropane",LiOH,CHM-CHM,54
"2,2 Dimethoxypropane",M-CPBA,CHM-CHM,58
"2,2 Dimethoxypropane",MeCN,CHM-CHM,82
"2,2 Dimethoxypropane",MeI,CHM-CHM,55
"2,2 Dimethoxypropane",MeOH,CHM-CHM,284
"2,2 Dimethoxypropane",Methanol,CHM-CHM,36
"2,2 Dimethoxypropane",MsCl,CHM-CHM,55
"2,2 Dimethoxypropane",NEt3,CHM-CHM,31
"2,2 Dimethoxypropane",NMO,CHM-CHM,30
"2,2 Dimethoxypropane",NaBH4,CHM-CHM,107
"2,2 Dimethoxypropane",NaClO2,CHM-CHM,30
"2,2 Dimethoxypropane",NaH,CHM-CHM,143
"2,2 Dimethoxypropane",NaHCO3,CHM-CHM,101
"2,2 Dimethoxypropane",NaIO4,CHM-CHM,54
"2,2 Dimethoxypropane",NaN3,CHM-CHM,40
"2,2 Dimethoxypropane",NaOH,CHM-CHM,110
"2,2 Dimethoxypropane",NaOMe,CHM-CHM,48
"2,2 Dimethoxypropane",O3,CHM-CHM,30
"2,2 Dimethoxypropane",OsO4,CHM-CHM,62
"2,2 Dimethoxypropane",P-Toluenesulfonic Acid,CHM-CHM,31
"2,2 Dimethoxypropane",P-TsOH,CHM-CHM,85
"2,2 Dimethoxypropane",PPTS,CHM-CHM,31
"2,2 Dimethoxypropane",PPh3,CHM-CHM,80
"2,2 Dimethoxypropane",PTSA,CHM-CHM,36
"2,2 Dimethoxypropane",Pd,CHM-CHM,51
"2,2 Dimethoxypropane",Pd (OH)2,CHM-CHM,38
"2,2 Dimethoxypropane",Pd(OAc)2,CHM-CHM,30
"2,2 Dimethoxypropane",Pd(PPh3)4,CHM-CHM,40
"2,2 Dimethoxypropane",Pd/C,CHM-CHM,86
"2,2 Dimethoxypropane",Ph3P,CHM-CHM,41
"2,2 Dimethoxypropane",Pyridine,CHM-CHM,155
"2,2 Dimethoxypropane",TBAF,CHM-CHM,131
"2,2 Dimethoxypropane",TBDPS-Cl,CHM-CHM,54
"2,2 Dimethoxypropane",TBS,CHM-CHM,45
"2,2 Dimethoxypropane",TBSCl,CHM-CHM,68
"2,2 Dimethoxypropane",TBSOTf,CHM-CHM,41
"2,2 Dimethoxypropane",TEA,CHM-CHM,30
"2,2 Dimethoxypropane",TFA,CHM-CHM,84
"2,2 Dimethoxypropane",THF,CHM-CHM,307
"2,2 Dimethoxypropane","THF,78C",CHM-CHM,42
"2,2 Dimethoxypropane",TMSCl,CHM-CHM,30
"2,2 Dimethoxypropane",Tert-Butyldimethylsilyl,CHM-CHM,43
"2,2 Dimethoxypropane",Tf2O,CHM-CHM,32
"2,2 Dimethoxypropane",Toluene,CHM-CHM,137
"2,2 Dimethoxypropane",TsCl,CHM-CHM,33
"2,2 Dimethoxypropane",TsOH,CHM-CHM,51
"2,2 Dimethoxypropane",Zn,CHM-CHM,43
"2,2 Dimethoxypropane",n-BuLi,CHM-CHM,40
"2,2 Dimethoxypropane",tBuOH,CHM-CHM,40
"2,2',7,7'-Tetrakis(N,N-Di-P-Methoxyphenylamine)-9,9'-Spirobifluorene",Perovskites,CHM-CHM,31
"2,2'-Bipy","2,2'-Bipyridine",CHM-CHM,35
"2,2'-Bipyridine","1,10-Phenantroline",CHM-CHM,418
"2,2'-Bipyridine",13C,CHM-CHM,48
"2,2'-Bipyridine",1D,CHM-DSC,66
"2,2'-Bipyridine",1H,CHM-CHM,174
"2,2'-Bipyridine",1H,CHM-CMT,35
"2,2'-Bipyridine",1H NMR,CHM-CMT,108
"2,2'-Bipyridine","2,2'-Bipy",CHM-CHM,35
"2,2'-Bipyridine","2,2'-Bpy",CHM-CHM,39
"2,2'-Bipyridine","2,2':6',2''-Terpyridine",CHM-CHM,64
"2,2'-Bipyridine",2-Phenylpyridine,CHM-CHM,32
"2,2'-Bipyridine",2D,CHM-DSC,49
"2,2'-Bipyridine",3D,CHM-DSC,50
"2,2'-Bipyridine","4,4'-Bipyridine",CHM-CHM,47
"2,2'-Bipyridine","4,4'-Dimethyl-2,2'-Bipyridine",CHM-CHM,86
"2,2'-Bipyridine",Absorption,CHM-CMT,47
"2,2'-Bipyridine",Absorption,CHM-PRO,56
"2,2'-Bipyridine",Acetonitrile,CHM-CHM,148
"2,2'-Bipyridine",Activity,CHM-PRO,31
"2,2'-Bipyridine",Ag,CHM-CHM,32
"2,2'-Bipyridine",Alcohols,CHM-CHM,30
"2,2'-Bipyridine",Antiferromagnetic Interaction,CHM-PRO,37
"2,2'-Bipyridine",BPY,CHM-CHM,997
"2,2'-Bipyridine",Binding Constant,CHM-PRO,63
"2,2'-Bipyridine",Bipy,CHM-CHM,250
"2,2'-Bipyridine",Bipyridine,CHM-CHM,100
"2,2'-Bipyridine",Br,CHM-CHM,35
"2,2'-Bipyridine",CH2Cl2,CHM-CHM,32
"2,2'-Bipyridine",CH3CN,CHM-CHM,70
"2,2'-Bipyridine",CO,CHM-CHM,48
"2,2'-Bipyridine",CO2,CHM-CHM,63
"2,2'-Bipyridine",Carbon,CHM-CHM,52
"2,2'-Bipyridine",Carboxylates,CHM-CHM,43
"2,2'-Bipyridine",Catalyst,CHM-APL,156
"2,2'-Bipyridine",Catalytic Activity,CHM-PRO,49
"2,2'-Bipyridine",Chains,CHM-DSC,35
"2,2'-Bipyridine",Charge Transfer,CHM-PRO,34
"2,2'-Bipyridine",Chlorides,CHM-CHM,53
"2,2'-Bipyridine",Cisplatin,CHM-CHM,42
"2,2'-Bipyridine",Cl,CHM-CHM,84
"2,2'-Bipyridine",ClO4,CHM-CHM,31
"2,2'-Bipyridine",Cluster,CHM-DSC,45
"2,2'-Bipyridine",Co,CHM-CHM,43
"2,2'-Bipyridine",Co II,CHM-CHM,37
"2,2'-Bipyridine",Cobalt,CHM-CHM,36
"2,2'-Bipyridine",Coordination,CHM-PRO,43
"2,2'-Bipyridine",Coordination Polymer,CHM-DSC,36
"2,2'-Bipyridine",Copper,CHM-CHM,90
"2,2'-Bipyridine",Copper II,CHM-CHM,113
"2,2'-Bipyridine",Crystal,CHM-DSC,82
"2,2'-Bipyridine",Crystal Structure,CHM-PRO,155
"2,2'-Bipyridine",Cu,CHM-CHM,47
"2,2'-Bipyridine",Cu(II),CHM-CHM,83
"2,2'-Bipyridine",Cyanides,CHM-CHM,38
"2,2'-Bipyridine",Cyclic Voltammetry,CHM-CMT,138
"2,2'-Bipyridine",Cyclic Voltammogram,CHM-CMT,39
"2,2'-Bipyridine",Cytotoxicity,CHM-PRO,59
"2,2'-Bipyridine",DFT,CHM-CMT,129
"2,2'-Bipyridine",DFT Calculations,CHM-CMT,51
"2,2'-Bipyridine",DMF,CHM-CHM,51
"2,2'-Bipyridine",DMSO,CHM-CHM,37
"2,2'-Bipyridine",DNA,CHM-APL,37
"2,2'-Bipyridine",DNA,CHM-PRO,56
"2,2'-Bipyridine",DPPZ,CHM-CHM,37
"2,2'-Bipyridine",Density Functional Theory,CHM-CMT,95
"2,2'-Bipyridine",Diimine,CHM-CHM,56
"2,2'-Bipyridine",Dye-Sensitized Solar Cells,CHM-APL,30
"2,2'-Bipyridine",ESI MS,CHM-CMT,35
"2,2'-Bipyridine",Electrochemical,CHM-CMT,36
"2,2'-Bipyridine",Electrochemical,CHM-PRO,38
"2,2'-Bipyridine",Electrochemical Properties,CHM-PRO,48
"2,2'-Bipyridine",Electrode,CHM-APL,80
"2,2'-Bipyridine",Electrodes,CHM-APL,49
"2,2'-Bipyridine",Elemental Analysis,CHM-CMT,151
"2,2'-Bipyridine",Emissive,CHM-PRO,31
"2,2'-Bipyridine",Epr,CHM-CMT,74
"2,2'-Bipyridine",Ethanol,CHM-CHM,39
"2,2'-Bipyridine",Ethidium Bromide,CHM-CHM,52
"2,2'-Bipyridine",Ethylene Diamine,CHM-CHM,35
"2,2'-Bipyridine",Excited State,CHM-PRO,62
"2,2'-Bipyridine",FT-IR,CHM-CMT,32
"2,2'-Bipyridine",Fe,CHM-CHM,30
"2,2'-Bipyridine",Film,CHM-DSC,44
"2,2'-Bipyridine",Films,CHM-DSC,47
"2,2'-Bipyridine",H2,CHM-CHM,38
"2,2'-Bipyridine",H2O,CHM-CHM,76
"2,2'-Bipyridine",H2O2,CHM-CHM,33
"2,2'-Bipyridine",Hydrogen,CHM-CHM,204
"2,2'-Bipyridine",Hydrothermal Reaction,CHM-SMT,33
"2,2'-Bipyridine",Hydroxyl,CHM-CHM,35
"2,2'-Bipyridine",IR Spectroscopy,CHM-CMT,32
"2,2'-Bipyridine",Ir,CHM-CMT,137
"2,2'-Bipyridine",Iron,CHM-CHM,30
"2,2'-Bipyridine",Irradiation,CHM-SMT,60
"2,2'-Bipyridine",Lanthanides,CHM-CHM,32
"2,2'-Bipyridine",Layers,CHM-DSC,50
"2,2'-Bipyridine",Lifetime,CHM-PRO,40
"2,2'-Bipyridine",Luminescence,CHM-PRO,65
"2,2'-Bipyridine",Luminescent,CHM-PRO,45
"2,2'-Bipyridine",MLCT,CHM-PRO,98
"2,2'-Bipyridine",Magnetic Properties,CHM-PRO,46
"2,2'-Bipyridine",Magnetic Susceptibility,CHM-PRO,37
"2,2'-Bipyridine",Metal-to-Ligand Charge Transfer,CHM-PRO,81
"2,2'-Bipyridine",Metals,CHM-PRO,66
"2,2'-Bipyridine",Methanol,CHM-CHM,60
"2,2'-Bipyridine",Mn,CHM-CHM,30
"2,2'-Bipyridine",Molecular Structure,CHM-PRO,60
"2,2'-Bipyridine",Monoclinic,CHM-SPL,47
"2,2'-Bipyridine",N-N,CHM-CHM,52
"2,2'-Bipyridine",NMR,CHM-CMT,69
"2,2'-Bipyridine",Nanoparticles,CHM-DSC,36
"2,2'-Bipyridine",Ni II,CHM-CHM,32
"2,2'-Bipyridine",Nitrogen,CHM-CHM,119
"2,2'-Bipyridine",O,CHM-CHM,37
"2,2'-Bipyridine",O2,CHM-CHM,45
"2,2'-Bipyridine",One-Dimensional,CHM-DSC,39
"2,2'-Bipyridine",Os,CHM-CHM,32
"2,2'-Bipyridine",Oxidation,CHM-APL,32
"2,2'-Bipyridine",Oxidation,CHM-SMT,58
"2,2'-Bipyridine",Oxidation State,CHM-PRO,32
"2,2'-Bipyridine",Oxo,CHM-CHM,31
"2,2'-Bipyridine",Oxygen,CHM-CHM,154
"2,2'-Bipyridine",Phen,CHM-CHM,291
"2,2'-Bipyridine",Phenanthroline,CHM-CHM,32
"2,2'-Bipyridine",Phenyls,CHM-CHM,31
"2,2'-Bipyridine",Photo Luminescence,CHM-CMT,54
"2,2'-Bipyridine",Photophysical,CHM-PRO,43
"2,2'-Bipyridine",Photophysical Properties,CHM-PRO,74
"2,2'-Bipyridine",Photosensitizer,CHM-APL,58
"2,2'-Bipyridine",Platinum,CHM-CHM,34
"2,2'-Bipyridine",Polymers,CHM-DSC,36
"2,2'-Bipyridine",Polypyridyl,CHM-CHM,47
"2,2'-Bipyridine",Pt,CHM-CHM,41
"2,2'-Bipyridine",Pyridine,CHM-CHM,146
"2,2'-Bipyridine",Quantum Yield,CHM-PRO,32
"2,2'-Bipyridine",Quantum Yields,CHM-PRO,30
"2,2'-Bipyridine",Rate Constant,CHM-PRO,38
"2,2'-Bipyridine",Reductions,CHM-SMT,30
"2,2'-Bipyridine",Ru,CHM-CHM,148
"2,2'-Bipyridine",Ru(II),CHM-CHM,128
"2,2'-Bipyridine",Ru(bpy)3 2+,CHM-CHM,44
"2,2'-Bipyridine",RuII,CHM-CHM,58
"2,2'-Bipyridine",RuIII,CHM-CHM,41
"2,2'-Bipyridine",Ruthenium,CHM-CHM,123
"2,2'-Bipyridine",Ruthenium II,CHM-CHM,90
"2,2'-Bipyridine",Sensitizer,CHM-APL,39
"2,2'-Bipyridine",Single Crystal,CHM-CMT,36
"2,2'-Bipyridine",Single Crystal,CHM-DSC,121
"2,2'-Bipyridine",Single Crystal X-Ray Diffraction,CHM-CMT,53
"2,2'-Bipyridine",Spectroscopic,CHM-CMT,43
"2,2'-Bipyridine",Stability,CHM-PRO,65
"2,2'-Bipyridine",Structural,CHM-PRO,42
"2,2'-Bipyridine",Structure,CHM-PRO,136
"2,2'-Bipyridine",Structures,CHM-PRO,78
"2,2'-Bipyridine",Surface,CHM-DSC,108
"2,2'-Bipyridine",TiO2,CHM-CHM,45
"2,2'-Bipyridine",Tpy,CHM-CHM,43
"2,2'-Bipyridine",Transition Metal,CHM-CHM,73
"2,2'-Bipyridine",Triclinic,CHM-SPL,40
"2,2'-Bipyridine",UV Vis,CHM-CMT,74
"2,2'-Bipyridine",UV Vis Spectroscopy,CHM-CMT,34
"2,2'-Bipyridine",Viscosity Measurement,CHM-CMT,49
"2,2'-Bipyridine",Water Oxidation,CHM-APL,30
"2,2'-Bipyridine",X-Ray Crystal Structure,CHM-CMT,42
"2,2'-Bipyridine",X-Ray Crystallography,CHM-CMT,119
"2,2'-Bipyridine",X-Ray Diffraction,CHM-CMT,202
"2,2'-Bipyridine",X-ray Structure,CHM-CMT,31
"2,2'-Bipyridine",Zn(II),CHM-CHM,37
"2,2'-Bipyridine",[Ru(bpy)3]2+,CHM-CHM,68
"2,2'-Bipyridine",π-π Stacking,CHM-PRO,34
"2,2'-Bipyridyl","1,10-Phenantroline",CHM-CHM,72
"2,2'-Bipyridyl",1H,CHM-CHM,36
"2,2'-Bipyridyl",BPY,CHM-CHM,101
"2,2'-Bipyridyl",Bipy,CHM-CHM,33
"2,2'-Bipyridyl",Hydrogen,CHM-CHM,40
"2,2'-Bipyridyl",Ir,CHM-CMT,30
"2,2'-Bipyridyl",Phen,CHM-CHM,37
"2,2'-Bipyridyl",Pyridine,CHM-CHM,32
"2,2'-Bipyridyl",Structure,CHM-PRO,34
"2,2'-Bipyridyl",Surface,CHM-DSC,32
"2,2'-Bipyridyl",X-Ray Diffraction,CHM-CMT,34
"2,2'-Bipyrimidine",BPM,CHM-CHM,44
"2,2'-Bpy","2,2'-Bipyridine",CHM-CHM,39
"2,2':6',2''-Terpyridine","2,2'-Bipyridine",CHM-CHM,64
"2,2':6',2''-Terpyridine",BPY,CHM-CHM,39
"2,2':6',2''-Terpyridine",DFT,CHM-CMT,35
"2,2':6',2''-Terpyridine",Ruthenium,CHM-CHM,30
"2,2':6',2''-Terpyridine",Single Crystal,CHM-DSC,37
"2,2':6',2''-Terpyridine",Terpy,CHM-CHM,81
"2,2':6',2''-Terpyridine",Tpy,CHM-CHM,94
"2,2':6',2''-Terpyridine",X-Ray Diffraction,CHM-CMT,32
"2,2,2-Trichloroethoxycarbonyl",TROC,CHM-CHM,34
"2,2,2-Trifluoroethanol",Acetonitrile,CHM-CHM,30
"2,2,2-Trifluoroethanol",Alcohols,CHM-CHM,63
"2,2,2-Trifluoroethanol",DMF,CHM-CHM,30
"2,2,2-Trifluoroethanol",Ethanol,CHM-CHM,72
"2,2,2-Trifluoroethanol",H2O,CHM-CHM,30
"2,2,2-Trifluoroethanol",Hydrogen,CHM-CHM,88
"2,2,2-Trifluoroethanol",MeOH,CHM-CHM,34
"2,2,2-Trifluoroethanol",Methanol,CHM-CHM,66
"2,2,2-Trifluoroethanol",TFE,CHM-CHM,165
"2,2,4-Trimethylpentane",Alkane,CHM-CHM,51
"2,2,4-Trimethylpentane",Benzenes,CHM-CHM,44
"2,2,4-Trimethylpentane",Carbon,CHM-CHM,33
"2,2,4-Trimethylpentane",Cyclohexane,CHM-CHM,63
"2,2,4-Trimethylpentane",Ethanol,CHM-CHM,45
"2,2,4-Trimethylpentane",Heptane,CHM-CHM,48
"2,2,4-Trimethylpentane",Hexane,CHM-CHM,41
"2,2,4-Trimethylpentane",Hydrocarbon,CHM-CHM,51
"2,2,4-Trimethylpentane",Isooctane,CHM-CHM,57
"2,2,4-Trimethylpentane",Methylcyclohexane,CHM-CHM,36
"2,2,4-Trimethylpentane",NRTL,CHM-CMT,32
"2,2,4-Trimethylpentane",Octane,CHM-CHM,44
"2,2,4-Trimethylpentane",Redlich Kister Equation,CHM-CMT,30
"2,2,4-Trimethylpentane",Toluene,CHM-CHM,61
"2,2,4-Trimethylpentane",VLE,CHM-PRO,30
"2,2,6,6-Tetramethyl-1-Piperidinyloxyl",TEMPO,CHM-CHM,112
"2,2,6,6-Tetramethylpiperidine",THF,CHM-CHM,36
"2,2,6,6-Tetramethylpiperidine",TMP,CHM-CHM,54
"2,2,6,6-Tetramethylpiperidine-1-Oxyl",Oxidation,CHM-SMT,36
"2,2,6,6-Tetramethylpiperidine-1-Oxyl",TEMPO,CHM-CHM,147
"2,2,6,6-Tetramethylpiperidine-N-Oxyl",TEMPO,CHM-CHM,43
"2,2-Bipyridine","1,10-Phenantroline",CHM-CHM,50
"2,2-Bipyridine",BPY,CHM-CHM,72
"2,2-Bipyridine",CH2Cl2,CHM-CHM,30
"2,2-Bipyridine",Carbon,CHM-CHM,30
"2,2-Bipyridine",Hydrogen,CHM-CHM,64
"2,2-Bipyridine",Molecular Structure,CHM-PRO,30
"2,2-Bipyridine",Oxygen,CHM-CHM,36
"2,2-Bipyridine",Phen,CHM-CHM,33
"2,2-Bipyridine",Structure,CHM-PRO,37
"2,2-Bipyridine",THF,CHM-CHM,34
"2,2-DMP",(COCl)2,CHM-CHM,37
"2,2-DMP",Acetone,CHM-CHM,40
"2,2-DMP",Benzenes,CHM-CHM,30
"2,2-DMP",BnBr,CHM-CHM,32
"2,2-DMP",CH2Cl2,CHM-CHM,86
"2,2-DMP",DIBAL-H,CHM-CHM,41
"2,2-DMP",DMAP,CHM-CHM,60
"2,2-DMP",DMF,CHM-CHM,50
"2,2-DMP",DMSO,CHM-CHM,64
"2,2-DMP",Et3N,CHM-CHM,74
"2,2-DMP",H2,CHM-CHM,45
"2,2-DMP",H2O,CHM-CHM,68
"2,2-DMP",Imidazole,CHM-CHM,63
"2,2-DMP",K2CO3,CHM-CHM,53
"2,2-DMP",MeOH,CHM-CHM,81
"2,2-DMP",NaBH4,CHM-CHM,38
"2,2-DMP",NaH,CHM-CHM,52
"2,2-DMP",OsO4,CHM-CHM,32
"2,2-DMP",TBAF,CHM-CHM,56
"2,2-DMP",TFA,CHM-CHM,33
"2,2-DMP",THF,CHM-CHM,106
"2,2-DMP",Toluene,CHM-CHM,41
"2,2-Dimethylbutane","2,3-Dimethylbutane",CHM-CHM,59
"2,2-Dimethylbutane",2-Methylpentane,CHM-CHM,63
"2,2-Dimethylbutane",3-Methylpentane,CHM-CHM,74
"2,2-Dimethylbutane",Alkane,CHM-CHM,58
"2,2-Dimethylbutane",Benzenes,CHM-CHM,47
"2,2-Dimethylbutane",Carbon,CHM-CHM,39
"2,2-Dimethylbutane",Catalyst,CHM-APL,39
"2,2-Dimethylbutane",Cyclohexane,CHM-CHM,40
"2,2-Dimethylbutane",Hexane,CHM-CHM,70
"2,2-Dimethylbutane",Hydrocarbon,CHM-CHM,42
"2,2-Dimethylbutane",Hydrogen,CHM-CHM,32
"2,2-Dimethylbutane",Membrane,CHM-DSC,32
"2,2-Dimethylbutane",N-Hexane,CHM-CHM,93
"2,2-Dimethylbutane",Zeolites,CHM-CHM,64
"2,2-Diphenyl-1-Picrylhydrazyl",ABTS,CHM-CHM,32
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant,CHM-APL,62
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant,CHM-PRO,61
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant,CMT-PRO,31
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant Activity,CHM-PRO,173
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant Activity,CMT-PRO,95
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant Capacity,CHM-PRO,38
"2,2-Diphenyl-1-Picrylhydrazyl",Antioxidant Property,CHM-PRO,42
"2,2-Diphenyl-1-Picrylhydrazyl",DPPH,CHM-CHM,243
"2,2-Diphenyl-1-Picrylhydrazyl",DPPH,CMT-CHM,138
"2,2-Diphenyl-1-Picrylhydrazyl",Dpph,CHM-CMT,174
"2,2-Diphenyl-1-Picrylhydrazyl",Dpph,CMT-CMT,127
"2,2-Diphenyl-1-Picrylhydrazyl",Ethanol,CHM-CHM,40
"2,2-Diphenyl-1-Picrylhydrazyl",FRAP,CHM-CMT,36
"2,2-Diphenyl-1-Picrylhydrazyl",Ferric,CHM-CHM,52
"2,2-Diphenyl-1-Picrylhydrazyl",Flavonoids,CHM-CHM,46
"2,2-Diphenyl-1-Picrylhydrazyl",Flavonoids,CMT-CHM,30
"2,2-Diphenyl-1-Picrylhydrazyl",Hydroxyl,CHM-CHM,32
"2,2-Diphenyl-1-Picrylhydrazyl",IC50,CHM-PRO,32
"2,2-Diphenyl-1-Picrylhydrazyl",Methanol,CHM-CHM,37
"2,2-Diphenyl-1-Picrylhydrazyl",Phenolics,CHM-CHM,76
"2,2-Diphenyl-1-Picrylhydrazyl",Phenolics,CMT-CHM,36
"2,2-Diphenyl-1-Picrylhydrazyl",Radical Scavenging Activity,CHM-PRO,39
"2,20-Bipyridine",BPY,CHM-CHM,31
"2,2a-Bipyridine",BPY,CHM-CHM,39
"2,2a2-Bipyridine",BPY,CHM-CHM,49
"2,2′-Bipyridine","1,10-Phenantroline",CHM-CHM,61
"2,2′-Bipyridine",1H,CHM-CHM,36
"2,2′-Bipyridine",Acetonitrile,CHM-CHM,33
"2,2′-Bipyridine",BPY,CHM-CHM,173
"2,2′-Bipyridine",Bipy,CHM-CHM,41
"2,2′-Bipyridine",Catalyst,CHM-APL,33
"2,2′-Bipyridine",Cyclic Voltammetry,CHM-CMT,31
"2,2′-Bipyridine",Electrode,CHM-APL,32
"2,2′-Bipyridine",Hydrogen,CHM-CHM,48
"2,2′-Bipyridine",Phen,CHM-CHM,35
"2,2′-Bipyridine",Structure,CHM-PRO,39
"2,2′-Bipyridine",X-Ray Diffraction,CHM-CMT,30
"2,3,4,6-Tetrachlorophenol","2,4,6-Trichlorophenol",CHM-CHM,31
"2,3,4,6-Tetrachlorophenol",Pentachlorophenol,CHM-CHM,30
"2,3,5,6-Tetrafluoro-7,7,8,8-Tetracyanoquinodimethane",Doped,CHM-DSC,33
"2,3,5,6-Tetrafluoro-7,7,8,8-Tetracyanoquinodimethane",TCNQ,CHM-CHM,37
"2,3,6-Trimethylphenol",Catalyst,CHM-APL,36
"2,3,7,8-TCDD",Dioxins,CHM-CHM,45
"2,3,7,8-TCDD",PCDD,CHM-CHM,47
"2,3,7,8-TCDD",TCDD,CHM-CHM,34
"2,3,7,8-Tetrachlorodibenzo-p-Dioxin",AHR,CHM-PRO,37
"2,3,7,8-Tetrachlorodibenzo-p-Dioxin",Aryl Hydrocarbon,CHM-CHM,43
"2,3,7,8-Tetrachlorodibenzo-p-Dioxin",Dioxins,CHM-CHM,58
"2,3,7,8-Tetrachlorodibenzo-p-Dioxin",TCDD,CHM-CHM,115
"2,3-BD","2,3-Butanediol",CHM-CHM,40
"2,3-Butanediol","1,3-Propanediol",CHM-CHM,34
"2,3-Butanediol","2,3-BD",CHM-CHM,40
"2,3-Butanediol",Acetate,CHM-CHM,39
"2,3-Butanediol",Acetic Acid,CHM-CHM,31
"2,3-Butanediol",Acetoin,CHM-CHM,69
"2,3-Butanediol",Alcohols,CHM-CHM,45
"2,3-Butanediol",Carbon,CHM-CHM,63
"2,3-Butanediol",Catalyst,CHM-APL,33
"2,3-Butanediol",Ethanol,CHM-CHM,82
"2,3-Butanediol",Fermentation,CHM-SMT,34
"2,3-Butanediol",Glucose,CHM-CHM,79
"2,3-Butanediol",Glycerol,CHM-CHM,65
"2,3-Butanediol",Lactate,CHM-CHM,33
"2,3-Butanediol",Sugar,CHM-CHM,34
"2,3-DHBA","2,5-DHBA",CHM-CHM,33
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",(COCl)2,CHM-CHM,37
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone","1,8-Diazabicyclo[5.4.0]undec-7-ene",CHM-CHM,33
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",1H,CHM-CHM,33
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone","2,6-Lutidine",CHM-CHM,71
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Ac2O,CHM-CHM,49
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",AcOH,CHM-CHM,60
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Acetone,CHM-CHM,61
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Aldehyde,CHM-CHM,34
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",BF3–OEt2,CHM-CHM,32
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Benzenes,CHM-CHM,49
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Benzyl,CHM-CHM,41
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CH2Cl2,CHM-CHM,188
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone","CH2Cl2, 78C",CHM-CHM,91
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CH3CN,CHM-CHM,39
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CHCl3,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CSA,CHM-CHM,43
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Camphorsulfonic Acid,CHM-CHM,36
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CuI,CHM-CHM,35
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DBU,CHM-CHM,38
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DDQ,CHM-CHM,329
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DIBAL-H,CHM-CHM,53
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DMAP,CHM-CHM,91
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DMF,CHM-CHM,131
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DMSO,CHM-CHM,78
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",DMSO = Dimethyl Sulfoxide,CHM-CHM,38
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Dess-Martin Periodinane,CHM-SMT,80
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Dioxane,CHM-CHM,31
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Et2O,CHM-CHM,91
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Et3N,CHM-CHM,130
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",EtOAc,CHM-CHM,53
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",H2,CHM-CHM,75
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",H2O,CHM-CHM,141
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",H2O2,CHM-CHM,58
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",HCl,CHM-CHM,66
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",HMDS,CHM-CHM,35
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",HMPA,CHM-CHM,34
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Imidazole,CHM-CHM,83
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",K2CO3,CHM-CHM,100
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",KOH,CHM-CHM,34
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",LDA,CHM-CHM,47
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",LiAlH4,CHM-CHM,34
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",LiCl,CHM-CHM,31
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",LiOH,CHM-CHM,35
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Lithium Diisopropylamide,CHM-CHM,45
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",MeCN,CHM-CHM,66
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",MeI,CHM-CHM,38
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",MeOH,CHM-CHM,159
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone","N,N-Dimethylformamide",CHM-CHM,67
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NMO,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaBH4,CHM-CHM,66
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaClO2,CHM-CHM,37
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaH,CHM-CHM,61
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaH2PO4,CHM-CHM,32
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaHCO3,CHM-CHM,70
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaIO4,CHM-CHM,39
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",NaOH,CHM-CHM,50
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",O3,CHM-CHM,32
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",OsO4,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Oxidation,CHM-SMT,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",P-Methoxybenzyl,CHM-CHM,53
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",PMB,CHM-CHM,90
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",PPTS,CHM-CHM,60
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",PPh3,CHM-CHM,67
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Para-Methoxybenzyl,CHM-CHM,38
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Pd(PPh3)4,CHM-CHM,38
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Pd/C,CHM-CHM,34
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Pyridine,CHM-CHM,109
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Pyridinium P-Toluenesulfonate,CHM-CHM,39
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TBAF,CHM-CHM,108
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TBDPS,CHM-CHM,40
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TBS,CHM-CHM,116
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TBSCl,CHM-CHM,67
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TBSOTf,CHM-CHM,47
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TES,CHM-CHM,56
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TFA,CHM-CHM,41
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TFA = Trifluoroacetic Acid,CHM-CHM,33
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",THF,CHM-CHM,188
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone","THF,78C",CHM-CHM,63
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TIPS,CHM-CHM,39
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TMS,CHM-CHM,81
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",TMSCl,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Tert Butyldiphenylsilyl,CHM-CHM,42
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Tert-Butyldimethylsilyl,CHM-CHM,114
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Tetra-N-Butylammonium Fluoride,CHM-CHM,40
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Tetrabutylammonium Fluoride,CHM-CHM,50
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Tetrahydrofuran,CHM-CHM,42
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Toluene,CHM-CHM,105
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Triethylsilyl,CHM-CHM,55
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Trifluoromethanesulfonyl,CHM-CHM,58
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Triisopropylsilyl,CHM-CHM,38
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Trimethylsilyl,CHM-CHM,80
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",Zn,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",iPr2NEt,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",tBuOH,CHM-CHM,58
"2,3-Dichloro-5,6-Dicyano-p-Benzoquinone",CH2Cl2,CHM-CHM,33
"2,3-Dichloro-5,6-Dicyano-p-Benzoquinone",DDQ,CHM-CHM,60
"2,3-Dichloro-5,6-Dicyano-p-Benzoquinone",THF,CHM-CHM,30
"2,3-Dichloro-5,6-Dicyanobenzoquinone",DDQ,CHM-CHM,58
"2,3-Dichloro-5,6-Dicyanobenzoquinone",THF,CHM-CHM,31
"2,3-Dimethylbutane","2,2-Dimethylbutane",CHM-CHM,59
"2,3-Dimethylbutane",2-Methylpentane,CHM-CHM,49
"2,3-Dimethylbutane",3-Methylpentane,CHM-CHM,57
"2,3-Dimethylbutane",Alkane,CHM-CHM,42
"2,3-Dimethylbutane",Hexane,CHM-CHM,48
"2,3-Dimethylbutane",Hydrocarbon,CHM-CHM,30
"2,3-Dimethylbutane",N-Hexane,CHM-CHM,43
"2,4,5-T","2,4-D",CHM-CHM,42
"2,4,6-Collidine",CH2Cl2,CHM-CHM,69
"2,4,6-Collidine",DMAP,CHM-CHM,34
"2,4,6-Collidine",DMF,CHM-CHM,61
"2,4,6-Collidine",Et3N,CHM-CHM,39
"2,4,6-Collidine",H2,CHM-CHM,37
"2,4,6-Collidine",H2O,CHM-CHM,51
"2,4,6-Collidine",K2CO3,CHM-CHM,36
"2,4,6-Collidine",MeOH,CHM-CHM,66
"2,4,6-Collidine",Pyridine,CHM-CHM,53
"2,4,6-Collidine",TFA,CHM-CHM,34
"2,4,6-Collidine",THF,CHM-CHM,66
"2,4,6-Collidine",Toluene,CHM-CHM,31
"2,4,6-Me3C6H2","2,6-Mes2C6H3",CHM-CHM,48
"2,4,6-Me3C6H2","2,6-iPr2C6H3",CHM-CHM,40
"2,4,6-Me3C6H2",Molecular Structure,CHM-PRO,41
"2,4,6-Me3C6H2",X-Ray Diffraction,CHM-CMT,35
"2,4,6-TCP","2,4,6-Trichlorophenol",CHM-CHM,91
"2,4,6-TCP","2,4-DCP",CHM-CHM,100
"2,4,6-TCP","2,4-Dichlorophenol",CHM-CHM,34
"2,4,6-TCP",2-CP,CHM-CHM,58
"2,4,6-TCP",4-CP,CHM-CHM,59
"2,4,6-TCP",Catalyst,CHM-APL,39
"2,4,6-TCP",Chlorophenols,CHM-CHM,53
"2,4,6-TCP",PCP,CHM-CHM,51
"2,4,6-TCP",Phenol,CHM-CHM,50
"2,4,6-TCP",SEM,CHM-CMT,52
"2,4,6-TCP",TEM,CHM-CMT,44
"2,4,6-TCP",XRD,CHM-CMT,49
"2,4,6-Trichlorobenzoyl Chloride",(COCl)2,CHM-CHM,52
"2,4,6-Trichlorobenzoyl Chloride","2,6-Lutidine",CHM-CHM,69
"2,4,6-Trichlorobenzoyl Chloride",2-Methyl-2-Butene,CHM-CHM,45
"2,4,6-Trichlorobenzoyl Chloride",Ac2O,CHM-CHM,40
"2,4,6-Trichlorobenzoyl Chloride",AcOH,CHM-CHM,47
"2,4,6-Trichlorobenzoyl Chloride",Acetone,CHM-CHM,44
"2,4,6-Trichlorobenzoyl Chloride",Benzenes,CHM-CHM,37
"2,4,6-Trichlorobenzoyl Chloride",BnBr,CHM-CHM,32
"2,4,6-Trichlorobenzoyl Chloride",CH2Cl2,CHM-CHM,177
"2,4,6-Trichlorobenzoyl Chloride","CH2Cl2, 78C",CHM-CHM,55
"2,4,6-Trichlorobenzoyl Chloride",CH3CN,CHM-CHM,38
"2,4,6-Trichlorobenzoyl Chloride",DDQ,CHM-CHM,50
"2,4,6-Trichlorobenzoyl Chloride",DIBAL-H,CHM-CHM,57
"2,4,6-Trichlorobenzoyl Chloride",DIPEA,CHM-CHM,33
"2,4,6-Trichlorobenzoyl Chloride",DMAP,CHM-CHM,160
"2,4,6-Trichlorobenzoyl Chloride",DMF,CHM-CHM,110
"2,4,6-Trichlorobenzoyl Chloride",DMP,CHM-CHM,33
"2,4,6-Trichlorobenzoyl Chloride",DMSO,CHM-CHM,84
"2,4,6-Trichlorobenzoyl Chloride",Dess-Martin Periodinane,CHM-SMT,62
"2,4,6-Trichlorobenzoyl Chloride",Et2O,CHM-CHM,69
"2,4,6-Trichlorobenzoyl Chloride",Et3N,CHM-CHM,169
"2,4,6-Trichlorobenzoyl Chloride",EtOAc,CHM-CHM,43
"2,4,6-Trichlorobenzoyl Chloride",H2,CHM-CHM,85
"2,4,6-Trichlorobenzoyl Chloride",H2O,CHM-CHM,139
"2,4,6-Trichlorobenzoyl Chloride",H2O2,CHM-CHM,61
"2,4,6-Trichlorobenzoyl Chloride",HCl,CHM-CHM,49
"2,4,6-Trichlorobenzoyl Chloride",Imidazole,CHM-CHM,111
"2,4,6-Trichlorobenzoyl Chloride",K2CO3,CHM-CHM,73
"2,4,6-Trichlorobenzoyl Chloride",LiAlH4,CHM-CHM,32
"2,4,6-Trichlorobenzoyl Chloride",LiOH,CHM-CHM,45
"2,4,6-Trichlorobenzoyl Chloride",M-CPBA,CHM-CHM,30
"2,4,6-Trichlorobenzoyl Chloride",MeCN,CHM-CHM,65
"2,4,6-Trichlorobenzoyl Chloride",MeI,CHM-CHM,43
"2,4,6-Trichlorobenzoyl Chloride",MeOH,CHM-CHM,157
"2,4,6-Trichlorobenzoyl Chloride",NaBH4,CHM-CHM,61
"2,4,6-Trichlorobenzoyl Chloride",NaClO2,CHM-CHM,67
"2,4,6-Trichlorobenzoyl Chloride",NaH,CHM-CHM,90
"2,4,6-Trichlorobenzoyl Chloride",NaH2PO4,CHM-CHM,48
"2,4,6-Trichlorobenzoyl Chloride",NaHCO3,CHM-CHM,64
"2,4,6-Trichlorobenzoyl Chloride",NaIO4,CHM-CHM,39
"2,4,6-Trichlorobenzoyl Chloride",NaOH,CHM-CHM,59
"2,4,6-Trichlorobenzoyl Chloride",O3,CHM-CHM,36
"2,4,6-Trichlorobenzoyl Chloride",PPh3,CHM-CHM,52
"2,4,6-Trichlorobenzoyl Chloride",Pd/C,CHM-CHM,38
"2,4,6-Trichlorobenzoyl Chloride",Ph3P,CHM-CHM,32
"2,4,6-Trichlorobenzoyl Chloride",Pyridine,CHM-CHM,86
"2,4,6-Trichlorobenzoyl Chloride",TBAF,CHM-CHM,105
"2,4,6-Trichlorobenzoyl Chloride",TBDPS-Cl,CHM-CHM,37
"2,4,6-Trichlorobenzoyl Chloride",TBS,CHM-CHM,51
"2,4,6-Trichlorobenzoyl Chloride",TBSCl,CHM-CHM,76
"2,4,6-Trichlorobenzoyl Chloride",TBSOTf,CHM-CHM,54
"2,4,6-Trichlorobenzoyl Chloride",TFA,CHM-CHM,37
"2,4,6-Trichlorobenzoyl Chloride",THF,CHM-CHM,188
"2,4,6-Trichlorobenzoyl Chloride",TMS,CHM-CHM,31
"2,4,6-Trichlorobenzoyl Chloride",Tert-Butyldimethylsilyl,CHM-CHM,52
"2,4,6-Trichlorobenzoyl Chloride",Toluene,CHM-CHM,135
"2,4,6-Trichlorobenzoyl Chloride",Trifluoromethanesulfonyl,CHM-CHM,30
"2,4,6-Trichlorobenzoyl Chloride",Trimethylsilyl,CHM-CHM,33
"2,4,6-Trichlorobenzoyl Chloride",tBuOH,CHM-CHM,49
"2,4,6-Trichlorophenol","2,3,4,6-Tetrachlorophenol",CHM-CHM,31
"2,4,6-Trichlorophenol","2,4,6-TCP",CHM-CHM,91
"2,4,6-Trichlorophenol","2,4-DCP",CHM-CHM,40
"2,4,6-Trichlorophenol","2,4-Dichlorophenol",CHM-CHM,133
"2,4,6-Trichlorophenol",2-Chlorophenol,CHM-CHM,58
"2,4,6-Trichlorophenol",4-CP,CHM-CHM,32
"2,4,6-Trichlorophenol",4-Chlorophenol,CHM-CHM,74
"2,4,6-Trichlorophenol",Adsorbent,CHM-APL,30
"2,4,6-Trichlorophenol",Adsorption Capacity,CHM-PRO,31
"2,4,6-Trichlorophenol",Carbon,CHM-CHM,58
"2,4,6-Trichlorophenol",Catalyst,CHM-APL,52
"2,4,6-Trichlorophenol",Chlorines,CHM-CHM,38
"2,4,6-Trichlorophenol",Chlorophenols,CHM-CHM,95
"2,4,6-Trichlorophenol",H2O2,CHM-CHM,35
"2,4,6-Trichlorophenol",Oxygen,CHM-CHM,47
"2,4,6-Trichlorophenol",PCP,CHM-CHM,38
"2,4,6-Trichlorophenol",Pentachlorophenol,CHM-CHM,74
"2,4,6-Trichlorophenol",Phenol,CHM-CHM,102
"2,4,6-Trichlorophenol",Phenolics,CHM-CHM,40
"2,4,6-Trichlorophenol",SEM,CHM-CMT,35
"2,4,6-Trichlorophenol",Surface,CHM-DSC,47
"2,4,6-Trichlorophenol",TCP,CHM-CHM,95
"2,4,6-Trichlorophenol",XRD,CHM-CMT,35
"2,4,6-Trimethylphenyl",1H,CHM-CHM,43
"2,4,6-Trimethylphenyl","2,6-Diisopropylphenyl",CHM-CHM,34
"2,4,6-Trimethylphenyl",Angles,CHM-PRO,39
"2,4,6-Trimethylphenyl",Bond Length,CHM-PRO,42
"2,4,6-Trimethylphenyl",CH2Cl2,CHM-CHM,47
"2,4,6-Trimethylphenyl",Catalyst,CHM-APL,43
"2,4,6-Trimethylphenyl",Cyclohexyl,CHM-CHM,47
"2,4,6-Trimethylphenyl",Hydrogen,CHM-CHM,70
"2,4,6-Trimethylphenyl",Mesityl,CHM-CHM,37
"2,4,6-Trimethylphenyl",Molecular Structure,CHM-PRO,47
"2,4,6-Trimethylphenyl",NHC,CHM-CHM,35
"2,4,6-Trimethylphenyl",THF,CHM-CHM,51
"2,4,6-Trimethylphenyl",Toluene,CHM-CHM,36
"2,4,6-Trimethylpyridine",Pyridine,CHM-CHM,43
"2,4,6-Trinitrophenol","2,4-Dinitrophenol",CHM-CHM,41
"2,4,6-Trinitrophenol",4-Nitrophenol,CHM-CHM,31
"2,4,6-Trinitrophenol",Hydrogen,CHM-CHM,30
"2,4,6-Trinitrophenol",Nitro,CHM-CHM,35
"2,4,6-Trinitrophenol",Nitrobenzene,CHM-CHM,32
"2,4,6-Trinitrophenol",TNP,CHM-CHM,116
"2,4,6-Trinitrotoluene","2,4-DNT",CHM-CHM,33
"2,4,6-Trinitrotoluene","2,4-Dinitrotoluene",CHM-CHM,104
"2,4,6-Trinitrotoluene",Carbon,CHM-CHM,42
"2,4,6-Trinitrotoluene",DNT,CHM-CHM,64
"2,4,6-Trinitrotoluene",Detection,CHM-APL,39
"2,4,6-Trinitrotoluene",Detection Limit,CHM-PRO,61
"2,4,6-Trinitrotoluene",Electrode,CHM-APL,39
"2,4,6-Trinitrotoluene",Explosive,CHM-APL,81
"2,4,6-Trinitrotoluene",Fluorescence,CHM-PRO,32
"2,4,6-Trinitrotoluene",Nanoparticles,CHM-DSC,37
"2,4,6-Trinitrotoluene",Nitro,CHM-CHM,57
"2,4,6-Trinitrotoluene",Nitrobenzene,CHM-CHM,53
"2,4,6-Trinitrotoluene",Oxygen,CHM-CHM,37
"2,4,6-Trinitrotoluene",Picric Acid,CHM-CHM,34
"2,4,6-Trinitrotoluene",Sensitivity,CHM-PRO,65
"2,4,6-Trinitrotoluene",Sensor,CHM-APL,54
"2,4,6-Trinitrotoluene",Soil,CHM-DSC,30
"2,4,6-Trinitrotoluene",Surface,CHM-DSC,71
"2,4,6-Trinitrotoluene",TNT,CHM-CHM,375
"2,4-D","2,4,5-T",CHM-CHM,42
"2,4-D","2,4-DCP",CHM-CHM,38
"2,4-D","2,4-Dichlorophenol",CHM-CHM,42
"2,4-D","2,4-Dichlorophenoxyacetic Acid",CHM-CHM,307
"2,4-D",Adsorbent,CHM-APL,33
"2,4-D",Adsorption Capacity,CHM-PRO,36
"2,4-D",Atrazine,CHM-CHM,46
"2,4-D",Carbon,CHM-CHM,127
"2,4-D",Catalyst,CHM-APL,88
"2,4-D",Chemical Structures,CHM-PRO,53
"2,4-D",Chlorides,CHM-CHM,33
"2,4-D",Composite,CHM-DSC,31
"2,4-D",Dicamba,CHM-CHM,30
"2,4-D",Electrode,CHM-APL,58
"2,4-D",Electrodes,CHM-APL,43
"2,4-D",FT-IR,CHM-CMT,45
"2,4-D",FTIR,CHM-CMT,51
"2,4-D",Fe,CHM-CHM,31
"2,4-D",H2O2,CHM-CHM,59
"2,4-D",Herbicide,CHM-APL,33
"2,4-D",Hplc,CHM-CMT,32
"2,4-D",Hydroxyl,CHM-CHM,52
"2,4-D",Irradiation,CHM-SMT,37
"2,4-D",MCPA,CHM-CHM,56
"2,4-D",Methanol,CHM-CHM,42
"2,4-D",N2,CHM-CHM,32
"2,4-D",Na2SO4,CHM-CHM,36
"2,4-D",Nanoparticles,CHM-DSC,52
"2,4-D",Nitrogen,CHM-CHM,32
"2,4-D",O2,CHM-CHM,36
"2,4-D",OH,CHM-CHM,30
"2,4-D",Oxygen,CHM-CHM,49
"2,4-D",Particles,CHM-DSC,32
"2,4-D",Phosphate,CHM-CHM,30
"2,4-D",Photo Catalytic Activity,CHM-PRO,40
"2,4-D",Photocatalyst,CHM-APL,44
"2,4-D",Photocatalysts,CHM-APL,35
"2,4-D",Photocatalytic Degradation,CHM-APL,40
"2,4-D",Removal Efficiency,CHM-PRO,36
"2,4-D",SEM,CHM-CMT,129
"2,4-D",Sensor,CHM-APL,33
"2,4-D",Soil,CHM-DSC,49
"2,4-D",Stability,CHM-PRO,44
"2,4-D",Structure,CHM-PRO,33
"2,4-D",Surface,CHM-DSC,115
"2,4-D",TEM,CHM-CMT,94
"2,4-D",TOC,CHM-CHM,54
"2,4-D",TOC,CHM-PRO,49
"2,4-D",TiO2,CHM-CHM,93
"2,4-D",X-Ray Diffraction,CHM-CMT,37
"2,4-D",XPS,CHM-CMT,45
"2,4-D",XRD,CHM-CMT,117
"2,4-DCP","2,4,6-TCP",CHM-CHM,100
"2,4-DCP","2,4,6-Trichlorophenol",CHM-CHM,40
"2,4-DCP","2,4-D",CHM-CHM,38
"2,4-DCP","2,4-Dichlorophenol",CHM-CHM,300
"2,4-DCP",2-CP,CHM-CHM,103
"2,4-DCP",2-Chlorophenol,CHM-CHM,40
"2,4-DCP",4-CP,CHM-CHM,112
"2,4-DCP",4-Chlorophenol,CHM-CHM,42
"2,4-DCP",Adsorption Capacity,CHM-PRO,35
"2,4-DCP",Ag,CHM-CHM,39
"2,4-DCP",As Prepared,CHM-DSC,52
"2,4-DCP",BPA,CHM-CHM,31
"2,4-DCP",Carbon,CHM-CHM,106
"2,4-DCP",Catalyst,CHM-APL,138
"2,4-DCP",Chlorophenol,CHM-CHM,39
"2,4-DCP",Chlorophenols,CHM-CHM,86
"2,4-DCP",Cl,CHM-CHM,32
"2,4-DCP",Composite,CHM-DSC,82
"2,4-DCP",DMPO,CHM-CHM,32
"2,4-DCP",Degradation,CHM-APL,44
"2,4-DCP",EDS,CHM-CMT,30
"2,4-DCP",EDX,CHM-CMT,35
"2,4-DCP",ESR,CHM-CMT,33
"2,4-DCP",Electrode,CHM-APL,48
"2,4-DCP",Electrodes,CHM-APL,31
"2,4-DCP",FT-IR,CHM-CMT,77
"2,4-DCP",FTIR,CHM-CMT,58
"2,4-DCP",Fe,CHM-CHM,71
"2,4-DCP",H2O2,CHM-CHM,86
"2,4-DCP",HRTEM,CHM-CMT,103
"2,4-DCP",Hydroxyl,CHM-CHM,36
"2,4-DCP",Iron,CHM-CHM,42
"2,4-DCP",Irradiation,CHM-SMT,37
"2,4-DCP",Methanol,CHM-CHM,34
"2,4-DCP",N2,CHM-CHM,62
"2,4-DCP",Na2SO4,CHM-CHM,41
"2,4-DCP",Nanocomposite,CHM-DSC,35
"2,4-DCP",Nanoparticles,CHM-DSC,54
"2,4-DCP",Nitrogen,CHM-CHM,59
"2,4-DCP",O,CHM-CHM,43
"2,4-DCP",O2,CHM-CHM,43
"2,4-DCP",OH,CHM-CHM,41
"2,4-DCP",Oxygen,CHM-CHM,53
"2,4-DCP",PCP,CHM-CHM,62
"2,4-DCP",Particles,CHM-DSC,31
"2,4-DCP",Pd,CHM-CHM,62
"2,4-DCP",Phenol,CHM-CHM,135
"2,4-DCP",Phenolics,CHM-CHM,36
"2,4-DCP",Photo Catalytic Activity,CHM-PRO,71
"2,4-DCP",Photo Luminescence,CHM-CMT,31
"2,4-DCP",Photocatalyst,CHM-APL,68
"2,4-DCP",Photocatalysts,CHM-APL,62
"2,4-DCP",Photocatalytic Degradation,CHM-APL,72
"2,4-DCP",Pore Size Distribution,CHM-PRO,33
"2,4-DCP",Raman,CHM-CMT,58
"2,4-DCP",Rate Constant,CHM-PRO,30
"2,4-DCP",Removal Efficiency,CHM-PRO,54
"2,4-DCP",SEM,CHM-CMT,195
"2,4-DCP",Stability,CHM-PRO,40
"2,4-DCP",Surface,CHM-DSC,60
"2,4-DCP",TEM,CHM-CMT,191
"2,4-DCP",TOC,CHM-CHM,61
"2,4-DCP",TOC,CHM-PRO,40
"2,4-DCP",Ti,CHM-CHM,32
"2,4-DCP",TiO2,CHM-CHM,90
"2,4-DCP",UV Vis Diffuse Reflectance,CHM-CMT,36
"2,4-DCP",X-Ray Diffraction,CHM-CMT,58
"2,4-DCP",XPS,CHM-CMT,138
"2,4-DCP",XRD,CHM-CMT,228
"2,4-DNP","2,4-Dinitrophenol",CHM-CHM,63
"2,4-DNP",2-NP,CHM-CHM,36
"2,4-DNP",4-NP,CHM-CHM,56
"2,4-DNP",Phenol,CHM-CHM,30
"2,4-DNT","1,3-DNB",CHM-CHM,44
"2,4-DNT","2,4,6-Trinitrotoluene",CHM-CHM,33
"2,4-DNT","2,4-Dinitrotoluene",CHM-CHM,72
"2,4-DNT","2,6-DNT",CHM-CHM,85
"2,4-DNT",4-NT,CHM-CHM,33
"2,4-DNT",Sensor,CHM-APL,31
"2,4-DNT",Surface,CHM-DSC,41
"2,4-DNT",TNT,CHM-CHM,30
"2,4-Dichlorophenol","2,4,6-TCP",CHM-CHM,34
"2,4-Dichlorophenol","2,4,6-Trichlorophenol",CHM-CHM,133
"2,4-Dichlorophenol","2,4-D",CHM-CHM,42
"2,4-Dichlorophenol","2,4-DCP",CHM-CHM,300
"2,4-Dichlorophenol","2,4-Dichlorophenoxyacetic Acid",CHM-CHM,37
"2,4-Dichlorophenol",2-CP,CHM-CHM,44
"2,4-Dichlorophenol",2-Chlorophenol,CHM-CHM,129
"2,4-Dichlorophenol",4-CP,CHM-CHM,52
"2,4-Dichlorophenol",4-Chlorophenol,CHM-CHM,133
"2,4-Dichlorophenol",Activity,CHM-PRO,48
"2,4-Dichlorophenol",Adsorbent,CHM-APL,40
"2,4-Dichlorophenol",Adsorption Capacity,CHM-PRO,44
"2,4-Dichlorophenol",Ag,CHM-CHM,36
"2,4-Dichlorophenol",Anatase,CHM-SPL,31
"2,4-Dichlorophenol",Bisphenol A,CHM-CHM,42
"2,4-Dichlorophenol",CPs,CHM-CHM,31
"2,4-Dichlorophenol",Carbon,CHM-CHM,144
"2,4-Dichlorophenol",Catalyst,CHM-APL,144
"2,4-Dichlorophenol",Chlorines,CHM-CHM,35
"2,4-Dichlorophenol",Chlorophenol,CHM-CHM,40
"2,4-Dichlorophenol",Chlorophenols,CHM-CHM,125
"2,4-Dichlorophenol",Composite,CHM-DSC,70
"2,4-Dichlorophenol",DCP,CHM-CHM,74
"2,4-Dichlorophenol",Degradation,CHM-APL,36
"2,4-Dichlorophenol",Detection Limit,CHM-PRO,39
"2,4-Dichlorophenol",Doped,CHM-DSC,37
"2,4-Dichlorophenol",Electrode,CHM-APL,52
"2,4-Dichlorophenol",FTIR,CHM-CMT,36
"2,4-Dichlorophenol",Fe,CHM-CHM,35
"2,4-Dichlorophenol",H2O2,CHM-CHM,83
"2,4-Dichlorophenol",HRTEM,CHM-CMT,33
"2,4-Dichlorophenol",Hplc,CHM-CMT,40
"2,4-Dichlorophenol",Hydrogen,CHM-CHM,41
"2,4-Dichlorophenol",Hydrogen Peroxide,CHM-CHM,33
"2,4-Dichlorophenol",Hydroxyl,CHM-CHM,56
"2,4-Dichlorophenol",Iron,CHM-CHM,40
"2,4-Dichlorophenol",N2,CHM-CHM,39
"2,4-Dichlorophenol",Nanocomposite,CHM-DSC,34
"2,4-Dichlorophenol",Nanoparticles,CHM-DSC,75
"2,4-Dichlorophenol",Nitrogen,CHM-CHM,43
"2,4-Dichlorophenol",O2,CHM-CHM,48
"2,4-Dichlorophenol",OH,CHM-CHM,38
"2,4-Dichlorophenol",Oxidation,CHM-SMT,35
"2,4-Dichlorophenol",Oxygen,CHM-CHM,81
"2,4-Dichlorophenol",PCP,CHM-CHM,32
"2,4-Dichlorophenol",Particles,CHM-DSC,46
"2,4-Dichlorophenol",Pd,CHM-CHM,59
"2,4-Dichlorophenol",Pentachlorophenol,CHM-CHM,75
"2,4-Dichlorophenol",Phenol,CHM-CHM,230
"2,4-Dichlorophenol",Phenolics,CHM-CHM,66
"2,4-Dichlorophenol",Photo Catalytic Activity,CHM-PRO,85
"2,4-Dichlorophenol",Photocatalyst,CHM-APL,67
"2,4-Dichlorophenol",Photocatalysts,CHM-APL,56
"2,4-Dichlorophenol",Photocatalytic Degradation,CHM-APL,35
"2,4-Dichlorophenol",Removal Efficiency,CHM-PRO,45
"2,4-Dichlorophenol",SEM,CHM-CMT,90
"2,4-Dichlorophenol",Scanning Electron Microscopy,CHM-CMT,40
"2,4-Dichlorophenol",Silica,CHM-CHM,30
"2,4-Dichlorophenol",Stability,CHM-PRO,61
"2,4-Dichlorophenol",Structure,CHM-PRO,39
"2,4-Dichlorophenol",Surface,CHM-DSC,100
"2,4-Dichlorophenol",Surface Area,CHM-PRO,44
"2,4-Dichlorophenol",TEM,CHM-CMT,90
"2,4-Dichlorophenol",TOC,CHM-PRO,30
"2,4-Dichlorophenol",TiO2,CHM-CHM,109
"2,4-Dichlorophenol",Toxicity,CHM-PRO,34
"2,4-Dichlorophenol",Transmission Electron Microscopy,CHM-CMT,49
"2,4-Dichlorophenol",Triclosan,CHM-CHM,33
"2,4-Dichlorophenol",Water,CHM-APL,31
"2,4-Dichlorophenol",X-Ray Diffraction,CHM-CMT,74
"2,4-Dichlorophenol",X-Ray Photoelectron Spectroscopy,CHM-CMT,41
"2,4-Dichlorophenol",XPS,CHM-CMT,65
"2,4-Dichlorophenol",XRD,CHM-CMT,117
"2,4-Dichlorophenoxyacetic Acid","2,4-D",CHM-CHM,307
"2,4-Dichlorophenoxyacetic Acid","2,4-Dichlorophenol",CHM-CHM,37
"2,4-Dichlorophenoxyacetic Acid",Carbon,CHM-CHM,71
"2,4-Dichlorophenoxyacetic Acid",Catalyst,CHM-APL,49
"2,4-Dichlorophenoxyacetic Acid",H2O2,CHM-CHM,35
"2,4-Dichlorophenoxyacetic Acid",Nanoparticles,CHM-DSC,38
"2,4-Dichlorophenoxyacetic Acid",Photo Catalytic Activity,CHM-PRO,35
"2,4-Dichlorophenoxyacetic Acid",Photocatalyst,CHM-APL,33
"2,4-Dichlorophenoxyacetic Acid",SEM,CHM-CMT,30
"2,4-Dichlorophenoxyacetic Acid",Surface,CHM-DSC,68
"2,4-Dichlorophenoxyacetic Acid",TiO2,CHM-CHM,67
"2,4-Dichlorophenoxyacetic Acid",XRD,CHM-CMT,39
"2,4-Dimethylphenol",Phenol,CHM-CHM,40
"2,4-Dinitrophenol","2,4,6-Trinitrophenol",CHM-CHM,41
"2,4-Dinitrophenol","2,4-DNP",CHM-CHM,63
"2,4-Dinitrophenol",2-Nitrophenol,CHM-CHM,36
"2,4-Dinitrophenol",4-Nitrophenol,CHM-CHM,72
"2,4-Dinitrophenol",ATP,CHM-CHM,33
"2,4-Dinitrophenol",DNP,CHM-CHM,83
"2,4-Dinitrophenol",Nitrophenol,CHM-CHM,39
"2,4-Dinitrophenol",Phenol,CHM-CHM,63
"2,4-Dinitrophenylhydrazine",Aldehyde,CHM-CHM,36
"2,4-Dinitrophenylhydrazine",Carbonyls,CHM-CHM,45
"2,4-Dinitrophenylhydrazine",DNPH,CHM-CHM,61
"2,4-Dinitrophenylhydrazine",Formaldehyde,CHM-CHM,43
"2,4-Dinitrophenylhydrazine",Hplc,CHM-CMT,31
"2,4-Dinitrophenylhydrazine",Hydrazones,CHM-CHM,35
"2,4-Dinitrotoluene","2,4,6-Trinitrotoluene",CHM-CHM,104
"2,4-Dinitrotoluene","2,4-DNT",CHM-CHM,72
"2,4-Dinitrotoluene",4-Nitrotoluene,CHM-CHM,36
"2,4-Dinitrotoluene",Carbon,CHM-CHM,34
"2,4-Dinitrotoluene",DNT,CHM-CHM,98
"2,4-Dinitrotoluene",Detection Limit,CHM-PRO,36
"2,4-Dinitrotoluene",Electrode,CHM-APL,30
"2,4-Dinitrotoluene",Explosive,CHM-APL,36
"2,4-Dinitrotoluene",Film,CHM-DSC,33
"2,4-Dinitrotoluene",Nitrobenzene,CHM-CHM,63
"2,4-Dinitrotoluene",SEM,CHM-CMT,34
"2,4-Dinitrotoluene",Sensitivity,CHM-PRO,42
"2,4-Dinitrotoluene",Sensor,CHM-APL,55
"2,4-Dinitrotoluene",Surface,CHM-DSC,48
"2,4-Dinitrotoluene",TEM,CHM-CMT,34
"2,4-Dinitrotoluene",TNT,CHM-CHM,83
"2,5-Bis(Hydroxymethyl)Furan",HMF,CHM-CHM,31
"2,5-DHBA","2,3-DHBA",CHM-CHM,33
"2,5-Diformylfuran","2,5-Furandicarboxylic Acid",CHM-CHM,32
"2,5-Diformylfuran",5-Hydroxymethyl Furfural,CHM-CHM,83
"2,5-Diformylfuran",Catalyst,CHM-APL,66
"2,5-Diformylfuran",DFF,CHM-CHM,79
"2,5-Diformylfuran",FDCA,CHM-CHM,31
"2,5-Diformylfuran",Fructose,CHM-CHM,35
"2,5-Diformylfuran",HMF,CHM-CHM,89
"2,5-Diformylfuran",Oxidation,CHM-SMT,35
"2,5-Diformylfuran",Oxygen,CHM-CHM,32
"2,5-Dihydroxybenzoic Acid",DHB,CHM-CHM,69
"2,5-Dihydroxybenzoic Acid",Maldi,CHM-CMT,50
"2,5-Dimercapto-1,3,4-Thiadiazole",DMcT,CHM-CHM,32
"2,5-Dimethylfuran",2-Methylfuran,CHM-CHM,78
"2,5-Dimethylfuran",5-Hydroxymethyl Furfural,CHM-CHM,84
"2,5-Dimethylfuran",Activity,CHM-PRO,31
"2,5-Dimethylfuran",Biofuel,CHM-APL,34
"2,5-Dimethylfuran",CO,CHM-CHM,31
"2,5-Dimethylfuran",Carbon,CHM-CHM,53
"2,5-Dimethylfuran",Catalyst,CHM-APL,127
"2,5-Dimethylfuran",DMF,CHM-CHM,154
"2,5-Dimethylfuran",Ethanol,CHM-CHM,37
"2,5-Dimethylfuran",Ethylene,CHM-CHM,33
"2,5-Dimethylfuran",Furans,CHM-CHM,93
"2,5-Dimethylfuran",Furfural,CHM-CHM,35
"2,5-Dimethylfuran",HMF,CHM-CHM,85
"2,5-Dimethylfuran",Hydrogen,CHM-CHM,43
"2,5-Dimethylfuran",Hydrogenation,CHM-APL,30
"2,5-Dimethylfuran",Hydrogenation,CHM-SMT,37
"2,5-Dimethylfuran",Oxygen,CHM-CHM,34
"2,5-Dimethylfuran",P-Xylene,CHM-CHM,36
"2,5-Dimethylfuran",Zeolites,CHM-CHM,36
"2,5-Dimethyltetrahydrofuran",Catalyst,CHM-APL,30
"2,5-Furandicarboxylic Acid","2,5-Diformylfuran",CHM-CHM,32
"2,5-Furandicarboxylic Acid",5-Hydroxymethyl Furfural,CHM-CHM,138
"2,5-Furandicarboxylic Acid",Carbon,CHM-CHM,40
"2,5-Furandicarboxylic Acid",Catalyst,CHM-APL,106
"2,5-Furandicarboxylic Acid",Catalytic Activity,CHM-PRO,31
"2,5-Furandicarboxylic Acid",FDCA,CHM-CHM,179
"2,5-Furandicarboxylic Acid",Furans,CHM-CHM,33
"2,5-Furandicarboxylic Acid",Furfural,CHM-CHM,31
"2,5-Furandicarboxylic Acid",HMF,CHM-CHM,154
"2,5-Furandicarboxylic Acid",Nanoparticles,CHM-DSC,33
"2,5-Furandicarboxylic Acid",O2,CHM-CHM,31
"2,5-Furandicarboxylic Acid",Oxidation,CHM-APL,48
"2,5-Furandicarboxylic Acid",Oxidation,CHM-SMT,44
"2,5-Furandicarboxylic Acid",Oxygen,CHM-CHM,48
"2,5-Furandicarboxylic Acid",Polyester,CHM-CHM,35
"2,5-Furandicarboxylic Acid",Terephthalic Acid,CHM-CHM,44
"2,5-Hexanedione",Catalyst,CHM-APL,30
"2,6-DNT","2,4-DNT",CHM-CHM,85
"2,6-Di-Tert-Butyl-4-Methylphenol",BHT,CHM-CHM,40
"2,6-Di-Tert-Butyl-4-Methylpyridine",CH2Cl2,CHM-CHM,36
"2,6-Di-Tert-Butyl-4-Methylpyridine",DMF,CHM-CHM,31
"2,6-Di-Tert-Butyl-4-Methylpyridine",THF,CHM-CHM,38
"2,6-Di-Tert-Butylpyridine",CH2Cl2,CHM-CHM,56
"2,6-Di-Tert-Butylpyridine",Catalyst,CHM-APL,31
"2,6-Di-Tert-Butylpyridine",DMF,CHM-CHM,47
"2,6-Di-Tert-Butylpyridine",DTBP,CHM-CHM,30
"2,6-Di-Tert-Butylpyridine",Et3N,CHM-CHM,35
"2,6-Di-Tert-Butylpyridine",H2,CHM-CHM,41
"2,6-Di-Tert-Butylpyridine",H2O,CHM-CHM,45
"2,6-Di-Tert-Butylpyridine",MeOH,CHM-CHM,55
"2,6-Di-Tert-Butylpyridine",Pyridine,CHM-CHM,74
"2,6-Di-Tert-Butylpyridine",THF,CHM-CHM,50
"2,6-Di-Tert-Butylpyridine",Toluene,CHM-CHM,40
"2,6-Diaminopyridine",Hydrogen,CHM-CHM,32
"2,6-Dichlorophenol",Phenol,CHM-CHM,37
"2,6-Diisopropylphenyl",1H,CHM-CHM,37
"2,6-Diisopropylphenyl","2,4,6-Trimethylphenyl",CHM-CHM,34
"2,6-Diisopropylphenyl",Angles,CHM-PRO,78
"2,6-Diisopropylphenyl",Bond Length,CHM-PRO,85
"2,6-Diisopropylphenyl",Catalyst,CHM-APL,32
"2,6-Diisopropylphenyl",DIPP,CHM-CHM,118
"2,6-Diisopropylphenyl",Hydrogen,CHM-CHM,99
"2,6-Diisopropylphenyl",Molecular Structure,CHM-PRO,85
"2,6-Diisopropylphenyl",NHC,CHM-CHM,47
"2,6-Diisopropylphenyl",Structure,CHM-PRO,30
"2,6-Diisopropylphenyl",THF,CHM-CHM,50
"2,6-Dimethoxy-Phenol",Phenol,CHM-CHM,42
"2,6-Dimethoxy-Phenol",Phenolics,CHM-CHM,36
"2,6-Dimethylphenol",Catalyst,CHM-APL,47
"2,6-Dimethylphenol",DMP,CHM-CHM,33
"2,6-Dimethylphenol",Phenol,CHM-CHM,55
"2,6-Dimethylpyridine",Catalyst,CHM-APL,60
"2,6-Dimethylpyridine",Pyridine,CHM-CHM,99
"2,6-Lutidine",(COCl)2,CHM-CHM,211
"2,6-Lutidine","1,2-Dichloroethane",CHM-CHM,37
"2,6-Lutidine","1,4-Dioxane",CHM-CHM,95
"2,6-Lutidine","1,8-Diazabicyclo[5.4.0]undec-7-ene",CHM-CHM,54
"2,6-Lutidine",18-Crown-6,CHM-CHM,32
"2,6-Lutidine",1H,CHM-CHM,64
"2,6-Lutidine",1H NMR,CHM-CMT,52
"2,6-Lutidine","2,2 Dimethoxypropane",CHM-CHM,68
"2,6-Lutidine","2,3-Dichloro-5,6-Dicyano-1,4-Benzoquinone",CHM-CHM,71
"2,6-Lutidine","2,4,6-Trichlorobenzoyl Chloride",CHM-CHM,69
"2,6-Lutidine",2-Methyl-2-Butene,CHM-CHM,90
"2,6-Lutidine",25C,CHM-CHM,63
"2,6-Lutidine",4-(Dimethylamino)pyridine,CHM-CHM,42
"2,6-Lutidine",9-BBN,CHM-CHM,40
"2,6-Lutidine",AIBN,CHM-CHM,87
"2,6-Lutidine",Ac2O,CHM-CHM,254
"2,6-Lutidine",AcCl,CHM-CHM,55
"2,6-Lutidine",AcOH,CHM-CHM,270
"2,6-Lutidine",Acetone,CHM-CHM,287
"2,6-Lutidine",Acetonitrile,CHM-CHM,56
"2,6-Lutidine",Ag2O,CHM-CHM,38
"2,6-Lutidine",AgNO3,CHM-CHM,39
"2,6-Lutidine",AlCl3,CHM-CHM,30
"2,6-Lutidine",AlMe3,CHM-CHM,35
"2,6-Lutidine",Alcohols,CHM-CHM,44
"2,6-Lutidine",Aldehyde,CHM-CHM,112
"2,6-Lutidine",Aldol,CHM-CHM,30
"2,6-Lutidine",Allyl Bromide,CHM-CHM,53
"2,6-Lutidine",Amines,CHM-CHM,37
"2,6-Lutidine",BBr3,CHM-CHM,37
"2,6-Lutidine",BF3,CHM-CHM,52
"2,6-Lutidine",BF3·Et2O,CHM-CHM,39
"2,6-Lutidine",BF3–OEt2,CHM-CHM,105
"2,6-Lutidine",Benzenes,CHM-CHM,192
"2,6-Lutidine",Benzyl,CHM-CHM,72
"2,6-Lutidine",BnBr,CHM-CHM,144
"2,6-Lutidine",Boc,CHM-CHM,56
"2,6-Lutidine",Boc2O,CHM-CHM,86
"2,6-Lutidine",Br2,CHM-CHM,40
"2,6-Lutidine",Bu3SnH,CHM-CHM,63
"2,6-Lutidine",BuLi,CHM-CHM,34
"2,6-Lutidine",BzCl,CHM-CHM,56
"2,6-Lutidine",C6H6,CHM-CHM,37
"2,6-Lutidine",CBr4,CHM-CHM,74
"2,6-Lutidine",CCl4,CHM-CHM,84
"2,6-Lutidine",CH2Cl2,CHM-CHM,898
"2,6-Lutidine","CH2Cl2, 20C",CHM-CHM,72
"2,6-Lutidine","CH2Cl2, 40C",CHM-CHM,36
"2,6-Lutidine","CH2Cl2, 78C",CHM-CHM,247
"2,6-Lutidine",CH2N2,CHM-CHM,58
"2,6-Lutidine",CH3CN,CHM-CHM,269
"2,6-Lutidine",CH3OH,CHM-CHM,40
"2,6-Lutidine",CHCl3,CHM-CHM,144
"2,6-Lutidine",CO,CHM-CHM,50
"2,6-Lutidine",CSA,CHM-CHM,67
"2,6-Lutidine",Camphorsulfonic Acid,CHM-CHM,55
"2,6-Lutidine",Carbon,CHM-CHM,39
"2,6-Lutidine",Catalyst,CHM-APL,56
"2,6-Lutidine",CeCl3,CHM-CHM,33
"2,6-Lutidine",CeCl3·7H2O,CHM-CHM,36
"2,6-Lutidine",CrCl2,CHM-CHM,65
"2,6-Lutidine",CrO3,CHM-CHM,31
"2,6-Lutidine",Cs2CO3,CHM-CHM,106
"2,6-Lutidine",CuCN,CHM-CHM,30
"2,6-Lutidine",CuCl,CHM-CHM,33
"2,6-Lutidine",CuI,CHM-CHM,145
"2,6-Lutidine",Cyclic Voltammogram,CHM-CMT,37
"2,6-Lutidine",DBU,CHM-CHM,164
"2,6-Lutidine",DCC,CHM-CHM,48
"2,6-Lutidine",DCM,CHM-CHM,93
"2,6-Lutidine",DDQ,CHM-CHM,151
"2,6-Lutidine",DEAD,CHM-CHM,32
"2,6-Lutidine",DIAD,CHM-CHM,45
"2,6-Lutidine",DIBAL,CHM-CHM,89
"2,6-Lutidine",DIBAL-H,CHM-CHM,241
"2,6-Lutidine",DIBAL-H=Diisobutylaluminum Hydride,CHM-CHM,46
"2,6-Lutidine",DIPEA,CHM-CHM,129
"2,6-Lutidine",DMAP,CHM-CHM,455
"2,6-Lutidine",DME,CHM-CHM,60
"2,6-Lutidine",DMF,CHM-CHM,679
"2,6-Lutidine",DMP,CHM-CHM,102
"2,6-Lutidine",DMSO,CHM-CHM,374
"2,6-Lutidine",DMSO = Dimethyl Sulfoxide,CHM-CHM,55
"2,6-Lutidine",Dess-Martin Periodinane,CHM-SMT,221
"2,6-Lutidine",Diisobutylaluminum Hydride,CHM-CHM,31
"2,6-Lutidine",Dioxane,CHM-CHM,155
"2,6-Lutidine",EDCI,CHM-CHM,65
"2,6-Lutidine",Electrode,CHM-APL,33
"2,6-Lutidine",Et2O,CHM-CHM,332
"2,6-Lutidine","Et2O,78C",CHM-CHM,72
"2,6-Lutidine",Et3N,CHM-CHM,572
"2,6-Lutidine",Et3SiH,CHM-CHM,59
"2,6-Lutidine",EtMgBr,CHM-CHM,33
"2,6-Lutidine",EtOAc,CHM-CHM,203
"2,6-Lutidine",Ethers,CHM-CHM,62
"2,6-Lutidine",Ethylene Glycol,CHM-CHM,30
"2,6-Lutidine",H2,CHM-CHM,435
"2,6-Lutidine",H2O,CHM-CHM,656
"2,6-Lutidine",H2O2,CHM-CHM,232
"2,6-Lutidine",H2SO4,CHM-CHM,77
"2,6-Lutidine",HCO2H,CHM-CHM,30
"2,6-Lutidine",HCl,CHM-CHM,320
"2,6-Lutidine",HF Pyridine,CHM-CHM,55
"2,6-Lutidine",HMDS,CHM-CHM,58
"2,6-Lutidine",HMPA,CHM-CHM,125
"2,6-Lutidine",HOAc,CHM-CHM,59
"2,6-Lutidine",HOAt,CHM-CHM,40
"2,6-Lutidine",HOBt,CHM-CHM,79
"2,6-Lutidine",Hexamethylphosphoramide,CHM-CHM,33
"2,6-Lutidine",Hexane,CHM-CHM,63
"2,6-Lutidine",Hydrogen,CHM-CHM,90
"2,6-Lutidine",Imidazole,CHM-CHM,348
"2,6-Lutidine",K2CO3,CHM-CHM,413
"2,6-Lutidine",KOH,CHM-CHM,130
"2,6-Lutidine",Ketone,CHM-CHM,37
"2,6-Lutidine",L-Selectride,CHM-CHM,31
"2,6-Lutidine",LDA,CHM-CHM,79
"2,6-Lutidine",Li,CHM-CHM,63
"2,6-Lutidine",LiAlH4,CHM-CHM,159
"2,6-Lutidine",LiBH4,CHM-CHM,100
"2,6-Lutidine",LiBr,CHM-CHM,41
"2,6-Lutidine",LiCl,CHM-CHM,122
"2,6-Lutidine",LiOH,CHM-CHM,168
"2,6-Lutidine",Lithium Diisopropylamide,CHM-CHM,71
"2,6-Lutidine",M-CPBA,CHM-CHM,156
"2,6-Lutidine",MOM,CHM-CHM,43
"2,6-Lutidine",MOM-Cl,CHM-CHM,51
"2,6-Lutidine",Me2C(OMe)2,CHM-CHM,30
"2,6-Lutidine",Me2S,CHM-CHM,65
"2,6-Lutidine",MeCN,CHM-CHM,290
"2,6-Lutidine",MeI,CHM-CHM,166
"2,6-Lutidine",MeLi,CHM-CHM,61
"2,6-Lutidine",MeMgBr,CHM-CHM,41
"2,6-Lutidine",MeOH,CHM-CHM,805
"2,6-Lutidine","MeOH,78C",CHM-CHM,40
"2,6-Lutidine",MeSO2NH2,CHM-CHM,38
"2,6-Lutidine",Methanesulfonyl,CHM-CHM,36
"2,6-Lutidine",Methanol,CHM-CHM,37
"2,6-Lutidine",Methoxymethyl,CHM-CHM,41
"2,6-Lutidine",Mg,CHM-CHM,41
"2,6-Lutidine",MnO2,CHM-CHM,77
"2,6-Lutidine",Molecular Structure,CHM-PRO,30
"2,6-Lutidine",MsCl,CHM-CHM,135
"2,6-Lutidine","N,N-Dimethylformamide",CHM-CHM,100
"2,6-Lutidine",N-Bromosuccinimide,CHM-CHM,30
"2,6-Lutidine",N-Methylmorpholine N-Oxide,CHM-CHM,44
"2,6-Lutidine",NEt3,CHM-CHM,114
"2,6-Lutidine",NH3,CHM-CHM,96
"2,6-Lutidine",NH4Cl,CHM-CHM,48
"2,6-Lutidine",NHCl,CHM-CHM,40
"2,6-Lutidine",NMO,CHM-CHM,69
"2,6-Lutidine",NMP,CHM-CHM,51
"2,6-Lutidine",Na,CHM-CHM,47
"2,6-Lutidine",Na2CO3,CHM-CHM,76
"2,6-Lutidine",NaBH(OAc)3,CHM-CHM,30
"2,6-Lutidine",NaBH3CN,CHM-CHM,42
"2,6-Lutidine",NaBH4,CHM-CHM,348
"2,6-Lutidine",NaCN,CHM-CHM,34
"2,6-Lutidine",NaClO2,CHM-CHM,143
"2,6-Lutidine",NaH,CHM-CHM,364
"2,6-Lutidine",NaH2PO4,CHM-CHM,104
"2,6-Lutidine",NaHCO3,CHM-CHM,280
"2,6-Lutidine",NaHMDS,CHM-CHM,61
"2,6-Lutidine",NaI,CHM-CHM,73
"2,6-Lutidine",NaIO4,CHM-CHM,213
"2,6-Lutidine",NaN3,CHM-CHM,85
"2,6-Lutidine",NaOAc,CHM-CHM,60
"2,6-Lutidine",NaOH,CHM-CHM,285
"2,6-Lutidine",NaOMe,CHM-CHM,87
"2,6-Lutidine",Nitrogen,CHM-CHM,33
"2,6-Lutidine",O2,CHM-CHM,62
"2,6-Lutidine",O3,CHM-CHM,149
"2,6-Lutidine",OsO4,CHM-CHM,187
"2,6-Lutidine",Oxidation,CHM-SMT,53
"2,6-Lutidine",P-Methoxybenzyl,CHM-CHM,44
"2,6-Lutidine",P-TsOH,CHM-CHM,81
"2,6-Lutidine",PIV-CL,CHM-CHM,50
"2,6-Lutidine",PMB,CHM-CHM,78
"2,6-Lutidine",PPTS,CHM-CHM,92
"2,6-Lutidine",PPh3,CHM-CHM,274
"2,6-Lutidine",PTSA,CHM-CHM,37
"2,6-Lutidine",Para-Methoxybenzyl,CHM-CHM,34
"2,6-Lutidine",Pb(OAc)4,CHM-CHM,36
"2,6-Lutidine",Pd,CHM-CHM,139
"2,6-Lutidine",Pd (OH)2,CHM-CHM,95
"2,6-Lutidine",Pd(OAc)2,CHM-CHM,80
"2,6-Lutidine",Pd(PPh3)4,CHM-CHM,153
"2,6-Lutidine",Pd/C,CHM-CHM,185
"2,6-Lutidine",PdCl2,CHM-CHM,32
"2,6-Lutidine",PdCl2(DPPF),CHM-CHM,31
"2,6-Lutidine",PdCl2(PPh3)2,CHM-CHM,36
"2,6-Lutidine",Ph3P,CHM-CHM,134
"2,6-Lutidine",PhI(OAc)2,CHM-CHM,45
"2,6-Lutidine",PhMe,CHM-CHM,63
"2,6-Lutidine",Phosphate,CHM-CHM,49
"2,6-Lutidine",Piperidine,CHM-CHM,65
"2,6-Lutidine",Pt,CHM-CHM,36
"2,6-Lutidine",PtO2,CHM-CHM,35
"2,6-Lutidine",Pyridine,CHM-CHM,505
"2,6-Lutidine",Pyridinium P-Toluenesulfonate,CHM-CHM,56
"2,6-Lutidine",Quinoline,CHM-CHM,41
"2,6-Lutidine",Red-Al,CHM-CHM,30
"2,6-Lutidine",SOCl2,CHM-CHM,55
"2,6-Lutidine",SiO2,CHM-CHM,36
"2,6-Lutidine",SmI2,CHM-CHM,45
"2,6-Lutidine",Structure,CHM-PRO,80
"2,6-Lutidine",T-BuOH,CHM-CHM,69
"2,6-Lutidine",TBAF,CHM-CHM,439
"2,6-Lutidine",TBDMSCl,CHM-CHM,44
"2,6-Lutidine",TBDMSOTf,CHM-CHM,33
"2,6-Lutidine",TBDPS,CHM-CHM,67
"2,6-Lutidine",TBDPS-Cl,CHM-CHM,109
"2,6-Lutidine",TBHP,CHM-CHM,66
"2,6-Lutidine",TBS,CHM-CHM,207
"2,6-Lutidine",TBSCl,CHM-CHM,229
"2,6-Lutidine",TBSOTf,CHM-CHM,389
"2,6-Lutidine",TEA,CHM-CHM,57
"2,6-Lutidine",TEMPO,CHM-CHM,113
"2,6-Lutidine",TES,CHM-CHM,101
"2,6-Lutidine",TESCl,CHM-CHM,70
"2,6-Lutidine",TFA,CHM-CHM,258
"2,6-Lutidine",TFA = Trifluoroacetic Acid,CHM-CHM,59
"2,6-Lutidine",THF,CHM-CHM,956
"2,6-Lutidine","THF,78C",CHM-CHM,147
"2,6-Lutidine",TIPS,CHM-CHM,40
"2,6-Lutidine",TMEDA,CHM-CHM,41
"2,6-Lutidine",TMS,CHM-CHM,117
"2,6-Lutidine",TMSCHN2,CHM-CHM,39
"2,6-Lutidine",TMSCl,CHM-CHM,105
"2,6-Lutidine",TMSOTf,CHM-CHM,58
"2,6-Lutidine",TPAP,CHM-CHM,46
"2,6-Lutidine",Tert Butyldiphenylsilyl,CHM-CHM,66
"2,6-Lutidine",Tert-Butyldimethylsilyl,CHM-CHM,196
"2,6-Lutidine",Tertbutoxycarbonyl,CHM-CHM,53
"2,6-Lutidine",Tetra-N-Butylammonium Fluoride,CHM-CHM,76
"2,6-Lutidine",Tetrabutylammonium Fluoride,CHM-CHM,82
"2,6-Lutidine",Tetrahydrofuran,CHM-CHM,58
"2,6-Lutidine",Tf2O,CHM-CHM,133
"2,6-Lutidine",TfOH,CHM-CHM,46
"2,6-Lutidine",Ti(OiPr)4,CHM-CHM,95
"2,6-Lutidine",TiCl4,CHM-CHM,77
"2,6-Lutidine",Toluene,CHM-CHM,450
"2,6-Lutidine","Toluene, 78C",CHM-CHM,63
"2,6-Lutidine",Triethylsilyl,CHM-CHM,100
"2,6-Lutidine",Trifluoromethanesulfonyl,CHM-CHM,116
"2,6-Lutidine",Triisopropylsilyl,CHM-CHM,40
"2,6-Lutidine",Trimethylsilyl,CHM-CHM,113
"2,6-Lutidine",TsCl,CHM-CHM,90
"2,6-Lutidine",TsOH,CHM-CHM,54
"2,6-Lutidine",Xylene,CHM-CHM,31
"2,6-Lutidine",Zn,CHM-CHM,120
"2,6-Lutidine",ZnCl2,CHM-CHM,49
"2,6-Lutidine",i-PrOH,CHM-CHM,57
"2,6-Lutidine",iPr2NEt,CHM-CHM,84
"2,6-Lutidine",n-BuLi,CHM-CHM,108
"2,6-Lutidine",nBu3SnH,CHM-CHM,39
"2,6-Lutidine",tBuOH,CHM-CHM,160
"2,6-Lutidine",tBuOOH,CHM-CHM,48
"2,6-Mes2C6H3",1H,CHM-CHM,43
"2,6-Mes2C6H3","2,4,6-Me3C6H2",CHM-CHM,48
"2,6-Mes2C6H3","2,6-iPr2C6H3",CHM-CHM,80
"2,6-Mes2C6H3",Ar,CHM-CHM,36
"2,6-Mes2C6H3",Catalyst,CHM-APL,31
"2,6-Mes2C6H3",Hydrogen,CHM-CHM,37
"2,6-Mes2C6H3",Molecular Structure,CHM-PRO,68
"2,6-Mes2C6H3",X-Ray Crystallography,CHM-CMT,30
"2,6-Mes2C6H3",X-Ray Diffraction,CHM-CMT,42
"2,6-Mes2C6H3",Xyl,CHM-CHM,32
"2,6-Xylenol",Catalyst,CHM-APL,33
"2,6-Xylenol",Phenol,CHM-CHM,42
"2,6-iPr2C6H3",13C,CHM-CHM,30
"2,6-iPr2C6H3",1H,CHM-CHM,44
"2,6-iPr2C6H3","2,4,6-Me3C6H2",CHM-CHM,40
"2,6-iPr2C6H3","2,6-Mes2C6H3",CHM-CHM,80
"2,6-iPr2C6H3",Al,CHM-CHM,31
"2,6-iPr2C6H3",Angles,CHM-PRO,46
"2,6-iPr2C6H3",Ar,CHM-CHM,45
"2,6-iPr2C6H3",Bond Length,CHM-PRO,44
"2,6-iPr2C6H3",Catalyst,CHM-APL,39
"2,6-iPr2C6H3",Catalytic Activity,CHM-PRO,39
"2,6-iPr2C6H3",Elemental Analysis,CHM-CMT,37
"2,6-iPr2C6H3",Ethylene,CHM-CHM,37
"2,6-iPr2C6H3",Hydrogen,CHM-CHM,56
"2,6-iPr2C6H3",Molecular Structure,CHM-PRO,78
"2,6-iPr2C6H3",Toluene,CHM-CHM,31
"2,6-iPr2C6H3",X-Ray Crystallography,CHM-CMT,42
"2,6-iPr2C6H3",X-Ray Diffraction,CHM-CMT,36
"2,7-Dichlorofluorescein",DCF,CHM-CHM,54
"2,7-Dichlorofluorescein",Oxygen,CHM-CHM,36
"2,9-Dimethyl-1,10-Phenanthroline","1,10-Phenantroline",CHM-CHM,62
"2,9-Dimethyl-1,10-Phenanthroline",1H,CHM-CHM,30
"2,9-Dimethyl-1,10-Phenanthroline",DMP,CHM-CHM,63
"2,9-Dimethyl-1,10-Phenanthroline",Phen,CHM-CHM,46
"2,Y,Z",1D,CHM-DSC,40
"2,Y,Z",1D Chains,CHM-DSC,30
"2,Y,Z","2,Z",CHM-CHM,31
"2,Y,Z",2D,CHM-DSC,59
"2,Y,Z",2D Layer,CHM-DSC,40
"2,Y,Z",3D,CHM-DSC,56
"2,Y,Z",Angles,CHM-PRO,43
"2,Y,Z",Bond Length,CHM-PRO,43
"2,Y,Z",Coordination Environment,CHM-PRO,75
"2,Y,Z",Coordination Mode,CHM-PRO,50
"2,Y,Z",Crystal Data,CHM-CMT,39
"2,Y,Z",Hydrogen,CHM-CHM,81
"2,Y,Z",Layers,CHM-DSC,41
"2,Y,Z",Structure,CHM-PRO,56
"2,Y,Z",Structure Refinement,CHM-CMT,64
"2,Z",1D,CHM-DSC,69
"2,Z",1D Chains,CHM-DSC,39
"2,Z","2,Y,Z",CHM-CHM,31
"2,Z",2D,CHM-DSC,100
"2,Z",2D Layer,CHM-DSC,48
"2,Z",3D,CHM-DSC,99
"2,Z",Angles,CHM-PRO,79
"2,Z",Bond Length,CHM-PRO,84
"2,Z",Cd(II),CHM-CHM,38
"2,Z",Chains,CHM-DSC,46
"2,Z",Coordination Environment,CHM-PRO,126
"2,Z",Coordination Mode,CHM-PRO,72
"2,Z",Crystal Data,CHM-CMT,43
"2,Z",Crystal Structure,CHM-PRO,32
"2,Z",Emission Spectra,CHM-CMT,36
"2,Z",Hydrogen,CHM-CHM,144
"2,Z",Layers,CHM-DSC,72
"2,Z",Molecular Structure,CHM-PRO,37
"2,Z",Structure,CHM-PRO,83
"2,Z",Structure Refinement,CHM-CMT,99
"2,Z",Thermal Ellipsoids,CHM-CMT,34
"2,Z",Zn(II),CHM-CHM,35
"2,y + 1,z",2D,CHM-DSC,36
"2,y + 1,z",3D,CHM-DSC,41
"2,y + 1,z",Angles,CHM-PRO,31
"2,y + 1,z",Coordination Environment,CHM-PRO,54
"2,y + 1,z",Coordination Mode,CHM-PRO,34
"2,y + 1,z",Hydrogen,CHM-CHM,67
"2,y + 1,z",Layers,CHM-DSC,30
"2,y + 1,z",Structure Refinement,CHM-CMT,38
"2,y+2,z",Hydrogen,CHM-CHM,30
2-(Dimethylamino)ethyl Methacrylate,DMAEMA,CHM-CHM,88
2-(N-Morpholino)ethanesulfonic Acid,MES,CHM-CHM,30
2-AG,2-Arachidonoylglycerol,CHM-CHM,61
2-AG,Anandamide,CHM-CHM,53
2-AG,Arachidonic Acid,CHM-CHM,42
2-AG,Cannabinoid,CHM-CHM,64
2-AG,Monoacylglycerol,CHM-CHM,40
2-APB,Ca2+,CHM-CHM,65
2-APB,Calcium,CHM-CHM,38
2-APB,Cells,CHM-DSC,38
2-Acrylamido-2-Methyl-1-Propanesulfonic Acid,AMPS,CHM-CHM,40
2-Acrylamido-2-Methylpropanesulfonic Acid,AMPS,CHM-CHM,63
2-Amino-2-Methyl-1-Propanol,AMP,CHM-CHM,172
2-Amino-2-Methyl-1-Propanol,Alkanolamine,CHM-CHM,45
2-Amino-2-Methyl-1-Propanol,Amines,CHM-CHM,121
2-Amino-2-Methyl-1-Propanol,CO,CHM-CHM,30
2-Amino-2-Methyl-1-Propanol,CO2,CHM-CHM,133
2-Amino-2-Methyl-1-Propanol,CO2 Capture,CHM-APL,31
2-Amino-2-Methyl-1-Propanol,Carbon Dioxide,CHM-CHM,49
2-Amino-2-Methyl-1-Propanol,DEA,CHM-CHM,39
2-Amino-2-Methyl-1-Propanol,Diethanolamine,CHM-CHM,45
2-Amino-2-Methyl-1-Propanol,MDEA,CHM-CHM,58
2-Amino-2-Methyl-1-Propanol,MEA,CHM-CHM,85
2-Amino-2-Methyl-1-Propanol,Monoethanol Amine,CHM-CHM,81
2-Amino-2-Methyl-1-Propanol,N-Methyl Diethanolamine,CHM-CHM,34
2-Amino-2-Methyl-1-Propanol,PZ,CHM-CHM,43
2-Amino-2-Methyl-1-Propanol,Piperazine,CHM-CHM,56
2-Aminoethanethiol,Surface,CHM-DSC,35
2-Aminophenol,Catalyst,CHM-APL,33
2-Aminopurine,2AP,CHM-CHM,40
2-Aminopurine,Adenine,CHM-CHM,47
2-Aminopurine,Fluorescent,CHM-PRO,32
2-Aminopyridine,Hydrogen,CHM-CHM,71
2-Aminopyridine,Pyridine,CHM-CHM,39
2-Arachidonoylglycerol,2-AG,CHM-CHM,61
2-Arachidonoylglycerol,Anandamide,CHM-CHM,50
2-Arachidonoylglycerol,Arachidonic Acid,CHM-CHM,32
2-Arachidonoylglycerol,Cannabinoid,CHM-CHM,40
2-Bromoethanol,DMF,CHM-CHM,32
2-Bromoethanol,THF,CHM-CHM,30
2-Bromoisobutyryl Bromide,ATRP,CHM-SMT,70
2-Bromoisobutyryl Bromide,Atom Transfer Radical Polymerization,CHM-SMT,49
2-Bromoisobutyryl Bromide,Hydroxyl,CHM-CHM,31
2-Bromoisobutyryl Bromide,Surface,CHM-DSC,41
2-Butanol,1-Butanol,CHM-CHM,330
2-Butanol,1-Hexanol,CHM-CHM,35
2-Butanol,1-Pentanol,CHM-CHM,76
2-Butanol,1-Propanol,CHM-CHM,208
2-Butanol,2-Butanone,CHM-CHM,61
2-Butanol,2-Methyl-1-Propanol,CHM-CHM,78
2-Butanol,2-Methyl-2-Propanol,CHM-CHM,70
2-Butanol,2-Pentanol,CHM-CHM,65
2-Butanol,2-Propanol,CHM-CHM,299
2-Butanol,Acetone,CHM-CHM,74
2-Butanol,Acetonitrile,CHM-CHM,41
2-Butanol,Activity,CHM-PRO,56
2-Butanol,Activity Coefficient,CHM-PRO,50
2-Butanol,Alcohols,CHM-CHM,262
2-Butanol,Benzenes,CHM-CHM,46
2-Butanol,Butanol,CHM-CHM,67
2-Butanol,CO,CHM-CHM,45
2-Butanol,CO2,CHM-CHM,39
2-Butanol,Carbon,CHM-CHM,97
2-Butanol,Catalyst,CHM-APL,180
2-Butanol,Catalytic Activity,CHM-PRO,43
2-Butanol,Compositions,CHM-PRO,60
2-Butanol,Cu,CHM-CHM,32
2-Butanol,Cyclohexane,CHM-CHM,40
2-Butanol,DMSO,CHM-CHM,34
2-Butanol,Densities,CHM-PRO,83
2-Butanol,Density,CHM-PRO,44
2-Butanol,Diamonds,CHM-CHM,30
2-Butanol,Ethanol,CHM-CHM,252
2-Butanol,Ethyl Acetate,CHM-CHM,66
2-Butanol,Excess Molar Volume,CHM-PRO,55
2-Butanol,H2,CHM-CHM,47
2-Butanol,H2O,CHM-CHM,53
2-Butanol,Hydrogen,CHM-CHM,114
2-Butanol,Hydroxyl,CHM-CHM,30
2-Butanol,Isobutanol,CHM-CHM,39
2-Butanol,Ketone,CHM-CHM,35
2-Butanol,Methanol,CHM-CHM,211
2-Butanol,Molecular Structure,CHM-PRO,32
2-Butanol,N2,CHM-CHM,31
2-Butanol,NRTL,CHM-CMT,49
2-Butanol,Nitrogen,CHM-CHM,43
2-Butanol,O,CHM-CHM,32
2-Butanol,OH,CHM-CHM,44
2-Butanol,Oxidation,CHM-APL,30
2-Butanol,Oxygen,CHM-CHM,70
2-Butanol,Pyridine,CHM-CHM,36
2-Butanol,Redlich Kister Equation,CHM-CMT,61
2-Butanol,SEM,CHM-CMT,54
2-Butanol,Secondary Alcohol,CHM-CHM,31
2-Butanol,SiO2,CHM-CHM,30
2-Butanol,Silica,CHM-CHM,31
2-Butanol,Solubilities,CHM-PRO,49
2-Butanol,Solubility,CHM-PRO,34
2-Butanol,Structure,CHM-PRO,32
2-Butanol,Surface,CHM-DSC,91
2-Butanol,TEM,CHM-CMT,44
2-Butanol,THF,CHM-CHM,33
2-Butanol,Tert-Butanol,CHM-CHM,41
2-Butanol,Toluene,CHM-CHM,60
2-Butanol,UNIQUAC,CHM-CMT,31
2-Butanol,VLE,CHM-PRO,44
2-Butanol,Vapor Pressure,CHM-PRO,40
2-Butanol,Viscosities,CHM-PRO,49
2-Butanol,Viscosity,CHM-PRO,54
2-Butanol,X-Ray Diffraction,CHM-CMT,39
2-Butanol,XPS,CHM-CMT,31
2-Butanol,XRD,CHM-CMT,56
2-Butanol,Zeolites,CHM-CHM,38
2-Butanone,"1,4-Dioxane",CHM-CHM,40
2-Butanone,1-Butanol,CHM-CHM,43
2-Butanone,1-Propanol,CHM-CHM,44
2-Butanone,2-Butanol,CHM-CHM,61
2-Butanone,2-Pentanone,CHM-CHM,55
2-Butanone,2-Propanol,CHM-CHM,49
2-Butanone,Acetaldehyde,CHM-CHM,34
2-Butanone,Acetic Acid,CHM-CHM,38
2-Butanone,Acetone,CHM-CHM,200
2-Butanone,Acetonitrile,CHM-CHM,61
2-Butanone,Activity Coefficient,CHM-PRO,35
2-Butanone,Alcohols,CHM-CHM,66
2-Butanone,Apelblat Equation,CHM-CMT,32
2-Butanone,Benzaldehyde,CHM-CHM,40
2-Butanone,Benzenes,CHM-CHM,60
2-Butanone,CH2Cl2,CHM-CHM,46
2-Butanone,Carbon,CHM-CHM,55
2-Butanone,Carbonyls,CHM-CHM,35
2-Butanone,Catalyst,CHM-APL,67
2-Butanone,Chemical Structures,CHM-PRO,30
2-Butanone,Compositions,CHM-PRO,30
2-Butanone,Cyclohexane,CHM-CHM,40
2-Butanone,Cyclohexanone,CHM-CHM,49
2-Butanone,DMF,CHM-CHM,65
2-Butanone,DMSO,CHM-CHM,31
2-Butanone,Densities,CHM-PRO,33
2-Butanone,Et3N,CHM-CHM,32
2-Butanone,Ethanol,CHM-CHM,133
2-Butanone,Ethyl Acetate,CHM-CHM,65
2-Butanone,H2,CHM-CHM,50
2-Butanone,H2O,CHM-CHM,57
2-Butanone,HCl,CHM-CHM,45
2-Butanone,Hexane,CHM-CHM,34
2-Butanone,Hydrogen,CHM-CHM,83
2-Butanone,Isopropanol,CHM-CHM,30
2-Butanone,K2CO3,CHM-CHM,52
2-Butanone,Ketone,CHM-CHM,108
2-Butanone,MeOH,CHM-CHM,47
2-Butanone,Methanol,CHM-CHM,102
2-Butanone,Mole Fraction Solubility,CHM-PRO,30
2-Butanone,NaI,CHM-CHM,30
2-Butanone,NaOH,CHM-CHM,35
2-Butanone,Oxygen,CHM-CHM,36
2-Butanone,Pyridine,CHM-CHM,43
2-Butanone,Solubility,CHM-PRO,30
2-Butanone,Surface,CHM-DSC,45
2-Butanone,THF,CHM-CHM,75
2-Butanone,Toluene,CHM-CHM,108
2-Butanone,XRD,CHM-CMT,33
2-Butene,"1,3-Butadiene",CHM-CHM,34
2-Butene,1-Butene,CHM-CHM,167
2-Butene,Activity,CHM-PRO,65
2-Butene,Al2O3,CHM-CHM,31
2-Butene,Alkene,CHM-CHM,51
2-Butene,Benzenes,CHM-CHM,31
2-Butene,Butene,CHM-CHM,96
2-Butene,CO,CHM-CHM,39
2-Butene,Carbon,CHM-CHM,41
2-Butene,Catalyst,CHM-APL,212
2-Butene,Catalytic Activity,CHM-PRO,35
2-Butene,Cis-2-Butene,CHM-CHM,37
2-Butene,Ethene,CHM-CHM,45
2-Butene,Ethylene,CHM-CHM,70
2-Butene,H2,CHM-CHM,40
2-Butene,Hydrocarbon,CHM-CHM,36
2-Butene,Hydrogen,CHM-CHM,74
2-Butene,Hydrogenation,CHM-SMT,33
2-Butene,Isobutane,CHM-CHM,73
2-Butene,Isobutene,CHM-CHM,50
2-Butene,N2,CHM-CHM,30
2-Butene,Olefins,CHM-CHM,67
2-Butene,Oxygen,CHM-CHM,44
2-Butene,Propene,CHM-CHM,77
2-Butene,Propylene,CHM-CHM,39
2-Butene,Selectivity,CHM-PRO,35
2-Butene,SiO2,CHM-CHM,30
2-Butene,Surface,CHM-DSC,67
2-Butene,Trans-2-Butene,CHM-CHM,43
2-Butene,XRD,CHM-CMT,39
2-Butene,Zeolites,CHM-CHM,56
2-Butoxyethanol,2-Ethoxyethanol,CHM-CHM,32
2-Butyne,Alkyne,CHM-CHM,50
2-CP,"2,4,6-TCP",CHM-CHM,58
2-CP,"2,4-DCP",CHM-CHM,103
2-CP,"2,4-Dichlorophenol",CHM-CHM,44
2-CP,2-Chlorophenol,CHM-CHM,140
2-CP,3-CP,CHM-CHM,37
2-CP,4-CP,CHM-CHM,92
2-CP,Ag,CHM-CHM,35
2-CP,Carbon,CHM-CHM,48
2-CP,Catalyst,CHM-APL,92
2-CP,Chlorophenols,CHM-CHM,60
2-CP,Electrode,CHM-APL,32
2-CP,FESEM,CHM-CMT,32
2-CP,FT-IR,CHM-CMT,30
2-CP,FTIR,CHM-CMT,40
2-CP,H2O2,CHM-CHM,31
2-CP,HRTEM,CHM-CMT,41
2-CP,Nanoparticles,CHM-DSC,31
2-CP,Oxygen,CHM-CHM,33
2-CP,PCP,CHM-CHM,36
2-CP,Pd,CHM-CHM,33
2-CP,Phenol,CHM-CHM,99
2-CP,Photo Catalytic Activity,CHM-PRO,34
2-CP,Photocatalytic Degradation,CHM-APL,32
2-CP,Raman,CHM-CMT,40
2-CP,SEM,CHM-CMT,88
2-CP,Surface,CHM-DSC,35
2-CP,TEM,CHM-CMT,74
2-CP,TOC,CHM-CHM,40
2-CP,TOC,CHM-PRO,31
2-CP,TiO2,CHM-CHM,43
2-CP,X-Ray Diffraction,CHM-CMT,33
2-CP,XPS,CHM-CMT,65
2-CP,XRD,CHM-CMT,125
2-CPE,1-CPE,CHM-CHM,59
2-CPE,1D,CHM-DSC,33
2-CPE,2D,CHM-DSC,50
2-CPE,2D Layer,CHM-DSC,34
2-CPE,3D,CHM-DSC,44
2-CPE,Chains,CHM-DSC,35
2-CPE,Coordination Environment,CHM-PRO,34
2-CPE,Cyclic Voltammogram,CHM-CMT,86
2-CPE,H2SO4,CHM-CHM,78
2-CPE,Hydrogen,CHM-CHM,60
2-CPE,Na2SO4,CHM-CHM,31
2-CPE,Structure,CHM-PRO,37
2-CPE,Structure Refinement,CHM-CMT,35
2-Chloroethyl Ethyl Sulfide,CEES,CHM-CHM,57
2-Chlorophenol,"2,4,6-Trichlorophenol",CHM-CHM,58
2-Chlorophenol,"2,4-DCP",CHM-CHM,40
2-Chlorophenol,"2,4-Dichlorophenol",CHM-CHM,129
2-Chlorophenol,2-CP,CHM-CHM,140
2-Chlorophenol,2-Nitrophenol,CHM-CHM,32
2-Chlorophenol,4-Chlorophenol,CHM-CHM,101
2-Chlorophenol,Activity,CHM-PRO,39
2-Chlorophenol,Ag,CHM-CHM,33
2-Chlorophenol,Carbon,CHM-CHM,88
2-Chlorophenol,Catalyst,CHM-APL,96
2-Chlorophenol,Chlorines,CHM-CHM,30
2-Chlorophenol,Chlorophenols,CHM-CHM,74
2-Chlorophenol,Composite,CHM-DSC,34
2-Chlorophenol,Electrode,CHM-APL,34
2-Chlorophenol,FTIR,CHM-CMT,30
2-Chlorophenol,H2O2,CHM-CHM,35
2-Chlorophenol,Hydrogen,CHM-CHM,38
2-Chlorophenol,Hydroxyl,CHM-CHM,30
2-Chlorophenol,Nanoparticles,CHM-DSC,48
2-Chlorophenol,Oxidation,CHM-SMT,39
2-Chlorophenol,Oxygen,CHM-CHM,61
2-Chlorophenol,Pd,CHM-CHM,32
2-Chlorophenol,Pentachlorophenol,CHM-CHM,39
2-Chlorophenol,Phenol,CHM-CHM,190
2-Chlorophenol,Phenolics,CHM-CHM,51
2-Chlorophenol,Photo Catalytic Activity,CHM-PRO,44
2-Chlorophenol,SEM,CHM-CMT,68
2-Chlorophenol,Stability,CHM-PRO,31
2-Chlorophenol,Structure,CHM-PRO,31
2-Chlorophenol,Surface,CHM-DSC,70
2-Chlorophenol,TEM,CHM-CMT,41
2-Chlorophenol,TiO2,CHM-CHM,52
2-Chlorophenol,X-Ray Diffraction,CHM-CMT,52
2-Chlorophenol,X-Ray Photoelectron Spectroscopy,CHM-CMT,34
2-Chlorophenol,XPS,CHM-CMT,50
2-Chlorophenol,XRD,CHM-CMT,74
2-Cl,4-Cl,CHM-CHM,31
2-Cyclohexen-1-Ol,2-Cyclohexene-1-one,CHM-CHM,36
2-Cyclohexen-1-Ol,Catalyst,CHM-APL,37
2-Cyclohexen-1-Ol,Cyclohexene,CHM-CHM,48
2-Cyclohexene-1-Ol,2-Cyclohexene-1-one,CHM-CHM,38
2-Cyclohexene-1-Ol,Catalyst,CHM-APL,31
2-Cyclohexene-1-Ol,Cyclohexene,CHM-CHM,47
2-Cyclohexene-1-one,2-Cyclohexen-1-Ol,CHM-CHM,36
2-Cyclohexene-1-one,2-Cyclohexene-1-Ol,CHM-CHM,38
2-Cyclohexene-1-one,Catalyst,CHM-APL,118
2-Cyclohexene-1-one,Catalytic Activity,CHM-PRO,46
2-Cyclohexene-1-one,Cyclohexene,CHM-CHM,120
2-Cyclohexene-1-one,Cyclohexene Oxide,CHM-CHM,41
2-Cyclohexene-1-one,H2O2,CHM-CHM,41
2-Cyclohexene-1-one,Oxidation,CHM-APL,55
2-Cyclohexene-1-one,Oxidation,CHM-SMT,47
2-Cyclohexene-1-one,Oxygen,CHM-CHM,51
2-Cyclohexene-1-one,TBHP,CHM-CHM,37
2-Cyclohexene-1-one,XRD,CHM-CMT,44
2-D,1-D,CMT-CMT,119
2-D,1-D,CMT-DSC,71
2-D,1-D,DSC-CMT,71
2-D,1-D,DSC-DSC,900
2-D,1D,DSC-DSC,41
2-D,1D Chains,DSC-DSC,163
2-D,2-Dimensional,DSC-DSC,34
2-D,2D,DSC-DSC,98
2-D,2D Layer,DSC-DSC,147
2-D,2D Sheet,DSC-DSC,64
2-D,3-D,CMT-CMT,310
2-D,3-D,CMT-DSC,189
2-D,3-D,DSC-CMT,196
2-D,3-D,DSC-DSC,1527
2-D,3D,DSC-DSC,84
2-D,AFM,CMT-CMT,82
2-D,AFM,DSC-CMT,144
2-D,Acetonitrile,DSC-CHM,31
2-D,Activity,DSC-PRO,31
2-D,Ag,DSC-CHM,123
2-D,Ag(I),DSC-CHM,41
2-D,Al,CMT-CHM,41
2-D,Al,DSC-CHM,86
2-D,Alkyls,DSC-CHM,33
2-D,Alloy,CMT-DSC,53
2-D,Alloy,DSC-DSC,71
2-D,Alloys,DSC-DSC,30
2-D,Alumina,DSC-CHM,33
2-D,Aluminum,CMT-CHM,40
2-D,Aluminum,DSC-CHM,51
2-D,Amines,DSC-CHM,37
2-D,Amino Acid,DSC-CHM,31
2-D,Amorphous,DSC-DSC,51
2-D,Angles,DSC-PRO,93
2-D,Annealing,DSC-SMT,51
2-D,Anode,DSC-APL,51
2-D,Antiferromagnetic Interaction,DSC-PRO,34
2-D,Array,DSC-DSC,65
2-D,As Prepared,DSC-DSC,33
2-D,As-Synthesized,DSC-DSC,31
2-D,Atomic Force Microscopy,DSC-CMT,33
2-D,Au,DSC-CHM,104
2-D,Band Gap,DSC-PRO,32
2-D,Band Structure,DSC-PRO,33
2-D,Benzenes,DSC-CHM,36
2-D,Bilayer,DSC-DSC,54
2-D,Blue Line,CMT-CHM,30
2-D,Blue Line,DSC-CHM,54
2-D,Bond Angles,DSC-PRO,30
2-D,Bond Distance,DSC-PRO,52
2-D,Bond Length,DSC-PRO,98
2-D,Br,DSC-CHM,43
2-D,Bulk,CMT-DSC,44
2-D,Bulk,DSC-DSC,139
2-D,CFD,DSC-CMT,44
2-D,CH4,DSC-CHM,33
2-D,CO,DSC-CHM,67
2-D,CO2,DSC-CHM,94
2-D,CVD,DSC-SMT,31
2-D,Carbon,CMT-CHM,61
2-D,Carbon,DSC-CHM,299
2-D,Carbons,DSC-CHM,38
2-D,Carboxylates,DSC-CHM,94
2-D,Catalyst,DSC-APL,115
2-D,Catalytic Activity,DSC-PRO,38
2-D,Cathode,DSC-APL,35
2-D,Cd,DSC-CHM,58
2-D,Cd(II),DSC-CHM,46
2-D,Cell,DSC-APL,71
2-D,Cell,DSC-DSC,43
2-D,Cells,DSC-DSC,54
2-D,Chains,DSC-DSC,192
2-D,Channels,DSC-APL,36
2-D,Chemical Structures,DSC-PRO,49
2-D,Chlorides,DSC-CHM,35
2-D,Cl,DSC-CHM,69
2-D,Cluster,DSC-DSC,161
2-D,Co,DSC-CHM,86
2-D,Co II,DSC-CHM,33
2-D,Coated,CMT-SMT,37
2-D,Coated,DSC-SMT,60
2-D,Coatings,DSC-APL,73
2-D,Composite,CMT-DSC,45
2-D,Composite,DSC-DSC,189
2-D,Compositions,CMT-PRO,40
2-D,Compositions,DSC-PRO,149
2-D,Conducting,DSC-PRO,34
2-D,Conductivity,DSC-PRO,53
2-D,Cooling,CMT-SMT,34
2-D,Cooling,DSC-SMT,60
2-D,Coordination,DSC-DSC,31
2-D,Coordination,DSC-PRO,139
2-D,Coordination Environment,DSC-PRO,205
2-D,Coordination Mode,DSC-PRO,104
2-D,Coordination Polymer,DSC-DSC,111
2-D,Coordination Polymer,DSC-PRO,55
2-D,Copper,DSC-CHM,107
2-D,Core,DSC-DSC,49
2-D,Crystal,CMT-DSC,48
2-D,Crystal,DSC-DSC,217
2-D,Crystal Data,DSC-CMT,52
2-D,Crystal Packings,DSC-PRO,37
2-D,Crystal Structure,DSC-PRO,210
2-D,Crystalline,DSC-DSC,108
2-D,Cu,CMT-CHM,34
2-D,Cu,DSC-CHM,171
2-D,Cu(II),DSC-CHM,63
2-D,Cubic,DSC-SPL,74
2-D,Current Density,DSC-PRO,31
2-D,Cyclic Voltammetry,DSC-CMT,35
2-D,Cyclic Voltammogram,DSC-CMT,47
2-D,Cylinder,DSC-DSC,57
2-D,DFT,DSC-CMT,43
2-D,DMF,DSC-CHM,69
2-D,DSC,DSC-CMT,34
2-D,Density,CMT-PRO,48
2-D,Density,DSC-PRO,119
2-D,Diamonds,CMT-CHM,38
2-D,Diamonds,DSC-CHM,95
2-D,Dimensional,DSC-DSC,32
2-D,Doped,DSC-DSC,66
2-D,Droplets,DSC-DSC,38
2-D,EDS,DSC-CMT,39
2-D,Efficiency,DSC-PRO,34
2-D,Elastic,DSC-PRO,31
2-D,Electrical Conductivity,DSC-PRO,31
2-D,Electrode,CMT-APL,40
2-D,Electrode,DSC-APL,143
2-D,Electrodes,DSC-APL,99
2-D,Electrolyte,DSC-APL,41
2-D,Elemental Analysis,DSC-CMT,129
2-D,Emission Spectra,DSC-CMT,94
2-D,Energy,DSC-PRO,33
2-D,Ethanol,DSC-CHM,56
2-D,Eu,DSC-CHM,35
2-D,F,DSC-CHM,34
2-D,F,DSC-PRO,50
2-D,FESEM,DSC-CMT,36
2-D,FT-IR,DSC-CMT,47
2-D,FTIR,CMT-CMT,32
2-D,FTIR,DSC-CMT,47
2-D,Fe,DSC-CHM,82
2-D,Fem,DSC-CMT,31
2-D,Fermi Level,DSC-PRO,31
2-D,Fiber,DSC-DSC,43
2-D,Fibers,DSC-DSC,59
2-D,Film,CMT-DSC,86
2-D,Film,DSC-DSC,213
2-D,Films,CMT-DSC,55
2-D,Films,DSC-DSC,158
2-D,Filters,DSC-APL,37
2-D,Finite Element Method,DSC-CMT,36
2-D,Fluorescence,DSC-CMT,43
2-D,G,DSC-PRO,49
2-D,Grain Boundaries,DSC-PRO,39
2-D,Grain Size,DSC-PRO,42
2-D,Graphene,DSC-CHM,158
2-D,Graphene Oxide,DSC-CHM,54
2-D,Graphite,DSC-CHM,64
2-D,Grid,DSC-DSC,43
2-D,H2,DSC-CHM,79
2-D,H2O,DSC-CHM,95
2-D,HRTEM,DSC-CMT,61
2-D,Heat Flux,DSC-PRO,32
2-D,Heat Transfer,CMT-PRO,30
2-D,Heat Transfer,DSC-PRO,61
2-D,Heating,CMT-SMT,32
2-D,Heating,DSC-SMT,69
2-D,Hexagonal,CMT-SPL,32
2-D,Hexagonal,DSC-SPL,290
2-D,Honeycomb,DSC-DSC,32
2-D,Hydrogel,DSC-DSC,49
2-D,Hydrogen,CMT-CHM,59
2-D,Hydrogen,DSC-CHM,707
2-D,Hydrophilic,DSC-PRO,46
2-D,Hydrophobic,DSC-PRO,53
2-D,Hydrothermal,DSC-SMT,53
2-D,Hydrothermal Condition,DSC-SMT,42
2-D,Interface,CMT-DSC,101
2-D,Interface,DSC-DSC,260
2-D,Ir,DSC-CMT,96
2-D,Iron,DSC-CHM,36
2-D,Irradiation,DSC-SMT,31
2-D,K,DSC-PRO,51
2-D,L,DSC-PRO,33
2-D,Lanthanides,DSC-CHM,38
2-D,Layer Structured,DSC-PRO,35
2-D,Layered,DSC-DSC,150
2-D,Layers,CMT-DSC,126
2-D,Layers,DSC-DSC,728
2-D,Li,DSC-CHM,55
2-D,Lithium,DSC-CHM,35
2-D,M,DSC-PRO,40
2-D,Magenta,DSC-CHM,37
2-D,Magnetic Properties,DSC-PRO,41
2-D,Magnetic Susceptibility,DSC-PRO,30
2-D,Magnetics,DSC-PRO,66
2-D,Matrix,CMT-DSC,51
2-D,Matrix,DSC-DSC,76
2-D,Mechanical Property,DSC-PRO,42
2-D,Membrane,CMT-DSC,32
2-D,Membrane,DSC-DSC,85
2-D,Meso Structured,DSC-PRO,58
2-D,Mesoporous,DSC-DSC,131
2-D,Metallic,DSC-PRO,62
2-D,Metals,DSC-PRO,161
2-D,Methanol,DSC-CHM,60
2-D,Mg,DSC-CHM,30
2-D,Microstructure,CMT-PRO,98
2-D,Microstructure,DSC-PRO,152
2-D,Mn,DSC-CHM,66
2-D,Mo,DSC-CHM,33
2-D,MoS2,DSC-CHM,37
2-D,Models,CMT-CMT,44
2-D,Models,DSC-CMT,62
2-D,Molecular Structure,DSC-PRO,145
2-D,Monoclinic,DSC-SPL,58
2-D,Monolayers,DSC-DSC,139
2-D,Morphologies,DSC-PRO,90
2-D,Morphology,CMT-PRO,56
2-D,Morphology,DSC-PRO,190
2-D,Multilayer,DSC-DSC,35
2-D,N2,DSC-CHM,107
2-D,Na,DSC-CHM,37
2-D,NaCl,DSC-CHM,42
2-D,Nanocomposite,DSC-DSC,63
2-D,Nanocrystals,DSC-DSC,41
2-D,Nanomaterial,DSC-DSC,31
2-D,Nanoparticle,DSC-DSC,57
2-D,Nanoparticles,DSC-DSC,159
2-D,Nanorods,DSC-DSC,40
2-D,Nanosheets,DSC-DSC,84
2-D,Nanostructures,DSC-DSC,91
2-D,Nanotube,DSC-DSC,86
2-D,Nanowire,DSC-DSC,39
2-D,Nanowires,DSC-DSC,50
2-D,Ni,DSC-CHM,110
2-D,Nickel,DSC-CHM,31
2-D,Nitrate,DSC-CHM,34
2-D,Nitrogen,CMT-CHM,41
2-D,Nitrogen,DSC-CHM,154
2-D,O,DSC-CHM,192
2-D,O2,DSC-CHM,48
2-D,OH,DSC-CHM,46
2-D,ORTEP,DSC-CMT,31
2-D,ORTEP Drawing,DSC-CMT,30
2-D,One-Dimensional,DSC-DSC,113
2-D,Optical Image,DSC-CMT,31
2-D,Optical Micrograph,DSC-CMT,36
2-D,Optical Properties,DSC-PRO,37
2-D,Orthorhombic,DSC-SPL,34
2-D,Oxidation,DSC-SMT,31
2-D,Oxides,DSC-CHM,34
2-D,Oxygen,CMT-CHM,53
2-D,Oxygen,DSC-CHM,236
2-D,P,DSC-PRO,48
2-D,PDMS,DSC-CHM,34
2-D,PMMA,DSC-CHM,35
2-D,PXRD,DSC-CMT,55
2-D,Packing,DSC-PRO,32
2-D,Packing Diagram,DSC-PRO,42
2-D,Particle,CMT-DSC,38
2-D,Particle,DSC-DSC,72
2-D,Particle,DSC-PRO,31
2-D,Particle Size,DSC-PRO,40
2-D,Particles,CMT-DSC,93
2-D,Particles,DSC-DSC,259
2-D,Patterned,DSC-DSC,34
2-D,Pd,DSC-CHM,41
2-D,Permeability,DSC-PRO,50
2-D,Phase Diagram,DSC-PRO,37
2-D,Phenyls,DSC-CHM,40
2-D,Photo Luminescence,DSC-CMT,55
2-D,Physical Properties,DSC-PRO,37
2-D,Plate,DSC-DSC,78
2-D,Plates,DSC-DSC,35
2-D,Polymeric,DSC-DSC,31
2-D,Polymers,DSC-APL,32
2-D,Polymers,DSC-DSC,121
2-D,Polystyrene,DSC-CHM,44
2-D,Pore Diameter,DSC-PRO,31
2-D,Pore Size Distribution,DSC-PRO,38
2-D,Pore Sizes,DSC-PRO,61
2-D,Pore Volume,DSC-PRO,42
2-D,Porosity,CMT-PRO,52
2-D,Porosity,DSC-PRO,102
2-D,Porous,DSC-DSC,165
2-D,Powder,CMT-DSC,31
2-D,Powder,DSC-DSC,93
2-D,Pressure,DSC-PRO,42
2-D,Pressure Drop,DSC-PRO,31
2-D,Pt,DSC-CHM,77
2-D,Pyridine,DSC-CHM,39
2-D,Pyridyl,DSC-CHM,33
2-D,Quartz,DSC-CHM,34
2-D,Raman,CMT-CMT,34
2-D,Raman,DSC-CMT,65
2-D,Reactors,DSC-APL,36
2-D,Resistivity,CMT-PRO,32
2-D,Ribbons,DSC-DSC,46
2-D,Rod,DSC-DSC,36
2-D,Rods,DSC-DSC,36
2-D,SAED,DSC-CMT,42
2-D,SBA-15,DSC-CHM,37
2-D,SEM,CMT-CMT,145
2-D,SEM,DSC-CMT,362
2-D,STM,DSC-CMT,44
2-D,Scaffold,DSC-DSC,38
2-D,Scaffolds,DSC-DSC,54
2-D,Scanning Electron Microscopy,DSC-CMT,39
2-D,Self Assembly,DSC-SMT,54
2-D,Semiconductor,DSC-PRO,57
2-D,Sensitivity,DSC-PRO,33
2-D,Sensor,DSC-APL,61
2-D,Sheet,DSC-DSC,123
2-D,Sheets,DSC-DSC,152
2-D,Shell,DSC-DSC,31
2-D,Si,CMT-CHM,41
2-D,Si,DSC-CHM,122
2-D,SiO2,DSC-CHM,50
2-D,Silica,DSC-CHM,135
2-D,Silicon,CMT-CHM,45
2-D,Silicon,DSC-CHM,103
2-D,Silver,DSC-CHM,73
2-D,Single Crystal,DSC-CMT,54
2-D,Single Crystal,DSC-DSC,127
2-D,Single Crystal X-Ray Diffraction,DSC-CMT,75
2-D,Single Layer,DSC-DSC,30
2-D,Singlet,DSC-DSC,41
2-D,Singular,DSC-CHM,34
2-D,Society,DSC-CMT,45
2-D,Solid,DSC-DSC,46
2-D,Sphere,DSC-DSC,72
2-D,Square,DSC-DSC,30
2-D,Stability,DSC-PRO,119
2-D,Stress,CMT-PRO,41
2-D,Stress,DSC-PRO,86
2-D,Structural,DSC-PRO,79
2-D,Structure,CMT-PRO,82
2-D,Structure,DSC-PRO,719
2-D,Structure Refinement,DSC-CMT,139
2-D,Structures,DSC-PRO,185
2-D,Substrate,CMT-DSC,80
2-D,Substrate,DSC-DSC,307
2-D,Sulfur,DSC-CHM,40
2-D,Supramolecular Structure,DSC-PRO,37
2-D,Surface,CMT-DSC,243
2-D,Surface,DSC-DSC,621
2-D,Surface,DSC-PRO,36
2-D,Surface Area,DSC-PRO,97
2-D,Surfaces,CMT-DSC,63
2-D,Surfaces,DSC-DSC,187
2-D,T,DSC-PRO,60
2-D,TEM,CMT-CMT,69
2-D,TEM,DSC-CMT,251
2-D,TG,DSC-CMT,51
2-D,Temperature,CMT-PRO,61
2-D,Temperature,DSC-PRO,128
2-D,Tga,DSC-CMT,84
2-D,Thermal,DSC-PRO,58
2-D,Thermal Conductivity,DSC-PRO,51
2-D,Thermal Ellipsoids,DSC-CMT,49
2-D,Thermal Ellipsoids,DSC-PRO,31
2-D,Thermal Stability,DSC-PRO,50
2-D,Thermogravimetric Analysis,DSC-CMT,56
2-D,Thin,DSC-DSC,41
2-D,Thin Films,CMT-DSC,39
2-D,Thin Films,DSC-DSC,104
2-D,Three Dimensional,CMT-CMT,38
2-D,Three Dimensional,DSC-DSC,159
2-D,Ti,DSC-CHM,54
2-D,TiO2,DSC-CHM,70
2-D,Toluene,DSC-CHM,40
2-D,Topology,DSC-PRO,51
2-D,Transition Metal,DSC-CHM,44
2-D,Transmission Electron Microscopy,DSC-CMT,50
2-D,Tube,DSC-DSC,43
2-D,Two,DSC-DSC,58
2-D,Two-Dimensional,CMT-CMT,188
2-D,Two-Dimensional,DSC-CMT,47
2-D,Two-Dimensional,DSC-DSC,606
2-D,UV Vis,DSC-CMT,36
2-D,UV Vis Absorption,DSC-CMT,32
2-D,Velocity,CMT-PRO,47
2-D,Velocity,DSC-PRO,98
2-D,Velocity Profile,DSC-PRO,37
2-D,Viscosity,DSC-PRO,46
2-D,Wafers,DSC-DSC,33
2-D,X-Ray Crystallography,DSC-CMT,33
2-D,X-Ray Diffraction,DSC-CMT,221
2-D,XPS,DSC-CMT,77
2-D,XRD,CMT-CMT,66
2-D,XRD,DSC-CMT,219
2-D,Zinc,DSC-CHM,34
2-D,Zn,DSC-CHM,93
2-D,Zn(II),DSC-CHM,39
2-D,ZnO,DSC-CHM,53
2-D,Δ,DSC-PRO,32
2-D,β,DSC-PRO,50
2-D,σ,DSC-PRO,41
2-D Nanostructures,2D,DSC-DSC,103
2-D Nanostructures,Graphene,DSC-CHM,37
2-D Nanostructures,Nanosheets,DSC-DSC,48
2-D Nanostructures,Nanostructures,DSC-DSC,60
2-D Nanostructures,Surface,DSC-DSC,31
2-D Nanostructures,Two-Dimensional,DSC-DSC,70
2-DE,MS,CMT-CMT,31
2-DE,Mass Spectrometry,CMT-CMT,32
2-DE,Proteomics,CMT-CMT,34
2-DE,Two Dimensional Electrophoresis,CMT-CMT,35
2-DE,Two Dimensional Gel Electrophoresis,CMT-CMT,36
2-DG,2 Deoxyglucose,CHM-CHM,38
2-DG,ATP,CHM-CHM,31
2-DG,Cells,CHM-DSC,43
2-DG,Glucose,CHM-CHM,67
2-Dimensional,1-Dimensional,DSC-DSC,37
2-Dimensional,2-D,DSC-DSC,34
2-Dimensional,2D,DSC-DSC,146
2-Dimensional,3-Dimensional,DSC-DSC,93
2-Dimensional,3D,DSC-DSC,43
2-Dimensional,Bulk,DSC-DSC,42
2-Dimensional,Carbon,DSC-CHM,65
2-Dimensional,Catalyst,DSC-APL,33
2-Dimensional,Composite,DSC-DSC,42
2-Dimensional,Electrode,DSC-APL,30
2-Dimensional,Film,DSC-DSC,54
2-Dimensional,Films,DSC-DSC,44
2-Dimensional,Graphene,DSC-CHM,80
2-Dimensional,Hexagonal,DSC-SPL,40
2-Dimensional,Hydrogen,DSC-CHM,45
2-Dimensional,Interface,DSC-DSC,43
2-Dimensional,Layered,DSC-DSC,36
2-Dimensional,Layers,DSC-DSC,102
2-Dimensional,Monolayers,DSC-DSC,43
2-Dimensional,Morphology,DSC-PRO,41
2-Dimensional,Nanoparticles,DSC-DSC,45
2-Dimensional,Nanosheets,DSC-DSC,44
2-Dimensional,Oxygen,DSC-CHM,37
2-Dimensional,Particles,DSC-DSC,36
2-Dimensional,SEM,DSC-CMT,32
2-Dimensional,Sheets,DSC-DSC,44
2-Dimensional,Si,DSC-CHM,33
2-Dimensional,Structure,DSC-PRO,80
2-Dimensional,Substrate,DSC-DSC,80
2-Dimensional,Surface,DSC-DSC,97
2-Dimensional,Surfaces,DSC-DSC,31
2-Dimensional,TEM,DSC-CMT,31
2-Dimensional,Thin Films,DSC-DSC,38
2-Electrode,Carbon,APL-CHM,32
2-Electrode,Electrode,APL-APL,53
2-Electrode,Electrodes,APL-APL,42
2-Electrode,Electrolyte,APL-APL,33
2-Electrode,SEM,APL-CMT,38
2-Ethoxyethanol,2-Butoxyethanol,CHM-CHM,32
2-Ethoxyethanol,2-Methoxyethanol,CHM-CHM,47
2-Ethoxyethanol,CH2Cl2,CHM-CHM,31
2-Ethoxyethanol,DMF,CHM-CHM,34
2-Ethoxyethanol,Ethanol,CHM-CHM,32
2-Ethoxyethanol,H2O,CHM-CHM,36
2-Ethoxyethanol,K2CO3,CHM-CHM,32
2-Ethoxyethanol,Na2CO3,CHM-CHM,33
2-Ethoxyethanol,THF,CHM-CHM,46
2-Ethoxyethanol,Toluene,CHM-CHM,33
2-Ethyl-1-Hexanol,Alcohols,CHM-CHM,36
2-Ethylhexanol,Catalyst,CHM-APL,36
2-Ethylhexyl,Alkyls,CHM-CHM,50
2-Ethylhexyl,Chemical Structures,CHM-PRO,46
2-Ethylhexyl,Film,CHM-DSC,45
2-Ethylhexyl,Films,CHM-DSC,50
2-Ethylhexyl,Power Conversion Efficiency,CHM-PRO,36
2-Ethylhexyl,Solar Cell,CHM-APL,32
2-Ethylhexyl,Thin Films,CHM-DSC,45
2-Ethylhexyl,Toluene,CHM-CHM,31
2-Furyl,2-Thienyl,CHM-CHM,31
2-Hexanol,Alcohols,CHM-CHM,34
2-Hexanol,Catalyst,CHM-APL,30
2-Hexanone,2-Pentanone,CHM-CHM,39
2-Hexanone,Ketone,CHM-CHM,44
2-Hexene,1-Hexene,CHM-CHM,34
2-Hydroxy-1-Naphthaldehyde,1H,CHM-CHM,39
2-Hydroxy-1-Naphthaldehyde,Schiff Base,CHM-CHM,58
2-Hydroxyethyl Acrylate,HEA,CHM-CHM,62
2-Hydroxyethyl Methacrylate,1H,CHM-CHM,58
2-Hydroxyethyl Methacrylate,1H NMR,CHM-CMT,41
2-Hydroxyethyl Methacrylate,ATRP,CHM-SMT,43
2-Hydroxyethyl Methacrylate,Acrylamide,CHM-CHM,30
2-Hydroxyethyl Methacrylate,Acrylic Acid,CHM-CHM,59
2-Hydroxyethyl Methacrylate,Atom Transfer Radical Polymerization,CHM-SMT,33
2-Hydroxyethyl Methacrylate,Biocompatibility,CHM-PRO,30
2-Hydroxyethyl Methacrylate,Chemical Structures,CHM-PRO,37
2-Hydroxyethyl Methacrylate,Coatings,CHM-APL,51
2-Hydroxyethyl Methacrylate,Composite,CHM-DSC,41
2-Hydroxyethyl Methacrylate,Compositions,CHM-PRO,74
2-Hydroxyethyl Methacrylate,Copolymer,CHM-DSC,97
2-Hydroxyethyl Methacrylate,DSC,CHM-CMT,38
2-Hydroxyethyl Methacrylate,EGDMA,CHM-CHM,33
2-Hydroxyethyl Methacrylate,Ethylene Glycol Dimethacrylate,CHM-CHM,45
2-Hydroxyethyl Methacrylate,FTIR,CHM-CMT,77
2-Hydroxyethyl Methacrylate,Film,CHM-DSC,51
2-Hydroxyethyl Methacrylate,Films,CHM-DSC,84
2-Hydroxyethyl Methacrylate,Glycidyl Methacrylate,CHM-CHM,32
2-Hydroxyethyl Methacrylate,HEMA,CHM-CHM,501
2-Hydroxyethyl Methacrylate,Hydrogel,CHM-DSC,117
2-Hydroxyethyl Methacrylate,Hydrogen,CHM-CHM,39
2-Hydroxyethyl Methacrylate,Hydrophilic,CHM-PRO,71
2-Hydroxyethyl Methacrylate,Hydrophilicity,CHM-PRO,36
2-Hydroxyethyl Methacrylate,Hydrophobic,CHM-PRO,49
2-Hydroxyethyl Methacrylate,Hydroxyl,CHM-CHM,63
2-Hydroxyethyl Methacrylate,Layers,CHM-DSC,49
2-Hydroxyethyl Methacrylate,MMA,CHM-CHM,49
2-Hydroxyethyl Methacrylate,Mechanical Property,CHM-PRO,31
2-Hydroxyethyl Methacrylate,Membrane,CHM-DSC,73
2-Hydroxyethyl Methacrylate,Methacrylate,CHM-CHM,47
2-Hydroxyethyl Methacrylate,Methacrylic Acid,CHM-CHM,57
2-Hydroxyethyl Methacrylate,Methanol,CHM-CHM,31
2-Hydroxyethyl Methacrylate,Methyl Methacrylate,CHM-CHM,69
2-Hydroxyethyl Methacrylate,Molecular Weight,CHM-PRO,39
2-Hydroxyethyl Methacrylate,Morphology,CHM-PRO,45
2-Hydroxyethyl Methacrylate,Nanoparticles,CHM-DSC,63
2-Hydroxyethyl Methacrylate,PHEMA,CHM-CHM,62
2-Hydroxyethyl Methacrylate,Particles,CHM-DSC,63
2-Hydroxyethyl Methacrylate,Polymers,CHM-DSC,34
2-Hydroxyethyl Methacrylate,SEM,CHM-CMT,95
2-Hydroxyethyl Methacrylate,Scanning Electron Microscopy,CHM-CMT,66
2-Hydroxyethyl Methacrylate,Silica,CHM-CHM,40
2-Hydroxyethyl Methacrylate,Structure,CHM-PRO,54
2-Hydroxyethyl Methacrylate,Styrene,CHM-CHM,43
2-Hydroxyethyl Methacrylate,Substrate,CHM-DSC,54
2-Hydroxyethyl Methacrylate,Surface,CHM-DSC,122
2-Hydroxyethyl Methacrylate,Surfaces,CHM-DSC,55
2-Hydroxyethyl Methacrylate,TEM,CHM-CMT,35
2-Hydroxyethyl Methacrylate,Tga,CHM-CMT,47
2-Hydroxypyridine,2-Pyridone,CHM-CHM,35
2-Hydroxypyridine,Hydrogen,CHM-CHM,31
2-Hydroxyterephthalic Acid,Catalyst,CHM-APL,30
2-Hydroxyterephthalic Acid,Fluorescence,CHM-CMT,34
2-Hydroxyterephthalic Acid,HRTEM,CHM-CMT,30
2-Hydroxyterephthalic Acid,OH,CHM-CHM,32
2-Hydroxyterephthalic Acid,SEM,CHM-CMT,41
2-Hydroxyterephthalic Acid,TEM,CHM-CMT,56
2-Hydroxyterephthalic Acid,Terephthalic Acid,CHM-CHM,51
2-Hydroxyterephthalic Acid,XRD,CHM-CMT,66
2-Iodoxybenzoic Acid,CH2Cl2,CHM-CHM,40
2-Iodoxybenzoic Acid,DMF,CHM-CHM,37
2-Iodoxybenzoic Acid,DMSO,CHM-CHM,37
2-Iodoxybenzoic Acid,H2O,CHM-CHM,32
2-Iodoxybenzoic Acid,MeOH,CHM-CHM,38
2-Iodoxybenzoic Acid,THF,CHM-CHM,48
2-Layer,3-Layer,DSC-DSC,33
2-Layer,Film,DSC-DSC,38
2-Layer,Films,DSC-DSC,33
2-Layer,Layers,DSC-DSC,73
2-Layer,SEM,DSC-CMT,45
2-Layer,Substrate,DSC-DSC,44
2-Layer,Surface,DSC-DSC,37
2-Line,2-Line Ferrihydrite,DSC-CHM,41
2-Line,Fe,DSC-CHM,59
2-Line,Ferrihydrite,DSC-CHM,105
2-Line,Goethite,DSC-CHM,42
2-Line,Iron,DSC-CHM,33
2-Line,Surface,DSC-DSC,31
2-Line,TEM,DSC-CMT,31
2-Line,XRD,DSC-CMT,31
2-Line Ferrihydrite,2-Line,CHM-DSC,41
2-Line Ferrihydrite,Fe,CHM-CHM,31
2-Line Ferrihydrite,Ferrihydrite,CHM-CHM,40
2-ME,2-Mercaptoethanol,CHM-CHM,50
2-MF,2-Methylfuran,CHM-CHM,58
2-MF,Carbon,CHM-CHM,30
2-MF,Catalyst,CHM-APL,51
2-MF,Furfural,CHM-CHM,45
2-MIB,Geosmin,CHM-CHM,30
2-MTHF,2-Methyltetrahydrofuran,CHM-CHM,48
2-MTHF,Catalyst,CHM-APL,42
2-MeTHF,2-Methyltetrahydrofuran,CHM-CHM,40
2-MeTHF,Absorption,CHM-CMT,59
2-MeTHF,Absorption Spectrum,CHM-CMT,43
2-MeTHF,CH2Cl2,CHM-CHM,63
2-MeTHF,Chemical Structures,CHM-PRO,48
2-MeTHF,Cyclic Voltammogram,CHM-CMT,49
2-MeTHF,DFT,CHM-CMT,40
2-MeTHF,Dichloromethane,CHM-CHM,33
2-MeTHF,El,CHM-CMT,45
2-MeTHF,Emission Spectra,CHM-CMT,73
2-MeTHF,Fluorescence,CHM-CMT,44
2-MeTHF,Homo,CHM-PRO,54
2-MeTHF,Hydrogen,CHM-CHM,53
2-MeTHF,LUMO,CHM-PRO,32
2-MeTHF,Molecular Structure,CHM-PRO,64
2-MeTHF,Phosphorescence,CHM-CMT,38
2-MeTHF,THF,CHM-CHM,76
2-MeTHF,Toluene,CHM-CHM,54
2-MeTHF,UV Vis Absorption,CHM-CMT,51
2-Mercaptobenzimidazole,2-Mercaptobenzothiazole,CHM-CHM,30
2-Mercaptobenzimidazole,MBI,CHM-CHM,40
2-Mercaptobenzimidazole,Surface,CHM-DSC,36
2-Mercaptobenzothiazole,2-Mercaptobenzimidazole,CHM-CHM,30
2-Mercaptobenzothiazole,Coatings,CHM-APL,33
2-Mercaptobenzothiazole,MBT,CHM-CHM,97
2-Mercaptobenzothiazole,Surface,CHM-DSC,43
2-Mercaptoethanol,1H,CHM-CHM,35
2-Mercaptoethanol,2-ME,CHM-CHM,50
2-Mercaptoethanol,Amino Acid,CHM-CHM,62
2-Mercaptoethanol,Carbon,CHM-CHM,30
2-Mercaptoethanol,Cys,CHM-CHM,30
2-Mercaptoethanol,Cysteines,CHM-CHM,49
2-Mercaptoethanol,DMF,CHM-CHM,46
2-Mercaptoethanol,Detection Limit,CHM-PRO,30
2-Mercaptoethanol,Disulfide,CHM-CHM,37
2-Mercaptoethanol,EDTA,CHM-CHM,30
2-Mercaptoethanol,Electrode,CHM-APL,46
2-Mercaptoethanol,Film,CHM-DSC,31
2-Mercaptoethanol,Fluorescence,CHM-CMT,37
2-Mercaptoethanol,Glutathione,CHM-CHM,36
2-Mercaptoethanol,H2O2,CHM-CHM,30
2-Mercaptoethanol,HCl,CHM-CHM,42
2-Mercaptoethanol,Molecular Weight,CHM-PRO,31
2-Mercaptoethanol,NaCl,CHM-CHM,39
2-Mercaptoethanol,NaOH,CHM-CHM,30
2-Mercaptoethanol,Nanoparticles,CHM-DSC,54
2-Mercaptoethanol,Phosphate,CHM-CHM,41
2-Mercaptoethanol,SDS-Page,CHM-CMT,33
2-Mercaptoethanol,SEM,CHM-CMT,34
2-Mercaptoethanol,Structure,CHM-PRO,35
2-Mercaptoethanol,Substrate,CHM-DSC,35
2-Mercaptoethanol,Surface,CHM-DSC,77
2-Mercaptoethanol,TEM,CHM-CMT,57
2-Mercaptoethanol,THF,CHM-CHM,30
2-Mercaptoethanol,Thiols,CHM-CHM,114
2-Mercaptoethanol,Tris,CHM-CHM,31
2-Mercaptoethanol,XRD,CHM-CMT,30
2-Methacryloyloxyethyl Phosphorylcholine,MPC,CHM-CHM,111
2-Methacryloyloxyethyl Phosphorylcholine,Surface,CHM-DSC,72
2-Methacryloyloxyethyl Phosphorylcholine,Surfaces,CHM-DSC,37
2-Methoxyethanol,2-Ethoxyethanol,CHM-CHM,47
2-Methoxyethanol,Annealed,CHM-SMT,33
2-Methoxyethanol,Annealing,CHM-SMT,40
2-Methoxyethanol,CH2Cl2,CHM-CHM,32
2-Methoxyethanol,Compositions,CHM-PRO,43
2-Methoxyethanol,DMF,CHM-CHM,51
2-Methoxyethanol,Ethanol,CHM-CHM,64
2-Methoxyethanol,Excess Molar Volume,CHM-PRO,30
2-Methoxyethanol,Film,CHM-DSC,78
2-Methoxyethanol,Films,CHM-DSC,128
2-Methoxyethanol,H2O,CHM-CHM,32
2-Methoxyethanol,Hydrogen,CHM-CHM,43
2-Methoxyethanol,Layers,CHM-DSC,38
2-Methoxyethanol,MeOH,CHM-CHM,31
2-Methoxyethanol,Methanol,CHM-CHM,57
2-Methoxyethanol,Nanoparticles,CHM-DSC,32
2-Methoxyethanol,Oxygen,CHM-CHM,32
2-Methoxyethanol,Perovskites,CHM-CHM,33
2-Methoxyethanol,Perovskites,CHM-SPL,30
2-Methoxyethanol,SEM,CHM-CMT,56
2-Methoxyethanol,Sol-Gel,CHM-SMT,82
2-Methoxyethanol,Spin Coating,CHM-SMT,39
2-Methoxyethanol,Structure,CHM-PRO,30
2-Methoxyethanol,Substrate,CHM-DSC,96
2-Methoxyethanol,Surface,CHM-DSC,35
2-Methoxyethanol,THF,CHM-CHM,39
2-Methoxyethanol,Thin Films,CHM-DSC,94
2-Methoxyethanol,Toluene,CHM-CHM,34
2-Methoxyethanol,X-Ray Diffraction,CHM-CMT,70
2-Methoxyethanol,XRD,CHM-CMT,63
2-Methoxyethanol,ZnO,CHM-CHM,54
2-Methoxynaphthalene,Acetic Anhydride,CHM-CHM,33
2-Methoxynaphthalene,Catalyst,CHM-APL,33
2-Methoxyphenol,Guaiacols,CHM-CHM,37
2-Methoxyphenol,Phenol,CHM-CHM,48
2-Methyl,3-Methyl,CHM-CHM,35
2-Methyl-1-Butanol,3-Methyl-1-Butanol,CHM-CHM,47
2-Methyl-1-Butanol,Alcohols,CHM-CHM,38
2-Methyl-1-Butene,2-Methyl-2-Butene,CHM-CHM,36
2-Methyl-1-Propanol,1-Butanol,CHM-CHM,98
2-Methyl-1-Propanol,1-Propanol,CHM-CHM,66
2-Methyl-1-Propanol,2-Butanol,CHM-CHM,78
2-Methyl-1-Propanol,2-Methyl-2-Propanol,CHM-CHM,44
2-Methyl-1-Propanol,2-Propanol,CHM-CHM,72
2-Methyl-1-Propanol,3-Methyl-1-Butanol,CHM-CHM,41
2-Methyl-1-Propanol,Alcohols,CHM-CHM,61
2-Methyl-1-Propanol,Densities,CHM-PRO,33
2-Methyl-1-Propanol,Ethanol,CHM-CHM,62
2-Methyl-1-Propanol,Methanol,CHM-CHM,48
2-Methyl-2-Butene,(COCl)2,CHM-CHM,88
2-Methyl-2-Butene,"2,4,6-Trichlorobenzoyl Chloride",CHM-CHM,45
2-Methyl-2-Butene,"2,6-Lutidine",CHM-CHM,90
2-Methyl-2-Butene,2-Methyl-1-Butene,CHM-CHM,36
2-Methyl-2-Butene,25C,CHM-CHM,30
2-Methyl-2-Butene,AIBN,CHM-CHM,33
2-Methyl-2-Butene,Ac2O,CHM-CHM,71
2-Methyl-2-Butene,AcOH,CHM-CHM,97
2-Methyl-2-Butene,Acetone,CHM-CHM,103
2-Methyl-2-Butene,Aldehyde,CHM-CHM,32
2-Methyl-2-Butene,BF3–OEt2,CHM-CHM,38
2-Methyl-2-Butene,Benzenes,CHM-CHM,94
2-Methyl-2-Butene,BnBr,CHM-CHM,65
2-Methyl-2-Butene,CBr4,CHM-CHM,31
2-Methyl-2-Butene,CH2Cl2,CHM-CHM,288
2-Methyl-2-Butene,"CH2Cl2, 78C",CHM-CHM,76
2-Methyl-2-Butene,CH2N2,CHM-CHM,36
2-Methyl-2-Butene,CH3CN,CHM-CHM,76
2-Methyl-2-Butene,CHCl3,CHM-CHM,37
2-Methyl-2-Butene,Catalyst,CHM-APL,45
2-Methyl-2-Butene,Cs2CO3,CHM-CHM,32
2-Methyl-2-Butene,CuI,CHM-CHM,43
2-Methyl-2-Butene,DBU,CHM-CHM,36
2-Methyl-2-Butene,DDQ,CHM-CHM,68
2-Methyl-2-Butene,DIBAL-H,CHM-CHM,91
2-Methyl-2-Butene,DIPEA,CHM-CHM,38
2-Methyl-2-Butene,DMAP,CHM-CHM,179
2-Methyl-2-Butene,DMF,CHM-CHM,212
2-Methyl-2-Butene,DMP,CHM-CHM,62
2-Methyl-2-Butene,DMSO,CHM-CHM,151
2-Methyl-2-Butene,Dess-Martin Periodinane,CHM-SMT,88
2-Methyl-2-Butene,Dioxane,CHM-CHM,51
2-Methyl-2-Butene,EDCI,CHM-CHM,31
2-Methyl-2-Butene,Et2O,CHM-CHM,138
2-Methyl-2-Butene,Et3N,CHM-CHM,208
2-Methyl-2-Butene,EtOAc,CHM-CHM,82
2-Methyl-2-Butene,H2,CHM-CHM,178
2-Methyl-2-Butene,H2O,CHM-CHM,273
2-Methyl-2-Butene,H2O2,CHM-CHM,93
2-Methyl-2-Butene,H2SO4,CHM-CHM,34
2-Methyl-2-Butene,HCl,CHM-CHM,112
2-Methyl-2-Butene,HMDS,CHM-CHM,30
2-Methyl-2-Butene,HMPA,CHM-CHM,51
2-Methyl-2-Butene,Hexane,CHM-CHM,30
2-Methyl-2-Butene,Hydrogen,CHM-CHM,36
2-Methyl-2-Butene,Imidazole,CHM-CHM,132
2-Methyl-2-Butene,K2CO3,CHM-CHM,141
2-Methyl-2-Butene,KOH,CHM-CHM,37
2-Methyl-2-Butene,LDA,CHM-CHM,30
2-Methyl-2-Butene,LiAlH4,CHM-CHM,62
2-Methyl-2-Butene,LiBH4,CHM-CHM,34
2-Methyl-2-Butene,LiCl,CHM-CHM,37
2-Methyl-2-Butene,LiOH,CHM-CHM,45
2-Methyl-2-Butene,M-CPBA,CHM-CHM,48
2-Methyl-2-Butene,MeCN,CHM-CHM,89
2-Methyl-2-Butene,MeI,CHM-CHM,63
2-Methyl-2-Butene,MeOH,CHM-CHM,276
2-Methyl-2-Butene,Methanol,CHM-CHM,34
2-Methyl-2-Butene,MnO2,CHM-CHM,31
2-Methyl-2-Butene,MsCl,CHM-CHM,44
2-Methyl-2-Butene,"N,N-Dimethylformamide",CHM-CHM,42
2-Methyl-2-Butene,NEt3,CHM-CHM,34
2-Methyl-2-Butene,NMO,CHM-CHM,30
2-Methyl-2-Butene,NaBH4,CHM-CHM,110
2-Methyl-2-Butene,NaClO2,CHM-CHM,308
2-Methyl-2-Butene,NaH,CHM-CHM,137
2-Methyl-2-Butene,NaH2PO4,CHM-CHM,215
2-Methyl-2-Butene,NaHCO3,CHM-CHM,108
2-Methyl-2-Butene,NaHMDS,CHM-CHM,33
2-Methyl-2-Butene,NaIO4,CHM-CHM,64
2-Methyl-2-Butene,NaOH,CHM-CHM,104
2-Methyl-2-Butene,O3,CHM-CHM,66
2-Methyl-2-Butene,Olefins,CHM-CHM,34
2-Methyl-2-Butene,OsO4,CHM-CHM,54
2-Methyl-2-Butene,PMB,CHM-CHM,31
2-Methyl-2-Butene,PPTS,CHM-CHM,36
2-Methyl-2-Butene,PPh3,CHM-CHM,113
2-Methyl-2-Butene,Pd,CHM-CHM,52
2-Methyl-2-Butene,Pd (OH)2,CHM-CHM,36
2-Methyl-2-Butene,Pd(OAc)2,CHM-CHM,33
2-Methyl-2-Butene,Pd(PPh3)4,CHM-CHM,47
2-Methyl-2-Butene,Pd/C,CHM-CHM,84
2-Methyl-2-Butene,Ph3P,CHM-CHM,51
2-Methyl-2-Butene,Pyridine,CHM-CHM,127
2-Methyl-2-Butene,T-BuOH,CHM-CHM,106
2-Methyl-2-Butene,TBAF,CHM-CHM,162
2-Methyl-2-Butene,TBDPS-Cl,CHM-CHM,50
2-Methyl-2-Butene,TBS,CHM-CHM,66
2-Methyl-2-Butene,TBSCl,CHM-CHM,90
2-Methyl-2-Butene,TBSOTf,CHM-CHM,70
2-Methyl-2-Butene,TEMPO,CHM-CHM,35
2-Methyl-2-Butene,TFA,CHM-CHM,85
2-Methyl-2-Butene,THF,CHM-CHM,320
2-Methyl-2-Butene,"THF,78C",CHM-CHM,63
2-Methyl-2-Butene,TMS,CHM-CHM,50
2-Methyl-2-Butene,TMSCHN2,CHM-CHM,34
2-Methyl-2-Butene,TMSCl,CHM-CHM,42
2-Methyl-2-Butene,Tert-Butyldimethylsilyl,CHM-CHM,64
2-Methyl-2-Butene,Tetra-N-Butylammonium Fluoride,CHM-CHM,33
2-Methyl-2-Butene,Tetrabutylammonium Fluoride,CHM-CHM,33
2-Methyl-2-Butene,Ti(OiPr)4,CHM-CHM,40
2-Methyl-2-Butene,Toluene,CHM-CHM,174
2-Methyl-2-Butene,Trifluoromethanesulfonyl,CHM-CHM,43
2-Methyl-2-Butene,Trimethylsilyl,CHM-CHM,48
2-Methyl-2-Butene,Zn,CHM-CHM,42
2-Methyl-2-Butene,iPr2NEt,CHM-CHM,32
2-Methyl-2-Butene,n-BuLi,CHM-CHM,46
2-Methyl-2-Butene,tBuOH,CHM-CHM,139
2-Methyl-2-Propanol,1-Butanol,CHM-CHM,52
2-Methyl-2-Propanol,1-Propanol,CHM-CHM,47
2-Methyl-2-Propanol,2-Butanol,CHM-CHM,70
2-Methyl-2-Propanol,2-Methyl-1-Propanol,CHM-CHM,44
2-Methyl-2-Propanol,2-Propanol,CHM-CHM,64
2-Methyl-2-Propanol,Alcohols,CHM-CHM,65
2-Methyl-2-Propanol,Ethanol,CHM-CHM,48
2-Methyl-2-Propanol,Methanol,CHM-CHM,45
2-Methyl-3-Butyn-2-ol,Catalyst,CHM-APL,46
2-Methyl-3-Butyn-2-ol,Pd,CHM-CHM,35
2-Methyl-3-Butyn-2-ol,Toluene,CHM-CHM,31
2-Methylbutane,Alkane,CHM-CHM,32
2-Methylfuran,"2,5-Dimethylfuran",CHM-CHM,78
2-Methylfuran,2-MF,CHM-CHM,58
2-Methylfuran,Acetone,CHM-CHM,34
2-Methylfuran,Activity,CHM-PRO,40
2-Methylfuran,CO,CHM-CHM,36
2-Methylfuran,Carbon,CHM-CHM,73
2-Methylfuran,Catalyst,CHM-APL,151
2-Methylfuran,Cu,CHM-CHM,42
2-Methylfuran,DMF,CHM-CHM,45
2-Methylfuran,Furans,CHM-CHM,142
2-Methylfuran,Furfural,CHM-CHM,149
2-Methylfuran,Furfuryl Alcohol,CHM-CHM,77
2-Methylfuran,H2,CHM-CHM,36
2-Methylfuran,Hydrodeoxygenation,CHM-SMT,33
2-Methylfuran,Hydrogen,CHM-CHM,59
2-Methylfuran,Hydrogenation,CHM-APL,39
2-Methylfuran,Hydrogenation,CHM-SMT,53
2-Methylfuran,Ni,CHM-CHM,35
2-Methylfuran,Oxygen,CHM-CHM,35
2-Methylfuran,Pd,CHM-CHM,32
2-Methylfuran,Surface,CHM-DSC,35
2-Methylfuran,Toluene,CHM-CHM,32
2-Methylfuran,XRD,CHM-CMT,30
2-Methylimidazole,CO2,CHM-CHM,34
2-Methylimidazole,Carbon,CHM-CHM,48
2-Methylimidazole,Catalyst,CHM-APL,47
2-Methylimidazole,Co,CHM-CHM,33
2-Methylimidazole,Composite,CHM-DSC,36
2-Methylimidazole,Crystal,CHM-DSC,42
2-Methylimidazole,Hydrogen,CHM-CHM,38
2-Methylimidazole,Imidazole,CHM-CHM,76
2-Methylimidazole,Layers,CHM-DSC,30
2-Methylimidazole,Membrane,CHM-DSC,37
2-Methylimidazole,Methanol,CHM-CHM,36
2-Methylimidazole,Morphology,CHM-PRO,37
2-Methylimidazole,N2,CHM-CHM,39
2-Methylimidazole,Nanoparticles,CHM-DSC,34
2-Methylimidazole,Nitrogen,CHM-CHM,46
2-Methylimidazole,Oxygen,CHM-CHM,34
2-Methylimidazole,Porous,CHM-DSC,36
2-Methylimidazole,SEM,CHM-CMT,70
2-Methylimidazole,Structure,CHM-PRO,53
2-Methylimidazole,Surface,CHM-DSC,47
2-Methylimidazole,TEM,CHM-CMT,44
2-Methylimidazole,XRD,CHM-CMT,55
2-Methylimidazole,ZIF,CHM-CHM,50
2-Methylimidazole,ZIF-67,CHM-CHM,35
2-Methylimidazole,ZIF-8,CHM-CHM,144
2-Methylimidazole,Zeolitic Imidazolate,CHM-CHM,31
2-Methylimidazole,Zinc,CHM-CHM,34
2-Methylimidazole,Zn,CHM-CHM,51
2-Methylimidazole,Zn2+,CHM-CHM,34
2-Methylimidazole,ZnO,CHM-CHM,35
2-Methylisoborneol,Geosmin,CHM-CHM,59
2-Methylisoborneol,MIB,CHM-CHM,44
2-Methylnaphthalene,1-Methylnaphthalene,CHM-CHM,57
2-Methylnaphthalene,Anthracene,CHM-CHM,32
2-Methylnaphthalene,Benzenes,CHM-CHM,36
2-Methylnaphthalene,Catalyst,CHM-APL,33
2-Methylnaphthalene,Naphthalene,CHM-CHM,100
2-Methylnaphthalene,Phenanthrene,CHM-CHM,34
2-Methylnaphthalene,Toluene,CHM-CHM,41
2-Methylpentane,"2,2-Dimethylbutane",CHM-CHM,63
2-Methylpentane,"2,3-Dimethylbutane",CHM-CHM,49
2-Methylpentane,2MP,CHM-CHM,41
2-Methylpentane,3-Methylpentane,CHM-CHM,121
2-Methylpentane,Alkane,CHM-CHM,71
2-Methylpentane,Benzenes,CHM-CHM,46
2-Methylpentane,Carbon,CHM-CHM,45
2-Methylpentane,Catalyst,CHM-APL,81
2-Methylpentane,Cyclohexane,CHM-CHM,46
2-Methylpentane,H2,CHM-CHM,34
2-Methylpentane,Hexane,CHM-CHM,71
2-Methylpentane,Hydrocarbon,CHM-CHM,44
2-Methylpentane,Hydrogen,CHM-CHM,54
2-Methylpentane,Methylcyclopentane,CHM-CHM,53
2-Methylpentane,N-Hexane,CHM-CHM,106
2-Methylpentane,Pt,CHM-CHM,36
2-Methylpentane,Surface,CHM-DSC,35
2-Methylpentane,Toluene,CHM-CHM,32
2-Methylpentane,Zeolites,CHM-CHM,48
2-Methylphenol,Phenol,CHM-CHM,50
2-Methylpyridine,Pyridine,CHM-CHM,58
2-Methyltetrahydrofuran,2-MTHF,CHM-CHM,48
2-Methyltetrahydrofuran,2-MeTHF,CHM-CHM,40
2-Methyltetrahydrofuran,Absorption,CHM-CMT,52
2-Methyltetrahydrofuran,Absorption Spectrum,CHM-CMT,57
2-Methyltetrahydrofuran,CH2Cl2,CHM-CHM,68
2-Methyltetrahydrofuran,Catalyst,CHM-APL,54
2-Methyltetrahydrofuran,Chemical Structures,CHM-PRO,46
2-Methyltetrahydrofuran,Current Efficiency,CHM-PRO,35
2-Methyltetrahydrofuran,Cyclic Voltammogram,CHM-CMT,39
2-Methyltetrahydrofuran,DSC,CHM-CMT,50
2-Methyltetrahydrofuran,Dichloromethane,CHM-CHM,46
2-Methyltetrahydrofuran,El,CHM-CMT,69
2-Methyltetrahydrofuran,Emission Spectra,CHM-CMT,46
2-Methyltetrahydrofuran,Fluorescence,CHM-CMT,45
2-Methyltetrahydrofuran,Furfural,CHM-CHM,34
2-Methyltetrahydrofuran,Glass,CHM-DSC,32
2-Methyltetrahydrofuran,Homo,CHM-PRO,57
2-Methyltetrahydrofuran,Hydrogen,CHM-CHM,58
2-Methyltetrahydrofuran,LUMO,CHM-PRO,33
2-Methyltetrahydrofuran,MTHF,CHM-CHM,43
2-Methyltetrahydrofuran,Molecular Structure,CHM-PRO,66
2-Methyltetrahydrofuran,Phosphorescence,CHM-CMT,85
2-Methyltetrahydrofuran,Power Efficiency,CHM-PRO,33
2-Methyltetrahydrofuran,THF,CHM-CHM,57
2-Methyltetrahydrofuran,Tetrahydrofuran,CHM-CHM,48
2-Methyltetrahydrofuran,Tga,CHM-CMT,42
2-Methyltetrahydrofuran,Toluene,CHM-CHM,78
2-Methyltetrahydrofuran,UV Vis Absorption,CHM-CMT,55
2-Methylthiophene,Thiophene,CHM-CHM,31
2-NBDG,Glucose,CHM-CHM,51
2-NP,"2,4-DNP",CHM-CHM,36
2-NP,2-Nitrophenol,CHM-CHM,78
2-NP,3-NP,CHM-CHM,55
2-NP,4-NP,CHM-CHM,148
2-NP,4-Nitrophenol,CHM-CHM,52
2-NP,Ag,CHM-CHM,30
2-NP,Catalyst,CHM-APL,66
2-NP,FT-IR,CHM-CMT,32
2-NP,FTIR,CHM-CMT,30
2-NP,HRTEM,CHM-CMT,54
2-NP,NaBH4,CHM-CHM,44
2-NP,Nanoparticles,CHM-DSC,35
2-NP,Nitrophenol,CHM-CHM,34
2-NP,Phenol,CHM-CHM,42
2-NP,Reductions,CHM-APL,43
2-NP,Reductions,CHM-SMT,34
2-NP,SEM,CHM-CMT,52
2-NP,TEM,CHM-CMT,82
2-NP,UV Vis Absorption,CHM-CMT,31
2-NP,XPS,CHM-CMT,40
2-NP,XRD,CHM-CMT,76
2-Naphthalenethiol,Au,CHM-CHM,30
2-Naphthalenethiol,Sers,CHM-CMT,35
2-Naphthol,1-Naphthol,CHM-CHM,84
2-Naphthol,Acetonitrile,CHM-CHM,30
2-Naphthol,Aldehyde,CHM-CHM,46
2-Naphthol,Carbon,CHM-CHM,53
2-Naphthol,Catalyst,CHM-APL,86
2-Naphthol,FT-IR,CHM-CMT,36
2-Naphthol,Hydrogen,CHM-CHM,42
2-Naphthol,Methanol,CHM-CHM,43
2-Naphthol,Naphthalene,CHM-CHM,56
2-Naphthol,Naphthols,CHM-CHM,41
2-Naphthol,Oxygen,CHM-CHM,57
2-Naphthol,Phenol,CHM-CHM,91
2-Naphthol,SEM,CHM-CMT,45
2-Naphthol,Silica,CHM-CHM,31
2-Naphthol,Structure,CHM-PRO,31
2-Naphthol,Surface,CHM-DSC,35
2-Naphthol,XRD,CHM-CMT,45
2-Naphthyl,1-Naphthyl,CHM-CHM,39
2-Naphthyl,Phenyls,CHM-CHM,35
2-Nitrophenol,"2,4-Dinitrophenol",CHM-CHM,36
2-Nitrophenol,2-Chlorophenol,CHM-CHM,32
2-Nitrophenol,2-NP,CHM-CHM,78
2-Nitrophenol,3-Nitrophenol,CHM-CHM,50
2-Nitrophenol,4-NP,CHM-CHM,47
2-Nitrophenol,4-Nitrophenol,CHM-CHM,128
2-Nitrophenol,Catalyst,CHM-APL,64
2-Nitrophenol,Nanoparticles,CHM-DSC,51
2-Nitrophenol,Nitrophenol,CHM-CHM,55
2-Nitrophenol,Phenol,CHM-CHM,82
2-Nitrophenol,Phenolics,CHM-CHM,33
2-Nitrophenol,Reductions,CHM-APL,31
2-Nitrophenol,SEM,CHM-CMT,48
2-Nitrophenol,Surface,CHM-DSC,39
2-Nitrophenol,TEM,CHM-CMT,52
2-Nitrophenol,XPS,CHM-CMT,35
2-Nitrophenol,XRD,CHM-CMT,59
2-Nitrophenyl Octyl Ether,Membrane,CHM-DSC,46
2-Nitrophenyl Octyl Ether,NPOE,CHM-CHM,47
2-OG,2-Oxoglutarate,CHM-CHM,32
2-OH,Hydrogen,CHM-CHM,30
2-Octanol,1-Octanol,CHM-CHM,31
2-Octanol,Alcohols,CHM-CHM,57
2-Octanol,Catalyst,CHM-APL,51
2-Octanol,Oxidation,CHM-APL,31
2-Octanone,Alcohols,CHM-CHM,33
2-Octanone,Ketone,CHM-CHM,44
2-Oxoglutarate,2-OG,CHM-CHM,32
2-Oxoglutarate,ATP,CHM-CHM,32
2-Oxoglutarate,Amino Acid,CHM-CHM,31
2-Oxoglutarate,Carbon,CHM-CHM,37
2-Oxoglutarate,Citrates,CHM-CHM,51
2-Oxoglutarate,Glucose,CHM-CHM,44
2-Oxoglutarate,Glutamate,CHM-CHM,45
2-Oxoglutarate,Isocitrate,CHM-CHM,35
2-Oxoglutarate,Malate,CHM-CHM,43
2-Oxoglutarate,Oxygen,CHM-CHM,34
2-Oxoglutarate,Pyruvate,CHM-CHM,53
2-Oxoglutarate,Succinate,CHM-CHM,58
2-Pentanol,1-Butanol,CHM-CHM,32
2-Pentanol,1-Pentanol,CHM-CHM,66
2-Pentanol,1-Propanol,CHM-CHM,32
2-Pentanol,2-Butanol,CHM-CHM,65
2-Pentanol,2-Propanol,CHM-CHM,57
2-Pentanol,3-Pentanol,CHM-CHM,32
2-Pentanol,Alcohols,CHM-CHM,79
2-Pentanol,Catalyst,CHM-APL,39
2-Pentanone,2-Butanone,CHM-CHM,55
2-Pentanone,2-Hexanone,CHM-CHM,39
2-Pentanone,3-Pentanone,CHM-CHM,31
2-Pentanone,Acetone,CHM-CHM,63
2-Pentanone,Alcohols,CHM-CHM,35
2-Pentanone,Ethanol,CHM-CHM,37
2-Pentanone,Ketone,CHM-CHM,68
2-Pentanone,Toluene,CHM-CHM,33
2-Phenyl Ethanol,Alcohols,CHM-CHM,32
2-Phenyl Ethanol,Benzyl Alcohol,CHM-CHM,31
2-Phenylpyridine,1H,CHM-CHM,39
2-Phenylpyridine,"2,2'-Bipyridine",CHM-CHM,32
2-Phenylpyridine,Absorption,CHM-PRO,31
2-Phenylpyridine,BPY,CHM-CHM,41
2-Phenylpyridine,Catalyst,CHM-APL,33
2-Phenylpyridine,DFT,CHM-CMT,48
2-Phenylpyridine,Density Functional Theory,CHM-CMT,35
2-Phenylpyridine,Electrochemical Properties,CHM-PRO,36
2-Phenylpyridine,Excited State,CHM-PRO,30
2-Phenylpyridine,Hydrogen,CHM-CHM,39
2-Phenylpyridine,Ir,CHM-CHM,45
2-Phenylpyridine,Ir(III),CHM-CHM,45
2-Phenylpyridine,Iridium,CHM-CHM,71
2-Phenylpyridine,Iridium (III),CHM-CHM,60
2-Phenylpyridine,Luminescent,CHM-PRO,34
2-Phenylpyridine,PPY,CHM-CHM,131
2-Phenylpyridine,Phenyls,CHM-CHM,36
2-Phenylpyridine,Phosphorescence,CHM-PRO,33
2-Phenylpyridine,Phosphorescent,CHM-PRO,38
2-Phenylpyridine,Photophysical,CHM-PRO,44
2-Phenylpyridine,Photophysical Properties,CHM-PRO,48
2-Phenylpyridine,Pyridine,CHM-CHM,40
2-Phenylpyridine,Structure,CHM-PRO,32
2-Phosphoglycerate,3-Phosphoglycerate,CHM-CHM,32
2-Phosphoglycerate,Phosphoenolpyruvate,CHM-CHM,32
2-Picoline,4-Picoline,CHM-CHM,31
2-Picoline,Pyridine,CHM-CHM,53
2-PrOH,2-Propanol,CHM-CHM,49
2-PrOH,Alcohols,CHM-CHM,62
2-PrOH,Catalyst,CHM-APL,53
2-PrOH,DMF,CHM-CHM,31
2-PrOH,Ethanol,CHM-CHM,31
2-PrOH,H2,CHM-CHM,31
2-PrOH,H2O,CHM-CHM,52
2-PrOH,Hydrogen,CHM-CHM,41
2-PrOH,MeOH,CHM-CHM,77
2-PrOH,TEM,CHM-CMT,30
2-PrOH,THF,CHM-CHM,33
2-PrOH,XRD,CHM-CMT,33
2-Propanol,"1,2 Propanediol",CHM-CHM,48
2-Propanol,"1,3-Propanediol",CHM-CHM,30
2-Propanol,"1,4-Dioxane",CHM-CHM,77
2-Propanol,1-Butanol,CHM-CHM,424
2-Propanol,1-Hexanol,CHM-CHM,36
2-Propanol,1-Octanol,CHM-CHM,52
2-Propanol,1-Pentanol,CHM-CHM,113
2-Propanol,1-Propanol,CHM-CHM,783
2-Propanol,13C,CHM-CHM,46
2-Propanol,13C NMR,CHM-CMT,39
2-Propanol,1H,CHM-CHM,139
2-Propanol,1H NMR,CHM-CMT,98
2-Propanol,2-Butanol,CHM-CHM,299
2-Propanol,2-Butanone,CHM-CHM,49
2-Propanol,2-Methyl-1-Propanol,CHM-CHM,72
2-Propanol,2-Methyl-2-Propanol,CHM-CHM,64
2-Propanol,2-Pentanol,CHM-CHM,57
2-Propanol,2-PrOH,CHM-CHM,49
2-Propanol,25C,CHM-CHM,42
2-Propanol,AFM,CHM-CMT,117
2-Propanol,Absorbance,CHM-PRO,88
2-Propanol,Absorption,CHM-CMT,92
2-Propanol,Absorption,CHM-PRO,66
2-Propanol,Absorption Spectrum,CHM-CMT,161
2-Propanol,Acetaldehyde,CHM-CHM,86
2-Propanol,Acetate,CHM-CHM,43
2-Propanol,Acetic Acid,CHM-CHM,173
2-Propanol,Acetone,CHM-CHM,828
2-Propanol,Acetonitrile,CHM-CHM,402
2-Propanol,Acetophenone,CHM-CHM,93
2-Propanol,Acidic Sites,CHM-PRO,36
2-Propanol,Acidity,CHM-PRO,86
2-Propanol,Activation Energies,CHM-PRO,32
2-Propanol,Activation Energy,CHM-PRO,60
2-Propanol,Activities,CHM-PRO,33
2-Propanol,Activity,CHM-PRO,322
2-Propanol,Activity Coefficient,CHM-PRO,96
2-Propanol,Adsorbent,CHM-APL,30
2-Propanol,Adsorption Isotherm,CHM-PRO,34
2-Propanol,Ag,CHM-CHM,137
2-Propanol,Aged,CHM-SMT,31
2-Propanol,Aging,CHM-SMT,34
2-Propanol,Al,CHM-CHM,120
2-Propanol,Al2O3,CHM-CHM,147
2-Propanol,Alcohols,CHM-CHM,985
2-Propanol,Aldehyde,CHM-CHM,101
2-Propanol,Alkane,CHM-CHM,67
2-Propanol,Alkanol,CHM-CHM,30
2-Propanol,Alkene,CHM-CHM,43
2-Propanol,Alkoxide,CHM-CHM,45
2-Propanol,Alkyls,CHM-CHM,57
2-Propanol,Alloy,CHM-DSC,34
2-Propanol,Alumina,CHM-CHM,92
2-Propanol,Aluminum,CHM-CHM,65
2-Propanol,Amides,CHM-CHM,43
2-Propanol,Amines,CHM-CHM,72
2-Propanol,Amino Acid,CHM-CHM,52
2-Propanol,Ammonia,CHM-CHM,86
2-Propanol,Ammonium Acetate,CHM-CHM,32
2-Propanol,Amorphous,CHM-DSC,108
2-Propanol,Anatase,CHM-SPL,134
2-Propanol,Angles,CHM-PRO,40
2-Propanol,Anilines,CHM-CHM,50
2-Propanol,Annealed,CHM-SMT,54
2-Propanol,Annealing,CHM-SMT,62
2-Propanol,Anode,CHM-APL,37
2-Propanol,Anthracene,CHM-CHM,53
2-Propanol,Apelblat Equation,CHM-CMT,77
2-Propanol,Ar,CHM-CHM,42
2-Propanol,Argon,CHM-CHM,55
2-Propanol,Arrhenius Plot,CHM-CMT,58
2-Propanol,As Prepared,CHM-DSC,85
2-Propanol,As-Synthesized,CHM-DSC,46
2-Propanol,Au,CHM-CHM,199
2-Propanol,B3LYP,CHM-CMT,30
2-Propanol,BET,CHM-CMT,38
2-Propanol,Band Gap,CHM-PRO,43
2-Propanol,Basicity,CHM-PRO,36
2-Propanol,Beads,CHM-DSC,32
2-Propanol,Benzaldehyde,CHM-CHM,43
2-Propanol,Benzenes,CHM-CHM,203
2-Propanol,Benzoic Acid,CHM-CHM,34
2-Propanol,Benzyl Alcohol,CHM-CHM,52
2-Propanol,Binary Interaction Parameter,CHM-PRO,33
2-Propanol,Binodal,CHM-PRO,30
2-Propanol,Blue Line,CHM-CHM,34
2-Propanol,Bond Length,CHM-PRO,55
2-Propanol,Br,CHM-CHM,44
2-Propanol,Bulk,CHM-DSC,143
2-Propanol,Butanol,CHM-CHM,80
2-Propanol,CCl4,CHM-CHM,34
2-Propanol,CDCl3,CHM-CHM,50
2-Propanol,CH2Cl2,CHM-CHM,110
2-Propanol,CH3,CHM-CHM,32
2-Propanol,CH3CN,CHM-CHM,71
2-Propanol,CH3OH,CHM-CHM,42
2-Propanol,CH4,CHM-CHM,41
2-Propanol,CHCl3,CHM-CHM,40
2-Propanol,CO,CHM-CHM,164
2-Propanol,CO2,CHM-CHM,325
2-Propanol,Calcination,CHM-SMT,162
2-Propanol,Calcined,CHM-SMT,156
2-Propanol,Carbon,CHM-CHM,369
2-Propanol,Carbon Dioxide,CHM-CHM,98
2-Propanol,Carbons,CHM-CHM,37
2-Propanol,Carbonyls,CHM-CHM,101
2-Propanol,Carboxylic Acid,CHM-CHM,31
2-Propanol,Catalysis,CHM-APL,35
2-Propanol,Catalyst,CHM-APL,924
2-Propanol,Catalysts,CHM-APL,33
2-Propanol,Catalytic,CHM-APL,45
2-Propanol,Catalytic Activity,CHM-PRO,267
2-Propanol,Catalytic Performance,CHM-PRO,66
2-Propanol,Catalytic Properties,CHM-PRO,34
2-Propanol,Catalytic Transfer Hydrogenation,CHM-APL,30
2-Propanol,Cathode,CHM-APL,33
2-Propanol,CdS,CHM-CHM,34
2-Propanol,CeO2,CHM-CHM,55
2-Propanol,Cell,CHM-APL,47
2-Propanol,Chemical Composition,CHM-PRO,39
2-Propanol,Chemical Structures,CHM-PRO,165
2-Propanol,Chiral Stationary Phase,CHM-APL,35
2-Propanol,Chlorides,CHM-CHM,67
2-Propanol,Chlorobenzene,CHM-CHM,33
2-Propanol,Chloroform,CHM-CHM,136
2-Propanol,Cl,CHM-CHM,62
2-Propanol,Cluster,CHM-DSC,124
2-Propanol,Co,CHM-CHM,82
2-Propanol,Coated,CHM-DSC,33
2-Propanol,Coated,CHM-SMT,124
2-Propanol,Coatings,CHM-APL,81
2-Propanol,Coatings,CHM-SMT,43
2-Propanol,Colloidal,CHM-DSC,37
2-Propanol,Colloids,CHM-DSC,46
2-Propanol,Columns,CHM-APL,79
2-Propanol,Composite,CHM-DSC,135
2-Propanol,Compositions,CHM-PRO,258
2-Propanol,Concentration,CHM-PRO,40
2-Propanol,Conduction Band,CHM-PRO,30
2-Propanol,Conductivity,CHM-PRO,39
2-Propanol,Contact Angle,CHM-PRO,36
2-Propanol,Cooling,CHM-SMT,47
2-Propanol,Copper,CHM-CHM,92
2-Propanol,Cr,CHM-CHM,32
2-Propanol,Crystal,CHM-DSC,156
2-Propanol,Crystal Structure,CHM-PRO,92
2-Propanol,Crystalline,CHM-DSC,79
2-Propanol,Crystallinity,CHM-PRO,49
2-Propanol,Crystallite Size,CHM-PRO,31
2-Propanol,Cu,CHM-CHM,191
2-Propanol,Cu2+,CHM-CHM,30
2-Propanol,CuO,CHM-CHM,36
2-Propanol,Cubic,CHM-SPL,47
2-Propanol,Cumene,CHM-CHM,42
2-Propanol,Curves,CHM-CMT,47
2-Propanol,Cyclic Voltammetry,CHM-CMT,38
2-Propanol,Cyclic Voltammogram,CHM-CMT,89
2-Propanol,Cyclohexane,CHM-CHM,169
2-Propanol,Cyclohexanol,CHM-CHM,55
2-Propanol,Cyclohexanone,CHM-CHM,48
2-Propanol,D2O,CHM-CHM,46
2-Propanol,DCM,CHM-CHM,32
2-Propanol,DFT,CHM-CMT,72
2-Propanol,DFT Calculations,CHM-CMT,33
2-Propanol,DLS,CHM-CMT,34
2-Propanol,DMAP,CHM-CHM,32
2-Propanol,DMF,CHM-CHM,188
2-Propanol,DMSO,CHM-CHM,128
2-Propanol,DSC,CHM-CMT,112
2-Propanol,DTA,CHM-CMT,30
2-Propanol,Degussa,CHM-CHM,53
2-Propanol,Dehydrogenation,CHM-SMT,38
2-Propanol,Densities,CHM-PRO,110
2-Propanol,Density,CHM-PRO,136
2-Propanol,Diamonds,CHM-CHM,102
2-Propanol,Dichloromethane,CHM-CHM,96
2-Propanol,Dielectric Constant,CHM-PRO,50
2-Propanol,Diethyl Ether,CHM-CHM,42
2-Propanol,Diffusion Coefficient,CHM-PRO,37
2-Propanol,Dimethylsulfoxide,CHM-CHM,38
2-Propanol,Dioxane,CHM-CHM,44
2-Propanol,Dispersion,CHM-DSC,30
2-Propanol,Doped,CHM-DSC,114
2-Propanol,Dried,CHM-SMT,46
2-Propanol,Drying,CHM-SMT,39
2-Propanol,EDS,CHM-CMT,42
2-Propanol,EDX,CHM-CMT,61
2-Propanol,ESR,CHM-CMT,46
2-Propanol,EXAFS,CHM-CMT,46
2-Propanol,Efficiency,CHM-PRO,30
2-Propanol,Electrocatalyst,CHM-APL,34
2-Propanol,Electrode,CHM-APL,165
2-Propanol,Electrodes,CHM-APL,120
2-Propanol,Electrolyte,CHM-APL,34
2-Propanol,Elemental Analysis,CHM-CMT,48
2-Propanol,Emission Spectra,CHM-CMT,50
2-Propanol,Enantiomeric Excess,CHM-PRO,31
2-Propanol,Enantioselectivity,CHM-PRO,60
2-Propanol,Epr,CHM-CMT,33
2-Propanol,Esters,CHM-CHM,52
2-Propanol,Et3N,CHM-CHM,48
2-Propanol,Ethane,CHM-CHM,43
2-Propanol,Ethanol,CHM-CHM,1434
2-Propanol,Ethers,CHM-CHM,54
2-Propanol,Ethyl Acetate,CHM-CHM,207
2-Propanol,Ethylbenzene,CHM-CHM,32
2-Propanol,Ethylene,CHM-CHM,35
2-Propanol,Ethylene Glycol,CHM-CHM,106
2-Propanol,Excess Molar Volume,CHM-PRO,80
2-Propanol,F,CHM-CHM,33
2-Propanol,F,CHM-PRO,35
2-Propanol,FESEM,CHM-CMT,60
2-Propanol,FT-IR,CHM-CMT,130
2-Propanol,FTIR,CHM-CMT,218
2-Propanol,Fe,CHM-CHM,101
2-Propanol,Fe(II),CHM-CHM,30
2-Propanol,Fe(III),CHM-CHM,30
2-Propanol,Fe2O3,CHM-CHM,34
2-Propanol,Fibers,CHM-DSC,30
2-Propanol,Film,CHM-DSC,230
2-Propanol,Films,CHM-DSC,223
2-Propanol,Fluorescence,CHM-CMT,92
2-Propanol,Fluorescence,CHM-PRO,35
2-Propanol,Formaldehyde,CHM-CHM,45
2-Propanol,Formate,CHM-CHM,34
2-Propanol,Formic Acids,CHM-CHM,87
2-Propanol,Furfural,CHM-CHM,54
2-Propanol,Furfuryl Alcohol,CHM-CHM,34
2-Propanol,Gc,CHM-CMT,37
2-Propanol,Glass,CHM-DSC,31
2-Propanol,Glucose,CHM-CHM,67
2-Propanol,Glycerol,CHM-CHM,128
2-Propanol,Graphene,CHM-CHM,38
2-Propanol,Graphite,CHM-CHM,42
2-Propanol,H+,CHM-CHM,32
2-Propanol,H2,CHM-CHM,305
2-Propanol,H2O,CHM-CHM,324
2-Propanol,H2O2,CHM-CHM,148
2-Propanol,H2SO4,CHM-CHM,103
2-Propanol,HCl,CHM-CHM,158
2-Propanol,HClO4,CHM-CHM,38
2-Propanol,HRTEM,CHM-CMT,140
2-Propanol,Heat Treatment,CHM-SMT,50
2-Propanol,Heated,CHM-SMT,52
2-Propanol,Heating,CHM-SMT,119
2-Propanol,Helium,CHM-CHM,34
2-Propanol,Heptane,CHM-CHM,71
2-Propanol,Hexagonal,CHM-SPL,60
2-Propanol,Hexane,CHM-CHM,217
2-Propanol,Hplc,CHM-CMT,102
2-Propanol,Hydride,CHM-CHM,49
2-Propanol,Hydrocarbon,CHM-CHM,84
2-Propanol,Hydrogen,CHM-CHM,736
2-Propanol,Hydrogen Peroxide,CHM-CHM,56
2-Propanol,Hydrogenation,CHM-APL,142
2-Propanol,Hydrogenation,CHM-SMT,148
2-Propanol,Hydrogenolysis,CHM-APL,30
2-Propanol,Hydrolysis,CHM-SMT,79
2-Propanol,Hydrophilic,CHM-PRO,61
2-Propanol,Hydrophobic,CHM-PRO,83
2-Propanol,Hydroxide,CHM-CHM,32
2-Propanol,Hydroxyl,CHM-CHM,124
2-Propanol,IPA,CHM-CHM,95
2-Propanol,IR,CHM-CMT,36
2-Propanol,Impregnating,CHM-SMT,39
2-Propanol,Infrared,CHM-CMT,41
2-Propanol,Interaction Parameter,CHM-PRO,31
2-Propanol,Interface,CHM-DSC,116
2-Propanol,Ir,CHM-CHM,30
2-Propanol,Ir,CHM-CMT,99
2-Propanol,Iron,CHM-CHM,64
2-Propanol,Irradiated,CHM-SMT,98
2-Propanol,Irradiation,CHM-SMT,200
2-Propanol,Isopropanol,CHM-CHM,57
2-Propanol,K,CHM-PRO,106
2-Propanol,K2CO3,CHM-CHM,76
2-Propanol,KCl,CHM-CHM,33
2-Propanol,KOH,CHM-CHM,123
2-Propanol,Ketone,CHM-CHM,171
2-Propanol,Layered,CHM-DSC,36
2-Propanol,Layers,CHM-DSC,232
2-Propanol,Lewis Acids,CHM-CHM,58
2-Propanol,Li,CHM-CHM,43
2-Propanol,Lle,CHM-PRO,41
2-Propanol,MCM-41,CHM-CHM,34
2-Propanol,MS,CHM-CMT,45
2-Propanol,MeCN,CHM-CHM,46
2-Propanol,MeOH,CHM-CHM,159
2-Propanol,Membrane,CHM-APL,42
2-Propanol,Membrane,CHM-DSC,137
2-Propanol,Mesoporous,CHM-DSC,127
2-Propanol,Metal Oxide,CHM-CHM,31
2-Propanol,Metallic,CHM-PRO,61
2-Propanol,Metals,CHM-PRO,110
2-Propanol,Methane,CHM-CHM,63
2-Propanol,Methanol,CHM-CHM,1291
2-Propanol,Methyl,CHM-CHM,61
2-Propanol,Methyl Acetate,CHM-CHM,37
2-Propanol,Mg,CHM-CHM,39
2-Propanol,MgO,CHM-CHM,53
2-Propanol,Microstructure,CHM-PRO,38
2-Propanol,Mixtures,CHM-DSC,31
2-Propanol,Mn,CHM-CHM,31
2-Propanol,Mo,CHM-CHM,40
2-Propanol,Mole Fraction,CHM-PRO,33
2-Propanol,Mole Fraction Solubility,CHM-PRO,85
2-Propanol,Molecular Structure,CHM-PRO,186
2-Propanol,Molecular Weight,CHM-PRO,45
2-Propanol,Monoclinic,CHM-SPL,47
2-Propanol,Monolayers,CHM-DSC,81
2-Propanol,Monolithic,CHM-DSC,35
2-Propanol,Monoliths,CHM-DSC,37
2-Propanol,Morphologies,CHM-PRO,48
2-Propanol,Morphology,CHM-PRO,139
2-Propanol,N-Butanol,CHM-CHM,42
2-Propanol,N-Heptane,CHM-CHM,47
2-Propanol,N-Hexane,CHM-CHM,158
2-Propanol,N-Propanol,CHM-CHM,30
2-Propanol,N2,CHM-CHM,282
2-Propanol,N2 Adsorption Desorption Isotherms,CHM-CMT,32
2-Propanol,N2O,CHM-CHM,36
2-Propanol,NH,CHM-CHM,30
2-Propanol,NH3,CHM-CHM,124
2-Propanol,NH3TPD,CHM-CMT,45
2-Propanol,NMR,CHM-CMT,76
2-Propanol,NO,CHM-CHM,42
2-Propanol,NPS,CHM-DSC,78
2-Propanol,NRTL,CHM-CMT,124
2-Propanol,NRTL Model,CHM-CMT,42
2-Propanol,Na,CHM-CHM,34
2-Propanol,NaBH4,CHM-CHM,47
2-Propanol,NaCl,CHM-CHM,89
2-Propanol,NaH,CHM-CHM,40
2-Propanol,NaOH,CHM-CHM,178
2-Propanol,Nanocomposite,CHM-DSC,60
2-Propanol,Nanocrystals,CHM-DSC,48
2-Propanol,Nanoparticle,CHM-DSC,93
2-Propanol,Nanoparticles,CHM-DSC,349
2-Propanol,Nanorods,CHM-DSC,47
2-Propanol,Nanosheets,CHM-DSC,36
2-Propanol,Nanostructures,CHM-DSC,53
2-Propanol,Nanotube,CHM-DSC,59
2-Propanol,Nanowires,CHM-DSC,31
2-Propanol,Ni,CHM-CHM,122
2-Propanol,NiO,CHM-CHM,33
2-Propanol,Nickel,CHM-CHM,50
2-Propanol,Nitrate,CHM-CHM,32
2-Propanol,Nitrobenzene,CHM-CHM,38
2-Propanol,Nitrogen,CHM-CHM,261
2-Propanol,O,CHM-CHM,169
2-Propanol,O2,CHM-CHM,200
2-Propanol,OH,CHM-CHM,138
2-Propanol,Of Chemistry,CHM-CMT,40
2-Propanol,Olefins,CHM-CHM,45
2-Propanol,Oxidation,CHM-APL,122
2-Propanol,Oxidation,CHM-SMT,130
2-Propanol,Oxides,CHM-CHM,99
2-Propanol,Oxidize,CHM-SMT,37
2-Propanol,Oxygen,CHM-CHM,408
2-Propanol,P,CHM-PRO,38
2-Propanol,PDMS,CHM-CHM,31
2-Propanol,PEG,CHM-CHM,35
2-Propanol,PPh3,CHM-CHM,42
2-Propanol,PVP,CHM-CHM,40
2-Propanol,PXRD,CHM-CMT,36
2-Propanol,Palladium,CHM-CHM,74
2-Propanol,Particle,CHM-DSC,82
2-Propanol,Particle Size,CHM-PRO,103
2-Propanol,Particle Size Distribution,CHM-PRO,82
2-Propanol,Particles,CHM-DSC,349
2-Propanol,Pd,CHM-CHM,217
2-Propanol,Pd/C,CHM-CHM,42
2-Propanol,Perovskites,CHM-CHM,39
2-Propanol,Perovskites,CHM-SPL,40
2-Propanol,Phase Diagram,CHM-PRO,59
2-Propanol,Phenol,CHM-CHM,104
2-Propanol,Phenyls,CHM-CHM,37
2-Propanol,Phosphate,CHM-CHM,96
2-Propanol,Photo Catalytic Activity,CHM-PRO,150
2-Propanol,Photo Luminescence,CHM-CMT,55
2-Propanol,Photocatalyst,CHM-APL,109
2-Propanol,Photocatalysts,CHM-APL,99
2-Propanol,Photocatalytic Degradation,CHM-APL,64
2-Propanol,Photocatalytic Reaction,CHM-APL,30
2-Propanol,Photolysis,CHM-SMT,54
2-Propanol,Photoreduction,CHM-SMT,31
2-Propanol,Physical Properties,CHM-PRO,66
2-Propanol,Physicochemical Properties,CHM-PRO,48
2-Propanol,Plate,CHM-DSC,34
2-Propanol,Platinum,CHM-CHM,77
2-Propanol,Polystyrene,CHM-CHM,47
2-Propanol,Pore Size Distribution,CHM-PRO,66
2-Propanol,Pore Sizes,CHM-PRO,44
2-Propanol,Pore Volume,CHM-PRO,33
2-Propanol,Porosity,CHM-PRO,42
2-Propanol,Porous,CHM-DSC,101
2-Propanol,Powder,CHM-DSC,176
2-Propanol,Powders,CHM-DSC,70
2-Propanol,Propane,CHM-CHM,70
2-Propanol,Propanol,CHM-CHM,80
2-Propanol,Propene,CHM-CHM,128
2-Propanol,Propylene,CHM-CHM,58
2-Propanol,Pt,CHM-CHM,263
2-Propanol,Pure,CHM-DSC,69
2-Propanol,Pyridine,CHM-CHM,185
2-Propanol,Quantum Yield,CHM-PRO,33
2-Propanol,Quartz,CHM-CHM,78
2-Propanol,Raman,CHM-CMT,158
2-Propanol,Raman Spectroscopy,CHM-CMT,31
2-Propanol,Rate Constant,CHM-PRO,153
2-Propanol,Reaction Mechanism,CHM-PRO,51
2-Propanol,Reaction Rate,CHM-PRO,66
2-Propanol,Reactivity,CHM-PRO,35
2-Propanol,Reactors,CHM-APL,41
2-Propanol,Redlich Kister Equation,CHM-CMT,93
2-Propanol,Reductions,CHM-APL,56
2-Propanol,Reductions,CHM-SMT,115
2-Propanol,Refractive Index,CHM-PRO,67
2-Propanol,Retention Time,CHM-PRO,42
2-Propanol,Ru,CHM-CHM,130
2-Propanol,Ruthenium,CHM-CHM,54
2-Propanol,Rutile,CHM-SPL,86
2-Propanol,SAED,CHM-CMT,48
2-Propanol,SBA-15,CHM-CHM,38
2-Propanol,SEM,CHM-CMT,556
2-Propanol,Scanning Electron Micrograph,CHM-CMT,36
2-Propanol,Scanning Electron Microscopy,CHM-CMT,100
2-Propanol,Secondary Alcohol,CHM-CHM,57
2-Propanol,Selectivity,CHM-PRO,133
2-Propanol,Semiconductor,CHM-PRO,52
2-Propanol,Sensitivity,CHM-PRO,37
2-Propanol,Sensor,CHM-APL,86
2-Propanol,Separation Factor,CHM-PRO,39
2-Propanol,Shell,CHM-DSC,40
2-Propanol,Si,CHM-CHM,147
2-Propanol,SiO2,CHM-CHM,166
2-Propanol,Silica,CHM-CHM,286
2-Propanol,Silica Gel,CHM-CHM,47
2-Propanol,Silicon,CHM-CHM,81
2-Propanol,Silver,CHM-CHM,63
2-Propanol,Single Crystal,CHM-DSC,66
2-Propanol,Size Distribution,CHM-PRO,60
2-Propanol,Sn,CHM-CHM,35
2-Propanol,SnO2,CHM-CHM,39
2-Propanol,Society,CHM-CMT,56
2-Propanol,Sodium,CHM-CHM,36
2-Propanol,Sol-Gel,CHM-SMT,104
2-Propanol,Solid,CHM-DSC,35
2-Propanol,Solubilities,CHM-PRO,116
2-Propanol,Solubility,CHM-PRO,187
2-Propanol,Solution,CHM-DSC,43
2-Propanol,Specific Surface Area,CHM-PRO,76
2-Propanol,Sphere,CHM-DSC,40
2-Propanol,Stability,CHM-PRO,146
2-Propanol,Standard Deviation,CHM-PRO,31
2-Propanol,Stationary Phase,CHM-APL,31
2-Propanol,Structural,CHM-PRO,44
2-Propanol,Structure,CHM-PRO,287
2-Propanol,Structures,CHM-PRO,68
2-Propanol,Styrene,CHM-CHM,41
2-Propanol,Substrate,CHM-DSC,237
2-Propanol,Sulfur,CHM-CHM,38
2-Propanol,Surface,CHM-DSC,676
2-Propanol,Surface,CHM-PRO,37
2-Propanol,Surface Area,CHM-PRO,154
2-Propanol,Surface Tension,CHM-PRO,45
2-Propanol,Surfaces,CHM-DSC,142
2-Propanol,Suspension,CHM-DSC,35
2-Propanol,T,CHM-PRO,36
2-Propanol,TEA,CHM-CHM,37
2-Propanol,TEM,CHM-CMT,484
2-Propanol,TEOS,CHM-CHM,33
2-Propanol,TFA,CHM-CHM,50
2-Propanol,TG,CHM-CMT,49
2-Propanol,THF,CHM-CHM,211
2-Propanol,TOF,CHM-PRO,47
2-Propanol,TPD,CHM-CMT,70
2-Propanol,TPR,CHM-CMT,49
2-Propanol,Temperature Programmed Desorption,CHM-CMT,49
2-Propanol,Tert-Butanol,CHM-CHM,50
2-Propanol,Tetragonal,CHM-SPL,32
2-Propanol,Tetrahydrofuran,CHM-CHM,108
2-Propanol,Textural Properties,CHM-PRO,33
2-Propanol,Tga,CHM-CMT,89
2-Propanol,Thermogravimetric Analysis,CHM-CMT,46
2-Propanol,Thin Films,CHM-DSC,122
2-Propanol,Ti,CHM-CHM,108
2-Propanol,TiO2,CHM-CHM,435
2-Propanol,Titania,CHM-CHM,83
2-Propanol,Titanium,CHM-CHM,50
2-Propanol,Toluene,CHM-CHM,386
2-Propanol,Transfer Hydrogenation,CHM-APL,91
2-Propanol,Transfer Hydrogenation,CHM-SMT,41
2-Propanol,Transient Absorption,CHM-CMT,55
2-Propanol,Transmission Electron Microscopy,CHM-CMT,69
2-Propanol,Transparent,CHM-PRO,31
2-Propanol,Triethylamine,CHM-CHM,62
2-Propanol,Turnover Frequency,CHM-PRO,36
2-Propanol,UNIFAC,CHM-CMT,38
2-Propanol,UNIQUAC,CHM-CMT,66
2-Propanol,UNIQUAC Model,CHM-CMT,35
2-Propanol,UV,CHM-CMT,33
2-Propanol,UV Detection,CHM-CMT,42
2-Propanol,UV Irradiation,CHM-SMT,54
2-Propanol,UV Vis,CHM-CMT,94
2-Propanol,UV Vis Absorption,CHM-CMT,49
2-Propanol,Urea,CHM-CHM,33
2-Propanol,VLE,CHM-PRO,81
2-Propanol,Van't Hoff Plot,CHM-CMT,31
2-Propanol,Vanadium,CHM-CHM,30
2-Propanol,Vapor Liquid Equilibrium,CHM-PRO,53
2-Propanol,Vapor Pressure,CHM-PRO,57
2-Propanol,Viscosities,CHM-PRO,57
2-Propanol,Viscosity,CHM-PRO,115
2-Propanol,WO3,CHM-CHM,45
2-Propanol,Wafers,CHM-DSC,34
2-Propanol,Wilson,CHM-CMT,53
2-Propanol,Wilson Model,CHM-CMT,37
2-Propanol,X-Ray Diffraction,CHM-CMT,277
2-Propanol,X-Ray Photoelectron Spectroscopy,CHM-CMT,65
2-Propanol,X-Ray Powder Diffraction,CHM-CMT,34
2-Propanol,XPS,CHM-CMT,254
2-Propanol,XRD,CHM-CMT,577
2-Propanol,Xanes,CHM-CMT,39
2-Propanol,Zeolites,CHM-CHM,144
2-Propanol,Zirconia,CHM-CHM,41
2-Propanol,Zn,CHM-CHM,61
2-Propanol,ZnO,CHM-CHM,87
2-Propanol,Zr,CHM-CHM,52
2-Propanol,ZrO2,CHM-CHM,69
2-Pyridone,2-Hydroxypyridine,CHM-CHM,35
2-Pyridone,Hydrogen,CHM-CHM,53
2-Pyridyl,Hydrogen,CHM-CHM,33
2-Pyridyl,Nitrogen,CHM-CHM,30
2-Pyridyl,Pyridyl,CHM-CHM,33
2-TNATA,Al,CHM-CHM,36
2-Thienyl,2-Furyl,CHM-CHM,31
2-Way ANOVA,Cells,CMT-DSC,36
2.0MPa,CO,CHM-CHM,31
2.0MPa,Catalyst,CHM-APL,54
2.0MPa,H2,CHM-CHM,33
200,Coatings,CHM-APL,38
200,Doped,CHM-DSC,30
200,Film,CHM-DSC,58
200,Films,CHM-DSC,96
200,Grain Size,CHM-PRO,33
200,Layers,CHM-DSC,35
200,Microstructure,CHM-PRO,35
200,Ni,CHM-CHM,31
200,SEM,CHM-CMT,55
200,Structure,CHM-PRO,38
200,Substrate,CHM-DSC,98
200,Surface,CHM-DSC,47
200,TEM,CHM-CMT,41
200,Thin Films,CHM-DSC,72
200,X-Ray Diffraction,CHM-CMT,78
200,XRD,CHM-CMT,91
2000H,Aged,CHM-SMT,51
2000H,Aging,CHM-SMT,44
2000H,Al,CHM-CHM,31
2000H,Alloy,CHM-DSC,55
2000H,Coatings,CHM-APL,31
2000H,Cr,CHM-CHM,33
2000H,Interface,CHM-DSC,41
2000H,Layers,CHM-DSC,49
2000H,Microstructure,CHM-PRO,41
2000H,Ni,CHM-CHM,30
2000H,Oxidation,CHM-SMT,32
2000H,Oxides,CHM-CHM,31
2000H,SEM,CHM-CMT,72
2000H,Surface,CHM-DSC,57
2000H,TEM,CHM-CMT,38
2000h−1,Catalyst,CHM-APL,32
2008,Density,CMT-PRO,34
2008,Gerg,CMT-CMT,47
200MPa,100MPa,CHM-CHM,38
200MPa,150 MPa,CHM-CHM,50
200MPa,160MPa,CHM-CHM,30
200MPa,250 MPa,CHM-CHM,35
200MPa,300 MPa,CHM-CHM,51
200MPa,400 MPa,CHM-CHM,32
200MPa,Al,CHM-CHM,36
200MPa,Alloy,CHM-DSC,89
200MPa,Alloys,CHM-DSC,39
200MPa,As-Received,CHM-DSC,30
200MPa,Composite,CHM-DSC,31
200MPa,Compositions,CHM-PRO,47
200MPa,Creep Rates,CHM-PRO,33
200MPa,Cu,CHM-CHM,30
200MPa,Density,CHM-PRO,30
200MPa,Dislocation,CHM-PRO,31
200MPa,Fracture Surface,CHM-PRO,54
200MPa,Grain Size,CHM-PRO,31
200MPa,Hardness,CHM-PRO,30
200MPa,Interface,CHM-DSC,43
200MPa,Layers,CHM-DSC,37
200MPa,Matrix,CHM-DSC,31
200MPa,Micro Structures,CHM-PRO,57
200MPa,Microstructure,CHM-PRO,95
200MPa,Optical Micrograph,CHM-CMT,40
200MPa,Particles,CHM-DSC,42
200MPa,Powder,CHM-DSC,33
200MPa,Precipitates,CHM-DSC,39
200MPa,SEM,CHM-CMT,126
200MPa,Stress,CHM-PRO,65
200MPa,Surface,CHM-DSC,80
200MPa,TEM,CHM-CMT,75
200MPa,XRD,CHM-CMT,37
2024-T3 Aluminium,Alloy,CHM-DSC,99
2024-T3 Aluminium,Aluminum,CHM-CHM,46
2032,Anode,APL-APL,33
2032,Cathode,APL-APL,37
2032,Coin Cell,APL-APL,48
2032,Electrolyte,APL-APL,30
2032,Li,APL-CHM,55
2032,SEM,APL-CMT,40
2032,TEM,APL-CMT,30
2032,XRD,APL-CMT,36
204Pb,206Pb,PRO-PRO,44
204Pb,206Pb/204Pb,PRO-PRO,38
204Pb,207Pb,PRO-CHM,43
204Pb,207Pb,PRO-PRO,31
204Pb,208Pb,PRO-PRO,31
204Pb,Geological Map,PRO-CMT,39
204Pb,Pb,PRO-CHM,56
206Pb,204Pb,PRO-PRO,44
206Pb,206Pb/204Pb,PRO-PRO,48
206Pb,207Pb,CHM-CHM,30
206Pb,207Pb,PRO-CHM,96
206Pb,207Pb,PRO-PRO,58
206Pb,207Pb/204Pb,PRO-PRO,36
206Pb,208Pb,PRO-PRO,51
206Pb,208Pb/204Pb,PRO-PRO,38
206Pb,238U,PRO-CHM,32
206Pb,87Sr/86Sr,PRO-PRO,34
206Pb,Compositions,PRO-PRO,43
206Pb,Geological Map,PRO-CMT,71
206Pb,Hart,PRO-CHM,40
206Pb,K2O,PRO-CHM,38
206Pb,Li,PRO-CHM,30
206Pb,MgO,PRO-CHM,32
206Pb,Pb,CHM-CHM,51
206Pb,Pb,PRO-CHM,117
206Pb,Photomicrograph,PRO-CMT,32
206Pb,Quartz,PRO-CHM,52
206Pb,SiO2,PRO-CHM,41
206Pb,Sr,PRO-CHM,51
206Pb,Zircons,PRO-CHM,58
206Pb/204Pb,143Nd/144Nd,PRO-PRO,30
206Pb/204Pb,143nd / 144nd,PRO-PRO,62
206Pb/204Pb,204Pb,PRO-PRO,38
206Pb/204Pb,206Pb,PRO-PRO,48
206Pb/204Pb,206Pb/204Pb Ratio,PRO-PRO,36
206Pb/204Pb,207Pb,PRO-CHM,312
206Pb/204Pb,207Pb,PRO-PRO,35
206Pb/204Pb,207Pb/204Pb,PRO-PRO,228
206Pb/204Pb,207Pb/204Pb vs. 206Pb/204Pb,PRO-CHM,36
206Pb/204Pb,208Pb,PRO-PRO,31
206Pb/204Pb,208Pb/204Pb,PRO-PRO,217
206Pb/204Pb,238U,PRO-CHM,62
206Pb/204Pb,87Sr/86Sr,PRO-PRO,174
206Pb/204Pb,87Sr/86Sr Ratios,PRO-PRO,31
206Pb/204Pb,Age,PRO-PRO,31
206Pb/204Pb,Ages,PRO-PRO,44
206Pb/204Pb,Al,PRO-CHM,31
206Pb/204Pb,Al2O3,PRO-CHM,61
206Pb/204Pb,Amphiboles,PRO-CHM,35
206Pb/204Pb,Ba,PRO-CHM,94
206Pb/204Pb,Basaltic,PRO-SPL,32
206Pb/204Pb,Bulk,PRO-DSC,58
206Pb/204Pb,Ca,PRO-CHM,31
206Pb/204Pb,CaO,PRO-CHM,46
206Pb/204Pb,Calcite,PRO-CHM,45
206Pb/204Pb,Carbonates,PRO-CHM,55
206Pb/204Pb,Ce,PRO-CHM,35
206Pb/204Pb,Chondrite,PRO-CHM,39
206Pb/204Pb,Chondrite,PRO-SPL,31
206Pb/204Pb,Clinopyroxenes,PRO-CHM,59
206Pb/204Pb,Compositions,PRO-PRO,179
206Pb/204Pb,Cr,PRO-CHM,38
206Pb/204Pb,Crust,PRO-DSC,58
206Pb/204Pb,Crystal,PRO-DSC,36
206Pb/204Pb,Cu,PRO-CHM,47
206Pb/204Pb,Diamonds,PRO-CHM,63
206Pb/204Pb,Eu,PRO-CHM,43
206Pb/204Pb,Fe,PRO-CHM,45
206Pb/204Pb,Ga,PRO-CHM,45
206Pb/204Pb,Galena,PRO-CHM,49
206Pb/204Pb,Garnet,PRO-SPL,78
206Pb/204Pb,Geochemical,PRO-PRO,48
206Pb/204Pb,Geological Map,PRO-CMT,100
206Pb/204Pb,Granite,PRO-SPL,32
206Pb/204Pb,Hart,PRO-CHM,98
206Pb/204Pb,Hf,PRO-CHM,73
206Pb/204Pb,Isochron,PRO-CHM,66
206Pb/204Pb,Isotopic,PRO-PRO,38
206Pb/204Pb,Isotopic Composition,PRO-PRO,72
206Pb/204Pb,K2O,PRO-CHM,84
206Pb/204Pb,La,PRO-CHM,111
206Pb/204Pb,Lava,PRO-DSC,36
206Pb/204Pb,Lavas,PRO-DSC,96
206Pb/204Pb,Li,PRO-CHM,39
206Pb/204Pb,Mafic,PRO-PRO,50
206Pb/204Pb,Mantle,PRO-DSC,83
206Pb/204Pb,Melting,PRO-SMT,101
206Pb/204Pb,Mg,PRO-CHM,50
206Pb/204Pb,MgO,PRO-CHM,114
206Pb/204Pb,Mn,PRO-CHM,33
206Pb/204Pb,Mo,PRO-CHM,35
206Pb/204Pb,Na2O,PRO-CHM,62
206Pb/204Pb,Nb,PRO-CHM,96
206Pb/204Pb,Nd,PRO-CHM,158
206Pb/204Pb,Ni,PRO-CHM,46
206Pb/204Pb,OIB,PRO-CHM,56
206Pb/204Pb,Olivines,PRO-CHM,85
206Pb/204Pb,Olivines,PRO-SPL,42
206Pb/204Pb,Ore,PRO-APL,67
206Pb/204Pb,Orebody,PRO-APL,35
206Pb/204Pb,Ores,PRO-DSC,31
206Pb/204Pb,Oxygen,PRO-CHM,30
206Pb/204Pb,PB,PRO-PRO,58
206Pb/204Pb,Partial Melting,PRO-SMT,34
206Pb/204Pb,Partition Coefficient,PRO-PRO,33
206Pb/204Pb,Pb,PRO-CHM,373
206Pb/204Pb,Pb Isotope Composition,PRO-PRO,47
206Pb/204Pb,Pb Isotope Ratios,PRO-PRO,43
206Pb/204Pb,Pb Isotopes,PRO-PRO,59
206Pb/204Pb,Pb Isotopic Composition,PRO-PRO,72
206Pb/204Pb,Phenocryst,PRO-DSC,34
206Pb/204Pb,Pyroxene,PRO-CHM,30
206Pb/204Pb,Quartz,PRO-CHM,83
206Pb/204Pb,Radiogenic,PRO-PRO,40
206Pb/204Pb,Rocks,PRO-DSC,66
206Pb/204Pb,Sediments,PRO-DSC,73
206Pb/204Pb,SiO2,PRO-CHM,117
206Pb/204Pb,SiO2,PRO-PRO,40
206Pb/204Pb,Silica,PRO-CHM,40
206Pb/204Pb,Silicate,PRO-CHM,37
206Pb/204Pb,Sm,PRO-CHM,41
206Pb/204Pb,Sphalerite,PRO-CHM,37
206Pb/204Pb,Sr,PRO-CHM,205
206Pb/204Pb,Sr,PRO-PRO,87
206Pb/204Pb,Sulfide,PRO-CHM,70
206Pb/204Pb,Sulfur,PRO-CHM,40
206Pb/204Pb,Surface,PRO-DSC,36
206Pb/204Pb,Ta,PRO-CHM,51
206Pb/204Pb,Th,PRO-CHM,55
206Pb/204Pb,Ti,PRO-CHM,71
206Pb/204Pb,TiO2,PRO-CHM,70
206Pb/204Pb,Trace Element,PRO-PRO,46
206Pb/204Pb,Veins,PRO-DSC,34
206Pb/204Pb,Whole Rocks,PRO-DSC,58
206Pb/204Pb,Yb,PRO-CHM,83
206Pb/204Pb,Zircons,PRO-CHM,79
206Pb/204Pb,Zn,PRO-CHM,59
206Pb/204Pb,Zr,PRO-CHM,91
206Pb/204Pb,δ34s,PRO-PRO,36
206Pb/204Pb,μ,PRO-PRO,35
206Pb/204Pb Ratio,206Pb/204Pb,PRO-PRO,36
206Pb/204Pb Ratio,207Pb,PRO-CHM,45
206Pb/204Pb Ratio,Pb,PRO-CHM,73
206Pb/204Pb Ratio,Sr,PRO-CHM,33
206Pb/207Pb,206Pb/207Pb Ratio,PRO-PRO,47
206Pb/207Pb,207Pb,PRO-CHM,134
206Pb/207Pb,Coal,PRO-CHM,30
206Pb/207Pb,Gasolines,PRO-CHM,33
206Pb/207Pb,Isotopic Composition,PRO-PRO,35
206Pb/207Pb,PB,PRO-PRO,44
206Pb/207Pb,Pb,PRO-CHM,118
206Pb/207Pb,Pb Concentration,PRO-PRO,38
206Pb/207Pb,Sediments,PRO-DSC,38
206Pb/207Pb,Zn,PRO-CHM,36
206Pb/207Pb Ratio,206Pb/207Pb,PRO-PRO,47
206Pb/207Pb Ratio,207Pb,PRO-CHM,111
206Pb/207Pb Ratio,Pb,PRO-CHM,94
206Pb/207Pb Ratio,Pb Concentration,PRO-PRO,34
206Pb/207Pb Ratio,Sediments,PRO-DSC,35
206Pb/207Pb Ratio,Soil,PRO-DSC,32
206Pb/238U,206Pb/238U Age,CHM-PRO,149
206Pb/238U,207Pb,CHM-CHM,44
206Pb/238U,207Pb/206Pb,CHM-CHM,31
206Pb/238U,238U,CHM-CHM,70
206Pb/238U,Ages,CHM-PRO,44
206Pb/238U,Amphiboles,CHM-CHM,37
206Pb/238U,Biotites,CHM-CHM,67
206Pb/238U,CL,CHM-CMT,41
206Pb/238U,Cathodoluminescence,CHM-CMT,61
206Pb/238U,Chondrite,CHM-CHM,35
206Pb/238U,Clinopyroxenes,CHM-CHM,30
206Pb/238U,Compositions,CHM-PRO,57
206Pb/238U,Concordia Diagram,CHM-CMT,41
206Pb/238U,Crystal,CHM-DSC,31
206Pb/238U,Garnet,CHM-SPL,61
206Pb/238U,Geological Map,CHM-CMT,94
206Pb/238U,Grains,CHM-DSC,59
206Pb/238U,Hf,CHM-CHM,34
206Pb/238U,Inclusions,CHM-DSC,35
206Pb/238U,K-Feldspar,CHM-CHM,36
206Pb/238U,LA-ICP-MS,CHM-CMT,30
206Pb/238U,Mg,CHM-CHM,32
206Pb/238U,Pb,CHM-CHM,125
206Pb/238U,Photomicrograph,CHM-CMT,41
206Pb/238U,Porphyroblastic,CHM-DSC,31
206Pb/238U,Quartz,CHM-CHM,73
206Pb/238U,RIMS,CHM-DSC,30
206Pb/238U,Rocks,CHM-DSC,31
206Pb/238U,SiO2,CHM-CHM,43
206Pb/238U,Sr,CHM-CHM,32
206Pb/238U,U-Pb Age,CHM-PRO,46
206Pb/238U,Zircon,CHM-CHM,56
206Pb/238U,Zircons,CHM-CHM,151
206Pb/238U,Zircons,CHM-DSC,67
206Pb/238U,Zr,CHM-CHM,36
206Pb/238U Age,176Lu,PRO-CHM,31
206Pb/238U Age,206Pb/238U,PRO-CHM,149
206Pb/238U Age,207Pb,PRO-CHM,78
206Pb/238U Age,207Pb/206Pb,PRO-CHM,39
206Pb/238U Age,207Pb/206Pb Age,PRO-PRO,51
206Pb/238U Age,238U,PRO-CHM,349
206Pb/238U Age,Age,PRO-PRO,77
206Pb/238U Age,Ages,PRO-PRO,101
206Pb/238U Age,Al,PRO-CHM,34
206Pb/238U Age,Al2O3,PRO-CHM,61
206Pb/238U Age,Amphiboles,PRO-CHM,68
206Pb/238U Age,Amphibolite,PRO-SPL,35
206Pb/238U Age,Apatites,PRO-CHM,55
206Pb/238U Age,BSE,PRO-CMT,35
206Pb/238U Age,Ba,PRO-CHM,38
206Pb/238U Age,Biotites,PRO-CHM,154
206Pb/238U Age,Bse,PRO-CMT,37
206Pb/238U Age,Bulk,PRO-DSC,36
206Pb/238U Age,CL,PRO-CMT,63
206Pb/238U Age,Ca,PRO-CHM,45
206Pb/238U Age,CaO,PRO-CHM,50
206Pb/238U Age,Calcite,PRO-CHM,33
206Pb/238U Age,Cathodoluminescence,PRO-CMT,126
206Pb/238U Age,Chlorite,PRO-CHM,39
206Pb/238U Age,Chondrite,PRO-CHM,77
206Pb/238U Age,Chondrite,PRO-SPL,66
206Pb/238U Age,Clinopyroxenes,PRO-CHM,50
206Pb/238U Age,Compositions,PRO-PRO,107
206Pb/238U Age,Concordia Diagram,PRO-CMT,87
206Pb/238U Age,Crystal,PRO-DSC,83
206Pb/238U Age,Diamonds,PRO-CHM,33
206Pb/238U Age,Eclogites,PRO-SPL,54
206Pb/238U Age,Eu,PRO-CHM,64
206Pb/238U Age,Fe,PRO-CHM,45
206Pb/238U Age,Feldspar,PRO-CHM,61
206Pb/238U Age,Foliation,PRO-PRO,33
206Pb/238U Age,Garnet,PRO-SPL,127
206Pb/238U Age,Geological Map,PRO-CMT,195
206Pb/238U Age,Geology,PRO-PRO,35
206Pb/238U Age,Gneiss,PRO-SPL,63
206Pb/238U Age,Grains,PRO-DSC,112
206Pb/238U Age,Granite,PRO-SPL,54
206Pb/238U Age,Granulite,PRO-SPL,47
206Pb/238U Age,Hf,PRO-CHM,80
206Pb/238U Age,Ilmenite,PRO-CHM,41
206Pb/238U Age,Inclusions,PRO-DSC,70
206Pb/238U Age,Isochron,PRO-CHM,37
206Pb/238U Age,K-Feldspar,PRO-CHM,75
206Pb/238U Age,K2O,PRO-CHM,77
206Pb/238U Age,Kyanite,PRO-CHM,30
206Pb/238U Age,LA-ICP-MS,PRO-CMT,62
206Pb/238U Age,La,PRO-CHM,52
206Pb/238U Age,Layers,PRO-DSC,40
206Pb/238U Age,Li,PRO-CHM,41
206Pb/238U Age,Mafic,PRO-PRO,48
206Pb/238U Age,Magnetite,PRO-CHM,33
206Pb/238U Age,Matrix,PRO-DSC,39
206Pb/238U Age,Melting,PRO-SMT,57
206Pb/238U Age,Metamorphic,PRO-PRO,51
206Pb/238U Age,Metamorphic,PRO-SMT,60
206Pb/238U Age,Metamorphism,PRO-SMT,37
206Pb/238U Age,Mg,PRO-CHM,58
206Pb/238U Age,MgO,PRO-CHM,60
206Pb/238U Age,Mineral Assemblage,PRO-PRO,40
206Pb/238U Age,Monazite,PRO-CHM,51
206Pb/238U Age,Na2O,PRO-CHM,57
206Pb/238U Age,Nb,PRO-CHM,56
206Pb/238U Age,Pb,PRO-CHM,281
206Pb/238U Age,Photomicrograph,PRO-CMT,84
206Pb/238U Age,Porphyroblastic,PRO-DSC,53
206Pb/238U Age,Pyroxene,PRO-CHM,31
206Pb/238U Age,Quartz,PRO-CHM,194
206Pb/238U Age,REE,PRO-PRO,39
206Pb/238U Age,REE Pattern,PRO-PRO,58
206Pb/238U Age,RIMS,PRO-DSC,51
206Pb/238U Age,Rocks,PRO-DSC,55
206Pb/238U Age,Rutile,PRO-SPL,31
206Pb/238U Age,SiO2,PRO-CHM,98
206Pb/238U Age,SiO2,PRO-PRO,34
206Pb/238U Age,Sr,PRO-CHM,81
206Pb/238U Age,Ta,PRO-CHM,47
206Pb/238U Age,Th,PRO-CHM,30
206Pb/238U Age,Th/U Ratios,PRO-PRO,60
206Pb/238U Age,Thin Sections,PRO-DSC,37
206Pb/238U Age,Ti,PRO-CHM,65
206Pb/238U Age,TiO2,PRO-CHM,50
206Pb/238U Age,U-Pb,PRO-CMT,33
206Pb/238U Age,U-Pb Age,PRO-PRO,106
206Pb/238U Age,U-Pb Concordia Diagram,PRO-CMT,41
206Pb/238U Age,Veins,PRO-DSC,34
206Pb/238U Age,Weighted Mean,PRO-CMT,31
206Pb/238U Age,Whole Rocks,PRO-DSC,32
206Pb/238U Age,Yb,PRO-CHM,45
206Pb/238U Age,Zircon,PRO-CHM,141
206Pb/238U Age,Zircons,PRO-CHM,362
206Pb/238U Age,Zircons,PRO-CMT,36
206Pb/238U Age,Zircons,PRO-DSC,147
206Pb/238U Age,Zr,PRO-CHM,67
206Pb/238U Age,εHF(t),PRO-PRO,34
206Pb/238U Age,εHf(t),PRO-PRO,36
206pb/238u,238U,PRO-CHM,34
206pb/238u,Pb,PRO-CHM,39
206pb/238u,Zircons,PRO-CHM,47
207Pb,13C,CHM-CHM,36
207Pb,143Nd/144Nd,CHM-PRO,36
207Pb,143nd / 144nd,CHM-PRO,45
207Pb,176Hf/177Hf,CHM-PRO,44
207Pb,176Lu,CHM-CHM,69
207Pb,1H,CHM-CHM,37
207Pb,204Pb,CHM-PRO,43
207Pb,204Pb,PRO-PRO,31
207Pb,206Pb,CHM-CHM,30
207Pb,206Pb,CHM-PRO,96
207Pb,206Pb,PRO-PRO,58
207Pb,206Pb/204Pb,CHM-PRO,312
207Pb,206Pb/204Pb,PRO-PRO,35
207Pb,206Pb/204Pb Ratio,CHM-PRO,45
207Pb,206Pb/207Pb,CHM-PRO,134
207Pb,206Pb/207Pb Ratio,CHM-PRO,111
207Pb,206Pb/238U,CHM-CHM,44
207Pb,206Pb/238U Age,CHM-PRO,78
207Pb,207Pb NMR,CHM-CMT,36
207Pb,207Pb/204Pb,CHM-PRO,244
207Pb,207Pb/206Pb,CHM-CHM,119
207Pb,207Pb/206Pb,CHM-PRO,107
207Pb,207Pb/206Pb Age,CHM-PRO,220
207Pb,207Pb/206Pb Ratio,CHM-PRO,34
207Pb,208Pb,CHM-PRO,51
207Pb,208Pb,PRO-PRO,37
207Pb,208Pb/204Pb,CHM-PRO,194
207Pb,208Pb/206Pb,CHM-PRO,64
207Pb,210Pb,CHM-CHM,39
207Pb,232Th,CHM-CHM,43
207Pb,238U,CHM-CHM,223
207Pb,87Sr/86Sr,CHM-PRO,173
207Pb,87Sr/86Sr Ratios,CHM-PRO,49
207Pb,AGES,CHM-PRO,30
207Pb,Aerosol,CHM-DSC,31
207Pb,Ag,CHM-CHM,34
207Pb,Age,CHM-PRO,144
207Pb,Ages,CHM-PRO,159
207Pb,Al,CHM-CHM,112
207Pb,Al2O3,CHM-CHM,167
207Pb,Alkaline,CHM-PRO,41
207Pb,Amphiboles,CHM-CHM,134
207Pb,Amphibolite,CHM-SPL,57
207Pb,Apatites,CHM-CHM,91
207Pb,Archean,CHM-SMT,33
207Pb,Au,CHM-CHM,33
207Pb,BSE,CHM-CMT,73
207Pb,BSE Image,CHM-CMT,44
207Pb,Ba,CHM-CHM,146
207Pb,Back Scattered Electron Image,CHM-CMT,45
207Pb,Backscattered Electron,CHM-CMT,41
207Pb,Basaltic,CHM-SPL,49
207Pb,Biotites,CHM-CHM,247
207Pb,Block,CHM-DSC,33
207Pb,Bse,CHM-CMT,33
207Pb,Bulk,CHM-DSC,137
207Pb,CL,CHM-CMT,102
207Pb,Ca,CHM-CHM,98
207Pb,CaO,CHM-CHM,134
207Pb,Calcite,CHM-CHM,80
207Pb,Carbon,CHM-CHM,39
207Pb,Carbonates,CHM-CHM,81
207Pb,Cathodoluminescence,CHM-CMT,181
207Pb,Cd,CHM-CHM,36
207Pb,Ce,CHM-CHM,73
207Pb,Chalcopyrite,CHM-CHM,35
207Pb,Chemical Composition,CHM-PRO,30
207Pb,Chemical Shift,CHM-PRO,42
207Pb,Chlorite,CHM-CHM,73
207Pb,Chondrite,CHM-CHM,143
207Pb,Chondrite,CHM-SPL,111
207Pb,Chondrite Normalized REE Patterns,CHM-PRO,40
207Pb,Clinopyroxenes,CHM-CHM,145
207Pb,Clinopyroxenes,CHM-SPL,58
207Pb,Co,CHM-CHM,34
207Pb,Coal,CHM-CHM,60
207Pb,Coarse Grained,CHM-PRO,31
207Pb,Compositions,CHM-PRO,398
207Pb,Concentration,CHM-PRO,47
207Pb,Concordia Diagram,CHM-CMT,125
207Pb,Continental Crust,CHM-DSC,55
207Pb,Cooling,CHM-SMT,50
207Pb,Cordierite,CHM-CHM,37
207Pb,Core,CHM-DSC,80
207Pb,Cores,CHM-DSC,67
207Pb,Cr,CHM-CHM,93
207Pb,Crust,CHM-DSC,124
207Pb,Crystal,CHM-DSC,142
207Pb,Crystalline,CHM-DSC,35
207Pb,Crystallization Age,CHM-PRO,46
207Pb,Cu,CHM-CHM,107
207Pb,Depleted Mantle,CHM-PRO,38
207Pb,Diamonds,CHM-CHM,148
207Pb,Dyke,CHM-DSC,37
207Pb,Dykes,CHM-DSC,40
207Pb,END(t),CHM-PRO,47
207Pb,EU Anomaly,CHM-PRO,32
207Pb,Eclogites,CHM-SPL,48
207Pb,Eu,CHM-CHM,107
207Pb,F,CHM-CHM,33
207Pb,Fe,CHM-CHM,144
207Pb,Fe2O3,CHM-CHM,34
207Pb,FeO,CHM-CHM,43
207Pb,Feldspar,CHM-CHM,113
207Pb,Field Photographs,CHM-CMT,52
207Pb,Fine Grained,CHM-DSC,41
207Pb,Foliation,CHM-PRO,51
207Pb,Fractional Crystallization,CHM-SMT,44
207Pb,Ga,CHM-CHM,114
207Pb,Galena,CHM-CHM,61
207Pb,Garnet,CHM-SPL,220
207Pb,Gasolines,CHM-CHM,66
207Pb,Gd,CHM-CHM,34
207Pb,Geochemical,CHM-PRO,63
207Pb,Geologic Map,CHM-CMT,39
207Pb,Geological,CHM-PRO,46
207Pb,Geological Map,CHM-CMT,387
207Pb,Geological Map,PRO-CMT,43
207Pb,Geological Sketch Map,CHM-CMT,45
207Pb,Geology,CHM-PRO,61
207Pb,Glass,CHM-DSC,48
207Pb,Glasses,CHM-DSC,39
207Pb,Gneiss,CHM-DSC,47
207Pb,Gneiss,CHM-SPL,103
207Pb,Gneisses,CHM-SPL,82
207Pb,Grains,CHM-DSC,175
207Pb,Granite,CHM-SPL,75
207Pb,Granitic,CHM-SPL,42
207Pb,Granitoids,CHM-PRO,70
207Pb,Granitoids,CHM-SPL,44
207Pb,Granulite,CHM-SPL,81
207Pb,Groundmass,CHM-DSC,30
207Pb,H2O,CHM-CHM,58
207Pb,Hart,CHM-CHM,154
207Pb,Heating,CHM-SMT,33
207Pb,Hf,CHM-CHM,158
207Pb,ICP-MS,CHM-CMT,34
207Pb,Igneous,CHM-PRO,32
207Pb,Ilmenite,CHM-CHM,97
207Pb,Inclusions,CHM-DSC,111
207Pb,Iron,CHM-CHM,54
207Pb,Isochron,CHM-CHM,124
207Pb,Isochron,CHM-CMT,34
207Pb,Isotope Ratio,CHM-PRO,65
207Pb,Isotopic,CHM-PRO,57
207Pb,Isotopic Composition,CHM-PRO,164
207Pb,Isotopic Ratios,CHM-PRO,53
207Pb,K-Feldspar,CHM-CHM,124
207Pb,K2O,CHM-CHM,201
207Pb,K2O,CHM-PRO,45
207Pb,Kyanite,CHM-CHM,51
207Pb,LA-ICP-MS,CHM-CMT,70
207Pb,La,CHM-CHM,199
207Pb,Lava,CHM-DSC,33
207Pb,Lavas,CHM-DSC,92
207Pb,Layers,CHM-DSC,94
207Pb,Lead,CHM-PRO,39
207Pb,Lead Concentration,CHM-PRO,48
207Pb,Li,CHM-CHM,110
207Pb,Limestone,CHM-CHM,33
207Pb,Mafic,CHM-PRO,130
207Pb,Magnetite,CHM-CHM,91
207Pb,Mantle,CHM-DSC,123
207Pb,Mantle,CHM-PRO,45
207Pb,Matrix,CHM-DSC,78
207Pb,Melting,CHM-SMT,171
207Pb,Meta-Sedimentary,CHM-DSC,31
207Pb,Metals,CHM-PRO,40
207Pb,Metamorphic,CHM-PRO,77
207Pb,Metamorphic,CHM-SMT,74
207Pb,Metamorphism,CHM-SMT,77
207Pb,Mg,CHM-CHM,158
207Pb,Mg#,CHM-PRO,42
207Pb,MgO,CHM-CHM,220
207Pb,Microphotography,CHM-CMT,32
207Pb,Mineral Assemblage,CHM-PRO,57
207Pb,Miocene,CHM-CHM,39
207Pb,Mn,CHM-CHM,94
207Pb,Mo,CHM-CHM,59
207Pb,Monazite,CHM-CHM,97
207Pb,NB,CHM-PRO,32
207Pb,NMR,CHM-CMT,82
207Pb,Na,CHM-CHM,38
207Pb,Na2O,CHM-CHM,168
207Pb,Nb,CHM-CHM,181
207Pb,Nd,CHM-CHM,210
207Pb,Ni,CHM-CHM,107
207Pb,North China Craton,CHM-SPL,46
207Pb,O,CHM-CHM,67
207Pb,OIB,CHM-CHM,91
207Pb,Olivines,CHM-CHM,133
207Pb,Olivines,CHM-SPL,51
207Pb,Ore,CHM-APL,90
207Pb,Orebody,CHM-APL,42
207Pb,Ores,CHM-APL,34
207Pb,Ores,CHM-DSC,73
207Pb,Orogen,CHM-CHM,31
207Pb,Orthopyroxene,CHM-CHM,81
207Pb,Oxides,CHM-CHM,52
207Pb,Oxygen,CHM-CHM,77
207Pb,P2O5,CHM-CHM,40
207Pb,PB,CHM-PRO,139
207Pb,Partial Melting,CHM-SMT,53
207Pb,Partition Coefficient,CHM-PRO,57
207Pb,Pb,CHM-CHM,1013
207Pb,Pb,PRO-CHM,71
207Pb,Pb Concentration,CHM-PRO,111
207Pb,Pb Isotope Composition,CHM-PRO,70
207Pb,Pb Isotope Ratios,CHM-PRO,75
207Pb,Pb Isotopes,CHM-PRO,69
207Pb,Pb Isotopic Composition,CHM-PRO,124
207Pb,Pb Isotopic Ratios,CHM-PRO,42
207Pb,Peccerillo,CHM-CHM,34
207Pb,Perovskites,CHM-CHM,37
207Pb,Perovskites,CHM-SPL,40
207Pb,Phenocryst,CHM-DSC,72
207Pb,Phlogopite,CHM-CHM,32
207Pb,Photomicrograph,CHM-CMT,146
207Pb,Plagioclase,CHM-SPL,30
207Pb,Porphyritic,CHM-DSC,39
207Pb,Porphyroblastic,CHM-DSC,63
207Pb,Precambrian,CHM-SPL,39
207Pb,Primitive Mantle,CHM-PRO,39
207Pb,Primitive Mantle,CHM-SPL,36
207Pb,Pyroxene,CHM-CHM,86
207Pb,Pyroxene,CHM-SPL,32
207Pb,Pyroxenite,CHM-CHM,39
207Pb,Qtz,CHM-CHM,58
207Pb,Quartz,CHM-CHM,308
207Pb,REE,CHM-PRO,67
207Pb,REE Pattern,CHM-CMT,48
207Pb,REE Pattern,CHM-PRO,88
207Pb,RIMS,CHM-DSC,78
207Pb,Radiogenic,CHM-PRO,54
207Pb,Raman,CHM-CMT,30
207Pb,Rim,CHM-DSC,59
207Pb,Rock,CHM-DSC,76
207Pb,Rocks,CHM-DSC,193
207Pb,Rutile,CHM-SPL,40
207Pb,SEM,CHM-CMT,30
207Pb,SHRIMP,CHM-CMT,36
207Pb,Sediments,CHM-DSC,166
207Pb,Shield,CHM-CHM,31
207Pb,Si,CHM-CHM,51
207Pb,SiO2,CHM-CHM,277
207Pb,SiO2,CHM-PRO,79
207Pb,Silica,CHM-CHM,82
207Pb,Silicate,CHM-CHM,90
207Pb,Sm,CHM-CHM,82
207Pb,Soil,CHM-DSC,91
207Pb,Solidus,CHM-PRO,30
207Pb,Sphalerite,CHM-CHM,41
207Pb,Spinels,CHM-SPL,56
207Pb,Sr,CHM-CHM,303
207Pb,Sr,CHM-PRO,95
207Pb,Sr,PRO-CHM,31
207Pb,Staurolite,CHM-CHM,31
207Pb,Structure,CHM-PRO,51
207Pb,Sulfide,CHM-CHM,90
207Pb,Sulfur,CHM-CHM,50
207Pb,Surface,CHM-DSC,101
207Pb,Symplectite,CHM-DSC,30
207Pb,TH,CHM-PRO,30
207Pb,Ta,CHM-CHM,113
207Pb,Texture,CHM-PRO,52
207Pb,Th,CHM-CHM,94
207Pb,Th/U Ratios,CHM-PRO,56
207Pb,Thin Sections,CHM-DSC,43
207Pb,Ti,CHM-CHM,182
207Pb,TiO2,CHM-CHM,151
207Pb,Trace Element,CHM-PRO,60
207Pb,U-Pb,CHM-CMT,34
207Pb,U-Pb Age,CHM-PRO,107
207Pb,U-Pb Concordia Diagram,CHM-CMT,49
207Pb,Vein,CHM-DSC,58
207Pb,Veins,CHM-DSC,68
207Pb,Volcanic,CHM-PRO,30
207Pb,Whole Rocks,CHM-DSC,110
207Pb,Xenoliths,CHM-DSC,73
207Pb,Yb,CHM-CHM,160
207Pb,YbN,CHM-CHM,32
207Pb,Zircon,CHM-CHM,153
207Pb,Zircons,CHM-CHM,502
207Pb,Zircons,CHM-CMT,40
207Pb,Zircons,CHM-DSC,176
207Pb,Zircons,PRO-CHM,35
207Pb,Zn,CHM-CHM,124
207Pb,Zr,CHM-CHM,218
207Pb,δ34s,CHM-PRO,35
207Pb,ε Nd(t),CHM-PRO,33
207Pb,εHF(t),CHM-PRO,33
207Pb,εHf(t),CHM-PRO,48
207Pb,μ,CHM-PRO,42
207Pb NMR,207Pb,CMT-CHM,36
207Pb/204Pb,143nd / 144nd,PRO-PRO,35
207Pb/204Pb,206Pb,PRO-PRO,36
207Pb/204Pb,206Pb/204Pb,PRO-PRO,228
207Pb/204Pb,207Pb,PRO-CHM,244
207Pb/204Pb,208Pb/204Pb,PRO-PRO,192
207Pb/204Pb,238U,PRO-CHM,31
207Pb/204Pb,87Sr/86Sr,PRO-PRO,82
207Pb/204Pb,Ba,PRO-CHM,46
207Pb/204Pb,Bulk,PRO-DSC,35
207Pb/204Pb,Calcite,PRO-CHM,36
207Pb/204Pb,Carbonates,PRO-CHM,32
207Pb/204Pb,Compositions,PRO-PRO,80
207Pb/204Pb,Crust,PRO-DSC,34
207Pb/204Pb,Cu,PRO-CHM,30
207Pb/204Pb,Galena,PRO-CHM,39
207Pb/204Pb,Garnet,PRO-SPL,33
207Pb/204Pb,Geological Map,PRO-CMT,51
207Pb/204Pb,Granite,PRO-SPL,31
207Pb/204Pb,Hart,PRO-CHM,35
207Pb/204Pb,Hf,PRO-CHM,36
207Pb/204Pb,Isochron,PRO-CHM,37
207Pb/204Pb,Isotopic Composition,PRO-PRO,38
207Pb/204Pb,K2O,PRO-CHM,46
207Pb/204Pb,La,PRO-CHM,47
207Pb/204Pb,Lavas,PRO-DSC,35
207Pb/204Pb,Mantle,PRO-DSC,36
207Pb/204Pb,Melting,PRO-SMT,53
207Pb/204Pb,MgO,PRO-CHM,43
207Pb/204Pb,Nb,PRO-CHM,50
207Pb/204Pb,Nd,PRO-CHM,76
207Pb/204Pb,Olivines,PRO-CHM,30
207Pb/204Pb,Ore,PRO-APL,59
207Pb/204Pb,Orebody,PRO-APL,36
207Pb/204Pb,PB,PRO-PRO,41
207Pb/204Pb,Pb,PRO-CHM,218
207Pb/204Pb,Pb Isotopes,PRO-PRO,30
207Pb/204Pb,Pb Isotopic Composition,PRO-PRO,40
207Pb/204Pb,Quartz,PRO-CHM,62
207Pb/204Pb,Sediments,PRO-DSC,39
207Pb/204Pb,SiO2,PRO-CHM,59
207Pb/204Pb,SiO2,PRO-PRO,31
207Pb/204Pb,Sphalerite,PRO-CHM,31
207Pb/204Pb,Sr,PRO-CHM,107
207Pb/204Pb,Sr,PRO-PRO,52
207Pb/204Pb,Sulfide,PRO-CHM,68
207Pb/204Pb,Sulfur,PRO-CHM,39
207Pb/204Pb,Ta,PRO-CHM,36
207Pb/204Pb,Ti,PRO-CHM,45
207Pb/204Pb,TiO2,PRO-CHM,32
207Pb/204Pb,Whole Rocks,PRO-DSC,31
207Pb/204Pb,Yb,PRO-CHM,34
207Pb/204Pb,Zircons,PRO-CHM,62
207Pb/204Pb,Zn,PRO-CHM,41
207Pb/204Pb,Zr,PRO-CHM,47
207Pb/204Pb,δ34s,PRO-PRO,37
207Pb/204Pb vs. 206Pb/204Pb,206Pb/204Pb,CHM-PRO,36
207Pb/204Pb vs. 206Pb/204Pb,Pb,CHM-CHM,35
207Pb/206Pb,176Lu,CHM-CHM,42
207Pb/206Pb,206Pb/238U,CHM-CHM,31
207Pb/206Pb,206Pb/238U Age,CHM-PRO,39
207Pb/206Pb,207Pb,CHM-CHM,119
207Pb/206Pb,207Pb,PRO-CHM,107
207Pb/206Pb,207Pb/206Pb Age,CHM-PRO,195
207Pb/206Pb,208Pb/206Pb,PRO-PRO,34
207Pb/206Pb,238U,CHM-CHM,65
207Pb/206Pb,238U,PRO-CHM,31
207Pb/206Pb,Age,CHM-PRO,52
207Pb/206Pb,Ages,CHM-PRO,68
207Pb/206Pb,Al,CHM-CHM,30
207Pb/206Pb,Al2O3,CHM-CHM,43
207Pb/206Pb,BSE,CHM-CMT,31
207Pb/206Pb,Biotites,CHM-CHM,93
207Pb/206Pb,CL,CHM-CMT,58
207Pb/206Pb,Ca,CHM-CHM,31
207Pb/206Pb,Cathodoluminescence,CHM-CMT,107
207Pb/206Pb,Chondrite,CHM-CHM,46
207Pb/206Pb,Chondrite,CHM-SPL,41
207Pb/206Pb,Clinopyroxenes,CHM-CHM,31
207Pb/206Pb,Compositions,CHM-PRO,76
207Pb/206Pb,Compositions,PRO-PRO,34
207Pb/206Pb,Concordia Diagram,CHM-CMT,60
207Pb/206Pb,Crystal,CHM-DSC,32
207Pb/206Pb,Fe,CHM-CHM,36
207Pb/206Pb,Feldspar,CHM-CHM,30
207Pb/206Pb,Ga,CHM-CHM,33
207Pb/206Pb,Garnet,CHM-SPL,55
207Pb/206Pb,Geological Map,CHM-CMT,136
207Pb/206Pb,Geological Map,PRO-CMT,35
207Pb/206Pb,Gneiss,CHM-SPL,46
207Pb/206Pb,Gneisses,CHM-SPL,40
207Pb/206Pb,Grains,CHM-DSC,83
207Pb/206Pb,Granulite,CHM-SPL,44
207Pb/206Pb,Hf,CHM-CHM,47
207Pb/206Pb,Ilmenite,CHM-CHM,33
207Pb/206Pb,Inclusions,CHM-DSC,35
207Pb/206Pb,K-Feldspar,CHM-CHM,44
207Pb/206Pb,K2O,CHM-CHM,43
207Pb/206Pb,La,CHM-CHM,30
207Pb/206Pb,Li,CHM-CHM,30
207Pb/206Pb,Mafic,CHM-PRO,44
207Pb/206Pb,Matrix,CHM-DSC,36
207Pb/206Pb,Metamorphic,CHM-PRO,31
207Pb/206Pb,Metamorphic,CHM-SMT,36
207Pb/206Pb,Mg,CHM-CHM,55
207Pb/206Pb,MgO,CHM-CHM,44
207Pb/206Pb,Mineral Assemblage,CHM-PRO,33
207Pb/206Pb,Na2O,CHM-CHM,36
207Pb/206Pb,Nb,CHM-CHM,34
207Pb/206Pb,North China Craton,CHM-SPL,41
207Pb/206Pb,Orthopyroxene,CHM-CHM,33
207Pb/206Pb,Pb,CHM-CHM,197
207Pb/206Pb,Pb,PRO-CHM,92
207Pb/206Pb,Photomicrograph,CHM-CMT,63
207Pb/206Pb,Porphyroblastic,CHM-DSC,37
207Pb/206Pb,Pyroxene,CHM-CHM,31
207Pb/206Pb,Quartz,CHM-CHM,94
207Pb/206Pb,RIMS,CHM-DSC,33
207Pb/206Pb,Rocks,CHM-DSC,54
207Pb/206Pb,SiO2,CHM-CHM,54
207Pb/206Pb,Sr,CHM-CHM,41
207Pb/206Pb,Ti,CHM-CHM,31
207Pb/206Pb,TiO2,CHM-CHM,41
207Pb/206Pb,U-Pb Age,CHM-PRO,40
207Pb/206Pb,U-Pb Concordia Diagram,CHM-CMT,31
207Pb/206Pb,Yb,CHM-CHM,31
207Pb/206Pb,Zircon,CHM-CHM,73
207Pb/206Pb,Zircons,CHM-CHM,205
207Pb/206Pb,Zircons,CHM-DSC,81
207Pb/206Pb,Zircons,PRO-CHM,57
207Pb/206Pb,Zr,CHM-CHM,54
207Pb/206Pb,εHf(t),CHM-PRO,38
207Pb/206Pb Age,176Hf/177Hf,PRO-PRO,33
207Pb/206Pb Age,176Lu,PRO-CHM,56
207Pb/206Pb Age,206Pb/238U Age,PRO-PRO,51
207Pb/206Pb Age,207Pb,PRO-CHM,220
207Pb/206Pb Age,207Pb/206Pb,PRO-CHM,195
207Pb/206Pb Age,238U,PRO-CHM,64
207Pb/206Pb Age,Age,PRO-PRO,49
207Pb/206Pb Age,Ages,PRO-PRO,63
207Pb/206Pb Age,Al2O3,PRO-CHM,54
207Pb/206Pb Age,Amphiboles,PRO-CHM,49
207Pb/206Pb Age,Amphibolite,PRO-SPL,33
207Pb/206Pb Age,BSE,PRO-CMT,37
207Pb/206Pb Age,Biotites,PRO-CHM,120
207Pb/206Pb Age,CL,PRO-CMT,76
207Pb/206Pb Age,Ca,PRO-CHM,38
207Pb/206Pb Age,CaO,PRO-CHM,34
207Pb/206Pb Age,Cathodoluminescence,PRO-CMT,137
207Pb/206Pb Age,Chondrite,PRO-CHM,51
207Pb/206Pb Age,Chondrite,PRO-SPL,46
207Pb/206Pb Age,Chondrite Normalized REE Patterns,PRO-PRO,31
207Pb/206Pb Age,Clinopyroxenes,PRO-CHM,40
207Pb/206Pb Age,Compositions,PRO-PRO,93
207Pb/206Pb Age,Concordia Diagram,PRO-CMT,69
207Pb/206Pb Age,Crust,PRO-DSC,31
207Pb/206Pb Age,Crystal,PRO-DSC,39
207Pb/206Pb Age,Crystallization Age,PRO-PRO,32
207Pb/206Pb Age,Fe,PRO-CHM,37
207Pb/206Pb Age,Feldspar,PRO-CHM,47
207Pb/206Pb Age,Field Photographs,PRO-CMT,36
207Pb/206Pb Age,Ga,PRO-CHM,58
207Pb/206Pb Age,Garnet,PRO-SPL,83
207Pb/206Pb Age,Geological Map,PRO-CMT,172
207Pb/206Pb Age,Geological Sketch Map,PRO-CMT,31
207Pb/206Pb Age,Gneiss,PRO-DSC,36
207Pb/206Pb Age,Gneiss,PRO-SPL,76
207Pb/206Pb Age,Gneisses,PRO-SPL,62
207Pb/206Pb Age,Grains,PRO-DSC,100
207Pb/206Pb Age,Granulite,PRO-SPL,61
207Pb/206Pb Age,Hf,PRO-CHM,56
207Pb/206Pb Age,Ilmenite,PRO-CHM,49
207Pb/206Pb Age,Inclusions,PRO-DSC,42
207Pb/206Pb Age,K-Feldspar,PRO-CHM,53
207Pb/206Pb Age,K2O,PRO-CHM,54
207Pb/206Pb Age,LA-ICP-MS,PRO-CMT,38
207Pb/206Pb Age,La,PRO-CHM,46
207Pb/206Pb Age,Layers,PRO-DSC,31
207Pb/206Pb Age,Li,PRO-CHM,38
207Pb/206Pb Age,Mafic,PRO-PRO,53
207Pb/206Pb Age,Magnetite,PRO-CHM,32
207Pb/206Pb Age,Matrix,PRO-DSC,50
207Pb/206Pb Age,Metamorphic,PRO-PRO,53
207Pb/206Pb Age,Metamorphic,PRO-SMT,59
207Pb/206Pb Age,Metamorphism,PRO-SMT,37
207Pb/206Pb Age,Mg,PRO-CHM,59
207Pb/206Pb Age,MgO,PRO-CHM,56
207Pb/206Pb Age,Mineral Assemblage,PRO-PRO,50
207Pb/206Pb Age,Monazite,PRO-CHM,40
207Pb/206Pb Age,Na2O,PRO-CHM,53
207Pb/206Pb Age,Nb,PRO-CHM,46
207Pb/206Pb Age,North China Craton,PRO-SPL,57
207Pb/206Pb Age,Orthopyroxene,PRO-CHM,42
207Pb/206Pb Age,Pb,PRO-CHM,217
207Pb/206Pb Age,Photomicrograph,PRO-CMT,77
207Pb/206Pb Age,Porphyroblastic,PRO-DSC,51
207Pb/206Pb Age,Pyroxene,PRO-CHM,32
207Pb/206Pb Age,Quartz,PRO-CHM,126
207Pb/206Pb Age,REE Pattern,PRO-PRO,31
207Pb/206Pb Age,RIMS,PRO-DSC,42
207Pb/206Pb Age,Rocks,PRO-DSC,66
207Pb/206Pb Age,SiO2,PRO-CHM,71
207Pb/206Pb Age,Sr,PRO-CHM,49
207Pb/206Pb Age,Symplectite,PRO-DSC,31
207Pb/206Pb Age,Ta,PRO-CHM,32
207Pb/206Pb Age,Texture,PRO-PRO,32
207Pb/206Pb Age,Th/U Ratios,PRO-PRO,36
207Pb/206Pb Age,Ti,PRO-CHM,43
207Pb/206Pb Age,TiO2,PRO-CHM,50
207Pb/206Pb Age,U-Pb Age,PRO-PRO,61
207Pb/206Pb Age,U-Pb Concordia Diagram,PRO-CMT,37
207Pb/206Pb Age,Yb,PRO-CHM,40
207Pb/206Pb Age,Zircon,PRO-CHM,106
207Pb/206Pb Age,Zircons,PRO-CHM,266
207Pb/206Pb Age,Zircons,PRO-DSC,115
207Pb/206Pb Age,Zr,PRO-CHM,72
207Pb/206Pb Age,εHf(t),PRO-PRO,40
207Pb/206Pb Ratio,207Pb,PRO-CHM,34
207Pb/206Pb Ratio,Pb,PRO-CHM,30
208Pb,204Pb,PRO-PRO,31
208Pb,206Pb,PRO-PRO,51
208Pb,206Pb/204Pb,PRO-PRO,31
208Pb,207Pb,PRO-CHM,51
208Pb,207Pb,PRO-PRO,37
208Pb,Geological Map,PRO-CMT,32
208Pb,Pb,PRO-CHM,58
208Pb,Sr,PRO-CHM,32
208Pb/204Pb,143nd / 144nd,PRO-PRO,38
208Pb/204Pb,206Pb,PRO-PRO,38
208Pb/204Pb,206Pb/204Pb,PRO-PRO,217
208Pb/204Pb,207Pb,PRO-CHM,194
208Pb/204Pb,207Pb/204Pb,PRO-PRO,192
208Pb/204Pb,87Sr/86Sr,PRO-PRO,78
208Pb/204Pb,Ba,PRO-CHM,52
208Pb/204Pb,Bulk,PRO-DSC,32
208Pb/204Pb,Calcite,PRO-CHM,31
208Pb/204Pb,Carbonates,PRO-CHM,31
208Pb/204Pb,Compositions,PRO-PRO,76
208Pb/204Pb,Galena,PRO-CHM,34
208Pb/204Pb,Garnet,PRO-SPL,35
208Pb/204Pb,Geological Map,PRO-CMT,52
208Pb/204Pb,Hart,PRO-CHM,33
208Pb/204Pb,Hf,PRO-CHM,31
208Pb/204Pb,Isotopic Composition,PRO-PRO,37
208Pb/204Pb,K2O,PRO-CHM,46
208Pb/204Pb,La,PRO-CHM,55
208Pb/204Pb,Lavas,PRO-DSC,39
208Pb/204Pb,Mantle,PRO-DSC,33
208Pb/204Pb,Melting,PRO-SMT,52
208Pb/204Pb,MgO,PRO-CHM,46
208Pb/204Pb,Nb,PRO-CHM,48
208Pb/204Pb,Nd,PRO-CHM,68
208Pb/204Pb,Olivines,PRO-CHM,33
208Pb/204Pb,Ore,PRO-APL,52
208Pb/204Pb,PB,PRO-PRO,36
208Pb/204Pb,Pb,PRO-CHM,205
208Pb/204Pb,Pb Isotopes,PRO-PRO,31
208Pb/204Pb,Pb Isotopic Composition,PRO-PRO,39
208Pb/204Pb,Quartz,PRO-CHM,59
208Pb/204Pb,Sediments,PRO-DSC,39
208Pb/204Pb,SiO2,PRO-CHM,56
208Pb/204Pb,Sr,PRO-CHM,104
208Pb/204Pb,Sr,PRO-PRO,56
208Pb/204Pb,Sulfide,PRO-CHM,61
208Pb/204Pb,Sulfur,PRO-CHM,38
208Pb/204Pb,Ta,PRO-CHM,31
208Pb/204Pb,Ti,PRO-CHM,40
208Pb/204Pb,TiO2,PRO-CHM,30
208Pb/204Pb,Yb,PRO-CHM,32
208Pb/204Pb,Zircons,PRO-CHM,54
208Pb/204Pb,Zn,PRO-CHM,37
208Pb/204Pb,Zr,PRO-CHM,41
208Pb/204Pb,δ34s,PRO-PRO,34
208Pb/206Pb,207Pb,PRO-CHM,64
208Pb/206Pb,207Pb/206Pb,PRO-PRO,34
208Pb/206Pb,Pb,PRO-CHM,72
208Tl,214Bi,CHM-CHM,30
20Fe,Fe,CHM-CHM,30
20MPa,10 MPa,CHM-CHM,44
20MPa,15MPa,CHM-CHM,42
20MPa,30 MPa,CHM-CHM,43
20MPa,40 MPa,CHM-CHM,60
20MPa,5MPa,CHM-CHM,39
20MPa,CO2,CHM-CHM,105
20MPa,Composite,CHM-DSC,32
20MPa,Density,CHM-PRO,51
20MPa,Layers,CHM-DSC,34
20MPa,Microstructure,CHM-PRO,40
20MPa,Particles,CHM-DSC,34
20MPa,SEM,CHM-CMT,87
20MPa,Stress,CHM-PRO,38
20MPa,Surface,CHM-DSC,56
20MPa,XRD,CHM-CMT,38
20N,SEM,CHM-CMT,48
20N,Surface,CHM-DSC,39
20Ne,Ar,CHM-CHM,31
20Ne,Compositions,CHM-PRO,38
20Ne,Helium,CHM-CHM,30
20Ne,Ne,CHM-CHM,51
20Ne,Neon,CHM-CHM,35
20Ne,Noble Gas,CHM-CHM,38
21,12,PRO-PRO,126
21,3,PRO-PRO,42
21,31,PRO-PRO,46
21,G,PRO-PRO,33
21,K,PRO-PRO,81
21,M,PRO-PRO,41
21,P,PRO-PRO,38
21,T,PRO-PRO,40
21,σ,PRO-PRO,32
210Pb,137Cs,CHM-CMT,103
210Pb,137Cs,CHM-PRO,64
210Pb,137Cs,CMT-CMT,72
210Pb,14C,CHM-CHM,103
210Pb,14C,CHM-CMT,65
210Pb,14C,CMT-CHM,63
210Pb,14C,CMT-CMT,39
210Pb,207Pb,CHM-CHM,39
210Pb,210Pb Activity,CHM-PRO,89
210Pb,210Pb Dating,CHM-CMT,67
210Pb,210Pb Geochronology,CHM-CMT,31
210Pb,210Po,CHM-CHM,108
210Pb,226Ra,CHM-CHM,118
210Pb,226Ra,PRO-CHM,31
210Pb,232Th,CHM-CHM,33
210Pb,238U,CHM-CHM,70
210Pb,AGE Model,CHM-CMT,42
210Pb,Accumulation Rate,CHM-PRO,63
210Pb,Accumulation Rate,CMT-PRO,31
210Pb,Activity,CHM-PRO,52
210Pb,Activity Concentration,CHM-PRO,50
210Pb,Age,CHM-PRO,44
210Pb,Age-Depth Model,CHM-CMT,30
210Pb,Ages,CHM-PRO,35
210Pb,Al,CHM-CHM,75
210Pb,Bathymetry,CHM-PRO,46
210Pb,Bulk,CHM-DSC,34
210Pb,Ca,CHM-CHM,52
210Pb,Carbon,CHM-CHM,173
210Pb,Carbon,CMT-CHM,56
210Pb,Carbon,PRO-CHM,30
210Pb,Carbonates,CHM-CHM,50
210Pb,Cd,CHM-CHM,38
210Pb,Coal,CHM-CHM,30
210Pb,Compositions,CHM-PRO,57
210Pb,Concentration,CHM-PRO,34
210Pb,Core,CHM-DSC,106
210Pb,Core,CMT-DSC,38
210Pb,Cores,CHM-DSC,89
210Pb,Cores,CMT-DSC,37
210Pb,Coring,CHM-SMT,43
210Pb,Cr,CHM-CHM,38
210Pb,Cu,CHM-CHM,67
210Pb,Density,CHM-PRO,36
210Pb,Diamonds,CHM-CHM,63
210Pb,Fe,CHM-CHM,90
210Pb,Grain Size,CHM-PRO,77
210Pb,Grain Size Distribution,CHM-PRO,33
210Pb,Hg,CHM-CHM,63
210Pb,Holocene,CHM-CHM,55
210Pb,Lake,CHM-APL,33
210Pb,Layers,CHM-DSC,61
210Pb,Magnetic Susceptibility,CHM-PRO,38
210Pb,Mercury,CHM-CHM,30
210Pb,Mn,CHM-CHM,70
210Pb,Ni,CHM-CHM,44
210Pb,Nitrogen,CHM-CHM,51
210Pb,Organic Carbon,CHM-PRO,52
210Pb,Organic Matter,CHM-PRO,46
210Pb,Oxygen,CHM-CHM,42
210Pb,Particles,CHM-DSC,30
210Pb,Pb,CHM-CHM,150
210Pb,Pb,CMT-CHM,46
210Pb,Radiocarbon,CHM-CMT,34
210Pb,Radiocarbon Age,CHM-CMT,31
210Pb,Radionuclide,CHM-CHM,67
210Pb,Salinity,CHM-PRO,32
210Pb,Sediment Accumulation Rate,CHM-PRO,71
210Pb,Sediment Accumulation Rate,CMT-PRO,42
210Pb,Sediment Core,CHM-DSC,205
210Pb,Sediment Core,CMT-DSC,79
210Pb,Sediment Trap,CHM-APL,36
210Pb,Sedimentation Rate,CHM-PRO,154
210Pb,Sedimentation Rate,CMT-PRO,65
210Pb,Sediments,CHM-DSC,349
210Pb,Sediments,CHM-PRO,179
210Pb,Sediments,CMT-DSC,115
210Pb,Sediments,CMT-PRO,72
210Pb,Sediments,PRO-DSC,50
210Pb,Sediments,PRO-PRO,34
210Pb,Soil,CHM-DSC,47
210Pb,Sr,CHM-CHM,34
210Pb,Surface,CHM-DSC,117
210Pb,Surface,CMT-DSC,33
210Pb,Surface Sediments,CHM-DSC,72
210Pb,TOC,CHM-CHM,35
210Pb,TOC,CHM-PRO,57
210Pb,Temperature,CHM-PRO,55
210Pb,Ti,CHM-CHM,38
210Pb,Total Organic Carbon,CHM-PRO,35
210Pb,Uranium,CHM-CHM,31
210Pb,X-Radiograph,CHM-CMT,32
210Pb,Zn,CHM-CHM,63
210Pb,Δ18O,CHM-PRO,31
210Pb,δ13c,CHM-PRO,48
210Pb Activity,210Pb,PRO-CHM,89
210Pb Activity,Sediments,PRO-DSC,41
210Pb Dating,210Pb,CMT-CHM,67
210Pb Dating,Sediments,CMT-DSC,30
210Pb Geochronology,210Pb,CMT-CHM,31
210Po,210Pb,CHM-CHM,108
210Po,226Ra,CHM-CHM,39
210Po,238U,CHM-CHM,36
211,Surface,SPL-DSC,59
211,Surfaces,SPL-DSC,41
214Bi,208Tl,CHM-CHM,30
214Bi,214Pb,CHM-CHM,49
214Pb,214Bi,CHM-CHM,49
218Po,Radon,CHM-CHM,38
21Ne,Ne,CHM-CHM,32
21Ne,Neon,CHM-CHM,32
220Rn,Radon,CHM-CHM,46
220Rn,Thoron,CHM-CHM,31
2212,2223,SPL-SPL,48
2212,Superconducting,SPL-PRO,36
2223,2212,SPL-SPL,48
2223,Superconducting,SPL-PRO,33
2223,Superconductor,SPL-PRO,30
222Rn,Radon,PRO-CHM,49
224Ra,226Ra,CHM-CHM,55
224Ra,228Ra,CHM-CHM,44
224Ra,Radium,CHM-CHM,54
224Ra,Salinity,CHM-PRO,35
225,Cubic,SPL-SPL,39
225C,Al2O3,CHM-CHM,30
225C,Annealed,CHM-SMT,51
225C,Annealing,CHM-SMT,49
225C,CO,CHM-CHM,53
225C,CO2,CHM-CHM,44
225C,Carbon,CHM-CHM,52
225C,Catalyst,CHM-APL,98
225C,Compositions,CHM-PRO,47
225C,Cooling,CHM-SMT,30
225C,Cu,CHM-CHM,36
225C,DSC,CHM-CMT,45
225C,Ethanol,CHM-CHM,31
225C,FTIR,CHM-CMT,36
225C,Film,CHM-DSC,69
225C,Films,CHM-DSC,52
225C,H2,CHM-CHM,60
225C,H2O,CHM-CHM,46
225C,HRTEM,CHM-CMT,58
225C,Heating,CHM-SMT,54
225C,Hydrogen,CHM-CHM,52
225C,Layers,CHM-DSC,38
225C,Morphology,CHM-PRO,36
225C,N2,CHM-CHM,51
225C,Nanoparticles,CHM-DSC,32
225C,Ni,CHM-CHM,30
225C,Nitrogen,CHM-CHM,32
225C,O,CHM-CHM,36
225C,O2,CHM-CHM,45
225C,Oxygen,CHM-CHM,37
225C,Particles,CHM-DSC,43
225C,Pt,CHM-CHM,38
225C,Raman,CHM-CMT,44
225C,SEM,CHM-CMT,133
225C,Si,CHM-CHM,35
225C,Structure,CHM-PRO,34
225C,Substrate,CHM-DSC,48
225C,Surface,CHM-DSC,75
225C,TEM,CHM-CMT,126
225C,Tga,CHM-CMT,31
225C,Thin Films,CHM-DSC,38
225C,TiO2,CHM-CHM,36
225C,X-Ray Diffraction,CHM-CMT,36
225C,XPS,CHM-CMT,57
225C,XRD,CHM-CMT,148
226Ra,210Pb,CHM-CHM,118
226Ra,210Pb,CHM-PRO,31
226Ra,210Po,CHM-CHM,39
226Ra,224Ra,CHM-CHM,55
226Ra,226Ra Activity,CHM-PRO,56
226Ra,228Ra,CHM-CHM,134
226Ra,228Ra,CHM-PRO,34
226Ra,228Th,CHM-CHM,41
226Ra,230th,CHM-PRO,35
226Ra,232Th,CHM-CHM,229
226Ra,238U,CHM-CHM,216
226Ra,238U,CHM-PRO,31
226Ra,Activity,CHM-PRO,55
226Ra,Activity Concentration,CHM-PRO,128
226Ra,Activity Ratio,CHM-PRO,41
226Ra,Ba,CHM-CHM,74
226Ra,Ca,CHM-CHM,36
226Ra,Carbonates,CHM-CHM,30
226Ra,Compositions,CHM-PRO,65
226Ra,Detector,CHM-APL,63
226Ra,Diamonds,CHM-CHM,36
226Ra,Fe,CHM-CHM,36
226Ra,Gamma Ray Spectrometry,CHM-CMT,58
226Ra,Garnet,CHM-SPL,30
226Ra,Germanium,CHM-CHM,36
226Ra,Half Life,CHM-PRO,31
226Ra,Lavas,CHM-DSC,39
226Ra,Melting,CHM-SMT,37
226Ra,Mn,CHM-CHM,30
226Ra,Pb,CHM-CHM,50
226Ra,Ra,CHM-PRO,32
226Ra,Radioactivity,CHM-PRO,46
226Ra,Radionuclide,CHM-CHM,68
226Ra,Radionuclide,CHM-PRO,40
226Ra,Radium,CHM-CHM,171
226Ra,Radium Equivalent Activity,CHM-PRO,46
226Ra,Radon,CHM-CHM,96
226Ra,Salinity,CHM-PRO,46
226Ra,Sediments,CHM-DSC,95
226Ra,Sediments,CHM-PRO,30
226Ra,SiO2,CHM-CHM,31
226Ra,Soil,CHM-DSC,85
226Ra,Sr,CHM-CHM,57
226Ra,Surface,CHM-DSC,68
226Ra,Th,CHM-CHM,30
226Ra,Thorium,CHM-CHM,34
226Ra,Uranium,CHM-CHM,85
226Ra Activity,226Ra,PRO-CHM,56
228Ra,224Ra,CHM-CHM,44
228Ra,226Ra,CHM-CHM,134
228Ra,226Ra,PRO-CHM,34
228Ra,228Th,CHM-CHM,33
228Ra,232Th,CHM-CHM,32
228Ra,238U,CHM-CHM,39
228Ra,Radium,CHM-CHM,71
228Ra,Salinity,CHM-PRO,34
228Ra,Sediments,CHM-DSC,33
228Th,226Ra,CHM-CHM,41
228Th,228Ra,CHM-CHM,33
230Th / 232Th,232Th,PRO-CHM,38
230Th/238U,238U,PRO-CHM,59
230th,226Ra,PRO-CHM,35
230th,231Pa,PRO-CHM,30
230th,232Th,PRO-CHM,39
230th,238U,PRO-CHM,68
231Pa,230th,CHM-PRO,30
231Pa,238U,CHM-CHM,46
232Th,207Pb,CHM-CHM,43
232Th,210Pb,CHM-CHM,33
232Th,226Ra,CHM-CHM,229
232Th,228Ra,CHM-CHM,32
232Th,230Th / 232Th,CHM-PRO,38
232Th,230th,CHM-PRO,39
232Th,232th,CHM-PRO,63
232Th,238U,CHM-CHM,459
232Th,238U,CHM-PRO,53
232Th,87Sr/86Sr,CHM-PRO,30
232Th,Activity,CHM-PRO,31
232Th,Activity Concentration,CHM-PRO,122
232Th,Activity Ratio,CHM-PRO,40
232Th,Age,CHM-PRO,48
232Th,Ages,CHM-PRO,51
232Th,Ba,CHM-CHM,35
232Th,Biotites,CHM-CHM,36
232Th,Bulk,CHM-DSC,51
232Th,Ca,CHM-CHM,31
232Th,Carbonates,CHM-CHM,39
232Th,Compositions,CHM-PRO,102
232Th,Crystal,CHM-DSC,57
232Th,Detector,CHM-APL,89
232Th,Diamonds,CHM-CHM,52
232Th,Fe,CHM-CHM,36
232Th,Gamma Ray Spectrometry,CHM-CMT,40
232Th,Garnet,CHM-SPL,53
232Th,Geological Map,CHM-CMT,38
232Th,Germanium,CHM-CHM,40
232Th,Grains,CHM-DSC,43
232Th,Isochron,CHM-CHM,66
232Th,La,CHM-CHM,36
232Th,Lavas,CHM-DSC,48
232Th,Mantle,CHM-DSC,31
232Th,Melting,CHM-SMT,53
232Th,MgO,CHM-CHM,31
232Th,Monazite,CHM-CHM,43
232Th,Nd,CHM-CHM,38
232Th,Pb,CHM-CHM,102
232Th,Quartz,CHM-CHM,47
232Th,Radioactivity,CHM-PRO,44
232Th,Radionuclide,CHM-CHM,56
232Th,Radium,CHM-CHM,81
232Th,Radium Equivalent Activity,CHM-PRO,53
232Th,Radon,CHM-CHM,41
232Th,Rock,CHM-DSC,30
232Th,Rocks,CHM-DSC,34
232Th,Sediments,CHM-DSC,74
232Th,SiO2,CHM-CHM,43
232Th,Soil,CHM-DSC,80
232Th,Sr,CHM-CHM,53
232Th,Surface,CHM-DSC,46
232Th,Th,CHM-CHM,48
232Th,Thorium,CHM-CHM,102
232Th,Uranium,CHM-CHM,122
232Th,Zircons,CHM-CHM,49
232th,232Th,PRO-CHM,63
232th,238U,PRO-CHM,37
234U,238U,PRO-CHM,38
234U/238U,238U,PRO-CHM,106
234U/238U,Uranium,PRO-CHM,46
234U/238U Activity Ratio,238U,PRO-CHM,58
234U/238U Activity Ratio,Uranium,PRO-CHM,30
235U,238U,PRO-CHM,45
235U,Uranium,PRO-CHM,31
237Np,239Pu,CHM-CHM,33
238Pu,239Pu,CHM-CHM,89
238Pu,240Pu,CHM-CHM,71
238Pu,241Pu,CHM-CHM,36
238Pu,Plutonium,CHM-CHM,76
238U,14C,CHM-CHM,35
238U,176Lu,CHM-CHM,47
238U,206Pb,CHM-PRO,32
238U,206Pb/204Pb,CHM-PRO,62
238U,206Pb/238U,CHM-CHM,70
238U,206Pb/238U Age,CHM-PRO,349
238U,206pb/238u,CHM-PRO,34
238U,207Pb,CHM-CHM,223
238U,207Pb/204Pb,CHM-PRO,31
238U,207Pb/206Pb,CHM-CHM,65
238U,207Pb/206Pb,CHM-PRO,31
238U,207Pb/206Pb Age,CHM-PRO,64
238U,210Pb,CHM-CHM,70
238U,210Po,CHM-CHM,36
238U,226Ra,CHM-CHM,216
238U,226Ra,PRO-CHM,31
238U,228Ra,CHM-CHM,39
238U,230Th/238U,CHM-PRO,59
238U,230th,CHM-PRO,68
238U,231Pa,CHM-CHM,46
238U,232Th,CHM-CHM,459
238U,232Th,PRO-CHM,53
238U,232th,CHM-PRO,37
238U,234U,CHM-PRO,38
238U,234U/238U,CHM-PRO,106
238U,234U/238U Activity Ratio,CHM-PRO,58
238U,235U,CHM-PRO,45
238U,238U/204Pb,CHM-PRO,33
238U,239Pu,CHM-CHM,109
238U,240Pu,CHM-CHM,55
238U,241Pu,CHM-CHM,33
238U,87Sr/86Sr,CHM-PRO,71
238U,Ablation,CHM-SMT,37
238U,Activity,CHM-PRO,45
238U,Activity Concentration,CHM-PRO,95
238U,Activity Ratio,CHM-PRO,79
238U,Age,CHM-PRO,211
238U,Ages,CHM-PRO,222
238U,Al,CHM-CHM,100
238U,Al2O3,CHM-CHM,112
238U,Aluminum,CHM-CHM,33
238U,Amphiboles,CHM-CHM,124
238U,Amphibolite,CHM-SPL,54
238U,Apatites,CHM-CHM,112
238U,Ar,CHM-CHM,36
238U,Au,CHM-CHM,34
238U,BSE,CHM-CMT,60
238U,BSE Image,CHM-CMT,40
238U,Ba,CHM-CHM,108
238U,Back Scattered Electron Image,CHM-CMT,55
238U,Backscattered Electron,CHM-CMT,46
238U,Biotites,CHM-CHM,238
238U,Bse,CHM-CMT,55
238U,Bulk,CHM-DSC,160
238U,CL,CHM-CMT,85
238U,Ca,CHM-CHM,127
238U,CaO,CHM-CHM,89
238U,Calcite,CHM-CHM,101
238U,Carbon,CHM-CHM,66
238U,Carbonates,CHM-CHM,100
238U,Cathodoluminescence,CHM-CMT,177
238U,Ce,CHM-CHM,50
238U,Chemical Composition,CHM-PRO,42
238U,Chlorite,CHM-CHM,74
238U,Chondrite,CHM-CHM,124
238U,Chondrite,CHM-SPL,108
238U,Clinopyroxenes,CHM-CHM,101
238U,Clinopyroxenes,CHM-SPL,45
238U,Coarse Grained,CHM-PRO,31
238U,Compositions,CHM-PRO,335
238U,Concentration,CHM-PRO,37
238U,Concordia Diagram,CHM-CMT,140
238U,Concordia Plot,CHM-CMT,39
238U,Continental Crust,CHM-DSC,31
238U,Cooling,CHM-SMT,56
238U,Copper,CHM-CHM,37
238U,Corals,CHM-DSC,34
238U,Core,CHM-DSC,69
238U,Cores,CHM-DSC,54
238U,Cr,CHM-CHM,56
238U,Cross Section,CHM-PRO,62
238U,Crust,CHM-DSC,87
238U,Crystal,CHM-DSC,196
238U,Crystallization Age,CHM-PRO,47
238U,Cu,CHM-CHM,57
238U,Dating,CHM-APL,32
238U,Decay Constant,CHM-PRO,41
238U,Density,CHM-PRO,38
238U,Detector,CHM-APL,123
238U,Diamonds,CHM-CHM,151
238U,Dyke,CHM-DSC,33
238U,Dykes,CHM-DSC,33
238U,EU Anomaly,CHM-PRO,31
238U,Eclogites,CHM-SPL,86
238U,Eu,CHM-CHM,91
238U,F,CHM-CHM,32
238U,Fe,CHM-CHM,164
238U,FeO,CHM-CHM,30
238U,Feldspar,CHM-CHM,121
238U,Fine Grained,CHM-DSC,40
238U,Foliation,CHM-PRO,54
238U,Fuel,CHM-APL,65
238U,Ga,CHM-CHM,61
238U,Gamma Ray Spectrometry,CHM-CMT,38
238U,Garnet,CHM-SPL,246
238U,Geochemical,CHM-PRO,64
238U,Geologic Map,CHM-CMT,50
238U,Geological,CHM-PRO,39
238U,Geological Map,CHM-CMT,317
238U,Geological Sketch Map,CHM-CMT,40
238U,Geology,CHM-PRO,60
238U,Germanium,CHM-CHM,35
238U,Glass,CHM-DSC,34
238U,Gneiss,CHM-DSC,37
238U,Gneiss,CHM-SPL,86
238U,Gneisses,CHM-SPL,40
238U,Grain Size,CHM-PRO,42
238U,Grains,CHM-DSC,194
238U,Granite,CHM-SPL,73
238U,Granitic,CHM-SPL,49
238U,Granitoids,CHM-PRO,49
238U,Granitoids,CHM-SPL,33
238U,Granulite,CHM-SPL,68
238U,Graphite,CHM-CHM,31
238U,Groundmass,CHM-DSC,31
238U,H2O,CHM-CHM,48
238U,Half Life,CHM-PRO,34
238U,Hart,CHM-CHM,58
238U,Hf,CHM-CHM,123
238U,ICP-MS,CHM-CMT,63
238U,Ilmenite,CHM-CHM,75
238U,Inclusions,CHM-DSC,120
238U,Iron,CHM-CHM,61
238U,Irradiated,CHM-SMT,51
238U,Irradiation,CHM-SMT,60
238U,Isochron,CHM-CHM,176
238U,Isochron,CHM-CMT,52
238U,Isoplot,CHM-CMT,31
238U,Isotope Ratio,CHM-PRO,52
238U,Isotopic,CHM-PRO,34
238U,Isotopic Composition,CHM-PRO,95
238U,Isotopic Ratios,CHM-PRO,40
238U,K,CHM-PRO,35
238U,K-Feldspar,CHM-CHM,100
238U,K2O,CHM-CHM,131
238U,Kyanite,CHM-CHM,51
238U,LA-ICP-MS,CHM-CMT,98
238U,La,CHM-CHM,130
238U,Laser Ablation,CHM-SMT,35
238U,Lava,CHM-DSC,32
238U,Lavas,CHM-DSC,76
238U,Layers,CHM-DSC,115
238U,Leaching,CHM-SMT,40
238U,Li,CHM-CHM,86
238U,Mafic,CHM-PRO,83
238U,Magnetite,CHM-CHM,63
238U,Mantle,CHM-DSC,82
238U,Mantle,CHM-PRO,37
238U,Map,CHM-CMT,35
238U,Matrix,CHM-DSC,88
238U,Melt,CHM-DSC,34
238U,Melting,CHM-SMT,152
238U,Metamorphic,CHM-PRO,71
238U,Metamorphic,CHM-SMT,76
238U,Metamorphism,CHM-SMT,54
238U,Mg,CHM-CHM,151
238U,Mg#,CHM-PRO,35
238U,MgO,CHM-CHM,123
238U,Microphotography,CHM-CMT,42
238U,Microstructure,CHM-PRO,30
238U,Mineral Assemblage,CHM-PRO,57
238U,Minerals,CHM-DSC,49
238U,Mn,CHM-CHM,90
238U,Mo,CHM-CHM,42
238U,Monazite,CHM-CHM,98
238U,Na,CHM-CHM,45
238U,Na2O,CHM-CHM,89
238U,Nb,CHM-CHM,102
238U,Nd,CHM-CHM,118
238U,Ni,CHM-CHM,61
238U,O,CHM-CHM,38
238U,OIB,CHM-CHM,55
238U,Olivines,CHM-CHM,91
238U,Olivines,CHM-SPL,32
238U,Omphacite,CHM-CHM,31
238U,Ore,CHM-APL,47
238U,Orthogneiss,CHM-DSC,42
238U,Orthopyroxene,CHM-CHM,50
238U,Oxides,CHM-CHM,58
238U,Oxygen,CHM-CHM,87
238U,P,CHM-PRO,30
238U,P T,CHM-PRO,39
238U,Partial Melting,CHM-SMT,40
238U,Particles,CHM-DSC,64
238U,Partition Coefficient,CHM-PRO,60
238U,Pb,CHM-CHM,606
238U,Pb Isotopic Composition,CHM-PRO,34
238U,Phengite,CHM-CHM,31
238U,Phenocryst,CHM-DSC,48
238U,Phosphate,CHM-CHM,35
238U,Photomicrograph,CHM-CMT,144
238U,Plagioclase,CHM-SPL,30
238U,Plutonium,CHM-CHM,59
238U,Porosity,CHM-PRO,43
238U,Porphyritic,CHM-DSC,41
238U,Porphyroblastic,CHM-DSC,68
238U,Pyroxene,CHM-CHM,82
238U,Pyroxene,CHM-SPL,32
238U,Qtz,CHM-CHM,40
238U,Quartz,CHM-CHM,327
238U,REE,CHM-PRO,66
238U,REE Pattern,CHM-CMT,42
238U,REE Pattern,CHM-PRO,87
238U,RIMS,CHM-DSC,81
238U,Radioactivity,CHM-PRO,40
238U,Radionuclide,CHM-CHM,67
238U,Radium,CHM-CHM,49
238U,Radon,CHM-CHM,40
238U,Raman,CHM-CMT,34
238U,Reactors,CHM-APL,37
238U,Rim,CHM-DSC,46
238U,Rock,CHM-DSC,76
238U,Rocks,CHM-DSC,126
238U,Rutile,CHM-SPL,56
238U,SEM,CHM-CMT,54
238U,SIMS,CHM-CMT,58
238U,Sediments,CHM-DSC,137
238U,Si,CHM-CHM,67
238U,SiO2,CHM-CHM,185
238U,SiO2,CHM-PRO,59
238U,Silica,CHM-CHM,58
238U,Silicate,CHM-CHM,74
238U,Sm,CHM-CHM,42
238U,Soil,CHM-DSC,107
238U,Solidus,CHM-PRO,35
238U,Spinels,CHM-SPL,44
238U,Sr,CHM-CHM,208
238U,Sr,CHM-PRO,51
238U,Structure,CHM-PRO,41
238U,Sulfide,CHM-CHM,42
238U,Surface,CHM-DSC,150
238U,Symplectite,CHM-DSC,32
238U,T,CHM-PRO,30
238U,TH,CHM-PRO,61
238U,Ta,CHM-CHM,83
238U,Tectonic Map,CHM-CMT,33
238U,Texture,CHM-PRO,54
238U,Th,CHM-CHM,99
238U,Th/U,CHM-PRO,44
238U,Th/U Ratios,CHM-PRO,96
238U,Thin Sections,CHM-DSC,53
238U,Thorium,CHM-CHM,103
238U,Ti,CHM-CHM,142
238U,TiO2,CHM-CHM,87
238U,Tims,CHM-CMT,49
238U,Trace Element,CHM-PRO,51
238U,U,CHM-PRO,37
238U,U Concentration,CHM-PRO,89
238U,U-Pb,CHM-CMT,48
238U,U-Pb Age,CHM-PRO,136
238U,U-Pb Concordia Diagram,CHM-CMT,52
238U,U-Pb Dating,CHM-CMT,41
238U,U-Series,CHM-CMT,30
238U,UO2,CHM-CHM,36
238U,Uranium,CHM-CHM,437
238U,Uranium,CHM-PRO,61
238U,Uranium,PRO-CHM,39
238U,Uranium Concentration,CHM-PRO,53
238U,U–Pb,CHM-CMT,33
238U,Vein,CHM-DSC,49
238U,Veins,CHM-DSC,52
238U,Weathering,CHM-SMT,40
238U,Weighted Mean,CHM-CMT,42
238U,Weighted Mean Age,CHM-PRO,31
238U,Whole Rocks,CHM-DSC,89
238U,Xenoliths,CHM-DSC,37
238U,Yb,CHM-CHM,107
238U,Zircon,CHM-CHM,196
238U,Zircons,CHM-CHM,573
238U,Zircons,CHM-CMT,51
238U,Zircons,CHM-DSC,204
238U,Zircons,CHM-PRO,33
238U,Zn,CHM-CHM,38
238U,Zr,CHM-CHM,143
238U,δ18O,CHM-PRO,36
238U,εHf(t),CHM-PRO,48
238U,μ,CHM-PRO,47
238U/204Pb,238U,PRO-CHM,33
239,239Pu,CHM-CHM,46
239,240Pu,CHM-CHM,74
239Pu,237Np,CHM-CHM,33
239Pu,238Pu,CHM-CHM,89
239Pu,238U,CHM-CHM,109
239Pu,239,CHM-CHM,46
239Pu,240Pu,CHM-CHM,173
239Pu,240Pu/239Pu Atom Ratio,CHM-PRO,36
239Pu,241Pu,CHM-CHM,86
239Pu,244Cm,CHM-CHM,33
239Pu,Cross Section,CHM-PRO,30
239Pu,Detector,CHM-APL,61
239Pu,Fuel,CHM-APL,76
239Pu,Irradiation,CHM-SMT,40
239Pu,Plutonium,CHM-CHM,137
239Pu,Reactors,CHM-APL,41
239Pu,Sediments,CHM-DSC,32
239Pu,Soil,CHM-DSC,32
239Pu,Uranium,CHM-CHM,75
23Na,1H,CMT-CHM,71
23Na,27Al,CMT-CHM,31
23Na,27Al,CMT-CMT,30
23Na,29Si MAS-NMR,CMT-CMT,32
23Na,Al,CMT-CHM,40
23Na,Carbon,CMT-CHM,36
23Na,Chemical Shift,CMT-PRO,34
23Na,Compositions,CMT-PRO,71
23Na,Crystal Structure,CMT-PRO,51
23Na,Crystalline,CMT-DSC,36
23Na,Electrode,CMT-APL,35
23Na,Glass,CMT-DSC,48
23Na,Glasses,CMT-DSC,56
23Na,Isotropic Chemical Shift,CMT-PRO,31
23Na,Li,CMT-CHM,45
23Na,MAS NMR,CMT-CMT,109
23Na,Mas,CMT-CMT,34
23Na,NMR,CMT-CMT,208
23Na,Na,CMT-CHM,161
23Na,Na+,CMT-CHM,86
23Na,Oxygen,CMT-CHM,49
23Na,Powder,CMT-DSC,40
23Na,Raman,CMT-CMT,37
23Na,SEM,CMT-CMT,47
23Na,Si,CMT-CHM,34
23Na,Sodium,CMT-CHM,156
23Na,Solid State NMR,CMT-CMT,42
23Na,Structure,CMT-PRO,83
23Na,X-Ray Diffraction,CMT-CMT,50
23Na,XRD,CMT-CMT,91
23Na,Zeolites,CMT-CHM,40
23Na MAS NMR,27Al MAS-NMR,CMT-CMT,32
23Na MAS NMR,29Si MAS NMR,CMT-CMT,38
23Na MAS NMR,Glass,CMT-DSC,34
23Na MAS NMR,Glasses,CMT-DSC,35
23Na MAS NMR,MAS NMR,CMT-CMT,32
23Na MAS NMR,NMR,CMT-CMT,34
23Na MAS NMR,Na,CMT-CHM,51
23Na MAS NMR,Sodium,CMT-CHM,38
23Na MAS NMR,XRD,CMT-CMT,37
240Pu,238Pu,CHM-CHM,71
240Pu,238U,CHM-CHM,55
240Pu,239,CHM-CHM,74
240Pu,239Pu,CHM-CHM,173
240Pu,240Pu/239Pu Atom Ratio,CHM-PRO,36
240Pu,241Pu,CHM-CHM,61
240Pu,Plutonium,CHM-CHM,103
240Pu,Sediments,CHM-DSC,35
240Pu,Soil,CHM-DSC,36
240Pu/239Pu Atom Ratio,239Pu,PRO-CHM,36
240Pu/239Pu Atom Ratio,240Pu,PRO-CHM,36
241Pu,238Pu,CHM-CHM,36
241Pu,238U,CHM-CHM,33
241Pu,239Pu,CHM-CHM,86
241Pu,240Pu,CHM-CHM,61
241Pu,Plutonium,CHM-CHM,42
244Cm,239Pu,CHM-CHM,33
24Mg,16O,CHM-CHM,35
24Mg,25Mg,CHM-CHM,33
24Mg,26Al,CHM-CHM,54
24Mg,26Mg,CHM-CHM,98
24Mg,27Al,CHM-CHM,31
24Mg,Al,CHM-CHM,55
24Mg,Bulk,CHM-DSC,38
24Mg,Ca,CHM-CHM,44
24Mg,Compositions,CHM-PRO,54
24Mg,Fe,CHM-CHM,33
24Mg,Isochron,CHM-CHM,30
24Mg,Magnesium,CHM-CHM,57
24Mg,Mg,CHM-CHM,117
24Mg,Olivines,CHM-CHM,46
24Mg,Olivines,CHM-SPL,31
24Mg,Oxygen,CHM-CHM,42
24Mg,Pyroxene,CHM-CHM,36
24Mg,Si,CHM-CHM,31
24Mg,Silicate,CHM-CHM,35
24Mg,Spinels,CHM-SPL,31
25(OH)D,25-Hydroxyvitamin D,CHM-CHM,36
25(OH)D,Vitamin D,CHM-CHM,56
25(OH)D,Vitamin D,PRO-CHM,33
25(OH)D3,Vitamin D,CHM-CHM,35
25-Hydroxycholesterol,Cholesterol,CHM-CHM,56
25-Hydroxycholesterol,Oxysterol,CHM-CHM,32
25-Hydroxyvitamin D,25(OH)D,CHM-CHM,36
25-Hydroxyvitamin D,Vitamin D,CHM-CHM,44
250 M,Carbon,CHM-CHM,34
250 M,MODIS,CHM-CMT,70
250 M,Moderate Resolution Imaging Spectro-Radiometer,CHM-CMT,32
250 M,Surface,CHM-DSC,73
250 MPa,200MPa,CHM-CHM,35
250 MPa,Alloy,CHM-DSC,47
250 MPa,Microstructure,CHM-PRO,46
250 MPa,SEM,CHM-CMT,51
250 MPa,Stress,CHM-PRO,34
250 MPa,Surface,CHM-DSC,38
250 MPa,TEM,CHM-CMT,31
250M,1H,CHM-CHM,36
250M,1H NMR,CHM-CMT,33
250M,37C,CHM-CHM,33
250M,Absorbance,CHM-PRO,61
250M,Absorption,CHM-CMT,32
250M,Absorption Spectrum,CHM-CMT,59
250M,Ag,CHM-CHM,36
250M,Amino Acid,CHM-CHM,44
250M,Au,CHM-CHM,32
250M,Blue Line,CHM-CHM,39
250M,CV,CHM-CMT,33
250M,Ca2+,CHM-CHM,40
250M,Carbon,CHM-CHM,42
250M,Cell Viability,CHM-PRO,37
250M,Cells,CHM-DSC,78
250M,Chemical Structures,CHM-PRO,61
250M,Cu2+,CHM-CHM,34
250M,Cyclic Voltammogram,CHM-CMT,60
250M,Cys,CHM-CHM,42
250M,D2O,CHM-CHM,39
250M,DMF,CHM-CHM,32
250M,DMSO,CHM-CHM,60
250M,EDTA,CHM-CHM,35
250M,Electrode,CHM-APL,80
250M,Electrodes,CHM-APL,39
250M,Emission Spectra,CHM-CMT,41
250M,Fluorescence,CHM-CMT,137
250M,Fluorescence,CHM-PRO,63
250M,Fluorescence Emission,CHM-CMT,37
250M,Fluorescence Image,CHM-CMT,42
250M,Fluorescence Intensity,CHM-PRO,122
250M,Fluorescence Response,CHM-PRO,46
250M,Fluorescence Spectra,CHM-CMT,47
250M,GSH,CHM-CHM,70
250M,Glucose,CHM-CHM,42
250M,H2O2,CHM-CHM,100
250M,HEPES,CHM-CHM,52
250M,Hydrogen,CHM-CHM,43
250M,Irradiation,CHM-SMT,36
250M,KCl,CHM-CHM,44
250M,MTT,CHM-CHM,31
250M,Molecular Structure,CHM-PRO,30
250M,NaCl,CHM-CHM,63
250M,Nanoparticles,CHM-DSC,33
250M,O2,CHM-CHM,33
250M,Oxygen,CHM-CHM,50
250M,Phosphate,CHM-CHM,83
250M,SEM,CHM-CMT,83
250M,Structure,CHM-PRO,41
250M,Substrate,CHM-DSC,35
250M,Surface,CHM-DSC,78
250M,TEM,CHM-CMT,115
250M,UV Vis Absorption,CHM-CMT,34
250M,Western Blots,CHM-CMT,33
250M,XPS,CHM-CMT,43
250M,XRD,CHM-CMT,37
25C,(COCl)2,CHM-CHM,56
25C,"1,2-Dichloroethane",CHM-CHM,46
25C,"1,4-Dioxane",CHM-CHM,62
25C,"1,8-Diazabicyclo[5.4.0]undec-7-ene",CHM-CHM,37
25C,13C,CHM-CHM,130
25C,13C NMR,CHM-CMT,106
25C,180C,CHM-CHM,42
25C,19F,CHM-CHM,49
25C,19F NMR,CHM-CMT,37
25C,1D,CHM-DSC,32
25C,1H,CHM-CHM,923
25C,1H,CHM-CMT,31
25C,1H NMR,CHM-CMT,829
25C,1H-NMR,CHM-CMT,58
25C,"2,6-Lutidine",CHM-CHM,63
25C,2-Methyl-2-Butene,CHM-CHM,30
25C,2-Propanol,CHM-CHM,42
25C,2D,CHM-CMT,40
25C,2D,CHM-DSC,57
25C,2p,CHM-CMT,44
25C,31P NMR,CHM-CMT,46
25C,37C,CHM-CHM,218
25C,3D,CHM-CMT,45
25C,3D,CHM-DSC,48
25C,45C,CHM-CHM,74
25C,AFM,CHM-CMT,224
25C,AIBN,CHM-CHM,60
25C,AOT,CHM-CHM,32
25C,ATRP,CHM-SMT,34
25C,Absorbance,CHM-PRO,205
25C,Absorption,CHM-CMT,134
25C,Absorption,CHM-PRO,91
25C,Absorption Maximum,CHM-PRO,31
25C,Absorption Spectrum,CHM-CMT,235
25C,Ac2O,CHM-CHM,113
25C,AcOH,CHM-CHM,140
25C,Acetate,CHM-CHM,77
25C,Acetic Acid,CHM-CHM,76
25C,Acetone,CHM-CHM,271
25C,Acetonitrile,CHM-CHM,276
25C,Activation Energies,CHM-PRO,45
25C,Activation Energy,CHM-PRO,49
25C,Activation Parameters,CHM-PRO,46
25C,Activity,CHM-PRO,69
25C,Adsorbent,CHM-APL,93
25C,Adsorbent,CHM-PRO,32
25C,Adsorption,CHM-CMT,37
25C,Adsorption Capacity,CHM-PRO,103
25C,Adsorption Isotherm,CHM-CMT,157
25C,Adsorption Isotherm,CHM-PRO,45
25C,Adsorption Kinetics,CHM-PRO,54
25C,Ag,CHM-CHM,163
25C,Ag+,CHM-CHM,37
25C,AgCl,CHM-CHM,68
25C,AgNO3,CHM-CHM,42
25C,Aged,CHM-SMT,33
25C,Aging,CHM-SMT,49
25C,Al,CHM-CHM,105
25C,Al2O3,CHM-CHM,60
25C,Al3+,CHM-CHM,31
25C,AlCl3,CHM-CHM,34
25C,Alcohols,CHM-CHM,112
25C,Aldehyde,CHM-CHM,73
25C,Alkane,CHM-CHM,44
25C,Alkene,CHM-CHM,34
25C,Alkyls,CHM-CHM,114
25C,Alkyne,CHM-CHM,53
25C,Alloy,CHM-DSC,31
25C,Alumina,CHM-CHM,49
25C,Aluminum,CHM-CHM,47
25C,Amides,CHM-CHM,93
25C,Amines,CHM-CHM,146
25C,Amino,CHM-CHM,41
25C,Amino Acid,CHM-CHM,103
25C,Ammonia,CHM-CHM,37
25C,Ammonium,CHM-CHM,34
25C,Amorphous,CHM-DSC,71
25C,Amphiphilic,CHM-PRO,53
25C,Angles,CHM-PRO,217
25C,Anilines,CHM-CHM,37
25C,Annealed,CHM-SMT,59
25C,Annealing,CHM-SMT,64
25C,Anode,CHM-APL,80
25C,Ar,CHM-CHM,73
25C,Argon,CHM-CHM,83
25C,Arrhenius Plot,CHM-CMT,120
25C,Aryl,CHM-CHM,41
25C,As Prepared,CHM-DSC,95
25C,As-Synthesized,CHM-DSC,46
25C,Association Constant,CHM-PRO,71
25C,Au,CHM-CHM,159
25C,B3LYP,CHM-CMT,51
25C,BBr3,CHM-CHM,31
25C,BET Surface Area,CHM-PRO,43
25C,BF3,CHM-CHM,49
25C,BF3–OEt2,CHM-CHM,49
25C,Bar,CHM-DSC,38
25C,Bars,CHM-DSC,58
25C,Benzaldehyde,CHM-CHM,39
25C,Benzenes,CHM-CHM,197
25C,Benzyl,CHM-CHM,43
25C,Bilayer,CHM-DSC,82
25C,Bilayers,CHM-DSC,34
25C,Binding Constant,CHM-PRO,62
25C,Block Copolymer,CHM-DSC,54
25C,Blue Line,CHM-CHM,144
25C,BnBr,CHM-CHM,35
25C,Boc,CHM-CHM,32
25C,Boc2O,CHM-CHM,37
25C,Bond Angles,CHM-PRO,53
25C,Bond Distance,CHM-PRO,60
25C,Bond Length,CHM-PRO,261
25C,Br,CHM-CHM,94
25C,Br2,CHM-CHM,42
25C,Breakthrough Curve,CHM-CMT,45
25C,Bromide,CHM-CHM,40
25C,Bulk,CHM-DSC,147
25C,C,CHM-CHM,81
25C,C H,CHM-CHM,33
25C,C60,CHM-CHM,37
25C,C6D6,CHM-CHM,60
25C,C6H6,CHM-CHM,31
25C,CCl4,CHM-CHM,48
25C,CD2Cl2,CHM-CHM,80
25C,CD3CN,CHM-CHM,60
25C,CD3OD,CHM-CHM,48
25C,CDCl3,CHM-CHM,426
25C,CH,CHM-CHM,40
25C,CH2,CHM-CHM,32
25C,CH2Cl2,CHM-CHM,699
25C,"CH2Cl2, 0°C",CHM-CHM,47
25C,"CH2Cl2, 78C",CHM-CHM,114
25C,CH3,CHM-CHM,36
25C,CH3CN,CHM-CHM,294
25C,CH3OH,CHM-CHM,86
25C,CH4,CHM-CHM,44
25C,CHCl3,CHM-CHM,259
25C,CLSM,CHM-CMT,47
25C,CMC,CHM-PRO,102
25C,CO,CHM-CHM,181
25C,CO2,CHM-CHM,362
25C,CO2 Adsorption Isotherm,CHM-CMT,42
25C,CTAB,CHM-CHM,64
25C,CV,CHM-CMT,124
25C,CVS,CHM-CMT,55
25C,Ca,CHM-CHM,37
25C,Ca2+,CHM-CHM,76
25C,CaCl2,CHM-CHM,50
25C,Calcination,CHM-SMT,45
25C,Calcined,CHM-SMT,39
25C,Capacity,CHM-PRO,32
25C,Carbon,CHM-CHM,460
25C,Carbon Dioxide,CHM-CHM,35
25C,Carbonates,CHM-CHM,50
25C,Carbons,CHM-CHM,59
25C,Carbonyls,CHM-CHM,63
25C,Carboxylates,CHM-CHM,44
25C,Carboxylic Acid,CHM-CHM,41
25C,Catalyst,CHM-APL,425
25C,Catalytic Activity,CHM-PRO,70
25C,Cathode,CHM-APL,99
25C,Cathodes,CHM-APL,32
25C,Cd2+,CHM-CHM,46
25C,Cell,CHM-APL,124
25C,Cell,CHM-DSC,36
25C,Cell,CHM-PRO,34
25C,Cell Viability,CHM-PRO,79
25C,Cells,CHM-APL,75
25C,Cells,CHM-DSC,85
25C,Centrifugation,CHM-SMT,32
25C,Charges,CHM-PRO,64
25C,Chemical Composition,CHM-PRO,69
25C,Chemical Shift,CHM-PRO,156
25C,Chemical Society,CHM-CMT,32
25C,Chemical Structures,CHM-PRO,500
25C,Chlorides,CHM-CHM,95
25C,Chlorines,CHM-CHM,33
25C,Chloroform,CHM-CHM,118
25C,Circular Dichroism,CHM-CMT,55
25C,Citrates,CHM-CHM,34
25C,Cl,CHM-CHM,144
25C,Cluster,CHM-DSC,79
25C,Co,CHM-CHM,107
25C,Co2+,CHM-CHM,38
25C,Coated,CHM-DSC,61
25C,Coated,CHM-SMT,129
25C,Coatings,CHM-APL,74
25C,Coatings,CHM-SMT,36
25C,Cobalt,CHM-CHM,35
25C,Color,CHM-PRO,55
25C,Composite,CHM-DSC,176
25C,Compositions,CHM-PRO,324
25C,Concentration,CHM-PRO,62
25C,Conductivity,CHM-PRO,155
25C,Confocal Microscopy,CHM-CMT,33
25C,Contact Angle,CHM-PRO,64
25C,Cooled,CHM-SMT,42
25C,Cooling,CHM-SMT,259
25C,Copolymer,CHM-DSC,126
25C,Copper,CHM-CHM,119
25C,Core,CHM-DSC,43
25C,Coulombic Efficiency,CHM-PRO,36
25C,Counter Electrode,CHM-APL,38
25C,Cr,CHM-CHM,46
25C,Critical Micellar Concentration,CHM-PRO,41
25C,Cross Sectional SEM,CHM-CMT,43
25C,CryoTEM,CHM-CMT,72
25C,Crystal,CHM-DSC,210
25C,Crystal,CHM-PRO,42
25C,Crystal Structure,CHM-PRO,201
25C,Crystalline,CHM-DSC,85
25C,Cs2CO3,CHM-CHM,60
25C,Cu,CHM-CHM,160
25C,Cu(II),CHM-CHM,46
25C,Cu2+,CHM-CHM,96
25C,CuBr,CHM-CHM,30
25C,CuI,CHM-CHM,128
25C,CuSO4,CHM-CHM,35
25C,Cubic,CHM-SPL,70
25C,Current,CHM-PRO,37
25C,Current Density,CHM-PRO,44
25C,Curves,CHM-CMT,97
25C,Cyclic Voltammetry,CHM-CMT,95
25C,Cyclic Voltammogram,CHM-CMT,293
25C,Cycling Performance,CHM-PRO,70
25C,Cyclohexane,CHM-CHM,115
25C,Cys,CHM-CHM,38
25C,Cytotoxicity,CHM-PRO,53
25C,D2O,CHM-CHM,319
25C,DAPI,CHM-CHM,38
25C,DBU,CHM-CHM,82
25C,DCC,CHM-CHM,32
25C,DCM,CHM-CHM,56
25C,DDQ,CHM-CHM,52
25C,DFT,CHM-CMT,151
25C,DFT Calculations,CHM-CMT,62
25C,DIBAL-H,CHM-CHM,55
25C,DIPEA,CHM-CHM,55
25C,DLS,CHM-CMT,226
25C,DMA,CHM-CHM,62
25C,DMAP,CHM-CHM,183
25C,DME,CHM-CHM,40
25C,DMF,CHM-CHM,560
25C,DMP,CHM-CHM,36
25C,DMPO,CHM-CHM,31
25C,DMSO,CHM-CHM,357
25C,DMSO = Dimethyl Sulfoxide,CHM-CHM,35
25C,DMSO-D6,CHM-CHM,114
25C,DOX,CHM-CHM,46
25C,DPPC,CHM-CHM,52
25C,DSC,CHM-CMT,283
25C,Decane,CHM-CHM,31
25C,Dendrimers,CHM-DSC,35
25C,Densities,CHM-PRO,60
25C,Density,CHM-PRO,135
25C,Dess-Martin Periodinane,CHM-SMT,65
25C,Diagram,CHM-CMT,33
25C,Diamonds,CHM-CHM,208
25C,Diblock Copolymer,CHM-DSC,37
25C,Dichloromethane,CHM-CHM,114
25C,Dielectric Constant,CHM-PRO,31
25C,Diffusion Coefficient,CHM-PRO,113
25C,Dihedral Angle,CHM-PRO,38
25C,Dioxane,CHM-CHM,119
25C,Discharge Capacity,CHM-PRO,41
25C,Dispersion,CHM-DSC,47
25C,Dissolution,CHM-SMT,31
25C,Distribution,CHM-CMT,33
25C,Dodecane,CHM-CHM,32
25C,Doped,CHM-DSC,119
25C,Dried,CHM-SMT,61
25C,Droplets,CHM-DSC,55
25C,Drying,CHM-SMT,52
25C,Dynamic Light Scattering,CHM-CMT,56
25C,EDS,CHM-CMT,113
25C,EDTA,CHM-CHM,46
25C,EDX,CHM-CMT,73
25C,ESI MS,CHM-CMT,44
25C,ESR,CHM-CMT,33
25C,EXAFS,CHM-CMT,37
25C,Eis,CHM-CMT,71
25C,Elastic Modulus,CHM-PRO,37
25C,Electrical Conductivity,CHM-PRO,32
25C,Electrochemical Data,CHM-CMT,36
25C,Electrochemical Performance,CHM-PRO,32
25C,Electrode,CHM-APL,275
25C,Electrodes,CHM-APL,175
25C,Electrolysis,CHM-SMT,31
25C,Electrolyte,CHM-APL,134
25C,Electron Density,CHM-PRO,31
25C,Electronic Absorption,CHM-CMT,37
25C,Electrophoretic Mobility,CHM-PRO,30
25C,Elemental Analysis,CHM-CMT,47
25C,Elemental Composition,CHM-PRO,41
25C,Elemental Mapping,CHM-CMT,51
25C,Ellipsoids,CHM-CMT,45
25C,Emission Intensity,CHM-PRO,55
25C,Emission Spectra,CHM-CMT,166
25C,Emissions,CHM-CMT,67
25C,Emulsions,CHM-DSC,42
25C,Energies,CHM-PRO,30
25C,Energy,CHM-PRO,36
25C,Enthalpies,CHM-PRO,30
25C,Enthalpy,CHM-PRO,52
25C,Epoxides,CHM-CHM,42
25C,Epr,CHM-CMT,91
25C,Equilibrium Constant,CHM-PRO,54
25C,Equivalent Circuits,CHM-CMT,49
25C,Esters,CHM-CHM,52
25C,Et2O,CHM-CHM,171
25C,Et3N,CHM-CHM,303
25C,EtOAc,CHM-CHM,98
25C,Ethanol,CHM-CHM,238
25C,Ethers,CHM-CHM,53
25C,Ethyl Acetate,CHM-CHM,30
25C,Excitation Spectra,CHM-CMT,36
25C,F,CHM-CHM,74
25C,F,CHM-PRO,89
25C,FE-SEM,CHM-CMT,42
25C,FESEM,CHM-CMT,61
25C,FITC,CHM-CHM,31
25C,FT-IR,CHM-CMT,251
25C,FTIR,CHM-CMT,389
25C,Fe,CHM-CHM,158
25C,Fe2+,CHM-CHM,39
25C,Fe3+,CHM-CHM,55
25C,Fe3O4,CHM-CHM,54
25C,Ferrocenes,CHM-CHM,31
25C,Fiber,CHM-DSC,32
25C,Fibers,CHM-DSC,42
25C,Film,CHM-DSC,317
25C,Films,CHM-DSC,240
25C,Fit,CHM-CMT,38
25C,Flow Cytometry,CHM-CMT,31
25C,Fluorescence,CHM-CMT,318
25C,Fluorescence,CHM-PRO,115
25C,Fluorescence Emission,CHM-CMT,111
25C,Fluorescence Image,CHM-CMT,60
25C,Fluorescence Intensity,CHM-PRO,175
25C,Fluorescence Lifetime,CHM-PRO,30
25C,Fluorescence Microscopy,CHM-CMT,43
25C,Fluorescence Response,CHM-PRO,51
25C,Fluorescence Spectra,CHM-CMT,96
25C,Fluorescence Titration,CHM-CMT,30
25C,Fluorescent,CHM-PRO,44
25C,Fluoride,CHM-CHM,37
25C,Foil,CHM-DSC,40
25C,Formic Acids,CHM-CHM,39
25C,Free Energy,CHM-PRO,41
25C,Freundlich,CHM-CMT,44
25C,Freundlich Isotherm,CHM-CMT,38
25C,G,CHM-PRO,153
25C,GPC,CHM-CMT,79
25C,GSH,CHM-CHM,44
25C,Gc,CHM-CMT,33
25C,Gel,CHM-DSC,74
25C,Gels,CHM-DSC,72
25C,Glass,CHM-DSC,37
25C,Glass Transition Temperature,CHM-PRO,31
25C,Glassy,CHM-DSC,67
25C,Glassy Carbon,CHM-CHM,60
25C,Glucose,CHM-CHM,81
25C,Glycerol,CHM-CHM,82
25C,Graphene,CHM-CHM,52
25C,Graphite,CHM-CHM,60
25C,H+,CHM-CHM,62
25C,H2,CHM-CHM,397
25C,H2O,CHM-CHM,852
25C,H2O2,CHM-CHM,287
25C,H2SO4,CHM-CHM,157
25C,HAADF STEM,CHM-CMT,41
25C,HCl,CHM-CHM,403
25C,HClO4,CHM-CHM,48
25C,HEPES,CHM-CHM,80
25C,HMPA,CHM-CHM,42
25C,HNO3,CHM-CHM,41
25C,HOAc,CHM-CHM,30
25C,HOBt,CHM-CHM,31
25C,HRTEM,CHM-CMT,248
25C,Halides,CHM-CHM,36
25C,Heated,CHM-SMT,111
25C,Heating,CHM-SMT,332
25C,Heptane,CHM-CHM,43
25C,Hexagonal,CHM-SPL,103
25C,Hexane,CHM-CHM,145
25C,Hg,CHM-CHM,32
25C,Hg2+,CHM-CHM,43
25C,High Resolution TEM,CHM-CMT,39
25C,High Resolution XPS,CHM-CMT,30
25C,Homo,CHM-PRO,74
25C,Hplc,CHM-CMT,94
25C,Hydrocarbon,CHM-CHM,55
25C,Hydrodynamic Diameter,CHM-PRO,100
25C,Hydrodynamic Radius,CHM-PRO,55
25C,Hydrogel,CHM-DSC,122
25C,Hydrogen,CHM-CHM,774
25C,Hydrogen Peroxide,CHM-CHM,40
25C,Hydrogenation,CHM-APL,56
25C,Hydrogenation,CHM-SMT,60
25C,Hydrolysis,CHM-SMT,87
25C,Hydrophilic,CHM-PRO,69
25C,Hydrophobic,CHM-PRO,86
25C,Hydroxide,CHM-CHM,30
25C,Hydroxyl,CHM-CHM,57
25C,IC50,CHM-PRO,32
25C,Imidazole,CHM-CHM,118
25C,Intensity,CHM-PRO,34
25C,Interface,CHM-DSC,138
25C,Interfacial Tension,CHM-PRO,37
25C,Ionic Conductivity,CHM-PRO,62
25C,Ir,CHM-CMT,137
25C,Iron,CHM-CHM,105
25C,Irradiated,CHM-SMT,55
25C,Irradiation,CHM-SMT,191
25C,Isotherms,CHM-CMT,44
25C,Isotherms,CHM-PRO,50
25C,Itc,CHM-CMT,62
25C,K,CHM-PRO,170
25C,K+,CHM-CHM,66
25C,K2,CHM-PRO,46
25C,K2CO3,CHM-CHM,306
25C,KCl,CHM-CHM,159
25C,KOH,CHM-CHM,188
25C,KOtBu,CHM-CHM,32
25C,Ka,CHM-PRO,35
25C,Ketone,CHM-CHM,36
25C,Kinetic Constant,CHM-PRO,32
25C,Kinetic Parameters,CHM-PRO,140
25C,Kobs,CHM-PRO,52
25C,LCST,CHM-PRO,51
25C,LDA,CHM-CHM,52
25C,LUMO,CHM-PRO,46
25C,Lamellar,CHM-DSC,71
25C,Langmuir,CHM-CMT,89
25C,Langmuir Models,CHM-CMT,37
25C,Lattice Parameter,CHM-PRO,58
25C,Layers,CHM-DSC,251
25C,Lc,CHM-PRO,37
25C,Li,CHM-CHM,118
25C,LiAlH4,CHM-CHM,70
25C,LiCl,CHM-CHM,88
25C,LiOH,CHM-CHM,72
25C,Lifetime,CHM-PRO,33
25C,Linear Fit,CHM-CMT,62
25C,Linear Regression,CHM-CMT,41
25C,Liposome,CHM-DSC,44
25C,Lithium,CHM-CHM,64
25C,Lithium Diisopropylamide,CHM-CHM,49
25C,Loss Modulus,CHM-PRO,64
25C,M,CHM-PRO,71
25C,M-CPBA,CHM-CHM,66
25C,MD Simulation,CHM-CMT,36
25C,MTT,CHM-CHM,46
25C,MTT Assay,CHM-CMT,36
25C,Magenta,CHM-CHM,80
25C,Magnetics,CHM-PRO,47
25C,MeCN,CHM-CHM,250
25C,MeI,CHM-CHM,73
25C,MeOH,CHM-CHM,539
25C,Mechanical Property,CHM-PRO,40
25C,Melting Point,CHM-PRO,37
25C,Membrane,CHM-APL,45
25C,Membrane,CHM-DSC,185
25C,Mesophase,CHM-PRO,32
25C,Mesoporous,CHM-DSC,62
25C,Metals,CHM-PRO,68
25C,Methane,CHM-CHM,36
25C,Methanol,CHM-CHM,339
25C,Methyl,CHM-CHM,76
25C,Methylenes,CHM-CHM,53
25C,Mg,CHM-CHM,84
25C,Mg2+,CHM-CHM,53
25C,MgCl2,CHM-CHM,45
25C,Micellar,CHM-DSC,52
25C,Micelle,CHM-DSC,47
25C,Micelles,CHM-DSC,150
25C,Microemulsion,CHM-DSC,47
25C,Microgels,CHM-DSC,38
25C,Microspheres,CHM-DSC,34
25C,Microstructure,CHM-PRO,60
25C,Mn,CHM-CHM,137
25C,Mn,CHM-PRO,50
25C,Mn2+,CHM-CHM,45
25C,MnO2,CHM-CHM,62
25C,Models,CHM-CMT,38
25C,Molecular Model,CHM-CMT,33
25C,Molecular Structure,CHM-PRO,439
25C,Molecular Weight,CHM-PRO,126
25C,Monolayers,CHM-DSC,106
25C,Morphologies,CHM-PRO,63
25C,Morphology,CHM-PRO,150
25C,MsCl,CHM-CHM,61
25C,"N,N-Dimethylformamide",CHM-CHM,77
25C,N-Bromosuccinimide,CHM-CHM,33
25C,N-Hexane,CHM-CHM,45
25C,N2,CHM-CHM,399
25C,N2 Adsorption Desorption Isotherms,CHM-CMT,66
25C,N2 Sorption Isotherm,CHM-CMT,35
25C,NBS,CHM-CHM,34
25C,NEt3,CHM-CHM,96
25C,NH,CHM-CHM,48
25C,NH2,CHM-CHM,31
25C,NH3,CHM-CHM,88
25C,NH4Cl,CHM-CHM,50
25C,NMP,CHM-CHM,50
25C,NMR,CHM-CMT,219
25C,NO,CHM-CHM,56
25C,NO2,CHM-CHM,48
25C,NO3,CHM-CHM,35
25C,NPS,CHM-DSC,127
25C,Na,CHM-CHM,84
25C,Na+,CHM-CHM,99
25C,Na2CO3,CHM-CHM,75
25C,Na2SO4,CHM-CHM,57
25C,NaBH4,CHM-CHM,178
25C,NaBr,CHM-CHM,38
25C,NaCl,CHM-CHM,397
25C,NaClO2,CHM-CHM,53
25C,NaClO4,CHM-CHM,48
25C,NaH,CHM-CHM,163
25C,NaH2PO4,CHM-CHM,47
25C,NaHCO3,CHM-CHM,151
25C,NaI,CHM-CHM,67
25C,NaIO4,CHM-CHM,62
25C,NaN3,CHM-CHM,69
25C,NaNO3,CHM-CHM,33
25C,NaOAc,CHM-CHM,39
25C,NaOH,CHM-CHM,360
25C,NaOMe,CHM-CHM,51
25C,Nanocomposite,CHM-DSC,78
25C,Nanocrystals,CHM-DSC,33
25C,Nanofiber,CHM-DSC,35
25C,Nanoparticle,CHM-DSC,95
25C,Nanoparticles,CHM-DSC,307
25C,Nanorods,CHM-DSC,39
25C,Nanosheets,CHM-DSC,41
25C,Nanostructures,CHM-DSC,40
25C,Nanotube,CHM-DSC,41
25C,Nanowires,CHM-DSC,33
25C,Naphthalene,CHM-CHM,32
25C,Ni,CHM-CHM,142
25C,Ni2+,CHM-CHM,43
25C,Nickel,CHM-CHM,47
25C,Nitrate,CHM-CHM,45
25C,Nitrogen,CHM-CHM,354
25C,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,42
25C,Normalized,CHM-CMT,45
25C,Nyquist Plot,CHM-CMT,103
25C,O,CHM-CHM,235
25C,O2,CHM-CHM,230
25C,O3,CHM-CHM,68
25C,OH,CHM-CHM,104
25C,ORTEP,CHM-CMT,56
25C,ORTEP Diagram,CHM-CMT,37
25C,ORTEP Drawing,CHM-CMT,64
25C,Of Chemistry,CHM-CMT,89
25C,Olefins,CHM-CHM,31
25C,Optical Image,CHM-CMT,55
25C,Optical Micrograph,CHM-CMT,46
25C,Optical Microscopy,CHM-CMT,49
25C,OsO4,CHM-CHM,46
25C,Oxidation,CHM-APL,95
25C,Oxidation,CHM-SMT,166
25C,Oxides,CHM-CHM,42
25C,Oxidize,CHM-SMT,40
25C,Oxygen,CHM-CHM,332
25C,P,CHM-PRO,53
25C,PDMS,CHM-CHM,37
25C,PEG,CHM-CHM,100
25C,PEI,CHM-CHM,47
25C,PEO,CHM-CHM,48
25C,PMMA,CHM-CHM,40
25C,PNIPAAm,CHM-CHM,30
25C,PNIPAM,CHM-CHM,88
25C,POCl3,CHM-CHM,42
25C,POM,CHM-CMT,64
25C,PPTS,CHM-CHM,34
25C,PPh3,CHM-CHM,124
25C,PVA,CHM-CHM,32
25C,PVP,CHM-CHM,34
25C,PXRD,CHM-CMT,52
25C,Palladium,CHM-CHM,55
25C,Particle,CHM-DSC,101
25C,Particle Size,CHM-PRO,104
25C,Particle Size Distribution,CHM-PRO,80
25C,Particles,CHM-DSC,295
25C,Pb2+,CHM-CHM,37
25C,Pd,CHM-CHM,205
25C,Pd(OAc)2,CHM-CHM,70
25C,Pd(PPh3)4,CHM-CHM,130
25C,Pd/C,CHM-CHM,135
25C,PdCl2(PPh3)2,CHM-CHM,39
25C,Pdi,CHM-PRO,40
25C,Perchlorate,CHM-CHM,32
25C,Perovskites,CHM-CHM,35
25C,Perovskites,CHM-SPL,33
25C,Ph3P,CHM-CHM,42
25C,Phase,CHM-PRO,33
25C,Phase Behavior,CHM-PRO,37
25C,Phase Diagram,CHM-PRO,197
25C,Phase Transition,CHM-PRO,33
25C,Phase Transition Temperature,CHM-PRO,34
25C,Phenol,CHM-CHM,83
25C,Phenyls,CHM-CHM,56
25C,Phosphate,CHM-CHM,267
25C,Photo Luminescence,CHM-CMT,49
25C,Photophysical Properties,CHM-PRO,40
25C,Physical Properties,CHM-PRO,92
25C,Physicochemical Properties,CHM-PRO,48
25C,Piperidine,CHM-CHM,48
25C,Plate,CHM-DSC,35
25C,Platinum,CHM-CHM,70
25C,Polarization Curve,CHM-CMT,40
25C,Polydispersity Index,CHM-PRO,30
25C,Polymers,CHM-DSC,77
25C,Polystyrene,CHM-CHM,57
25C,Pore Size Distribution,CHM-PRO,130
25C,Pore Sizes,CHM-PRO,50
25C,Pore Volume,CHM-PRO,46
25C,Porosity,CHM-PRO,38
25C,Porous,CHM-DSC,106
25C,Porphyrin,CHM-CHM,57
25C,Potential,CHM-PRO,62
25C,Powder,CHM-DSC,159
25C,Powders,CHM-DSC,44
25C,Precipitates,CHM-DSC,35
25C,Profile,CHM-CMT,31
25C,Protonation Constant,CHM-PRO,49
25C,Pseudo First Order,CHM-CMT,46
25C,Pseudo First Order Rate Constant,CHM-PRO,39
25C,Pt,CHM-CHM,207
25C,Pure,CHM-DSC,38
25C,Pyrene,CHM-CHM,75
25C,Pyridine,CHM-CHM,280
25C,Quartz,CHM-CHM,71
25C,Quinoline,CHM-CHM,32
25C,R2,CHM-PRO,48
25C,Raman,CHM-CMT,213
25C,Rate Constant,CHM-PRO,195
25C,Rate Performance,CHM-PRO,45
25C,Reaction Mechanism,CHM-PRO,33
25C,Reaction Rate,CHM-PRO,39
25C,Reductions,CHM-APL,40
25C,Reductions,CHM-SMT,84
25C,Reference Electrode,CHM-APL,59
25C,Refractive Index,CHM-PRO,35
25C,Relaxation Time,CHM-PRO,58
25C,Removal Efficiency,CHM-PRO,30
25C,Resistance,CHM-PRO,33
25C,Rh,CHM-PRO,35
25C,Ru,CHM-CHM,74
25C,SAED,CHM-CMT,83
25C,SANS,CHM-CMT,98
25C,SAXS,CHM-CMT,182
25C,SDS,CHM-CHM,55
25C,SEC,CHM-CMT,40
25C,SEM,CHM-CMT,978
25C,SOCl2,CHM-CHM,50
25C,Scanning Electron Micrograph,CHM-CMT,42
25C,Scanning Electron Microscopy,CHM-CMT,38
25C,Second Order Rate Constant,CHM-PRO,41
25C,Selectivity,CHM-PRO,31
25C,Self Assembly,CHM-SMT,66
25C,Sensor,CHM-APL,56
25C,Sheets,CHM-DSC,37
25C,Shell,CHM-DSC,56
25C,Si,CHM-CHM,133
25C,SiO2,CHM-CHM,123
25C,Silica,CHM-CHM,184
25C,Silica Gel,CHM-CHM,35
25C,Silicon,CHM-CHM,87
25C,Silver,CHM-CHM,44
25C,Single Crystal,CHM-DSC,72
25C,Size,CHM-PRO,34
25C,Size Distribution,CHM-PRO,137
25C,Slide,CHM-DSC,30
25C,Society,CHM-CMT,125
25C,Sodium,CHM-CHM,66
25C,Sodium Phosphate,CHM-CHM,38
25C,Solar Cell,CHM-APL,30
25C,Solid,CHM-DSC,70
25C,Solubility,CHM-PRO,72
25C,Solution,CHM-DSC,108
25C,Specific Surface Area,CHM-PRO,33
25C,Sphere,CHM-DSC,68
25C,Stability,CHM-PRO,122
25C,Stability Constant,CHM-PRO,77
25C,Stem,CHM-CMT,37
25C,Stern Volmer Plot,CHM-CMT,47
25C,Storage Modulus,CHM-PRO,71
25C,Stress Strain Curve,CHM-CMT,30
25C,Structural,CHM-PRO,47
25C,Structural Formulae,CHM-PRO,30
25C,Structural Parameter,CHM-PRO,88
25C,Structure,CHM-PRO,465
25C,Structure Refinement,CHM-CMT,63
25C,Structures,CHM-PRO,170
25C,Styrene,CHM-CHM,58
25C,Substrate,CHM-DSC,249
25C,Sugar,CHM-CHM,35
25C,Sulfide,CHM-CHM,30
25C,Sulfur,CHM-CHM,75
25C,Sulfuric Acid,CHM-CHM,31
25C,Surface,CHM-DSC,582
25C,Surface,CHM-PRO,35
25C,Surface Area,CHM-PRO,82
25C,Surface Morphology,CHM-PRO,39
25C,Surface Tension,CHM-PRO,116
25C,Surfaces,CHM-DSC,166
25C,Suspension,CHM-DSC,76
25C,Swelling Ratio,CHM-PRO,34
25C,T,CHM-PRO,51
25C,T1,CHM-PRO,31
25C,TBAF,CHM-CHM,163
25C,TBDPS-Cl,CHM-CHM,32
25C,TBS,CHM-CHM,64
25C,TBSCl,CHM-CHM,61
25C,TBSOTf,CHM-CHM,51
25C,TEA,CHM-CHM,58
25C,TEM,CHM-CMT,930
25C,TEMPO,CHM-CHM,37
25C,TES,CHM-CHM,34
25C,TFA,CHM-CHM,192
25C,TFA = Trifluoroacetic Acid,CHM-CHM,51
25C,TG,CHM-CMT,38
25C,THF,CHM-CHM,747
25C,"THF, 0 25C",CHM-CHM,39
25C,"THF,78C",CHM-CHM,109
25C,TMS,CHM-CHM,68
25C,TMSCl,CHM-CHM,38
25C,Tafel Plots,CHM-CMT,33
25C,Tert-Butyldimethylsilyl,CHM-CHM,66
25C,Tetra-N-Butylammonium Fluoride,CHM-CHM,37
25C,Tetrabutylammonium Fluoride,CHM-CHM,35
25C,Tetrahydrofuran,CHM-CHM,80
25C,Textural Properties,CHM-PRO,47
25C,Tga,CHM-CMT,207
25C,Thermal,CHM-PRO,53
25C,Thermal Ellipsoids,CHM-CMT,108
25C,Thermal Ellipsoids,CHM-PRO,38
25C,Thermal Properties,CHM-PRO,32
25C,Thermo-Responsive,CHM-PRO,35
25C,Thermodynamic Parameters,CHM-PRO,148
25C,Thermodynamics,CHM-PRO,34
25C,Thermogravimetric Analysis,CHM-CMT,35
25C,Thin Films,CHM-DSC,111
25C,Thiols,CHM-CHM,56
25C,Ti,CHM-CHM,69
25C,TiO2,CHM-CHM,113
25C,Tm,CHM-PRO,34
25C,Toluene,CHM-CHM,544
25C,Transition Metal,CHM-CHM,32
25C,Transition Temperature,CHM-PRO,42
25C,Transmission Electron Microscopy,CHM-CMT,42
25C,Transparent,CHM-PRO,41
25C,Triethylamine,CHM-CHM,58
25C,Triethylsilyl,CHM-CHM,33
25C,Trifluoromethanesulfonyl,CHM-CHM,45
25C,Trimethylsilyl,CHM-CHM,66
25C,Tris,CHM-CHM,38
25C,Triton X-100,CHM-CHM,31
25C,TsCl,CHM-CHM,36
25C,TsOH,CHM-CHM,38
25C,Turbidity,CHM-PRO,58
25C,UV / Vis,CHM-CMT,69
25C,UV Irradiation,CHM-SMT,69
25C,UV Transmittance,CHM-PRO,63
25C,UV Vis,CHM-CMT,234
25C,UV Vis Absorption,CHM-CMT,155
25C,UV Visible,CHM-CMT,35
25C,UV Visible Absorption,CHM-CMT,94
25C,UV-VIS Spectral,CHM-CMT,103
25C,UV/VIS Spectral,CHM-CMT,52
25C,Urea,CHM-CHM,69
25C,Vesicle,CHM-DSC,102
25C,Viscosities,CHM-PRO,51
25C,Viscosity,CHM-PRO,216
25C,WAXS,CHM-CMT,38
25C,Wafers,CHM-DSC,43
25C,Water Contact Angle,CHM-PRO,34
25C,Water Content,CHM-PRO,43
25C,Wire,CHM-DSC,31
25C,Working Electrodes,CHM-APL,77
25C,X Ray,CHM-CMT,74
25C,X-Ray Crystal Structure,CHM-CMT,67
25C,X-Ray Diffraction,CHM-CMT,172
25C,X-ray Structure,CHM-CMT,43
25C,XPS,CHM-CMT,359
25C,XRD,CHM-CMT,677
25C,Xanes,CHM-CMT,46
25C,Xerogels,CHM-DSC,49
25C,Zeolites,CHM-CHM,57
25C,Zeta Potential,CHM-PRO,120
25C,Zinc,CHM-CHM,59
25C,Zn,CHM-CHM,149
25C,Zn2+,CHM-CHM,83
25C,ZnCl2,CHM-CHM,38
25C,ZnO,CHM-CHM,56
25C,iPr2NEt,CHM-CHM,35
25C,n-BuLi,CHM-CHM,31
25C,pH,CHM-PRO,90
25C,pKa,CHM-PRO,51
25C,tBuOH,CHM-CHM,75
25C,tBuOOH,CHM-CHM,31
25MPa,CO2,CHM-CHM,55
25MPa,Density,CHM-PRO,37
25MPa,Layers,CHM-DSC,33
25MPa,Oxygen,CHM-CHM,35
25MPa,SCW,CHM-SMT,37
25MPa,SEM,CHM-CMT,63
25MPa,Surface,CHM-DSC,48
25MPa,XRD,CHM-CMT,45
25Mg,24Mg,CHM-CHM,33
25Mg,25mg,CHM-CMT,31
25Mg,26Mg,CHM-CHM,35
25Mg,Compositions,CHM-PRO,31
25Mg,MAS NMR,CHM-CMT,30
25Mg,Magnesium,CHM-CHM,65
25Mg,Mg,CHM-CHM,96
25Mg,NMR,CHM-CMT,50
25Mg,Oxygen,CHM-CHM,36
25mN,Monolayers,CHM-DSC,34
25mg,25Mg,CMT-CHM,31
26Al,10Be,CHM-CHM,172
26Al,10Be,CHM-PRO,42
26Al,10Be,PRO-CHM,49
26Al,10Be,PRO-PRO,36
26Al,14C,CHM-CHM,58
26Al,16O,CHM-CHM,38
26Al,24Mg,CHM-CHM,54
26Al,26Al/27Al,CHM-PRO,52
26Al,26Al/27Al Ratio,CHM-PRO,57
26Al,26Mg,CHM-CHM,89
26Al,27Al,CHM-CHM,32
26Al,AMS,CHM-APL,39
26Al,AMS,CHM-CMT,40
26Al,Ages,CHM-PRO,37
26Al,Al,CHM-CHM,122
26Al,Aluminum,CHM-CHM,57
26Al,Anorthite,CHM-CHM,36
26Al,BSE,CHM-CMT,31
26Al,Bulk,CHM-DSC,53
26Al,CAI,CHM-APL,35
26Al,CAIS,CHM-APL,31
26Al,CAIS,CHM-DSC,37
26Al,CAIs,CHM-APL,39
26Al,Ca,CHM-CHM,52
26Al,Calcium,CHM-CHM,31
26Al,Chondrite,CHM-CHM,42
26Al,Chondrite,CHM-SPL,66
26Al,Chondrule,CHM-DSC,58
26Al,Compositions,CHM-PRO,68
26Al,Cosmogenic,CHM-PRO,34
26Al,Crystal,CHM-DSC,35
26Al,Diamonds,CHM-CHM,38
26Al,Exposure Ages,CHM-PRO,32
26Al,Fe,CHM-CHM,53
26Al,Grains,CHM-DSC,46
26Al,Heating,CHM-SMT,31
26Al,Inclusions,CHM-DSC,66
26Al,Isochron,CHM-CHM,63
26Al,Layers,CHM-DSC,37
26Al,Magnesium,CHM-CHM,40
26Al,Melting,CHM-SMT,34
26Al,Metals,CHM-PRO,32
26Al,Meteorite,CHM-DSC,70
26Al,Mg,CHM-CHM,93
26Al,O,CHM-CHM,32
26Al,Olivines,CHM-CHM,69
26Al,Olivines,CHM-SPL,41
26Al,Oxygen,CHM-CHM,54
26Al,Pb,CHM-CHM,31
26Al,Pyroxene,CHM-CHM,65
26Al,Pyroxene,CHM-SPL,41
26Al,Quartz,CHM-CHM,37
26Al,Si,CHM-CHM,31
26Al,Silicate,CHM-CHM,62
26Al,Spinels,CHM-SPL,34
26Al,Surface,CHM-DSC,69
26Al,Ti,CHM-CHM,42
26Al/27Al,26Al,PRO-CHM,52
26Al/27Al,26Mg,PRO-CHM,34
26Al/27Al,Al,PRO-CHM,31
26Al/27Al,Mg,PRO-CHM,32
26Al/27Al Ratio,26Al,PRO-CHM,57
26Al/27Al Ratio,26Mg,PRO-CHM,31
26Al/27Al Ratio,Al,PRO-CHM,34
26Al/27Al Ratio,Mg,PRO-CHM,31
26Mg,24Mg,CHM-CHM,98
26Mg,25Mg,CHM-CHM,35
26Mg,26Al,CHM-CHM,89
26Mg,26Al/27Al,CHM-PRO,34
26Mg,26Al/27Al Ratio,CHM-PRO,31
26Mg,26mg,CHM-PRO,43
26Mg,Al,CHM-CHM,63
26Mg,Bulk,CHM-DSC,44
26Mg,Ca,CHM-CHM,55
26Mg,Chondrite,CHM-SPL,31
26Mg,Chondrule,CHM-DSC,31
26Mg,Compositions,CHM-PRO,59
26Mg,Crystal,CHM-DSC,31
26Mg,Fe,CHM-CHM,40
26Mg,Inclusions,CHM-DSC,41
26Mg,Isochron,CHM-CHM,38
26Mg,Isotopic Composition,CHM-PRO,34
26Mg,Magnesium,CHM-CHM,79
26Mg,Meteorite,CHM-DSC,35
26Mg,Mg,CHM-CHM,138
26Mg,MgO,CHM-CHM,31
26Mg,Olivines,CHM-CHM,51
26Mg,Olivines,CHM-SPL,35
26Mg,Oxygen,CHM-CHM,41
26Mg,Pyroxene,CHM-CHM,43
26Mg,Silicate,CHM-CHM,49
26Mg,Spinels,CHM-SPL,33
26Mg,Δ26Mg,CHM-PRO,41
26mg,26Mg,PRO-CHM,43
27Al,11B,CHM-CMT,32
27Al,13C,CHM-CHM,157
27Al,13C,CHM-CMT,66
27Al,13C,CMT-CHM,76
27Al,13C,CMT-CMT,41
27Al,17O,CHM-CHM,46
27Al,19F,CHM-CHM,75
27Al,19F,CHM-CMT,36
27Al,19F,CMT-CHM,37
27Al,1H,CHM-CHM,246
27Al,1H,CHM-CMT,83
27Al,1H,CMT-CHM,135
27Al,1H,CMT-CMT,55
27Al,1H MAS NMR,CHM-CMT,55
27Al,1H MAS NMR,CMT-CMT,35
27Al,1H NMR,CHM-CMT,40
27Al,23Na,CHM-CMT,31
27Al,23Na,CMT-CMT,30
27Al,24Mg,CHM-CHM,31
27Al,26Al,CHM-CHM,32
27Al,27Al MAS NMR,CHM-CMT,110
27Al,27Al MAS NMR,CMT-CMT,83
27Al,27Al MAS-NMR,CHM-CMT,75
27Al,27Al NMR,CHM-CMT,294
27Al,27Al NMR,CMT-CMT,62
27Al,27Al Solid State NMR,CHM-CMT,30
27Al,29Si,CHM-CHM,348
27Al,29Si,CHM-CMT,279
27Al,29Si,CMT-CHM,213
27Al,29Si,CMT-CMT,224
27Al,29Si MAS NMR,CHM-CMT,60
27Al,29Si MAS-NMR,CHM-CMT,151
27Al,29Si MAS-NMR,CMT-CMT,150
27Al,29Si NMR,CHM-CMT,98
27Al,29Si NMR,CMT-CMT,62
27Al,2D,CHM-CMT,35
27Al,31P,CHM-CMT,108
27Al,31P,CMT-CMT,89
27Al,31P MAS-NMR,CHM-CMT,119
27Al,31P MAS-NMR,CMT-CMT,73
27Al,31P NMR,CHM-CMT,40
27Al,Acidic Sites,CHM-PRO,43
27Al,Acidity,CHM-PRO,98
27Al,Acidity,CMT-PRO,67
27Al,Activity,CHM-PRO,52
27Al,Activity,CMT-PRO,33
27Al,Al,CHM-CHM,702
27Al,Al,CMT-CHM,392
27Al,Al2O3,CHM-CHM,167
27Al,Al2O3,CMT-CHM,77
27Al,Al3+,CHM-CHM,66
27Al,AlO4,CHM-CHM,63
27Al,AlO4,CMT-CHM,38
27Al,AlO6,CHM-CHM,34
27Al,AlPO4,CHM-CHM,45
27Al,Alumina,CHM-CHM,114
27Al,Alumina,CMT-CHM,65
27Al,Aluminophosphate,CHM-CHM,88
27Al,Aluminophosphate,CMT-CHM,45
27Al,Aluminosilicate,CHM-CHM,123
27Al,Aluminosilicate,CMT-CHM,87
27Al,Aluminum,CHM-CHM,417
27Al,Aluminum,CMT-CHM,265
27Al,Ammonia,CHM-CHM,65
27Al,Ammonia,CMT-CHM,35
27Al,Amorphous,CHM-DSC,153
27Al,Amorphous,CMT-DSC,91
27Al,As-Synthesized,CHM-DSC,77
27Al,As-Synthesized,CMT-DSC,44
27Al,Benzenes,CHM-CHM,36
27Al,Boron,CHM-CHM,59
27Al,Boron,CMT-CHM,31
27Al,Bronsted Acids,CHM-CHM,58
27Al,Bronsted Acids,CMT-CHM,39
27Al,Bulk,CHM-DSC,66
27Al,CO2,CHM-CHM,53
27Al,Ca,CHM-CHM,54
27Al,Calcination,CHM-SMT,115
27Al,Calcination,CMT-SMT,65
27Al,Calcined,CHM-SMT,148
27Al,Calcined,CMT-SMT,66
27Al,Calcium,CHM-CHM,30
27Al,Carbon,CHM-CHM,68
27Al,Catalyst,CHM-APL,280
27Al,Catalyst,CMT-APL,151
27Al,Catalytic Activity,CHM-PRO,70
27Al,Catalytic Activity,CMT-PRO,49
27Al,Catalytic Performance,CHM-PRO,64
27Al,Catalytic Performance,CMT-PRO,40
27Al,Chemical Composition,CHM-PRO,44
27Al,Chemical Shift,CHM-PRO,112
27Al,Chemical Shift,CMT-PRO,60
27Al,Cluster,CHM-DSC,31
27Al,Composite,CHM-DSC,40
27Al,Compositions,CHM-PRO,211
27Al,Compositions,CMT-PRO,122
27Al,Crystal,CHM-DSC,103
27Al,Crystal,CMT-DSC,52
27Al,Crystal Structure,CHM-PRO,53
27Al,Crystalline,CHM-DSC,152
27Al,Crystalline,CMT-DSC,95
27Al,Crystallinity,CHM-PRO,68
27Al,Crystallinity,CMT-PRO,48
27Al,Cu,CHM-CHM,44
27Al,DTA,CHM-CMT,35
27Al,Dealuminated,CHM-SMT,41
27Al,Dealumination,CHM-SMT,45
27Al,Dealumination,CMT-SMT,33
27Al,Doped,CHM-DSC,49
27Al,EDX,CHM-CMT,30
27Al,Elemental Analysis,CHM-CMT,52
27Al,Ethanol,CHM-CHM,30
27Al,Ethylene,CHM-CHM,30
27Al,FT-IR,CHM-CMT,86
27Al,FT-IR,CMT-CMT,49
27Al,FTIR,CHM-CMT,142
27Al,FTIR,CMT-CMT,89
27Al,Fe,CHM-CHM,53
27Al,Fluoride,CHM-CHM,38
27Al,Ga,CHM-CHM,33
27Al,Glass,CHM-DSC,147
27Al,Glass,CMT-DSC,88
27Al,Glasses,CHM-DSC,145
27Al,Glasses,CMT-DSC,92
27Al,H2,CHM-CHM,32
27Al,H2O,CHM-CHM,72
27Al,HRTEM,CHM-CMT,63
27Al,HZSM-5,CHM-CHM,32
27Al,Heat Treatment,CHM-SMT,30
27Al,Heated,CHM-SMT,43
27Al,Heating,CHM-SMT,77
27Al,Heating,CMT-SMT,41
27Al,Hexagonal,CHM-SPL,37
27Al,Hydrated,CHM-SMT,30
27Al,Hydration,CHM-SMT,35
27Al,Hydrogen,CHM-CHM,86
27Al,Hydrogen,CMT-CHM,45
27Al,Hydrothermal,CHM-SMT,32
27Al,Hydrothermal Treatment,CHM-SMT,44
27Al,Hydroxide,CHM-CHM,31
27Al,Hydroxyl,CHM-CHM,62
27Al,Hydroxyl,CMT-CHM,37
27Al,Ir,CHM-CMT,75
27Al,Ir,CMT-CMT,37
27Al,Iron,CHM-CHM,32
27Al,Isotropic Chemical Shift,CHM-PRO,49
27Al,Isotropic Chemical Shift,CMT-PRO,38
27Al,Layers,CHM-DSC,68
27Al,Layers,CMT-DSC,40
27Al,Lewis Acids,CHM-CHM,53
27Al,Lewis Acids,CMT-CHM,30
27Al,Li,CHM-CHM,30
27Al,Local Structure,CHM-PRO,35
27Al,MAS NMR,CHM-CMT,183
27Al,MAS NMR,CMT-CMT,117
27Al,MAS-NMR,CHM-CMT,46
27Al,MAS-NMR,CMT-CMT,45
27Al,MQMAS,CHM-CMT,31
27Al,Mas,CHM-CMT,66
27Al,Mas,CMT-CMT,67
27Al,Mesopore,CHM-PRO,31
27Al,Mesoporous,CHM-DSC,97
27Al,Mesoporous,CMT-DSC,52
27Al,Methanol,CHM-CHM,70
27Al,Methanol,CMT-CHM,44
27Al,Mg,CHM-CHM,74
27Al,Microporous,CHM-DSC,43
27Al,Molecular Sieve,CHM-APL,46
27Al,Molecular Sieve,CMT-APL,35
27Al,Morphology,CHM-PRO,50
27Al,Morphology,CMT-PRO,32
27Al,Mullite,CHM-CHM,34
27Al,N2,CHM-CHM,239
27Al,N2,CMT-CHM,144
27Al,N2 Adsorption,CHM-CMT,47
27Al,N2 Adsorption,CMT-CMT,31
27Al,N2 Adsorption Desorption Isotherms,CHM-CMT,49
27Al,NH3,CHM-CHM,156
27Al,NH3,CMT-CHM,86
27Al,NH3TPD,CHM-CMT,115
27Al,NH3TPD,CMT-CMT,61
27Al,NMR,CHM-CMT,357
27Al,NMR,CMT-CMT,212
27Al,NO,CHM-CHM,33
27Al,Na,CHM-CHM,75
27Al,Na,CMT-CHM,39
27Al,Na+,CHM-CHM,43
27Al,NaOH,CHM-CHM,48
27Al,Nanoparticles,CHM-DSC,39
27Al,Nitrogen,CHM-CHM,150
27Al,Nitrogen,CMT-CHM,82
27Al,O,CHM-CHM,74
27Al,O2,CHM-CHM,41
27Al,OH,CHM-CHM,61
27Al,Olefins,CHM-CHM,40
27Al,Oxides,CHM-CHM,45
27Al,Oxygen,CHM-CHM,155
27Al,Oxygen,CMT-CHM,84
27Al,Particles,CHM-DSC,69
27Al,Particles,CMT-DSC,32
27Al,Phosphate,CHM-CHM,54
27Al,Phosphate,CMT-CHM,38
27Al,Phosphorus,CHM-CHM,68
27Al,Phosphorus,CMT-CHM,40
27Al,Pore Size Distribution,CHM-PRO,52
27Al,Pore Volume,CHM-PRO,35
27Al,Powder,CHM-DSC,101
27Al,Powder,CMT-DSC,46
27Al,Powder X-Ray Diffraction,CHM-CMT,44
27Al,Powder XRD,CHM-CMT,37
27Al,Pyridine,CHM-CHM,96
27Al,Pyridine,CMT-CHM,53
27Al,Quartz,CHM-CHM,31
27Al,Raman,CHM-CMT,60
27Al,SAPO-34,CHM-CHM,30
27Al,SEM,CHM-CMT,299
27Al,SEM,CMT-CMT,162
27Al,Scanning Electron Microscopy,CHM-CMT,78
27Al,Scanning Electron Microscopy,CMT-CMT,39
27Al,Si,CHM-CHM,358
27Al,Si,CMT-CHM,206
27Al,Si/Al,CHM-PRO,40
27Al,Si/Al Ratios,CHM-PRO,73
27Al,Si/Al Ratios,CMT-PRO,50
27Al,SiO2,CHM-CHM,118
27Al,SiO2,CMT-CHM,64
27Al,Silanol,CHM-CHM,31
27Al,Silica,CHM-CHM,128
27Al,Silica,CMT-CHM,78
27Al,Silicate,CHM-CHM,78
27Al,Silicate,CMT-CHM,52
27Al,Silicon,CHM-CHM,98
27Al,Silicon,CMT-CHM,65
27Al,Single Crystal,CHM-DSC,53
27Al,Sodium,CHM-CHM,48
27Al,Sol-Gel,CHM-SMT,42
27Al,Solid State NMR,CHM-CMT,86
27Al,Solid State NMR,CMT-CMT,60
27Al,Stability,CHM-PRO,43
27Al,Structural,CHM-PRO,56
27Al,Structural,CMT-PRO,36
27Al,Structure,CHM-PRO,240
27Al,Structure,CMT-PRO,147
27Al,Structures,CHM-PRO,45
27Al,Surface,CHM-DSC,151
27Al,Surface,CMT-DSC,70
27Al,Surface Area,CHM-PRO,57
27Al,Surface Area,CMT-PRO,40
27Al,TEM,CHM-CMT,199
27Al,TEM,CMT-CMT,96
27Al,TG,CHM-CMT,57
27Al,Textural Properties,CHM-PRO,48
27Al,Textural Properties,CMT-PRO,30
27Al,Tga,CHM-CMT,42
27Al,Thermal Analysis,CHM-CMT,35
27Al,Thermal Stability,CHM-PRO,31
27Al,Thermogravimetric Analysis,CHM-CMT,47
27Al,Ti,CHM-CHM,34
27Al,Transmission Electron Microscopy,CHM-CMT,39
27Al,X-Ray Diffraction,CHM-CMT,239
27Al,X-Ray Diffraction,CMT-CMT,145
27Al,X-Ray Powder Diffraction,CHM-CMT,49
27Al,X-Ray Powder Diffraction,CMT-CMT,30
27Al,XPS,CHM-CMT,77
27Al,XPS,CMT-CMT,38
27Al,XRD,CHM-CMT,566
27Al,XRD,CMT-CMT,317
27Al,ZSM 5,CHM-CHM,51
27Al,ZSM 5,CMT-CHM,35
27Al,Zeolites,CHM-CHM,383
27Al,Zeolites,CHM-DSC,31
27Al,Zeolites,CMT-CHM,251
27Al,Zn,CHM-CHM,34
27Al MAS NMR,13C,CMT-CHM,65
27Al MAS NMR,13C CP MAS NMR,CMT-CMT,38
27Al MAS NMR,1H,CMT-CHM,84
27Al MAS NMR,1H MAS,CMT-CHM,42
27Al MAS NMR,1H MAS NMR,CMT-CMT,69
27Al MAS NMR,27Al,CMT-CHM,110
27Al MAS NMR,27Al,CMT-CMT,83
27Al MAS NMR,27Al NMR,CMT-CMT,52
27Al MAS NMR,29Si,CMT-CHM,124
27Al MAS NMR,29Si,CMT-CMT,134
27Al MAS NMR,29Si MAS-NMR,CMT-CMT,267
27Al MAS NMR,31P MAS-NMR,CMT-CMT,81
27Al MAS NMR,Acid,CMT-PRO,42
27Al MAS NMR,Acid Properties,CMT-PRO,34
27Al MAS NMR,Acidic Properties,CMT-PRO,39
27Al MAS NMR,Acidic Sites,CMT-PRO,72
27Al MAS NMR,Acidity,CMT-PRO,143
27Al MAS NMR,Activity,CMT-PRO,92
27Al MAS NMR,Al,CMT-CHM,625
27Al MAS NMR,Al2O3,CMT-CHM,152
27Al MAS NMR,Al3+,CMT-CHM,40
27Al MAS NMR,AlO4,CMT-CHM,33
27Al MAS NMR,AlSBA-15,CMT-CHM,33
27Al MAS NMR,Alumina,CMT-CHM,103
27Al MAS NMR,Aluminosilicate,CMT-CHM,98
27Al MAS NMR,Aluminum,CMT-CHM,336
27Al MAS NMR,Ammonia,CMT-CHM,72
27Al MAS NMR,Amorphous,CMT-DSC,98
27Al MAS NMR,As Prepared,CMT-DSC,33
27Al MAS NMR,As-Synthesized,CMT-DSC,101
27Al MAS NMR,BET,CMT-CMT,33
27Al MAS NMR,BET Surface Area,CMT-PRO,39
27Al MAS NMR,Benzenes,CMT-CHM,59
27Al MAS NMR,Br,CMT-CHM,48
27Al MAS NMR,Br Nsted Acid,CMT-CHM,37
27Al MAS NMR,Bronsted Acids,CMT-CHM,64
27Al MAS NMR,Bulk,CMT-DSC,50
27Al MAS NMR,CO,CMT-CHM,48
27Al MAS NMR,CO2,CMT-CHM,72
27Al MAS NMR,Calcination,CMT-SMT,144
27Al MAS NMR,Calcined,CMT-SMT,208
27Al MAS NMR,Carbon,CMT-CHM,70
27Al MAS NMR,Catalyst,CMT-APL,466
27Al MAS NMR,Catalytic Activity,CMT-PRO,121
27Al MAS NMR,Catalytic Performance,CMT-PRO,135
27Al MAS NMR,Catalytic Properties,CMT-PRO,30
27Al MAS NMR,Chemical Composition,CMT-PRO,84
27Al MAS NMR,Chemical Shift,CMT-PRO,44
27Al MAS NMR,Cluster,CMT-DSC,31
27Al MAS NMR,Composite,CMT-DSC,61
27Al MAS NMR,Compositions,CMT-PRO,143
27Al MAS NMR,Crystal,CMT-DSC,76
27Al MAS NMR,Crystalline,CMT-DSC,88
27Al MAS NMR,Crystallinity,CMT-PRO,70
27Al MAS NMR,Cu,CMT-CHM,37
27Al MAS NMR,Cumene,CMT-CHM,33
27Al MAS NMR,DTA,CMT-CMT,36
27Al MAS NMR,Dealuminated,CMT-SMT,46
27Al MAS NMR,Dealumination,CMT-SMT,40
27Al MAS NMR,Doped,CMT-DSC,35
27Al MAS NMR,Drifts,CMT-CMT,32
27Al MAS NMR,Dtg,CMT-CMT,30
27Al MAS NMR,EDS,CMT-CMT,33
27Al MAS NMR,Ethanol,CMT-CHM,40
27Al MAS NMR,Ethylene,CMT-CHM,42
27Al MAS NMR,FT-IR,CMT-CMT,124
27Al MAS NMR,FTIR,CMT-CMT,192
27Al MAS NMR,Fe,CMT-CHM,33
27Al MAS NMR,Glass,CMT-DSC,55
27Al MAS NMR,Glasses,CMT-DSC,49
27Al MAS NMR,H2,CMT-CHM,48
27Al MAS NMR,H2-TPR,CMT-CHM,49
27Al MAS NMR,H2-TPR,CMT-CMT,51
27Al MAS NMR,H2O,CMT-CHM,58
27Al MAS NMR,HCl,CMT-CHM,38
27Al MAS NMR,HRTEM,CMT-CMT,89
27Al MAS NMR,HZSM-5,CMT-CHM,43
27Al MAS NMR,Heated,CMT-SMT,38
27Al MAS NMR,Heating,CMT-SMT,71
27Al MAS NMR,Hexagonal,CMT-SPL,37
27Al MAS NMR,Hierarchical,CMT-DSC,42
27Al MAS NMR,Hydrogen,CMT-CHM,84
27Al MAS NMR,Hydrothermal,CMT-SMT,31
27Al MAS NMR,Hydrothermal Treatment,CMT-SMT,55
27Al MAS NMR,Hydroxyl,CMT-CHM,43
27Al MAS NMR,ICP,CMT-CMT,43
27Al MAS NMR,Ir,CMT-CMT,132
27Al MAS NMR,Layers,CMT-DSC,49
27Al MAS NMR,Lewis Acids,CMT-CHM,96
27Al MAS NMR,MAS NMR,CMT-CMT,103
27Al MAS NMR,MCM-41,CMT-CHM,36
27Al MAS NMR,Mas,CMT-CMT,31
27Al MAS NMR,Mesopore,CMT-PRO,44
27Al MAS NMR,Mesoporous,CMT-DSC,164
27Al MAS NMR,Methanol,CMT-CHM,96
27Al MAS NMR,Mg,CMT-CHM,35
27Al MAS NMR,Microporous,CMT-DSC,35
27Al MAS NMR,Mo,CMT-CHM,34
27Al MAS NMR,Molecular Sieve,CMT-APL,35
27Al MAS NMR,Morphology,CMT-PRO,56
27Al MAS NMR,N2,CMT-CHM,410
27Al MAS NMR,N2 Adsorption,CMT-CMT,80
27Al MAS NMR,N2 Adsorption Desorption,CMT-CMT,42
27Al MAS NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,116
27Al MAS NMR,N2 Physisorption,CMT-CMT,35
27Al MAS NMR,N2 Sorption Isotherm,CMT-CMT,33
27Al MAS NMR,NH3,CMT-CHM,271
27Al MAS NMR,NH3TPD,CMT-CMT,245
27Al MAS NMR,NMR,CMT-CMT,112
27Al MAS NMR,Na,CMT-CHM,42
27Al MAS NMR,NaOH,CMT-CHM,46
27Al MAS NMR,Nanoparticles,CMT-DSC,35
27Al MAS NMR,Ni,CMT-CHM,35
27Al MAS NMR,Nitrogen,CMT-CHM,195
27Al MAS NMR,Nitrogen Adsorption,CMT-CMT,44
27Al MAS NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,53
27Al MAS NMR,O,CMT-CHM,53
27Al MAS NMR,O2,CMT-CHM,41
27Al MAS NMR,OH,CMT-CHM,71
27Al MAS NMR,Olefins,CMT-CHM,49
27Al MAS NMR,Oxygen,CMT-CHM,89
27Al MAS NMR,PXRD,CMT-CMT,36
27Al MAS NMR,Particles,CMT-DSC,74
27Al MAS NMR,Physicochemical Properties,CMT-PRO,64
27Al MAS NMR,Pore Size Distribution,CMT-PRO,139
27Al MAS NMR,Pore Sizes,CMT-PRO,50
27Al MAS NMR,Pore Volume,CMT-PRO,54
27Al MAS NMR,Porosity,CMT-PRO,45
27Al MAS NMR,Powder,CMT-DSC,84
27Al MAS NMR,Powder XRD,CMT-CMT,34
27Al MAS NMR,Propene,CMT-CHM,38
27Al MAS NMR,Propylene,CMT-CHM,34
27Al MAS NMR,Pt,CMT-CHM,43
27Al MAS NMR,Py-Ir,CMT-CMT,37
27Al MAS NMR,Pyridine,CMT-CHM,198
27Al MAS NMR,Raman,CMT-CMT,53
27Al MAS NMR,SBA-15,CMT-CHM,42
27Al MAS NMR,SEM,CMT-CMT,415
27Al MAS NMR,Scanning Electron Microscopy,CMT-CMT,42
27Al MAS NMR,Selectivity,CMT-PRO,31
27Al MAS NMR,Si,CMT-CHM,365
27Al MAS NMR,Si/Al,CMT-PRO,69
27Al MAS NMR,Si/Al Ratios,CMT-PRO,134
27Al MAS NMR,SiO2,CMT-CHM,104
27Al MAS NMR,Silica,CMT-CHM,140
27Al MAS NMR,Silicate,CMT-CHM,32
27Al MAS NMR,Silicon,CMT-CHM,48
27Al MAS NMR,Sol-Gel,CMT-SMT,38
27Al MAS NMR,Specific Surface Area,CMT-PRO,35
27Al MAS NMR,Stability,CMT-PRO,52
27Al MAS NMR,Structural,CMT-PRO,43
27Al MAS NMR,Structure,CMT-PRO,169
27Al MAS NMR,Surface,CMT-DSC,150
27Al MAS NMR,Surface Area,CMT-PRO,81
27Al MAS NMR,TEM,CMT-CMT,353
27Al MAS NMR,TG,CMT-CMT,73
27Al MAS NMR,TPD,CMT-CMT,32
27Al MAS NMR,Textural Properties,CMT-PRO,176
27Al MAS NMR,Tga,CMT-CMT,97
27Al MAS NMR,Thermal Treatment,CMT-SMT,32
27Al MAS NMR,Thermogravimetric Analysis,CMT-CMT,30
27Al MAS NMR,Toluene,CMT-CHM,30
27Al MAS NMR,Transmission Electron Microscopy,CMT-CMT,36
27Al MAS NMR,X-Ray Diffraction,CMT-CMT,164
27Al MAS NMR,XPS,CMT-CMT,114
27Al MAS NMR,XRD,CMT-CMT,715
27Al MAS NMR,XRF,CMT-CMT,34
27Al MAS NMR,ZSM 5,CMT-CHM,104
27Al MAS NMR,Zeolites,CMT-CHM,497
27Al MAS NMR,Zeolites,CMT-DSC,42
27Al MAS-NMR,13C,CMT-CHM,67
27Al MAS-NMR,13C CP MAS NMR,CMT-CMT,54
27Al MAS-NMR,1H,CMT-CHM,67
27Al MAS-NMR,1H MAS,CMT-CHM,56
27Al MAS-NMR,1H MAS NMR,CMT-CMT,77
27Al MAS-NMR,23Na MAS NMR,CMT-CMT,32
27Al MAS-NMR,27Al,CMT-CHM,75
27Al MAS-NMR,27Al NMR,CMT-CMT,33
27Al MAS-NMR,29Si,CMT-CHM,52
27Al MAS-NMR,29Si,CMT-CMT,65
27Al MAS-NMR,29Si MAS NMR,CMT-CMT,503
27Al MAS-NMR,31P MAS-NMR,CMT-CMT,146
27Al MAS-NMR,Acidity,CMT-PRO,30
27Al MAS-NMR,Activity,CMT-PRO,38
27Al MAS-NMR,Adsorption Isotherm,CMT-CMT,36
27Al MAS-NMR,Al,CMT-CHM,577
27Al MAS-NMR,Al2O3,CMT-CHM,159
27Al MAS-NMR,Al3+,CMT-CHM,30
27Al MAS-NMR,AlO4,CMT-CHM,31
27Al MAS-NMR,AlSBA-15,CMT-CHM,44
27Al MAS-NMR,Alumina,CMT-CHM,89
27Al MAS-NMR,Aluminosilicate,CMT-CHM,80
27Al MAS-NMR,Aluminum,CMT-CHM,176
27Al MAS-NMR,Ammonia,CMT-CHM,71
27Al MAS-NMR,Amorphous,CMT-DSC,82
27Al MAS-NMR,Annealed,CMT-SMT,33
27Al MAS-NMR,Arrhenius Plot,CMT-CMT,32
27Al MAS-NMR,As Prepared,CMT-DSC,31
27Al MAS-NMR,As-Made,CMT-DSC,40
27Al MAS-NMR,As-Synthesized,CMT-DSC,177
27Al MAS-NMR,Benzenes,CMT-CHM,42
27Al MAS-NMR,Brønsted Acidity,CMT-CHM,32
27Al MAS-NMR,Bulk,CMT-DSC,46
27Al MAS-NMR,CO,CMT-CHM,64
27Al MAS-NMR,CO2,CMT-CHM,62
27Al MAS-NMR,Ca,CMT-CHM,58
27Al MAS-NMR,Calcination,CMT-SMT,136
27Al MAS-NMR,Calcined,CMT-SMT,387
27Al MAS-NMR,Carbon,CMT-CHM,47
27Al MAS-NMR,Catalyst,CMT-APL,442
27Al MAS-NMR,Catalysts,CMT-APL,56
27Al MAS-NMR,Catalytic Activity,CMT-PRO,53
27Al MAS-NMR,Catalytic Performance,CMT-PRO,58
27Al MAS-NMR,Chemical Shift,CMT-PRO,43
27Al MAS-NMR,Composite,CMT-DSC,49
27Al MAS-NMR,Compositions,CMT-PRO,114
27Al MAS-NMR,Compressive Strength,CMT-PRO,60
27Al MAS-NMR,Crystal,CMT-DSC,66
27Al MAS-NMR,Crystalline,CMT-DSC,66
27Al MAS-NMR,Crystallinity,CMT-PRO,48
27Al MAS-NMR,Cu,CMT-CHM,42
27Al MAS-NMR,Cured,CMT-SMT,41
27Al MAS-NMR,Curing,CMT-SMT,38
27Al MAS-NMR,DRIFTs,CMT-CMT,33
27Al MAS-NMR,DSC,CMT-CMT,47
27Al MAS-NMR,DTA,CMT-CMT,70
27Al MAS-NMR,DTG,CMT-CHM,38
27Al MAS-NMR,DTG,CMT-CMT,45
27Al MAS-NMR,Dehydrated,CMT-SMT,34
27Al MAS-NMR,Dried,CMT-SMT,36
27Al MAS-NMR,EDS,CMT-CMT,46
27Al MAS-NMR,EDX,CMT-CMT,42
27Al MAS-NMR,EPR,CMT-CMT,38
27Al MAS-NMR,Ethanol,CMT-CHM,39
27Al MAS-NMR,Ethylene,CMT-CHM,35
27Al MAS-NMR,FT-IR,CMT-CMT,152
27Al MAS-NMR,FTIR,CMT-CMT,266
27Al MAS-NMR,Fe,CMT-CHM,45
27Al MAS-NMR,Glass,CMT-DSC,99
27Al MAS-NMR,Glasses,CMT-DSC,106
27Al MAS-NMR,H2,CMT-CHM,56
27Al MAS-NMR,H2-TPR,CMT-CHM,50
27Al MAS-NMR,H2-TPR,CMT-CMT,52
27Al MAS-NMR,H2O,CMT-CHM,81
27Al MAS-NMR,HCl,CMT-CHM,33
27Al MAS-NMR,HRTEM,CMT-CMT,80
27Al MAS-NMR,HZSM-5,CMT-CHM,49
27Al MAS-NMR,Heat Treatment,CMT-SMT,31
27Al MAS-NMR,Heated,CMT-SMT,46
27Al MAS-NMR,Heating,CMT-SMT,76
27Al MAS-NMR,Hydrated,CMT-SMT,56
27Al MAS-NMR,Hydration,CMT-SMT,42
27Al MAS-NMR,Hydrogen,CMT-CHM,69
27Al MAS-NMR,Hydrothermal Treatment,CMT-SMT,60
27Al MAS-NMR,Hydroxyl,CMT-CHM,50
27Al MAS-NMR,IR,CMT-CMT,155
27Al MAS-NMR,Isotherms,CMT-CMT,47
27Al MAS-NMR,Layers,CMT-DSC,35
27Al MAS-NMR,Lewis Acids,CMT-CHM,44
27Al MAS-NMR,MAS NMR,CMT-CMT,60
27Al MAS-NMR,MAS-NMR,CMT-CMT,31
27Al MAS-NMR,MCM-41,CMT-CHM,55
27Al MAS-NMR,Mesoporous,CMT-DSC,115
27Al MAS-NMR,Methanol,CMT-CHM,65
27Al MAS-NMR,Mg,CMT-CHM,41
27Al MAS-NMR,Mo,CMT-CHM,43
27Al MAS-NMR,Morphology,CMT-PRO,34
27Al MAS-NMR,Mullite,CMT-CHM,36
27Al MAS-NMR,N2,CMT-CHM,408
27Al MAS-NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,150
27Al MAS-NMR,N2 Adsorption Isotherm,CMT-CMT,43
27Al MAS-NMR,N2 Sorption Isotherm,CMT-CMT,39
27Al MAS-NMR,NH3,CMT-CHM,275
27Al MAS-NMR,NH3TPD,CMT-CMT,249
27Al MAS-NMR,NMR,CMT-CMT,81
27Al MAS-NMR,NO,CMT-CHM,48
27Al MAS-NMR,Na,CMT-CHM,73
27Al MAS-NMR,NaOH,CMT-CHM,67
27Al MAS-NMR,Ni,CMT-CHM,31
27Al MAS-NMR,Nitrogen,CMT-CHM,245
27Al MAS-NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,107
27Al MAS-NMR,Nitrogen Adsorption Isotherm,CMT-CMT,43
27Al MAS-NMR,O,CMT-CHM,60
27Al MAS-NMR,O2,CMT-CHM,51
27Al MAS-NMR,OH,CMT-CHM,101
27Al MAS-NMR,Oxygen,CMT-CHM,77
27Al MAS-NMR,Particle Size Distribution,CMT-PRO,50
27Al MAS-NMR,Particles,CMT-DSC,67
27Al MAS-NMR,Paste,CMT-DSC,74
27Al MAS-NMR,Pore Size Distribution,CMT-PRO,202
27Al MAS-NMR,Pore Sizes,CMT-PRO,31
27Al MAS-NMR,Powder,CMT-DSC,80
27Al MAS-NMR,Powder XRD,CMT-CMT,67
27Al MAS-NMR,Propene,CMT-CHM,34
27Al MAS-NMR,Pt,CMT-CHM,41
27Al MAS-NMR,Pyridine,CMT-CHM,210
27Al MAS-NMR,Quartz,CMT-CHM,62
27Al MAS-NMR,Raman,CMT-CMT,90
27Al MAS-NMR,SBA-15,CMT-CHM,49
27Al MAS-NMR,SEM,CMT-CMT,531
27Al MAS-NMR,Scanning Electron Micrograph,CMT-CMT,36
27Al MAS-NMR,Selectivity,CMT-PRO,30
27Al MAS-NMR,Si,CMT-CHM,369
27Al MAS-NMR,Si/Al,CMT-PRO,40
27Al MAS-NMR,Si/Al Ratios,CMT-PRO,94
27Al MAS-NMR,SiO2,CMT-CHM,119
27Al MAS-NMR,Silica,CMT-CHM,108
27Al MAS-NMR,Silicate,CMT-CHM,43
27Al MAS-NMR,Silicon,CMT-CHM,50
27Al MAS-NMR,Structure,CMT-PRO,74
27Al MAS-NMR,Surface,CMT-DSC,71
27Al MAS-NMR,TEM,CMT-CMT,417
27Al MAS-NMR,TG,CMT-CMT,71
27Al MAS-NMR,TGA,CMT-CMT,68
27Al MAS-NMR,TPR,CMT-CMT,36
27Al MAS-NMR,Thermal Treatment,CMT-SMT,34
27Al MAS-NMR,Ti,CMT-CHM,30
27Al MAS-NMR,Toluene,CMT-CHM,34
27Al MAS-NMR,UV Vis,CMT-CMT,39
27Al MAS-NMR,X Ray Diffractogram,CMT-CMT,43
27Al MAS-NMR,X-Ray Diffraction,CMT-CMT,186
27Al MAS-NMR,XPS,CMT-CMT,92
27Al MAS-NMR,XRD,CMT-CMT,864
27Al MAS-NMR,ZSM 5,CMT-CHM,92
27Al MAS-NMR,Zeolites,CMT-CHM,407
27Al MAS-NMR,Zn,CMT-CHM,31
27Al MAS-NMR,γ-Al2O3,CMT-CHM,38
27Al Magic Angle Spinning Nuclear Magnetic Resonance,X-Ray Diffraction,CMT-CMT,30
27Al Mas,Al,CMT-CHM,30
27Al NMR,13C,CMT-CHM,78
27Al NMR,13C NMR,CMT-CMT,50
27Al NMR,1H,CMT-CHM,116
27Al NMR,1H,CMT-CMT,33
27Al NMR,1H NMR,CMT-CMT,59
27Al NMR,27Al,CMT-CHM,294
27Al NMR,27Al,CMT-CMT,62
27Al NMR,27Al MAS NMR,CMT-CMT,52
27Al NMR,27Al MAS-NMR,CMT-CMT,33
27Al NMR,29Si,CMT-CHM,98
27Al NMR,29Si,CMT-CMT,68
27Al NMR,29Si NMR,CMT-CMT,222
27Al NMR,31P NMR,CMT-CMT,41
27Al NMR,Acidity,CMT-PRO,34
27Al NMR,Activity,CMT-PRO,34
27Al NMR,Aging,CMT-SMT,37
27Al NMR,Al,CMT-CHM,471
27Al NMR,Al13,CMT-CHM,47
27Al NMR,Al2O3,CMT-CHM,104
27Al NMR,Al3+,CMT-CHM,52
27Al NMR,AlCl3,CMT-CHM,69
27Al NMR,Alumina,CMT-CHM,78
27Al NMR,Aluminosilicate,CMT-CHM,54
27Al NMR,Aluminum,CMT-CHM,279
27Al NMR,Ammonia,CMT-CHM,37
27Al NMR,Amorphous,CMT-DSC,73
27Al NMR,As-Synthesized,CMT-DSC,52
27Al NMR,CO2,CMT-CHM,50
27Al NMR,Ca,CMT-CHM,30
27Al NMR,Calcination,CMT-SMT,78
27Al NMR,Calcined,CMT-SMT,114
27Al NMR,Carbon,CMT-CHM,42
27Al NMR,Catalyst,CMT-APL,241
27Al NMR,Catalytic Activity,CMT-PRO,49
27Al NMR,Catalytic Performance,CMT-PRO,44
27Al NMR,Chemical Shift,CMT-PRO,78
27Al NMR,Composite,CMT-DSC,32
27Al NMR,Compositions,CMT-PRO,91
27Al NMR,Crystal,CMT-DSC,56
27Al NMR,Crystal Structure,CMT-PRO,35
27Al NMR,Crystalline,CMT-DSC,49
27Al NMR,Crystallinity,CMT-PRO,32
27Al NMR,DSC,CMT-CMT,34
27Al NMR,DTA,CMT-CMT,32
27Al NMR,Diamonds,CMT-CHM,30
27Al NMR,FT-IR,CMT-CMT,76
27Al NMR,FTIR,CMT-CMT,130
27Al NMR,Fe,CMT-CHM,30
27Al NMR,Glass,CMT-DSC,49
27Al NMR,Glasses,CMT-DSC,50
27Al NMR,H2,CMT-CHM,37
27Al NMR,H2-TPR,CMT-CHM,32
27Al NMR,H2-TPR,CMT-CMT,32
27Al NMR,H2O,CMT-CHM,61
27Al NMR,HRTEM,CMT-CMT,67
27Al NMR,Heated,CMT-SMT,30
27Al NMR,Heating,CMT-SMT,61
27Al NMR,Hydrogen,CMT-CHM,52
27Al NMR,Hydrothermal Treatment,CMT-SMT,32
27Al NMR,Hydroxyl,CMT-CHM,36
27Al NMR,IR,CMT-CMT,39
27Al NMR,Ir,CMT-CMT,54
27Al NMR,Layers,CMT-DSC,35
27Al NMR,Lewis Acids,CMT-CHM,34
27Al NMR,Mesoporous,CMT-DSC,62
27Al NMR,Methanol,CMT-CHM,31
27Al NMR,Mg,CMT-CHM,38
27Al NMR,Molecular Structure,CMT-PRO,31
27Al NMR,N2,CMT-CHM,174
27Al NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,47
27Al NMR,NH3,CMT-CHM,99
27Al NMR,NH3TPD,CMT-CMT,80
27Al NMR,NMR,CMT-CMT,181
27Al NMR,Na,CMT-CHM,41
27Al NMR,NaOH,CMT-CHM,50
27Al NMR,Nitrogen,CMT-CHM,110
27Al NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,34
27Al NMR,O,CMT-CHM,52
27Al NMR,O2,CMT-CHM,30
27Al NMR,OH,CMT-CHM,56
27Al NMR,Oxygen,CMT-CHM,60
27Al NMR,Particles,CMT-DSC,44
27Al NMR,Paste,CMT-DSC,32
27Al NMR,Pore Size Distribution,CMT-PRO,57
27Al NMR,Powder,CMT-DSC,59
27Al NMR,Pt,CMT-CHM,36
27Al NMR,Pyridine,CMT-CHM,81
27Al NMR,Quartz,CMT-CHM,30
27Al NMR,Raman,CMT-CMT,76
27Al NMR,SEM,CMT-CMT,262
27Al NMR,Si,CMT-CHM,205
27Al NMR,Si/Al Ratios,CMT-PRO,48
27Al NMR,SiO2,CMT-CHM,66
27Al NMR,Silica,CMT-CHM,75
27Al NMR,Silicate,CMT-CHM,38
27Al NMR,Silicon,CMT-CHM,37
27Al NMR,Structure,CMT-PRO,122
27Al NMR,Surface,CMT-DSC,77
27Al NMR,Surface Area,CMT-PRO,33
27Al NMR,TEM,CMT-CMT,182
27Al NMR,TG,CMT-CMT,43
27Al NMR,Textural Properties,CMT-PRO,36
27Al NMR,Tga,CMT-CMT,35
27Al NMR,X-Ray Diffraction,CMT-CMT,120
27Al NMR,XPS,CMT-CMT,72
27Al NMR,XRD,CMT-CMT,441
27Al NMR,ZSM 5,CMT-CHM,49
27Al NMR,Zeolites,CMT-CHM,202
27Al Nuclear Magnetic Resonance,Al,CMT-CHM,33
27Al Nuclear Magnetic Resonance,NMR,CMT-CMT,50
27Al Solid State NMR,27Al,CMT-CHM,30
28-Day,Compressive Strength,PRO-PRO,42
28-Day Compressive Strength,Compressive Strength,PRO-PRO,38
29Si,13C,CHM-CHM,799
29Si,13C,CHM-CMT,378
29Si,13C,CMT-CHM,408
29Si,13C,CMT-CMT,263
29Si,13C CP MAS NMR,CHM-CMT,107
29Si,13C CP MAS NMR,CMT-CMT,48
29Si,13C MAS NMR,CHM-CMT,48
29Si,13C MAS NMR,CMT-CMT,53
29Si,13C NMR,CHM-CMT,137
29Si,13C NMR,CMT-CMT,61
29Si,15N,CHM-CHM,47
29Si,17O,CHM-CHM,77
29Si,17O,CMT-CHM,36
29Si,19F,CHM-CHM,54
29Si,19F,CMT-CHM,35
29Si,1H,CHM-CHM,536
29Si,1H,CHM-CMT,193
29Si,1H,CMT-CHM,282
29Si,1H,CMT-CMT,123
29Si,1H MAS NMR,CHM-CMT,41
29Si,1H MAS NMR,CMT-CMT,39
29Si,1H NMR,CHM-CMT,126
29Si,1H NMR,CMT-CMT,61
29Si,1H-NMR,CHM-CMT,30
29Si,27Al,CHM-CHM,348
29Si,27Al,CHM-CMT,213
29Si,27Al,CMT-CHM,279
29Si,27Al,CMT-CMT,224
29Si,27Al MAS NMR,CHM-CMT,124
29Si,27Al MAS NMR,CMT-CMT,134
29Si,27Al MAS-NMR,CHM-CMT,52
29Si,27Al MAS-NMR,CMT-CMT,65
29Si,27Al NMR,CHM-CMT,98
29Si,27Al NMR,CMT-CMT,68
29Si,29Si CP MAS NMR,CHM-CMT,272
29Si,29Si Chemical Shift,CHM-PRO,40
29Si,29Si MAS NMR,CHM-CMT,65
29Si,29Si MAS-NMR,CHM-CMT,162
29Si,29Si MAS-NMR,CMT-CMT,97
29Si,29Si NMR,CHM-CMT,699
29Si,29Si NMR,CMT-CMT,104
29Si,29Si Solid-State NMR,CHM-CMT,135
29Si,29Si-NMR,CHM-CMT,111
29Si,2D,CHM-CMT,41
29Si,2D,CMT-CMT,30
29Si,31P,CHM-CMT,66
29Si,31P,CMT-CMT,69
29Si,31P MAS-NMR,CHM-CMT,56
29Si,31P MAS-NMR,CMT-CMT,58
29Si,31P NMR,CHM-CMT,44
29Si,31P NMR,CMT-CMT,39
29Si,AFM,CHM-CMT,40
29Si,APTES,CHM-CHM,32
29Si,Acidic Sites,CHM-PRO,36
29Si,Acidity,CHM-PRO,57
29Si,Acidity,CMT-PRO,47
29Si,Activity,CHM-PRO,96
29Si,Activity,CMT-PRO,49
29Si,Adsorbent,CHM-APL,39
29Si,Aged,CHM-SMT,30
29Si,Aging,CHM-SMT,34
29Si,Al,CHM-CHM,326
29Si,Al,CMT-CHM,250
29Si,Al2O3,CHM-CHM,81
29Si,Al2O3,CMT-CHM,56
29Si,Alcohols,CHM-CHM,30
29Si,Alkyls,CHM-CHM,35
29Si,Alumina,CHM-CHM,48
29Si,Alumina,CMT-CHM,38
29Si,Aluminosilicate,CHM-CHM,103
29Si,Aluminosilicate,CMT-CHM,76
29Si,Aluminum,CHM-CHM,191
29Si,Aluminum,CMT-CHM,144
29Si,Amines,CHM-CHM,75
29Si,Amines,CMT-CHM,37
29Si,Amino,CHM-CHM,33
29Si,Ammonia,CHM-CHM,62
29Si,Ammonia,CMT-CHM,51
29Si,Amorphous,CHM-DSC,183
29Si,Amorphous,CMT-DSC,126
29Si,Angles,CHM-PRO,46
29Si,Annealing,CHM-SMT,34
29Si,As Prepared,CHM-DSC,40
29Si,As-Synthesized,CHM-DSC,87
29Si,As-Synthesized,CMT-DSC,66
29Si,BET,CHM-CMT,42
29Si,BET Surface Area,CHM-PRO,33
29Si,Benzenes,CHM-CHM,56
29Si,Benzenes,CMT-CHM,36
29Si,Bond Length,CHM-PRO,55
29Si,Boron,CHM-CHM,47
29Si,Bronsted Acids,CHM-CHM,31
29Si,Bulk,CHM-DSC,69
29Si,Bulk,CMT-DSC,38
29Si,C-S-H,CHM-CHM,45
29Si,CO2,CHM-CHM,82
29Si,CO2,CMT-CHM,48
29Si,CPMAS,CMT-CMT,30
29Si,CPMAS NMR,CHM-CMT,87
29Si,CPMAS NMR,CMT-CMT,119
29Si,CTAB,CHM-CHM,34
29Si,Ca,CHM-CHM,93
29Si,Ca,CMT-CHM,33
29Si,CaO,CHM-CHM,37
29Si,Calcination,CHM-SMT,105
29Si,Calcination,CMT-SMT,74
29Si,Calcined,CHM-SMT,116
29Si,Calcined,CMT-SMT,76
29Si,Calcium,CHM-CHM,49
29Si,Carbon,CHM-CHM,130
29Si,Carbon,CMT-CHM,72
29Si,Catalyst,CHM-APL,358
29Si,Catalyst,CMT-APL,206
29Si,Catalytic Activity,CHM-PRO,113
29Si,Catalytic Activity,CMT-PRO,65
29Si,Catalytic Performance,CHM-PRO,56
29Si,Catalytic Performance,CMT-PRO,40
29Si,Ceramic,CHM-DSC,50
29Si,Ceramic,CMT-DSC,36
29Si,Chemical Analysis,CHM-CMT,35
29Si,Chemical Analysis,CMT-CMT,32
29Si,Chemical Composition,CHM-PRO,55
29Si,Chemical Shift,CHM-PRO,191
29Si,Chemical Shift,CMT-PRO,87
29Si,Chemical Structures,CHM-PRO,42
29Si,Cl,CHM-CHM,37
29Si,Cluster,CHM-DSC,52
29Si,Coatings,CHM-APL,55
29Si,Composite,CHM-DSC,94
29Si,Composite,CMT-DSC,50
29Si,Compositions,CHM-PRO,246
29Si,Compositions,CMT-PRO,148
29Si,Compressive Strength,CHM-PRO,50
29Si,Crystal,CHM-DSC,121
29Si,Crystal,CMT-DSC,72
29Si,Crystal Structure,CHM-PRO,71
29Si,Crystal Structure,CMT-PRO,31
29Si,Crystalline,CHM-DSC,164
29Si,Crystalline,CMT-DSC,116
29Si,Crystallinity,CHM-PRO,55
29Si,Crystallinity,CMT-PRO,46
29Si,Cu,CHM-CHM,33
29Si,Cubic,CHM-SPL,39
29Si,Cured,CHM-SMT,41
29Si,Curing,CHM-SMT,45
29Si,DFT,CHM-CMT,37
29Si,DSC,CHM-CMT,116
29Si,DSC,CMT-CMT,52
29Si,DTA,CHM-CMT,53
29Si,DTA,CMT-CMT,37
29Si,DTG,CHM-CHM,30
29Si,Dealumination,CHM-SMT,33
29Si,Density,CHM-PRO,38
29Si,Density,CMT-PRO,30
29Si,Diamonds,CHM-CHM,41
29Si,Differential Scanning Calorimetry,CHM-CMT,52
29Si,Doped,CHM-DSC,47
29Si,Dried,CHM-SMT,30
29Si,EDS,CHM-CMT,62
29Si,EDS,CMT-CMT,30
29Si,EDX,CHM-CMT,55
29Si,EDX,CMT-CMT,31
29Si,Elemental Analysis,CHM-CMT,205
29Si,Elemental Analysis,CMT-CMT,100
29Si,Epr,CHM-CMT,42
29Si,Ethanol,CHM-CHM,73
29Si,Ethanol,CMT-CHM,35
29Si,Ethylene,CHM-CHM,36
29Si,FT-IR,CHM-CMT,237
29Si,FT-IR,CMT-CMT,111
29Si,FTIR,CHM-CMT,373
29Si,FTIR,CMT-CMT,183
29Si,Fe,CHM-CHM,41
29Si,Film,CHM-DSC,54
29Si,Films,CHM-DSC,69
29Si,Films,CMT-DSC,30
29Si,Fourier Transform Infrared,CHM-CMT,51
29Si,Fourier Transform Infrared Spectroscopy,CHM-CMT,74
29Si,Fourier Transform Infrared Spectroscopy,CMT-CMT,34
29Si,GPC,CHM-CMT,42
29Si,Ge,CHM-CHM,30
29Si,Gel,CHM-DSC,49
29Si,Gels,CHM-DSC,65
29Si,Gels,CMT-DSC,37
29Si,Glass,CHM-DSC,172
29Si,Glass,CMT-DSC,117
29Si,Glass Transition Temperature,CHM-PRO,55
29Si,Glasses,CHM-DSC,161
29Si,Glasses,CMT-DSC,123
29Si,H2,CHM-CHM,36
29Si,H2O,CHM-CHM,88
29Si,H2O,CMT-CHM,49
29Si,H2O2,CHM-CHM,34
29Si,HCl,CHM-CHM,57
29Si,HRTEM,CHM-CMT,79
29Si,HRTEM,CMT-CMT,46
29Si,Heat Treatment,CHM-SMT,41
29Si,Heat Treatment,CMT-SMT,40
29Si,Heated,CHM-SMT,39
29Si,Heated,CMT-SMT,37
29Si,Heating,CHM-SMT,69
29Si,Heating,CMT-SMT,58
29Si,Hexagonal,CHM-SPL,73
29Si,Hexagonal,CMT-SPL,39
29Si,Hybrid,CHM-DSC,57
29Si,Hydrated,CHM-SMT,39
29Si,Hydration,CHM-SMT,46
29Si,Hydrogen,CHM-CHM,161
29Si,Hydrogen,CMT-CHM,92
29Si,Hydrolysis,CHM-SMT,93
29Si,Hydrolysis,CMT-SMT,33
29Si,Hydrophobic,CHM-PRO,46
29Si,Hydrothermal Treatment,CHM-SMT,34
29Si,Hydroxyl,CHM-CHM,67
29Si,Hydroxyl,CMT-CHM,40
29Si,IR Spectroscopy,CHM-CMT,38
29Si,Infrared,CHM-CMT,51
29Si,Infrared Spectroscopy,CHM-CMT,42
29Si,Interface,CHM-DSC,35
29Si,Ir,CHM-CMT,149
29Si,Ir,CMT-CMT,94
29Si,Irradiation,CHM-SMT,31
29Si,Isotropic Chemical Shift,CHM-PRO,31
29Si,Kaolinite,CHM-CHM,33
29Si,Layered,CHM-DSC,42
29Si,Layers,CHM-DSC,117
29Si,Layers,CMT-DSC,61
29Si,Lewis Acids,CHM-CHM,34
29Si,Li,CHM-CHM,31
29Si,Lithium,CHM-CHM,37
29Si,Local Structure,CHM-PRO,38
29Si,MAS NMR,CHM-CMT,141
29Si,MAS NMR,CMT-CMT,132
29Si,MAS-NMR,CHM-CMT,47
29Si,MAS-NMR,CMT-CMT,57
29Si,MCM-41,CHM-CHM,104
29Si,MCM-41,CMT-CHM,50
29Si,Mas,CHM-CMT,38
29Si,Mas,CMT-CMT,50
29Si,Mass Spectrometry,CHM-CMT,31
29Si,Mechanical Property,CHM-PRO,47
29Si,Membrane,CHM-DSC,39
29Si,Mesopore,CHM-PRO,34
29Si,Mesoporous,CHM-DSC,299
29Si,Mesoporous,CMT-DSC,149
29Si,Methanol,CHM-CHM,86
29Si,Methanol,CMT-CHM,64
29Si,Methyl,CHM-CHM,47
29Si,Mg,CHM-CHM,47
29Si,Mg,CMT-CHM,30
29Si,Microporous,CHM-DSC,40
29Si,Microporous,CMT-DSC,31
29Si,Microstructure,CHM-PRO,67
29Si,Microstructure,CMT-PRO,30
29Si,Molecular Sieve,CHM-APL,36
29Si,Molecular Structure,CHM-PRO,95
29Si,Molecular Structure,CMT-PRO,46
29Si,Morphology,CHM-PRO,108
29Si,Morphology,CMT-PRO,47
29Si,Mullite,CHM-CHM,31
29Si,N2,CHM-CHM,395
29Si,N2,CMT-CHM,232
29Si,N2 Adsorption,CHM-CMT,69
29Si,N2 Adsorption,CMT-CMT,41
29Si,N2 Adsorption Desorption,CHM-CMT,47
29Si,N2 Adsorption Desorption Isotherms,CHM-CMT,92
29Si,N2 Adsorption Desorption Isotherms,CMT-CMT,65
29Si,NH3,CHM-CHM,111
29Si,NH3,CMT-CHM,85
29Si,NH3TPD,CHM-CMT,63
29Si,NH3TPD,CMT-CMT,58
29Si,NMR,CHM-CMT,459
29Si,NMR,CMT-CMT,279
29Si,NMR Spectroscopy,CHM-CMT,35
29Si,Na,CHM-CHM,88
29Si,Na,CMT-CHM,54
29Si,Na+,CHM-CHM,46
29Si,Na2O,CHM-CHM,39
29Si,NaCl,CHM-CHM,31
29Si,NaOH,CHM-CHM,75
29Si,NaOH,CMT-CHM,61
29Si,Nanocomposite,CHM-DSC,70
29Si,Nanoparticles,CHM-DSC,132
29Si,Nanoparticles,CMT-DSC,56
29Si,Nitrogen,CHM-CHM,346
29Si,Nitrogen,CMT-CHM,170
29Si,Nitrogen Adsorption,CHM-CMT,53
29Si,Nitrogen Adsorption,CMT-CMT,35
29Si,Nitrogen Adsorption Desorption Isotherms,CHM-CMT,39
29Si,Nuclear Magnetic Resonance,CHM-CMT,49
29Si,Nuclear Magnetic Resonance,CMT-CMT,33
29Si,O,CHM-CHM,117
29Si,O,CMT-CHM,60
29Si,O2,CHM-CHM,51
29Si,OH,CHM-CHM,84
29Si,OH,CMT-CHM,41
29Si,Olefins,CHM-CHM,41
29Si,Organosilane,CHM-CHM,39
29Si,Organosilicate,CHM-CHM,41
29Si,Oxidation,CHM-SMT,34
29Si,Oxides,CHM-CHM,49
29Si,Oxides,CMT-CHM,35
29Si,Oxygen,CHM-CHM,195
29Si,Oxygen,CMT-CHM,101
29Si,PDMS,CHM-CHM,30
29Si,Particle Size,CHM-PRO,41
29Si,Particles,CHM-DSC,162
29Si,Particles,CMT-DSC,67
29Si,Paste,CHM-DSC,64
29Si,Phenyls,CHM-CHM,32
29Si,Phosphorus,CHM-CHM,42
29Si,Phosphorus,CMT-CHM,32
29Si,Physicochemical Properties,CHM-PRO,37
29Si,Pore Diameter,CHM-PRO,38
29Si,Pore Size Distribution,CHM-PRO,100
29Si,Pore Size Distribution,CMT-PRO,71
29Si,Pore Sizes,CHM-PRO,62
29Si,Pore Volume,CHM-PRO,63
29Si,Porosity,CHM-PRO,55
29Si,Porous,CHM-DSC,73
29Si,Porous,CMT-DSC,35
29Si,Powder,CHM-DSC,115
29Si,Powder,CMT-DSC,69
29Si,Powder X-Ray Diffraction,CHM-CMT,59
29Si,Powder X-Ray Diffraction,CMT-CMT,34
29Si,Powder XRD,CHM-CMT,59
29Si,Powder XRD,CMT-CMT,35
29Si,Powders,CHM-DSC,36
29Si,Pt,CHM-CHM,35
29Si,Pyridine,CHM-CHM,63
29Si,Pyridine,CMT-CHM,60
29Si,Pyrolysis,CHM-SMT,43
29Si,Pyrolysis,CMT-SMT,32
29Si,Quartz,CHM-CHM,40
29Si,Raman,CHM-CMT,102
29Si,Raman,CMT-CMT,60
29Si,Raman Spectroscopy,CHM-CMT,47
29Si,Raman Spectroscopy,CMT-CMT,30
29Si,SAXS,CHM-CMT,53
29Si,SBA-15,CHM-CHM,101
29Si,SBA-15,CMT-CHM,39
29Si,SEM,CHM-CMT,537
29Si,SEM,CMT-CMT,300
29Si,SI,CHM-PRO,48
29Si,Scanning Electron Microscopy,CHM-CMT,116
29Si,Scanning Electron Microscopy,CMT-CMT,55
29Si,Selectivity,CHM-PRO,44
29Si,Si,CHM-CHM,708
29Si,Si,CMT-CHM,383
29Si,Si,PRO-CHM,32
29Si,Si-O-Si,CHM-CHM,41
29Si,Si/Al Ratios,CHM-PRO,57
29Si,Si/Al Ratios,CMT-PRO,49
29Si,SiC,CHM-CHM,36
29Si,SiO2,CHM-CHM,251
29Si,SiO2,CMT-CHM,139
29Si,SiO4,CHM-CHM,40
29Si,Silane,CHM-CHM,89
29Si,Silane,CMT-CHM,30
29Si,Silanol,CHM-CHM,126
29Si,Silanol,CMT-CHM,67
29Si,Silica,CHM-CHM,636
29Si,Silica,CMT-CHM,314
29Si,Silica Gel,CHM-CHM,34
29Si,Silicate,CHM-CHM,243
29Si,Silicate,CMT-CHM,116
29Si,Silicon,CHM-CHM,376
29Si,Silicon,CMT-CHM,207
29Si,Siloxane,CHM-CHM,84
29Si,Siloxane,CMT-CHM,43
29Si,Silsesquioxane,CHM-CHM,39
29Si,Single Crystal,CHM-DSC,58
29Si,Sodium,CHM-CHM,64
29Si,Sodium,CMT-CHM,44
29Si,Sodium Silicate,CHM-CHM,39
29Si,Sol-Gel,CHM-SMT,158
29Si,Sol-Gel,CMT-SMT,71
29Si,Solid State 29Si,CHM-CMT,55
29Si,Solid State NMR,CHM-CMT,91
29Si,Solid State NMR,CMT-CMT,81
29Si,Specific Surface Area,CHM-PRO,52
29Si,Stability,CHM-PRO,80
29Si,Stability,CMT-PRO,38
29Si,Structural,CHM-PRO,65
29Si,Structural,CMT-PRO,39
29Si,Structure,CHM-PRO,398
29Si,Structure,CMT-PRO,211
29Si,Structures,CHM-PRO,82
29Si,Structures,CMT-PRO,39
29Si,Substrate,CHM-DSC,46
29Si,Surface,CHM-DSC,348
29Si,Surface,CMT-DSC,180
29Si,Surface Area,CHM-PRO,102
29Si,Surface Area,CMT-PRO,60
29Si,Surfaces,CHM-DSC,78
29Si,Surfaces,CMT-DSC,41
29Si,TEM,CHM-CMT,435
29Si,TEM,CMT-CMT,256
29Si,TEOS,CHM-CHM,135
29Si,TEOS,CMT-CHM,49
29Si,TG,CHM-CMT,81
29Si,TG,CHM-PRO,34
29Si,TG,CMT-CMT,41
29Si,TGA,CHM-CMT,52
29Si,THF,CHM-CHM,39
29Si,Tetraethoxysilane,CHM-CHM,61
29Si,Tetraethyl Orthosilicate,CHM-CHM,46
29Si,Textural Properties,CHM-PRO,54
29Si,Textural Properties,CMT-PRO,43
29Si,Tga,CHM-CMT,211
29Si,Tga,CMT-CMT,90
29Si,Thermal Analysis,CHM-CMT,49
29Si,Thermal Analysis,CMT-CMT,31
29Si,Thermal Stability,CHM-PRO,85
29Si,Thermal Treatment,CHM-SMT,38
29Si,Thermogravimetric Analysis,CHM-CMT,151
29Si,Thermogravimetric Analysis,CMT-CMT,68
29Si,Thermogravimetry,CHM-CMT,34
29Si,Ti,CHM-CHM,62
29Si,TiO2,CHM-CHM,35
29Si,Titanium,CHM-CHM,32
29Si,Toluene,CHM-CHM,74
29Si,Toluene,CMT-CHM,44
29Si,Transmission Electron Microscopy,CHM-CMT,128
29Si,Transmission Electron Microscopy,CMT-CMT,61
29Si,UV Vis,CHM-CMT,42
29Si,Vinyl,CHM-CHM,36
29Si,X-Ray Diffraction,CHM-CMT,395
29Si,X-Ray Diffraction,CMT-CMT,228
29Si,X-Ray Photoelectron Spectroscopy,CHM-CMT,37
29Si,X-Ray Powder Diffraction,CHM-CMT,50
29Si,XPS,CHM-CMT,158
29Si,XPS,CMT-CMT,79
29Si,XRD,CHM-CMT,697
29Si,XRD,CMT-CMT,412
29Si,Xerogels,CHM-DSC,43
29Si,ZSM 5,CHM-CHM,37
29Si,Zeolites,CHM-CHM,357
29Si,Zeolites,CMT-CHM,265
29Si CP MAS NMR,13C,CMT-CHM,218
29Si CP MAS NMR,13C,CMT-CMT,41
29Si CP MAS NMR,13C CP MAS NMR,CMT-CMT,176
29Si CP MAS NMR,1H,CMT-CHM,44
29Si CP MAS NMR,29Si,CMT-CHM,272
29Si CP MAS NMR,Calcined,CMT-SMT,45
29Si CP MAS NMR,Catalyst,CMT-APL,112
29Si CP MAS NMR,Composite,CMT-DSC,31
29Si CP MAS NMR,Elemental Analysis,CMT-CMT,31
29Si CP MAS NMR,FT-IR,CMT-CMT,94
29Si CP MAS NMR,FTIR,CMT-CMT,101
29Si CP MAS NMR,Hydrogen,CMT-CHM,39
29Si CP MAS NMR,MCM-41,CMT-CHM,38
29Si CP MAS NMR,Mesoporous,CMT-DSC,63
29Si CP MAS NMR,N2,CMT-CHM,118
29Si CP MAS NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,50
29Si CP MAS NMR,Nanoparticles,CMT-DSC,38
29Si CP MAS NMR,Nitrogen,CMT-CHM,112
29Si CP MAS NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,32
29Si CP MAS NMR,Particles,CMT-DSC,42
29Si CP MAS NMR,Pore Size Distribution,CMT-PRO,52
29Si CP MAS NMR,SBA-15,CMT-CHM,44
29Si CP MAS NMR,SEM,CMT-CMT,160
29Si CP MAS NMR,Si,CMT-CHM,99
29Si CP MAS NMR,SiO2,CMT-CHM,65
29Si CP MAS NMR,Silica,CMT-CHM,156
29Si CP MAS NMR,Silicon,CMT-CHM,42
29Si CP MAS NMR,Structure,CMT-PRO,38
29Si CP MAS NMR,Surface,CMT-DSC,97
29Si CP MAS NMR,TEM,CMT-CMT,164
29Si CP MAS NMR,TEOS,CMT-CHM,38
29Si CP MAS NMR,TGA,CMT-CMT,42
29Si CP MAS NMR,Tga,CMT-CMT,42
29Si CP MAS NMR,Thermogravimetric Analysis,CMT-CMT,32
29Si CP MAS NMR,X-Ray Diffraction,CMT-CMT,37
29Si CP MAS NMR,XPS,CMT-CMT,64
29Si CP MAS NMR,XRD,CMT-CMT,151
29Si Chemical Shift,29Si,PRO-CHM,40
29Si Chemical Shift,Si,PRO-CHM,31
29Si MAS NMR,13C,CMT-CHM,165
29Si MAS NMR,13C CP MAS NMR,CMT-CMT,119
29Si MAS NMR,13C MAS NMR,CMT-CMT,77
29Si MAS NMR,1H,CMT-CHM,80
29Si MAS NMR,1H MAS,CMT-CHM,65
29Si MAS NMR,1H MAS NMR,CMT-CMT,94
29Si MAS NMR,23Na MAS NMR,CMT-CMT,38
29Si MAS NMR,27Al,CMT-CHM,60
29Si MAS NMR,27Al MAS-NMR,CMT-CMT,503
29Si MAS NMR,29Si,CMT-CHM,65
29Si MAS NMR,29Si NMR,CMT-CMT,54
29Si MAS NMR,31P MAS-NMR,CMT-CMT,111
29Si MAS NMR,Adsorption Isotherm,CMT-CMT,36
29Si MAS NMR,Al,CMT-CHM,266
29Si MAS NMR,Al2O3,CMT-CHM,75
29Si MAS NMR,Aluminosilicate,CMT-CHM,47
29Si MAS NMR,Aluminum,CMT-CHM,65
29Si MAS NMR,Ammonia,CMT-CHM,42
29Si MAS NMR,Amorphous,CMT-DSC,78
29Si MAS NMR,Arrhenius Plot,CMT-CMT,32
29Si MAS NMR,As Prepared,CMT-DSC,39
29Si MAS NMR,As-Made,CMT-DSC,36
29Si MAS NMR,As-Synthesized,CMT-DSC,192
29Si MAS NMR,Benzenes,CMT-CHM,40
29Si MAS NMR,Bulk,CMT-DSC,44
29Si MAS NMR,C-S-H,CMT-CHM,35
29Si MAS NMR,CO,CMT-CHM,32
29Si MAS NMR,CO2,CMT-CHM,70
29Si MAS NMR,Ca,CMT-CHM,92
29Si MAS NMR,CaO,CMT-CHM,42
29Si MAS NMR,Calcination,CMT-SMT,105
29Si MAS NMR,Calcined,CMT-SMT,336
29Si MAS NMR,Calcite,CMT-CHM,42
29Si MAS NMR,Calcium,CMT-CHM,32
29Si MAS NMR,Carbon,CMT-CHM,50
29Si MAS NMR,Catalyst,CMT-APL,285
29Si MAS NMR,Catalytic Activity,CMT-PRO,46
29Si MAS NMR,Chemical Shift,CMT-PRO,61
29Si MAS NMR,Composite,CMT-DSC,71
29Si MAS NMR,Compositions,CMT-PRO,142
29Si MAS NMR,Compressive Strength,CMT-PRO,86
29Si MAS NMR,Crystal,CMT-DSC,87
29Si MAS NMR,Crystalline,CMT-DSC,67
29Si MAS NMR,Cu,CMT-CHM,35
29Si MAS NMR,Cured,CMT-SMT,55
29Si MAS NMR,Curing,CMT-SMT,56
29Si MAS NMR,DSC,CMT-CMT,56
29Si MAS NMR,DTA,CMT-CMT,82
29Si MAS NMR,DTG,CMT-CHM,61
29Si MAS NMR,DTG,CMT-CMT,75
29Si MAS NMR,Dehydrated,CMT-SMT,32
29Si MAS NMR,Density,CMT-PRO,39
29Si MAS NMR,Diamonds,CMT-CHM,44
29Si MAS NMR,Dried,CMT-SMT,40
29Si MAS NMR,EDS,CMT-CMT,56
29Si MAS NMR,EDX,CMT-CMT,44
29Si MAS NMR,Ethanol,CMT-CHM,62
29Si MAS NMR,FESEM,CMT-CMT,41
29Si MAS NMR,FT-IR,CMT-CMT,201
29Si MAS NMR,FTIR,CMT-CMT,296
29Si MAS NMR,Fe,CMT-CHM,30
29Si MAS NMR,Glass,CMT-DSC,163
29Si MAS NMR,Glasses,CMT-DSC,162
29Si MAS NMR,H2O,CMT-CHM,91
29Si MAS NMR,H2O2,CMT-CHM,34
29Si MAS NMR,HCl,CMT-CHM,46
29Si MAS NMR,HRTEM,CMT-CMT,78
29Si MAS NMR,Heat Treated,CMT-SMT,34
29Si MAS NMR,Heat Treatment,CMT-SMT,36
29Si MAS NMR,Heated,CMT-SMT,58
29Si MAS NMR,Heating,CMT-SMT,90
29Si MAS NMR,Hydrated,CMT-SMT,74
29Si MAS NMR,Hydration,CMT-SMT,47
29Si MAS NMR,Hydrogen,CMT-CHM,50
29Si MAS NMR,Hydrothermal Treatment,CMT-SMT,46
29Si MAS NMR,Hydroxyl,CMT-CHM,46
29Si MAS NMR,IR,CMT-CMT,159
29Si MAS NMR,Infrared,CMT-CMT,40
29Si MAS NMR,Isotherms,CMT-CMT,46
29Si MAS NMR,Layers,CMT-DSC,42
29Si MAS NMR,MAS NMR,CMT-CMT,89
29Si MAS NMR,MCM-41,CMT-CHM,82
29Si MAS NMR,Mesoporous,CMT-DSC,117
29Si MAS NMR,Methanol,CMT-CHM,55
29Si MAS NMR,Mg,CMT-CHM,35
29Si MAS NMR,Morphology,CMT-PRO,47
29Si MAS NMR,Mullite,CMT-CHM,35
29Si MAS NMR,N2,CMT-CHM,428
29Si MAS NMR,N2 Adsorption Desorption Isotherm,CMT-CMT,42
29Si MAS NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,200
29Si MAS NMR,N2 Adsorption Isotherm,CMT-CMT,37
29Si MAS NMR,N2 Sorption Isotherm,CMT-CMT,39
29Si MAS NMR,NH3,CMT-CHM,123
29Si MAS NMR,NH3TPD,CMT-CMT,101
29Si MAS NMR,NMR,CMT-CMT,77
29Si MAS NMR,Na,CMT-CHM,80
29Si MAS NMR,Na2O,CMT-CHM,48
29Si MAS NMR,NaOH,CMT-CHM,71
29Si MAS NMR,Nitrogen,CMT-CHM,295
29Si MAS NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,132
29Si MAS NMR,Nitrogen Adsorption Isotherm,CMT-CMT,37
29Si MAS NMR,O,CMT-CHM,75
29Si MAS NMR,O2,CMT-CHM,39
29Si MAS NMR,OH,CMT-CHM,67
29Si MAS NMR,Oxygen,CMT-CHM,88
29Si MAS NMR,Particle Size Distribution,CMT-PRO,57
29Si MAS NMR,Particles,CMT-DSC,93
29Si MAS NMR,Paste,CMT-DSC,109
29Si MAS NMR,Pore Size Distribution,CMT-PRO,255
29Si MAS NMR,Pore Sizes,CMT-PRO,35
29Si MAS NMR,Powder,CMT-DSC,81
29Si MAS NMR,Powder XRD,CMT-CMT,90
29Si MAS NMR,Powders,CMT-DSC,35
29Si MAS NMR,Pt,CMT-CHM,31
29Si MAS NMR,Pure,CMT-DSC,43
29Si MAS NMR,Pyridine,CMT-CHM,101
29Si MAS NMR,Quartz,CMT-CHM,68
29Si MAS NMR,Raman,CMT-CMT,136
29Si MAS NMR,SAED,CMT-CMT,31
29Si MAS NMR,SBA-15,CMT-CHM,86
29Si MAS NMR,SEM,CMT-CMT,613
29Si MAS NMR,Scanning Electron Micrograph,CMT-CMT,64
29Si MAS NMR,Si,CMT-CHM,524
29Si MAS NMR,Si/Al Ratios,CMT-PRO,43
29Si MAS NMR,SiO2,CMT-CHM,192
29Si MAS NMR,Silica,CMT-CHM,240
29Si MAS NMR,Silicate,CMT-CHM,83
29Si MAS NMR,Silicon,CMT-CHM,109
29Si MAS NMR,Sodium,CMT-CHM,40
29Si MAS NMR,Structure,CMT-PRO,101
29Si MAS NMR,Surface,CMT-DSC,109
29Si MAS NMR,TEM,CMT-CMT,457
29Si MAS NMR,TEOS,CMT-CHM,57
29Si MAS NMR,TG,CMT-CMT,106
29Si MAS NMR,TGA,CMT-CMT,132
29Si MAS NMR,Thermogravimetric Analysis,CMT-CMT,37
29Si MAS NMR,Ti,CMT-CHM,47
29Si MAS NMR,TiO2,CMT-CHM,30
29Si MAS NMR,Toluene,CMT-CHM,32
29Si MAS NMR,UV Vis,CMT-CMT,49
29Si MAS NMR,X Ray Diffractogram,CMT-CMT,38
29Si MAS NMR,X-Ray Diffraction,CMT-CMT,168
29Si MAS NMR,XPS,CMT-CMT,85
29Si MAS NMR,XRD,CMT-CMT,837
29Si MAS NMR,ZSM 5,CMT-CHM,40
29Si MAS NMR,Zeolites,CMT-CHM,278
29Si MAS-NMR,13C,CMT-CHM,236
29Si MAS-NMR,13C,CMT-CMT,78
29Si MAS-NMR,13C CP MAS NMR,CMT-CMT,123
29Si MAS-NMR,13C MAS NMR,CMT-CMT,81
29Si MAS-NMR,13C NMR,CMT-CMT,36
29Si MAS-NMR,1H,CMT-CHM,128
29Si MAS-NMR,1H MAS,CMT-CHM,46
29Si MAS-NMR,1H MAS NMR,CMT-CMT,90
29Si MAS-NMR,1H NMR,CMT-CMT,31
29Si MAS-NMR,23Na,CMT-CMT,32
29Si MAS-NMR,27Al,CMT-CHM,151
29Si MAS-NMR,27Al,CMT-CMT,150
29Si MAS-NMR,27Al MAS NMR,CMT-CMT,267
29Si MAS-NMR,29Si,CMT-CHM,162
29Si MAS-NMR,29Si,CMT-CMT,97
29Si MAS-NMR,29Si NMR,CMT-CMT,87
29Si MAS-NMR,31P MAS-NMR,CMT-CMT,67
29Si MAS-NMR,Acidic Sites,CMT-PRO,39
29Si MAS-NMR,Acidity,CMT-PRO,92
29Si MAS-NMR,Activity,CMT-PRO,78
29Si MAS-NMR,Al,CMT-CHM,318
29Si MAS-NMR,Al2O3,CMT-CHM,73
29Si MAS-NMR,Alumina,CMT-CHM,37
29Si MAS-NMR,Aluminosilicate,CMT-CHM,86
29Si MAS-NMR,Aluminum,CMT-CHM,144
29Si MAS-NMR,Amines,CMT-CHM,42
29Si MAS-NMR,Ammonia,CMT-CHM,63
29Si MAS-NMR,Amorphous,CMT-DSC,128
29Si MAS-NMR,As Prepared,CMT-DSC,36
29Si MAS-NMR,As-Made,CMT-DSC,30
29Si MAS-NMR,As-Synthesized,CMT-DSC,132
29Si MAS-NMR,BET,CMT-CMT,32
29Si MAS-NMR,BET Surface Area,CMT-PRO,40
29Si MAS-NMR,Benzenes,CMT-CHM,42
29Si MAS-NMR,Boron,CMT-CHM,32
29Si MAS-NMR,Bronsted Acids,CMT-CHM,46
29Si MAS-NMR,Bulk,CMT-DSC,63
29Si MAS-NMR,CO,CMT-CHM,34
29Si MAS-NMR,CO2,CMT-CHM,91
29Si MAS-NMR,CPMAS NMR,CMT-CMT,33
29Si MAS-NMR,CTAB,CMT-CHM,33
29Si MAS-NMR,Ca,CMT-CHM,60
29Si MAS-NMR,CaO,CMT-CHM,39
29Si MAS-NMR,Calcination,CMT-SMT,127
29Si MAS-NMR,Calcined,CMT-SMT,214
29Si MAS-NMR,Calcium,CMT-CHM,34
29Si MAS-NMR,Carbon,CMT-CHM,93
29Si MAS-NMR,Catalyst,CMT-APL,333
29Si MAS-NMR,Catalytic Activity,CMT-PRO,126
29Si MAS-NMR,Catalytic Performance,CMT-PRO,106
29Si MAS-NMR,Chemical Analysis,CMT-CMT,39
29Si MAS-NMR,Chemical Composition,CMT-PRO,115
29Si MAS-NMR,Chemical Shift,CMT-PRO,105
29Si MAS-NMR,Composite,CMT-DSC,74
29Si MAS-NMR,Compositions,CMT-PRO,208
29Si MAS-NMR,Compressive Strength,CMT-PRO,34
29Si MAS-NMR,Crystal,CMT-DSC,97
29Si MAS-NMR,Crystal Structure,CMT-PRO,34
29Si MAS-NMR,Crystalline,CMT-DSC,137
29Si MAS-NMR,Crystallinity,CMT-PRO,74
29Si MAS-NMR,DSC,CMT-CMT,47
29Si MAS-NMR,DTA,CMT-CMT,64
29Si MAS-NMR,Dealuminated,CMT-SMT,32
29Si MAS-NMR,Dealumination,CMT-SMT,31
29Si MAS-NMR,Doped,CMT-DSC,43
29Si MAS-NMR,Dried,CMT-SMT,30
29Si MAS-NMR,Dtg,CMT-CMT,38
29Si MAS-NMR,EDS,CMT-CMT,48
29Si MAS-NMR,EDX,CMT-CMT,47
29Si MAS-NMR,Elemental Analysis,CMT-CMT,75
29Si MAS-NMR,Ethanol,CMT-CHM,80
29Si MAS-NMR,Ethylene,CMT-CHM,40
29Si MAS-NMR,FE-SEM,CMT-CMT,31
29Si MAS-NMR,FT-IR,CMT-CMT,212
29Si MAS-NMR,FTIR,CMT-CMT,307
29Si MAS-NMR,Fluoride,CMT-CHM,40
29Si MAS-NMR,Gel,CMT-DSC,33
29Si MAS-NMR,Gels,CMT-DSC,40
29Si MAS-NMR,Glass,CMT-DSC,122
29Si MAS-NMR,Glasses,CMT-DSC,109
29Si MAS-NMR,H2,CMT-CHM,40
29Si MAS-NMR,H2O,CMT-CHM,79
29Si MAS-NMR,H2O2,CMT-CHM,56
29Si MAS-NMR,HCl,CMT-CHM,39
29Si MAS-NMR,HRTEM,CMT-CMT,105
29Si MAS-NMR,Heat Treatment,CMT-SMT,36
29Si MAS-NMR,Heated,CMT-SMT,47
29Si MAS-NMR,Heating,CMT-SMT,71
29Si MAS-NMR,Hexagonal,CMT-SPL,74
29Si MAS-NMR,Hybrid,CMT-DSC,31
29Si MAS-NMR,Hydration,CMT-SMT,37
29Si MAS-NMR,Hydrogen,CMT-CHM,87
29Si MAS-NMR,Hydrothermal,CMT-SMT,30
29Si MAS-NMR,Hydrothermal Treatment,CMT-SMT,49
29Si MAS-NMR,Hydroxyl,CMT-CHM,58
29Si MAS-NMR,ICP,CMT-CMT,41
29Si MAS-NMR,Ir,CMT-CMT,161
29Si MAS-NMR,Layered,CMT-DSC,44
29Si MAS-NMR,Layers,CMT-DSC,83
29Si MAS-NMR,Lewis Acids,CMT-CHM,42
29Si MAS-NMR,MAS NMR,CMT-CMT,112
29Si MAS-NMR,MAS-NMR,CMT-CMT,42
29Si MAS-NMR,MCM-41,CMT-CHM,101
29Si MAS-NMR,Meso Structured,CMT-PRO,41
29Si MAS-NMR,Mesopore,CMT-PRO,53
29Si MAS-NMR,Mesoporous,CMT-DSC,286
29Si MAS-NMR,Methanol,CMT-CHM,96
29Si MAS-NMR,Mg,CMT-CHM,39
29Si MAS-NMR,Microporous,CMT-DSC,44
29Si MAS-NMR,Microstructure,CMT-PRO,34
29Si MAS-NMR,Molecular Sieve,CMT-APL,54
29Si MAS-NMR,Morphology,CMT-PRO,68
29Si MAS-NMR,N2,CMT-CHM,456
29Si MAS-NMR,N2 Adsorption,CMT-CMT,82
29Si MAS-NMR,N2 Adsorption Desorption,CMT-CMT,40
29Si MAS-NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,128
29Si MAS-NMR,N2 Adsorption Isotherm,CMT-CMT,47
29Si MAS-NMR,N2 Sorption,CMT-CMT,34
29Si MAS-NMR,N2 Sorption Isotherm,CMT-CMT,43
29Si MAS-NMR,NH3,CMT-CHM,157
29Si MAS-NMR,NH3TPD,CMT-CMT,134
29Si MAS-NMR,NMR,CMT-CMT,142
29Si MAS-NMR,Na,CMT-CHM,64
29Si MAS-NMR,Na+,CMT-CHM,42
29Si MAS-NMR,Na2O,CMT-CHM,34
29Si MAS-NMR,NaOH,CMT-CHM,51
29Si MAS-NMR,Nanoparticles,CMT-DSC,75
29Si MAS-NMR,Nitrogen,CMT-CHM,317
29Si MAS-NMR,Nitrogen Adsorption,CMT-CMT,48
29Si MAS-NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,88
29Si MAS-NMR,Nitrogen Sorption Isotherm,CMT-CMT,31
29Si MAS-NMR,O,CMT-CHM,77
29Si MAS-NMR,O2,CMT-CHM,38
29Si MAS-NMR,OH,CMT-CHM,52
29Si MAS-NMR,Olefins,CMT-CHM,36
29Si MAS-NMR,Organosilicate,CMT-CHM,40
29Si MAS-NMR,Oxygen,CMT-CHM,105
29Si MAS-NMR,PXRD,CMT-CMT,35
29Si MAS-NMR,Particle,CMT-DSC,33
29Si MAS-NMR,Particles,CMT-DSC,93
29Si MAS-NMR,Physicochemical Properties,CMT-PRO,76
29Si MAS-NMR,Pore Diameter,CMT-PRO,32
29Si MAS-NMR,Pore Size Distribution,CMT-PRO,166
29Si MAS-NMR,Pore Sizes,CMT-PRO,66
29Si MAS-NMR,Pore Volume,CMT-PRO,53
29Si MAS-NMR,Porosity,CMT-PRO,46
29Si MAS-NMR,Porous,CMT-DSC,50
29Si MAS-NMR,Powder,CMT-DSC,144
29Si MAS-NMR,Powder X-Ray Diffraction,CMT-CMT,37
29Si MAS-NMR,Powder XRD,CMT-CMT,55
29Si MAS-NMR,Pt,CMT-CHM,36
29Si MAS-NMR,Pyridine,CMT-CHM,103
29Si MAS-NMR,Raman,CMT-CMT,97
29Si MAS-NMR,SAED,CMT-CMT,31
29Si MAS-NMR,SBA-15,CMT-CHM,92
29Si MAS-NMR,SEM,CMT-CMT,540
29Si MAS-NMR,SI,CMT-PRO,30
29Si MAS-NMR,Scanning Electron Microscopy,CMT-CMT,56
29Si MAS-NMR,Selectivity,CMT-PRO,34
29Si MAS-NMR,Si,CMT-CHM,543
29Si MAS-NMR,Si/Al,CMT-PRO,37
29Si MAS-NMR,Si/Al Ratios,CMT-PRO,68
29Si MAS-NMR,SiO2,CMT-CHM,195
29Si MAS-NMR,Silanol,CMT-CHM,93
29Si MAS-NMR,Silica,CMT-CHM,464
29Si MAS-NMR,Silica Gel,CMT-CHM,37
29Si MAS-NMR,Silicate,CMT-CHM,147
29Si MAS-NMR,Silicon,CMT-CHM,186
29Si MAS-NMR,Sodium,CMT-CHM,44
29Si MAS-NMR,Sol-Gel,CMT-SMT,58
29Si MAS-NMR,Solid State NMR,CMT-CMT,32
29Si MAS-NMR,Specific Surface Area,CMT-PRO,51
29Si MAS-NMR,Stability,CMT-PRO,53
29Si MAS-NMR,Structural,CMT-PRO,58
29Si MAS-NMR,Structural Parameter,CMT-PRO,31
29Si MAS-NMR,Structure,CMT-PRO,238
29Si MAS-NMR,Structures,CMT-PRO,31
29Si MAS-NMR,Surface,CMT-DSC,180
29Si MAS-NMR,Surface Area,CMT-PRO,98
29Si MAS-NMR,TEM,CMT-CMT,491
29Si MAS-NMR,TEOS,CMT-CHM,85
29Si MAS-NMR,TG,CMT-CMT,97
29Si MAS-NMR,Textural Properties,CMT-PRO,166
29Si MAS-NMR,Tga,CMT-CMT,134
29Si MAS-NMR,Thermal Analysis,CMT-CMT,33
29Si MAS-NMR,Thermal Stability,CMT-PRO,38
29Si MAS-NMR,Thermogravimetric Analysis,CMT-CMT,53
29Si MAS-NMR,Ti,CMT-CHM,75
29Si MAS-NMR,Titanium,CMT-CHM,35
29Si MAS-NMR,Toluene,CMT-CHM,40
29Si MAS-NMR,Transmission Electron Microscopy,CMT-CMT,62
29Si MAS-NMR,UV Vis,CMT-CMT,49
29Si MAS-NMR,X-Ray Diffraction,CMT-CMT,248
29Si MAS-NMR,X-Ray Powder Diffraction,CMT-CMT,38
29Si MAS-NMR,XPS,CMT-CMT,125
29Si MAS-NMR,XRD,CMT-CMT,834
29Si MAS-NMR,XRF,CMT-CMT,38
29Si MAS-NMR,ZSM 5,CMT-CHM,49
29Si MAS-NMR,Zeolites,CMT-CHM,405
29Si MAS-NMR,Zeolites,CMT-DSC,30
29Si MAS-NMR,Zr,CMT-CHM,30
29Si Magic Angle Spinning Nuclear Magnetic Resonance,MAS NMR,CMT-CMT,31
29Si Magic Angle Spinning Nuclear Magnetic Resonance,X-Ray Diffraction,CMT-CMT,30
29Si Mas,13C,CMT-CHM,33
29Si Mas,SEM,CMT-CMT,31
29Si Mas,Si,CMT-CHM,31
29Si NMR,13C,CMT-CHM,457
29Si NMR,13C,CMT-CMT,182
29Si NMR,13C NMR,CMT-CMT,306
29Si NMR,19F,CMT-CHM,33
29Si NMR,1H,CMT-CHM,500
29Si NMR,1H,CMT-CMT,127
29Si NMR,1H NMR,CMT-CMT,327
29Si NMR,27Al,CMT-CHM,98
29Si NMR,27Al,CMT-CMT,62
29Si NMR,27Al NMR,CMT-CMT,222
29Si NMR,29Si,CMT-CHM,699
29Si NMR,29Si,CMT-CMT,104
29Si NMR,29Si MAS NMR,CMT-CMT,54
29Si NMR,29Si MAS-NMR,CMT-CMT,87
29Si NMR,31P NMR,CMT-CMT,53
29Si NMR,AFM,CMT-CMT,57
29Si NMR,APTES,CMT-CHM,33
29Si NMR,Acidity,CMT-PRO,33
29Si NMR,Activity,CMT-PRO,53
29Si NMR,Adsorption Isotherm,CMT-CMT,31
29Si NMR,Aged,CMT-SMT,33
29Si NMR,Aging,CMT-SMT,42
29Si NMR,Al,CMT-CHM,220
29Si NMR,Al2O3,CMT-CHM,50
29Si NMR,Alkyls,CMT-CHM,32
29Si NMR,Alumina,CMT-CHM,30
29Si NMR,Aluminosilicate,CMT-CHM,50
29Si NMR,Aluminum,CMT-CHM,97
29Si NMR,Amines,CMT-CHM,40
29Si NMR,Ammonia,CMT-CHM,51
29Si NMR,Amorphous,CMT-DSC,116
29Si NMR,Angles,CMT-PRO,52
29Si NMR,As-Synthesized,CMT-DSC,86
29Si NMR,Benzenes,CMT-CHM,38
29Si NMR,Bond Length,CMT-PRO,66
29Si NMR,Bulk,CMT-DSC,51
29Si NMR,C-S-H,CMT-CHM,36
29Si NMR,CDCl3,CMT-CHM,83
29Si NMR,CO,CMT-CHM,34
29Si NMR,CO2,CMT-CHM,72
29Si NMR,Ca,CMT-CHM,75
29Si NMR,Calcination,CMT-SMT,81
29Si NMR,Calcined,CMT-SMT,120
29Si NMR,Calcium,CMT-CHM,38
29Si NMR,Carbon,CMT-CHM,105
29Si NMR,Catalyst,CMT-APL,218
29Si NMR,Catalytic Activity,CMT-PRO,48
29Si NMR,Catalytic Performance,CMT-PRO,36
29Si NMR,Ceramic,CMT-DSC,48
29Si NMR,Chemical Composition,CMT-PRO,42
29Si NMR,Chemical Shift,CMT-PRO,169
29Si NMR,Chemical Structures,CMT-PRO,66
29Si NMR,Cl,CMT-CHM,39
29Si NMR,Cluster,CMT-DSC,35
29Si NMR,Coated,CMT-SMT,37
29Si NMR,Coatings,CMT-APL,65
29Si NMR,Composite,CMT-DSC,92
29Si NMR,Compositions,CMT-PRO,175
29Si NMR,Compressive Strength,CMT-PRO,72
29Si NMR,Conductivity,CMT-PRO,42
29Si NMR,Contact Angle,CMT-PRO,35
29Si NMR,Copolymer,CMT-DSC,38
29Si NMR,Crystal,CMT-DSC,94
29Si NMR,Crystal Structure,CMT-PRO,38
29Si NMR,Crystalline,CMT-DSC,86
29Si NMR,Crystallinity,CMT-PRO,42
29Si NMR,Cu,CMT-CHM,40
29Si NMR,Cured,CMT-SMT,71
29Si NMR,Curing,CMT-SMT,74
29Si NMR,DLS,CMT-CMT,33
29Si NMR,DSC,CMT-CMT,182
29Si NMR,DTA,CMT-CMT,40
29Si NMR,DTG,CMT-CHM,54
29Si NMR,DTG,CMT-CMT,48
29Si NMR,Density,CMT-PRO,40
29Si NMR,Diamonds,CMT-CHM,34
29Si NMR,Differential Scanning Calorimetry,CMT-CMT,40
29Si NMR,Doped,CMT-DSC,35
29Si NMR,Dried,CMT-SMT,37
29Si NMR,Dtg,CMT-CMT,43
29Si NMR,EDS,CMT-CMT,63
29Si NMR,EDX,CMT-CMT,58
29Si NMR,Elemental Analysis,CMT-CMT,91
29Si NMR,Epoxy,CMT-CHM,37
29Si NMR,Ethanol,CMT-CHM,88
29Si NMR,FESEM,CMT-CMT,35
29Si NMR,FT-IR,CMT-CMT,246
29Si NMR,FTIR,CMT-CMT,468
29Si NMR,Fe,CMT-CHM,31
29Si NMR,Film,CMT-DSC,62
29Si NMR,Films,CMT-DSC,85
29Si NMR,Fourier Transform Infrared,CMT-CMT,31
29Si NMR,GPC,CMT-CMT,77
29Si NMR,Gel,CMT-DSC,39
29Si NMR,Gels,CMT-DSC,46
29Si NMR,Glass,CMT-DSC,105
29Si NMR,Glass Transition Temperature,CMT-PRO,44
29Si NMR,Glasses,CMT-DSC,86
29Si NMR,H2,CMT-CHM,37
29Si NMR,H2O,CMT-CHM,101
29Si NMR,HCl,CMT-CHM,52
29Si NMR,HRTEM,CMT-CMT,82
29Si NMR,Heat Treated,CMT-SMT,31
29Si NMR,Heat Treatment,CMT-SMT,41
29Si NMR,Heated,CMT-SMT,35
29Si NMR,Heating,CMT-SMT,83
29Si NMR,Hexagonal,CMT-SPL,53
29Si NMR,Hybrid,CMT-DSC,53
29Si NMR,Hydrated,CMT-SMT,39
29Si NMR,Hydration,CMT-SMT,42
29Si NMR,Hydrogen,CMT-CHM,127
29Si NMR,Hydrolysis,CMT-SMT,105
29Si NMR,Hydrophobic,CMT-PRO,36
29Si NMR,Hydrosilylation,CMT-SMT,34
29Si NMR,Hydroxyl,CMT-CHM,49
29Si NMR,IR,CMT-CMT,63
29Si NMR,Infrared,CMT-CMT,51
29Si NMR,Interface,CMT-DSC,30
29Si NMR,Ir,CMT-CMT,117
29Si NMR,Layered,CMT-DSC,43
29Si NMR,Layers,CMT-DSC,82
29Si NMR,MCM-41,CMT-CHM,47
29Si NMR,Mechanical Property,CMT-PRO,57
29Si NMR,Membrane,CMT-DSC,59
29Si NMR,Mesoporous,CMT-DSC,137
29Si NMR,Methanol,CMT-CHM,80
29Si NMR,Methyl,CMT-CHM,36
29Si NMR,Microstructure,CMT-PRO,53
29Si NMR,Molecular Structure,CMT-PRO,114
29Si NMR,Molecular Weight,CMT-PRO,61
29Si NMR,Morphology,CMT-PRO,66
29Si NMR,N2,CMT-CHM,316
29Si NMR,N2 Adsorption Desorption Isotherms,CMT-CMT,81
29Si NMR,N2 Sorption Isotherm,CMT-CMT,33
29Si NMR,NH3,CMT-CHM,79
29Si NMR,NH3TPD,CMT-CMT,51
29Si NMR,NMR,CMT-CMT,249
29Si NMR,Na,CMT-CHM,57
29Si NMR,Na+,CMT-CHM,39
29Si NMR,NaOH,CMT-CHM,62
29Si NMR,Nanocomposite,CMT-DSC,66
29Si NMR,Nanoparticles,CMT-DSC,88
29Si NMR,Nitrogen,CMT-CHM,267
29Si NMR,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,52
29Si NMR,O,CMT-CHM,111
29Si NMR,O2,CMT-CHM,39
29Si NMR,OH,CMT-CHM,68
29Si NMR,Oxidation,CMT-SMT,32
29Si NMR,Oxides,CMT-CHM,36
29Si NMR,Oxygen,CMT-CHM,138
29Si NMR,PDMS,CMT-CHM,48
29Si NMR,Particle,CMT-DSC,32
29Si NMR,Particle Size,CMT-PRO,48
29Si NMR,Particle Size Distribution,CMT-PRO,43
29Si NMR,Particles,CMT-DSC,114
29Si NMR,Paste,CMT-DSC,81
29Si NMR,Phenyls,CMT-CHM,38
29Si NMR,Pore Size Distribution,CMT-PRO,143
29Si NMR,Pore Sizes,CMT-PRO,44
29Si NMR,Pore Volume,CMT-PRO,34
29Si NMR,Porosity,CMT-PRO,49
29Si NMR,Porous,CMT-DSC,40
29Si NMR,Powder,CMT-DSC,97
29Si NMR,Powders,CMT-DSC,31
29Si NMR,Pt,CMT-CHM,32
29Si NMR,Pure,CMT-DSC,32
29Si NMR,Pyridine,CMT-CHM,56
29Si NMR,Pyrolysis,CMT-SMT,48
29Si NMR,Quartz,CMT-CHM,49
29Si NMR,Raman,CMT-CMT,113
29Si NMR,SAXS,CMT-CMT,60
29Si NMR,SBA-15,CMT-CHM,61
29Si NMR,SEM,CMT-CMT,611
29Si NMR,SI,CMT-PRO,32
29Si NMR,Scanning Electron Microscopy,CMT-CMT,33
29Si NMR,Si,CMT-CHM,639
29Si NMR,Si-O-Si,CMT-CHM,31
29Si NMR,Si/Al Ratios,CMT-PRO,43
29Si NMR,SiO2,CMT-CHM,182
29Si NMR,Silane,CMT-CHM,95
29Si NMR,Silanol,CMT-CHM,113
29Si NMR,Silica,CMT-CHM,473
29Si NMR,Silica Gel,CMT-CHM,40
29Si NMR,Silicate,CMT-CHM,196
29Si NMR,Silicon,CMT-CHM,315
29Si NMR,Siloxane,CMT-CHM,90
29Si NMR,Silsesquioxane,CMT-CHM,50
29Si NMR,Sodium,CMT-CHM,50
29Si NMR,Sodium Silicate,CMT-CHM,43
29Si NMR,Sol-Gel,CMT-SMT,112
29Si NMR,Stability,CMT-PRO,37
29Si NMR,Structural,CMT-PRO,45
29Si NMR,Structure,CMT-PRO,256
29Si NMR,Structures,CMT-PRO,58
29Si NMR,Substrate,CMT-DSC,56
29Si NMR,Surface,CMT-DSC,254
29Si NMR,Surface Area,CMT-PRO,59
29Si NMR,Surfaces,CMT-DSC,63
29Si NMR,TEM,CMT-CMT,411
29Si NMR,TEOS,CMT-CHM,113
29Si NMR,TG,CMT-CMT,103
29Si NMR,TGA,CMT-CMT,100
29Si NMR,THF,CMT-CHM,57
29Si NMR,Tetraethoxysilane,CMT-CHM,38
29Si NMR,Textural Properties,CMT-PRO,40
29Si NMR,Tga,CMT-CMT,249
29Si NMR,Thermal Analysis,CMT-CMT,30
29Si NMR,Thermal Properties,CMT-PRO,43
29Si NMR,Thermal Stability,CMT-PRO,66
29Si NMR,Thermal Treatment,CMT-SMT,36
29Si NMR,Thermogravimetric Analysis,CMT-CMT,80
29Si NMR,Ti,CMT-CHM,50
29Si NMR,TiO2,CMT-CHM,35
29Si NMR,Toluene,CMT-CHM,57
29Si NMR,Transmission Electron Microscopy,CMT-CMT,40
29Si NMR,UV Vis,CMT-CMT,57
29Si NMR,Vinyl,CMT-CHM,36
29Si NMR,X-Ray Diffraction,CMT-CMT,232
29Si NMR,XPS,CMT-CMT,148
29Si NMR,XRD,CMT-CMT,651
29Si NMR,Xerogels,CMT-DSC,40
29Si NMR,Zeolites,CMT-CHM,222
29Si NMR Spectroscopy,13C,CMT-CHM,32
29Si NMR Spectroscopy,1H,CMT-CHM,33
29Si NMR Spectroscopy,1H,CMT-CMT,32
29Si NMR Spectroscopy,Silica,CMT-CHM,36
29Si Nuclear Magnetic Resonance,NMR,CMT-CMT,71
29Si Nuclear Magnetic Resonance,Silica,CMT-CHM,45
29Si Nuclear Magnetic Resonance,X-Ray Diffraction,CMT-CMT,31
29Si Solid-State NMR,13C,CMT-CHM,57
29Si Solid-State NMR,13C,CMT-CMT,34
29Si Solid-State NMR,29Si,CMT-CHM,135
29Si Solid-State NMR,FTIR,CMT-CMT,40
29Si Solid-State NMR,Mesoporous,CMT-DSC,36
29Si Solid-State NMR,N2,CMT-CHM,38
29Si Solid-State NMR,Nanoparticles,CMT-DSC,33
29Si Solid-State NMR,SEM,CMT-CMT,55
29Si Solid-State NMR,Si,CMT-CHM,41
29Si Solid-State NMR,Silica,CMT-CHM,71
29Si Solid-State NMR,Surface,CMT-DSC,35
29Si Solid-State NMR,TEM,CMT-CMT,50
29Si Solid-State NMR,X-Ray Diffraction,CMT-CMT,36
29Si Solid-State NMR,XRD,CMT-CMT,48
29Si-,NMR,CMT-CMT,42
29Si-NMR,13C,CMT-CHM,45
29Si-NMR,1H,CMT-CHM,65
29Si-NMR,1H-NMR,CMT-CMT,53
29Si-NMR,29Si,CMT-CHM,111
29Si-NMR,FT-IR,CMT-CMT,32
29Si-NMR,FTIR,CMT-CMT,69
29Si-NMR,NMR,CMT-CMT,30
29Si-NMR,Nitrogen,CMT-CHM,38
29Si-NMR,SEM,CMT-CMT,66
29Si-NMR,Si,CMT-CHM,53
29Si-NMR,Silica,CMT-CHM,52
29Si-NMR,TEM,CMT-CMT,38
29Si-NMR,Tga,CMT-CMT,43
29Si-NMR,XRD,CMT-CMT,51
29Si{1H},13C{1H},CHM-CHM,39
29Si{1H},1H,CHM-CHM,55
29Si{1H},29Si{1H} NMR,CHM-CMT,42
29Si{1H},Hydrogen,CHM-CHM,32
29Si{1H},Si,CHM-CHM,44
29Si{1H} NMR,29Si{1H},CMT-CHM,42
2AP,2-Aminopurine,CHM-CHM,40
2CO,CO,CHM-CHM,73
2CO,CO2,CHM-CHM,34
2CO,Catalyst,CHM-APL,33
2CO,O2,CHM-CHM,33
2D,(BA)2(MA)3Pb4I13,DSC-CHM,33
2D,0D,DSC-DSC,36
2D,1 + Z,DSC-CHM,68
2D,"1,10-Phenantroline",DSC-CHM,80
2D,"1,2-Bis(4-Pyridyl)Ethylene",DSC-CHM,80
2D,"1,3,5-Benzenetricarboxylic Acid",DSC-CHM,31
2D,"1,3-Bis(4-Pyridyl)propane",DSC-CHM,56
2D,1-CPE,DSC-CHM,84
2D,1-D,DSC-DSC,52
2D,1-Phenyloctane,DSC-CHM,41
2D,13C,CMT-CHM,550
2D,13C,CMT-CMT,192
2D,13C,CMT-PRO,43
2D,13C,DSC-CHM,144
2D,13C,DSC-CMT,44
2D,13C CP MAS NMR,CMT-CMT,36
2D,13C Chemical Shift,CMT-PRO,72
2D,13C NMR,CMT-CMT,210
2D,13C NMR,DSC-CMT,64
2D,15N,CMT-CHM,227
2D,15N,CMT-CMT,40
2D,180C,CMT-CHM,43
2D,180C,DSC-CHM,62
2D,19F,CMT-CHM,53
2D,1D,CMT-CMT,760
2D,1D,CMT-DSC,195
2D,1D,DSC-CMT,190
2D,1D,DSC-DSC,5167
2D,1D,DSC-PRO,124
2D,1D,PRO-CMT,45
2D,1D,PRO-DSC,227
2D,1D,PRO-PRO,84
2D,1D Chains,DSC-DSC,1095
2D,1D Chains,PRO-DSC,46
2D,1D Double Chain,DSC-DSC,66
2D,1D Helical Chain,DSC-DSC,63
2D,1D Ladder,DSC-DSC,71
2D,1D Nanorods,DSC-DSC,30
2D,1D Nanostructure,DSC-DSC,42
2D,1D Polymer,DSC-DSC,69
2D,1D Ribbon,DSC-DSC,31
2D,1H,CMT-CHM,1008
2D,1H,CMT-CMT,208
2D,1H,CMT-PRO,58
2D,1H,DSC-CHM,376
2D,1H,DSC-CMT,62
2D,1H Chemical Shift,CMT-PRO,46
2D,1H MAS NMR,CMT-CMT,40
2D,1H NMR,CMT-CMT,443
2D,1H NMR,DSC-CMT,228
2D,1H NMR Spectroscopy,CMT-CMT,36
2D,1H and 13C,CMT-CHM,38
2D,1H-1H COSY,CMT-CMT,32
2D,1H–13C,CMT-CHM,42
2D,1T,DSC-SPL,236
2D,1T-MoS2,DSC-CHM,38
2D,2 + 2,DSC-CHM,31
2D,"2,2'-Bipyridine",DSC-CHM,49
2D,"2,Y,Z",DSC-CHM,59
2D,"2,Z",DSC-CHM,100
2D,"2,y + 1,z",DSC-CHM,36
2D,2-CPE,DSC-CHM,50
2D,2-D,DSC-DSC,98
2D,2-D Nanostructures,DSC-DSC,103
2D,2-Dimensional,DSC-DSC,146
2D,25C,CMT-CHM,40
2D,25C,DSC-CHM,57
2D,27Al,CMT-CHM,35
2D,29Si,CMT-CHM,41
2D,29Si,CMT-CMT,30
2D,2D 1H 13C,CMT-CHM,30
2D,2D Array,DSC-DSC,144
2D,2D Bands,PRO-PRO,86
2D,2D Bilayer,DSC-DSC,30
2D,2D Crystal,DSC-DSC,251
2D,2D Crystal,PRO-DSC,33
2D,2D Crystalline,DSC-DSC,33
2D,2D Electron Gas,DSC-PRO,33
2D,2D Film,DSC-DSC,71
2D,2D GISAXS,CMT-CMT,44
2D,2D Grid,DSC-DSC,39
2D,2D Heterostructure,DSC-DSC,125
2D,2D Honeycomb,DSC-DSC,45
2D,2D IR,CMT-CMT,69
2D,2D Images,CMT-CMT,69
2D,2D Images,DSC-CMT,33
2D,2D Islands,DSC-DSC,31
2D,2D Lattice,DSC-DSC,45
2D,2D Layer,DSC-DSC,1265
2D,2D Layer,PRO-DSC,55
2D,2D Layer Structure,DSC-PRO,50
2D,2D Layered,DSC-DSC,406
2D,2D Maps,CMT-CMT,42
2D,2D Model,CMT-CMT,53
2D,2D Model,DSC-CMT,96
2D,2D Monolayers,DSC-DSC,126
2D,2D NMR,CMT-CMT,91
2D,2D Nanomaterials,DSC-DSC,171
2D,2D Nanosheet,DSC-DSC,258
2D,2D Nanostructure,DSC-DSC,43
2D,2D Net,DSC-DSC,41
2D,2D Network,DSC-DSC,44
2D,2D Peak,PRO-PRO,67
2D,2D Porous,DSC-DSC,80
2D,2D SAXS,CMT-CMT,38
2D,2D Semiconductor,DSC-PRO,58
2D,2D Sheet,DSC-DSC,568
2D,2D Simulation,CMT-CMT,55
2D,2D Simulation,DSC-CMT,62
2D,2D Spectra,CMT-CMT,72
2D,2D Spectrum,CMT-CMT,71
2D,2D Structure,DSC-PRO,33
2D,2D Surface,DSC-DSC,32
2D,2D-2D,DSC-DSC,41
2D,2D-3D,DSC-DSC,37
2D,2D3D,DSC-DSC,53
2D,2DEG,DSC-PRO,32
2D,2H,DSC-CHM,109
2D,2H,DSC-SPL,188
2D,2H-MoS2,DSC-CHM,56
2D,2p,DSC-CMT,122
2D,3,CMT-PRO,59
2D,3,DSC-DSC,181
2D,3,DSC-PRO,71
2D,3-D,DSC-DSC,82
2D,3-D Nanostructures,DSC-DSC,42
2D,3-Dimensional,DSC-DSC,44
2D,31P,CMT-CMT,47
2D,31P NMR,CMT-CMT,61
2D,3D,APL-DSC,56
2D,3D,CMT-CMT,1557
2D,3D,CMT-DSC,697
2D,3D,CMT-PRO,117
2D,3D,DSC-APL,170
2D,3D,DSC-CMT,942
2D,3D,DSC-DSC,11384
2D,3D,DSC-PRO,891
2D,3D,DSC-SMT,90
2D,3D,DSC-SPL,116
2D,3D,PRO-CMT,86
2D,3D,PRO-DSC,352
2D,3D,PRO-PRO,237
2D,3D,SPL-DSC,31
2D,3D AFM,CMT-CMT,266
2D,3D AFM,DSC-CMT,98
2D,3D Crystal,DSC-DSC,39
2D,3D Framework Structure,DSC-PRO,43
2D,3D Hierarchical,DSC-DSC,33
2D,3D Hydrogels,DSC-DSC,36
2D,3D Image,CMT-CMT,128
2D,3D Image,DSC-CMT,88
2D,3D Models,CMT-CMT,120
2D,3D Models,DSC-CMT,228
2D,3D Net,DSC-DSC,36
2D,3D Network,DSC-DSC,68
2D,3D Network Structure,DSC-PRO,40
2D,3D Plots,CMT-CMT,36
2D,3D Porous,DSC-DSC,259
2D,3D Printed,DSC-DSC,37
2D,3D Printed,DSC-SMT,84
2D,3D Printing,DSC-SMT,97
2D,3D Reconstruction,CMT-CMT,116
2D,3D Reconstruction,DSC-CMT,105
2D,3D Rendering,DSC-CMT,36
2D,3D Scaffolds,DSC-DSC,108
2D,3D Simulation,CMT-CMT,74
2D,3D Simulation,DSC-CMT,107
2D,3D Simulations,DSC-CMT,37
2D,3D Spheroids,DSC-DSC,35
2D,3D Structure,CMT-PRO,39
2D,3D Structure,DSC-PRO,298
2D,3D Supramolecular Structure,DSC-PRO,58
2D,3D Surfaces,DSC-DSC,31
2D,3D.,DSC-DSC,66
2D,"4,4'-Bipyridine",DSC-CHM,102
2D,4-Nitrophenol,DSC-CHM,34
2D,44-SQL,DSC-SPL,39
2D,A1g,DSC-PRO,42
2D,AC Susceptibility,DSC-PRO,43
2D,AFM,CMT-CMT,1073
2D,AFM,DSC-APL,35
2D,AFM,DSC-CMT,2298
2D,AFM,DSC-PRO,116
2D,AFM,PRO-CMT,340
2D,AFM Height Images,CMT-CMT,43
2D,AFM Height Images,DSC-CMT,41
2D,AFM Topography,CMT-CMT,87
2D,AFM Topography,DSC-CMT,109
2D,AFM Topography,PRO-CMT,34
2D,AIMD,DSC-CMT,36
2D,AIMD Simulation,DSC-CMT,49
2D,ALP Activity,DSC-PRO,32
2D,APTES,DSC-CHM,43
2D,ARPES,DSC-CMT,67
2D,ATP,CMT-CHM,36
2D,ATP,DSC-CHM,76
2D,Ab Initio,DSC-CMT,34
2D,Ab Initio Calculations,DSC-CMT,106
2D,Ab Initio Molecular Dynamics Simulation,DSC-CMT,33
2D,Absorbance,CMT-PRO,111
2D,Absorbance,DSC-CMT,60
2D,Absorbance,DSC-PRO,243
2D,Absorbance Spectrum,DSC-CMT,61
2D,Absorber,DSC-APL,95
2D,Absorbers,DSC-APL,61
2D,Absorption,CMT-CMT,135
2D,Absorption,CMT-PRO,145
2D,Absorption,DSC-CMT,307
2D,Absorption,DSC-PRO,409
2D,Absorption,PRO-CMT,32
2D,Absorption,PRO-PRO,51
2D,Absorption Bands,CMT-PRO,30
2D,Absorption Bands,DSC-PRO,60
2D,Absorption Coefficient,CMT-PRO,43
2D,Absorption Coefficient,DSC-PRO,130
2D,Absorption Edge,DSC-PRO,46
2D,Absorption Peak,DSC-PRO,70
2D,Absorption Spectrum,CMT-CMT,240
2D,Absorption Spectrum,DSC-CMT,573
2D,Absorption Spectrum,DSC-PRO,56
2D,Absorption Spectrum,PRO-CMT,37
2D,Abstract,DSC-SPL,96
2D,Acceptor,CMT-APL,43
2D,Acceptor,DSC-APL,33
2D,Accuracy,DSC-PRO,36
2D,Acetate,CMT-CHM,42
2D,Acetate,DSC-CHM,93
2D,Acetic Acid,DSC-CHM,66
2D,Acetone,CMT-CHM,89
2D,Acetone,DSC-CHM,254
2D,Acetone,PRO-CHM,31
2D,Acetonitrile,CMT-CHM,74
2D,Acetonitrile,DSC-CHM,239
2D,Acetylene,DSC-CHM,55
2D,Achiral,DSC-PRO,36
2D,Acoustic,DSC-PRO,44
2D,Activation Energies,DSC-PRO,57
2D,Activation Energy,CMT-PRO,44
2D,Activation Energy,DSC-PRO,121
2D,Active,DSC-PRO,85
2D,Active Layer,CMT-APL,104
2D,Active Layer,DSC-APL,119
2D,Active Sites,DSC-PRO,240
2D,Activities,DSC-PRO,45
2D,Activity,CMT-PRO,34
2D,Activity,DSC-PRO,404
2D,Actuator,DSC-APL,109
2D,Adamantane,DSC-CHM,38
2D,Adenine,DSC-CHM,40
2D,Adhesions,DSC-PRO,153
2D,Adhesive,DSC-PRO,38
2D,Adlayer,DSC-DSC,100
2D,Adsorbent,DSC-APL,103
2D,Adsorption,DSC-APL,41
2D,Adsorption,DSC-CMT,51
2D,Adsorption,DSC-PRO,61
2D,Adsorption Behavior,DSC-PRO,32
2D,Adsorption Capacity,DSC-PRO,109
2D,Adsorption Energy,DSC-PRO,252
2D,Adsorption Isotherm,DSC-CMT,107
2D,Adsorption Isotherm,DSC-PRO,56
2D,Adsorption Properties,DSC-PRO,38
2D,Aerogel,DSC-DSC,133
2D,Aerogels,DSC-DSC,80
2D,Af,DSC-PRO,35
2D,Ag,CMT-CHM,247
2D,Ag,DSC-CHM,1349
2D,Ag,PRO-CHM,124
2D,Ag(111),DSC-CHM,138
2D,Ag(I),DSC-CHM,182
2D,Ag+,DSC-CHM,92
2D,Ag1,DSC-CHM,31
2D,Ag2,DSC-CHM,36
2D,Ag2S,DSC-CHM,34
2D,AgCl,CMT-CHM,47
2D,AgCl,DSC-CHM,174
2D,AgI,DSC-CHM,65
2D,AgNO3,DSC-CHM,81
2D,Aged,CMT-SMT,47
2D,Aged,DSC-SMT,87
2D,Agglomerate,DSC-DSC,40
2D,Aggregate,DSC-DSC,38
2D,Aggregates,DSC-DSC,36
2D,Aging,CMT-SMT,51
2D,Aging,DSC-SMT,123
2D,Air Stability,DSC-PRO,40
2D,Air Stable,DSC-PRO,47
2D,Airfoils,DSC-APL,42
2D,Al,CMT-CHM,235
2D,Al,DSC-CHM,724
2D,Al,PRO-CHM,77
2D,Al2O3,CMT-CHM,94
2D,Al2O3,DSC-CHM,359
2D,Al2O3,PRO-CHM,58
2D,Al3+,DSC-CHM,57
2D,AlGaAs,DSC-CHM,44
2D,AlN,DSC-CHM,110
2D,Ala,CMT-CHM,38
2D,Alamar Blue,DSC-CHM,39
2D,Alanine,CMT-CHM,52
2D,Alcohols,CMT-CHM,31
2D,Alcohols,DSC-CHM,148
2D,Ald,DSC-SMT,110
2D,Aldehyde,DSC-CHM,86
2D,Alizarin Red,DSC-CHM,35
2D,Alkali Metal,DSC-CHM,36
2D,Alkane,DSC-CHM,71
2D,Alkoxyl,DSC-CHM,45
2D,Alkyls,CMT-CHM,117
2D,Alkyls,DSC-CHM,282
2D,Alkyls,PRO-CHM,35
2D,Alkyne,DSC-CHM,62
2D,Allotropes,DSC-PRO,76
2D,Alloy,CMT-DSC,119
2D,Alloy,DSC-DSC,407
2D,Alloy,PRO-DSC,49
2D,Alloyed,DSC-DSC,33
2D,Alloying,DSC-SMT,83
2D,Alloys,CMT-DSC,51
2D,Alloys,DSC-DSC,236
2D,Alloys,PRO-DSC,36
2D,Alumina,CMT-CHM,61
2D,Alumina,DSC-CHM,215
2D,Aluminum,CMT-CHM,128
2D,Aluminum,DSC-CHM,333
2D,Aluminum,PRO-CHM,33
2D,Aluminum Oxide,DSC-CHM,57
2D,Ambipolar,DSC-PRO,31
2D,Amides,CMT-CHM,120
2D,Amides,DSC-CHM,136
2D,Amines,CMT-CHM,83
2D,Amines,DSC-CHM,277
2D,Amino,CMT-CHM,33
2D,Amino,DSC-CHM,128
2D,Amino Acid,CMT-CHM,194
2D,Amino Acid,DSC-CHM,169
2D,Ammonia,CMT-CHM,43
2D,Ammonia,DSC-CHM,156
2D,Ammonium,DSC-CHM,85
2D,Amorphous,CMT-DSC,181
2D,Amorphous,DSC-DSC,592
2D,Amorphous,PRO-DSC,75
2D,Amperometric Response,DSC-PRO,47
2D,Amphiphilic,DSC-PRO,154
2D,Amplitude,CMT-PRO,33
2D,Amplitude,DSC-PRO,37
2D,Analysis,CMT-CMT,72
2D,Analysis,DSC-CMT,121
2D,Anatase,DSC-SPL,171
2D,Angle Resolved Photoemission Spectroscopy,DSC-CMT,41
2D,Angles,CMT-PRO,63
2D,Angles,DSC-PRO,678
2D,Angles,PRO-PRO,31
2D,Anilines,DSC-CHM,73
2D,Anisotropic,DSC-PRO,101
2D,Anisotropy,CMT-PRO,74
2D,Anisotropy,DSC-PRO,267
2D,Anisotropy,PRO-PRO,39
2D,Annealed,CMT-SMT,333
2D,Annealed,DSC-SMT,424
2D,Annealed,PRO-SMT,82
2D,Annealing,CMT-SMT,294
2D,Annealing,DSC-SMT,789
2D,Annealing,PRO-SMT,119
2D,Anode,CMT-APL,81
2D,Anode,DSC-APL,836
2D,Anode,PRO-APL,53
2D,Anodes,DSC-APL,269
2D,Anodic,DSC-PRO,107
2D,Anodization,DSC-SMT,37
2D,Anodized,DSC-SMT,30
2D,Antennae,DSC-APL,58
2D,Antennas,DSC-APL,36
2D,Anthracene,DSC-CHM,72
2D,Antibacterial,DSC-PRO,30
2D,Antibacterial Activity,DSC-PRO,40
2D,Antiferromagnet,DSC-PRO,60
2D,Antiferromagnetic,DSC-PRO,205
2D,Antiferromagnetic,PRO-PRO,43
2D,Antiferromagnetic Coupling,DSC-PRO,109
2D,Antiferromagnetic Interaction,DSC-PRO,175
2D,Antiferromagnetism,DSC-PRO,30
2D,Antimony,DSC-CHM,48
2D,Applications,DSC-APL,42
2D,Ar,CMT-CHM,47
2D,Ar,DSC-CHM,161
2D,Ar,PRO-CHM,40
2D,Ar+,DSC-CHM,33
2D,Architecture,DSC-PRO,38
2D,Area,DSC-PRO,62
2D,Areal Capacitance,DSC-PRO,79
2D,Areal Capacity,DSC-PRO,44
2D,Argon,CMT-CHM,33
2D,Argon,DSC-CHM,167
2D,Array,CMT-DSC,62
2D,Array,DSC-APL,36
2D,Array,DSC-DSC,531
2D,Array,PRO-DSC,38
2D,Arrhenius Plot,CMT-CMT,58
2D,Arrhenius Plot,DSC-CMT,140
2D,Arsenene,DSC-CHM,50
2D,Arsenic,DSC-CHM,46
2D,Aryl,DSC-CHM,39
2D,As Deposited,CMT-DSC,49
2D,As Deposited,DSC-DSC,84
2D,As Fabricated,DSC-DSC,104
2D,As Grown,DSC-DSC,58
2D,As Obtained,DSC-DSC,97
2D,As Prepared,CMT-DSC,79
2D,As Prepared,DSC-DSC,645
2D,As Prepared,PRO-DSC,47
2D,As Synthesized,DSC-DSC,48
2D,As-Cast,CMT-DSC,53
2D,As-Grown,DSC-DSC,165
2D,As-Grown,PRO-DSC,50
2D,As-Made,DSC-DSC,40
2D,As-Received,DSC-DSC,37
2D,As-Synthesized,CMT-DSC,45
2D,As-Synthesized,DSC-DSC,450
2D,Asc,DSC-APL,41
2D,Ascorbic Acid,DSC-CHM,69
2D,Asp,CMT-CHM,32
2D,Aspect Ratio,DSC-PRO,57
2D,Assembled,DSC-SMT,30
2D,Assembly,DSC-SMT,59
2D,Asymmetric Supercapacitor,DSC-APL,40
2D,Atomic,DSC-PRO,71
2D,Atomic Arrangement,DSC-PRO,81
2D,Atomic Configuration,DSC-PRO,121
2D,Atomic Crystals,DSC-DSC,41
2D,Atomic Force Microscopy,CMT-CMT,112
2D,Atomic Force Microscopy,DSC-CMT,635
2D,Atomic Force Microscopy,PRO-CMT,75
2D,Atomic Layer,DSC-DSC,112
2D,Atomic Layer Deposition,DSC-SMT,67
2D,Atomic Models,DSC-CMT,101
2D,Atomic Position,DSC-PRO,34
2D,Atomic Structure,DSC-PRO,311
2D,Atomic Structure,PRO-PRO,52
2D,Atomic Structures,DSC-PRO,174
2D,Atomic Thickness,DSC-PRO,33
2D,Atomically,DSC-DSC,144
2D,Atomically,DSC-PRO,49
2D,Atomically,PRO-DSC,32
2D,Atomically Flat,DSC-PRO,44
2D,Atomically Sharp,DSC-PRO,30
2D,Atomically Thin,DSC-DSC,162
2D,Atomically Thin,DSC-PRO,153
2D,Atomically Thin,PRO-DSC,30
2D,Atomistic Simulations,DSC-CMT,47
2D,Au,CMT-CHM,276
2D,Au,DSC-CHM,1530
2D,Au,PRO-CHM,156
2D,Au(111),DSC-CHM,270
2D,Auxetic,DSC-PRO,43
2D,Averaged,DSC-PRO,54
2D,Azides,DSC-CHM,118
2D,Azido,DSC-CHM,43
2D,Azo,DSC-CHM,40
2D,Azobenzene,DSC-CHM,69
2D,B3LYP,CMT-CMT,69
2D,B3LYP,DSC-CMT,78
2D,BAM,DSC-CMT,44
2D,BCC,DSC-SPL,96
2D,BDC,DSC-CHM,39
2D,BET,DSC-CMT,57
2D,BET Surface Area,DSC-PRO,89
2D,BF4,DSC-CHM,30
2D,BHJ,CMT-APL,56
2D,BN,DSC-CHM,173
2D,BPA,DSC-CHM,32
2D,BPE,DSC-CHM,73
2D,BPY,DSC-CHM,80
2D,BSE,DSC-CMT,35
2D,BSTRAct,DSC-SPL,32
2D,BSTRAct A,DSC-CHM,41
2D,Ba,DSC-CHM,107
2D,Ba2+,DSC-CHM,38
2D,BaTiO3,DSC-CHM,43
2D,Back Gated,DSC-APL,62
2D,Ball Milling,DSC-SMT,49
2D,Ball and Stick Representation,DSC-CMT,109
2D,Ball-And-Stick,DSC-CMT,37
2D,Ball-and-Stick Model,DSC-CMT,90
2D,Balls,DSC-DSC,39
2D,Band,DSC-PRO,65
2D,Band Alignment,DSC-PRO,296
2D,Band Alignment,PRO-PRO,37
2D,Band Bending,DSC-PRO,44
2D,Band Diagram,DSC-CMT,53
2D,Band Diagram,DSC-PRO,165
2D,Band Dispersion,DSC-PRO,49
2D,Band Edge,DSC-PRO,65
2D,Band Edge Position,DSC-PRO,64
2D,Band Edges,DSC-PRO,72
2D,Band Gap,CMT-PRO,51
2D,Band Gap,DSC-PRO,1147
2D,Band Gap,PRO-PRO,184
2D,Band Gap Energy,DSC-PRO,146
2D,Band Offset,DSC-PRO,39
2D,Band Structure,CMT-PRO,51
2D,Band Structure,DSC-PRO,1132
2D,Band Structure,PRO-PRO,166
2D,Band Structure Calculation,DSC-CMT,41
2D,Bandgap,CMT-PRO,54
2D,Bandgap,DSC-PRO,1311
2D,Bandgap,PRO-PRO,222
2D,Bandgap Semiconductor,DSC-PRO,43
2D,Bands,DSC-PRO,68
2D,Bandwidth,DSC-PRO,33
2D,Bar,CMT-DSC,71
2D,Bar,DSC-DSC,256
2D,Bar,PRO-DSC,33
2D,Barrier,DSC-APL,34
2D,Barrier,DSC-PRO,32
2D,Barrier Height,DSC-PRO,46
2D,Bars,CMT-DSC,126
2D,Bars,DSC-DSC,436
2D,Bars,PRO-DSC,43
2D,Based,DSC-APL,31
2D,Bathymetry,CMT-PRO,32
2D,Batteries,DSC-APL,222
2D,Battery,DSC-APL,185
2D,Bead,DSC-DSC,50
2D,Beads,CMT-DSC,39
2D,Beads,DSC-DSC,161
2D,Beam,CMT-DSC,33
2D,Beam,DSC-DSC,99
2D,Beams,DSC-DSC,54
2D,Bed,DSC-DSC,30
2D,Behavior,DSC-PRO,50
2D,Bem,DSC-CMT,35
2D,Bending,DSC-SMT,34
2D,Bending Test,DSC-CMT,38
2D,Benzaldehyde,DSC-CHM,64
2D,Benzenes,CMT-CHM,71
2D,Benzenes,DSC-CHM,323
2D,Benzenes,PRO-CHM,31
2D,Benzoic Acid,DSC-CHM,39
2D,Benzyl Alcohol,DSC-CHM,36
2D,Bi Layer,DSC-DSC,33
2D,Bi-Layered,DSC-DSC,61
2D,Bi2S3,DSC-CHM,32
2D,Bi2Se3,DSC-CHM,101
2D,Bi2WO6,DSC-CHM,53
2D,Bi3+,DSC-CHM,34
2D,BiOCl,DSC-CHM,54
2D,BiVO4,DSC-CHM,59
2D,Bilayer,CMT-DSC,136
2D,Bilayer,DSC-DSC,967
2D,Bilayer,PRO-DSC,216
2D,Bilayers,CMT-DSC,61
2D,Bilayers,DSC-DSC,287
2D,Bilayers,PRO-DSC,45
2D,Bimetallic,DSC-DSC,37
2D,Bimetallic,DSC-PRO,37
2D,Binary,DSC-DSC,31
2D,Binding Energies,CMT-PRO,32
2D,Binding Energies,DSC-PRO,193
2D,Binding Energies,PRO-PRO,36
2D,Binding Energy,CMT-PRO,34
2D,Binding Energy,DSC-PRO,257
2D,Binding Energy,PRO-PRO,61
2D,Binding Mode,DSC-PRO,32
2D,Bio-Medical,DSC-APL,58
2D,Bio-Sensor,DSC-APL,182
2D,Biocompatibility,DSC-PRO,185
2D,Biocompatible,DSC-PRO,96
2D,Biodegradable,DSC-PRO,47
2D,Biofilm,DSC-DSC,49
2D,Bioimaging,DSC-APL,61
2D,Biological Application,DSC-APL,32
2D,Biomaterial,DSC-APL,97
2D,Biomaterial,DSC-DSC,42
2D,Biomedical Application,DSC-APL,150
2D,Biomedicine,DSC-APL,79
2D,Bioreactors,DSC-APL,31
2D,Biosensing,DSC-APL,89
2D,Biotechnology,DSC-APL,30
2D,Biotin,DSC-CHM,68
2D,Biphenyls,DSC-CHM,42
2D,Bipy,DSC-CHM,89
2D,Bipyridine,DSC-CHM,41
2D,Birefringence,CMT-PRO,35
2D,Birefringence,DSC-PRO,43
2D,Bis(Imidazole),DSC-CHM,31
2D,Bismuth,DSC-CHM,98
2D,Black Phosphorus,DSC-CHM,445
2D,Black Phosphorus,PRO-CHM,95
2D,Blade,DSC-APL,41
2D,Blend,CMT-DSC,204
2D,Blend,DSC-DSC,91
2D,Blend Film,CMT-DSC,290
2D,Blend Film,DSC-DSC,30
2D,Block,DSC-DSC,38
2D,Block Copolymer,CMT-DSC,49
2D,Block Copolymer,DSC-DSC,83
2D,Blood Vessels,DSC-APL,34
2D,Blue,DSC-CHM,81
2D,Blue Line,CMT-CHM,240
2D,Blue Line,DSC-CHM,613
2D,Blue Line,PRO-CHM,108
2D,Bode Plot,DSC-CMT,41
2D,Body Centred Cubic,DSC-SPL,48
2D,Body Weight,DSC-PRO,36
2D,Bond,DSC-PRO,42
2D,Bond Angles,DSC-PRO,214
2D,Bond Distance,DSC-PRO,214
2D,Bond Length,CMT-PRO,78
2D,Bond Length,DSC-PRO,936
2D,Bond Length,PRO-PRO,61
2D,Bonding,DSC-PRO,131
2D,Bone,DSC-APL,50
2D,Bone,DSC-DSC,41
2D,Borate,DSC-CHM,34
2D,Boron,CMT-CHM,40
2D,Boron,DSC-CHM,343
2D,Boron,PRO-CHM,52
2D,Boron Nitride,DSC-CHM,639
2D,Boron Nitride,PRO-CHM,109
2D,Boron Nitride (BN),DSC-CHM,69
2D,Borophene,DSC-CHM,105
2D,Bottom Electrode,DSC-APL,35
2D,Bound State,DSC-PRO,32
2D,Boundaries,DSC-PRO,34
2D,Boundary,DSC-PRO,47
2D,Boundary Condition,DSC-PRO,48
2D,Bpp,DSC-CHM,62
2D,Br,CMT-CHM,59
2D,Br,DSC-CHM,552
2D,Br,PRO-CHM,51
2D,Bragg Peak,DSC-PRO,33
2D,Breast Cancer,DSC-APL,50
2D,Bridge,DSC-APL,44
2D,Bright Field Image,DSC-CMT,68
2D,Bright Field Images,DSC-CMT,42
2D,Bright Field STEM,DSC-CMT,35
2D,Bright Field TEM,DSC-CMT,72
2D,Brightfield,DSC-CMT,49
2D,Brightness,DSC-PRO,46
2D,Brillouin Zone,DSC-CHM,33
2D,Brillouin Zone,DSC-PRO,86
2D,Brittle,DSC-PRO,69
2D,Bromide,DSC-CHM,94
2D,Bromine,DSC-CHM,64
2D,Brushes,DSC-DSC,38
2D,Bubbles,DSC-DSC,35
2D,Buckling,DSC-PRO,35
2D,Buffer,DSC-DSC,33
2D,Buffer Layer,DSC-DSC,97
2D,Building,DSC-APL,49
2D,Buildings,DSC-APL,35
2D,Bulk,APL-DSC,31
2D,Bulk,CMT-DSC,364
2D,Bulk,DSC-DSC,2581
2D,Bulk,DSC-PRO,63
2D,Bulk,PRO-DSC,444
2D,Bulk Crystal,DSC-DSC,125
2D,Bulk Modulus,DSC-PRO,38
2D,Bundle,DSC-DSC,57
2D,Burgers Vector,DSC-PRO,34
2D,Butylammonium,DSC-CHM,35
2D,C,CMT-CHM,99
2D,C,DSC-CHM,395
2D,C,DSC-PRO,51
2D,C,PRO-CHM,56
2D,C 1s,DSC-CMT,37
2D,C 1s XPS,DSC-CMT,37
2D,C H,DSC-CHM,44
2D,C-C,DSC-CHM,36
2D,C-H,DSC-CHM,47
2D,C-HO,DSC-CHM,40
2D,C-Hπ,DSC-CHM,40
2D,C-V Curve,DSC-CMT,230
2D,C2/C,DSC-SPL,57
2D,C2H2,DSC-CHM,30
2D,C2H4,DSC-CHM,36
2D,C2N,DSC-CHM,30
2D,C3N4,DSC-CHM,144
2D,C60,CMT-CHM,46
2D,C60,DSC-CHM,229
2D,CA,DSC-CMT,30
2D,CA,DSC-PRO,47
2D,CB,DSC-PRO,127
2D,CBM,DSC-PRO,212
2D,CCD,DSC-CMT,30
2D,CDCl3,CMT-CHM,131
2D,CDCl3,DSC-CHM,54
2D,CDW,DSC-PRO,30
2D,CE,DSC-APL,62
2D,CE,DSC-PRO,32
2D,CFD,CMT-CMT,59
2D,CFD,DSC-CMT,138
2D,CFD Simulation,DSC-CMT,33
2D,CH,CMT-CHM,101
2D,CH,DSC-CHM,94
2D,CH2,CMT-CHM,67
2D,CH2Cl2,CMT-CHM,91
2D,CH2Cl2,DSC-CHM,168
2D,CH3,CMT-CHM,62
2D,CH3,DSC-CHM,72
2D,CH3CN,CMT-CHM,53
2D,CH3CN,DSC-CHM,141
2D,CH3NH3+,DSC-CHM,36
2D,CH3NH3PbBr3,DSC-CHM,36
2D,CH3NH3PbI3,DSC-CHM,136
2D,CH3OH,DSC-CHM,130
2D,CH4,CMT-CHM,40
2D,CH4,DSC-CHM,312
2D,CH4,PRO-CHM,46
2D,CHCl3,CMT-CHM,97
2D,CHCl3,DSC-CHM,102
2D,CHO,DSC-CHM,110
2D,CIE Chromaticity Diagram,DSC-CMT,43
2D,CLSM,CMT-CMT,54
2D,CLSM,DSC-CMT,94
2D,CMOS,DSC-APL,35
2D,CN,DSC-CHM,38
2D,CO,CMT-CHM,157
2D,CO,DSC-APL,45
2D,CO,DSC-CHM,496
2D,CO,DSC-PRO,44
2D,CO,PRO-CHM,52
2D,CO Oxidation,DSC-APL,54
2D,CO2,CMT-CHM,169
2D,CO2,DSC-APL,41
2D,CO2,DSC-CHM,964
2D,CO2,DSC-PRO,33
2D,CO2,PRO-CHM,51
2D,CO2 Adsorption Isotherm,DSC-CMT,40
2D,CO2 Photoreduction,DSC-APL,30
2D,CO2 Reduction,DSC-APL,90
2D,CO2 Sorption Isotherm,DSC-CMT,31
2D,COOH,CMT-CHM,30
2D,COOH,DSC-CHM,81
2D,CP,CMT-CMT,66
2D,CP,CMT-SMT,61
2D,CP,DSC-APL,51
2D,CP,DSC-PRO,65
2D,CP,DSC-SPL,31
2D,CPE,DSC-APL,53
2D,CPMAS,CMT-CMT,42
2D,CPMAS NMR,CMT-CMT,40
2D,CPS,DSC-APL,34
2D,CPS,DSC-PRO,194
2D,CT,DSC-CMT,47
2D,CTAB,CMT-CHM,36
2D,CTAB,DSC-CHM,147
2D,CV,CMT-CMT,87
2D,CV,DSC-CMT,527
2D,CV,DSC-PRO,34
2D,CV,PRO-CMT,47
2D,CVD,CMT-SMT,33
2D,CVD,DSC-SMT,679
2D,CVD,PRO-SMT,210
2D,CVD-Grown,DSC-SMT,30
2D,CVS,DSC-CMT,91
2D,CVs,DSC-CMT,53
2D,Ca,CMT-CHM,74
2D,Ca,DSC-CHM,232
2D,Ca,PRO-CHM,43
2D,Ca2+,CMT-CHM,38
2D,Ca2+,DSC-CHM,121
2D,CaCO3,DSC-CHM,52
2D,CaCl2,DSC-CHM,40
2D,Cad,DSC-CMT,34
2D,Cadmium(II),DSC-CHM,73
2D,Caesium,DSC-CHM,51
2D,Calcein,DSC-CHM,39
2D,Calcein AM,DSC-CHM,70
2D,Calcination,CMT-SMT,44
2D,Calcination,DSC-SMT,224
2D,Calcined,CMT-SMT,43
2D,Calcined,DSC-SMT,144
2D,Calcite,DSC-CHM,74
2D,Calcium,CMT-CHM,31
2D,Calcium,DSC-CHM,149
2D,Calculations,DSC-CMT,50
2D,Calibration Curve,DSC-CMT,59
2D,Cancer,DSC-APL,66
2D,Cancer Therapy,DSC-APL,46
2D,Cantilevered,DSC-APL,54
2D,Capacitance,CMT-PRO,33
2D,Capacitance,DSC-PRO,348
2D,Capacitance,PRO-PRO,35
2D,Capacitance Retention,DSC-PRO,152
2D,Capacities,DSC-PRO,95
2D,Capacitive,DSC-PRO,45
2D,Capacitive Contribution,DSC-PRO,30
2D,Capacitive Performance,DSC-PRO,34
2D,Capacitor,DSC-APL,102
2D,Capacity,DSC-PRO,455
2D,Capacity,PRO-PRO,37
2D,Capacity Fading,DSC-PRO,33
2D,Capacity Retention,DSC-PRO,195
2D,Capillaries,DSC-DSC,30
2D,Capillary,DSC-APL,30
2D,Capillary,DSC-DSC,36
2D,Capsule,DSC-DSC,48
2D,Carbide,DSC-CHM,91
2D,Carbohydrate,CMT-CHM,50
2D,Carbon,CMT-CHM,627
2D,Carbon,DSC-CHM,3641
2D,Carbon,PRO-CHM,435
2D,Carbon Black,DSC-CHM,68
2D,Carbon Dioxide,DSC-CHM,93
2D,Carbon Monoxide,DSC-CHM,33
2D,Carbon Nitride,DSC-CHM,179
2D,Carbonates,CMT-CHM,55
2D,Carbonates,DSC-CHM,83
2D,Carbonitrided,DSC-CHM,69
2D,Carbonization,DSC-SMT,98
2D,Carbonize,DSC-SMT,47
2D,Carbons,CMT-CHM,164
2D,Carbons,DSC-CHM,180
2D,Carbonyls,CMT-CHM,123
2D,Carbonyls,DSC-CHM,97
2D,Carboxyl,CMT-CHM,36
2D,Carboxyl,DSC-CHM,160
2D,Carboxylates,DSC-CHM,603
2D,Carboxylic,DSC-CHM,98
2D,Carboxylic Acid,DSC-CHM,145
2D,Cardiac,DSC-APL,30
2D,Carrier Concentration,DSC-PRO,116
2D,Carrier Concentration,PRO-PRO,44
2D,Carrier Densities,DSC-PRO,32
2D,Carrier Density,DSC-PRO,111
2D,Carrier Density,PRO-PRO,63
2D,Carrier Dynamics,DSC-PRO,30
2D,Carrier Lifetime,DSC-PRO,50
2D,Carrier Mobilities,DSC-PRO,73
2D,Carrier Mobility,DSC-PRO,385
2D,Carrier Mobility,PRO-PRO,93
2D,Carrier Transport,DSC-PRO,72
2D,Cast,DSC-SMT,39
2D,Catalysis,DSC-APL,459
2D,Catalysis,PRO-APL,47
2D,Catalyst,CMT-APL,190
2D,Catalyst,DSC-APL,1534
2D,Catalyst,PRO-APL,95
2D,Catalytic,DSC-APL,83
2D,Catalytic,DSC-PRO,65
2D,Catalytic Active Site,DSC-PRO,31
2D,Catalytic Activity,DSC-PRO,453
2D,Catalytic Application,DSC-APL,45
2D,Catalytic Efficiency,DSC-PRO,35
2D,Catalytic Mechanism,DSC-PRO,33
2D,Catalytic Performance,DSC-PRO,197
2D,Catalytic Properties,DSC-PRO,105
2D,Catalytic Reaction,DSC-APL,48
2D,Catalytic Site,DSC-PRO,36
2D,Catalytically Active,DSC-PRO,34
2D,Catechols,DSC-CHM,33
2D,Cathode,CMT-APL,84
2D,Cathode,DSC-APL,584
2D,Cathode,PRO-APL,33
2D,Cathodes,DSC-APL,155
2D,Cathodic Peak Current,DSC-PRO,43
2D,Cationic,DSC-PRO,51
2D,Cavity,DSC-APL,82
2D,Cd,DSC-CHM,507
2D,Cd(II),DSC-CHM,527
2D,Cd2,DSC-CHM,74
2D,Cd2+,DSC-CHM,141
2D,CdII,DSC-CHM,110
2D,CdS,CMT-CHM,31
2D,CdS,DSC-CHM,336
2D,CdSO4,DSC-CHM,55
2D,CdSe,CMT-CHM,44
2D,CdSe,DSC-CHM,224
2D,CdTe,DSC-CHM,99
2D,Ce,DSC-CHM,104
2D,Ce3+,DSC-CHM,42
2D,CeO2,DSC-CHM,99
2D,Cell,CMT-APL,137
2D,Cell,CMT-DSC,96
2D,Cell,CMT-PRO,50
2D,Cell,DSC-APL,554
2D,Cell,DSC-DSC,377
2D,Cell,DSC-PRO,275
2D,Cell,PRO-APL,36
2D,Cell Adhesion,DSC-PRO,36
2D,Cell Cultures,DSC-APL,65
2D,Cell Cultures,DSC-DSC,45
2D,Cell Density,DSC-PRO,31
2D,Cell Morphology,DSC-PRO,71
2D,Cell Number,DSC-PRO,31
2D,Cell Parameters,DSC-PRO,44
2D,Cell Proliferation,DSC-PRO,47
2D,Cell Viability,CMT-PRO,55
2D,Cell Viability,DSC-PRO,242
2D,Cell Voltage,DSC-PRO,68
2D,Cells,CMT-APL,95
2D,Cells,CMT-DSC,118
2D,Cells,DSC-APL,395
2D,Cells,DSC-DSC,447
2D,Cells,DSC-PRO,43
2D,Cellular,DSC-DSC,43
2D,Cellular Uptake,DSC-PRO,44
2D,Centrifugation,DSC-SMT,71
2D,Ceramic,CMT-DSC,40
2D,Ceramic,DSC-DSC,174
2D,Chain Structure,DSC-PRO,32
2D,Chains,CMT-DSC,30
2D,Chains,DSC-DSC,1220
2D,Chains,DSC-PRO,126
2D,Chains,PRO-DSC,57
2D,Chalcogen,DSC-CHM,126
2D,Chalcogen,PRO-CHM,31
2D,Chalcogenide,DSC-CHM,142
2D,Channel Length,DSC-PRO,33
2D,Channels,CMT-APL,60
2D,Channels,DSC-APL,316
2D,Channels,DSC-DSC,57
2D,Channels,DSC-PRO,83
2D,Channels,PRO-APL,60
2D,Characteristic Lengths,DSC-PRO,35
2D,Characteristics,DSC-PRO,39
2D,Characterization,DSC-CMT,39
2D,Charge Accumulation,DSC-PRO,49
2D,Charge Capacity,DSC-PRO,34
2D,Charge Carrier Mobility,CMT-PRO,30
2D,Charge Carrier Mobility,DSC-PRO,93
2D,Charge Carriers,DSC-PRO,38
2D,Charge Densities,DSC-PRO,65
2D,Charge Density,DSC-PRO,206
2D,Charge Density,PRO-PRO,33
2D,Charge Density Difference,DSC-PRO,97
2D,Charge Density Distribution,DSC-PRO,31
2D,Charge Density Wave,DSC-PRO,45
2D,Charge Discharge Curve,DSC-CMT,68
2D,Charge Discharge Curve,DSC-PRO,36
2D,Charge Discharge Profile,DSC-PRO,54
2D,Charge Distribution,DSC-PRO,97
2D,Charge Mobility,DSC-PRO,39
2D,Charge Separation,DSC-PRO,129
2D,Charge State,DSC-PRO,30
2D,Charge Storage,DSC-PRO,35
2D,Charge Transfer,DSC-PRO,366
2D,Charge Transfer,PRO-PRO,40
2D,Charge Transfer Mechanism,DSC-PRO,39
2D,Charge Transfer Resistance,DSC-PRO,80
2D,Charge Transport,CMT-PRO,43
2D,Charge Transport,DSC-PRO,227
2D,Charge Transport Property,DSC-PRO,40
2D,Charges,CMT-PRO,61
2D,Charges,DSC-CMT,42
2D,Charges,DSC-PRO,296
2D,Charges,PRO-PRO,34
2D,Chemical,CMT-PRO,35
2D,Chemical,DSC-APL,39
2D,Chemical,DSC-CMT,42
2D,Chemical,DSC-PRO,291
2D,Chemical,PRO-PRO,33
2D,Chemical Bonding,DSC-PRO,35
2D,Chemical Composition,CMT-PRO,90
2D,Chemical Composition,DSC-PRO,184
2D,Chemical Doping,DSC-SMT,52
2D,Chemical Etching,DSC-SMT,46
2D,Chemical Exfoliation,DSC-SMT,36
2D,Chemical Formula,DSC-PRO,60
2D,Chemical Potential,DSC-PRO,125
2D,Chemical Properties,DSC-PRO,289
2D,Chemical Properties,PRO-PRO,39
2D,Chemical Reactivity,DSC-PRO,50
2D,Chemical Reduction,DSC-SMT,44
2D,Chemical Sensors,DSC-APL,48
2D,Chemical Shift,CMT-PRO,371
2D,Chemical Shift,DSC-PRO,63
2D,Chemical Society,CMT-CMT,60
2D,Chemical Society,DSC-CMT,520
2D,Chemical Society,PRO-CMT,43
2D,Chemical Stability,DSC-PRO,180
2D,Chemical Structures,CMT-PRO,714
2D,Chemical Structures,DSC-PRO,710
2D,Chemical Structures,PRO-PRO,72
2D,Chemical Vapour Deposition,DSC-SMT,505
2D,Chemical Vapour Deposition,PRO-SMT,105
2D,Chemically Exfoliated,DSC-SMT,39
2D,Chemistry,DSC-CMT,120
2D,Chemistry,DSC-PRO,48
2D,Chern Number,DSC-PRO,34
2D,Chip,CMT-APL,34
2D,Chip,DSC-APL,117
2D,Chip,DSC-DSC,78
2D,Chiral,DSC-PRO,280
2D,Chiral,PRO-PRO,43
2D,Chirality,DSC-PRO,146
2D,Chlorides,CMT-CHM,36
2D,Chlorides,DSC-CHM,204
2D,Chlorines,DSC-CHM,101
2D,Chlorobenzene,CMT-CHM,81
2D,Chlorobenzene,DSC-CHM,32
2D,Chloroform,CMT-CHM,168
2D,Chloroform,DSC-CHM,176
2D,Cholesterol,DSC-CHM,47
2D,Chromium,DSC-CHM,46
2D,Chronoamperometry,DSC-CMT,38
2D,Chronoamperometry Curve,DSC-CMT,35
2D,Circuit,DSC-APL,98
2D,Circular Cylinders,DSC-DSC,31
2D,Circular Dichroism,DSC-CMT,52
2D,Cisplatin,DSC-CHM,37
2D,Citrates,DSC-CHM,40
2D,Citric Acid,DSC-CHM,31
2D,Cl,CMT-CHM,73
2D,Cl,DSC-CHM,692
2D,Cl,PRO-CHM,74
2D,ClO4,DSC-CHM,71
2D,Close Packed,DSC-DSC,37
2D,Cloth,DSC-DSC,80
2D,Cluster,CMT-DSC,145
2D,Cluster,DSC-DSC,1243
2D,Cluster,DSC-PRO,41
2D,Cluster,PRO-DSC,76
2D,Cluster Size,DSC-PRO,51
2D,Clusters,DSC-DSC,46
2D,Co,CMT-CHM,83
2D,Co,DSC-CHM,968
2D,Co,PRO-CHM,71
2D,Co II,DSC-CHM,385
2D,Co(OH)2,DSC-CHM,55
2D,Co-Catalysts,DSC-APL,69
2D,Co-Doped,DSC-DSC,47
2D,Co-culture,DSC-DSC,57
2D,Co2+,DSC-CHM,156
2D,Co3+,DSC-CHM,30
2D,Co3O4,DSC-CHM,246
2D,Co9S8,DSC-CHM,32
2D,CoO,DSC-CHM,66
2D,CoS2,DSC-CHM,31
2D,Coal,DSC-CHM,46
2D,Coated,CMT-DSC,68
2D,Coated,CMT-SMT,238
2D,Coated,DSC-DSC,265
2D,Coated,DSC-SMT,801
2D,Coated,PRO-SMT,97
2D,Coatings,CMT-APL,188
2D,Coatings,CMT-SMT,40
2D,Coatings,DSC-APL,646
2D,Coatings,DSC-SMT,224
2D,Coatings,PRO-APL,64
2D,Cobalt,DSC-CHM,328
2D,Cobalt (II),DSC-CHM,62
2D,Cocatalyst,DSC-APL,86
2D,Cocrystal,DSC-DSC,108
2D,Codoped,DSC-DSC,34
2D,Coercivity,DSC-PRO,34
2D,Cof,DSC-APL,62
2D,Cofs,DSC-APL,109
2D,Cohesive Energy,DSC-PRO,58
2D,Coil,DSC-APL,31
2D,Coin Cell,DSC-APL,30
2D,Collector,DSC-APL,50
2D,Colloid Nanoparticle,DSC-DSC,97
2D,Colloidal,DSC-DSC,200
2D,Colloidal Crystals,DSC-DSC,137
2D,Colloidal Monolayer,DSC-DSC,31
2D,Colloidal Solution,DSC-DSC,51
2D,Colloidal Sphere,DSC-DSC,32
2D,Colloidal Stability,DSC-PRO,30
2D,Colloidal Suspension,DSC-DSC,63
2D,Colloids,CMT-DSC,30
2D,Colloids,DSC-DSC,193
2D,Color,CMT-CMT,37
2D,Color,CMT-PRO,67
2D,Color,DSC-CMT,47
2D,Color,DSC-PRO,299
2D,Color,PRO-PRO,30
2D,Colors,DSC-PRO,35
2D,Colour Map,DSC-CMT,47
2D,Columns,CMT-APL,39
2D,Columns,DSC-APL,76
2D,Columns,DSC-DSC,69
2D,Composite,CMT-DSC,309
2D,Composite,DSC-APL,35
2D,Composite,DSC-DSC,2329
2D,Composite,PRO-DSC,178
2D,Composite Film,CMT-DSC,36
2D,Composite Film,DSC-DSC,179
2D,Composite Membrane,DSC-DSC,60
2D,Compositionally,DSC-PRO,37
2D,Compositions,CMT-PRO,361
2D,Compositions,DSC-PRO,1116
2D,Compositions,PRO-PRO,115
2D,Compressibility,DSC-PRO,46
2D,Compressible,DSC-PRO,41
2D,Compression Test,DSC-CMT,35
2D,Compressional,DSC-SMT,36
2D,Compressive Strength,DSC-PRO,48
2D,Compressive Stress,DSC-PRO,42
2D,Computational Fluid Dynamics,DSC-CMT,36
2D,Concentration,CMT-PRO,77
2D,Concentration,DSC-PRO,142
2D,Concentration Profile,CMT-PRO,30
2D,Concentration Profile,DSC-PRO,66
2D,Condensed Matter Physics,DSC-APL,32
2D,Condition,DSC-PRO,51
2D,Conductance,CMT-PRO,46
2D,Conductance,DSC-PRO,211
2D,Conductance,PRO-PRO,54
2D,Conducting,DSC-PRO,259
2D,Conducting,PRO-PRO,45
2D,Conduction,DSC-PRO,141
2D,Conduction Band,DSC-PRO,303
2D,Conduction Band,PRO-PRO,59
2D,Conduction Band Edge,DSC-PRO,43
2D,Conduction Band Minima,DSC-PRO,89
2D,Conductive,CMT-PRO,56
2D,Conductive,DSC-PRO,618
2D,Conductive,PRO-PRO,64
2D,Conductive Network,DSC-PRO,30
2D,Conductivity,CMT-PRO,133
2D,Conductivity,DSC-PRO,928
2D,Conductivity,PRO-PRO,147
2D,Conductors,DSC-PRO,99
2D,Configurations,DSC-PRO,51
2D,Confocal,DSC-CMT,33
2D,Confocal Image,CMT-CMT,30
2D,Confocal Image,DSC-CMT,111
2D,Confocal Laser Scanning Microscopy,DSC-CMT,46
2D,Confocal Microscope,DSC-CMT,44
2D,Confocal Microscopy,CMT-CMT,38
2D,Confocal Microscopy,DSC-CMT,143
2D,Conformation,DSC-PRO,59
2D,Congo Red,DSC-CHM,39
2D,Conjugates,DSC-PRO,38
2D,Connectivity,DSC-PRO,50
2D,Contact Angle,CMT-PRO,107
2D,Contact Angle,DSC-PRO,246
2D,Contact Angle,PRO-PRO,30
2D,Contact Angle Measurement,DSC-CMT,31
2D,Contact Area,DSC-PRO,71
2D,Contact Force,DSC-PRO,31
2D,Contact Resistance,DSC-PRO,114
2D,Contacts,CMT-APL,52
2D,Contacts,DSC-APL,370
2D,Contacts,DSC-PRO,42
2D,Contacts,PRO-APL,72
2D,Contour,CMT-CMT,33
2D,Contour,DSC-CMT,33
2D,Contour Plot,CMT-CMT,55
2D,Contour Plot,DSC-CMT,40
2D,Contrast,DSC-PRO,39
2D,Conversion,DSC-APL,87
2D,Conversion Efficiency,DSC-PRO,49
2D,Cooled,CMT-SMT,40
2D,Cooled,DSC-SMT,64
2D,Cooling,CMT-SMT,265
2D,Cooling,DSC-SMT,460
2D,Cooling,PRO-SMT,42
2D,Coordination,DSC-DSC,167
2D,Coordination,DSC-PRO,830
2D,Coordination Environment,DSC-PRO,1822
2D,Coordination Environment,PRO-PRO,72
2D,Coordination Framework,DSC-PRO,76
2D,Coordination Geometry,DSC-PRO,211
2D,Coordination Layer,DSC-DSC,30
2D,Coordination Mode,DSC-PRO,890
2D,Coordination Mode,PRO-PRO,42
2D,Coordination Network,DSC-PRO,198
2D,Coordination Number,DSC-PRO,131
2D,Coordination Polyhedra,DSC-PRO,40
2D,Coordination Polyhedron,DSC-PRO,41
2D,Coordination Polymer,DSC-APL,41
2D,Coordination Polymer,DSC-DSC,541
2D,Coordination Polymer,DSC-PRO,439
2D,Coordination Sphere,DSC-PRO,54
2D,Coordination Structure,DSC-PRO,37
2D,Copolymer,CMT-DSC,121
2D,Copolymer,DSC-DSC,96
2D,Copper,CMT-CHM,133
2D,Copper,DSC-CHM,767
2D,Copper,PRO-CHM,113
2D,Copper I,DSC-CHM,43
2D,Copper II,DSC-CHM,173
2D,Core,CMT-DSC,94
2D,Core,DSC-DSC,283
2D,Core Shell,DSC-DSC,158
2D,Core Shell Structures,DSC-DSC,32
2D,Cores,DSC-DSC,64
2D,Correlation,CMT-CMT,43
2D,Correlation Coefficient,DSC-PRO,37
2D,Correlation Function,CMT-PRO,31
2D,Correlation Function,DSC-PRO,47
2D,Correlation Lengths,DSC-PRO,56
2D,Corrugation,DSC-PRO,30
2D,Cosy,CMT-CMT,69
2D,Coulomb Interaction,DSC-PRO,43
2D,Coulombic Efficiency,DSC-PRO,259
2D,Counter Electrode,DSC-APL,120
2D,Coupling,CMT-PRO,33
2D,Coupling,DSC-PRO,31
2D,Coupling Constant,CMT-PRO,45
2D,Coupling Strength,DSC-PRO,33
2D,Covalent,DSC-CMT,41
2D,Covalent,DSC-PRO,48
2D,Coverslip,DSC-DSC,52
2D,Cr,CMT-CHM,73
2D,Cr,DSC-CHM,338
2D,Cr,PRO-CHM,53
2D,Cr(VI),DSC-CHM,34
2D,Cr2Ge2Te6,DSC-CHM,39
2D,Cr2O7,DSC-CHM,42
2D,Crack Length,DSC-PRO,45
2D,Crack Path,DSC-PRO,33
2D,Crack Patterns,DSC-PRO,35
2D,Crack Tip,DSC-PRO,52
2D,Creative Commons Attribution 4.0,DSC-CMT,51
2D,Critical,DSC-PRO,32
2D,Critical Exponent,DSC-PRO,40
2D,Critical Points,DSC-PRO,68
2D,Critical Temperature TC,DSC-PRO,106
2D,Cross,DSC-CMT,52
2D,Cross,DSC-PRO,41
2D,Cross Section,CMT-DSC,47
2D,Cross Section,CMT-PRO,89
2D,Cross Section,DSC-CMT,38
2D,Cross Section,DSC-DSC,145
2D,Cross Section,DSC-PRO,109
2D,Cross Section SEM,DSC-CMT,111
2D,Cross Sectional Morphology,DSC-PRO,30
2D,Cross Sectional SEM,CMT-CMT,109
2D,Cross Sectional SEM,DSC-CMT,414
2D,Cross Sectional TEM,CMT-CMT,39
2D,Cross Sectional TEM,DSC-CMT,139
2D,Cross-Linking,DSC-SMT,68
2D,Crosslinked,DSC-SMT,65
2D,Crumpled,DSC-DSC,51
2D,CryoTEM,DSC-CMT,32
2D,Crystal,CMT-DSC,427
2D,Crystal,CMT-PRO,44
2D,Crystal,DSC-APL,73
2D,Crystal,DSC-CMT,201
2D,Crystal,DSC-DSC,2734
2D,Crystal,DSC-PRO,220
2D,Crystal,PRO-DSC,285
2D,Crystal Data,DSC-CMT,508
2D,Crystal Lattice,DSC-DSC,86
2D,Crystal Lattice,DSC-PRO,32
2D,Crystal Morphology,DSC-PRO,30
2D,Crystal Orientation,CMT-PRO,32
2D,Crystal Orientation,DSC-PRO,80
2D,Crystal Packings,DSC-PRO,251
2D,Crystal Quality,DSC-PRO,40
2D,Crystal Structure,CMT-PRO,273
2D,Crystal Structure,DSC-CMT,37
2D,Crystal Structure,DSC-PRO,2312
2D,Crystal Structure,PRO-PRO,219
2D,Crystal Surface,DSC-DSC,70
2D,Crystal Symmetry,DSC-PRO,30
2D,Crystal Violet,DSC-CHM,31
2D,Crystalline,CMT-DSC,256
2D,Crystalline,DSC-DSC,913
2D,Crystalline,DSC-PRO,54
2D,Crystalline,PRO-DSC,95
2D,Crystalline Quality,DSC-PRO,44
2D,Crystalline Structure,DSC-PRO,154
2D,Crystallinity,CMT-PRO,92
2D,Crystallinity,DSC-PRO,350
2D,Crystallinity,PRO-PRO,35
2D,Crystallite,CMT-DSC,77
2D,Crystallite,DSC-DSC,140
2D,Crystallite Size,CMT-PRO,34
2D,Crystallite Size,DSC-PRO,44
2D,Crystallization,DSC-SMT,42
2D,Crystallographic Orientation,DSC-PRO,73
2D,Crystallographic Parameters,DSC-PRO,51
2D,Crystallography,DSC-CMT,144
2D,Crystallography,DSC-PRO,94
2D,Cs,DSC-CHM,83
2D,Cs+,DSC-CHM,72
2D,CsPbBr3,DSC-CHM,115
2D,CsPbI3,DSC-CHM,50
2D,Csa,CMT-PRO,37
2D,Cu,CMT-CHM,200
2D,Cu,DSC-CHM,1590
2D,Cu,PRO-CHM,241
2D,Cu(100),DSC-CHM,48
2D,Cu(110),DSC-CHM,37
2D,Cu(111),DSC-CHM,130
2D,Cu(I),DSC-CHM,105
2D,Cu(II),DSC-CHM,413
2D,Cu+,DSC-CHM,34
2D,Cu1,DSC-CHM,36
2D,Cu2,DSC-CHM,30
2D,Cu2+,CMT-CHM,42
2D,Cu2+,DSC-CHM,187
2D,Cu2O,DSC-CHM,99
2D,Cu2S,DSC-CHM,38
2D,CuCl2,DSC-CHM,35
2D,CuI,DSC-CHM,115
2D,CuO,DSC-CHM,136
2D,CuPc,DSC-CHM,45
2D,CuS,DSC-CHM,69
2D,Cubane,DSC-CHM,55
2D,Cube,DSC-DSC,77
2D,Cubes,DSC-DSC,94
2D,Cubic,CMT-SPL,97
2D,Cubic,DSC-SPL,674
2D,Cubic,PRO-SPL,32
2D,Cuboid,DSC-DSC,38
2D,Cured,DSC-SMT,34
2D,Curie Temperature,DSC-PRO,124
2D,Curie Temperature,PRO-PRO,48
2D,Curie Weiss Fitting,DSC-CMT,35
2D,Curie Weiss Law,DSC-CMT,69
2D,Curing,DSC-SMT,51
2D,Current,CMT-PRO,83
2D,Current,DSC-PRO,281
2D,Current,PRO-PRO,47
2D,Current Collector,DSC-APL,125
2D,Current Collectors,DSC-APL,63
2D,Current Densities,DSC-PRO,79
2D,Current Density,CMT-PRO,69
2D,Current Density,DSC-PRO,398
2D,Current Density Voltage,CMT-PRO,36
2D,Current Density Voltage,DSC-PRO,41
2D,Current Efficiency,DSC-PRO,48
2D,Current Response,DSC-PRO,61
2D,Current Versus Voltage Characteristics,CMT-PRO,31
2D,Current Versus Voltage Characteristics,DSC-PRO,85
2D,Current Voltage,DSC-PRO,46
2D,Current Voltage Curve,DSC-CMT,43
2D,Curvature,DSC-PRO,76
2D,Curves,CMT-CMT,149
2D,Curves,DSC-CMT,351
2D,Curves,DSC-PRO,40
2D,Curves,PRO-CMT,53
2D,Cutting,DSC-SMT,71
2D,Cyan,DSC-CHM,93
2D,Cyanides,DSC-CHM,64
2D,Cyano,DSC-CHM,45
2D,Cycle Life,DSC-PRO,88
2D,Cycle Performance,DSC-PRO,134
2D,Cycle Stability,DSC-PRO,96
2D,Cycleability,DSC-PRO,76
2D,Cyclic Performance,DSC-PRO,64
2D,Cyclic Stability,DSC-PRO,69
2D,Cyclic Voltammetry,CMT-CMT,70
2D,Cyclic Voltammetry,DSC-CMT,310
2D,Cyclic Voltammogram,CMT-CMT,186
2D,Cyclic Voltammogram,DSC-CMT,560
2D,Cyclic Voltammogram,PRO-CMT,35
2D,Cycling Life,DSC-PRO,32
2D,Cycling Performance,DSC-PRO,435
2D,Cycling Stability,DSC-PRO,453
2D,Cycling Test,DSC-CMT,49
2D,Cyclohexane,CMT-CHM,32
2D,Cyclohexane,DSC-CHM,92
2D,Cylinder,CMT-DSC,105
2D,Cylinder,DSC-DSC,332
2D,Cylindrical,DSC-DSC,74
2D,Cysteines,CMT-CHM,30
2D,Cysteines,DSC-CHM,56
2D,Cytoskeleton,DSC-PRO,31
2D,Cytotoxicity,CMT-PRO,36
2D,Cytotoxicity,DSC-PRO,143
2D,C–D,DSC-CHM,39
2D,C–H,DSC-CHM,129
2D,D-Spacing,CMT-PRO,60
2D,D-Spacing,DSC-PRO,68
2D,D2O,CMT-CHM,207
2D,D2O,DSC-CHM,73
2D,DABCO,DSC-CHM,31
2D,DAPI,CMT-CHM,52
2D,DAPI,DSC-CHM,248
2D,DC,DSC-PRO,30
2D,DEM,CMT-CMT,33
2D,DEM,DSC-CMT,54
2D,DFT,CMT-CMT,163
2D,DFT,DSC-CMT,878
2D,DFT,PRO-CMT,92
2D,DFT Calculations,CMT-CMT,59
2D,DFT Calculations,DSC-CMT,265
2D,DFT Calculations,PRO-CMT,32
2D,DIC,DSC-CMT,42
2D,DIO,CMT-CHM,44
2D,DLS,CMT-CMT,60
2D,DLS,DSC-CMT,95
2D,DMA,DSC-CHM,85
2D,DMAP,DSC-CHM,30
2D,DMF,CMT-CHM,119
2D,DMF,DSC-CHM,673
2D,DMF,PRO-CHM,35
2D,DMPC,CMT-CHM,36
2D,DMSO,CMT-CHM,131
2D,DMSO,DSC-CHM,283
2D,DMSO-D6,CMT-CHM,41
2D,DNA,DSC-PRO,56
2D,DNS,DSC-CMT,39
2D,DOS,CMT-PRO,39
2D,DOS,DSC-CMT,50
2D,DOS,DSC-PRO,401
2D,DOS,PRO-PRO,46
2D,DOX,DSC-CHM,80
2D,DPV,DSC-CMT,37
2D,DRS,DSC-CMT,46
2D,DS,DSC-PRO,31
2D,DSC,CMT-CMT,228
2D,DSC,DSC-CMT,352
2D,DSC,PRO-CMT,30
2D,DSSCS,DSC-APL,72
2D,DTA,DSC-CMT,61
2D,DTG,DSC-CHM,36
2D,Damping,DSC-PRO,30
2D,Dark Currents,DSC-PRO,104
2D,Dark Field Image,DSC-CMT,37
2D,Dark Field STEM,DSC-CMT,35
2D,Decay Curve,DSC-CMT,31
2D,Decay Time,DSC-PRO,51
2D,Defect,DSC-PRO,315
2D,Defect,PRO-PRO,59
2D,Defect Density,DSC-PRO,47
2D,Defect Free,DSC-PRO,69
2D,Defect State,DSC-PRO,44
2D,Deformations,DSC-PRO,30
2D,Deformations,DSC-SMT,55
2D,Degradation,DSC-APL,76
2D,Degradation Efficiency,DSC-PRO,33
2D,Dehydrated,DSC-SMT,40
2D,Dehydration,DSC-SMT,76
2D,Delaminated,DSC-SMT,50
2D,Delamination,DSC-SMT,62
2D,Delithiation,DSC-SMT,33
2D,Dendrimers,DSC-DSC,41
2D,Dendrite,DSC-DSC,75
2D,Dendrites,DSC-DSC,81
2D,Dendritic,DSC-DSC,102
2D,Dense,DSC-PRO,105
2D,Densification,DSC-SMT,30
2D,Densities,CMT-PRO,48
2D,Densities,DSC-PRO,153
2D,Densities of States,DSC-PRO,37
2D,Density,CMT-PRO,277
2D,Density,DSC-PRO,858
2D,Density,PRO-PRO,98
2D,Density Distribution,DSC-PRO,33
2D,Density Functional Calculations,DSC-CMT,43
2D,Density Functional Theory,CMT-CMT,39
2D,Density Functional Theory,DSC-CMT,695
2D,Density Functional Theory,PRO-CMT,86
2D,Density Profiles,DSC-PRO,38
2D,Density of States,CMT-PRO,37
2D,Density of States,DSC-PRO,494
2D,Density of States,PRO-PRO,72
2D,Density-Functional Theory Calculations,DSC-CMT,261
2D,Density-Functional Theory Calculations,PRO-CMT,30
2D,Desalination,DSC-APL,32
2D,Desolvated,DSC-SMT,39
2D,Desorption Isotherm,DSC-CMT,42
2D,Detection,DSC-APL,152
2D,Detection Limit,DSC-PRO,173
2D,Detectivity,DSC-PRO,161
2D,Detector,APL-APL,32
2D,Detector,CMT-APL,109
2D,Detector,DSC-APL,171
2D,Detector,PRO-APL,34
2D,Deuterium,CMT-CHM,59
2D,Deviation,DSC-PRO,30
2D,Device,CMT-APL,55
2D,Device,DSC-APL,424
2D,Device,DSC-PRO,69
2D,Device,PRO-APL,52
2D,Device Application,DSC-APL,135
2D,Device Application,PRO-APL,34
2D,Device Characteristics,DSC-PRO,30
2D,Device Parameters,CMT-PRO,31
2D,Device Performance,CMT-PRO,71
2D,Device Performance,DSC-PRO,207
2D,Device Stability,DSC-PRO,40
2D,Device Structure,DSC-PRO,39
2D,Dewetting,DSC-SMT,31
2D,Dia,DSC-SPL,42
2D,Diagram,CMT-CMT,35
2D,Diagram,DSC-CMT,139
2D,Diagram,DSC-PRO,60
2D,Diamagnetic,DSC-PRO,33
2D,Diamines,DSC-CHM,31
2D,Diamondoid,DSC-CHM,81
2D,Diamondoid,DSC-SPL,96
2D,Diamonds,CMT-CHM,240
2D,Diamonds,DSC-CHM,756
2D,Diamonds,DSC-SPL,67
2D,Diamonds,PRO-CHM,107
2D,Diblock Copolymer,CMT-DSC,31
2D,Diblock Copolymer,DSC-DSC,41
2D,Dicarboxylate,DSC-CHM,145
2D,Dicarboxylic Acid,DSC-CHM,45
2D,Dichalcogenide,DSC-CHM,59
2D,Dichloromethane,CMT-CHM,36
2D,Dichloromethane,DSC-CHM,106
2D,Dicyanamide,DSC-CHM,68
2D,Dielectric,CMT-APL,33
2D,Dielectric,CMT-PRO,48
2D,Dielectric,DSC-APL,91
2D,Dielectric,DSC-PRO,369
2D,Dielectric,PRO-PRO,66
2D,Dielectric Constant,CMT-PRO,36
2D,Dielectric Constant,DSC-PRO,169
2D,Dielectric Constants,DSC-PRO,51
2D,Dielectric Function,DSC-PRO,105
2D,Dielectric Layer,DSC-APL,36
2D,Dielectric Loss,DSC-PRO,49
2D,Dielectric Permittivities,DSC-PRO,33
2D,Dielectric Properties,DSC-PRO,46
2D,Dielectric Screening,DSC-PRO,32
2D,Differential Scanning Calorimetry,CMT-CMT,35
2D,Differential Scanning Calorimetry,DSC-CMT,81
2D,Diffraction,CMT-CMT,65
2D,Diffraction,CMT-PRO,50
2D,Diffraction,DSC-CMT,109
2D,Diffraction,DSC-PRO,75
2D,Diffraction Pattern,CMT-CMT,91
2D,Diffraction Pattern,DSC-CMT,220
2D,Diffraction Peak,CMT-PRO,34
2D,Diffraction Peak,DSC-PRO,55
2D,Diffused Reflectance,DSC-CMT,51
2D,Diffusion,DSC-PRO,57
2D,Diffusion Barrier,DSC-PRO,74
2D,Diffusion Coefficient,CMT-PRO,75
2D,Diffusion Coefficient,DSC-PRO,130
2D,Diffusion Length,DSC-PRO,40
2D,Diffusion Paths,DSC-PRO,34
2D,Diffusivity,DSC-PRO,75
2D,Digital Images,DSC-CMT,59
2D,Digital Photo,DSC-CMT,40
2D,Digital Photograph,DSC-CMT,88
2D,Dihedral Angle,CMT-PRO,63
2D,Dihedral Angle,DSC-PRO,88
2D,Dimensional,CMT-CMT,35
2D,Dimensional,DSC-CMT,63
2D,Dimensional,DSC-DSC,345
2D,Dimensional,DSC-PRO,66
2D,Dimensional,PRO-DSC,56
2D,Dimensional,PRO-PRO,43
2D,Dimensionalities,DSC-PRO,56
2D,Dimensionality,DSC-PRO,38
2D,Dimers,DSC-DSC,74
2D,Dimethylformamide,DSC-CHM,51
2D,Dimethylsulfoxide,DSC-CHM,54
2D,Diodes,DSC-APL,78
2D,Dioxane,DSC-CHM,38
2D,Dip Coating,DSC-SMT,75
2D,Dipolar,DSC-PRO,37
2D,Dipolar Couplings,CMT-PRO,53
2D,Dipole,DSC-PRO,67
2D,Dipole Moment,CMT-PRO,31
2D,Dipole Moment,DSC-PRO,114
2D,Dipole-Dipole Interaction,DSC-PRO,36
2D,Dirac,DSC-PRO,33
2D,Dirac Cones,DSC-PRO,121
2D,Dirac Cones,PRO-PRO,57
2D,Dirac Fermion,DSC-PRO,60
2D,Dirac Fermion,PRO-PRO,32
2D,Dirac Point,DSC-PRO,146
2D,Dirac Point,PRO-PRO,79
2D,Direct,DSC-PRO,73
2D,Direct Band Gap,DSC-PRO,124
2D,Disc,DSC-DSC,60
2D,Discharge,DSC-PRO,111
2D,Discharge Capacity,DSC-PRO,195
2D,Discharge Curves,DSC-CMT,53
2D,Discharge Curves,DSC-PRO,51
2D,Discharge Profile,DSC-PRO,45
2D,Discs,DSC-DSC,57
2D,Disk,DSC-DSC,116
2D,Disks,DSC-DSC,91
2D,Dislocation,CMT-PRO,33
2D,Dislocation,DSC-PRO,177
2D,Dislocation Density,DSC-PRO,38
2D,Disorder,DSC-PRO,97
2D,Disordered,DSC-DSC,102
2D,Disordered,DSC-PRO,126
2D,Dispersability,DSC-PRO,45
2D,Dispersion,DSC-DSC,108
2D,Dispersion,DSC-PRO,111
2D,Dispersion Curve,DSC-CMT,32
2D,Dispersion Curve,DSC-PRO,35
2D,Dispersion Relations,DSC-PRO,85
2D,Displacement,DSC-PRO,67
2D,Displacement Ellipsoid,DSC-CMT,129
2D,Displacement Field,DSC-PRO,41
2D,Displays,DSC-APL,57
2D,Dissolution,DSC-SMT,89
2D,Distance,CMT-PRO,40
2D,Distance,DSC-PRO,100
2D,Distribution,CMT-CMT,45
2D,Distribution,CMT-PRO,42
2D,Distribution,DSC-CMT,52
2D,Distribution,DSC-PRO,50
2D,Distribution Function,DSC-PRO,31
2D,Disulfide,DSC-CHM,57
2D,Domain Boundaries,DSC-PRO,41
2D,Domain Boundary,DSC-PRO,34
2D,Domain Size,CMT-PRO,43
2D,Domain Size,DSC-PRO,90
2D,Domain Structure,DSC-PRO,42
2D,Domain Wall,DSC-PRO,57
2D,Domains,CMT-PRO,71
2D,Domains,DSC-DSC,41
2D,Domains,DSC-PRO,226
2D,Domains,PRO-PRO,39
2D,Donor,CMT-PRO,33
2D,Donor,DSC-APL,31
2D,Dopamine,DSC-CHM,71
2D,Doped,CMT-DSC,199
2D,Doped,DSC-DSC,1351
2D,Doped,PRO-DSC,230
2D,Doped Porous,DSC-DSC,31
2D,Doping,CMT-SMT,33
2D,Doping,DSC-PRO,71
2D,Doping,DSC-SMT,404
2D,Doping,PRO-PRO,44
2D,Doping,PRO-SMT,108
2D,Doping Concentration,DSC-PRO,68
2D,Doping Level,DSC-PRO,66
2D,Double Chain,DSC-DSC,134
2D,Double Layered,DSC-DSC,253
2D,Double Perovskite,DSC-SPL,48
2D,Doublers,DSC-DSC,70
2D,Doxorubicin,DSC-CHM,72
2D,Dp,DSC-PRO,32
2D,Drag,DSC-PRO,30
2D,Drag Coefficient,DSC-PRO,42
2D,Drain,CMT-APL,34
2D,Drain,DSC-APL,93
2D,Drain Currents,CMT-PRO,32
2D,Drain Currents,DSC-PRO,77
2D,Drain Electrode,DSC-APL,47
2D,Dried,CMT-SMT,60
2D,Dried,DSC-SMT,114
2D,Drop Cast,DSC-SMT,30
2D,Drop Casting,DSC-SMT,72
2D,Droplets,CMT-DSC,72
2D,Droplets,DSC-DSC,272
2D,Drug Delivery,DSC-APL,137
2D,Drug Screening,DSC-APL,31
2D,Drying,CMT-SMT,87
2D,Drying,DSC-SMT,182
2D,Dssc,DSC-APL,48
2D,Dtg,DSC-CMT,32
2D,Ductility,DSC-PRO,31
2D,Durability,DSC-PRO,158
2D,Durability Test,DSC-CMT,37
2D,Dye-Sensitized Solar Cells,DSC-APL,49
2D,Dynamic Behavior,DSC-PRO,49
2D,Dynamic Light Scattering,DSC-CMT,64
2D,Dynamical Properties,DSC-PRO,30
2D,Dynamical Response,DSC-PRO,49
2D,Dynamically,DSC-PRO,31
2D,Dynamically Stable,DSC-PRO,46
2D,Dynamics,CMT-PRO,69
2D,Dynamics,DSC-PRO,118
2D,D–F,DSC-CHM,87
2D,E F,DSC-PRO,33
2D,EB,DSC-PRO,69
2D,EBSD,DSC-CMT,75
2D,EC,DSC-PRO,55
2D,ECM,DSC-DSC,34
2D,EDS,CMT-CMT,137
2D,EDS,DSC-CHM,45
2D,EDS,DSC-CMT,413
2D,EDS,PRO-CMT,40
2D,EDS Elemental Mapping,DSC-CMT,45
2D,EDS Mapping,DSC-CMT,114
2D,EDTA,CMT-CHM,31
2D,EDTA,DSC-CHM,51
2D,EDX,CMT-CMT,126
2D,EDX,DSC-CMT,333
2D,EDX,PRO-CMT,35
2D,EDX Elemental Mapping,DSC-CMT,45
2D,EDX Mapping,DSC-CMT,65
2D,EIS,DSC-CMT,65
2D,EIS Nyquist Plot,DSC-CMT,33
2D,ELISA,DSC-CMT,55
2D,EQE,CMT-CMT,246
2D,EQE,CMT-PRO,55
2D,EQE,DSC-CMT,158
2D,EQE,DSC-PRO,135
2D,EQE Curve,CMT-CMT,91
2D,EQE Spectra,CMT-CMT,30
2D,ESI MS,CMT-CMT,38
2D,ESR,DSC-CMT,134
2D,EV,DSC-PRO,61
2D,EXAFS,DSC-CMT,73
2D,Edge,DSC-DSC,58
2D,Edge,DSC-PRO,56
2D,Edge Dislocation,DSC-PRO,35
2D,Edge Length,DSC-PRO,36
2D,Edge State,DSC-PRO,127
2D,Edge State,PRO-PRO,38
2D,Edge Structure,DSC-PRO,33
2D,Edges,DSC-DSC,35
2D,Eels,CMT-CMT,32
2D,Eels,DSC-CMT,105
2D,Effect,DSC-PRO,76
2D,Effective,CMT-PRO,38
2D,Effective,DSC-PRO,106
2D,Effective Mass,DSC-PRO,88
2D,Effective Masses,DSC-PRO,52
2D,Efficiencies,DSC-PRO,63
2D,Efficiency,CMT-PRO,87
2D,Efficiency,DSC-PRO,514
2D,Eigenvalue,DSC-PRO,53
2D,Eis,CMT-CMT,35
2D,Eis,DSC-CMT,226
2D,El,CMT-CMT,35
2D,El,DSC-CMT,98
2D,Elastic,CMT-PRO,59
2D,Elastic,DSC-PRO,234
2D,Elastic Constant,DSC-PRO,71
2D,Elastic Energy,DSC-PRO,36
2D,Elastic Modulus,CMT-PRO,52
2D,Elastic Modulus,DSC-PRO,205
2D,Elastic Property,DSC-PRO,65
2D,Elasticity,DSC-PRO,72
2D,Elastomer,DSC-PRO,43
2D,Elastomeric,DSC-PRO,71
2D,Electric,DSC-PRO,89
2D,Electric Conductivity,DSC-PRO,83
2D,Electric Field,CMT-PRO,46
2D,Electric Field,DSC-PRO,145
2D,Electric Field Distribution,DSC-PRO,94
2D,Electric Potential,DSC-PRO,51
2D,Electrical,DSC-PRO,414
2D,Electrical,PRO-PRO,61
2D,Electrical Characterisation,DSC-CMT,43
2D,Electrical Characteristic,DSC-PRO,43
2D,Electrical Conductivity,CMT-PRO,52
2D,Electrical Conductivity,DSC-PRO,605
2D,Electrical Conductivity,PRO-PRO,87
2D,Electrical Contact,DSC-APL,32
2D,Electrical Current,DSC-PRO,39
2D,Electrical Measurement,DSC-CMT,54
2D,Electrical Performance,DSC-PRO,56
2D,Electrical Properties,CMT-PRO,41
2D,Electrical Properties,DSC-PRO,283
2D,Electrical Properties,PRO-PRO,60
2D,Electrical Resistance,DSC-PRO,46
2D,Electrical Resistivity,DSC-PRO,77
2D,Electrical Transport,DSC-PRO,43
2D,Electrically,DSC-PRO,33
2D,Electrically Conductive,DSC-PRO,44
2D,Electroactive,DSC-PRO,42
2D,Electrocatalysis,DSC-APL,116
2D,Electrocatalyst,DSC-APL,421
2D,Electrocatalytic Activity,DSC-PRO,193
2D,Electrocatalytic Performance,DSC-PRO,95
2D,Electrocatalytic Property,DSC-PRO,34
2D,Electrochemical,DSC-APL,38
2D,Electrochemical,DSC-PRO,98
2D,Electrochemical,DSC-SMT,52
2D,Electrochemical Activity,DSC-PRO,72
2D,Electrochemical Analysis,DSC-CMT,30
2D,Electrochemical Applications,DSC-APL,39
2D,Electrochemical Behavior,DSC-PRO,100
2D,Electrochemical Cells,DSC-APL,52
2D,Electrochemical Characteristic,DSC-PRO,31
2D,Electrochemical Characterization,DSC-CMT,75
2D,Electrochemical Deposition,DSC-SMT,53
2D,Electrochemical Energy Storage,DSC-APL,58
2D,Electrochemical Energy Storage Device,DSC-APL,34
2D,Electrochemical Exfoliation,DSC-SMT,33
2D,Electrochemical Impedance Spectra,DSC-CMT,43
2D,Electrochemical Impedance Spectroscopy,DSC-CMT,167
2D,Electrochemical Measurement,DSC-CMT,66
2D,Electrochemical Performance,DSC-PRO,676
2D,Electrochemical Performance,PRO-PRO,39
2D,Electrochemical Properties,CMT-PRO,70
2D,Electrochemical Properties,DSC-PRO,295
2D,Electrochemical Sensor,DSC-APL,51
2D,Electrochemical Society,DSC-CMT,32
2D,Electrochemical Stability,DSC-PRO,44
2D,Electrochemically Active Surface Area,DSC-PRO,31
2D,Electrochemistry,DSC-APL,30
2D,Electrode,APL-APL,33
2D,Electrode,CMT-APL,324
2D,Electrode,DSC-APL,2214
2D,Electrode,PRO-APL,185
2D,Electrode Material,DSC-APL,32
2D,Electrodeposition,DSC-SMT,167
2D,Electrodeposits,DSC-SMT,85
2D,Electrodes,APL-APL,36
2D,Electrodes,CMT-APL,227
2D,Electrodes,DSC-APL,1587
2D,Electrodes,PRO-APL,174
2D,Electroluminescence,DSC-CMT,77
2D,Electrolysis,DSC-SMT,32
2D,Electrolyte,CMT-APL,76
2D,Electrolyte,DSC-APL,587
2D,Electrolyte,PRO-APL,34
2D,Electromagnetic,DSC-PRO,35
2D,Electromagnetic Interference Shielding,DSC-APL,36
2D,Electron Affinity,DSC-PRO,41
2D,Electron Beam Lithography,DSC-SMT,45
2D,Electron Density,CMT-PRO,61
2D,Electron Density,DSC-PRO,201
2D,Electron Diffraction,CMT-CMT,38
2D,Electron Diffraction,DSC-CMT,144
2D,Electron Diffraction Pattern,DSC-CMT,49
2D,Electron Energy Loss Spectroscopy,DSC-CMT,40
2D,Electron Gas,DSC-PRO,81
2D,Electron Gas,PRO-PRO,64
2D,Electron Hole Pair,DSC-PRO,85
2D,Electron Localization Function,DSC-PRO,52
2D,Electron Micrograph,DSC-CMT,36
2D,Electron Microscopy,DSC-CMT,130
2D,Electron Mobilities,CMT-PRO,39
2D,Electron Mobilities,DSC-PRO,35
2D,Electron Mobility,CMT-PRO,32
2D,Electron Mobility,DSC-PRO,182
2D,Electron Mobility,PRO-PRO,40
2D,Electron Paramagnetic Resonance,DSC-CMT,39
2D,Electron Spin Resonance,DSC-CMT,39
2D,Electron Transfer,DSC-PRO,98
2D,Electron Transfer Number,DSC-PRO,31
2D,Electron Transition,DSC-PRO,44
2D,Electron Transport,DSC-PRO,207
2D,Electron Transport,PRO-PRO,37
2D,Electron Transporting Layer,DSC-APL,53
2D,Electron-Hole Pair Separation,DSC-PRO,48
2D,Electron-Only Device,CMT-APL,37
2D,Electron-Phonon Coupling,DSC-PRO,31
2D,Electronic,DSC-APL,303
2D,Electronic,DSC-PRO,767
2D,Electronic,PRO-APL,70
2D,Electronic,PRO-PRO,158
2D,Electronic Absorption,DSC-CMT,33
2D,Electronic Applications,DSC-APL,84
2D,Electronic Band,DSC-PRO,30
2D,Electronic Band Gap,DSC-PRO,64
2D,Electronic Band Structures,DSC-PRO,395
2D,Electronic Band Structures,PRO-PRO,64
2D,Electronic Conductivity,DSC-PRO,145
2D,Electronic Coupling,DSC-PRO,49
2D,Electronic Densities,DSC-PRO,34
2D,Electronic Density of States,DSC-PRO,55
2D,Electronic Devices,DSC-APL,280
2D,Electronic Devices,PRO-APL,55
2D,Electronic Interaction,DSC-PRO,33
2D,Electronic Properties,DSC-PRO,890
2D,Electronic Properties,PRO-PRO,160
2D,Electronic State,DSC-PRO,164
2D,Electronic State,PRO-PRO,38
2D,Electronic Structure,DSC-PRO,526
2D,Electronic Structure,PRO-PRO,107
2D,Electronic Structure Calculations,DSC-CMT,31
2D,Electronic Structures,DSC-PRO,250
2D,Electronic Structures,PRO-PRO,37
2D,Electronics,DSC-APL,464
2D,Electronics,PRO-APL,88
2D,Electrons,CMT-PRO,47
2D,Electrons,DSC-PRO,271
2D,Electrons,PRO-PRO,75
2D,Electrophoretic Deposition,DSC-SMT,35
2D,Electroplating,DSC-SMT,33
2D,Electrospinning,DSC-SMT,116
2D,Electrospun,DSC-SMT,124
2D,Electrostatic Interaction,DSC-PRO,37
2D,Electrostatic Potential,CMT-PRO,31
2D,Electrostatic Potential,DSC-PRO,116
2D,Electrostatics,DSC-PRO,53
2D,Element Mapping,DSC-CMT,67
2D,Elemental,DSC-CMT,39
2D,Elemental Analysis,CMT-CMT,50
2D,Elemental Analysis,DSC-CMT,842
2D,Elemental Composition,DSC-PRO,35
2D,Elemental Map,DSC-CMT,38
2D,Elemental Mapping,CMT-CMT,57
2D,Elemental Mapping,DSC-CMT,248
2D,Elf,DSC-CMT,36
2D,Elf,DSC-PRO,31
2D,Ellipsoids,DSC-CMT,99
2D,Ellipsometry,DSC-CMT,38
2D,Emission Band,DSC-PRO,43
2D,Emission Colour,DSC-PRO,34
2D,Emission Intensity,DSC-PRO,122
2D,Emission Properties,DSC-PRO,30
2D,Emission Spectra,CMT-CMT,79
2D,Emission Spectra,DSC-CMT,798
2D,Emission Spectra,PRO-CMT,35
2D,Emission Spectrum,DSC-CMT,86
2D,Emission Wavelength,DSC-PRO,36
2D,Emissions,DSC-CMT,159
2D,Emissions,DSC-PRO,151
2D,Emissive,DSC-PRO,30
2D,Emitters,DSC-APL,104
2D,Emulsion,DSC-DSC,42
2D,Emulsions,DSC-DSC,50
2D,Endothelial,DSC-PRO,39
2D,Energetic,DSC-PRO,100
2D,Energies,CMT-PRO,30
2D,Energies,DSC-PRO,129
2D,Energy,CMT-PRO,85
2D,Energy,DSC-APL,136
2D,Energy,DSC-CMT,36
2D,Energy,DSC-PRO,344
2D,Energy,PRO-PRO,44
2D,Energy Application,DSC-APL,46
2D,Energy Band,DSC-PRO,99
2D,Energy Band Alignment,DSC-PRO,35
2D,Energy Band Diagram,CMT-PRO,36
2D,Energy Band Diagram,DSC-PRO,172
2D,Energy Band Gap,DSC-PRO,70
2D,Energy Band Structure,DSC-PRO,74
2D,Energy Barrier,DSC-PRO,154
2D,Energy Conversion,DSC-APL,106
2D,Energy Conversion Efficiency,DSC-PRO,30
2D,Energy Conversion and Storage,DSC-APL,45
2D,Energy Densities,DSC-PRO,34
2D,Energy Density,DSC-PRO,351
2D,Energy Devices,DSC-APL,30
2D,Energy Diagram,DSC-CMT,56
2D,Energy Diagram,DSC-PRO,94
2D,Energy Difference,DSC-PRO,39
2D,Energy Dispersions,DSC-PRO,32
2D,Energy Dispersive X-Ray Spectroscopy,DSC-CMT,88
2D,Energy Efficiency,DSC-PRO,40
2D,Energy Gap,DSC-PRO,148
2D,Energy Gap,PRO-PRO,40
2D,Energy Harvesting,DSC-APL,40
2D,Energy Landscape,DSC-PRO,45
2D,Energy Level,CMT-PRO,149
2D,Energy Level,DSC-PRO,298
2D,Energy Level,PRO-PRO,38
2D,Energy Level Alignment,DSC-PRO,61
2D,Energy Level Diagram,CMT-CMT,36
2D,Energy Level Diagram,CMT-PRO,95
2D,Energy Level Diagram,DSC-CMT,48
2D,Energy Level Diagram,DSC-PRO,136
2D,Energy Profile,DSC-PRO,54
2D,Energy Spectra,DSC-PRO,43
2D,Energy Storage,DSC-APL,401
2D,Energy Storage,PRO-APL,45
2D,Energy Storage Application,DSC-APL,80
2D,Energy Storage Device,DSC-APL,193
2D,Energy Storage System,DSC-APL,55
2D,Energy Storage and Conversion,DSC-APL,34
2D,Energy Transfer,DSC-PRO,59
2D,Engineering,DSC-APL,48
2D,Enhancement Factor,DSC-PRO,49
2D,Enthalpy,DSC-PRO,40
2D,Entropy,DSC-PRO,83
2D,Environmental Application,DSC-APL,44
2D,Environmental Remediation,DSC-APL,63
2D,Environmental Stability,DSC-PRO,73
2D,Enzymes,DSC-APL,37
2D,Eosin,DSC-CHM,53
2D,Epilayer,DSC-DSC,48
2D,Epoxides,DSC-CHM,49
2D,Epoxy,CMT-CHM,44
2D,Epoxy,DSC-CHM,174
2D,Epoxy Resin,DSC-CHM,40
2D,Epr,CMT-CMT,62
2D,Epr,DSC-CMT,164
2D,Equations,DSC-CMT,66
2D,Equivalent Circuit Model,DSC-CMT,42
2D,Equivalent Circuits,CMT-CMT,46
2D,Equivalent Circuits,DSC-CMT,140
2D,Er,DSC-CHM,82
2D,Er3+,DSC-CHM,35
2D,Erbium,DSC-CHM,31
2D,Esters,CMT-CHM,31
2D,Esters,DSC-CHM,69
2D,Et3N,DSC-CHM,30
2D,Etch,DSC-SMT,36
2D,Etched,CMT-SMT,34
2D,Etched,DSC-SMT,200
2D,Etching,CMT-SMT,52
2D,Etching,DSC-SMT,402
2D,Etching,PRO-SMT,67
2D,Ethanol,CMT-CHM,158
2D,Ethanol,DSC-CHM,597
2D,Ethanol,PRO-CHM,39
2D,Ethers,DSC-CHM,59
2D,Ethyl,DSC-CHM,35
2D,Ethyl Acetate,DSC-CHM,34
2D,Ethylene,DSC-CHM,72
2D,Ethylene Diamine,DSC-CHM,80
2D,Ethylene Glycol,DSC-CHM,84
2D,Eu,DSC-CHM,218
2D,Eu(III),DSC-CHM,48
2D,Eu3+,DSC-CHM,107
2D,Eutectic,DSC-DSC,31
2D,Evaporation,CMT-SMT,30
2D,Evaporation,DSC-SMT,94
2D,Exchange Current Density,DSC-PRO,32
2D,Exchange Interaction,DSC-PRO,56
2D,Excitation,DSC-CMT,52
2D,Excitation Spectra,DSC-CMT,98
2D,Excitation and Emission Spectra,DSC-CMT,36
2D,Excited State,DSC-PRO,38
2D,Exciton,DSC-PRO,130
2D,Exciton Binding Energy,DSC-PRO,167
2D,Excitonic,DSC-PRO,31
2D,Excitonic State,DSC-PRO,41
2D,Exfoliate,DSC-DSC,80
2D,Exfoliate,DSC-SMT,304
2D,Exfoliate,PRO-SMT,62
2D,Exfoliating,DSC-SMT,43
2D,Exfoliation,DSC-SMT,494
2D,Exfoliation,PRO-SMT,82
2D,External Quantum Efficiency,CMT-PRO,36
2D,External Quantum Efficiency,DSC-PRO,158
2D,Extinction Coefficient,DSC-PRO,37
2D,Extinction Spectrum,DSC-CMT,71
2D,Extruded,DSC-SMT,41
2D,Extrusion,DSC-SMT,47
2D,F,CMT-CHM,104
2D,F,CMT-PRO,168
2D,F,DSC-CHM,430
2D,F,DSC-PRO,345
2D,F,DSC-SPL,51
2D,F,PRO-CHM,67
2D,F,PRO-PRO,53
2D,FAPbI3,DSC-CHM,31
2D,FCC,CMT-SPL,54
2D,FCC,DSC-SPL,247
2D,FDTD,DSC-CMT,56
2D,FDTD Simulation,DSC-CMT,32
2D,FE,DSC-CMT,80
2D,FE-SEM,CMT-CMT,50
2D,FE-SEM,DSC-CMT,134
2D,FEA,DSC-CMT,35
2D,FEM,DSC-CMT,82
2D,FESEM,CMT-CMT,133
2D,FESEM,DSC-CMT,447
2D,FESEM,PRO-CMT,61
2D,FET,CMT-APL,37
2D,FET,DSC-APL,261
2D,FET,PRO-APL,64
2D,FET Device,DSC-APL,68
2D,FETS,CMT-APL,34
2D,FETS,DSC-APL,267
2D,FETS,PRO-APL,60
2D,FFT,DSC-CMT,74
2D,FID,CMT-CMT,47
2D,FITC,CMT-CHM,40
2D,FITC,DSC-CHM,118
2D,FT-IR,CMT-CMT,134
2D,FT-IR,DSC-CMT,396
2D,FT-IR Spectroscopy,DSC-CMT,41
2D,FTIR,CMT-CMT,310
2D,FTIR,DSC-CMT,550
2D,FTIR,PRO-CMT,62
2D,FTO,CMT-CHM,53
2D,FTO,DSC-CHM,227
2D,FWHM,CMT-PRO,74
2D,FWHM,DSC-PRO,88
2D,FWHM,PRO-PRO,67
2D,Fabric,DSC-DSC,55
2D,Face Centered Cubic,DSC-SPL,72
2D,Facile Hydrothermal Method,DSC-SMT,46
2D,Failure Mechanism,DSC-PRO,32
2D,Failure Mode,DSC-PRO,42
2D,Faradaic Efficiency,DSC-PRO,51
2D,Fast Fourier Transform,CMT-CMT,31
2D,Fast Fourier Transform,DSC-CMT,127
2D,Fe,CMT-CHM,150
2D,Fe,CMT-CMT,45
2D,Fe,DSC-CHM,843
2D,Fe,DSC-CMT,81
2D,Fe,DSC-PRO,51
2D,Fe,PRO-CHM,100
2D,Fe(II),DSC-CHM,41
2D,Fe(III),DSC-CHM,42
2D,Fe2+,DSC-CHM,48
2D,Fe2O3,DSC-CHM,154
2D,Fe3+,DSC-CHM,177
2D,Fe3O4,CMT-CHM,30
2D,Fe3O4,DSC-CHM,247
2D,FeCl3,DSC-CHM,40
2D,FeII,DSC-CHM,32
2D,Fea,DSC-CMT,61
2D,Fem,CMT-CMT,73
2D,Fem,DSC-CMT,165
2D,Fermi Energy,DSC-PRO,159
2D,Fermi Energy,PRO-PRO,42
2D,Fermi Energy Level,DSC-PRO,41
2D,Fermi Level,CMT-PRO,55
2D,Fermi Level,DSC-PRO,776
2D,Fermi Level,PRO-PRO,161
2D,Fermi Surface,DSC-PRO,115
2D,Fermi Surface,PRO-PRO,59
2D,Fermi Velocity,DSC-PRO,31
2D,Fermions,DSC-PRO,32
2D,Ferrite,DSC-CHM,50
2D,Ferrocenes,DSC-CHM,59
2D,Ferroelectric,DSC-PRO,162
2D,Ferroelectric,PRO-PRO,33
2D,Ferroelectricity,DSC-PRO,87
2D,Ferromagnet,DSC-PRO,37
2D,Ferromagnetic,DSC-PRO,316
2D,Ferromagnetic,PRO-PRO,91
2D,Ferromagnetic Coupling,DSC-PRO,60
2D,Ferromagnetic Interaction,DSC-PRO,67
2D,Ferromagnetism,DSC-PRO,157
2D,Ferromagnetism,PRO-PRO,68
2D,Ferromagnets,DSC-CHM,51
2D,Ferromagnets,DSC-PRO,39
2D,Few,DSC-DSC,112
2D,Few Layer,DSC-DSC,607
2D,Few Layer,PRO-DSC,151
2D,Few Layers,DSC-DSC,35
2D,Ff,CMT-PRO,87
2D,Ff,DSC-PRO,102
2D,Fft,CMT-CMT,94
2D,Fft,DSC-CMT,283
2D,Fft,PRO-CMT,34
2D,Fiber,CMT-DSC,112
2D,Fiber,DSC-APL,30
2D,Fiber,DSC-DSC,494
2D,Fiber Laser,DSC-APL,31
2D,Fibers,CMT-DSC,115
2D,Fibers,DSC-DSC,512
2D,Fibres,DSC-DSC,135
2D,Fibrils,CMT-DSC,65
2D,Fibrils,DSC-DSC,75
2D,Fibrous,DSC-DSC,76
2D,Field,DSC-CMT,30
2D,Field Effect Mobility,DSC-PRO,96
2D,Field Effect Transistor,DSC-APL,382
2D,Field Effect Transistor,PRO-APL,92
2D,Field Emission Scanning Electron Microscopy,DSC-CMT,83
2D,Figures,DSC-CMT,31
2D,Figures of Merit,DSC-PRO,68
2D,Filament,DSC-DSC,37
2D,Filaments,DSC-DSC,57
2D,Fill Factor,DSC-PRO,87
2D,Filler,DSC-APL,81
2D,Filling Factor,DSC-PRO,40
2D,Film,APL-DSC,57
2D,Film,CMT-DSC,1129
2D,Film,DSC-DSC,3114
2D,Film,PRO-DSC,445
2D,Film,SPL-DSC,41
2D,Film Surface,CMT-DSC,47
2D,Film Surface,DSC-DSC,54
2D,Films,APL-DSC,40
2D,Films,CMT-DSC,1082
2D,Films,DSC-DSC,2532
2D,Films,PRO-DSC,361
2D,Films,SPL-DSC,36
2D,Filtering,DSC-SMT,30
2D,Filters,CMT-APL,42
2D,Filters,DSC-APL,97
2D,Filtration,DSC-SMT,38
2D,Finite Element Analysis,DSC-CMT,74
2D,Finite Element Mesh,DSC-CMT,76
2D,Finite Element Method,CMT-CMT,51
2D,Finite Element Method,DSC-CMT,136
2D,Finite Element Model,CMT-CMT,74
2D,Finite Element Model,DSC-CMT,102
2D,Finite Element Simulation,DSC-CMT,61
2D,Finite Elements,CMT-CMT,35
2D,Finite Elements,DSC-CMT,111
2D,First Principle Calculation,DSC-CMT,697
2D,First Principle Calculation,PRO-CMT,169
2D,First Principles,DSC-CMT,78
2D,Fit,CMT-CMT,37
2D,Fit,DSC-CMT,57
2D,Fitting,DSC-CMT,48
2D,Flake,CMT-DSC,30
2D,Flake,DSC-DSC,378
2D,Flake,PRO-DSC,89
2D,Flakes,CMT-DSC,33
2D,Flakes,DSC-DSC,605
2D,Flakes,PRO-DSC,138
2D,Flexibility,DSC-PRO,249
2D,Flexible,DSC-APL,262
2D,Flexible,DSC-PRO,483
2D,Flexible,PRO-PRO,57
2D,Flexible Device,DSC-APL,75
2D,Flexible Electronics,DSC-APL,79
2D,Flexural Strength,DSC-PRO,37
2D,Flow,DSC-PRO,45
2D,Flow Cytometry,CMT-CMT,38
2D,Flow Cytometry,DSC-CMT,115
2D,Flow Field,DSC-PRO,36
2D,Flow Pattern,DSC-PRO,32
2D,Flower,DSC-DSC,52
2D,Flower Like,DSC-DSC,112
2D,Fluorescein,DSC-CHM,61
2D,Fluorescence,CMT-CMT,164
2D,Fluorescence,CMT-PRO,65
2D,Fluorescence,DSC-CMT,427
2D,Fluorescence,DSC-PRO,265
2D,Fluorescence,PRO-CMT,34
2D,Fluorescence Emission,CMT-CMT,30
2D,Fluorescence Emission,DSC-CMT,105
2D,Fluorescence Emission,DSC-PRO,99
2D,Fluorescence Image,CMT-CMT,43
2D,Fluorescence Image,DSC-CMT,158
2D,Fluorescence Imaging,DSC-CMT,48
2D,Fluorescence Intensity,CMT-PRO,78
2D,Fluorescence Intensity,DSC-PRO,239
2D,Fluorescence Lifetime,DSC-PRO,47
2D,Fluorescence Micrograph,DSC-CMT,30
2D,Fluorescence Microscope,DSC-CMT,38
2D,Fluorescence Microscopy,CMT-CMT,45
2D,Fluorescence Microscopy,DSC-CMT,165
2D,Fluorescence Property,DSC-PRO,61
2D,Fluorescence Quenching,DSC-CMT,44
2D,Fluorescence Quenching,DSC-PRO,35
2D,Fluorescence Spectra,CMT-CMT,30
2D,Fluorescence Spectra,DSC-CMT,71
2D,Fluorescent,CMT-PRO,36
2D,Fluorescent,DSC-CMT,46
2D,Fluorescent,DSC-PRO,148
2D,Fluorescent Image,DSC-CMT,92
2D,Fluorescent Microscopy,DSC-CMT,30
2D,Fluorescent Properties,DSC-PRO,48
2D,Fluoride,DSC-CHM,57
2D,Fluorination,DSC-SMT,37
2D,Fluorine,CMT-CHM,59
2D,Fluorine,DSC-CHM,200
2D,Flux,DSC-PRO,72
2D,Foam,CMT-DSC,43
2D,Foam,DSC-DSC,399
2D,Foams,DSC-DSC,148
2D,Foil,CMT-DSC,58
2D,Foil,DSC-DSC,378
2D,Foil,PRO-DSC,117
2D,Foils,DSC-DSC,98
2D,Foils,PRO-DSC,36
2D,Folding,DSC-SMT,54
2D,Force,DSC-PRO,38
2D,Formaldehyde,DSC-CHM,60
2D,Formamide,DSC-CHM,31
2D,Formamidinium,DSC-CHM,32
2D,Formate,DSC-CHM,66
2D,Formation Energy,DSC-PRO,222
2D,Formation Mechanism,DSC-PRO,113
2D,Formic Acids,DSC-CHM,49
2D,Fourier Transform,CMT-CMT,104
2D,Fourier Transform,DSC-CMT,142
2D,Fourier Transform Infrared,DSC-CMT,52
2D,Fourier Transform Infrared Spectroscopy,DSC-CMT,69
2D,Fourier Transformation,CMT-CMT,43
2D,Fractal Dimension,DSC-PRO,57
2D,Fracture,CMT-PRO,32
2D,Fracture,DSC-PRO,79
2D,Fracture Behavior,DSC-PRO,31
2D,Fracture Surface,DSC-PRO,97
2D,Fracture Toughness,DSC-PRO,46
2D,Framework,DSC-APL,78
2D,Framework,DSC-CMT,88
2D,Framework,DSC-DSC,133
2D,Framework,DSC-PRO,101
2D,Framework Structure,DSC-PRO,88
2D,Free,DSC-PRO,50
2D,Free Energy,CMT-PRO,51
2D,Free Energy,DSC-PRO,174
2D,Free Energy,PRO-PRO,45
2D,Free Energy Diagram,DSC-PRO,69
2D,Free Standing,DSC-DSC,384
2D,Free Standing,PRO-DSC,53
2D,Free Standing Film,DSC-DSC,44
2D,Free Surface,DSC-PRO,78
2D,Freeze Drying,DSC-SMT,59
2D,Freeze-Dried,DSC-SMT,47
2D,Frequencies,CMT-PRO,30
2D,Frequencies,DSC-PRO,45
2D,Frequency,CMT-PRO,59
2D,Frequency,DSC-PRO,91
2D,Frequency Response,DSC-PRO,56
2D,Friction,DSC-PRO,107
2D,Friction Coefficient,CMT-PRO,51
2D,Friction Coefficient,DSC-PRO,85
2D,Ft,CMT-CMT,50
2D,Ft,DSC-CMT,46
2D,Fuel,DSC-APL,43
2D,Fuel Cell,DSC-APL,173
2D,Full Cell,DSC-APL,66
2D,Fullerene,CMT-CHM,71
2D,Fullerene,DSC-CHM,235
2D,Function,CMT-CMT,40
2D,Function,DSC-CMT,40
2D,Function,DSC-PRO,34
2D,Functional Devices,DSC-APL,42
2D,Functional Properties,DSC-PRO,45
2D,Functionalization,DSC-SMT,37
2D,Functions,DSC-CMT,33
2D,G,CMT-PRO,154
2D,G,DSC-PRO,440
2D,G,DSC-SPL,61
2D,G,PRO-PRO,249
2D,G Band,DSC-PRO,38
2D,G Band,PRO-PRO,101
2D,G Peak,PRO-PRO,111
2D,GB,DSC-PRO,47
2D,GBS,DSC-PRO,33
2D,GCD,DSC-CMT,47
2D,GCD Curve,DSC-CMT,77
2D,GGA,DSC-CMT,40
2D,GI XRD,CMT-CMT,74
2D,GI XRD,DSC-CMT,30
2D,GIXD,CMT-CMT,177
2D,GIXD,DSC-CMT,46
2D,GIXS,CMT-CMT,48
2D,GPC,CMT-CMT,62
2D,GS,DSC-PRO,33
2D,GSH,DSC-CHM,31
2D,Ga,CMT-CHM,35
2D,Ga,DSC-CHM,196
2D,GaAs,CMT-CHM,34
2D,GaAs,DSC-CHM,300
2D,GaAs,PRO-CHM,76
2D,GaN,DSC-CHM,243
2D,GaN,PRO-CHM,44
2D,GaS,DSC-CHM,41
2D,GaSe,DSC-CHM,88
2D,Gain,DSC-PRO,65
2D,Gallium,DSC-CHM,54
2D,Galvanostatic Charge Discharge,DSC-CMT,41
2D,Galvanostatic Charge Discharge Curve,DSC-CMT,68
2D,Galvanostatic Charge Discharge Profile,DSC-CMT,45
2D,Gap,DSC-PRO,176
2D,Gap,PRO-PRO,56
2D,Gapless,DSC-PRO,94
2D,Gaps,DSC-PRO,35
2D,Gas,DSC-APL,57
2D,Gas Sensing,DSC-APL,60
2D,Gas Sensing Performance,DSC-PRO,34
2D,Gas Sensors,DSC-APL,131
2D,Gas Separation,DSC-APL,50
2D,Gas Storage,DSC-APL,42
2D,Gate,CMT-APL,48
2D,Gate,DSC-APL,184
2D,Gate,PRO-APL,44
2D,Gate Dielectric,DSC-APL,60
2D,Gate Electrode,DSC-APL,38
2D,Gates,DSC-APL,32
2D,Gaussian Fit,CMT-CMT,45
2D,Gaussian Fit,DSC-CMT,48
2D,Gaussian Function,CMT-CMT,33
2D,Gce,DSC-APL,42
2D,Gd,DSC-CHM,151
2D,Ge,CMT-CHM,47
2D,Ge,DSC-CHM,355
2D,Ge,PRO-CHM,69
2D,GeSe,DSC-CHM,40
2D,Gel,CMT-DSC,41
2D,Gel,DSC-DSC,143
2D,Gels,DSC-DSC,118
2D,Gene Expression,DSC-PRO,102
2D,Geological,CMT-PRO,32
2D,Geological Map,CMT-CMT,32
2D,Geometric Structure,DSC-PRO,101
2D,Geometrical,DSC-PRO,94
2D,Geometrical Parameters,CMT-PRO,33
2D,Geometrical Parameters,DSC-PRO,108
2D,Geometrical Structure,DSC-PRO,33
2D,Geometries,DSC-PRO,47
2D,Geometry,CMT-PRO,41
2D,Geometry,DSC-PRO,169
2D,Geometry Parameters,DSC-PRO,88
2D,Germanene,DSC-CHM,137
2D,Germanene,PRO-CHM,32
2D,Germanium,DSC-CHM,84
2D,Gibbs Free Energy,DSC-PRO,69
2D,Gisaxs,CMT-CMT,161
2D,Gisaxs,DSC-CMT,56
2D,Giwaxs,CMT-CMT,511
2D,Giwaxs,DSC-CMT,119
2D,Glass,CMT-DSC,121
2D,Glass,DSC-DSC,220
2D,Glass Transition Temperature,CMT-PRO,33
2D,Glass Transition Temperature,DSC-PRO,48
2D,Glasses,CMT-DSC,44
2D,Glasses,DSC-DSC,42
2D,Glassy,CMT-DSC,42
2D,Glassy,DSC-DSC,165
2D,Glassy Carbon,DSC-CHM,125
2D,Glu,CMT-CHM,31
2D,Glucose,CMT-CHM,100
2D,Glucose,DSC-CHM,252
2D,Glutathione,DSC-CHM,35
2D,Gly,CMT-CHM,37
2D,Gly,DSC-CHM,31
2D,Glycerol,CMT-CHM,60
2D,Glycerol,DSC-CHM,81
2D,Glycine,CMT-CHM,46
2D,Glycine,DSC-CHM,54
2D,Grain Boundaries,CMT-PRO,44
2D,Grain Boundaries,DSC-PRO,331
2D,Grain Boundaries,PRO-PRO,39
2D,Grain Boundary,CMT-PRO,30
2D,Grain Boundary,DSC-PRO,180
2D,Grain Size,CMT-PRO,80
2D,Grain Size,DSC-PRO,250
2D,Grain Size Distribution,DSC-PRO,37
2D,Grain Structure,DSC-PRO,53
2D,Grains,CMT-DSC,32
2D,Grains,DSC-DSC,107
2D,Grains,DSC-PRO,59
2D,Granular,DSC-DSC,77
2D,Graphdiyne,DSC-CHM,87
2D,Graphene,APL-CHM,58
2D,Graphene,CMT-CHM,176
2D,Graphene,DSC-CHM,4576
2D,Graphene,PRO-CHM,1321
2D,Graphene,SPL-CHM,65
2D,Graphene Oxide,DSC-CHM,1029
2D,Graphene Oxide,PRO-CHM,90
2D,Graphite,CMT-CHM,79
2D,Graphite,DSC-CHM,1030
2D,Graphite,PRO-CHM,244
2D,Graphite Oxides,DSC-CHM,56
2D,Graphitic,DSC-CHM,270
2D,Graphitic,DSC-SPL,92
2D,Graphitic,PRO-CHM,61
2D,Graphitic Carbon Nitride,DSC-CHM,241
2D,Graphynes,DSC-CHM,58
2D,Grating,DSC-APL,108
2D,Grating,DSC-DSC,147
2D,Grid,CMT-DSC,45
2D,Grid,DSC-DSC,253
2D,Grid,PRO-DSC,34
2D,Grids,DSC-DSC,97
2D,Grinding,DSC-SMT,65
2D,Ground State,CMT-PRO,56
2D,Ground State,DSC-PRO,270
2D,Ground State,PRO-PRO,38
2D,Group Velocity,DSC-PRO,33
2D,Growth,DSC-PRO,51
2D,Growth Kinetics,DSC-PRO,47
2D,Growth Mechanism,DSC-PRO,146
2D,Growth Rate,DSC-PRO,36
2D,Guaiacyl,CMT-CHM,43
2D,Guanine,DSC-CHM,31
2D,H+,DSC-CHM,119
2D,H2,CMT-CHM,150
2D,H2,DSC-APL,51
2D,H2,DSC-CHM,865
2D,H2,DSC-PRO,41
2D,H2,PRO-CHM,102
2D,H2 Evolution,DSC-APL,69
2D,H2 Evolution Rate,DSC-PRO,55
2D,H2 Production,DSC-APL,62
2D,H2L,DSC-CHM,119
2D,H2O,CMT-CHM,253
2D,H2O,DSC-CHM,858
2D,H2O,PRO-CHM,55
2D,H2O2,CMT-CHM,57
2D,H2O2,DSC-CHM,337
2D,H2S,DSC-CHM,89
2D,H2SO4,CMT-CHM,48
2D,H2SO4,DSC-CHM,427
2D,H2SO4,PRO-CHM,31
2D,H3PO4,DSC-CHM,33
2D,HAADF,DSC-CMT,67
2D,HAADF Image,DSC-CMT,35
2D,HAADF STEM,CMT-CMT,57
2D,HAADF STEM,DSC-CMT,251
2D,HAuCl4,DSC-CHM,38
2D,HCOOH,DSC-CHM,30
2D,HCP,DSC-SPL,148
2D,HCl,CMT-CHM,75
2D,HCl,DSC-CHM,253
2D,HClO4,DSC-CHM,53
2D,HER,DSC-APL,32
2D,HER,DSC-CHM,159
2D,HER Activity,DSC-PRO,69
2D,HER Performance,DSC-PRO,31
2D,HMBC,CMT-CMT,83
2D,HMQC,CMT-CMT,43
2D,HMSCs,DSC-DSC,43
2D,HNO3,DSC-CHM,55
2D,HRTEM,CMT-CMT,221
2D,HRTEM,DSC-CMT,1483
2D,HRTEM,PRO-CMT,146
2D,HSE,DSC-CMT,43
2D,HSQC NMR,CMT-CMT,132
2D,HTLS,DSC-APL,30
2D,HTM,DSC-APL,49
2D,Haematoxylin,DSC-CHM,53
2D,Half Cell,DSC-APL,57
2D,Half Metallic,DSC-PRO,34
2D,Half Wave Potential,DSC-PRO,42
2D,Halide Perovskite,DSC-CHM,92
2D,Halides,DSC-CHM,518
2D,Halides,PRO-CHM,31
2D,Halogen,DSC-CHM,219
2D,Hard,DSC-PRO,110
2D,Hardness,CMT-PRO,53
2D,Hardness,DSC-PRO,71
2D,Hcb,DSC-SPL,36
2D,Heat,CMT-PRO,30
2D,Heat,DSC-PRO,50
2D,Heat Capacity,DSC-PRO,73
2D,Heat Conduction,DSC-PRO,31
2D,Heat Exchanger,DSC-APL,30
2D,Heat Flow,DSC-PRO,35
2D,Heat Flux,CMT-PRO,36
2D,Heat Flux,DSC-PRO,83
2D,Heat Map,DSC-CMT,37
2D,Heat Transfer,CMT-PRO,56
2D,Heat Transfer,DSC-PRO,109
2D,Heat Transfer Coefficient,DSC-PRO,46
2D,Heat Treated,DSC-SMT,54
2D,Heat Treatment,CMT-SMT,47
2D,Heat Treatment,DSC-SMT,168
2D,Heated,CMT-SMT,102
2D,Heated,DSC-SMT,250
2D,Heaters,DSC-APL,47
2D,Heating,CMT-SMT,293
2D,Heating,DSC-SMT,712
2D,Heating,PRO-SMT,68
2D,Height,CMT-PRO,31
2D,Height,DSC-PRO,40
2D,Height Images,CMT-CMT,33
2D,Height Images,DSC-CMT,34
2D,Height Profile,CMT-CMT,80
2D,Height Profile,DSC-CMT,337
2D,Height Profile,PRO-CMT,50
2D,Helical,DSC-DSC,100
2D,Helical,DSC-PRO,109
2D,Helical Chains,DSC-DSC,40
2D,Helical Chains,DSC-PRO,48
2D,Helices,DSC-DSC,82
2D,Helium,CMT-CHM,47
2D,Helium,DSC-CHM,97
2D,Helix,DSC-DSC,42
2D,Helix,DSC-PRO,36
2D,Hematite,DSC-CHM,41
2D,Her Catalyst,DSC-APL,30
2D,Hetcor,CMT-CMT,57
2D,Hetero Interfaces,DSC-DSC,46
2D,Heterobilayer,DSC-DSC,30
2D,Heterogeneity,DSC-PRO,38
2D,Heterogeneous,DSC-DSC,71
2D,Heterogeneous Catalysis,DSC-APL,56
2D,Heterogeneous Catalyst,DSC-APL,59
2D,Heterojunction,DSC-APL,295
2D,Heterojunction,DSC-DSC,589
2D,Heterojunction,PRO-DSC,46
2D,Heterometallic,DSC-DSC,46
2D,Heterometallic,DSC-PRO,59
2D,Heterostructure,CMT-DSC,34
2D,Heterostructure,DSC-APL,36
2D,Heterostructure,DSC-DSC,1460
2D,Heterostructure,PRO-DSC,245
2D,Hexagon,DSC-DSC,60
2D,Hexagonal,APL-SPL,30
2D,Hexagonal,CMT-SPL,203
2D,Hexagonal,DSC-DSC,32
2D,Hexagonal,DSC-SPL,2781
2D,Hexagonal,PRO-SPL,301
2D,Hexagonal,SPL-SPL,40
2D,Hexagonally,DSC-SPL,83
2D,Hexane,CMT-CHM,38
2D,Hexane,DSC-CHM,111
2D,Hf,DSC-CHM,65
2D,HfO2,DSC-CHM,66
2D,Hg,DSC-CHM,96
2D,Hg(II),DSC-CHM,31
2D,Hg2+,DSC-CHM,58
2D,Hierarchical,DSC-DSC,191
2D,Hierarchical,DSC-PRO,72
2D,Hierarchical Nanostructure,DSC-DSC,45
2D,Hierarchical Structure,DSC-PRO,32
2D,Hierarchically Porous,DSC-DSC,90
2D,High,CMT-CMT,36
2D,High,DSC-APL,42
2D,High,DSC-CMT,73
2D,High,DSC-PRO,128
2D,High,PRO-PRO,39
2D,High Magnification SEM,DSC-CMT,41
2D,High Magnification TEM,DSC-CMT,46
2D,High Resolution Imaging,DSC-CMT,72
2D,High Resolution SEM,DSC-CMT,41
2D,High Resolution STM,DSC-CMT,123
2D,High Resolution TEM,CMT-CMT,69
2D,High Resolution TEM,DSC-CMT,347
2D,High Resolution TEM,PRO-CMT,45
2D,High Resolution Transmission Electron Microscopy,DSC-CMT,49
2D,High Resolution XPS,DSC-CMT,170
2D,High-Resolution,DSC-CMT,36
2D,High-Resolution Transmission Electron Microscopy,DSC-CMT,88
2D,Highest Occupied Molecular Orbitals,DSC-PRO,42
2D,Hirshfeld Surface,DSC-CMT,51
2D,Histogram,CMT-CMT,57
2D,Histogram,DSC-CMT,40
2D,Hole Mobilities,DSC-PRO,30
2D,Hole Mobility,CMT-PRO,34
2D,Hole Mobility,DSC-PRO,108
2D,Hole Transport,DSC-PRO,30
2D,Hole Transporting Layer,DSC-APL,74
2D,Holey,DSC-DSC,76
2D,Hollow,DSC-DSC,168
2D,Hollow Microspheres,DSC-DSC,31
2D,Hollow Sphere,DSC-DSC,92
2D,Homo,CMT-PRO,100
2D,Homo,DSC-PRO,238
2D,Homochiral,DSC-DSC,68
2D,Homogeneous,DSC-DSC,65
2D,Homogenization,DSC-SMT,35
2D,Honeycomb,DSC-DSC,455
2D,Honeycomb,DSC-SPL,94
2D,Honeycomb,PRO-DSC,58
2D,Honeycomb Lattice,DSC-DSC,49
2D,Honeycomb Like,DSC-DSC,36
2D,Hplc,CMT-CMT,69
2D,Hsqc,CMT-CMT,149
2D,Htl,DSC-APL,72
2D,Hubbard Model,DSC-CMT,36
2D,Humidity Sensor,DSC-APL,33
2D,Hybrid,DSC-APL,115
2D,Hybrid,DSC-DSC,281
2D,Hybrid,DSC-SPL,57
2D,Hybrid Film,DSC-DSC,91
2D,Hybrid Nanosheets,DSC-DSC,48
2D,Hybrid Nanostructures,DSC-DSC,60
2D,Hydrates,DSC-CHM,36
2D,Hydration,DSC-SMT,47
2D,Hydrazine,DSC-CHM,87
2D,Hydrocarbon,CMT-CHM,67
2D,Hydrocarbon,DSC-CHM,129
2D,Hydrodynamics,DSC-PRO,43
2D,Hydrogel,CMT-DSC,59
2D,Hydrogel,DSC-DSC,582
2D,Hydrogen,CMT-CHM,613
2D,Hydrogen,DSC-APL,36
2D,Hydrogen,DSC-CHM,5566
2D,Hydrogen,DSC-PRO,34
2D,Hydrogen,PRO-CHM,333
2D,Hydrogen Bond,DSC-PRO,74
2D,Hydrogen Bonding,DSC-PRO,110
2D,Hydrogen Bonding Interaction,DSC-PRO,45
2D,Hydrogen Bonding Parameter,DSC-PRO,47
2D,Hydrogen Evolution,DSC-APL,96
2D,Hydrogen Evolution Rate,DSC-PRO,37
2D,Hydrogen Evolution Reaction,DSC-APL,246
2D,Hydrogen Generation,DSC-APL,49
2D,Hydrogen Peroxide,DSC-CHM,73
2D,Hydrogen Production,DSC-APL,104
2D,Hydrogenated,DSC-SMT,108
2D,Hydrogenation,DSC-APL,31
2D,Hydrogenation,DSC-SMT,94
2D,Hydrolysis,CMT-SMT,44
2D,Hydrolysis,DSC-SMT,104
2D,Hydrophilic,CMT-PRO,59
2D,Hydrophilic,DSC-PRO,374
2D,Hydrophilic,PRO-PRO,37
2D,Hydrophilicity,DSC-PRO,76
2D,Hydrophobic,CMT-PRO,115
2D,Hydrophobic,DSC-PRO,452
2D,Hydrophobic,PRO-PRO,36
2D,Hydrophobic Interaction,DSC-PRO,44
2D,Hydrophobicity,DSC-PRO,76
2D,Hydroquinone,DSC-CHM,30
2D,Hydrothermal,DSC-SMT,272
2D,Hydrothermal Condition,DSC-SMT,380
2D,Hydrothermal Method,DSC-SMT,192
2D,Hydrothermal Process,DSC-SMT,58
2D,Hydrothermal Reaction,DSC-SMT,244
2D,Hydrothermal Synthesis,DSC-SMT,96
2D,Hydrothermal Treatment,DSC-SMT,74
2D,Hydroxide,DSC-CHM,270
2D,Hydroxy,DSC-CHM,37
2D,Hydroxyapatite,DSC-CHM,41
2D,Hydroxyl,CMT-CHM,84
2D,Hydroxyl,DSC-CHM,237
2D,Hysteresis,DSC-PRO,146
2D,Hysteresis Loop,DSC-CMT,119
2D,Hysteresis Loop,DSC-PRO,40
2D,I V,DSC-CMT,30
2D,I-V Characteristics,DSC-PRO,151
2D,I-V Characteristics,PRO-PRO,32
2D,I2D / IG,PRO-PRO,33
2D,IC50,DSC-PRO,39
2D,ID/IG,PRO-PRO,38
2D,IPA,DSC-CHM,67
2D,IPCE,CMT-CMT,37
2D,IPCE,DSC-CMT,97
2D,IPCE,DSC-PRO,37
2D,IR,DSC-CMT,70
2D,IR Spectra,DSC-CMT,95
2D,IR Spectroscopy,DSC-CMT,231
2D,ITO,CMT-CHM,158
2D,ITO,DSC-CHM,319
2D,IV Curve,CMT-CMT,37
2D,IV Curve,DSC-CMT,203
2D,IV Curve,PRO-CMT,34
2D,Icosahedral,DSC-SPL,35
2D,Image,CMT-CMT,42
2D,Image,DSC-CMT,74
2D,Image,DSC-PRO,30
2D,Image Analysis,DSC-CMT,59
2D,Image Processing,DSC-CMT,34
2D,ImageJ,DSC-CMT,42
2D,Images,CMT-CMT,45
2D,Images,DSC-CMT,50
2D,Imaginary,DSC-PRO,45
2D,Imaginary Part,CMT-PRO,41
2D,Imaginary Part,DSC-PRO,118
2D,Imaging,CMT-APL,35
2D,Imaging,CMT-CMT,38
2D,Imaging,DSC-APL,86
2D,Imaging,DSC-CMT,33
2D,Imidazole,DSC-CHM,138
2D,Imidazolium,DSC-CHM,58
2D,Imines,DSC-CHM,83
2D,Immunofluorescence,DSC-CMT,49
2D,Immunofluorescence Staining,DSC-CMT,71
2D,Immunohistochemistry,DSC-CMT,32
2D,Immunostaining,DSC-CMT,36
2D,Impedance,CMT-PRO,37
2D,Impedance,DSC-PRO,134
2D,Implantations,DSC-SMT,48
2D,Implanted,DSC-SMT,40
2D,Implants,DSC-APL,51
2D,In-Plane,DSC-PRO,50
2D,In-Plane Stiffness,DSC-PRO,34
2D,In2O3,DSC-CHM,37
2D,InGaAs,DSC-CHM,42
2D,Inclusions,CMT-DSC,37
2D,Inclusions,DSC-DSC,123
2D,Indirect,DSC-PRO,42
2D,Indirect Band Gap,DSC-PRO,122
2D,Indium,DSC-CHM,81
2D,Indium-Tin Oxide,DSC-CHM,63
2D,Industrial Applications,DSC-APL,32
2D,Infrared,CMT-CMT,33
2D,Infrared,DSC-CMT,87
2D,Infrared Spectra,DSC-CMT,70
2D,Infrared Spectroscopy,DSC-CMT,104
2D,Ink Jet Printed,DSC-SMT,33
2D,Inkjet Printing,DSC-SMT,68
2D,Insulating,DSC-PRO,335
2D,Insulating,PRO-PRO,94
2D,Insulator,DSC-PRO,193
2D,Insulator,PRO-PRO,68
2D,Integrated Circuit,DSC-APL,41
2D,Intensity,CMT-PRO,44
2D,Intensity,DSC-PRO,58
2D,Intensity Distribution,DSC-PRO,30
2D,Intensity Profile,CMT-CMT,30
2D,Intensity Profile,DSC-CMT,35
2D,Inter Atomic Distance,DSC-PRO,66
2D,Interaction,DSC-PRO,135
2D,Interaction Energies,DSC-PRO,46
2D,Interaction Energy,DSC-PRO,70
2D,Interconnect,DSC-APL,52
2D,Interface,CMT-DSC,506
2D,Interface,DSC-DSC,2741
2D,Interface,DSC-PRO,55
2D,Interface,PRO-DSC,316
2D,Interfacial,DSC-DSC,44
2D,Interfacial,DSC-PRO,34
2D,Interfacial Contact,DSC-PRO,50
2D,Interfacial Interaction,DSC-PRO,56
2D,Interfacial Layer,DSC-DSC,45
2D,Interfacial Properties,DSC-PRO,45
2D,Interfacial Tension,DSC-PRO,36
2D,Interlayer Coupling,DSC-PRO,75
2D,Interlayer Distance,DSC-PRO,153
2D,Interlayer Interaction,DSC-PRO,86
2D,Interlayer Spacing,DSC-PRO,176
2D,Interlayers,DSC-DSC,155
2D,Interlayers,DSC-PRO,95
2D,Intermetallic,DSC-PRO,35
2D,Intermolecular Distance,DSC-PRO,31
2D,Intermolecular Interaction,DSC-PRO,38
2D,Internal Structures,DSC-PRO,37
2D,Interparticle Distance,DSC-PRO,47
2D,Interparticle Spacing,DSC-PRO,30
2D,Interphase,DSC-DSC,36
2D,Intrinsic,DSC-PRO,36
2D,Inverse Opal,DSC-DSC,62
2D,Inversion Symmetry,DSC-PRO,43
2D,Inverter,DSC-APL,54
2D,Iodide,DSC-CHM,104
2D,Iodine,DSC-CHM,143
2D,Ion,DSC-PRO,47
2D,Ion Transport,DSC-PRO,61
2D,Ionic,DSC-PRO,58
2D,Ionic Conductivity,DSC-PRO,86
2D,Ionization Potential,DSC-PRO,31
2D,Ir,CMT-CMT,205
2D,Ir,DSC-CHM,110
2D,Ir,DSC-CMT,769
2D,Ir,PRO-CMT,44
2D,Ir(111),DSC-CHM,35
2D,IrO2,DSC-CHM,59
2D,Iron,CMT-CHM,59
2D,Iron,DSC-CHM,261
2D,Iron,PRO-CHM,33
2D,Iron (II),DSC-CHM,40
2D,Iron Oxide,DSC-CHM,107
2D,Irradiated,CMT-SMT,91
2D,Irradiated,DSC-SMT,217
2D,Irradiated,PRO-SMT,36
2D,Irradiation,CMT-SMT,167
2D,Irradiation,DSC-CMT,44
2D,Irradiation,DSC-SMT,487
2D,Irradiation,PRO-SMT,55
2D,Ising Model,DSC-CMT,72
2D,Island,DSC-DSC,75
2D,Islands,DSC-DSC,224
2D,Islands,PRO-DSC,32
2D,Isonicotinic Acid,DSC-CHM,41
2D,Isophthalic Acid,DSC-CHM,34
2D,Isopropanol,DSC-CHM,56
2D,Isostructurality,DSC-PRO,107
2D,Isosurfaces,DSC-CMT,45
2D,Isosurfaces,DSC-PRO,83
2D,Isotherms,DSC-CMT,84
2D,Isotherms,DSC-PRO,69
2D,Isotropic,DSC-PRO,34
2D,Isotropic Chemical Shift,CMT-PRO,72
2D,I–V Curve,DSC-CMT,54
2D,J PH,CMT-PRO,31
2D,J SC,CMT-PRO,88
2D,J SC,DSC-PRO,64
2D,J Vcurve,CMT-CMT,77
2D,J Vcurve,CMT-PRO,34
2D,J Vcurve,DSC-CMT,77
2D,J Vcurve,DSC-PRO,46
2D,J-V Characteristics,CMT-CMT,35
2D,J-V Characteristics,CMT-PRO,114
2D,J-V Characteristics,DSC-PRO,96
2D,J-V Curve,DSC-CMT,50
2D,JSC,CMT-PRO,84
2D,JSC,DSC-PRO,83
2D,JV Curve,CMT-CMT,113
2D,JV Curve,DSC-CMT,96
2D,Janus,DSC-DSC,68
2D,Joints,DSC-APL,43
2D,Junctions,CMT-APL,34
2D,Junctions,DSC-APL,214
2D,Junctions,DSC-DSC,31
2D,Junctions,PRO-APL,31
2D,K,CMT-PRO,165
2D,K,DSC-CHM,80
2D,K,DSC-PRO,315
2D,K,PRO-PRO,54
2D,K+,CMT-CHM,31
2D,K+,DSC-CHM,152
2D,K2CO3,CMT-CHM,34
2D,K2CO3,DSC-CHM,55
2D,KCl,CMT-CHM,52
2D,KCl,DSC-CHM,163
2D,KDP,DSC-CHM,34
2D,KNO2,DSC-CHM,32
2D,KOH,CMT-CHM,41
2D,KOH,DSC-CHM,432
2D,Kagome,DSC-DSC,66
2D,Kagome,DSC-SPL,66
2D,Keggin,DSC-SPL,56
2D,Ketone,DSC-CHM,38
2D,Kinetic Energy,DSC-PRO,47
2D,Kinetic Parameters,DSC-PRO,48
2D,Kinetics,DSC-PRO,97
2D,Kinetics Model,DSC-CMT,34
2D,Kosterlitz,DSC-CHM,32
2D,Kpfm,DSC-CMT,32
2D,L,CMT-PRO,90
2D,L,DSC-PRO,173
2D,L,PRO-PRO,30
2D,LDA,DSC-CMT,52
2D,LDOS,DSC-PRO,42
2D,LED,CMT-APL,30
2D,LED,DSC-APL,224
2D,LED Device,DSC-APL,30
2D,LEDs,DSC-APL,216
2D,LEED,DSC-CMT,91
2D,LIB,DSC-APL,72
2D,LIBs,DSC-APL,240
2D,LIG,DSC-CHM,49
2D,LS,DSC-PRO,40
2D,LSPR,DSC-PRO,59
2D,LSV,DSC-CMT,171
2D,LSV Curves,DSC-CMT,65
2D,LTO,DSC-CHM,35
2D,LUMO,CMT-PRO,66
2D,LUMO,DSC-PRO,162
2D,La,DSC-CHM,127
2D,La,PRO-CHM,33
2D,La3+,DSC-CHM,36
2D,Lactate,DSC-CHM,40
2D,Ladders,DSC-DSC,159
2D,Lamella,DSC-DSC,34
2D,Lamellae,CMT-DSC,31
2D,Lamellae,DSC-DSC,65
2D,Lamellar,CMT-DSC,79
2D,Lamellar,DSC-DSC,291
2D,Laminated,DSC-DSC,51
2D,Laminates,DSC-DSC,79
2D,Landau Level,DSC-PRO,30
2D,Langmuir Monolayer,DSC-DSC,31
2D,Langmuir-Blodgett,DSC-SMT,32
2D,Lanthanides,DSC-CHM,216
2D,Laser,DSC-APL,170
2D,Laser,DSC-SMT,53
2D,Laser Irradiation,DSC-SMT,89
2D,Lasing,DSC-APL,51
2D,Lasing Threshold,DSC-PRO,43
2D,Lateral Size,DSC-PRO,31
2D,Latex,DSC-DSC,32
2D,Lattice,DSC-DSC,232
2D,Lattice,DSC-PRO,114
2D,Lattice Constant,DSC-PRO,309
2D,Lattice Constant,PRO-PRO,42
2D,Lattice Constant A,DSC-PRO,52
2D,Lattice Distortion,DSC-PRO,42
2D,Lattice Fringe,DSC-PRO,83
2D,Lattice Mismatch,DSC-PRO,95
2D,Lattice Orientation,DSC-PRO,34
2D,Lattice Parameter,CMT-PRO,59
2D,Lattice Parameter,DSC-PRO,294
2D,Lattice Parameter,PRO-PRO,31
2D,Lattice Spacing,DSC-PRO,67
2D,Lattice Structure,DSC-PRO,203
2D,Lattice Thermal Conductivity,DSC-PRO,70
2D,Lattice Vectors,DSC-PRO,34
2D,Layer,DSC-DSC,164
2D,Layer Numbers,DSC-PRO,91
2D,Layer Structured,DSC-DSC,39
2D,Layer Structured,DSC-PRO,257
2D,Layer Structured,PRO-PRO,32
2D,Layer Thickness,DSC-PRO,37
2D,Layer-By-Layer,DSC-SMT,30
2D,Layered,CMT-DSC,99
2D,Layered,DSC-DSC,2514
2D,Layered,PRO-DSC,310
2D,Layered Double,DSC-DSC,55
2D,Layers,APL-DSC,68
2D,Layers,CMT-APL,61
2D,Layers,CMT-DSC,886
2D,Layers,DSC-APL,127
2D,Layers,DSC-DSC,7266
2D,Layers,DSC-PRO,138
2D,Layers,PRO-DSC,859
2D,Layers,SPL-DSC,52
2D,Lc,CMT-PRO,45
2D,Lc,DSC-PRO,93
2D,Ldh,DSC-DSC,51
2D,Lead Free,DSC-PRO,41
2D,Lead Iodide,DSC-CHM,46
2D,Lead(II),DSC-CHM,33
2D,Leaf,DSC-DSC,44
2D,Leakage Currents,DSC-PRO,37
2D,Least Squares Fit,CMT-CMT,33
2D,Least Squares Fit,DSC-CMT,44
2D,Length,DSC-PRO,58
2D,Lens,DSC-APL,65
2D,Lenses,DSC-APL,32
2D,Lewis Acids,DSC-CHM,64
2D,Lewis Bases,DSC-CHM,33
2D,Li,CMT-CHM,116
2D,Li,DSC-APL,56
2D,Li,DSC-CHM,978
2D,Li,DSC-PRO,48
2D,Li,PRO-CHM,75
2D,Li S,DSC-CHM,43
2D,Li+,DSC-CHM,61
2D,Li-Ion Battery,DSC-APL,154
2D,Li-S Batteries,DSC-APL,70
2D,Li2S,DSC-CHM,42
2D,Li4Ti5O12,DSC-CHM,35
2D,LiCl,DSC-CHM,35
2D,LiClO4,DSC-CHM,39
2D,LiCoO2,DSC-CHM,47
2D,LiF,DSC-CHM,63
2D,LiFePO4,DSC-CHM,62
2D,LiNbO3,DSC-CHM,32
2D,LiOH,DSC-CHM,30
2D,Lifetime,CMT-PRO,63
2D,Lifetime,DSC-PRO,217
2D,Light,DSC-PRO,30
2D,Light Absorber,DSC-APL,38
2D,Light Absorption,DSC-PRO,159
2D,Light Emission,DSC-PRO,64
2D,Light Emitting Devices,DSC-APL,40
2D,Light Emitting Diodes,DSC-APL,146
2D,Light Green,CMT-CHM,45
2D,Light Green,DSC-CHM,124
2D,Light Harvesting,DSC-APL,31
2D,Light Harvesting,DSC-PRO,35
2D,Light Irradiation,DSC-SMT,60
2D,Light Matter Interaction,DSC-PRO,73
2D,Light Microscopy,DSC-CMT,34
2D,Light Red,DSC-CHM,32
2D,Lighting,DSC-APL,32
2D,Lightweight,DSC-PRO,72
2D,Like,DSC-DSC,84
2D,Like,DSC-SPL,38
2D,Limits of Detection,DSC-PRO,36
2D,Line,CMT-CMT,34
2D,Line,DSC-CMT,36
2D,Line Profiles,DSC-CMT,51
2D,Line Shape,CMT-PRO,59
2D,Linear,DSC-PRO,35
2D,Linear Absorption,CMT-CMT,30
2D,Linear Fit,CMT-CMT,56
2D,Linear Fit,DSC-CMT,109
2D,Linear Fitting,DSC-CMT,68
2D,Linear Regression,CMT-CMT,31
2D,Linear Regression,DSC-CMT,44
2D,Linear Sweep Voltammetry,DSC-CMT,65
2D,Linear Sweep Voltammogram,DSC-CMT,33
2D,Lines,DSC-DSC,39
2D,Linewidth,CMT-PRO,55
2D,Linewidth,DSC-PRO,57
2D,Lipid,DSC-DSC,36
2D,Liposome,DSC-DSC,41
2D,Liquid Crystal,DSC-APL,44
2D,Liquid Crystal,DSC-DSC,58
2D,Liquid Crystalline,DSC-PRO,54
2D,Liquid Exfoliated,DSC-SMT,32
2D,Liquid Exfoliation,DSC-SMT,68
2D,Liquid Phase Exfoliation,DSC-SMT,90
2D,Liquids,DSC-DSC,40
2D,Liquids,DSC-PRO,32
2D,Lithiated,DSC-SMT,47
2D,Lithiation,DSC-SMT,95
2D,Lithium,CMT-CHM,77
2D,Lithium,DSC-APL,39
2D,Lithium,DSC-CHM,949
2D,Lithium,PRO-CHM,57
2D,Lithium Ion Battery,DSC-APL,286
2D,Lithium Polysulfide,DSC-CHM,36
2D,Lithium Storage,DSC-APL,43
2D,Lithium – Sulfur Batteries,DSC-APL,56
2D,Lithium-Ion Batteries,DSC-APL,134
2D,Lithographic,DSC-SMT,34
2D,Lithography,DSC-SMT,77
2D,Live Dead Staining,DSC-CMT,45
2D,Liver,DSC-APL,36
2D,Ln(III),DSC-CHM,31
2D,Ln3+,DSC-CHM,37
2D,Load Displacement Curve,DSC-CMT,49
2D,Local,DSC-PRO,35
2D,Local Coordination Environment,DSC-PRO,81
2D,Local Density of States,DSC-PRO,47
2D,Local Structure,DSC-PRO,55
2D,Lod,DSC-PRO,34
2D,Logic Gate,DSC-APL,33
2D,Long Range Order,DSC-PRO,58
2D,Long Term Stability,DSC-PRO,190
2D,Longitudinal,DSC-PRO,33
2D,Loss Modulus,DSC-PRO,31
2D,Low,DSC-PRO,65
2D,Low Energy Electron Diffraction,DSC-CMT,52
2D,Low Magnification TEM,DSC-CMT,31
2D,Low Resolution TEM,DSC-CMT,35
2D,Low Spin,DSC-PRO,31
2D,Low-Dimensional,DSC-DSC,79
2D,Lowest Unoccupied Molecular Orbitals,DSC-PRO,42
2D,Lpe,DSC-SMT,41
2D,Luminance,DSC-PRO,43
2D,Luminescence,DSC-CMT,85
2D,Luminescence,DSC-PRO,211
2D,Luminescence Intensities,DSC-PRO,49
2D,Luminescence Intensity,DSC-PRO,75
2D,Luminescence Properties,DSC-PRO,109
2D,Luminescence Spectra,DSC-CMT,63
2D,Luminescent,DSC-PRO,149
2D,Luminescent Intensity,DSC-PRO,32
2D,Luminescent Property,DSC-PRO,227
2D,Lysines,CMT-CHM,34
2D,Lysines,DSC-CHM,36
2D,M,CMT-PRO,101
2D,M,DSC-PRO,279
2D,M,PRO-PRO,40
2D,MA+,DSC-CHM,43
2D,MAE,DSC-PRO,31
2D,MAPbBr3,DSC-CHM,109
2D,MAPbI3,CMT-CHM,36
2D,MAPbI3,DSC-CHM,197
2D,MAS NMR,CMT-CMT,62
2D,MC Simulations,DSC-CMT,34
2D,MCM-41,DSC-CHM,46
2D,MD,CMT-CMT,49
2D,MD,DSC-CMT,109
2D,MD,DSC-SMT,35
2D,MD Simulation,CMT-CMT,97
2D,MD Simulation,DSC-CMT,184
2D,MD Simulation,PRO-CMT,41
2D,MIT,DSC-PRO,42
2D,MOCVD,DSC-SMT,38
2D,MOFs,DSC-APL,170
2D,MOFs,DSC-DSC,102
2D,MOFs,DSC-PRO,48
2D,MOSFET,DSC-APL,31
2D,MRI,CMT-CMT,57
2D,MRI,DSC-CMT,34
2D,MS,CMT-CMT,85
2D,MS,DSC-CMT,50
2D,MS/MS,CMT-CMT,31
2D,MSCS,DSC-APL,73
2D,MSCS,DSC-DSC,62
2D,MTT,CMT-CHM,37
2D,MTT,DSC-CHM,119
2D,MTT Assay,DSC-CMT,69
2D,MW,CMT-PRO,40
2D,MX2,DSC-CHM,38
2D,MXene,DSC-CHM,704
2D,MXene,PRO-CHM,99
2D,Machined,DSC-SMT,40
2D,Machining,DSC-SMT,32
2D,Macropore,DSC-PRO,47
2D,Macroporous,DSC-DSC,108
2D,Macroscopic,DSC-DSC,54
2D,Magenta,CMT-CHM,185
2D,Magenta,DSC-CHM,402
2D,Magenta,PRO-CHM,61
2D,Magnesium,DSC-CHM,72
2D,Magnet,CMT-APL,30
2D,Magnet,DSC-APL,49
2D,Magnetic Anisotropy,DSC-PRO,50
2D,Magnetic Behaviour,DSC-PRO,110
2D,Magnetic Coupling,DSC-PRO,41
2D,Magnetic Field,DSC-PRO,34
2D,Magnetic Interaction,DSC-PRO,68
2D,Magnetic Measurement,DSC-CMT,119
2D,Magnetic Moment,DSC-PRO,237
2D,Magnetic Moment,PRO-PRO,33
2D,Magnetic Order,DSC-PRO,33
2D,Magnetic Ordering,DSC-PRO,73
2D,Magnetic Properties,DSC-PRO,542
2D,Magnetic Properties,PRO-PRO,81
2D,Magnetic State,DSC-PRO,39
2D,Magnetic Structure,DSC-PRO,46
2D,Magnetic Studies,DSC-CMT,62
2D,Magnetic Susceptibility,DSC-CMT,58
2D,Magnetic Susceptibility,DSC-PRO,326
2D,Magnetically,DSC-PRO,39
2D,Magnetics,CMT-PRO,64
2D,Magnetics,DSC-PRO,673
2D,Magnetics,PRO-PRO,118
2D,Magnetism,DSC-PRO,212
2D,Magnetism,PRO-PRO,65
2D,Magnetite,DSC-CHM,36
2D,Magnetization,CMT-PRO,102
2D,Magnetization,DSC-PRO,374
2D,Magnetization,PRO-PRO,61
2D,Magnetization Curve,DSC-CMT,41
2D,Magneto Resistance,DSC-PRO,104
2D,Magneto Resistance,PRO-PRO,49
2D,Magnets,DSC-APL,58
2D,Manganese,DSC-CHM,98
2D,Manganese (II),DSC-CHM,30
2D,Manganese Oxide,DSC-CHM,36
2D,Map,CMT-CMT,43
2D,Map,DSC-CMT,44
2D,Mappings,DSC-CMT,51
2D,Maps,CMT-CMT,37
2D,Maps,DSC-CMT,40
2D,Martensite,DSC-SPL,36
2D,Mas,CMT-CMT,71
2D,Mas,CMT-SMT,32
2D,Mask,DSC-APL,64
2D,Mass,DSC-PRO,91
2D,Mass Activity,DSC-PRO,48
2D,Mass Spectra,CMT-CMT,30
2D,Mass Spectrometry,CMT-CMT,58
2D,Mass Spectrometry,DSC-CMT,47
2D,Mass Transfer,DSC-PRO,53
2D,Mass Transport,DSC-PRO,42
2D,Material,DSC-APL,66
2D,Material,DSC-PRO,72
2D,Material Parameter,DSC-PRO,31
2D,Material Properties,DSC-PRO,113
2D,Material Science,DSC-APL,62
2D,Matrices,DSC-DSC,35
2D,Matrix,CMT-DSC,126
2D,Matrix,DSC-DSC,529
2D,Matrix,DSC-PRO,31
2D,Matrix Composite,DSC-DSC,38
2D,Maximum,DSC-PRO,38
2D,Mbe,DSC-SMT,70
2D,Me,DSC-CHM,41
2D,MeCN,DSC-CHM,83
2D,MeOH,CMT-CHM,55
2D,MeOH,DSC-CHM,224
2D,Mean,CMT-PRO,47
2D,Mean,DSC-PRO,74
2D,Mean Square Displacement,DSC-PRO,39
2D,Measurements,DSC-CMT,39
2D,Mechanical,DSC-PRO,397
2D,Mechanical,DSC-SMT,32
2D,Mechanical,PRO-PRO,34
2D,Mechanical Behaviour,DSC-PRO,82
2D,Mechanical Exfoliation,DSC-SMT,145
2D,Mechanical Exfoliation,PRO-SMT,34
2D,Mechanical Flexibility,DSC-PRO,102
2D,Mechanical Performance,DSC-PRO,45
2D,Mechanical Property,CMT-PRO,116
2D,Mechanical Property,DSC-PRO,748
2D,Mechanical Property,PRO-PRO,79
2D,Mechanical Response,DSC-PRO,77
2D,Mechanical Stability,DSC-PRO,92
2D,Mechanical Strength,DSC-PRO,174
2D,Mechanically Exfoliated,DSC-SMT,103
2D,Mechanics,DSC-PRO,38
2D,Mechanisms,DSC-PRO,109
2D,Medicines,DSC-APL,41
2D,Melamine,DSC-CHM,128
2D,Melting,CMT-SMT,31
2D,Melting,DSC-PRO,47
2D,Melting,DSC-SMT,89
2D,Melting Point,DSC-PRO,81
2D,Melting Temperature,DSC-PRO,45
2D,Membrane,CMT-APL,44
2D,Membrane,CMT-DSC,232
2D,Membrane,DSC-APL,277
2D,Membrane,DSC-DSC,959
2D,Membrane,DSC-PRO,57
2D,Membrane,PRO-DSC,76
2D,Membrane Surface,DSC-DSC,40
2D,Memory,DSC-APL,40
2D,Memory Device,DSC-APL,75
2D,Mercury,DSC-CHM,101
2D,Mesenchymal Stem Cell,DSC-APL,51
2D,Mesh,CMT-DSC,30
2D,Mesh,DSC-DSC,156
2D,Meshes,DSC-DSC,42
2D,Meso Structured,DSC-DSC,88
2D,Meso Structured,DSC-PRO,208
2D,Mesophase,CMT-PRO,31
2D,Mesophase,DSC-PRO,70
2D,Mesopore,DSC-DSC,45
2D,Mesopore,DSC-PRO,122
2D,Mesoporous,CMT-DSC,89
2D,Mesoporous,DSC-DSC,741
2D,Metabolic Activity,DSC-PRO,39
2D,Metal Carboxylate,DSC-CHM,30
2D,Metal Chalcogenides,DSC-CHM,32
2D,Metal Contact,DSC-APL,58
2D,Metal Dichalcogenides,DSC-CHM,36
2D,Metal Electrode,DSC-APL,88
2D,Metal Insulator Transition,DSC-PRO,83
2D,Metal Insulator Transition,PRO-PRO,49
2D,Metal Organic Framework,DSC-APL,111
2D,Metal Oxide,DSC-CHM,200
2D,Metal Oxides,DSC-CHM,188
2D,Metal-,DSC-PRO,31
2D,Metallic,CMT-PRO,85
2D,Metallic,DSC-PRO,958
2D,Metallic,PRO-PRO,195
2D,Metallic Behavior,DSC-PRO,52
2D,Metallic Conductivity,DSC-PRO,55
2D,Metallic State,DSC-PRO,38
2D,Metallicity,DSC-PRO,31
2D,Metalorganic,DSC-PRO,63
2D,Metals,CMT-PRO,154
2D,Metals,DSC-APL,92
2D,Metals,DSC-PRO,1979
2D,Metals,PRO-PRO,252
2D,Metamaterial,DSC-APL,152
2D,Metastable,DSC-PRO,141
2D,Metasurfaces,DSC-APL,70
2D,Methane,CMT-CHM,55
2D,Methane,DSC-CHM,137
2D,Methane,PRO-CHM,39
2D,Methanol,CMT-CHM,184
2D,Methanol,DSC-CHM,642
2D,Methanol,PRO-CHM,39
2D,Methods,CMT-CMT,34
2D,Methods,DSC-CMT,72
2D,Methoxyl,DSC-CHM,31
2D,Methyl,CMT-CHM,161
2D,Methyl,DSC-CHM,155
2D,Methyl Orange,DSC-CHM,112
2D,Methylammonium,DSC-CHM,103
2D,Methylene Blue,DSC-CHM,175
2D,Methylenes,CMT-CHM,65
2D,Methylenes,DSC-CHM,68
2D,Mg,CMT-CHM,54
2D,Mg,DSC-CHM,239
2D,Mg2+,DSC-CHM,79
2D,MgO,DSC-CHM,118
2D,Micellar,DSC-DSC,30
2D,Micelle,DSC-DSC,35
2D,Micelles,CMT-DSC,53
2D,Micelles,DSC-DSC,116
2D,Micro,DSC-APL,49
2D,Micro,DSC-DSC,179
2D,Micro Patterns,DSC-DSC,30
2D,Micro Pillar,DSC-DSC,46
2D,Micro Structures,DSC-PRO,123
2D,Micro-Raman,DSC-CMT,39
2D,MicroCT,CMT-CMT,52
2D,MicroCT,DSC-CMT,62
2D,Microcapsule,DSC-DSC,40
2D,Microcavity,DSC-APL,35
2D,Microchannel,DSC-APL,67
2D,Microchannel,DSC-DSC,154
2D,Microcrystals,DSC-DSC,62
2D,Microelectrode,DSC-APL,64
2D,Microelectronics,DSC-APL,33
2D,Microfabrication,DSC-SMT,35
2D,Microfibers,DSC-DSC,47
2D,Microfibre,DSC-DSC,34
2D,Microfluidic Channels,DSC-APL,54
2D,Microfluidic Device,DSC-APL,77
2D,Microfluidics,DSC-APL,87
2D,Microfluidics,DSC-DSC,32
2D,Microfluidics,DSC-SMT,36
2D,Microgels,DSC-DSC,44
2D,Micrographs,DSC-CMT,51
2D,Micrometer,DSC-DSC,36
2D,Micron,DSC-DSC,40
2D,Microparticle,DSC-DSC,102
2D,Micropatterned,DSC-DSC,47
2D,Microplate,DSC-DSC,46
2D,Micropore,DSC-PRO,51
2D,Microporous,DSC-DSC,160
2D,Microporous,DSC-PRO,34
2D,Microscale,DSC-DSC,59
2D,Microscope,DSC-CMT,55
2D,Microscopic,DSC-CMT,41
2D,Microscopy,CMT-CMT,41
2D,Microscopy,DSC-CMT,123
2D,Microsized,DSC-DSC,31
2D,Microspheres,CMT-DSC,31
2D,Microspheres,DSC-DSC,289
2D,Microstructural,CMT-PRO,34
2D,Microstructural,DSC-PRO,67
2D,Microstructure,CMT-PRO,282
2D,Microstructure,DSC-DSC,149
2D,Microstructure,DSC-PRO,1108
2D,Microstructure,PRO-PRO,69
2D,Microstructured,DSC-DSC,40
2D,Microsupercapacitor,DSC-APL,51
2D,Microtubes,DSC-DSC,30
2D,Microwell,DSC-DSC,31
2D,Microwires,DSC-DSC,33
2D,Miller Index,DSC-PRO,42
2D,Milling,DSC-SMT,46
2D,Mirrors,CMT-APL,36
2D,Mirrors,DSC-APL,91
2D,Mixed-Dimensional,DSC-DSC,32
2D,Mixtures,DSC-DSC,31
2D,Ml,DSC-DSC,146
2D,Mn,CMT-CHM,91
2D,Mn,DSC-CHM,628
2D,Mn,PRO-CHM,45
2D,Mn(II),DSC-CHM,185
2D,Mn2+,DSC-CHM,110
2D,Mn3O4,DSC-CHM,46
2D,MnO,DSC-CHM,61
2D,MnO2,DSC-CHM,223
2D,Mo,CMT-CHM,56
2D,Mo,DSC-CHM,724
2D,Mo,PRO-CHM,88
2D,Mo2C,DSC-CHM,59
2D,MoO2,DSC-CHM,45
2D,MoO3,CMT-CHM,41
2D,MoO3,DSC-CHM,167
2D,MoOx,DSC-CHM,31
2D,MoS,DSC-CHM,138
2D,MoS2,APL-CHM,38
2D,MoS2,CMT-CHM,49
2D,MoS2,DSC-CHM,2138
2D,MoS2,PRO-CHM,279
2D,MoSe2,DSC-CHM,324
2D,MoSe2,PRO-CHM,45
2D,MoTe2,DSC-CHM,120
2D,Mobilities,CMT-PRO,39
2D,Mobilities,DSC-PRO,87
2D,Mobility,CMT-PRO,116
2D,Mobility,DSC-PRO,477
2D,Mobility,PRO-PRO,139
2D,Mode,DSC-PRO,114
2D,Modeling,DSC-CMT,42
2D,Models,CMT-CMT,177
2D,Models,DSC-CMT,336
2D,Models,PRO-CMT,30
2D,Modes,DSC-PRO,130
2D,Modification,DSC-SMT,39
2D,Module,DSC-APL,36
2D,Moduli,DSC-PRO,36
2D,Modulus,CMT-PRO,30
2D,Modulus,DSC-PRO,98
2D,Mof,DSC-APL,107
2D,Mof,DSC-DSC,88
2D,Moire Patterns,DSC-PRO,30
2D,Moisture Stability,DSC-PRO,52
2D,Mold,DSC-APL,44
2D,Mold,DSC-DSC,41
2D,Molecular,DSC-PRO,46
2D,Molecular Beam Epitaxy,DSC-SMT,110
2D,Molecular Crystals,DSC-DSC,39
2D,Molecular Dynamics,DSC-CMT,70
2D,Molecular Dynamics (MD) Simulation,CMT-CMT,49
2D,Molecular Dynamics (MD) Simulation,DSC-CMT,246
2D,Molecular Model,DSC-CMT,140
2D,Molecular Orbital,DSC-PRO,69
2D,Molecular Orientation,DSC-PRO,30
2D,Molecular Packing,CMT-PRO,39
2D,Molecular Packing,DSC-PRO,78
2D,Molecular Sieve,DSC-APL,31
2D,Molecular Simulation,DSC-CMT,39
2D,Molecular Structure,CMT-PRO,443
2D,Molecular Structure,DSC-PRO,1151
2D,Molecular Structure,PRO-PRO,73
2D,Molecular Weight,CMT-PRO,137
2D,Molecular Weight,DSC-PRO,92
2D,Molybdenum,DSC-CHM,104
2D,Molybdenum Disulfide,DSC-CHM,345
2D,Molybdenum Disulfide,PRO-CHM,31
2D,Molybdenum Disulphide,DSC-CHM,31
2D,Molybdenum Oxide,DSC-CHM,32
2D,Moments,DSC-PRO,31
2D,Mono,DSC-DSC,97
2D,Mono-disperse,DSC-DSC,94
2D,Mono-dispersed,DSC-DSC,41
2D,Monoclinic,CMT-SPL,42
2D,Monoclinic,DSC-SPL,337
2D,Monolayer Films,DSC-DSC,54
2D,Monolayered,DSC-DSC,70
2D,Monolayers,APL-DSC,60
2D,Monolayers,CMT-DSC,187
2D,Monolayers,DSC-DSC,3558
2D,Monolayers,PRO-DSC,706
2D,Monolithic,DSC-DSC,67
2D,Monoliths,DSC-DSC,79
2D,Monte Carlo,DSC-CMT,36
2D,Monte Carlo Simulation,DSC-CMT,72
2D,Monte Carlo Simulations,DSC-CMT,114
2D,Montmorillonite,DSC-CHM,37
2D,Morphologic,CMT-PRO,63
2D,Morphologic,DSC-PRO,244
2D,Morphological Characterization,DSC-CMT,41
2D,Morphological Features,DSC-PRO,32
2D,Morphologies,CMT-PRO,120
2D,Morphologies,DSC-PRO,734
2D,Morphologies,PRO-PRO,54
2D,Morphology,CMT-PRO,430
2D,Morphology,DSC-PRO,2172
2D,Morphology,PRO-PRO,164
2D,Mott Insulator,DSC-PRO,32
2D,Mott Schottky Plot,DSC-CMT,42
2D,Msc,DSC-APL,48
2D,Msc,DSC-DSC,38
2D,Multi Layered,DSC-DSC,213
2D,Multi Layered,PRO-DSC,37
2D,Multiferroics,DSC-PRO,31
2D,Multilayer,CMT-DSC,81
2D,Multilayer,DSC-DSC,711
2D,Multilayer,PRO-DSC,157
2D,Multiwall,DSC-DSC,96
2D,Mxenes,DSC-DSC,40
2D,N Blue,DSC-CHM,175
2D,N Type,CMT-PRO,38
2D,N Type,DSC-PRO,270
2D,N Type,PRO-PRO,69
2D,N Type Semiconductor,DSC-PRO,44
2D,"N,N-Dimethylformamide",DSC-CHM,68
2D,N-,DSC-PRO,42
2D,N-Type,DSC-PRO,34
2D,N-Type Doping,DSC-PRO,38
2D,N2,CMT-CHM,188
2D,N2,DSC-CHM,956
2D,N2,PRO-CHM,83
2D,N2 Adsorption,DSC-CMT,37
2D,N2 Adsorption Desorption Isotherm,DSC-CMT,40
2D,N2 Adsorption Desorption Isotherms,DSC-CMT,129
2D,N2 Adsorption Isotherm,DSC-CMT,41
2D,N2 Sorption Isotherm,DSC-CMT,62
2D,NADH,DSC-CHM,33
2D,NC,CMT-DSC,42
2D,NC,DSC-DSC,200
2D,NCS,CMT-DSC,30
2D,NCS,DSC-DSC,195
2D,NH,CMT-CHM,82
2D,NH,DSC-CHM,124
2D,NH2,CMT-CHM,32
2D,NH2,DSC-CHM,89
2D,NH3,CMT-CHM,53
2D,NH3,DSC-CHM,243
2D,NHN,DSC-CHM,33
2D,NHO,DSC-CHM,75
2D,NMP,DSC-CHM,82
2D,NMR,CMT-APL,38
2D,NMR,CMT-CMT,714
2D,NMR,CMT-PRO,32
2D,NMR,DSC-CMT,188
2D,NMR Spectroscopy,CMT-CMT,74
2D,NO,CMT-CHM,36
2D,NO,DSC-CHM,147
2D,NO2,DSC-CHM,207
2D,NO3,DSC-CHM,96
2D,NPLS,DSC-DSC,46
2D,NPS,CMT-DSC,109
2D,NPS,DSC-DSC,522
2D,NPS,PRO-DSC,41
2D,NPs,DSC-DSC,74
2D,NR,DSC-DSC,67
2D,NRR,DSC-APL,36
2D,NRS,DSC-DSC,83
2D,NW,DSC-DSC,159
2D,Na,CMT-CHM,55
2D,Na,DSC-CHM,436
2D,Na,PRO-CHM,42
2D,Na+,CMT-CHM,37
2D,Na+,DSC-CHM,220
2D,Na-Ion Batteries,DSC-APL,40
2D,Na2S,DSC-CHM,38
2D,Na2SO4,DSC-CHM,193
2D,NaBH4,DSC-CHM,59
2D,NaCl,CMT-CHM,138
2D,NaCl,DSC-CHM,319
2D,NaCl,PRO-CHM,33
2D,NaN3,DSC-CHM,37
2D,NaNO2,DSC-CHM,30
2D,NaOH,CMT-CHM,76
2D,NaOH,DSC-CHM,239
2D,Nafion,DSC-CHM,76
2D,Nano,DSC-DSC,123
2D,Nano Architecture,DSC-DSC,89
2D,Nano Fillers,DSC-DSC,54
2D,Nano Size,DSC-DSC,97
2D,Nano Structured,CMT-DSC,35
2D,Nano Structured,DSC-DSC,388
2D,Nano-,DSC-DSC,52
2D,Nano-Hole,DSC-DSC,43
2D,Nano-Pillars,DSC-DSC,49
2D,Nanoarrays,DSC-DSC,60
2D,Nanobelts,DSC-DSC,100
2D,Nanocages,DSC-DSC,49
2D,Nanocatalyst,DSC-APL,52
2D,Nanochannel,DSC-DSC,108
2D,Nanocluster,DSC-DSC,133
2D,Nanocomposite,CMT-DSC,86
2D,Nanocomposite,DSC-DSC,874
2D,Nanocomposite,PRO-DSC,52
2D,Nanocomposite Film,DSC-DSC,41
2D,Nanocrystalline,DSC-DSC,116
2D,Nanocrystallite,DSC-DSC,37
2D,Nanocrystals,CMT-DSC,60
2D,Nanocrystals,DSC-DSC,671
2D,Nanocrystals,PRO-DSC,32
2D,Nanocube,DSC-DSC,147
2D,Nanodevice,DSC-APL,98
2D,Nanodisks,DSC-DSC,65
2D,Nanodot,DSC-DSC,84
2D,Nanoelectronic Devices,DSC-APL,65
2D,Nanoelectronics,DSC-APL,254
2D,Nanoelectronics,PRO-APL,32
2D,Nanofabrication,DSC-SMT,30
2D,Nanofiber,CMT-DSC,41
2D,Nanofiber,DSC-DSC,346
2D,Nanofilms,DSC-DSC,61
2D,Nanoflakes,DSC-DSC,272
2D,Nanoflower,DSC-DSC,105
2D,Nanogenerator,DSC-APL,40
2D,Nanohole,DSC-DSC,30
2D,Nanohybrid,DSC-DSC,159
2D,Nanoindentation,DSC-CMT,61
2D,Nanolayer,DSC-DSC,55
2D,Nanomaterial,DSC-DSC,912
2D,Nanomaterial,PRO-DSC,74
2D,Nanomedicine,DSC-APL,39
2D,Nanomembrane,DSC-DSC,39
2D,Nanomesh,DSC-DSC,49
2D,Nanometer,DSC-DSC,38
2D,Nanoparticle,CMT-DSC,140
2D,Nanoparticle,DSC-DSC,632
2D,Nanoparticle,PRO-DSC,44
2D,Nanoparticle Array,DSC-DSC,45
2D,Nanoparticles,CMT-DSC,288
2D,Nanoparticles,DSC-DSC,2122
2D,Nanoparticles,PRO-DSC,131
2D,Nanopattern,DSC-DSC,51
2D,Nanoplatelet,DSC-DSC,208
2D,Nanoplates,DSC-DSC,331
2D,Nanopores,DSC-APL,40
2D,Nanopores,DSC-DSC,175
2D,Nanoporous,DSC-DSC,212
2D,Nanopowder,DSC-DSC,31
2D,Nanoprism,DSC-DSC,31
2D,Nanoribbon,DSC-DSC,397
2D,Nanoribbon,PRO-DSC,54
2D,Nanoring,DSC-DSC,32
2D,Nanorod Array,DSC-DSC,79
2D,Nanorods,CMT-DSC,58
2D,Nanorods,DSC-DSC,591
2D,Nanoscale,DSC-DSC,363
2D,Nanoscrolls,DSC-DSC,32
2D,Nanosheet Array,DSC-DSC,56
2D,Nanosheets,CMT-DSC,48
2D,Nanosheets,DSC-DSC,3431
2D,Nanosheets,PRO-DSC,182
2D,Nanosphere,DSC-DSC,235
2D,Nanosphere Lithography,DSC-SMT,31
2D,Nanostructure,CMT-DSC,57
2D,Nanostructure,DSC-DSC,478
2D,Nanostructures,CMT-DSC,80
2D,Nanostructures,DSC-DSC,1298
2D,Nanostructures,PRO-DSC,89
2D,Nanostructuring,DSC-SMT,41
2D,Nanosystem,DSC-DSC,34
2D,Nanotechnology,DSC-APL,85
2D,Nanotube,CMT-DSC,81
2D,Nanotube,DSC-DSC,1026
2D,Nanotube,PRO-DSC,76
2D,Nanotube Arrays,DSC-DSC,51
2D,Nanowall,DSC-DSC,61
2D,Nanowire,CMT-DSC,42
2D,Nanowire,DSC-DSC,416
2D,Nanowire,PRO-DSC,35
2D,Nanowire Array,DSC-DSC,115
2D,Nanowires,CMT-DSC,55
2D,Nanowires,DSC-DSC,661
2D,Nanowires,PRO-DSC,41
2D,Naphthalene,DSC-CHM,69
2D,Navier – Stokes Equations,DSC-CMT,43
2D,Nb,DSC-CHM,134
2D,Nb2O5,DSC-CHM,35
2D,NbSe2,DSC-CHM,31
2D,Nd,DSC-CHM,119
2D,Nd3+,DSC-CHM,32
2D,Near,DSC-PRO,44
2D,Neat Film,CMT-DSC,62
2D,Needle-Like,DSC-DSC,31
2D,Needles,DSC-DSC,37
2D,Negative,DSC-PRO,30
2D,Negative Electrode,DSC-APL,83
2D,Nematic,CMT-PRO,33
2D,Nematic,CMT-SPL,33
2D,Nematic,DSC-PRO,74
2D,Nematic,DSC-SPL,55
2D,Net,DSC-DSC,236
2D,Network,DSC-DSC,256
2D,Network,DSC-PRO,68
2D,Network Structure,DSC-PRO,82
2D,Network Topology,DSC-PRO,35
2D,Neurons,DSC-APL,62
2D,Neutron Diffraction,DSC-CMT,59
2D,Nexafs,DSC-CMT,34
2D,Nf,DSC-DSC,41
2D,Nfs,DSC-DSC,54
2D,Ni,CMT-CHM,124
2D,Ni,DSC-CHM,1214
2D,Ni,PRO-CHM,111
2D,Ni II,DSC-CHM,223
2D,Ni(111),DSC-CHM,38
2D,Ni(OH)2,DSC-CHM,103
2D,Ni2+,DSC-CHM,125
2D,Ni2P,DSC-CHM,42
2D,NiCo,DSC-CHM,50
2D,NiCo2O4,DSC-CHM,62
2D,NiFe,DSC-CHM,63
2D,NiO,DSC-CHM,200
2D,Nickel,CMT-CHM,37
2D,Nickel,DSC-CHM,343
2D,Nickel,PRO-CHM,31
2D,Nickel (II),DSC-CHM,51
2D,Nitrate,DSC-CHM,191
2D,Nitride,DSC-CHM,81
2D,Nitriles,DSC-CHM,54
2D,Nitrite,DSC-CHM,39
2D,Nitro,DSC-CHM,57
2D,Nitrobenzene,DSC-CHM,75
2D,Nitrogen,CMT-CHM,312
2D,Nitrogen,DSC-CHM,1477
2D,Nitrogen,PRO-CHM,144
2D,Nitrogen Adsorption,DSC-CMT,36
2D,Nitrogen Adsorption Desorption Isotherm,DSC-CMT,37
2D,Nitrogen Adsorption Desorption Isotherms,DSC-CMT,79
2D,Nitrogen Gas,DSC-CHM,32
2D,Nitrogen Sorption Isotherm,DSC-CMT,37
2D,Noesy,CMT-CMT,101
2D,Noise,CMT-PRO,31
2D,Noise,DSC-PRO,30
2D,Non-Linear,DSC-PRO,34
2D,Nonlayered,DSC-DSC,47
2D,Nonlinear Optical Properties,DSC-PRO,45
2D,Nonmagnetic,DSC-PRO,116
2D,Nonpolar,DSC-PRO,31
2D,Nonporous,DSC-DSC,45
2D,Normal Stress,DSC-PRO,37
2D,Normalized,CMT-CMT,48
2D,Normalized,CMT-PRO,31
2D,Normalized,DSC-CMT,59
2D,Normalized,DSC-PRO,49
2D,Novel,DSC-APL,33
2D,Nss,DSC-DSC,214
2D,Nuclear Magnetic Resonance,CMT-CMT,40
2D,Nucleation Density,DSC-PRO,35
2D,Nucleation Rates,DSC-PRO,33
2D,Nucleic Acid,DSC-CHM,69
2D,Nucleobases,DSC-CHM,31
2D,Nucleotides,DSC-CHM,34
2D,Number,DSC-PRO,57
2D,Number Density,DSC-PRO,37
2D,Numbering,DSC-CMT,51
2D,Numerical Simulations,CMT-CMT,45
2D,Numerical Simulations,DSC-CMT,94
2D,Nusselt Number,DSC-PRO,46
2D,Nws,DSC-DSC,176
2D,Nyquist Plot,CMT-CMT,94
2D,Nyquist Plot,DSC-CMT,415
2D,N–H,DSC-CHM,60
2D,O,CMT-CHM,271
2D,O,DSC-CHM,1936
2D,O,PRO-CHM,143
2D,O H O,DSC-CHM,38
2D,O Hydrogen,DSC-CHM,59
2D,O Red,DSC-CHM,87
2D,O-HO,DSC-CHM,41
2D,O2,CMT-CHM,125
2D,O2,DSC-CHM,674
2D,O2,PRO-CHM,79
2D,O3,DSC-CHM,51
2D,O=Red,DSC-CHM,32
2D,OER,DSC-APL,259
2D,OER,DSC-PRO,51
2D,OER Activity,DSC-PRO,74
2D,OER Catalyst,DSC-APL,31
2D,OER Performance,DSC-PRO,43
2D,OFET,CMT-APL,54
2D,OFET,DSC-APL,30
2D,OFETS,CMT-APL,78
2D,OFETS,DSC-APL,48
2D,OFF,CMT-PRO,30
2D,OFF,DSC-PRO,33
2D,OFM,DSC-PRO,42
2D,OFMT,DSC-CMT,128
2D,OFMT,DSC-PRO,32
2D,OH,CMT-CHM,114
2D,OH,DSC-CHM,414
2D,OH,PRO-CHM,54
2D,OLED,DSC-APL,37
2D,OLEDs,DSC-APL,38
2D,OM,CMT-CMT,45
2D,OM,DSC-CMT,108
2D,ORR,DSC-APL,198
2D,ORR,DSC-PRO,38
2D,ORR Activity,DSC-PRO,43
2D,ORTEP,DSC-CMT,211
2D,ORTEP Diagram,DSC-CMT,75
2D,ORTEP Drawing,DSC-CMT,176
2D,ORTEP Plot,DSC-CMT,56
2D,OSCS,CMT-APL,96
2D,Of Chemistry,CMT-CMT,127
2D,Of Chemistry,DSC-CMT,954
2D,Of Chemistry,PRO-CMT,66
2D,Ohmic Contact,DSC-APL,64
2D,Olefins,DSC-CHM,48
2D,Oleic Acid,DSC-CHM,68
2D,Oleylamine,DSC-CHM,45
2D,Oligonucleotide,DSC-CHM,31
2D,On,DSC-APL,39
2D,On,DSC-PRO,60
2D,On/Off Current Ratio,DSC-PRO,43
2D,On/Off Ratio,DSC-PRO,172
2D,On/Off Ratio,PRO-PRO,38
2D,One,DSC-DSC,63
2D,One Way ANOVA,DSC-CMT,42
2D,One-,DSC-DSC,50
2D,One-Dimensional,CMT-CMT,120
2D,One-Dimensional,DSC-DSC,948
2D,One-Dimensional,PRO-DSC,47
2D,Onset Potential,DSC-PRO,61
2D,Opal,DSC-DSC,32
2D,Opaque,DSC-PRO,37
2D,Open Circuit Potential,DSC-PRO,32
2D,Open Circuit Voltage,CMT-PRO,38
2D,Open Circuit Voltage,DSC-PRO,209
2D,Open Framework,DSC-PRO,41
2D,Operation Stability,DSC-PRO,37
2D,Optical,CMT-CMT,46
2D,Optical,CMT-PRO,82
2D,Optical,DSC-APL,69
2D,Optical,DSC-CMT,210
2D,Optical,DSC-PRO,529
2D,Optical,PRO-CMT,40
2D,Optical,PRO-PRO,91
2D,Optical Absorbance,DSC-PRO,33
2D,Optical Absorption,CMT-CMT,49
2D,Optical Absorption,DSC-CMT,190
2D,Optical Absorption,DSC-PRO,176
2D,Optical Absorption Coefficient,DSC-PRO,38
2D,Optical Band Gap,CMT-PRO,36
2D,Optical Band Gap,DSC-PRO,184
2D,Optical Characterization,DSC-CMT,57
2D,Optical Conductivity,DSC-PRO,33
2D,Optical Density,DSC-PRO,33
2D,Optical Device,DSC-APL,56
2D,Optical Fiber,DSC-APL,34
2D,Optical Image,CMT-CMT,165
2D,Optical Image,DSC-CMT,949
2D,Optical Image,PRO-CMT,208
2D,Optical Micrograph,CMT-CMT,83
2D,Optical Micrograph,DSC-CMT,246
2D,Optical Micrograph,PRO-CMT,61
2D,Optical Microscope,CMT-CMT,60
2D,Optical Microscope,DSC-CMT,249
2D,Optical Microscope,PRO-CMT,63
2D,Optical Microscopy,CMT-CMT,135
2D,Optical Microscopy,DSC-CMT,411
2D,Optical Microscopy,PRO-CMT,84
2D,Optical Photograph,DSC-CMT,105
2D,Optical Properties,CMT-PRO,60
2D,Optical Properties,DSC-PRO,854
2D,Optical Properties,PRO-PRO,94
2D,Optical Response,DSC-PRO,82
2D,Optical Society,DSC-CMT,69
2D,Optical Spectroscopy,DSC-CMT,36
2D,Optical Spectrum,DSC-CMT,54
2D,Optical Transition,DSC-PRO,56
2D,Optical Transmittance,CMT-PRO,33
2D,Optical Transmittance,DSC-PRO,74
2D,Optical Transmittance,PRO-PRO,34
2D,Optical Transparency,DSC-PRO,62
2D,Optics,DSC-APL,68
2D,Optoelectronic Application,DSC-APL,318
2D,Optoelectronic Application,PRO-APL,44
2D,Optoelectronic Device,DSC-APL,550
2D,Optoelectronic Device,PRO-APL,68
2D,Optoelectronic Performance,DSC-PRO,39
2D,Optoelectronic Properties,DSC-PRO,325
2D,Optoelectronic Properties,PRO-PRO,30
2D,Optoelectronics,DSC-APL,585
2D,Optoelectronics,DSC-PRO,37
2D,Optoelectronics,PRO-APL,100
2D,Order Parameter,CMT-PRO,51
2D,Order Parameter,DSC-PRO,89
2D,Ordered,DSC-PRO,65
2D,Ordering,DSC-PRO,74
2D,Orders,DSC-PRO,87
2D,Organic,DSC-PRO,69
2D,Organic,DSC-SPL,89
2D,Organic Framework,DSC-APL,157
2D,Organic Solar Cells,DSC-APL,39
2D,Orientations,CMT-PRO,35
2D,Orientations,DSC-PRO,74
2D,Origami,DSC-DSC,46
2D,Orthorhombic,CMT-SPL,49
2D,Orthorhombic,DSC-SPL,322
2D,Orthorhombic,PRO-SPL,33
2D,Oscillator Strength,DSC-PRO,39
2D,Osteogenesis,DSC-PRO,34
2D,Osteogenic,DSC-PRO,46
2D,Osteogenic Differentiation,DSC-PRO,41
2D,Out,CMT-CMT,38
2D,Out,CMT-PRO,43
2D,Out,DSC-PRO,178
2D,Out,PRO-PRO,41
2D,Output Characteristics,CMT-PRO,52
2D,Output Characteristics,DSC-PRO,115
2D,Output Power,DSC-PRO,64
2D,Output Voltage,DSC-PRO,60
2D,Overlayers,DSC-DSC,116
2D,Overpotential,DSC-PRO,282
2D,Oxalates,DSC-CHM,117
2D,Oxalic Acid,DSC-CHM,35
2D,Oxidation,CMT-SMT,97
2D,Oxidation,DSC-APL,126
2D,Oxidation,DSC-SMT,474
2D,Oxidation,PRO-SMT,80
2D,Oxidation Resistance,DSC-PRO,32
2D,Oxidation State,DSC-PRO,73
2D,Oxides,CMT-CHM,45
2D,Oxides,DSC-CHM,414
2D,Oxides,PRO-CHM,56
2D,Oxidize,CMT-SMT,43
2D,Oxidize,DSC-SMT,243
2D,Oxidize,PRO-SMT,45
2D,Oxygen,CMT-CHM,380
2D,Oxygen,DSC-CHM,2257
2D,Oxygen,PRO-CHM,236
2D,Oxygen Concentration,DSC-PRO,32
2D,Oxygen Evolution Reaction,DSC-APL,176
2D,Oxygen Reduction Reaction,DSC-APL,125
2D,Oxygen Vacancies,DSC-PRO,95
2D,Oxygen Vacancy,DSC-PRO,42
2D,Ozone,DSC-CHM,37
2D,O–H,DSC-CHM,71
2D,P,CMT-PRO,144
2D,P,DSC-APL,37
2D,P,DSC-PRO,336
2D,P,DSC-SPL,54
2D,P,PRO-PRO,46
2D,P Type,CMT-PRO,32
2D,P Type,DSC-PRO,292
2D,P Type,PRO-PRO,71
2D,P-N,DSC-PRO,44
2D,P-N Junction,DSC-APL,99
2D,P-Type Doping,DSC-PRO,46
2D,P1,DSC-SPL,65
2D,P21/C,DSC-SPL,68
2D,P3HT,CMT-CHM,193
2D,P3HT,DSC-CHM,146
2D,P6MM,DSC-SPL,63
2D,PAA,CMT-CHM,30
2D,PAA,DSC-CHM,87
2D,PAN,DSC-CHM,32
2D,PANI,DSC-CHM,40
2D,PBE,DSC-CMT,190
2D,PC,DSC-APL,115
2D,PC,DSC-PRO,52
2D,PCA,CMT-CMT,43
2D,PCA,DSC-CMT,32
2D,PCBM,CMT-CHM,104
2D,PCBM,DSC-CHM,145
2D,PCE,CMT-PRO,170
2D,PCE,DSC-PRO,379
2D,PCL,DSC-CHM,111
2D,PCM,DSC-APL,35
2D,PCU,DSC-SPL,100
2D,PCs,DSC-APL,55
2D,PDA,DSC-CHM,76
2D,PDF,DSC-PRO,39
2D,PDMS,CMT-CHM,104
2D,PDMS,DSC-CHM,462
2D,PDMS,PRO-CHM,45
2D,PDOS,DSC-CMT,145
2D,PDOS,DSC-PRO,187
2D,PDT,DSC-APL,34
2D,PE-CVD,DSC-SMT,39
2D,PEA,DSC-CHM,97
2D,PEC,DSC-CHM,70
2D,PEDOT,CMT-CHM,133
2D,PEDOT,DSC-CHM,281
2D,PEG,CMT-CHM,76
2D,PEG,DSC-CHM,283
2D,PEG-DA,DSC-CHM,42
2D,PEI,CMT-CHM,30
2D,PEI,DSC-CHM,90
2D,PELEDs,DSC-APL,38
2D,PEMFC,DSC-APL,43
2D,PEO,CMT-CHM,52
2D,PEO,DSC-CHM,99
2D,PET,DSC-CHM,35
2D,PF6,DSC-CHM,39
2D,PFM,DSC-CMT,37
2D,PHC,DSC-APL,48
2D,PIV,DSC-CMT,37
2D,PL,CMT-CMT,34
2D,PL,DSC-CMT,176
2D,PLA,DSC-CHM,61
2D,PLD,DSC-SMT,41
2D,PLGA,DSC-CHM,75
2D,PMA,DSC-CHM,32
2D,PMMA,CMT-CHM,103
2D,PMMA,DSC-CHM,350
2D,PMMA,PRO-CHM,91
2D,PNIPAM,DSC-CHM,58
2D,PO4,DSC-CHM,45
2D,POM,CMT-CMT,72
2D,POM,DSC-CMT,63
2D,POMs,DSC-CHM,86
2D,POPC,CMT-CHM,30
2D,PPh3,DSC-CHM,38
2D,PPy,DSC-CHM,41
2D,PSC,CMT-APL,32
2D,PSC,DSC-APL,120
2D,PSCS,CMT-APL,123
2D,PSCS,DSC-APL,243
2D,PSD,DSC-CMT,33
2D,PSD,DSC-PRO,35
2D,PT,DSC-PRO,31
2D,PTB7-Th,CMT-CHM,39
2D,PTCDA,DSC-CHM,32
2D,PTFE,DSC-CHM,59
2D,PTT,DSC-APL,35
2D,PV,DSC-APL,37
2D,PVA,CMT-CHM,41
2D,PVA,DSC-CHM,188
2D,PVDF,CMT-CHM,45
2D,PVDF,DSC-CHM,117
2D,PVP,CMT-CHM,33
2D,PVP,DSC-CHM,146
2D,PXRD,CMT-CMT,33
2D,PXRD,DSC-CMT,770
2D,Packing,DSC-PRO,134
2D,Packing Density,DSC-PRO,59
2D,Packing Diagram,DSC-CMT,96
2D,Packing Diagram,DSC-PRO,166
2D,Packing Modes,DSC-PRO,45
2D,Packing Structure,DSC-PRO,81
2D,Paclitaxel,DSC-CHM,30
2D,Page,CMT-CMT,32
2D,Palladium,DSC-CHM,88
2D,Paper,DSC-APL,36
2D,Paper,DSC-DSC,118
2D,Paramagnetic,CMT-PRO,34
2D,Paramagnetic,DSC-PRO,97
2D,Partial Charge Density,DSC-PRO,53
2D,Partial DOS,DSC-PRO,43
2D,Partial Densities of States,DSC-PRO,123
2D,Particle,CMT-DSC,160
2D,Particle,CMT-PRO,40
2D,Particle,DSC-DSC,559
2D,Particle,DSC-PRO,132
2D,Particle,PRO-DSC,38
2D,Particle Diameter,DSC-PRO,38
2D,Particle Size,CMT-PRO,63
2D,Particle Size,DSC-PRO,208
2D,Particle Size Distribution,CMT-PRO,53
2D,Particle Size Distribution,DSC-PRO,135
2D,Particles,CMT-DSC,431
2D,Particles,DSC-DSC,1718
2D,Particles,PRO-DSC,142
2D,Particulates,DSC-DSC,34
2D,Passivation Layer,DSC-APL,41
2D,Passive,DSC-PRO,31
2D,Paste,DSC-DSC,57
2D,Pattern,CMT-CMT,31
2D,Pattern,CMT-PRO,37
2D,Pattern,DSC-CMT,31
2D,Pattern,DSC-DSC,49
2D,Pattern,DSC-PRO,83
2D,Patterned,CMT-DSC,68
2D,Patterned,DSC-DSC,388
2D,Patterned,DSC-SMT,90
2D,Patterned,PRO-DSC,42
2D,Patterning,DSC-SMT,129
2D,Pb,CMT-CHM,62
2D,Pb,DSC-CHM,463
2D,Pb,PRO-CHM,43
2D,Pb(II),DSC-CHM,77
2D,Pb2+,DSC-CHM,121
2D,PbCl2,DSC-CHM,33
2D,PbI2,DSC-CHM,139
2D,PbS,DSC-CHM,109
2D,PbSe,DSC-CHM,55
2D,Pc71bm,CMT-APL,43
2D,Pd,CMT-CHM,76
2D,Pd,DSC-CHM,475
2D,Pd,PRO-CHM,55
2D,Pds,DSC-APL,38
2D,Peak,CMT-PRO,43
2D,Peak,DSC-PRO,54
2D,Peak Current,DSC-PRO,54
2D,Pellet,CMT-DSC,48
2D,Pellet,DSC-DSC,113
2D,Penta-Graphene,DSC-CHM,31
2D,Pentacene,CMT-CHM,37
2D,Pentacene,DSC-CHM,80
2D,Pentagon,DSC-DSC,32
2D,Pentagonal,DSC-SPL,35
2D,Perchlorate,DSC-CHM,84
2D,Percolation Threshold,DSC-PRO,45
2D,Performance,DSC-PRO,83
2D,Period,DSC-PRO,40
2D,Periodic,DSC-PRO,83
2D,Periodic Structure,DSC-PRO,55
2D,Periodicity,DSC-PRO,84
2D,Permeability,CMT-PRO,63
2D,Permeability,DSC-PRO,229
2D,Permeable,DSC-PRO,32
2D,Permeance,DSC-PRO,32
2D,Permittivity,DSC-PRO,56
2D,Perovskite Solar Cells,DSC-APL,74
2D,Perovskites,CMT-CHM,155
2D,Perovskites,CMT-SPL,157
2D,Perovskites,DSC-APL,74
2D,Perovskites,DSC-CHM,1338
2D,Perovskites,DSC-SPL,1305
2D,Perovskites,PRO-CHM,77
2D,Perovskites,PRO-SPL,75
2D,Perovskites,SPL-CHM,46
2D,Perovskites,SPL-SPL,49
2D,Pes,CMT-CMT,33
2D,Pes,DSC-CMT,38
2D,PhC,DSC-CHM,60
2D,Phalloidin,DSC-CHM,80
2D,Phantom,CMT-APL,53
2D,Phase,CMT-PRO,100
2D,Phase,DSC-PRO,252
2D,Phase,PRO-PRO,31
2D,Phase Behavior,DSC-PRO,55
2D,Phase Boundary,DSC-PRO,64
2D,Phase Contrast,DSC-CMT,36
2D,Phase Contrast Image,DSC-CMT,39
2D,Phase Contrast Microscopy,DSC-CMT,30
2D,Phase Diagram,CMT-PRO,91
2D,Phase Diagram,DSC-PRO,465
2D,Phase Diagram,PRO-PRO,65
2D,Phase Images,CMT-CMT,100
2D,Phase Images,DSC-CMT,52
2D,Phase Purity,DSC-PRO,30
2D,Phase Shift,DSC-PRO,30
2D,Phase Transition,CMT-PRO,39
2D,Phase Transition,DSC-PRO,248
2D,Phase Transition,PRO-PRO,38
2D,Phase Transition Temperature,CMT-PRO,36
2D,Phase Transition Temperature,DSC-PRO,42
2D,Phe,CMT-CHM,32
2D,Phen,DSC-CHM,152
2D,Phenol,CMT-CHM,35
2D,Phenol,DSC-CHM,98
2D,Phenolics,DSC-CHM,30
2D,Phenyls,CMT-CHM,74
2D,Phenyls,DSC-CHM,240
2D,Phonon Dispersion,DSC-PRO,126
2D,Phonon Dispersion,PRO-PRO,31
2D,Phonon Dispersion Curve,DSC-CMT,34
2D,Phonon Mode,DSC-PRO,75
2D,Phonon Scattering,DSC-PRO,35
2D,Phonon Spectrum,DSC-CMT,47
2D,Phonon Spectrum,DSC-PRO,45
2D,Phononic,DSC-PRO,34
2D,Phonons,DSC-PRO,66
2D,Phosphate,CMT-CHM,127
2D,Phosphate,DSC-CHM,226
2D,Phosphonate,DSC-CHM,34
2D,Phosphorene,DSC-CHM,403
2D,Phosphorene,PRO-CHM,68
2D,Phosphorous,DSC-CHM,62
2D,Phosphors,DSC-APL,30
2D,Phosphorus,CMT-CHM,68
2D,Phosphorus,DSC-CHM,194
2D,Photo,DSC-PRO,32
2D,Photo,DSC-SMT,31
2D,Photo Catalytic Activity,DSC-PRO,448
2D,Photo Diode,DSC-APL,48
2D,Photo Generated Electron,DSC-PRO,31
2D,Photo Luminescence,CMT-CMT,140
2D,Photo Luminescence,DSC-CMT,1206
2D,Photo Luminescence,DSC-PRO,42
2D,Photo Luminescence,PRO-CMT,92
2D,Photoactive,DSC-PRO,60
2D,Photoactivity,DSC-PRO,49
2D,Photoanode,DSC-APL,115
2D,Photocatalysis,DSC-APL,251
2D,Photocatalysis Application,DSC-APL,45
2D,Photocatalyst,DSC-APL,372
2D,Photocatalysts,DSC-APL,428
2D,Photocatalytic Degradation,DSC-APL,133
2D,Photocatalytic Degradation,DSC-CMT,43
2D,Photocatalytic Efficiency,DSC-PRO,63
2D,Photocatalytic H2,DSC-APL,83
2D,Photocatalytic H2,DSC-PRO,66
2D,Photocatalytic H2 Evolution,DSC-APL,54
2D,Photocatalytic H2 Production,DSC-APL,35
2D,Photocatalytic Hydrogen Evolution,DSC-APL,45
2D,Photocatalytic Hydrogen Production,DSC-APL,46
2D,Photocatalytic Mechanism,DSC-PRO,108
2D,Photocatalytic Performance,DSC-PRO,250
2D,Photocatalytic Property,DSC-PRO,91
2D,Photocatalytic Reaction,DSC-APL,57
2D,Photocatalytic System,DSC-APL,30
2D,Photocatalytic Water Splitting,DSC-APL,80
2D,Photoconductivity,DSC-PRO,58
2D,Photocurrent,CMT-PRO,43
2D,Photocurrent,DSC-PRO,382
2D,Photocurrent,PRO-PRO,43
2D,Photocurrent Density,CMT-PRO,47
2D,Photocurrent Density,DSC-PRO,98
2D,Photocurrent Response,DSC-PRO,85
2D,Photodegradation,DSC-SMT,35
2D,Photodetection,DSC-APL,72
2D,Photodetector,DSC-APL,602
2D,Photodetector,PRO-APL,66
2D,Photodetector Device,DSC-APL,37
2D,Photodynamic Therapy,DSC-APL,30
2D,Photoelectric Properties,DSC-PRO,40
2D,Photoelectrodes,DSC-APL,66
2D,Photoemission,DSC-CMT,49
2D,Photoexcitation,DSC-SMT,48
2D,Photogenerated,DSC-PRO,34
2D,Photogenerated Charge Carrier,DSC-PRO,51
2D,Photogenerated Electron – Hole Pair,DSC-PRO,40
2D,Photographic Image,DSC-CMT,58
2D,Photographs,DSC-CMT,72
2D,Photolithography,DSC-SMT,92
2D,Photoluminescence Emission,DSC-CMT,30
2D,Photoluminescence Spectroscopy,DSC-CMT,38
2D,Photoluminescent,DSC-PRO,30
2D,Photoluminescent Properties,DSC-PRO,104
2D,Photomask,DSC-SMT,30
2D,Photomicrograph,DSC-CMT,41
2D,Photonic Applications,DSC-APL,31
2D,Photonic Band Structure,DSC-PRO,41
2D,Photonic Bandgap,DSC-PRO,68
2D,Photonic Crystal,DSC-APL,327
2D,Photonic Devices,DSC-APL,45
2D,Photonic Nanostructures,DSC-APL,31
2D,Photonics,DSC-APL,173
2D,Photophysical Properties,DSC-PRO,76
2D,Photopolymerization,DSC-SMT,33
2D,Photoresist,DSC-APL,33
2D,Photoresist,DSC-PRO,30
2D,Photoresponse,DSC-PRO,228
2D,Photoresponsivity,DSC-PRO,206
2D,Photosensitive,DSC-PRO,35
2D,Photosensitizer,DSC-APL,33
2D,Photostability,DSC-PRO,57
2D,Photothermal Effect,DSC-PRO,34
2D,Photothermal Therapy,DSC-APL,38
2D,Phototransistor,DSC-APL,125
2D,Photovoltaic Application,DSC-APL,45
2D,Photovoltaic Cells,DSC-APL,41
2D,Photovoltaic Devices,DSC-APL,119
2D,Photovoltaic Parameter,CMT-PRO,152
2D,Photovoltaic Parameter,DSC-PRO,90
2D,Photovoltaic Performance,CMT-PRO,106
2D,Photovoltaic Performance,DSC-PRO,118
2D,Photovoltaic Properties,CMT-PRO,41
2D,Photovoltaic Properties,DSC-PRO,38
2D,Photovoltaics,DSC-APL,208
2D,Photovoltaics,DSC-PRO,42
2D,Phthalocyanines,DSC-CHM,57
2D,Physical,DSC-PRO,353
2D,Physical,PRO-PRO,51
2D,Physical Parameter,DSC-PRO,30
2D,Physical Properties,CMT-PRO,38
2D,Physical Properties,DSC-PRO,576
2D,Physical Properties,PRO-PRO,92
2D,Physical Vapour Deposition,DSC-SMT,30
2D,Physicochemical Properties,DSC-PRO,253
2D,Piezoelectric,DSC-PRO,128
2D,Piezoelectric Property,DSC-PRO,36
2D,Piezoelectricity,DSC-PRO,45
2D,Pillar,DSC-DSC,70
2D,Pillared,DSC-DSC,50
2D,Pillared-Layer,DSC-DSC,38
2D,Pillars,DSC-DSC,102
2D,Pipe,DSC-DSC,37
2D,Piperazine,DSC-CHM,34
2D,Planar,DSC-APL,42
2D,Planar,DSC-PRO,36
2D,Planes,DSC-PRO,106
2D,Plasma,DSC-SMT,57
2D,Plasma Etching,DSC-SMT,34
2D,Plasma Treatment,DSC-SMT,43
2D,Plasmonic,DSC-APL,48
2D,Plasmonic,DSC-PRO,210
2D,Plasmonic Resonance,DSC-PRO,63
2D,Plasmons,DSC-PRO,87
2D,Plastic Strain,DSC-PRO,44
2D,Plasticity,DSC-PRO,34
2D,Plate,CMT-DSC,130
2D,Plate,DSC-APL,35
2D,Plate,DSC-DSC,369
2D,Plate-Like,DSC-DSC,31
2D,Platelet,DSC-DSC,191
2D,Plates,CMT-DSC,64
2D,Plates,DSC-DSC,206
2D,Plating,DSC-APL,40
2D,Plating,DSC-SMT,40
2D,Platinum,CMT-CHM,66
2D,Platinum,DSC-CHM,213
2D,Ple,DSC-CMT,37
2D,Plot,CMT-CMT,39
2D,Plot,DSC-CMT,61
2D,Plots,CMT-CMT,46
2D,Plots,DSC-CMT,42
2D,Point Defects,DSC-PRO,68
2D,Points,CMT-PRO,30
2D,Points,DSC-PRO,68
2D,Poisson's Ratio,CMT-PRO,30
2D,Poisson's Ratio,DSC-PRO,175
2D,Polar,DSC-PRO,101
2D,Polar Plot,DSC-CMT,53
2D,Polarity,DSC-PRO,94
2D,Polarization,CMT-PRO,48
2D,Polarization,DSC-PRO,206
2D,Polarization,PRO-PRO,30
2D,Polarization Curve,DSC-CMT,199
2D,Polarization Curve,DSC-PRO,47
2D,Polarized Optical Microscopy,CMT-CMT,30
2D,Polarizer,CMT-APL,30
2D,Polarizer,DSC-APL,32
2D,Pole Figure,CMT-CMT,39
2D,Pole Figure,DSC-CMT,40
2D,Polished,CMT-SMT,41
2D,Polished,DSC-SMT,89
2D,Polishing,DSC-SMT,31
2D,Poly(Acrylamide),CMT-CHM,32
2D,Poly(Acrylamide),DSC-CHM,51
2D,Poly(Dimethyl Siloxane),DSC-CHM,99
2D,Poly(Ethylene Glycol),DSC-CHM,32
2D,Polyaniline,DSC-CHM,114
2D,Polycarbonate,DSC-CHM,41
2D,Polycatenane,DSC-CHM,37
2D,Polycrystal,DSC-DSC,47
2D,Polycrystalline,CMT-DSC,50
2D,Polycrystalline,DSC-DSC,350
2D,Polycrystalline,PRO-DSC,49
2D,Polycrystalline Films,DSC-DSC,32
2D,Polydopamine,DSC-CHM,44
2D,Polyester,DSC-CHM,39
2D,Polyethylene,DSC-CHM,40
2D,Polyethylene Glycol,DSC-CHM,51
2D,Polyethylene Terephthalate,DSC-CHM,50
2D,Polyhedral,DSC-CMT,48
2D,Polyhedral,DSC-DSC,39
2D,Polyhedral Representations,DSC-CMT,61
2D,Polyimides,DSC-CHM,116
2D,Polymer 2,DSC-CHM,56
2D,Polymeric,DSC-DSC,216
2D,Polymeric Film,DSC-DSC,39
2D,Polymerisation,DSC-SMT,45
2D,Polymers,CMT-DSC,79
2D,Polymers,DSC-APL,271
2D,Polymers,DSC-DSC,704
2D,Polymers,DSC-PRO,71
2D,Polymethyl-Methacrylate,DSC-CHM,41
2D,Polymethylmethacrylate,DSC-CHM,30
2D,Polymorphism,DSC-PRO,30
2D,Polyoxometalates,DSC-CHM,119
2D,Polypropylene,DSC-CHM,39
2D,Polypyrrole,DSC-CHM,86
2D,Polyrotaxane,DSC-CHM,54
2D,Polystyrene,CMT-CHM,56
2D,Polystyrene,DSC-CHM,334
2D,Polysulfides,DSC-CHM,69
2D,Polyurethanes,DSC-CHM,65
2D,Polyvinyl Alcohol,DSC-CHM,39
2D,Pore,DSC-DSC,58
2D,Pore,DSC-PRO,84
2D,Pore Diameter,CMT-PRO,31
2D,Pore Diameter,DSC-PRO,127
2D,Pore Size Distribution,CMT-PRO,69
2D,Pore Size Distribution,DSC-PRO,341
2D,Pore Sizes,CMT-PRO,57
2D,Pore Sizes,DSC-PRO,394
2D,Pore Structure,CMT-PRO,30
2D,Pore Structure,DSC-PRO,174
2D,Pore Volume,DSC-PRO,123
2D,Pore Walls,DSC-PRO,59
2D,Pores,DSC-DSC,65
2D,Pores,DSC-PRO,62
2D,Porosities,DSC-PRO,74
2D,Porosity,CMT-PRO,165
2D,Porosity,DSC-PRO,719
2D,Porosity,PRO-PRO,44
2D,Porous,CMT-DSC,174
2D,Porous,DSC-DSC,1479
2D,Porous,DSC-PRO,77
2D,Porous,PRO-DSC,63
2D,Porous 3D,DSC-DSC,34
2D,Porphyrin,CMT-CHM,38
2D,Porphyrin,DSC-CHM,199
2D,Positive Electrode,DSC-APL,74
2D,Potassium,DSC-CHM,146
2D,Potential,CMT-PRO,42
2D,Potential,DSC-PRO,145
2D,Potential Barrier,DSC-PRO,37
2D,Potential Energy,DSC-PRO,78
2D,Potential Energy Surface,CMT-PRO,31
2D,Potential Energy Surface,DSC-PRO,60
2D,Potential Profile,DSC-PRO,36
2D,Potentials,DSC-PRO,34
2D,Powder,CMT-DSC,255
2D,Powder,DSC-CMT,62
2D,Powder,DSC-DSC,884
2D,Powder,PRO-DSC,82
2D,Powder X-Ray Diffraction,DSC-CMT,266
2D,Powder XRD,DSC-CMT,90
2D,Powdered,DSC-DSC,54
2D,Powders,CMT-DSC,51
2D,Powders,DSC-DSC,220
2D,Power,DSC-PRO,90
2D,Power Consumption,DSC-PRO,54
2D,Power Conversion Efficiency,CMT-PRO,34
2D,Power Conversion Efficiency,DSC-PRO,361
2D,Power Density,DSC-PRO,361
2D,Power Factor,DSC-PRO,65
2D,Power Law,DSC-CMT,41
2D,Power Output,DSC-PRO,68
2D,Precipitates,CMT-DSC,31
2D,Precipitates,DSC-DSC,79
2D,Prepared,DSC-DSC,86
2D,Pressure,CMT-PRO,59
2D,Pressure,DSC-PRO,124
2D,Pressure Drop,DSC-PRO,85
2D,Pressure Sensor,DSC-APL,70
2D,Printed,DSC-SMT,64
2D,Printing,DSC-SMT,91
2D,Pristine,DSC-DSC,58
2D,Pristine Graphene,DSC-CHM,131
2D,Pristine Graphene,PRO-CHM,96
2D,Probes,CMT-APL,31
2D,Probes,DSC-APL,50
2D,Problems,DSC-CMT,37
2D,Processability,DSC-PRO,37
2D,Profile,CMT-CMT,103
2D,Profile,DSC-CMT,106
2D,Profile,DSC-PRO,30
2D,Projected,DSC-CMT,33
2D,Projected Densities of States,DSC-PRO,100
2D,Proliferation,DSC-PRO,50
2D,Propane,DSC-CHM,38
2D,Properties,DSC-PRO,30
2D,Protonic Conductivity,DSC-PRO,73
2D,Pseudo-Capacitor,DSC-APL,32
2D,Pseudocapacitance,DSC-PRO,37
2D,Pseudocapacitive,DSC-PRO,52
2D,Pt,CMT-CHM,168
2D,Pt,DSC-CHM,1091
2D,Pt,PRO-CHM,92
2D,Pt(111),DSC-CHM,96
2D,Pulsed Laser Deposition,DSC-SMT,43
2D,Pure,CMT-DSC,74
2D,Pure,DSC-DSC,319
2D,Pure,PRO-DSC,30
2D,Pyramids,DSC-DSC,45
2D,Pyrazine,DSC-CHM,72
2D,Pyrazole,DSC-CHM,34
2D,Pyrene,DSC-CHM,73
2D,Pyridine,CMT-CHM,73
2D,Pyridine,DSC-CHM,315
2D,Pyridinic N,DSC-CHM,32
2D,Pyridinium,DSC-CHM,30
2D,Pyridyl,DSC-CHM,168
2D,Pyrolysis,DSC-SMT,149
2D,Pyrolytic,DSC-DSC,83
2D,Pyrrole,DSC-CHM,60
2D,P–N Junction,DSC-APL,41
2D,QD,DSC-APL,63
2D,QD,DSC-DSC,152
2D,QDS,CMT-DSC,35
2D,QDS,DSC-DSC,304
2D,QDs,DSC-DSC,44
2D,QSH,DSC-PRO,32
2D,QWS,DSC-APL,42
2D,Quantum,DSC-APL,51
2D,Quantum,DSC-DSC,31
2D,Quantum Confinement,DSC-PRO,75
2D,Quantum Confinement Effect,DSC-PRO,50
2D,Quantum Dots,CMT-DSC,30
2D,Quantum Dots,DSC-APL,69
2D,Quantum Dots,DSC-DSC,462
2D,Quantum Efficiency,DSC-PRO,68
2D,Quantum Hall Effect,DSC-PRO,43
2D,Quantum Phase Transition,DSC-PRO,35
2D,Quantum Well,DSC-APL,225
2D,Quantum Well,PRO-APL,77
2D,Quantum Wires,DSC-DSC,32
2D,Quantum Yield,DSC-PRO,102
2D,Quantum Yields,DSC-PRO,37
2D,Quartz,CMT-CHM,145
2D,Quartz,DSC-CHM,350
2D,Quartz,PRO-CHM,80
2D,Quasi,DSC-DSC,44
2D,Quasi-1D,DSC-DSC,50
2D,Quasi-2D,DSC-DSC,144
2D,Quasi-One,DSC-CHM,47
2D,Quasi-One Dimensional,DSC-DSC,37
2D,Quasi-Two Dimensional,DSC-DSC,82
2D,Quasicrystal,DSC-DSC,30
2D,Quenched,DSC-SMT,43
2D,Quenching Efficiency,DSC-PRO,37
2D,R,DSC-PRO,30
2D,R SOXS,CMT-CMT,78
2D,R2,CMT-PRO,37
2D,R2,DSC-PRO,61
2D,RCT,DSC-PRO,30
2D,RHE,DSC-APL,57
2D,RHEED,DSC-CMT,86
2D,RIE,DSC-SMT,43
2D,RL,DSC-PRO,32
2D,RMS,CMT-PRO,47
2D,RMS,DSC-PRO,44
2D,RMS Roughness,CMT-PRO,31
2D,RMS Roughness,DSC-PRO,35
2D,RMSD,CMT-PRO,45
2D,RP,DSC-SPL,59
2D,RT-PCR,DSC-CMT,32
2D,RVE,DSC-CMT,35
2D,RVE,DSC-DSC,71
2D,Ra,DSC-PRO,34
2D,Radial Distribution Function,DSC-PRO,38
2D,Ragone Plot,DSC-CMT,141
2D,Raman,CMT-CMT,374
2D,Raman,DSC-CMT,1633
2D,Raman,PRO-CMT,904
2D,Raman,SPL-CMT,70
2D,Raman Mapping,DSC-CMT,83
2D,Raman Mapping,PRO-CMT,99
2D,Raman Scattering,DSC-CMT,78
2D,Raman Scattering,PRO-CMT,34
2D,Raman Spectra,DSC-CMT,37
2D,Raman Spectroscopy,DSC-CMT,347
2D,Raman Spectroscopy,PRO-CMT,163
2D,Rare Earth,DSC-CHM,37
2D,Rate,DSC-PRO,62
2D,Rate Capabilities,DSC-PRO,95
2D,Rate Capability,DSC-PRO,475
2D,Rate Capacity,DSC-PRO,44
2D,Rate Constant,CMT-PRO,48
2D,Rate Constant,DSC-PRO,73
2D,Rate Performance,DSC-PRO,345
2D,ReS2,DSC-CHM,75
2D,Reaction Kinetic,DSC-PRO,63
2D,Reaction Mechanism,DSC-PRO,83
2D,Reaction Rate,DSC-PRO,61
2D,Reactive Ion Etching,DSC-SMT,33
2D,Reactivity,DSC-PRO,70
2D,Reactors,CMT-APL,64
2D,Reactors,DSC-APL,104
2D,Rechargeable Battery,DSC-APL,48
2D,Reconstructions,DSC-PRO,46
2D,Recovery,DSC-PRO,30
2D,Recovery Time,DSC-PRO,73
2D,Recrystallisation,DSC-SMT,31
2D,Rectangular,DSC-DSC,95
2D,Rectangular,DSC-SPL,39
2D,Rectification Ratio,DSC-PRO,40
2D,Recyclability,DSC-PRO,42
2D,Red,DSC-CHM,35
2D,Redox Active,DSC-PRO,32
2D,Redox Potential,DSC-PRO,84
2D,Reduction Potential,DSC-PRO,38
2D,Reductions,CMT-SMT,40
2D,Reductions,DSC-APL,81
2D,Reductions,DSC-SMT,228
2D,Reductions,PRO-SMT,36
2D,Reference Electrode,DSC-APL,70
2D,Refinement,DSC-PRO,45
2D,Reflectance,CMT-PRO,31
2D,Reflectance,DSC-CMT,83
2D,Reflectance,DSC-PRO,107
2D,Reflectance Spectra,DSC-CMT,36
2D,Reflection High Energy Electron Diffraction,DSC-CMT,31
2D,Reflection Spectra,DSC-CMT,50
2D,Reflections,DSC-CMT,54
2D,Reflections,DSC-PRO,94
2D,Reflectivity,DSC-PRO,98
2D,Reflectors,DSC-APL,35
2D,Refractive Index,CMT-PRO,76
2D,Refractive Index,DSC-PRO,273
2D,Refractive Index,PRO-PRO,30
2D,Regenerative Medicine,DSC-APL,31
2D,Rejection,DSC-PRO,32
2D,Relative,CMT-PRO,31
2D,Relative,DSC-PRO,56
2D,Relative Density,DSC-PRO,49
2D,Relative Energies,DSC-PRO,35
2D,Relaxation Time,CMT-PRO,44
2D,Relaxation Time,DSC-PRO,78
2D,Reliability,DSC-PRO,56
2D,Removal,DSC-APL,32
2D,Removal Efficiency,DSC-PRO,34
2D,Representations,DSC-CMT,38
2D,Reservoir,CMT-APL,45
2D,Reservoir,DSC-APL,65
2D,Residual Stress,DSC-PRO,52
2D,Resistance,CMT-PRO,68
2D,Resistance,DSC-PRO,396
2D,Resistance,PRO-PRO,109
2D,Resistivity,CMT-PRO,79
2D,Resistivity,DSC-PRO,231
2D,Resistivity,PRO-PRO,75
2D,Resolution,CMT-PRO,48
2D,Resolution,DSC-PRO,49
2D,Resonance,DSC-PRO,47
2D,Resonant Frequency,CMT-PRO,36
2D,Resonant Frequency,DSC-PRO,75
2D,Resonator,DSC-APL,92
2D,Response,DSC-PRO,241
2D,Response Speed,DSC-PRO,48
2D,Response Time,DSC-PRO,144
2D,Responsivity,DSC-PRO,250
2D,Retention,DSC-PRO,67
2D,Retention Time,CMT-PRO,44
2D,Retention Time,DSC-PRO,39
2D,Reusability,DSC-PRO,36
2D,Reversibility,DSC-PRO,40
2D,Reversible Capacity,DSC-PRO,217
2D,Reynolds Number,DSC-PRO,30
2D,Rh,DSC-CHM,54
2D,Rh(111),DSC-CHM,31
2D,RhB,DSC-CHM,120
2D,Rheological Properties,DSC-PRO,31
2D,Rhodamine,DSC-CHM,37
2D,Rhodamine 6G,DSC-CHM,41
2D,Rhodamine B,DSC-CHM,219
2D,Rhombic,DSC-SPL,44
2D,Rhombohedral,DSC-SPL,107
2D,Ribbons,CMT-DSC,37
2D,Ribbons,DSC-CHM,31
2D,Ribbons,DSC-DSC,360
2D,Ribbons,PRO-DSC,41
2D,Rietveld Refinement,CMT-CMT,32
2D,Rietveld Refinement,DSC-CMT,72
2D,Rigid,DSC-PRO,47
2D,Rigidity,DSC-PRO,37
2D,Ring,DSC-DSC,88
2D,Rings,DSC-DSC,76
2D,Rise Time,DSC-PRO,33
2D,Robots,DSC-APL,33
2D,Rock,CMT-DSC,39
2D,Rock,DSC-DSC,35
2D,Rock Salt,DSC-SPL,31
2D,Rod,CMT-DSC,34
2D,Rod,DSC-DSC,192
2D,Rod Like,DSC-DSC,31
2D,Rod Shaped,DSC-DSC,48
2D,Rod-Like,DSC-DSC,55
2D,Rods,CMT-DSC,32
2D,Rods,DSC-DSC,234
2D,Roesy,CMT-CMT,59
2D,Rolled,DSC-SMT,61
2D,Rolling,DSC-SMT,74
2D,Rosy NMR,CMT-CMT,30
2D,Rotaxanes,DSC-CHM,44
2D,Rotors,DSC-APL,44
2D,Roughness,CMT-PRO,107
2D,Roughness,DSC-PRO,190
2D,Roughness,PRO-PRO,41
2D,Royal Society of Chemistry,DSC-CMT,34
2D,Ru,CMT-CHM,31
2D,Ru,DSC-CHM,181
2D,Ru(0001),DSC-CHM,46
2D,RuO2,DSC-CHM,128
2D,Ruddlesden Popper,DSC-SPL,127
2D,Ruthenium,DSC-CHM,43
2D,Rutile,DSC-SPL,110
2D,S 2p,DSC-CHM,39
2D,S T,DSC-SPL,52
2D,SA,DSC-APL,34
2D,SAED,CMT-CMT,140
2D,SAED,DSC-CMT,729
2D,SAED,PRO-CMT,94
2D,SAED Pattern,DSC-CMT,60
2D,SAM,DSC-DSC,81
2D,SAMS,DSC-DSC,76
2D,SANS,CMT-CMT,48
2D,SAXS,CMT-CMT,228
2D,SAXS,DSC-CMT,174
2D,SAXS Pattern,CMT-CMT,41
2D,SBA-15,DSC-CHM,113
2D,SBUS,DSC-DSC,34
2D,SBUS,DSC-PRO,45
2D,SC,DSC-APL,76
2D,SC,DSC-PRO,60
2D,SCO,DSC-PRO,34
2D,SE,DSC-CMT,34
2D,SEM,APL-CMT,45
2D,SEM,CMT-CMT,1198
2D,SEM,DSC-CMT,4401
2D,SEM,PRO-CMT,521
2D,SEM,SPL-CMT,46
2D,SERS Substrate,DSC-APL,33
2D,SHG,DSC-CMT,90
2D,SHG,DSC-PRO,55
2D,SIMS,DSC-CMT,43
2D,SL,DSC-DSC,32
2D,SNR,CMT-PRO,68
2D,SNR,DSC-PRO,34
2D,SO2,DSC-CHM,37
2D,SOC,DSC-CHM,112
2D,SOC,DSC-PRO,123
2D,SOC,PRO-PRO,35
2D,SPR,DSC-CMT,46
2D,SPR,DSC-PRO,33
2D,STEM,DSC-CMT,49
2D,STM,CMT-CMT,54
2D,STM,DSC-APL,34
2D,STM,DSC-CMT,787
2D,STM,PRO-CMT,127
2D,STM Topography,DSC-CMT,37
2D,STO,DSC-CHM,32
2D,SU-8,DSC-CHM,30
2D,Safety,DSC-PRO,41
2D,Sandwich,DSC-DSC,118
2D,Sandwich Structures,DSC-DSC,46
2D,Sandwich-Like,DSC-DSC,56
2D,Sapphire,CMT-CHM,30
2D,Sapphire,DSC-CHM,200
2D,Sapphire,PRO-CHM,39
2D,Saturable Absorber,DSC-APL,45
2D,Sb,DSC-CHM,198
2D,Sbu,DSC-PRO,30
2D,Scaffold,CMT-DSC,38
2D,Scaffold,DSC-APL,88
2D,Scaffold,DSC-DSC,287
2D,Scaffolds,CMT-DSC,46
2D,Scaffolds,DSC-APL,49
2D,Scaffolds,DSC-DSC,327
2D,Scale Bars,DSC-DSC,71
2D,Scales,DSC-APL,46
2D,Scales,DSC-DSC,49
2D,Scanning Electron Micrograph,CMT-CMT,49
2D,Scanning Electron Micrograph,DSC-CMT,168
2D,Scanning Electron Microscope,CMT-CMT,42
2D,Scanning Electron Microscope,DSC-CMT,198
2D,Scanning Electron Microscope,PRO-CMT,30
2D,Scanning Electron Microscopy,CMT-CMT,102
2D,Scanning Electron Microscopy,DSC-CMT,604
2D,Scanning Electron Microscopy,PRO-CMT,51
2D,Scanning Transmission Electron Microscopy,DSC-CMT,60
2D,Scanning Tunneling Microscopy,DSC-CMT,465
2D,Scanning Tunneling Microscopy,PRO-CMT,73
2D,Scanning Tunneling Spectroscopy,DSC-CMT,54
2D,Scattering,CMT-CMT,33
2D,Scattering,DSC-PRO,61
2D,Scattering Intensity,CMT-PRO,50
2D,Scattering Profiles,CMT-CMT,30
2D,Schiff Base,DSC-CHM,108
2D,Schlafli,DSC-CMT,50
2D,Schlafli,DSC-SPL,47
2D,Schlafli Symbol,DSC-PRO,36
2D,Schottky Barrier,DSC-PRO,107
2D,Schottky Barrier Height,DSC-PRO,60
2D,Schottky Junction,DSC-APL,51
2D,Screen Printing,DSC-SMT,30
2D,Screw Dislocation,DSC-PRO,44
2D,Scs,DSC-APL,70
2D,Se,CMT-CHM,41
2D,Se,DSC-CHM,536
2D,Se,PRO-CHM,100
2D,Second Harmonic Generation,DSC-CMT,35
2D,Second Harmonic Generation,DSC-PRO,38
2D,Secondary Structures,CMT-PRO,54
2D,Secondary Structures,DSC-PRO,40
2D,Sections,DSC-DSC,46
2D,Sediments,CMT-DSC,49
2D,Sediments,CMT-PRO,31
2D,Seebeck Coefficient,DSC-PRO,109
2D,Seeds,DSC-DSC,62
2D,Sei,DSC-APL,37
2D,Seismic,CMT-CMT,59
2D,Selected Area Electron Diffraction,CMT-CMT,31
2D,Selected Area Electron Diffraction,DSC-CMT,217
2D,Selectivity,DSC-PRO,261
2D,Selenium,DSC-CHM,70
2D,Self,DSC-APL,33
2D,Self,DSC-DSC,44
2D,Self,DSC-PRO,72
2D,Self,DSC-SMT,125
2D,Self Assembled,DSC-SMT,151
2D,Self Assembly,CMT-SMT,46
2D,Self Assembly,DSC-SMT,614
2D,Self Assembly,PRO-SMT,32
2D,Semiconducting,DSC-PRO,559
2D,Semiconducting,PRO-PRO,144
2D,Semiconducting Properties,DSC-PRO,43
2D,Semiconductor,APL-PRO,36
2D,Semiconductor,CMT-PRO,60
2D,Semiconductor,DSC-APL,125
2D,Semiconductor,DSC-PRO,1546
2D,Semiconductor,PRO-PRO,365
2D,Semiconductor Device,DSC-APL,35
2D,Semiconductor Industry,DSC-APL,30
2D,Semimetal,DSC-PRO,71
2D,Semimetal,PRO-PRO,34
2D,Semimetallic,DSC-PRO,86
2D,Sensing,DSC-APL,308
2D,Sensing Applications,DSC-APL,32
2D,Sensing Mechanism,DSC-PRO,49
2D,Sensing Performance,DSC-PRO,62
2D,Sensing Properties,DSC-PRO,31
2D,Sensitivity,CMT-PRO,114
2D,Sensitivity,DSC-PRO,399
2D,Sensitivity,PRO-PRO,38
2D,Sensor,CMT-APL,114
2D,Sensor,DSC-APL,801
2D,Sensor,PRO-APL,91
2D,Sensor Response,DSC-PRO,32
2D,Separation,DSC-APL,91
2D,Separation,DSC-PRO,38
2D,Separation Efficiency,DSC-PRO,59
2D,Separation Performance,DSC-PRO,43
2D,Separator,DSC-APL,101
2D,Sequence,CMT-CMT,73
2D,Sequence,CMT-PRO,31
2D,Serpentines,DSC-CHM,60
2D,Sers,CMT-CMT,46
2D,Sers,DSC-APL,80
2D,Sers,DSC-CMT,152
2D,Shape,CMT-PRO,54
2D,Shape,DSC-DSC,32
2D,Shape,DSC-PRO,111
2D,Shape Function,DSC-PRO,30
2D,Shape Memory,DSC-PRO,32
2D,Shear Modulus,DSC-PRO,54
2D,Shear Stress,CMT-PRO,45
2D,Shear Stress,DSC-PRO,108
2D,Sheet,CMT-DSC,90
2D,Sheet,DSC-DSC,1295
2D,Sheet,DSC-PRO,45
2D,Sheet,PRO-DSC,159
2D,Sheet Like,DSC-DSC,79
2D,Sheet Resistance,DSC-PRO,129
2D,Sheet Resistance,PRO-PRO,91
2D,Sheet Structure,DSC-PRO,44
2D,Sheets,CMT-DSC,77
2D,Sheets,DSC-DSC,1715
2D,Sheets,PRO-DSC,184
2D,Shell,CMT-DSC,98
2D,Shell,DSC-DSC,357
2D,Shells,DSC-DSC,111
2D,Shift,CMT-PRO,37
2D,Short Circuit Current,DSC-PRO,51
2D,Short Circuit Current Density,DSC-PRO,58
2D,Si,APL-CHM,33
2D,Si,CMT-CHM,459
2D,Si,DSC-CHM,1826
2D,Si,PRO-CHM,411
2D,Si (111),DSC-CHM,117
2D,Si (111),PRO-CHM,33
2D,Si(100),DSC-CHM,40
2D,Si3N4,DSC-CHM,45
2D,SiC,DSC-CHM,327
2D,SiC,PRO-CHM,72
2D,SiGe,DSC-CHM,49
2D,SiO,DSC-CHM,72
2D,SiO2,CMT-CHM,279
2D,SiO2,DSC-CHM,1062
2D,SiO2,PRO-CHM,322
2D,Sibs,DSC-APL,87
2D,Signal-to-Noise Ratio,CMT-PRO,81
2D,Signal-to-Noise Ratio,DSC-PRO,69
2D,Silane,DSC-CHM,46
2D,Silica,CMT-CHM,225
2D,Silica,DSC-CHM,875
2D,Silica,PRO-CHM,55
2D,Silicate,CMT-CHM,39
2D,Silicate,DSC-CHM,91
2D,Silicene,DSC-CHM,230
2D,Silicene,PRO-CHM,54
2D,Silicon,CMT-CHM,285
2D,Silicon,DSC-CHM,1213
2D,Silicon,PRO-CHM,174
2D,Silicon Carbide,DSC-CHM,69
2D,Silicon Dioxide,DSC-CHM,42
2D,Silicon Nitride,DSC-CHM,41
2D,Silicon Oxide,DSC-CHM,36
2D,Silver,CMT-CHM,111
2D,Silver,DSC-CHM,652
2D,Silver,PRO-CHM,60
2D,Silver(I),DSC-CHM,97
2D,Simulation,CMT-CMT,75
2D,Simulation,DSC-CMT,153
2D,Single Cell,DSC-DSC,32
2D,Single Chain,DSC-DSC,34
2D,Single Crystal,CMT-DSC,145
2D,Single Crystal,DSC-CMT,237
2D,Single Crystal,DSC-DSC,1534
2D,Single Crystal,PRO-DSC,144
2D,Single Crystal X-Ray Diffraction,DSC-CMT,466
2D,Single Crystalline,DSC-DSC,233
2D,Single Crystalline,PRO-DSC,32
2D,Single Layer,CMT-DSC,55
2D,Single Layer,DSC-DSC,800
2D,Single Layer,PRO-DSC,217
2D,Single Layered,DSC-DSC,104
2D,Single Phase,DSC-DSC,43
2D,Single Sheets,DSC-DSC,33
2D,Single Stranded,DSC-DSC,31
2D,Single Wall,DSC-DSC,31
2D,Single Walled,DSC-DSC,91
2D,Singlet,CMT-DSC,54
2D,Singlet,DSC-APL,38
2D,Singlet,DSC-CMT,47
2D,Singlet,DSC-DSC,460
2D,Singlet,DSC-PRO,51
2D,Singlet,PRO-DSC,50
2D,Singular,CMT-CHM,33
2D,Singular,DSC-CHM,112
2D,Sintered,CMT-SMT,32
2D,Sintered,DSC-SMT,106
2D,Sintering,CMT-SMT,30
2D,Sintering,DSC-SMT,101
2D,Sites,DSC-PRO,31
2D,Size,CMT-PRO,43
2D,Size,DSC-PRO,135
2D,Size Distribution,CMT-PRO,72
2D,Size Distribution,DSC-PRO,187
2D,Sized,DSC-DSC,49
2D,Skin,CMT-DSC,40
2D,Skin,DSC-APL,44
2D,Skin,DSC-DSC,70
2D,Sky Blue,DSC-CHM,48
2D,Slab,CMT-DSC,44
2D,Slab,DSC-DSC,237
2D,Slabs,DSC-DSC,144
2D,Slices,DSC-DSC,30
2D,Slide,CMT-DSC,30
2D,Slide,DSC-DSC,115
2D,Slides,DSC-DSC,47
2D,Slope,CMT-PRO,43
2D,Slope,DSC-PRO,55
2D,Sm,DSC-CHM,82
2D,Small Angle X-ray Scattering,CMT-CMT,35
2D,Small Angle X-ray Scattering,DSC-CMT,63
2D,Smectic,DSC-SPL,34
2D,Sn,CMT-CHM,46
2D,Sn,DSC-CHM,458
2D,Sn,PRO-CHM,44
2D,Sn2+,DSC-CHM,39
2D,SnO,DSC-CHM,43
2D,SnO2,CMT-CHM,32
2D,SnO2,DSC-CHM,240
2D,SnS,DSC-CHM,98
2D,SnS2,DSC-CHM,193
2D,SnSe,DSC-CHM,62
2D,SnSe2,DSC-CHM,53
2D,Society,APL-CMT,32
2D,Society,CMT-CMT,213
2D,Society,DSC-CMT,1297
2D,Society,PRO-CMT,123
2D,Society of Chemistry,DSC-CMT,86
2D,Sodiation,DSC-SMT,32
2D,Sodium,CMT-CHM,45
2D,Sodium,DSC-CHM,344
2D,Sodium,PRO-CHM,35
2D,Sodium Ion Battery,DSC-APL,139
2D,Soft,CMT-PRO,32
2D,Soft,DSC-PRO,169
2D,Soft Lithography,DSC-SMT,34
2D,Soil,CMT-DSC,46
2D,Soil,CMT-PRO,32
2D,Soil,DSC-DSC,36
2D,Sol Gel,DSC-SMT,38
2D,Sol-Gel,DSC-SMT,116
2D,Solar,DSC-APL,31
2D,Solar Cell,CMT-APL,236
2D,Solar Cell,DSC-APL,719
2D,Solar Cell,PRO-APL,53
2D,Solar Cell Device,DSC-APL,33
2D,Solar Energy,DSC-APL,63
2D,Solar Energy Conversion,DSC-APL,68
2D,Solid,CMT-DSC,78
2D,Solid,DSC-DSC,283
2D,Solid,DSC-PRO,71
2D,Solid Electrolyte,DSC-APL,43
2D,Solid Green,DSC-CHM,39
2D,Solid Solution,DSC-DSC,72
2D,Solid State,DSC-CMT,32
2D,Solid State,DSC-DSC,35
2D,Solid State Emission,DSC-CMT,219
2D,Solid State NMR,CMT-CMT,119
2D,Solid State Photoluminescence,DSC-CMT,66
2D,Solid State Reaction,DSC-SMT,41
2D,Solid-State Fluorescence,DSC-CMT,35
2D,Solidification,DSC-SMT,51
2D,Solids,DSC-DSC,47
2D,Solids Volume Fraction,DSC-PRO,40
2D,Solubility,DSC-PRO,80
2D,Soluble,DSC-PRO,36
2D,Solution,CMT-DSC,100
2D,Solution,DSC-DSC,93
2D,Solution Processed,DSC-SMT,74
2D,Solution Processing,DSC-SMT,45
2D,Solvent Evaporation,DSC-SMT,45
2D,Solvothermal,DSC-SMT,119
2D,Solvothermal Condition,DSC-SMT,145
2D,Solvothermal Method,DSC-SMT,88
2D,Solvothermal Reaction,DSC-SMT,136
2D,Solvothermal Synthesis,DSC-SMT,53
2D,Sonication,DSC-SMT,126
2D,Sonication,PRO-SMT,31
2D,Sorption Isotherm,DSC-CMT,36
2D,Source,CMT-APL,35
2D,Source,DSC-APL,131
2D,Space Filling,DSC-CMT,52
2D,Space Filling Model,DSC-CMT,146
2D,Space Filling Representation,DSC-CMT,63
2D,Spacer,DSC-APL,50
2D,Spacings,DSC-PRO,48
2D,Spatial,DSC-PRO,31
2D,Spatial Resolution,CMT-PRO,45
2D,Spatial Resolution,DSC-PRO,50
2D,Specific Capacitance,DSC-PRO,438
2D,Specific Capacities,DSC-PRO,62
2D,Specific Capacity,DSC-PRO,272
2D,Specific Detectivity,DSC-PRO,51
2D,Specific Energy,DSC-PRO,34
2D,Specific Heat,DSC-PRO,85
2D,Specific Surface Area,DSC-PRO,475
2D,Specific Surface Area,PRO-PRO,34
2D,Spectra,DSC-PRO,30
2D,Spectral Response,DSC-PRO,47
2D,Spectroscopic,DSC-CMT,46
2D,Spectroscopy,DSC-CMT,89
2D,Spectrum,CMT-PRO,44
2D,Spectrum,DSC-PRO,79
2D,Sphere,CMT-DSC,96
2D,Sphere,DSC-DSC,576
2D,Spherical,DSC-DSC,121
2D,Spherical Particles,DSC-DSC,40
2D,Spheroid,DSC-DSC,150
2D,Spin,CMT-PRO,40
2D,Spin,DSC-PRO,198
2D,Spin,PRO-PRO,46
2D,Spin Cast,CMT-SMT,51
2D,Spin Coater,CMT-SMT,139
2D,Spin Coater,DSC-SMT,160
2D,Spin Coating,CMT-SMT,98
2D,Spin Coating,DSC-SMT,244
2D,Spin Configuration,DSC-PRO,30
2D,Spin Crossover,DSC-PRO,44
2D,Spin Density,DSC-PRO,67
2D,Spin Density Distribution,DSC-PRO,30
2D,Spin Orbit Coupling,DSC-PRO,221
2D,Spin Orbit Coupling,PRO-PRO,92
2D,Spin Orbit Interaction,DSC-PRO,41
2D,Spin Polarization,DSC-PRO,102
2D,Spin Polarized,DSC-PRO,44
2D,Spin Splitting,DSC-PRO,34
2D,Spin States,DSC-PRO,58
2D,Spin System,CMT-PRO,38
2D,Spinels,DSC-SPL,70
2D,Spins,DSC-PRO,97
2D,Spintronic Device,DSC-APL,120
2D,Spintronic Device,PRO-APL,38
2D,Spintronics,DSC-APL,184
2D,Spintronics,PRO-APL,60
2D,Spintronics Applications,DSC-APL,67
2D,Spiro OMeTAD,DSC-CHM,43
2D,Sponge,DSC-DSC,79
2D,Spray Coating,DSC-SMT,35
2D,Spring,DSC-APL,35
2D,Sputtered,DSC-SMT,77
2D,Sputtering,CMT-SMT,33
2D,Sputtering,DSC-SMT,94
2D,Sql,DSC-SPL,123
2D,Square,DSC-DSC,210
2D,Square,DSC-SPL,62
2D,Square Grid,DSC-DSC,36
2D,Square Lattice,DSC-DSC,140
2D,Sr,DSC-CHM,93
2D,Sr2+,DSC-CHM,32
2D,SrTiO3,DSC-CHM,82
2D,Ssnmr,CMT-CMT,34
2D,Stabilities,DSC-PRO,66
2D,Stability,CMT-PRO,171
2D,Stability,DSC-PRO,1814
2D,Stability,PRO-PRO,137
2D,Stability Tests,DSC-CMT,116
2D,Stable,DSC-PRO,239
2D,Stacking,DSC-PRO,85
2D,Stacking Configuration,DSC-PRO,30
2D,Stacking Fault,DSC-PRO,54
2D,Stacking Interaction,DSC-PRO,30
2D,Stacking Sequence,DSC-PRO,55
2D,Stacking Structure,DSC-PRO,57
2D,Standard Deviation,CMT-PRO,52
2D,Standard Deviation,DSC-PRO,111
2D,Standing,DSC-DSC,31
2D,Stanene,DSC-CHM,80
2D,State,DSC-PRO,70
2D,States,DSC-PRO,86
2D,Statistical Analysis,DSC-CMT,64
2D,Steady State PL,CMT-CMT,31
2D,Steady State PL,DSC-CMT,82
2D,Stem,CMT-CMT,66
2D,Stem,DSC-CMT,266
2D,Stem Cells,DSC-APL,97
2D,Stern Volmer Plot,DSC-CMT,68
2D,Stick,DSC-CMT,55
2D,Stiff,DSC-PRO,59
2D,Stiffnesses,CMT-PRO,45
2D,Stiffnesses,DSC-PRO,254
2D,Stoichiometries,DSC-DSC,88
2D,Stoichiometries,DSC-PRO,52
2D,Stoichiometry,DSC-PRO,113
2D,Storage Capacity,DSC-PRO,39
2D,Storage Modulus,CMT-PRO,34
2D,Storage Modulus,DSC-PRO,70
2D,Storages,DSC-APL,73
2D,Strain,DSC-PRO,53
2D,Strain Energy,DSC-PRO,44
2D,Strain Sensor,DSC-APL,68
2D,Streamlines,DSC-CHM,33
2D,Strengths,CMT-PRO,55
2D,Strengths,DSC-PRO,249
2D,Stress,CMT-PRO,171
2D,Stress,DSC-PRO,438
2D,Stress,PRO-PRO,41
2D,Stress Distribution,DSC-PRO,69
2D,Stress Field,DSC-PRO,41
2D,Stress Strain Curve,CMT-CMT,56
2D,Stress Strain Curve,CMT-PRO,36
2D,Stress Strain Curve,DSC-CMT,120
2D,Stress Strain Curve,DSC-PRO,117
2D,Stress Strain Response,DSC-PRO,32
2D,Stretchability,DSC-PRO,68
2D,Stretchable,DSC-APL,35
2D,Stretchable,DSC-PRO,90
2D,Stretching,CMT-SMT,36
2D,Stretching,DSC-SMT,69
2D,Strip,DSC-DSC,67
2D,Stripes,DSC-DSC,116
2D,Strips,DSC-DSC,86
2D,Structural,CMT-PRO,161
2D,Structural,DSC-CMT,38
2D,Structural,DSC-PRO,965
2D,Structural,PRO-PRO,98
2D,Structural Analysis,DSC-CMT,208
2D,Structural Characteristic,DSC-PRO,80
2D,Structural Characterization,CMT-CMT,38
2D,Structural Characterization,DSC-CMT,195
2D,Structural Defects,DSC-PRO,65
2D,Structural Feature,CMT-PRO,35
2D,Structural Feature,DSC-PRO,173
2D,Structural Formulae,DSC-PRO,62
2D,Structural Integrity,DSC-PRO,71
2D,Structural Model,CMT-CMT,80
2D,Structural Model,DSC-CMT,256
2D,Structural Parameter,CMT-PRO,81
2D,Structural Parameter,DSC-PRO,224
2D,Structural Phase Transitions,DSC-PRO,39
2D,Structural Property,DSC-PRO,136
2D,Structural Stability,DSC-PRO,171
2D,Structural Transformation,DSC-PRO,33
2D,Structural Transition,DSC-PRO,49
2D,Structurally,DSC-PRO,53
2D,Structure,APL-PRO,50
2D,Structure,CMT-PRO,877
2D,Structure,DSC-CMT,78
2D,Structure,DSC-PRO,7364
2D,Structure,PRO-PRO,680
2D,Structure,SPL-PRO,41
2D,Structure Factor,DSC-PRO,44
2D,Structure Model,DSC-CMT,80
2D,Structure Refinement,DSC-CMT,1121
2D,Structure Refinement,PRO-CMT,54
2D,Structure-Property Relationship,DSC-PRO,41
2D,Structures,CMT-PRO,213
2D,Structures,DSC-PRO,2245
2D,Structures,PRO-PRO,180
2D,Sts,DSC-CMT,82
2D,Styrene,DSC-CHM,49
2D,Substrate,APL-DSC,72
2D,Substrate,CMT-DSC,956
2D,Substrate,DSC-DSC,4536
2D,Substrate,PRO-DSC,749
2D,Substrate,SPL-DSC,46
2D,Substrate Surface,DSC-DSC,125
2D,Subsurface,CMT-DSC,39
2D,Subsurface,DSC-DSC,43
2D,Subthreshold Swing,DSC-PRO,49
2D,Succinate,DSC-CHM,30
2D,Sucrose,DSC-CHM,35
2D,Sugar,CMT-CHM,84
2D,Sugar,DSC-CHM,43
2D,Sulfates,CMT-CHM,31
2D,Sulfates,DSC-CHM,99
2D,Sulfide,DSC-CHM,126
2D,Sulfonated,DSC-CHM,43
2D,Sulfur,CMT-CHM,86
2D,Sulfur,DSC-CHM,533
2D,Sulfur,PRO-CHM,50
2D,Sulfuric Acid,DSC-CHM,40
2D,Sulfurization,DSC-SMT,43
2D,Super Hydrophobicity,DSC-PRO,77
2D,Supercapacitor,DSC-APL,610
2D,Supercapacitor,PRO-APL,34
2D,Supercapacitor Application,DSC-APL,40
2D,Supercapacitor Electrode,DSC-APL,99
2D,Supercell,DSC-DSC,67
2D,Superconducting,DSC-PRO,134
2D,Superconducting,PRO-PRO,51
2D,Superconducting State,DSC-PRO,31
2D,Superconductivity,DSC-PRO,176
2D,Superconductivity,PRO-PRO,84
2D,Superconductor,DSC-PRO,191
2D,Superconductor,PRO-PRO,83
2D,Superfluids,DSC-PRO,43
2D,Superlattice,DSC-DSC,295
2D,Superlattice,PRO-DSC,45
2D,Superoxide,DSC-CHM,42
2D,Superparamagnetism,DSC-PRO,45
2D,Superstructure,DSC-DSC,57
2D,Superstructure,DSC-PRO,46
2D,Support,DSC-APL,38
2D,Supramolecular Structure,DSC-PRO,287
2D,Surface,APL-DSC,64
2D,Surface,CMT-CMT,32
2D,Surface,CMT-DSC,1498
2D,Surface,CMT-PRO,75
2D,Surface,DSC-APL,30
2D,Surface,DSC-CMT,62
2D,Surface,DSC-DSC,6068
2D,Surface,DSC-PRO,234
2D,Surface,DSC-SMT,41
2D,Surface,PRO-DSC,773
2D,Surface,PRO-PRO,46
2D,Surface,SPL-DSC,50
2D,Surface Area,CMT-PRO,52
2D,Surface Area,DSC-PRO,856
2D,Surface Area,PRO-PRO,43
2D,Surface Area to Volume Ratio,DSC-PRO,44
2D,Surface Charge,DSC-PRO,76
2D,Surface Charge Density,DSC-PRO,32
2D,Surface Chemistry,DSC-PRO,122
2D,Surface Coverage,DSC-PRO,74
2D,Surface Defects,DSC-PRO,57
2D,Surface Diffusion,DSC-PRO,53
2D,Surface Energy,DSC-PRO,139
2D,Surface Enhanced Raman Spectroscopy,DSC-CMT,36
2D,Surface Functionalization,DSC-SMT,48
2D,Surface Layer,DSC-DSC,75
2D,Surface Modification,DSC-SMT,103
2D,Surface Morphology,CMT-PRO,108
2D,Surface Morphology,DSC-PRO,366
2D,Surface Morphology,PRO-PRO,44
2D,Surface Plasmon,DSC-PRO,44
2D,Surface Plasmon Polariton,DSC-PRO,33
2D,Surface Plasmon Resonance,DSC-PRO,78
2D,Surface Potential,DSC-PRO,54
2D,Surface Pressure,DSC-PRO,53
2D,Surface Profiler,DSC-PRO,33
2D,Surface Properties,DSC-PRO,82
2D,Surface Reconstruction,DSC-PRO,45
2D,Surface Roughness,CMT-PRO,97
2D,Surface Roughness,DSC-PRO,178
2D,Surface Roughness,PRO-PRO,33
2D,Surface SEM,DSC-CMT,36
2D,Surface State,DSC-PRO,104
2D,Surface State,PRO-PRO,46
2D,Surface Structure,DSC-PRO,143
2D,Surface Temperature,DSC-PRO,67
2D,Surface Tension,CMT-PRO,42
2D,Surface Tension,DSC-PRO,136
2D,Surface Termination,DSC-PRO,61
2D,Surface Topography,CMT-PRO,44
2D,Surface Topography,DSC-PRO,78
2D,Surface Wettability,DSC-PRO,30
2D,Surface-Enhanced Raman Scattering,DSC-CMT,58
2D,Surface-to-Volume Ratio,DSC-PRO,77
2D,Surfaces,CMT-DSC,433
2D,Surfaces,DSC-DSC,1853
2D,Surfaces,PRO-DSC,220
2D,Susceptibility,DSC-PRO,108
2D,Suspension,CMT-DSC,34
2D,Suspension,DSC-DSC,147
2D,Swelling,DSC-SMT,34
2D,Swelling Ratio,DSC-PRO,44
2D,Symbols,DSC-PRO,46
2D,Symmetries,DSC-PRO,42
2D,Symmetry,DSC-PRO,211
2D,Symmetry,PRO-PRO,31
2D,Synthesized,DSC-DSC,44
2D,T,CMT-PRO,201
2D,T,DSC-PRO,355
2D,T,DSC-SPL,98
2D,T,PRO-PRO,51
2D,T1,CMT-PRO,66
2D,T1,DSC-PRO,41
2D,T2,CMT-PRO,31
2D,TC,DSC-PRO,181
2D,TC,PRO-PRO,60
2D,TCNQ,DSC-CHM,54
2D,TCPP,DSC-CHM,41
2D,TDOS,DSC-PRO,32
2D,TEA,DSC-CHM,47
2D,TEM,CMT-CMT,823
2D,TEM,DSC-APL,40
2D,TEM,DSC-CMT,3217
2D,TEM,PRO-CMT,319
2D,TEOS,DSC-CHM,83
2D,TFA,DSC-CHM,37
2D,TG,CMT-CMT,35
2D,TG,DSC-CMT,330
2D,TG,DSC-PRO,45
2D,TG Analysis,DSC-CMT,65
2D,TG Curve,DSC-CMT,59
2D,TGA,CMT-CMT,31
2D,TGA,DSC-CMT,164
2D,THF,CMT-CHM,161
2D,THF,DSC-CHM,249
2D,TMA,DSC-CHM,43
2D,TMB,DSC-CHM,35
2D,TMD,DSC-CHM,102
2D,TMD,DSC-PRO,33
2D,TMDC,DSC-CHM,130
2D,TMDCS,DSC-APL,51
2D,TMDCs,DSC-CHM,246
2D,TMDCs,PRO-CHM,58
2D,TMDs,DSC-CHM,414
2D,TMDs,PRO-CHM,80
2D,TMO,DSC-CHM,31
2D,TN,DSC-PRO,45
2D,TOCSY,CMT-CMT,90
2D,TOF,DSC-PRO,60
2D,TPA,DSC-CHM,41
2D,TPD,DSC-CMT,31
2D,TRPL,CMT-CMT,31
2D,TRPL,DSC-CMT,88
2D,Ta,CMT-CMT,34
2D,Ta,DSC-CHM,105
2D,Ta,DSC-CMT,60
2D,TaS2,DSC-CHM,38
2D,Tafel Plots,DSC-CMT,214
2D,Tafel Slope,DSC-PRO,185
2D,Tank,DSC-APL,46
2D,Tape,DSC-DSC,71
2D,Tapes,DSC-DSC,33
2D,Tapping Mode AFM,CMT-CMT,39
2D,Tapping Mode AFM,DSC-CMT,59
2D,Tauc Plot,DSC-CMT,74
2D,Tb,DSC-CHM,102
2D,Tb(III),DSC-CHM,32
2D,Tb3+,DSC-CHM,66
2D,Te,DSC-CHM,291
2D,Te,PRO-CHM,60
2D,Technology,DSC-APL,30
2D,Teflon,DSC-CHM,36
2D,Tellurium,DSC-CHM,63
2D,Temperature,CMT-PRO,157
2D,Temperature,DSC-PRO,435
2D,Temperature,PRO-PRO,38
2D,Temperature Distribution,DSC-PRO,65
2D,Temperature Profile,DSC-PRO,53
2D,Tensile,DSC-PRO,37
2D,Tensile Strength,CMT-PRO,47
2D,Tensile Strength,DSC-PRO,146
2D,Tensile Stress,DSC-PRO,63
2D,Tensile Tests,CMT-CMT,31
2D,Tensile Tests,DSC-CMT,71
2D,Terahertz,DSC-CHM,59
2D,Terephthalate,DSC-CHM,40
2D,Terephthalic Acid,DSC-CHM,46
2D,Test,DSC-CMT,47
2D,Tetracyclines,DSC-CHM,41
2D,Tetraethyl Orthosilicate,DSC-CHM,32
2D,Tetragonal,CMT-SPL,33
2D,Tetragonal,DSC-SPL,338
2D,Tetragonal,PRO-SPL,32
2D,Tetrahydrofuran,DSC-CHM,53
2D,Tetrazole,DSC-CHM,46
2D,Textile,DSC-DSC,56
2D,Textural Properties,DSC-PRO,31
2D,Texture,CMT-PRO,32
2D,Texture,DSC-PRO,67
2D,Textured,DSC-DSC,34
2D,Tga,CMT-CMT,125
2D,Tga,DSC-CMT,672
2D,Tga,PRO-CMT,42
2D,Theoretical Capacity,DSC-PRO,61
2D,Thermal,CMT-PRO,48
2D,Thermal,DSC-PRO,442
2D,Thermal,DSC-SMT,59
2D,Thermal Analysis,DSC-CMT,120
2D,Thermal Annealing,CMT-SMT,116
2D,Thermal Annealing,DSC-SMT,188
2D,Thermal Behavior,DSC-PRO,61
2D,Thermal Conductivity,CMT-PRO,59
2D,Thermal Conductivity,DSC-PRO,490
2D,Thermal Conductivity,PRO-PRO,69
2D,Thermal Decomposition,DSC-SMT,75
2D,Thermal Ellipsoids,DSC-CMT,250
2D,Thermal Ellipsoids,DSC-PRO,148
2D,Thermal Expansion,DSC-PRO,60
2D,Thermal Expansion Coefficient,DSC-PRO,38
2D,Thermal Gravimetric Analysis,DSC-CMT,43
2D,Thermal Management,DSC-APL,30
2D,Thermal Properties,CMT-PRO,37
2D,Thermal Properties,DSC-PRO,177
2D,Thermal Resistance,DSC-PRO,30
2D,Thermal Stabilities,DSC-PRO,172
2D,Thermal Stability,CMT-PRO,31
2D,Thermal Stability,DSC-PRO,481
2D,Thermal Transport,DSC-PRO,51
2D,Thermal Treatment,CMT-SMT,43
2D,Thermal Treatment,DSC-SMT,145
2D,Thermally,DSC-PRO,30
2D,Thermally Anneal,CMT-SMT,42
2D,Thermally Stable,DSC-PRO,93
2D,Thermo-Responsive,DSC-PRO,31
2D,Thermocouple,DSC-APL,39
2D,Thermodynamic Property,DSC-PRO,37
2D,Thermodynamic Stability,DSC-PRO,54
2D,Thermodynamically Stable,DSC-PRO,74
2D,Thermodynamics,DSC-PRO,79
2D,Thermoelectric,DSC-APL,37
2D,Thermoelectric,DSC-PRO,100
2D,Thermoelectric Devices,DSC-APL,44
2D,Thermoelectric Performance,DSC-PRO,30
2D,Thermoelectric Properties,DSC-PRO,75
2D,Thermogravimetric,DSC-CMT,94
2D,Thermogravimetric Analysis,DSC-CMT,413
2D,Thermogravimetric Curve,DSC-CMT,38
2D,Thermogravimetry,DSC-CMT,32
2D,Thermolysis,DSC-SMT,32
2D,Thermopower,DSC-PRO,31
2D,Thick,DSC-DSC,44
2D,Thick Films,DSC-DSC,34
2D,Thickness,DSC-PRO,38
2D,Thin,CMT-DSC,137
2D,Thin,DSC-APL,30
2D,Thin,DSC-DSC,630
2D,Thin,PRO-DSC,86
2D,Thin Film Transistor,DSC-APL,39
2D,Thin Films,CMT-DSC,731
2D,Thin Films,DSC-DSC,1479
2D,Thin Films,PRO-DSC,177
2D,Thin Layer,DSC-DSC,155
2D,Thin Sections,DSC-DSC,39
2D,Thin Sheet,DSC-DSC,39
2D,Thinnest,DSC-DSC,33
2D,Thiocyanate,DSC-CHM,31
2D,Thiols,CMT-CHM,30
2D,Thiols,DSC-CHM,161
2D,Thiophene,CMT-CHM,45
2D,Thiophene,DSC-CHM,87
2D,Thiourea,DSC-CHM,39
2D,Three,DSC-DSC,129
2D,Three Dimensional,CMT-CMT,158
2D,Three Dimensional,DSC-CMT,82
2D,Three Dimensional,DSC-DSC,1573
2D,Three Dimensional,PRO-DSC,57
2D,Three Electrode,DSC-APL,32
2D,Three Layer,DSC-DSC,43
2D,Three-,DSC-DSC,79
2D,Three-Dimensional,CMT-CMT,30
2D,Three-Dimensional,DSC-DSC,182
2D,Threshold Voltage,CMT-PRO,40
2D,Threshold Voltage,DSC-PRO,71
2D,Ti,CMT-CHM,129
2D,Ti,DSC-CHM,659
2D,Ti,DSC-PRO,45
2D,Ti,PRO-CHM,72
2D,Ti2C,DSC-CHM,39
2D,Ti2CO2,DSC-CHM,34
2D,Ti3AlC2,DSC-CHM,69
2D,Ti3C2,DSC-CHM,142
2D,Ti3C2 MXene,DSC-CHM,55
2D,Ti3C2Tx,DSC-CHM,202
2D,Ti3C2Tx MXenes,DSC-CHM,84
2D,TiC,DSC-CHM,34
2D,TiN,DSC-CHM,82
2D,TiO,DSC-CHM,50
2D,TiO2,CMT-CHM,163
2D,TiO2,DSC-CHM,1031
2D,TiO2,PRO-CHM,71
2D,TiS2,DSC-CHM,66
2D,Tight Binding Model,DSC-CMT,35
2D,Tilt Angle,CMT-PRO,32
2D,Tilt Angle,DSC-PRO,49
2D,Time,DSC-CMT,31
2D,Time,DSC-PRO,62
2D,Time Constant,DSC-PRO,42
2D,Time Resolved PL,CMT-CMT,34
2D,Time Resolved PL,DSC-CMT,126
2D,Time-Resolved Photoluminescence,DSC-CMT,66
2D,Tin,DSC-CHM,138
2D,Tin Oxide,DSC-CHM,52
2D,Tip,DSC-APL,41
2D,Tip,DSC-DSC,30
2D,Tissue,DSC-APL,31
2D,Tissue,DSC-DSC,122
2D,Tissue Engineering,DSC-APL,134
2D,Tissues,DSC-DSC,73
2D,Titanates,DSC-CHM,53
2D,Titania,CMT-CHM,30
2D,Titania,DSC-CHM,125
2D,Titanium,CMT-CHM,33
2D,Titanium,DSC-CHM,152
2D,Titanium Carbide,DSC-CHM,61
2D,Titanium Dioxide,DSC-CHM,34
2D,Tm,CMT-PRO,32
2D,Tm,DSC-PRO,72
2D,Tolerance Factors,DSC-PRO,33
2D,Toluene,CMT-CHM,180
2D,Toluene,DSC-CHM,333
2D,Tomography,DSC-CMT,30
2D,Tool,DSC-APL,30
2D,Top,DSC-APL,34
2D,Top Electrode,DSC-APL,51
2D,Top Gate,DSC-APL,40
2D,Top Layer,DSC-DSC,30
2D,Top View SEM,DSC-CMT,83
2D,Topography,CMT-CMT,32
2D,Topography,CMT-PRO,136
2D,Topography,DSC-CMT,49
2D,Topography,DSC-PRO,244
2D,Topography,PRO-PRO,50
2D,Topological Analysis,DSC-CMT,47
2D,Topological Defects,DSC-PRO,35
2D,Topological Insulator,DSC-PRO,227
2D,Topological Insulator,PRO-PRO,115
2D,Topological Net,DSC-PRO,92
2D,Topological Network,DSC-PRO,73
2D,Topological Phase,DSC-PRO,61
2D,Topological Phase Transition,DSC-PRO,38
2D,Topological Properties,DSC-PRO,39
2D,Topological Representation,DSC-CMT,167
2D,Topological Representation,DSC-PRO,34
2D,Topological State,DSC-PRO,43
2D,Topological Structure,DSC-PRO,91
2D,Topological View,DSC-CMT,53
2D,Topologically,DSC-PRO,132
2D,Topologies,DSC-PRO,57
2D,Topology,CMT-PRO,31
2D,Topology,DSC-PRO,473
2D,Topology,PRO-PRO,30
2D,Torsional Angle,DSC-PRO,54
2D,Tortuosity,DSC-PRO,32
2D,Total,CMT-PRO,45
2D,Total,DSC-PRO,96
2D,Total DOS,DSC-PRO,42
2D,Total Density of States,DSC-PRO,61
2D,Total Energy,DSC-PRO,188
2D,Toughness,DSC-PRO,61
2D,Toxicity,DSC-PRO,126
2D,Transducer,DSC-APL,42
2D,Transfer,CMT-PRO,61
2D,Transfer,DSC-PRO,110
2D,Transfer Characteristic,CMT-PRO,104
2D,Transfer Characteristic,DSC-PRO,177
2D,Transfer Characteristic,PRO-PRO,45
2D,Transfer Curve,CMT-CMT,50
2D,Transfer Curve,CMT-PRO,40
2D,Transfer Curve,DSC-CMT,81
2D,Transfer Curve,DSC-PRO,76
2D,Transformation,DSC-CMT,39
2D,Transient Absorption,CMT-CMT,41
2D,Transient Absorption,DSC-CMT,48
2D,Transient Photocurrent Response,DSC-CMT,34
2D,Transistors,CMT-APL,49
2D,Transistors,DSC-APL,313
2D,Transistors,PRO-APL,64
2D,Transition Metal,DSC-CHM,667
2D,Transition Metal,PRO-CHM,86
2D,Transition Metal Carbide,DSC-CHM,202
2D,Transition Metal Carbide,PRO-CHM,40
2D,Transition Metal Chalcogenides,DSC-CHM,55
2D,Transition Metal Dichalcogenides,DSC-CHM,1136
2D,Transition Metal Dichalcogenides,PRO-CHM,247
2D,Transition Metal Oxide,DSC-CHM,125
2D,Transition Temperature,CMT-PRO,37
2D,Transition Temperature,DSC-PRO,108
2D,Transitions,DSC-PRO,67
2D,Transmission,CMT-CMT,37
2D,Transmission,CMT-PRO,39
2D,Transmission,DSC-CMT,122
2D,Transmission,DSC-PRO,169
2D,Transmission Coefficient,DSC-PRO,37
2D,Transmission Electron Micrograph,DSC-CMT,58
2D,Transmission Electron Microscope,DSC-CMT,101
2D,Transmission Electron Microscopy,CMT-CMT,51
2D,Transmission Electron Microscopy,DSC-CMT,568
2D,Transmission Electron Microscopy,PRO-CMT,49
2D,Transmission Spectra,DSC-CMT,80
2D,Transmission Spectra,DSC-PRO,32
2D,Transparency,DSC-PRO,103
2D,Transparent,CMT-PRO,74
2D,Transparent,DSC-PRO,367
2D,Transparent,PRO-PRO,57
2D,Transparent Electrodes,DSC-APL,49
2D,Transport Properties,DSC-PRO,177
2D,Transport Properties,PRO-PRO,64
2D,Transporter,CMT-PRO,30
2D,Transporter,DSC-PRO,192
2D,Transporter,PRO-PRO,42
2D,Trap Density,DSC-PRO,31
2D,Trap State,DSC-PRO,37
2D,Triangle,DSC-DSC,35
2D,Triangles,DSC-DSC,47
2D,Triangular,DSC-DSC,147
2D,Triangular,DSC-SPL,71
2D,Triazine,DSC-CHM,94
2D,Triazole,DSC-CHM,44
2D,Triclinic,DSC-SPL,136
2D,Triethanolamine,DSC-CHM,36
2D,Triethylamine,DSC-CHM,33
2D,Trigonal,DSC-SPL,146
2D,Trilayers,DSC-DSC,177
2D,Trilayers,PRO-DSC,56
2D,Trimesic Acid,DSC-CHM,35
2D,Tris,DSC-CHM,40
2D,Tryptic,CMT-CHM,32
2D,Tube,CMT-DSC,70
2D,Tube,DSC-DSC,270
2D,Tubes,CMT-DSC,45
2D,Tubes,DSC-DSC,169
2D,Tubular,DSC-DSC,115
2D,Tumor,DSC-DSC,35
2D,Tumours,CMT-APL,37
2D,Tumours,DSC-APL,110
2D,Tumours,DSC-DSC,52
2D,Tungsten,DSC-CHM,102
2D,Tungsten Disulfide,DSC-CHM,80
2D,Tunneling Current,DSC-PRO,58
2D,Turnover Frequency,DSC-PRO,39
2D,Twin,DSC-PRO,31
2D,Twins,DSC-PRO,35
2D,Two,CMT-CMT,32
2D,Two,CMT-DSC,51
2D,Two,DSC-APL,48
2D,Two,DSC-CMT,33
2D,Two,DSC-DSC,416
2D,Two,PRO-DSC,66
2D,Two Dimension,DSC-DSC,30
2D,Two Layered,DSC-DSC,48
2D,Two-Dimensional,APL-DSC,81
2D,Two-Dimensional,CMT-CMT,832
2D,Two-Dimensional,CMT-DSC,79
2D,Two-Dimensional,DSC-CMT,203
2D,Two-Dimensional,DSC-DSC,9722
2D,Two-Dimensional,DSC-PRO,52
2D,Two-Dimensional,PRO-CMT,41
2D,Two-Dimensional,PRO-DSC,860
2D,Two-Dimensional,PRO-PRO,145
2D,Two-Dimensional Layer,DSC-DSC,36
2D,Tyr,CMT-CHM,34
2D,Tyrosine,CMT-CHM,31
2D,Tyrosine,DSC-CHM,34
2D,UV,DSC-SMT,42
2D,UV / Vis,DSC-CMT,49
2D,UV Irradiation,CMT-SMT,35
2D,UV Irradiation,DSC-SMT,178
2D,UV Transmittance,CMT-PRO,80
2D,UV Transmittance,DSC-CMT,51
2D,UV Transmittance,DSC-PRO,246
2D,UV Transmittance,PRO-PRO,65
2D,UV Vis,CMT-CMT,100
2D,UV Vis,DSC-CMT,308
2D,UV Vis Absorbance,DSC-CMT,34
2D,UV Vis Absorption,CMT-CMT,253
2D,UV Vis Absorption,DSC-CMT,387
2D,UV Vis Diffuse Reflectance,DSC-CMT,84
2D,UV Vis Spectroscopy,DSC-CMT,60
2D,UV Vis Spectrum,DSC-CMT,41
2D,UV Visible Absorption,CMT-CMT,65
2D,UV Visible Absorption,DSC-CMT,128
2D,UV-VIS Absorption,CMT-CMT,41
2D,UV-VIS Absorption,DSC-CMT,45
2D,UV-VIS DRS,DSC-CMT,30
2D,UV-VIS Spectral,CMT-CMT,51
2D,UV-VIS Spectral,DSC-CMT,164
2D,UV-Vis Spectra,DSC-CMT,50
2D,UV/VIS Spectral,DSC-CMT,38
2D,UVVISNIR Absorption,DSC-CMT,31
2D,Ultra-Thin,CMT-DSC,35
2D,Ultra-Thin,DSC-DSC,914
2D,Ultra-Thin,PRO-DSC,90
2D,Ultra-Thin Film,DSC-DSC,79
2D,Ultrasonication,DSC-SMT,72
2D,Ultrathin 2d,DSC-DSC,85
2D,Ultrathin Nanosheets,DSC-DSC,124
2D,Uncoated,DSC-DSC,57
2D,Undoped,CMT-DSC,34
2D,Undoped,DSC-DSC,93
2D,Unit,DSC-DSC,45
2D,Unit Cell,CMT-PRO,70
2D,Unit Cell,DSC-DSC,252
2D,Unit Cell,DSC-PRO,429
2D,Unit Cell,PRO-PRO,56
2D,Unit Cell Parameter,DSC-PRO,63
2D,Unit Cell Structure,DSC-PRO,30
2D,Unit Cell Volume,DSC-PRO,31
2D,Ups,CMT-CMT,34
2D,Ups,DSC-CMT,80
2D,Uranium,DSC-CHM,66
2D,Uranyl,DSC-CHM,69
2D,Urea,CMT-CHM,47
2D,Urea,DSC-CHM,172
2D,Uric Acid,DSC-CHM,31
2D,V DS,DSC-PRO,36
2D,V OC,CMT-PRO,76
2D,V OC,DSC-PRO,82
2D,V2O5,DSC-CHM,118
2D,VBM,DSC-PRO,237
2D,VBM,PRO-PRO,32
2D,VDW Heterostructure,DSC-APL,49
2D,VO2,DSC-CHM,46
2D,VOC,CMT-PRO,76
2D,VOC,DSC-PRO,101
2D,VS2,DSC-CHM,43
2D,VSe2,DSC-CHM,32
2D,Vacancies,DSC-PRO,119
2D,Vacancy,DSC-PRO,54
2D,Vacancy Defect,DSC-PRO,35
2D,Vacuum Filtration,DSC-SMT,65
2D,Vacuum Level,DSC-PRO,63
2D,Valence,DSC-PRO,99
2D,Valence Band,DSC-PRO,290
2D,Valence Band,PRO-PRO,48
2D,Valence Band Edge,DSC-PRO,53
2D,Valence Band Maximum,DSC-PRO,108
2D,Valley Polarization,DSC-PRO,32
2D,Van,DSC-PRO,239
2D,Van,PRO-PRO,47
2D,Van Der,DSC-PRO,44
2D,Van Der Waals,DSC-APL,44
2D,Van Der Waals,DSC-PRO,181
2D,Van Der Waals,PRO-PRO,42
2D,Van Der Waals Epitaxy,DSC-SMT,33
2D,Van Der Waals Gap,DSC-PRO,33
2D,Van Der Waals Interaction,DSC-PRO,71
2D,Vanadium,DSC-CHM,100
2D,Vanadium Oxide,DSC-CHM,34
2D,Vdw,DSC-APL,76
2D,Vdw,DSC-PRO,192
2D,Vdw,PRO-PRO,52
2D,Vectors,DSC-PRO,30
2D,Velocities,DSC-PRO,42
2D,Velocity,CMT-PRO,139
2D,Velocity,DSC-PRO,302
2D,Velocity,PRO-PRO,36
2D,Velocity Distribution,DSC-PRO,45
2D,Velocity Field,CMT-PRO,32
2D,Velocity Field,DSC-PRO,71
2D,Velocity Magnitude,DSC-PRO,35
2D,Velocity Profile,DSC-PRO,109
2D,Velocity Vector,DSC-PRO,70
2D,Versus,DSC-CMT,61
2D,Vertical Displacement,DSC-PRO,35
2D,Vertical Heterostructure,DSC-DSC,41
2D,Vesicle,CMT-DSC,44
2D,Vesicle,DSC-DSC,80
2D,Viability,DSC-PRO,142
2D,Vibration Mode,CMT-PRO,31
2D,Vibration Mode,DSC-PRO,95
2D,Vibrational Frequency,CMT-PRO,31
2D,Vibrational Frequency,DSC-PRO,37
2D,Vibrational Properties,DSC-PRO,31
2D,Viscoelastic,DSC-PRO,48
2D,Viscosity,CMT-PRO,94
2D,Viscosity,DSC-PRO,174
2D,Visible Light Absorption,DSC-PRO,66
2D,Void Space,DSC-PRO,33
2D,Volcano Plot,DSC-CMT,37
2D,Voltage Profile,DSC-PRO,71
2D,Voltages,CMT-PRO,31
2D,Voltages,DSC-PRO,133
2D,Voltammograms,DSC-CMT,33
2D,Volume,CMT-PRO,30
2D,Volume,DSC-PRO,50
2D,Volume Fraction,DSC-PRO,37
2D,Volumetric Capacitance,DSC-PRO,77
2D,Von Mises Stress,DSC-PRO,84
2D,Voronoi Tessellation,DSC-CMT,32
2D,Vorticity,DSC-PRO,53
2D,WAXD,CMT-CMT,50
2D,WAXS,CMT-CMT,109
2D,WAXS,DSC-CMT,41
2D,WAXS Patterns,CMT-CMT,37
2D,WO3,DSC-CHM,145
2D,WS2,DSC-CHM,63
2D,WSe2,DSC-CHM,408
2D,WSe2,PRO-CHM,83
2D,WTe2,DSC-CHM,37
2D,Waals,DSC-PRO,45
2D,Wafers,CMT-DSC,122
2D,Wafers,DSC-DSC,453
2D,Wafers,PRO-DSC,87
2D,Wall,DSC-APL,56
2D,Wall,DSC-DSC,59
2D,Wall,DSC-PRO,42
2D,Wall Thickness,DSC-PRO,34
2D,Washing,DSC-SMT,36
2D,Water,DSC-APL,54
2D,Water,DSC-PRO,43
2D,Water Contact Angle,CMT-PRO,63
2D,Water Contact Angle,DSC-PRO,106
2D,Water Content,CMT-PRO,32
2D,Water Content,DSC-PRO,48
2D,Water Fluxes,DSC-PRO,44
2D,Water Oxidation,DSC-APL,41
2D,Water Purification,DSC-APL,46
2D,Water Soluble,CMT-PRO,35
2D,Water Soluble,DSC-PRO,84
2D,Water Splitting,DSC-APL,266
2D,Water Treatment,DSC-APL,36
2D,Wave Function,DSC-PRO,98
2D,Wave Vector,DSC-PRO,60
2D,Waveguide,CMT-APL,31
2D,Waveguide,DSC-APL,199
2D,Wavelength,DSC-PRO,54
2D,Wearable,DSC-APL,66
2D,Wearable Electronics,DSC-APL,62
2D,Welded,DSC-SMT,35
2D,Well,DSC-APL,33
2D,Western Blots,CMT-CMT,31
2D,Western Blots,DSC-CMT,74
2D,Wettability,DSC-PRO,91
2D,Wetting,DSC-PRO,75
2D,White Light Emission,DSC-PRO,41
2D,Width,DSC-PRO,30
2D,Window,DSC-APL,35
2D,Wing,DSC-APL,31
2D,Wire,CMT-DSC,61
2D,Wire,DSC-APL,34
2D,Wire,DSC-DSC,212
2D,Wires,DSC-DSC,177
2D,Work Function,DSC-PRO,257
2D,Work Function,PRO-PRO,57
2D,Working Electrodes,DSC-APL,101
2D,Wrinkled,DSC-DSC,30
2D,Wurtzite,DSC-CHM,93
2D,Wurtzite,DSC-SPL,83
2D,X Ray,CMT-CMT,95
2D,X Ray,DSC-CMT,165
2D,X Ray Analysis,DSC-CMT,89
2D,X Ray Diffractogram,DSC-CMT,55
2D,X Ray Scattering,CMT-CMT,57
2D,X Ray Scattering,DSC-CMT,43
2D,X-Ray,DSC-CMT,32
2D,X-Ray Analyses,DSC-CMT,33
2D,X-Ray Crystal Structure,DSC-CMT,87
2D,X-Ray Crystallography,DSC-CMT,209
2D,X-Ray Diffraction,CMT-CMT,279
2D,X-Ray Diffraction,DSC-CMT,1714
2D,X-Ray Diffraction,PRO-CMT,121
2D,X-Ray Photoelectron Spectroscopy,DSC-CMT,316
2D,X-Ray Photoelectron Spectroscopy,PRO-CMT,41
2D,X-Ray Powder Diffraction,DSC-CMT,144
2D,X-Ray Single Crystal Diffraction,DSC-CMT,116
2D,X-Ray Structural Analysis,DSC-CMT,75
2D,X-ray Structure,DSC-CMT,119
2D,XAS,DSC-CMT,32
2D,XPS,CMT-CMT,298
2D,XPS,DSC-CMT,1308
2D,XPS,PRO-CMT,225
2D,XRD,CMT-CMT,718
2D,XRD,DSC-CMT,2422
2D,XRD,PRO-CMT,216
2D,XRD,SPL-CMT,39
2D,XRPD,DSC-CMT,122
2D,XRR,CMT-CMT,30
2D,Xanes,CMT-CMT,39
2D,Xanes,DSC-CMT,99
2D,Xe,DSC-CHM,80
2D,Xenon,DSC-CHM,43
2D,Yb,DSC-CHM,80
2D,Yield Strength,DSC-PRO,33
2D,Yield Stress,DSC-PRO,38
2D,Young's Modulus,DSC-PRO,34
2D,Young’s Modulus,CMT-PRO,82
2D,Young’s Modulus,DSC-PRO,356
2D,Young’s Modulus,PRO-PRO,48
2D,ZFC,DSC-CMT,47
2D,ZIF,DSC-CHM,64
2D,ZIF-67,DSC-CHM,34
2D,ZIF-8,DSC-CHM,55
2D,Zeolites,CMT-CHM,73
2D,Zeolites,DSC-CHM,194
2D,Zero Dimensional,DSC-DSC,135
2D,Zeta Potential,CMT-PRO,38
2D,Zeta Potential,DSC-PRO,92
2D,Zinc,DSC-CHM,292
2D,Zinc Blende,DSC-CHM,41
2D,Zinc Blende,DSC-SPL,42
2D,Zinc II,DSC-CHM,84
2D,Zinc Oxide,DSC-CHM,65
2D,Zirconia,DSC-CHM,38
2D,Zn,CMT-CHM,90
2D,Zn,DSC-CHM,863
2D,Zn,PRO-CHM,50
2D,Zn(II),DSC-CHM,546
2D,Zn1,DSC-CHM,98
2D,Zn2,DSC-CHM,75
2D,Zn2+,CMT-CHM,33
2D,Zn2+,DSC-CHM,195
2D,ZnCl2,DSC-CHM,40
2D,ZnII,DSC-CHM,33
2D,ZnIn2S4,DSC-CHM,30
2D,ZnO,CMT-CHM,161
2D,ZnO,DSC-CHM,692
2D,ZnO,PRO-CHM,64
2D,ZnS,CMT-CHM,32
2D,ZnS,DSC-CHM,163
2D,ZnSe,DSC-CHM,51
2D,Zone,DSC-PRO,35
2D,Zr,CMT-CHM,37
2D,Zr,DSC-CHM,136
2D,ZrO2,DSC-CHM,70
2D,Zt,DSC-PRO,62
2D,cadmium,DSC-CHM,157
2D,g-C3N4,DSC-CHM,463
2D,galvanostatic charge discharge curves,DSC-CMT,43
2D,h-BN,DSC-CHM,330
2D,h-BN,PRO-CHM,67
2D,hBN,DSC-CHM,104
2D,pH,CMT-PRO,30
2D,pH,DSC-PRO,46
2D,perovskite solar cells,CMT-APL,31
2D,perovskite solar cells,DSC-APL,259
2D,qPCR,DSC-CMT,35
2D,Δ,CMT-PRO,56
2D,Δ,DSC-PRO,118
2D,Θ,CMT-PRO,33
2D,Θ,DSC-PRO,102
2D,Κ,DSC-PRO,73
2D,Φ,DSC-PRO,66
2D,Χ,DSC-PRO,55
2D,β,CMT-PRO,49
2D,β,DSC-PRO,220
2D,β,DSC-SPL,54
2D,η,DSC-PRO,85
2D,λ,CMT-PRO,37
2D,λ,DSC-PRO,136
2D,μ,CMT-PRO,30
2D,μ,DSC-PRO,102
2D,ν,DSC-PRO,63
2D,ξ,DSC-PRO,42
2D,π Conjugated,DSC-PRO,37
2D,π – π,DSC-PRO,32
2D,π-π,DSC-PRO,85
2D,π-π Interaction,DSC-PRO,70
2D,π-π Stacking,DSC-PRO,148
2D,π-π Stacking Interaction,DSC-PRO,32
2D,π–π Interaction,DSC-PRO,39
2D,π–π Stacking,DSC-PRO,59
2D,σ,CMT-PRO,41
2D,σ,DSC-PRO,172
2D,τ,CMT-PRO,56
2D,τ,DSC-PRO,81
2D,χ M,DSC-PRO,53
2D,χ M T,DSC-PRO,39
2D,χMT,DSC-PRO,56
2D,ψ,DSC-PRO,39
2D,ω,CMT-PRO,37
2D,ω,DSC-PRO,82
2D,ϕ,CMT-PRO,34
2D,ϕ,DSC-PRO,34
2D 1H 13C,2D,CHM-CMT,30
2D 1H and 13C,13C NMR Spectroscopy,CHM-CMT,30
2D 1H and 13C,1H,CHM-CMT,42
2D AFM,3D,CMT-CMT,39
2D AFM,3D AFM,CMT-CMT,189
2D AFM,AFM,CMT-CMT,132
2D AFM,Ag,CMT-CHM,31
2D AFM,Annealed,CMT-SMT,56
2D AFM,Annealing,CMT-SMT,37
2D AFM,Au,CMT-CHM,30
2D AFM,Coated,CMT-SMT,39
2D AFM,Coatings,CMT-APL,41
2D AFM,EDS,CMT-CMT,34
2D AFM,EDX,CMT-CMT,30
2D AFM,Electrode,CMT-APL,33
2D AFM,FESEM,CMT-CMT,59
2D AFM,FTIR,CMT-CMT,58
2D AFM,Film,CMT-DSC,161
2D AFM,Films,CMT-DSC,175
2D AFM,HRTEM,CMT-CMT,30
2D AFM,Height Profile,CMT-CMT,31
2D AFM,Layers,CMT-DSC,72
2D AFM,Morphology,CMT-PRO,35
2D AFM,Nanoparticles,CMT-DSC,32
2D AFM,Raman,CMT-CMT,81
2D AFM,SEM,CMT-CMT,195
2D AFM,Si,CMT-CHM,56
2D AFM,Silicon,CMT-CHM,33
2D AFM,Substrate,CMT-DSC,182
2D AFM,Surface,CMT-DSC,125
2D AFM,Surface Morphology,CMT-PRO,39
2D AFM,Surfaces,CMT-DSC,40
2D AFM,TEM,CMT-CMT,79
2D AFM,Thin Films,CMT-DSC,141
2D AFM,TiO2,CMT-CHM,37
2D AFM,UV Transmittance,CMT-PRO,32
2D AFM,X-Ray Diffraction,CMT-CMT,44
2D AFM,XPS,CMT-CMT,89
2D AFM,XRD,CMT-CMT,198
2D AFM,ZnO,CMT-CHM,46
2D Array,1D,DSC-DSC,35
2D Array,2D,DSC-DSC,144
2D Array,3D,DSC-DSC,42
2D Array,AFM,DSC-CMT,63
2D Array,Ag,DSC-CHM,30
2D Array,Array,DSC-DSC,84
2D Array,Au,DSC-CHM,56
2D Array,Film,DSC-DSC,86
2D Array,Films,DSC-DSC,43
2D Array,Hexagonal,DSC-SPL,35
2D Array,Layers,DSC-DSC,73
2D Array,Monolayers,DSC-DSC,63
2D Array,Nanoparticle,DSC-DSC,32
2D Array,Nanoparticles,DSC-DSC,82
2D Array,Nanostructures,DSC-DSC,39
2D Array,Particles,DSC-DSC,71
2D Array,SEM,DSC-CMT,98
2D Array,Si,DSC-CHM,35
2D Array,Silicon,DSC-CHM,49
2D Array,Society,DSC-CMT,31
2D Array,Structure,DSC-PRO,44
2D Array,Substrate,DSC-DSC,130
2D Array,Surface,DSC-DSC,114
2D Array,Surfaces,DSC-DSC,41
2D Array,TEM,DSC-CMT,58
2D Array,Thin Films,DSC-DSC,39
2D Array,Two-Dimensional,DSC-DSC,55
2D Band,G Band,PRO-PRO,44
2D Band,Graphene,PRO-CHM,58
2D Band,Raman,PRO-CMT,70
2D Band,SEM,PRO-CMT,39
2D Band,Substrate,PRO-DSC,34
2D Bands,2D,PRO-PRO,86
2D Bands,AFM,PRO-CMT,84
2D Bands,Bilayer,PRO-DSC,62
2D Bands,CVD,PRO-SMT,58
2D Bands,Carbon,PRO-CHM,84
2D Bands,Cu,PRO-CHM,61
2D Bands,D Band,PRO-PRO,39
2D Bands,Doped,PRO-DSC,31
2D Bands,Electrode,PRO-APL,31
2D Bands,Electrodes,PRO-APL,35
2D Bands,Film,PRO-DSC,65
2D Bands,Films,PRO-DSC,52
2D Bands,Flakes,PRO-DSC,38
2D Bands,Foil,PRO-DSC,38
2D Bands,G,PRO-PRO,53
2D Bands,G Band,PRO-PRO,111
2D Bands,G Bands,PRO-PRO,31
2D Bands,Graphene,PRO-CHM,289
2D Bands,Graphite,PRO-CHM,66
2D Bands,HRTEM,PRO-CMT,41
2D Bands,Layers,PRO-DSC,112
2D Bands,Monolayers,PRO-DSC,75
2D Bands,Ni,PRO-CHM,31
2D Bands,Optical Image,PRO-CMT,62
2D Bands,PMMA,PRO-CHM,30
2D Bands,Raman,PRO-CMT,302
2D Bands,Raman Mapping,PRO-CMT,37
2D Bands,Raman Spectroscopy,PRO-CMT,40
2D Bands,SAED,PRO-CMT,39
2D Bands,SEM,PRO-CMT,128
2D Bands,Sheet,PRO-DSC,36
2D Bands,Sheets,PRO-DSC,47
2D Bands,Si,PRO-CHM,96
2D Bands,SiO2,PRO-CHM,85
2D Bands,Single Layer,PRO-DSC,46
2D Bands,Structure,PRO-PRO,32
2D Bands,Substrate,PRO-DSC,144
2D Bands,Surface,PRO-DSC,88
2D Bands,TEM,PRO-CMT,90
2D Bands,XPS,PRO-CMT,63
2D Bands,XRD,PRO-CMT,52
2D Bilayer,2D,DSC-DSC,30
2D Bilayer,3D,DSC-DSC,31
2D Contour Plots,SEM,CMT-CMT,32
2D Contour Plots,XRD,CMT-CMT,31
2D Crystal,2D,DSC-DSC,251
2D Crystal,2D,DSC-PRO,33
2D Crystal,AFM,DSC-CMT,60
2D Crystal,Bilayer,DSC-DSC,34
2D Crystal,Bulk,DSC-DSC,50
2D Crystal,Carbon,DSC-CHM,49
2D Crystal,Crystal,DSC-DSC,184
2D Crystal,Crystal Structure,DSC-PRO,37
2D Crystal,Film,DSC-DSC,53
2D Crystal,Films,DSC-DSC,30
2D Crystal,Graphene,DSC-CHM,117
2D Crystal,Graphite,DSC-CHM,34
2D Crystal,Heterostructure,DSC-DSC,42
2D Crystal,Hexagonal,DSC-SPL,68
2D Crystal,Hydrogen,DSC-CHM,34
2D Crystal,Interface,DSC-DSC,57
2D Crystal,Layered,DSC-DSC,42
2D Crystal,Layers,DSC-DSC,92
2D Crystal,Membrane,DSC-DSC,34
2D Crystal,MoS2,DSC-CHM,54
2D Crystal,Monolayers,DSC-DSC,118
2D Crystal,Nanosheets,DSC-DSC,34
2D Crystal,Optical Image,DSC-CMT,32
2D Crystal,Particles,DSC-DSC,41
2D Crystal,SEM,DSC-CMT,50
2D Crystal,Semiconductor,DSC-PRO,35
2D Crystal,Sheets,DSC-DSC,30
2D Crystal,Si,DSC-CHM,35
2D Crystal,SiO2,DSC-CHM,31
2D Crystal,Society,DSC-CMT,39
2D Crystal,Structure,DSC-PRO,77
2D Crystal,Substrate,DSC-DSC,102
2D Crystal,Surface,DSC-DSC,100
2D Crystal,Surfaces,DSC-DSC,35
2D Crystal,TEM,DSC-CMT,44
2D Crystal,Transition Metal Dichalcogenides,DSC-CHM,36
2D Crystal,Two-Dimensional,DSC-DSC,138
2D Crystalline,2D,DSC-DSC,33
2D Detector,Surface,CMT-DSC,33
2D Electron Gas,2D,PRO-DSC,33
2D FFT,AFM,CMT-CMT,70
2D FFT,Film,CMT-DSC,50
2D FFT,Films,CMT-DSC,40
2D FFT,Layers,CMT-DSC,40
2D FFT,SEM,CMT-CMT,57
2D FFT,Substrate,CMT-DSC,54
2D FFT,Surface,CMT-DSC,65
2D FFT,TEM,CMT-CMT,39
2D Film,2D,DSC-DSC,71
2D Film,3D,DSC-DSC,45
2D Film,Film,DSC-DSC,70
2D Film,Films,DSC-DSC,70
2D Film,Layers,DSC-DSC,30
2D Film,Monolayers,DSC-DSC,30
2D Film,Substrate,DSC-DSC,54
2D Film,Surface,DSC-DSC,41
2D Fingerprint Plots,Crystal,CMT-DSC,43
2D Fingerprint Plots,Crystal Packings,CMT-PRO,40
2D Fingerprint Plots,Crystal Structure,CMT-PRO,75
2D Fingerprint Plots,DNorm,CMT-PRO,33
2D Fingerprint Plots,Hirshfeld Surface,CMT-CMT,122
2D Fingerprint Plots,Hirshfeld Surface Analysis,CMT-CMT,36
2D Fingerprint Plots,Hydrogen,CMT-CHM,118
2D Fingerprint Plots,Molecular Structure,CMT-PRO,56
2D Fingerprint Plots,O,CMT-CHM,37
2D Fingerprint Plots,Single Crystal,CMT-DSC,38
2D Fingerprint Plots,Structure,CMT-PRO,43
2D Fourier Transform,Surface,CMT-DSC,35
2D GISAXS,2D,CMT-CMT,44
2D GISAXS,AFM,CMT-CMT,41
2D GISAXS,Annealed,CMT-SMT,31
2D GISAXS,Film,CMT-DSC,59
2D GISAXS,Films,CMT-DSC,67
2D GISAXS,Gisaxs,CMT-CMT,54
2D GISAXS,Layers,CMT-DSC,38
2D GISAXS,SEM,CMT-CMT,39
2D GISAXS,Substrate,CMT-DSC,48
2D GISAXS,Surface,CMT-DSC,34
2D GISAXS,Thin Films,CMT-DSC,48
2D Grid,2D,DSC-DSC,39
2D Grid,3D,DSC-DSC,38
2D Grid,Hydrogen,DSC-CHM,41
2D Grid,Structure,DSC-PRO,43
2D Heterostructure,2D,DSC-DSC,125
2D Heterostructure,Graphene,DSC-CHM,73
2D Heterostructure,Heterostructure,DSC-DSC,117
2D Heterostructure,Interface,DSC-DSC,40
2D Heterostructure,Layers,DSC-DSC,48
2D Heterostructure,MoS2,DSC-CHM,60
2D Heterostructure,Monolayers,DSC-DSC,49
2D Heterostructure,Substrate,DSC-DSC,34
2D Heterostructure,Two-Dimensional,DSC-DSC,70
2D Honeycomb,2D,DSC-DSC,45
2D Honeycomb,Structure,DSC-PRO,36
2D IR,2D,CMT-CMT,69
2D IR,2D IR Spectroscopy,CMT-CMT,36
2D IR,Amides,CMT-CHM,40
2D IR,CLS,CMT-CMT,31
2D IR,CO,CMT-CHM,40
2D IR,D2O,CMT-CHM,47
2D IR,FTIR,CMT-CMT,72
2D IR,H2O,CMT-CHM,30
2D IR,Hydrogen,CMT-CHM,68
2D IR,Ir,CMT-CMT,92
2D IR,Spectral Diffusion,CMT-PRO,31
2D IR,Structure,CMT-PRO,37
2D IR,Two Dimensional Infrared,CMT-CMT,49
2D IR Spectroscopy,2D IR,CMT-CMT,36
2D Images,2D,CMT-CMT,69
2D Images,2D,CMT-DSC,33
2D Images,3D,CMT-CMT,54
2D Images,3D,CMT-DSC,39
2D Images,3D Image,CMT-CMT,113
2D Images,AFM,CMT-CMT,105
2D Images,Carbon,CMT-CHM,33
2D Images,Coatings,CMT-APL,32
2D Images,FTIR,CMT-CMT,34
2D Images,Film,CMT-DSC,69
2D Images,Films,CMT-DSC,56
2D Images,Interface,CMT-DSC,34
2D Images,Layers,CMT-DSC,57
2D Images,Microstructure,CMT-PRO,30
2D Images,Morphology,CMT-PRO,36
2D Images,Particles,CMT-DSC,52
2D Images,SEM,CMT-CMT,143
2D Images,Si,CMT-CHM,39
2D Images,Structure,CMT-PRO,41
2D Images,Substrate,CMT-DSC,62
2D Images,Surface,CMT-DSC,139
2D Images,Surfaces,CMT-DSC,39
2D Images,TEM,CMT-CMT,64
2D Images,Thin Films,CMT-DSC,36
2D Images,X-Ray Diffraction,CMT-CMT,30
2D Images,XPS,CMT-CMT,35
2D Images,XRD,CMT-CMT,76
2D Islands,2D,DSC-DSC,31
2D Islands,Surface,DSC-DSC,38
2D Lattice,2D,DSC-DSC,45
2D Layer,1 + Z,DSC-CHM,35
2D Layer,1-CPE,DSC-CHM,58
2D Layer,1-D,DSC-DSC,126
2D Layer,1D,DSC-DSC,700
2D Layer,1D Chains,DSC-DSC,664
2D Layer,1D Double Chain,DSC-DSC,39
2D Layer,1H,DSC-CHM,40
2D Layer,1H NMR,DSC-CMT,32
2D Layer,"2,Y,Z",DSC-CHM,40
2D Layer,"2,Z",DSC-CHM,48
2D Layer,2-CPE,DSC-CHM,34
2D Layer,2-D,DSC-DSC,147
2D Layer,2D,DSC-DSC,1265
2D Layer,2D,DSC-PRO,55
2D Layer,2D Layered,DSC-DSC,77
2D Layer,2D Sheet,DSC-DSC,149
2D Layer,2D3D,DSC-DSC,38
2D Layer,3,DSC-DSC,98
2D Layer,3-D,DSC-DSC,184
2D Layer,3D,DSC-DSC,1441
2D Layer,3D,DSC-PRO,230
2D Layer,3D Porous,DSC-DSC,63
2D Layer,3D Structure,DSC-PRO,139
2D Layer,3D Supramolecular Structure,DSC-PRO,43
2D Layer,AFM,DSC-CMT,52
2D Layer,Absorption Spectrum,DSC-CMT,97
2D Layer,Acetone,DSC-CHM,34
2D Layer,Acetonitrile,DSC-CHM,33
2D Layer,Ag,DSC-CHM,148
2D Layer,Ag(I),DSC-CHM,73
2D Layer,Al,DSC-CHM,32
2D Layer,Amines,DSC-CHM,33
2D Layer,Angles,DSC-PRO,209
2D Layer,Antiferromagnetic Interaction,DSC-PRO,47
2D Layer,As-Synthesized,DSC-DSC,101
2D Layer,Au,DSC-CHM,44
2D Layer,Azides,DSC-CHM,31
2D Layer,Ball and Stick Representation,DSC-CMT,44
2D Layer,Band Structure,DSC-PRO,45
2D Layer,Bandgap,DSC-PRO,33
2D Layer,Benzenes,DSC-CHM,58
2D Layer,Bilayer,DSC-DSC,45
2D Layer,Bipy,DSC-CHM,37
2D Layer,Blue Line,DSC-CHM,56
2D Layer,Bond Angles,DSC-PRO,46
2D Layer,Bond Distance,DSC-PRO,65
2D Layer,Bond Length,DSC-PRO,244
2D Layer,Br,DSC-CHM,54
2D Layer,Bulk,DSC-DSC,79
2D Layer,C,DSC-CHM,49
2D Layer,CH3CN,DSC-CHM,35
2D Layer,CH4,DSC-CHM,56
2D Layer,CHO,DSC-CHM,44
2D Layer,CO,DSC-CHM,32
2D Layer,CO2,DSC-CHM,172
2D Layer,CV,DSC-CMT,32
2D Layer,Carbon,DSC-CHM,162
2D Layer,Carboxyl,DSC-CHM,35
2D Layer,Carboxylates,DSC-CHM,223
2D Layer,Catalyst,DSC-APL,67
2D Layer,Cd,DSC-CHM,193
2D Layer,Cd(II),DSC-CHM,282
2D Layer,Cd2,DSC-CHM,45
2D Layer,Cd2+,DSC-CHM,62
2D Layer,CdII,DSC-CHM,43
2D Layer,Chains,DSC-DSC,450
2D Layer,Chains,DSC-PRO,40
2D Layer,Chemical Structures,DSC-PRO,43
2D Layer,Chiral,DSC-PRO,45
2D Layer,Cl,DSC-CHM,95
2D Layer,Cluster,DSC-DSC,251
2D Layer,Co,DSC-CHM,155
2D Layer,Co II,DSC-CHM,182
2D Layer,Co2+,DSC-CHM,56
2D Layer,Cobalt,DSC-CHM,46
2D Layer,Cocrystal,DSC-DSC,32
2D Layer,Color,DSC-PRO,45
2D Layer,Composite,DSC-DSC,32
2D Layer,Compositions,DSC-PRO,34
2D Layer,Coordination,DSC-DSC,49
2D Layer,Coordination,DSC-PRO,178
2D Layer,Coordination Environment,DSC-PRO,1079
2D Layer,Coordination Geometry,DSC-PRO,83
2D Layer,Coordination Mode,DSC-PRO,513
2D Layer,Coordination Network,DSC-PRO,35
2D Layer,Coordination Polymer,DSC-DSC,122
2D Layer,Coordination Polymer,DSC-PRO,84
2D Layer,Copper,DSC-CHM,83
2D Layer,Copper II,DSC-CHM,31
2D Layer,Crystal,DSC-CMT,88
2D Layer,Crystal,DSC-DSC,232
2D Layer,Crystal,DSC-PRO,52
2D Layer,Crystal Data,DSC-CMT,309
2D Layer,Crystal Packings,DSC-PRO,79
2D Layer,Crystal Structure,DSC-PRO,366
2D Layer,Crystalline,DSC-DSC,62
2D Layer,Crystallography,DSC-CMT,67
2D Layer,Cu,DSC-CHM,231
2D Layer,Cu(I),DSC-CHM,31
2D Layer,Cu(II),DSC-CHM,168
2D Layer,Cu2+,DSC-CHM,62
2D Layer,Cyan,DSC-CHM,44
2D Layer,Cyclic Voltammogram,DSC-CMT,143
2D Layer,C–H,DSC-CHM,35
2D Layer,DFT,DSC-CMT,36
2D Layer,DMF,DSC-CHM,195
2D Layer,DMSO,DSC-CHM,46
2D Layer,DSC,DSC-CMT,42
2D Layer,Diagram,DSC-CMT,33
2D Layer,Diamondoid,DSC-SPL,34
2D Layer,Diamonds,DSC-CHM,75
2D Layer,Dicarboxylate,DSC-CHM,41
2D Layer,Displacement Ellipsoid,DSC-CMT,30
2D Layer,Doped,DSC-DSC,33
2D Layer,Double Chain,DSC-DSC,62
2D Layer,Double Layered,DSC-DSC,55
2D Layer,Electrode,DSC-APL,72
2D Layer,Electrodes,DSC-APL,43
2D Layer,Elemental Analysis,DSC-CMT,184
2D Layer,Ellipsoids,DSC-CMT,37
2D Layer,Emission Intensity,DSC-PRO,37
2D Layer,Emission Spectra,DSC-CMT,342
2D Layer,Emission Spectrum,DSC-CMT,46
2D Layer,Emissions,DSC-CMT,36
2D Layer,Ethanol,DSC-CHM,67
2D Layer,Eu,DSC-CHM,72
2D Layer,Eu3+,DSC-CHM,48
2D Layer,Excitation Spectra,DSC-CMT,39
2D Layer,F,DSC-CHM,43
2D Layer,FT-IR,DSC-CMT,36
2D Layer,Fe,DSC-CHM,51
2D Layer,Fe3+,DSC-CHM,69
2D Layer,Fermi Level,DSC-PRO,38
2D Layer,Film,DSC-DSC,83
2D Layer,Films,DSC-DSC,61
2D Layer,Fluorescence,DSC-CMT,53
2D Layer,Fluorescence Emission,DSC-CMT,40
2D Layer,Fluorescence Intensity,DSC-PRO,47
2D Layer,Framework,DSC-PRO,30
2D Layer,Framework Structure,DSC-PRO,31
2D Layer,G,DSC-PRO,43
2D Layer,Gd,DSC-CHM,47
2D Layer,Graphene,DSC-CHM,87
2D Layer,H2,DSC-CHM,61
2D Layer,H2L,DSC-CHM,50
2D Layer,H2O,DSC-CHM,153
2D Layer,H2O2,DSC-CHM,43
2D Layer,H2SO4,DSC-CHM,116
2D Layer,HRTEM,DSC-CMT,49
2D Layer,Heating,DSC-SMT,59
2D Layer,Helical,DSC-PRO,40
2D Layer,Heterostructure,DSC-DSC,50
2D Layer,Hexagonal,DSC-SPL,114
2D Layer,Homo,DSC-PRO,34
2D Layer,Honeycomb,DSC-DSC,32
2D Layer,Hydrogen,DSC-CHM,1572
2D Layer,Hydrogen Bonding,DSC-PRO,30
2D Layer,Hydrothermal,DSC-SMT,64
2D Layer,Hydrothermal Condition,DSC-SMT,106
2D Layer,Hydrothermal Reaction,DSC-SMT,62
2D Layer,Hysteresis Loop,DSC-CMT,37
2D Layer,IR Spectroscopy,DSC-CMT,52
2D Layer,Imidazole,DSC-CHM,43
2D Layer,Interaction,DSC-PRO,40
2D Layer,Interface,DSC-DSC,57
2D Layer,Ir,DSC-CMT,182
2D Layer,Irradiation,DSC-SMT,53
2D Layer,K+,DSC-CHM,32
2D Layer,La,DSC-CHM,33
2D Layer,Ladders,DSC-DSC,35
2D Layer,Lanthanides,DSC-CHM,52
2D Layer,Layer Structured,DSC-PRO,84
2D Layer,Layered,DSC-DSC,158
2D Layer,Layers,DSC-DSC,1132
2D Layer,Local Coordination Environment,DSC-PRO,55
2D Layer,Luminescence,DSC-CMT,38
2D Layer,Luminescence,DSC-PRO,41
2D Layer,Luminescence Intensities,DSC-PRO,32
2D Layer,Luminescence Intensity,DSC-PRO,50
2D Layer,Luminescence Spectra,DSC-CMT,40
2D Layer,Luminescent Property,DSC-PRO,49
2D Layer,MOFs,DSC-APL,47
2D Layer,Magenta,DSC-CHM,55
2D Layer,Magnetic Properties,DSC-PRO,55
2D Layer,Magnetic Susceptibility,DSC-PRO,112
2D Layer,Magnetics,DSC-PRO,46
2D Layer,Magnetization,DSC-PRO,63
2D Layer,MeOH,DSC-CHM,60
2D Layer,Metallic,DSC-PRO,32
2D Layer,Metals,DSC-PRO,173
2D Layer,Methanol,DSC-CHM,76
2D Layer,Methyl,DSC-CHM,34
2D Layer,Mn,DSC-CHM,99
2D Layer,Mn(II),DSC-CHM,93
2D Layer,Mn2+,DSC-CHM,38
2D Layer,Mo,DSC-CHM,47
2D Layer,MoS2,DSC-CHM,49
2D Layer,Molecular Structure,DSC-PRO,267
2D Layer,Monoclinic,DSC-SPL,39
2D Layer,Monolayers,DSC-DSC,79
2D Layer,Morphology,DSC-PRO,46
2D Layer,N Blue,DSC-CHM,70
2D Layer,N2,DSC-CHM,145
2D Layer,Na,DSC-CHM,30
2D Layer,Na+,DSC-CHM,30
2D Layer,Na2SO4,DSC-CHM,63
2D Layer,Nanosheets,DSC-DSC,43
2D Layer,Nanotube,DSC-DSC,32
2D Layer,Net,DSC-DSC,81
2D Layer,Ni,DSC-CHM,115
2D Layer,Ni II,DSC-CHM,93
2D Layer,Nitrate,DSC-CHM,53
2D Layer,Nitrogen,DSC-CHM,144
2D Layer,Nyquist Plot,DSC-CMT,40
2D Layer,O,DSC-CHM,455
2D Layer,O Red,DSC-CHM,44
2D Layer,O2,DSC-CHM,43
2D Layer,OFMT,DSC-CMT,71
2D Layer,OH,DSC-CHM,44
2D Layer,ORTEP,DSC-CMT,85
2D Layer,ORTEP Drawing,DSC-CMT,79
2D Layer,Of Chemistry,DSC-CMT,33
2D Layer,One-Dimensional,DSC-DSC,49
2D Layer,Oxalates,DSC-CHM,47
2D Layer,Oxygen,DSC-CHM,198
2D Layer,PCU,DSC-SPL,33
2D Layer,PXRD,DSC-CMT,253
2D Layer,Packing,DSC-PRO,40
2D Layer,Packing Diagram,DSC-CMT,40
2D Layer,Packing Diagram,DSC-PRO,67
2D Layer,Packing Structure,DSC-PRO,37
2D Layer,Pb,DSC-CHM,50
2D Layer,Pb(II),DSC-CHM,40
2D Layer,Perovskites,DSC-CHM,33
2D Layer,Perovskites,DSC-SPL,34
2D Layer,Phen,DSC-CHM,56
2D Layer,Phenyls,DSC-CHM,50
2D Layer,Photo Luminescence,DSC-CMT,152
2D Layer,Polyhedral,DSC-CMT,31
2D Layer,Polyhedral Representations,DSC-CMT,31
2D Layer,Polymeric,DSC-DSC,33
2D Layer,Polymers,DSC-APL,39
2D Layer,Polymers,DSC-DSC,105
2D Layer,Porous,DSC-DSC,59
2D Layer,Powder,DSC-DSC,138
2D Layer,Powder X-Ray Diffraction,DSC-CMT,63
2D Layer,Pyridine,DSC-CHM,66
2D Layer,Pyridyl,DSC-CHM,49
2D Layer,Raman,DSC-CMT,73
2D Layer,Ribbons,DSC-DSC,39
2D Layer,SEM,DSC-CMT,156
2D Layer,Se,DSC-CHM,30
2D Layer,Self Assembly,DSC-SMT,39
2D Layer,Semiconductor,DSC-PRO,40
2D Layer,Sheet,DSC-DSC,73
2D Layer,Sheets,DSC-DSC,90
2D Layer,Si,DSC-CHM,64
2D Layer,SiO2,DSC-CHM,37
2D Layer,Silver,DSC-CHM,60
2D Layer,Single Crystal,DSC-CMT,59
2D Layer,Single Crystal,DSC-DSC,256
2D Layer,Single Crystal X-Ray Diffraction,DSC-CMT,127
2D Layer,Single Layer,DSC-DSC,42
2D Layer,Singlet,DSC-DSC,31
2D Layer,Society,DSC-CMT,50
2D Layer,Solid State Emission,DSC-CMT,162
2D Layer,Space Filling Model,DSC-CMT,52
2D Layer,Space Filling Representation,DSC-CMT,31
2D Layer,Sql,DSC-SPL,47
2D Layer,Stability,DSC-PRO,51
2D Layer,Stern Volmer Plot,DSC-CMT,47
2D Layer,Structural,DSC-PRO,86
2D Layer,Structure,DSC-PRO,1248
2D Layer,Structure Refinement,DSC-CMT,610
2D Layer,Structures,DSC-PRO,232
2D Layer,Substrate,DSC-DSC,117
2D Layer,Supramolecular Structure,DSC-PRO,122
2D Layer,Surface,DSC-DSC,128
2D Layer,Surfaces,DSC-DSC,42
2D Layer,TEM,DSC-CMT,89
2D Layer,TG,DSC-CMT,124
2D Layer,TGA,DSC-CMT,53
2D Layer,Tb,DSC-CHM,33
2D Layer,Tga,DSC-CMT,198
2D Layer,Thermal,DSC-PRO,67
2D Layer,Thermal Ellipsoids,DSC-CMT,107
2D Layer,Thermal Ellipsoids,DSC-PRO,59
2D Layer,Thermal Stability,DSC-PRO,34
2D Layer,Thermogravimetric Analysis,DSC-CMT,99
2D Layer,Thin Films,DSC-DSC,43
2D Layer,Three Dimensional,DSC-DSC,64
2D Layer,Topological Net,DSC-PRO,43
2D Layer,Topological Network,DSC-PRO,52
2D Layer,Topological Representation,DSC-CMT,72
2D Layer,Topological Structure,DSC-PRO,50
2D Layer,Topological View,DSC-CMT,33
2D Layer,Topology,DSC-PRO,167
2D Layer,Transition Metal,DSC-CHM,62
2D Layer,Two-Dimensional,DSC-DSC,233
2D Layer,UV Irradiation,DSC-SMT,39
2D Layer,UV Vis,DSC-CMT,41
2D Layer,UV Vis Absorption,DSC-CMT,71
2D Layer,X-Ray Diffraction,DSC-CMT,239
2D Layer,X-Ray Powder Diffraction,DSC-CMT,38
2D Layer,X-Ray Single Crystal Diffraction,DSC-CMT,30
2D Layer,X-ray Structure,DSC-CMT,35
2D Layer,XPS,DSC-CMT,66
2D Layer,XRD,DSC-CMT,145
2D Layer,XRPD,DSC-CMT,31
2D Layer,Zinc,DSC-CHM,76
2D Layer,Zn,DSC-CHM,229
2D Layer,Zn(II),DSC-CHM,272
2D Layer,Zn1,DSC-CHM,53
2D Layer,Zn2,DSC-CHM,38
2D Layer,Zn2+,DSC-CHM,70
2D Layer,cadmium,DSC-CHM,52
2D Layer,π-π Stacking,DSC-PRO,43
2D Layer,χ M,DSC-PRO,37
2D Layer,χMT,DSC-PRO,30
2D Layer Structure,1D,PRO-DSC,38
2D Layer Structure,2D,PRO-DSC,50
2D Layer Structure,3D,PRO-DSC,58
2D Layer Structure,Coordination Environment,DSC-PRO,34
2D Layer Structure,Coordination Environment,PRO-PRO,49
2D Layer Structure,Coordination Mode,PRO-PRO,30
2D Layer Structure,Hydrogen,PRO-CHM,61
2D Layer Structure,Structure,PRO-PRO,50
2D Layer Structure,Structure Refinement,PRO-CMT,33
2D Layered,1D,DSC-DSC,117
2D Layered,1D Chains,DSC-DSC,50
2D Layered,2D,DSC-DSC,406
2D Layered,2D Layer,DSC-DSC,77
2D Layered,3-D,DSC-DSC,32
2D Layered,3D,DSC-DSC,235
2D Layered,AFM,DSC-CMT,42
2D Layered,Ag,DSC-CHM,34
2D Layered,Anode,DSC-APL,33
2D Layered,Au,DSC-CHM,37
2D Layered,Band Gap,DSC-PRO,51
2D Layered,Band Structure,DSC-PRO,36
2D Layered,Bandgap,DSC-PRO,64
2D Layered,Bond Length,DSC-PRO,37
2D Layered,Br,DSC-CHM,36
2D Layered,Bulk,DSC-DSC,82
2D Layered,CO2,DSC-CHM,35
2D Layered,Carbon,DSC-CHM,79
2D Layered,Catalyst,DSC-APL,38
2D Layered,Cd,DSC-CHM,33
2D Layered,Cd(II),DSC-CHM,37
2D Layered,Chains,DSC-DSC,46
2D Layered,Cl,DSC-CHM,46
2D Layered,Cluster,DSC-DSC,39
2D Layered,Co,DSC-CHM,44
2D Layered,Composite,DSC-DSC,52
2D Layered,Compositions,DSC-PRO,37
2D Layered,Coordination,DSC-PRO,37
2D Layered,Coordination Environment,DSC-PRO,84
2D Layered,Coordination Mode,DSC-PRO,48
2D Layered,Coordination Polymer,DSC-DSC,32
2D Layered,Crystal,DSC-DSC,90
2D Layered,Crystal Structure,DSC-PRO,127
2D Layered,Crystalline,DSC-DSC,39
2D Layered,Cu,DSC-CHM,52
2D Layered,DMF,DSC-CHM,35
2D Layered,Doped,DSC-DSC,57
2D Layered,Electrochemical Performance,DSC-PRO,37
2D Layered,Electrode,DSC-APL,60
2D Layered,Electrodes,DSC-APL,50
2D Layered,Electronic,DSC-PRO,32
2D Layered,Elemental Analysis,DSC-CMT,43
2D Layered,Emission Spectra,DSC-CMT,33
2D Layered,Few Layer,DSC-DSC,33
2D Layered,Film,DSC-DSC,65
2D Layered,Films,DSC-DSC,76
2D Layered,Graphene,DSC-CHM,119
2D Layered,H2O,DSC-CHM,40
2D Layered,HRTEM,DSC-CMT,45
2D Layered,Halides,DSC-CHM,55
2D Layered,Heterostructure,DSC-DSC,52
2D Layered,Hexagonal,DSC-SPL,66
2D Layered,Hydrogen,DSC-CHM,201
2D Layered,Interface,DSC-DSC,40
2D Layered,Ir,DSC-CMT,30
2D Layered,Layered,DSC-DSC,235
2D Layered,Layers,DSC-DSC,244
2D Layered,Li,DSC-CHM,34
2D Layered,Lithium,DSC-CHM,45
2D Layered,Metals,DSC-PRO,65
2D Layered,Mn,DSC-CHM,32
2D Layered,MoS2,DSC-CHM,104
2D Layered,Molecular Structure,DSC-PRO,31
2D Layered,Monolayers,DSC-DSC,73
2D Layered,Morphology,DSC-PRO,50
2D Layered,Nanoparticles,DSC-DSC,35
2D Layered,Nanosheets,DSC-DSC,89
2D Layered,Ni,DSC-CHM,36
2D Layered,Nitrogen,DSC-CHM,52
2D Layered,O,DSC-CHM,51
2D Layered,Of Chemistry,DSC-CMT,39
2D Layered,Optical Image,DSC-CMT,31
2D Layered,Oxygen,DSC-CHM,75
2D Layered,PXRD,DSC-CMT,48
2D Layered,Perovskites,DSC-CHM,107
2D Layered,Perovskites,DSC-SPL,105
2D Layered,Photo Luminescence,DSC-CMT,65
2D Layered,Photodetector,DSC-APL,37
2D Layered,Powder,DSC-DSC,41
2D Layered,Raman,DSC-CMT,51
2D Layered,SEM,DSC-CMT,86
2D Layered,Semiconductor,DSC-PRO,57
2D Layered,Sheets,DSC-DSC,45
2D Layered,Si,DSC-CHM,43
2D Layered,Single Crystal,DSC-DSC,90
2D Layered,Society,DSC-CMT,49
2D Layered,Solar Cell,DSC-APL,41
2D Layered,Stability,DSC-PRO,61
2D Layered,Structural,DSC-PRO,34
2D Layered,Structure,DSC-PRO,410
2D Layered,Structure Refinement,DSC-CMT,49
2D Layered,Structures,DSC-PRO,81
2D Layered,Substrate,DSC-DSC,85
2D Layered,Sulfur,DSC-CHM,33
2D Layered,Surface,DSC-DSC,69
2D Layered,TEM,DSC-CMT,82
2D Layered,Tga,DSC-CMT,34
2D Layered,Thermogravimetric Analysis,DSC-CMT,35
2D Layered,Thin Films,DSC-DSC,43
2D Layered,Three Dimensional,DSC-DSC,38
2D Layered,Transition Metal Dichalcogenides,DSC-CHM,54
2D Layered,Two-Dimensional,DSC-DSC,167
2D Layered,X-Ray Diffraction,DSC-CMT,98
2D Layered,XPS,DSC-CMT,33
2D Layered,XRD,DSC-CMT,80
2D Layered,Zn,DSC-CHM,38
2D Layered,Zn(II),DSC-CHM,35
2D Maps,2D,CMT-CMT,42
2D Model,2D,CMT-CMT,53
2D Model,2D,CMT-DSC,96
2D Model,3D,CMT-CMT,33
2D Model,3D,CMT-DSC,51
2D Model,3D Models,CMT-CMT,63
2D Model,Interface,CMT-DSC,42
2D Model,Layers,CMT-DSC,41
2D Model,Surface,CMT-DSC,68
2D Model,Temperature,CMT-PRO,31
2D Monolayers,2D,DSC-DSC,126
2D Monolayers,3D,DSC-DSC,72
2D Monolayers,Graphene,DSC-CHM,30
2D Monolayers,Layers,DSC-DSC,39
2D Monolayers,Monolayers,DSC-DSC,103
2D Monolayers,SEM,DSC-CMT,33
2D Monolayers,Structure,DSC-PRO,35
2D Monolayers,Substrate,DSC-DSC,46
2D Monolayers,Surface,DSC-DSC,39
2D Monolayers,Two-Dimensional,DSC-DSC,44
2D NMR,13C,CMT-CHM,266
2D NMR,13C,CMT-CMT,105
2D NMR,13C NMR,CMT-CMT,155
2D NMR,15N,CMT-CHM,32
2D NMR,1D,CMT-CMT,437
2D NMR,1D NMR,CMT-CMT,45
2D NMR,1H,CMT-CHM,466
2D NMR,1H,CMT-CMT,146
2D NMR,1H NMR,CMT-CMT,230
2D NMR,1H and 13C,CMT-CHM,35
2D NMR,1H-1H COSY,CMT-CMT,34
2D NMR,2D,CMT-CMT,91
2D NMR,Absolute Configuration,CMT-PRO,102
2D NMR,Acetonitrile,CMT-CHM,30
2D NMR,Amino Acid,CMT-CHM,45
2D NMR,Anti-Proliferative Activity,CMT-PRO,31
2D NMR,Antibacterial Activity,CMT-PRO,39
2D NMR,Antimicrobial Activity,CMT-PRO,37
2D NMR,Biological Activity,CMT-PRO,31
2D NMR,CDCl3,CMT-CHM,53
2D NMR,Carbon,CMT-CHM,89
2D NMR,Chemical Method,CMT-CMT,39
2D NMR,Chemical Shift,CMT-PRO,100
2D NMR,Chemical Structures,CMT-PRO,121
2D NMR,Configurations,CMT-PRO,33
2D NMR,Cosy,CMT-CMT,120
2D NMR,Crystal,CMT-DSC,47
2D NMR,Crystal Structure,CMT-PRO,33
2D NMR,Cytotoxic,CMT-PRO,30
2D NMR,Cytotoxic Activities,CMT-PRO,51
2D NMR,Cytotoxic Activity,CMT-PRO,66
2D NMR,Cytotoxicity,CMT-PRO,142
2D NMR,D2O,CMT-CHM,65
2D NMR,DFT,CMT-CMT,43
2D NMR,DMSO,CMT-CHM,35
2D NMR,DPPH,CMT-CHM,39
2D NMR,Diterpenoid,CMT-CHM,39
2D NMR,ECD,CMT-CMT,83
2D NMR,ESI MS,CMT-CMT,76
2D NMR,Electronic Circular Dichroism,CMT-CMT,34
2D NMR,Elemental Analysis,CMT-CMT,34
2D NMR,Ethanol,CMT-CHM,58
2D NMR,FT-IR,CMT-CMT,34
2D NMR,FTIR,CMT-CMT,44
2D NMR,Flavonoids,CMT-CHM,49
2D NMR,Glucose,CMT-CHM,48
2D NMR,H2O,CMT-CHM,42
2D NMR,HMBC,CMT-CMT,183
2D NMR,HMQC,CMT-CMT,52
2D NMR,HRESIMS,CMT-CMT,163
2D NMR,HRMS,CMT-CMT,60
2D NMR,Hplc,CMT-CMT,58
2D NMR,Hr-Esi-Ms,CMT-CMT,58
2D NMR,Hsqc,CMT-CMT,137
2D NMR,Hydrogen,CMT-CHM,108
2D NMR,Hydrolysis,CMT-SMT,33
2D NMR,Hydroxyl,CMT-CHM,31
2D NMR,IC50,CMT-PRO,58
2D NMR,Inhibitory Activity,CMT-PRO,50
2D NMR,Ir,CMT-CMT,221
2D NMR,Leaves,CMT-DSC,91
2D NMR,MS,CMT-CMT,198
2D NMR,Mass Spectrometry,CMT-CMT,70
2D NMR,MeOH,CMT-CHM,52
2D NMR,Methanol,CMT-CHM,76
2D NMR,Methyl,CMT-CHM,37
2D NMR,Methylation Analysis,CMT-CMT,30
2D NMR,Mic,CMT-PRO,31
2D NMR,Molecular Structure,CMT-PRO,49
2D NMR,Molecular Weight,CMT-PRO,55
2D NMR,NMR,CMT-CMT,319
2D NMR,NMR Spectroscopy,CMT-CMT,34
2D NMR,NO,CMT-CHM,50
2D NMR,Nitric Oxide,CMT-CHM,40
2D NMR,Nitrogen,CMT-CHM,31
2D NMR,Noesy,CMT-CMT,163
2D NMR,Oxygen,CMT-CHM,45
2D NMR,Phenolics,CMT-CHM,31
2D NMR,Roesy,CMT-CMT,68
2D NMR,SEM,CMT-CMT,37
2D NMR,Sesquiterpenes,CMT-CHM,38
2D NMR,Single Crystal,CMT-DSC,52
2D NMR,Spectroscopic Analysis,CMT-CMT,138
2D NMR,Spectroscopic Methods,CMT-CMT,107
2D NMR,Stability,CMT-PRO,31
2D NMR,Stereochemistry,CMT-PRO,48
2D NMR,Steroids,CMT-CHM,32
2D NMR,Structure,CMT-PRO,247
2D NMR,Structures,CMT-PRO,313
2D NMR,Sugar,CMT-CHM,45
2D NMR,TOCSY,CMT-CMT,44
2D NMR,Toluene,CMT-CHM,30
2D NMR,Triterpenoid,CMT-CHM,43
2D NMR,UV,CMT-CMT,131
2D NMR,X-Ray Crystallography,CMT-CMT,67
2D NMR,X-Ray Diffraction,CMT-CMT,99
2D NMR,X-ray Structure,CMT-CMT,30
2D NMR,XRD,CMT-CMT,33
2D NMR Spectroscopy,13C,CMT-CHM,33
2D NMR Spectroscopy,1D,CMT-CMT,118
2D NMR Spectroscopy,1H,CMT-CHM,59
2D NMR Spectroscopy,Mass Spectrometry,CMT-CMT,39
2D NMR Spectroscopy,NMR,CMT-CMT,41
2D NMR Spectroscopy,Structure,CMT-PRO,60
2D NMR Spectroscopy,Structures,CMT-PRO,54
2D NOESY,1H,CMT-CHM,121
2D NOESY,1H NMR,CMT-CMT,103
2D NOESY,CDCl3,CMT-CHM,30
2D NOESY,Chemical Shift,CMT-PRO,43
2D NOESY,Chemical Structures,CMT-PRO,32
2D NOESY,D2O,CMT-CHM,69
2D NOESY,Hydrogen,CMT-CHM,59
2D NOESY,Molecular Structure,CMT-PRO,32
2D NOESY,NMR,CMT-CMT,57
2D NOESY,Noesy,CMT-CMT,35
2D NOESY,Structure,CMT-PRO,31
2D Nanomaterials,2D,DSC-DSC,171
2D Nanomaterials,Bulk,DSC-DSC,30
2D Nanomaterials,Carbon,DSC-CHM,49
2D Nanomaterials,Composite,DSC-DSC,33
2D Nanomaterials,Graphene,DSC-CHM,111
2D Nanomaterials,Graphene Oxide,DSC-CHM,37
2D Nanomaterials,Layered,DSC-DSC,42
2D Nanomaterials,Layers,DSC-DSC,34
2D Nanomaterials,MoS2,DSC-CHM,67
2D Nanomaterials,Monolayers,DSC-DSC,32
2D Nanomaterials,Nanomaterial,DSC-DSC,92
2D Nanomaterials,Nanoparticles,DSC-DSC,33
2D Nanomaterials,Nanosheets,DSC-DSC,116
2D Nanomaterials,Oxygen,DSC-CHM,30
2D Nanomaterials,Society,DSC-CMT,32
2D Nanomaterials,Structure,DSC-PRO,51
2D Nanomaterials,Substrate,DSC-DSC,31
2D Nanomaterials,Surface,DSC-DSC,45
2D Nanomaterials,TEM,DSC-CMT,31
2D Nanomaterials,Transition Metal Dichalcogenides,DSC-CHM,30
2D Nanomaterials,Two-Dimensional,DSC-DSC,96
2D Nanosheet,1D,DSC-DSC,39
2D Nanosheet,2D,DSC-DSC,258
2D Nanosheet,3D,DSC-DSC,72
2D Nanosheet,AFM,DSC-CMT,77
2D Nanosheet,Anode,DSC-APL,30
2D Nanosheet,As Prepared,DSC-DSC,31
2D Nanosheet,Bulk,DSC-DSC,75
2D Nanosheet,Carbon,DSC-CHM,82
2D Nanosheet,Catalyst,DSC-APL,56
2D Nanosheet,Composite,DSC-DSC,51
2D Nanosheet,Conductivity,DSC-PRO,30
2D Nanosheet,Crystal,DSC-DSC,42
2D Nanosheet,Crystal Structure,DSC-PRO,36
2D Nanosheet,Doped,DSC-DSC,49
2D Nanosheet,Electrocatalyst,DSC-APL,30
2D Nanosheet,Electrode,DSC-APL,68
2D Nanosheet,Electrodes,DSC-APL,42
2D Nanosheet,Exfoliate,DSC-SMT,35
2D Nanosheet,Exfoliation,DSC-SMT,49
2D Nanosheet,Film,DSC-DSC,43
2D Nanosheet,Films,DSC-DSC,30
2D Nanosheet,Graphene,DSC-CHM,102
2D Nanosheet,Graphene Oxide,DSC-CHM,38
2D Nanosheet,HRTEM,DSC-CMT,77
2D Nanosheet,Hexagonal,DSC-SPL,38
2D Nanosheet,Hydrogen,DSC-CHM,52
2D Nanosheet,Layered,DSC-DSC,79
2D Nanosheet,Layers,DSC-DSC,86
2D Nanosheet,Lithium,DSC-CHM,51
2D Nanosheet,Metals,DSC-PRO,30
2D Nanosheet,MoS2,DSC-CHM,71
2D Nanosheet,Monolayers,DSC-DSC,41
2D Nanosheet,Morphologies,DSC-PRO,39
2D Nanosheet,Morphology,DSC-PRO,85
2D Nanosheet,Nanocomposite,DSC-DSC,43
2D Nanosheet,Nanocrystals,DSC-DSC,32
2D Nanosheet,Nanomaterial,DSC-DSC,50
2D Nanosheet,Nanoparticles,DSC-DSC,69
2D Nanosheet,Nanosheets,DSC-DSC,332
2D Nanosheet,Nanostructures,DSC-DSC,70
2D Nanosheet,Nanotube,DSC-DSC,32
2D Nanosheet,Ni,DSC-CHM,31
2D Nanosheet,Oxygen,DSC-CHM,59
2D Nanosheet,Porous,DSC-DSC,48
2D Nanosheet,Pt,DSC-CHM,32
2D Nanosheet,Raman,DSC-CMT,45
2D Nanosheet,Rate Capability,DSC-PRO,34
2D Nanosheet,SAED,DSC-CMT,38
2D Nanosheet,SEM,DSC-CMT,108
2D Nanosheet,Sheets,DSC-DSC,32
2D Nanosheet,Si,DSC-CHM,30
2D Nanosheet,Society,DSC-CMT,44
2D Nanosheet,Stability,DSC-PRO,34
2D Nanosheet,Structure,DSC-PRO,122
2D Nanosheet,Structures,DSC-PRO,51
2D Nanosheet,Substrate,DSC-DSC,65
2D Nanosheet,Supercapacitor,DSC-APL,30
2D Nanosheet,Surface,DSC-DSC,98
2D Nanosheet,Surface Area,DSC-PRO,38
2D Nanosheet,TEM,DSC-CMT,130
2D Nanosheet,TiO2,DSC-CHM,32
2D Nanosheet,Two-Dimensional,DSC-DSC,114
2D Nanosheet,Ultra-Thin,DSC-DSC,38
2D Nanosheet,XPS,DSC-CMT,36
2D Nanosheet,XRD,DSC-CMT,74
2D Nanostructure,2D,DSC-DSC,43
2D Nanostructure,Nanosheets,DSC-DSC,38
2D Net,2D,DSC-DSC,41
2D Net,3D,DSC-DSC,36
2D Net,Hydrogen,DSC-CHM,43
2D Network,2D,DSC-DSC,44
2D Network,3D,DSC-DSC,34
2D Network,Coordination Environment,DSC-PRO,32
2D Network,Hydrogen,DSC-CHM,64
2D Network,Structure,DSC-PRO,52
2D Peak,2D,PRO-PRO,67
2D Peak,AFM,PRO-CMT,79
2D Peak,Annealing,PRO-SMT,31
2D Peak,Bilayer,PRO-DSC,34
2D Peak,CVD,PRO-SMT,46
2D Peak,Carbon,PRO-CHM,77
2D Peak,Cu,PRO-CHM,36
2D Peak,Film,PRO-DSC,79
2D Peak,Films,PRO-DSC,67
2D Peak,Foil,PRO-DSC,32
2D Peak,G,PRO-PRO,31
2D Peak,G Peak,PRO-PRO,111
2D Peak,Graphene,PRO-CHM,215
2D Peak,Graphite,PRO-CHM,38
2D Peak,H2,PRO-CHM,30
2D Peak,HRTEM,PRO-CMT,36
2D Peak,Layers,PRO-DSC,81
2D Peak,Monolayers,PRO-DSC,46
2D Peak,Optical Image,PRO-CMT,56
2D Peak,Raman,PRO-CMT,272
2D Peak,Raman Mapping,PRO-CMT,31
2D Peak,SEM,PRO-CMT,126
2D Peak,Si,PRO-CHM,86
2D Peak,SiO2,PRO-CHM,76
2D Peak,Substrate,PRO-DSC,139
2D Peak,Surface,PRO-DSC,79
2D Peak,TEM,PRO-CMT,64
2D Peak,XPS,PRO-CMT,62
2D Peak,XRD,PRO-CMT,32
2D Porous,2D,DSC-DSC,80
2D Porous,Carbon,DSC-CHM,42
2D Porous,Electrode,DSC-APL,30
2D Porous,Nanosheets,DSC-DSC,45
2D Porous,Porous,DSC-DSC,51
2D Porous,SEM,DSC-CMT,40
2D Porous,Structure,DSC-PRO,40
2D Porous,TEM,DSC-CMT,38
2D Profile,SEM,CMT-CMT,58
2D Profile,Surface,CMT-DSC,57
2D ROESY,1H,CMT-CHM,54
2D ROESY,1H NMR,CMT-CMT,48
2D Raman,Graphene,CMT-CHM,35
2D Raman,Raman,CMT-CMT,55
2D SAXS,2D,CMT-CMT,38
2D SAXS,Amorphous,CMT-DSC,30
2D SAXS,Crystal,CMT-DSC,30
2D SAXS,Crystallinity,CMT-PRO,42
2D SAXS,DSC,CMT-CMT,36
2D SAXS,Film,CMT-DSC,51
2D SAXS,Films,CMT-DSC,55
2D SAXS,SAXS,CMT-CMT,132
2D SAXS,SEM,CMT-CMT,62
2D SAXS,Structure,CMT-PRO,44
2D SAXS,Surface,CMT-DSC,32
2D SAXS,TEM,CMT-CMT,58
2D SAXS,WAXD,CMT-CMT,34
2D SAXS,WAXS,CMT-CMT,40
2D Semiconductor,2D,PRO-DSC,58
2D Semiconductor,Monolayers,PRO-DSC,39
2D Semiconductor,Semiconductor,PRO-PRO,37
2D Semiconductor,Two-Dimensional,PRO-DSC,38
2D Sheet,1-D,DSC-DSC,71
2D Sheet,1D,DSC-DSC,329
2D Sheet,1D Chains,DSC-DSC,300
2D Sheet,2-D,DSC-DSC,64
2D Sheet,2D,DSC-DSC,568
2D Sheet,2D Layer,DSC-DSC,149
2D Sheet,3-D,DSC-DSC,80
2D Sheet,3D,DSC-DSC,491
2D Sheet,3D,DSC-PRO,69
2D Sheet,3D Structure,DSC-PRO,31
2D Sheet,AFM,DSC-CMT,52
2D Sheet,Acetone,DSC-CHM,32
2D Sheet,Acetonitrile,DSC-CHM,30
2D Sheet,Ag,DSC-CHM,70
2D Sheet,Ag(I),DSC-CHM,37
2D Sheet,Angles,DSC-PRO,131
2D Sheet,As-Synthesized,DSC-DSC,44
2D Sheet,Bandgap,DSC-PRO,30
2D Sheet,Bilayer,DSC-DSC,43
2D Sheet,Bond Distance,DSC-PRO,44
2D Sheet,Bond Length,DSC-PRO,123
2D Sheet,Br,DSC-CHM,50
2D Sheet,Bulk,DSC-DSC,51
2D Sheet,CO2,DSC-CHM,84
2D Sheet,Carbon,DSC-CHM,122
2D Sheet,Carboxylates,DSC-CHM,97
2D Sheet,Catalyst,DSC-APL,31
2D Sheet,Cd,DSC-CHM,71
2D Sheet,Cd(II),DSC-CHM,88
2D Sheet,Chains,DSC-DSC,177
2D Sheet,Chemical Structures,DSC-PRO,34
2D Sheet,Cl,DSC-CHM,59
2D Sheet,Cluster,DSC-DSC,83
2D Sheet,Co,DSC-CHM,80
2D Sheet,Co II,DSC-CHM,70
2D Sheet,Cocrystal,DSC-DSC,39
2D Sheet,Composite,DSC-DSC,35
2D Sheet,Coordination,DSC-PRO,74
2D Sheet,Coordination Environment,DSC-PRO,301
2D Sheet,Coordination Geometry,DSC-PRO,51
2D Sheet,Coordination Mode,DSC-PRO,138
2D Sheet,Coordination Polymer,DSC-DSC,56
2D Sheet,Coordination Polymer,DSC-PRO,30
2D Sheet,Copper,DSC-CHM,39
2D Sheet,Crystal,DSC-CMT,33
2D Sheet,Crystal,DSC-DSC,138
2D Sheet,Crystal Data,DSC-CMT,67
2D Sheet,Crystal Packings,DSC-PRO,60
2D Sheet,Crystal Structure,DSC-PRO,212
2D Sheet,Crystalline,DSC-DSC,42
2D Sheet,Cu,DSC-CHM,121
2D Sheet,Cu(II),DSC-CHM,69
2D Sheet,Cyclic Voltammogram,DSC-CMT,36
2D Sheet,DMF,DSC-CHM,84
2D Sheet,DMSO,DSC-CHM,34
2D Sheet,Diamonds,DSC-CHM,39
2D Sheet,Displacement Ellipsoid,DSC-CMT,46
2D Sheet,Elemental Analysis,DSC-CMT,61
2D Sheet,Emission Spectra,DSC-CMT,110
2D Sheet,Ethanol,DSC-CHM,36
2D Sheet,Fe,DSC-CHM,33
2D Sheet,Film,DSC-DSC,34
2D Sheet,Graphene,DSC-CHM,83
2D Sheet,H2,DSC-CHM,40
2D Sheet,H2O,DSC-CHM,75
2D Sheet,HRTEM,DSC-CMT,38
2D Sheet,Hexagonal,DSC-SPL,60
2D Sheet,Hydrogen,DSC-CHM,684
2D Sheet,Ir,DSC-CMT,77
2D Sheet,Layered,DSC-DSC,63
2D Sheet,Layers,DSC-DSC,235
2D Sheet,Magnetic Susceptibility,DSC-PRO,33
2D Sheet,MeOH,DSC-CHM,49
2D Sheet,Metals,DSC-PRO,65
2D Sheet,Methanol,DSC-CHM,56
2D Sheet,Mn,DSC-CHM,52
2D Sheet,Mn(II),DSC-CHM,34
2D Sheet,Molecular Structure,DSC-PRO,143
2D Sheet,Monolayers,DSC-DSC,42
2D Sheet,Morphology,DSC-PRO,30
2D Sheet,N Blue,DSC-CHM,34
2D Sheet,N2,DSC-CHM,74
2D Sheet,NH,DSC-CHM,36
2D Sheet,Nanoparticles,DSC-DSC,33
2D Sheet,Nanosheets,DSC-DSC,56
2D Sheet,Net,DSC-DSC,41
2D Sheet,Ni,DSC-CHM,52
2D Sheet,Ni II,DSC-CHM,44
2D Sheet,Nitrogen,DSC-CHM,89
2D Sheet,O,DSC-CHM,189
2D Sheet,ORTEP,DSC-CMT,51
2D Sheet,Of Chemistry,DSC-CMT,32
2D Sheet,Oxygen,DSC-CHM,140
2D Sheet,PXRD,DSC-CMT,113
2D Sheet,Packing Diagram,DSC-CMT,41
2D Sheet,Packing Diagram,DSC-PRO,37
2D Sheet,Phenyls,DSC-CHM,32
2D Sheet,Photo Luminescence,DSC-CMT,63
2D Sheet,Polymers,DSC-DSC,55
2D Sheet,Powder,DSC-DSC,51
2D Sheet,Pyridine,DSC-CHM,61
2D Sheet,Pyridyl,DSC-CHM,31
2D Sheet,Raman,DSC-CMT,45
2D Sheet,Ribbons,DSC-DSC,31
2D Sheet,SEM,DSC-CMT,95
2D Sheet,Sheet,DSC-DSC,210
2D Sheet,Sheets,DSC-DSC,252
2D Sheet,Single Crystal,DSC-DSC,112
2D Sheet,Single Crystal X-Ray Diffraction,DSC-CMT,35
2D Sheet,Society,DSC-CMT,38
2D Sheet,Space Filling Model,DSC-CMT,32
2D Sheet,Stability,DSC-PRO,34
2D Sheet,Structural,DSC-PRO,44
2D Sheet,Structure,DSC-PRO,556
2D Sheet,Structure Refinement,DSC-CMT,170
2D Sheet,Structures,DSC-PRO,126
2D Sheet,Substrate,DSC-DSC,45
2D Sheet,Surface,DSC-DSC,85
2D Sheet,TEM,DSC-CMT,65
2D Sheet,TG,DSC-CMT,44
2D Sheet,Tga,DSC-CMT,89
2D Sheet,Thermal Ellipsoids,DSC-CMT,59
2D Sheet,Thermogravimetric Analysis,DSC-CMT,35
2D Sheet,Three Dimensional,DSC-DSC,30
2D Sheet,Topological Representation,DSC-CMT,40
2D Sheet,Topology,DSC-PRO,57
2D Sheet,Two-Dimensional,DSC-DSC,115
2D Sheet,X-Ray Diffraction,DSC-CMT,98
2D Sheet,XRD,DSC-CMT,58
2D Sheet,Zn,DSC-CHM,108
2D Sheet,Zn(II),DSC-CHM,82
2D Simulation,2D,CMT-CMT,55
2D Simulation,2D,CMT-DSC,62
2D Simulation,3D,CMT-CMT,41
2D Simulation,3D,CMT-DSC,59
2D Simulation,3D Simulation,CMT-CMT,68
2D Simulation,Interface,CMT-DSC,42
2D Simulation,Layers,CMT-DSC,35
2D Simulation,Particles,CMT-DSC,34
2D Simulation,Surface,CMT-DSC,48
2D Spectra,2D,CMT-CMT,72
2D Spectrum,2D,CMT-CMT,71
2D Structure,2D,PRO-DSC,33
2D Surface,2D,DSC-DSC,32
2D Surface,Surface,DSC-DSC,48
2D WAXD,1D WAXD,CMT-CMT,43
2D WAXD,Cooling,CMT-SMT,40
2D WAXD,Crystallinity,CMT-PRO,37
2D WAXD,DSC,CMT-CMT,57
2D WAXD,Film,CMT-DSC,31
2D WAXD,Films,CMT-DSC,32
2D WAXD,Heating,CMT-SMT,35
2D WAXD,POM,CMT-CMT,37
2D WAXD,SAXS,CMT-CMT,37
2D WAXD,SEM,CMT-CMT,39
2D WAXD,WAXD,CMT-CMT,67
2D XRD,XRD,CMT-CMT,46
2D-2D,2D,DSC-DSC,41
2D-3D,2D,DSC-DSC,37
2D-3D,3D,DSC-DSC,36
2D-COS,Heating,CMT-SMT,37
2D-COS,PCMW,CMT-CMT,35
2D-COS,Two-Dimensional Correlation Spectroscopy,CMT-CMT,67
2D-FFT,AFM,CMT-CMT,36
2D-FFT,SEM,CMT-CMT,37
2D-FFT,Surface,CMT-DSC,47
2D-FFT,TEM,CMT-CMT,31
2D-GIWAXS,AFM,CMT-CMT,43
2D-GIWAXS,Blend Film,CMT-DSC,40
2D-GIWAXS,Chemical Structures,CMT-PRO,38
2D-GIWAXS,Films,CMT-DSC,45
2D-GIWAXS,TEM,CMT-CMT,31
2D-GIWAXS,Thin Films,CMT-DSC,42
2D-GIXD,AFM,CMT-CMT,64
2D-GIXD,Blend Film,CMT-DSC,32
2D-GIXD,Chemical Structures,CMT-PRO,55
2D-GIXD,Film,CMT-DSC,60
2D-GIXD,Films,CMT-DSC,90
2D-GIXD,Substrate,CMT-DSC,43
2D-GIXD,Thin Films,CMT-DSC,60
2D-GIXD,Transfer Characteristic,CMT-PRO,33
2D-GIXD,UV Vis Absorption,CMT-CMT,31
2D-GIXRD,Films,CMT-DSC,34
2D-Hexagonal,Mesoporous,SPL-DSC,51
2D-Hexagonal,Silica,SPL-CHM,42
2D-IR,FT-IR,CMT-CMT,30
2D-IR,FTIR,CMT-CMT,41
2D-IR,Hydrogen,CMT-CHM,36
2D-IR,Ir,CMT-CMT,34
2D-LC,Two-Dimensional Liquid Chromatography,CMT-CMT,37
2D-NOESY,1H,CMT-CHM,41
2D-NOESY,1H NMR,CMT-CMT,37
2D-Nmr,13C,CMT-CHM,46
2D-Nmr,1H,CMT-CHM,54
2D-Nmr,1d-,CMT-CMT,110
2D-Nmr,HMBC,CMT-CMT,30
2D-Nmr,MS,CMT-CMT,35
2D-Nmr,NMR,CMT-CMT,39
2D-Nmr,Structure,CMT-PRO,31
2D-Nmr,Structures,CMT-PRO,49
2D-SAXS,2D-WAXD,CMT-CMT,58
2D-SAXS,Crystallinity,CMT-PRO,39
2D-SAXS,DSC,CMT-CMT,42
2D-SAXS,Film,CMT-DSC,33
2D-SAXS,Films,CMT-DSC,38
2D-SAXS,SAXS,CMT-CMT,70
2D-SAXS,SEM,CMT-CMT,83
2D-SAXS,Structure,CMT-PRO,37
2D-SAXS,Surface,CMT-DSC,31
2D-SAXS,TEM,CMT-CMT,51
2D-WAXD,1d-Waxd,CMT-CMT,66
2D-WAXD,2D-SAXS,CMT-CMT,58
2D-WAXD,Crystallinity,CMT-PRO,56
2D-WAXD,DSC,CMT-CMT,53
2D-WAXD,SEM,CMT-CMT,95
2D-WAXD,Surface,CMT-DSC,33
2D-WAXD,Tensile Strength,CMT-PRO,40
2D-WAXD,WAXD,CMT-CMT,43
2D3D,1D,DSC-DSC,33
2D3D,2D,DSC-DSC,53
2D3D,2D Layer,DSC-DSC,38
2D3D,3D,DSC-DSC,60
2D3D,Cd(II),DSC-CHM,32
2D3D,Coordination Environment,DSC-PRO,63
2D3D,Hydrogen,DSC-CHM,38
2D3D,Layers,DSC-DSC,52
2D3D,Structure,DSC-PRO,30
2D3D,Structure Refinement,DSC-CMT,47
2DEG,2D,PRO-DSC,32
2DEG,2DEGS,PRO-PRO,48
2DEG,2deg Density,PRO-PRO,34
2DEG,AFM,PRO-CMT,31
2DEG,Al,PRO-CHM,81
2DEG,AlGaAs,PRO-CHM,88
2DEG,AlN,PRO-CHM,80
2DEG,Barrier Layer,PRO-APL,30
2DEG,Bulk,PRO-DSC,88
2DEG,Carrier Density,PRO-PRO,69
2DEG,Channels,PRO-APL,33
2DEG,Conductance,PRO-PRO,55
2DEG,Conductivity,PRO-PRO,44
2DEG,Density,PRO-PRO,55
2DEG,Doped,PRO-DSC,65
2DEG,Electron Density,PRO-PRO,57
2DEG,Electron Mobility,PRO-PRO,67
2DEG,Electronic Properties,PRO-PRO,30
2DEG,Fermi Energy,PRO-PRO,34
2DEG,Fermi Level,PRO-PRO,59
2DEG,Film,PRO-DSC,66
2DEG,Films,PRO-DSC,46
2DEG,GaAs,APL-CHM,53
2DEG,GaAs,PRO-CHM,196
2DEG,GaN,PRO-CHM,252
2DEG,Gate,PRO-APL,70
2DEG,Graphene,PRO-CHM,44
2DEG,HEMTs,PRO-APL,61
2DEG,Hemt,PRO-APL,67
2DEG,Hetero Interfaces,PRO-DSC,43
2DEG,Heterojunction,PRO-DSC,40
2DEG,Heterostructure,APL-DSC,45
2DEG,Heterostructure,PRO-DSC,320
2DEG,High Electron Mobility Transistor,PRO-APL,68
2DEG,Insulating,PRO-PRO,64
2DEG,Interface,APL-DSC,48
2DEG,Interface,PRO-DSC,295
2DEG,LaAlO3,PRO-CHM,59
2DEG,Layers,APL-DSC,46
2DEG,Layers,PRO-DSC,258
2DEG,Magneto Resistance,PRO-PRO,56
2DEG,Metallic,PRO-PRO,39
2DEG,Mobility,PRO-PRO,151
2DEG,Modulation Doped,PRO-DSC,35
2DEG,Ohmic Contact,PRO-APL,31
2DEG,Oxides,PRO-CHM,63
2DEG,Oxygen,PRO-CHM,44
2DEG,Perovskites,PRO-SPL,40
2DEG,Photo Luminescence,PRO-CMT,55
2DEG,Polar,PRO-PRO,32
2DEG,Quantum Well,APL-APL,31
2DEG,Quantum Well,PRO-APL,109
2DEG,Resistance,PRO-PRO,40
2DEG,SEM,PRO-CMT,31
2DEG,STO,PRO-CHM,47
2DEG,Sapphire,PRO-CHM,34
2DEG,Semiconductor,PRO-PRO,86
2DEG,Sheet Resistance,PRO-PRO,37
2DEG,Si,PRO-CHM,87
2DEG,Silicon,PRO-CHM,41
2DEG,SrTiO3,PRO-CHM,103
2DEG,Structure,PRO-PRO,34
2DEG,Substrate,PRO-DSC,204
2DEG,Superlattice,PRO-DSC,36
2DEG,Surface,APL-DSC,44
2DEG,Surface,PRO-DSC,195
2DEG,Surfaces,PRO-DSC,32
2DEG,Thin Films,PRO-DSC,38
2DEG,Ti,PRO-CHM,51
2DEG,Two,APL-APL,37
2DEG,Two,PRO-APL,33
2DEG,Two Dimensional Electron Gas,APL-PRO,94
2DEG,Two Dimensional Electron Gas,PRO-PRO,513
2DEG,Two-Dimensional,PRO-DSC,32
2DEG,Wafers,PRO-DSC,30
2DEGS,2DEG,PRO-PRO,48
2DEGS,Interface,PRO-DSC,34
2DEGS,Two Dimensional Electron Gas,PRO-PRO,42
2Fe-2S,Cluster,CHM-DSC,50
2Fe-2S,Iron,CHM-CHM,33
2H,13C,CHM-CHM,231
2H,13C,CHM-CMT,37
2H,13C NMR,CHM-CMT,56
2H,15N,CHM-CHM,94
2H,17O,CHM-CHM,36
2H,18O,CHM-CHM,106
2H,18O,PRO-CHM,33
2H,18O,PRO-PRO,32
2H,1H,CHM-CHM,348
2H,1H,CHM-CMT,48
2H,1H NMR,CHM-CMT,148
2H,1T,CHM-SPL,243
2H,1T,SPL-SPL,488
2H,1T-MoS2,CHM-CHM,40
2H,1T-MoS2,SPL-CHM,58
2H,1Tphase,SPL-SPL,38
2H,2D,CHM-DSC,109
2H,2D,SPL-DSC,188
2H,2H MoS2,CHM-CHM,41
2H,2H MoS2,SPL-CHM,139
2H,2H NMR,CHM-CMT,241
2H,2H-MoS2,CHM-CHM,57
2H,2H-MoS2,SPL-CHM,90
2H,31P NMR,CHM-CMT,30
2H,3D,CHM-DSC,34
2H,3D,SPL-DSC,48
2H,4H,CHM-SPL,32
2H,4H,SPL-SPL,52
2H,AFM,CHM-CMT,99
2H,AFM,SPL-CMT,152
2H,Activation Energy,CHM-PRO,43
2H,Active Sites,SPL-PRO,43
2H,Activity,SPL-PRO,31
2H,Adsorption Energy,CHM-PRO,33
2H,Ag,CHM-CHM,47
2H,Ag,SPL-CHM,73
2H,Al,CHM-CHM,53
2H,Al,SPL-CHM,46
2H,Alloy,CHM-DSC,43
2H,Alloy,SPL-DSC,60
2H,Alloys,SPL-DSC,37
2H,Amides,CHM-CHM,31
2H,Amino Acid,CHM-CHM,32
2H,Amorphous,CHM-DSC,41
2H,Annealed,CHM-SMT,55
2H,Annealed,SPL-SMT,63
2H,Annealing,CHM-SMT,72
2H,Annealing,SPL-SMT,87
2H,Anode,CHM-APL,31
2H,Anode,SPL-APL,55
2H,As Prepared,SPL-DSC,48
2H,Atomic Models,SPL-CMT,38
2H,Atomic Structure,CHM-PRO,40
2H,Atomic Structure,SPL-PRO,58
2H,Atomic Structures,SPL-PRO,40
2H,Au,CHM-CHM,66
2H,Au,SPL-CHM,93
2H,B3LYP,CHM-CMT,31
2H,Band Alignment,SPL-PRO,34
2H,Band Gap,CHM-PRO,43
2H,Band Gap,SPL-PRO,73
2H,Band Structure,CHM-PRO,73
2H,Band Structure,SPL-PRO,121
2H,Bandgap,CHM-PRO,45
2H,Bandgap,SPL-PRO,93
2H,Benzenes,CHM-CHM,32
2H,Bilayer,CHM-DSC,98
2H,Bilayer,SPL-DSC,87
2H,Bilayers,CHM-DSC,57
2H,Blue Line,CHM-CHM,45
2H,Blue Line,SPL-CHM,45
2H,Bond Length,CHM-PRO,46
2H,Br,CHM-CHM,32
2H,Bulk,CHM-DSC,159
2H,Bulk,SPL-DSC,218
2H,C,CHM-CHM,33
2H,C-V Curve,SPL-CMT,31
2H,CDCl3,CHM-CHM,49
2H,CH2,CHM-CHM,34
2H,CH2Cl2,CHM-CHM,46
2H,CH3,CHM-CHM,44
2H,CO,CHM-CHM,52
2H,CO2,CHM-CHM,50
2H,CV,CHM-CMT,32
2H,CV,SPL-CMT,44
2H,CVD,CHM-SMT,50
2H,CVD,SPL-SMT,79
2H,Ca,CHM-CHM,30
2H,Capacity,SPL-PRO,30
2H,Carbon,CHM-CHM,198
2H,Carbon,SPL-CHM,126
2H,Carbons,CHM-CHM,33
2H,Catalyst,CHM-APL,115
2H,Catalyst,SPL-APL,137
2H,Catalytic Activity,SPL-PRO,43
2H,Cathode,SPL-APL,33
2H,CdS,SPL-CHM,32
2H,Chalcogen,CHM-CHM,31
2H,Chalcogen,SPL-CHM,64
2H,Chemical Shift,CHM-PRO,52
2H,Chemical Society,SPL-CMT,60
2H,Chemical Structures,CHM-PRO,46
2H,Chemically Exfoliated,SPL-SMT,31
2H,Cl,CHM-CHM,55
2H,Cluster,CHM-DSC,46
2H,Co,CHM-CHM,61
2H,Co,SPL-CHM,61
2H,Composite,CHM-DSC,76
2H,Composite,SPL-DSC,110
2H,Compositions,CHM-PRO,94
2H,Compositions,SPL-PRO,82
2H,Conduction Band,SPL-PRO,36
2H,Conductivity,CHM-PRO,44
2H,Conductivity,SPL-PRO,60
2H,Contacts,SPL-APL,36
2H,Cooling,CHM-SMT,36
2H,Crystal,CHM-DSC,138
2H,Crystal,SPL-DSC,155
2H,Crystal Structure,CHM-PRO,139
2H,Crystal Structure,SPL-PRO,168
2H,Crystalline,CHM-DSC,65
2H,Crystalline,SPL-DSC,37
2H,Cu,CHM-CHM,73
2H,Cu,SPL-CHM,81
2H,Cubic,CHM-SPL,52
2H,Cubic,SPL-SPL,66
2H,Current Density,SPL-PRO,36
2H,Cyclic Voltammogram,CHM-CMT,34
2H,Cyclic Voltammogram,SPL-CMT,31
2H,Cycling Performance,SPL-PRO,47
2H,Cycling Stability,SPL-PRO,32
2H,D2O,CHM-CHM,80
2H,DFT,CHM-CMT,90
2H,DFT,SPL-CMT,89
2H,DFT Calculations,SPL-CMT,32
2H,DMF,CHM-CHM,36
2H,DMPC,CHM-CHM,38
2H,DMSO,CHM-CHM,31
2H,DOS,CHM-PRO,31
2H,DOS,SPL-PRO,48
2H,DSC,CHM-CMT,46
2H,Density Functional Theory,CHM-CMT,53
2H,Density Functional Theory,SPL-CMT,37
2H,Density of States,SPL-PRO,51
2H,Deuterium,CHM-CHM,146
2H,Deuteron,CHM-CHM,59
2H,Diamonds,CHM-CHM,65
2H,Diamonds,SPL-CHM,38
2H,Diffraction Pattern,SPL-CMT,30
2H,Doped,CHM-DSC,59
2H,Doped,SPL-DSC,104
2H,Doping,SPL-SMT,33
2H,Dynamics,CHM-PRO,35
2H,EDS,SPL-CMT,35
2H,EDX,SPL-CMT,35
2H,Electrocatalyst,CHM-APL,32
2H,Electrocatalyst,SPL-APL,66
2H,Electrochemical Performance,SPL-PRO,45
2H,Electrode,CHM-APL,93
2H,Electrode,SPL-APL,140
2H,Electrodes,CHM-APL,82
2H,Electrodes,SPL-APL,130
2H,Electrolyte,SPL-APL,33
2H,Electron Diffraction,SPL-CMT,33
2H,Electronic Properties,SPL-PRO,41
2H,Elemental Mapping,SPL-CMT,31
2H,Epr,CHM-CMT,39
2H,Ethanol,CHM-CHM,45
2H,Exfoliate,SPL-SMT,47
2H,Exfoliation,SPL-SMT,50
2H,Fe,CHM-CHM,53
2H,Fe,SPL-CHM,46
2H,Fermi Level,CHM-PRO,49
2H,Fermi Level,SPL-PRO,63
2H,Few Layer,CHM-DSC,36
2H,Few Layer,SPL-DSC,69
2H,Fft,SPL-CMT,58
2H,Film,CHM-DSC,117
2H,Film,SPL-DSC,144
2H,Films,CHM-DSC,99
2H,Films,SPL-DSC,124
2H,First Principle Calculation,SPL-CMT,33
2H,Flake,CHM-DSC,42
2H,Flake,SPL-DSC,69
2H,Flakes,CHM-DSC,46
2H,Flakes,SPL-DSC,81
2H,Foil,SPL-DSC,37
2H,Glucose,CHM-CHM,32
2H,Graphene,CHM-CHM,95
2H,Graphene,SPL-CHM,160
2H,Graphene Oxide,SPL-CHM,31
2H,Graphite,CHM-CHM,39
2H,Graphite,SPL-CHM,54
2H,H2,CHM-CHM,119
2H,H2,SPL-CHM,86
2H,H2O,CHM-CHM,122
2H,H2SO4,CHM-CHM,32
2H,H2SO4,SPL-CHM,64
2H,HAADF STEM,CHM-CMT,43
2H,HAADF STEM,SPL-CMT,65
2H,HER,CHM-CHM,46
2H,HER,SPL-CHM,82
2H,HER Activity,SPL-PRO,42
2H,HRTEM,CHM-CMT,119
2H,HRTEM,SPL-CMT,210
2H,Heating,CHM-SMT,62
2H,Heating,SPL-SMT,37
2H,Height Profile,SPL-CMT,35
2H,Heterostructure,CHM-DSC,59
2H,Heterostructure,SPL-DSC,112
2H,Hexagonal,CHM-SPL,172
2H,Hexagonal,SPL-SPL,252
2H,High Resolution TEM,CHM-CMT,37
2H,High Resolution TEM,SPL-CMT,68
2H,High Resolution XPS,SPL-CMT,52
2H,Hydrogen,CHM-CHM,373
2H,Hydrogen,PRO-CHM,41
2H,Hydrogen,SPL-CHM,214
2H,Hydrogen Evolution Reaction,CHM-APL,33
2H,Hydrogen Evolution Reaction,SPL-APL,77
2H,Interface,CHM-DSC,94
2H,Interface,SPL-DSC,109
2H,Interlayer Spacing,SPL-PRO,38
2H,Irradiation,CHM-SMT,35
2H,KOH,SPL-CHM,33
2H,LSV,SPL-CMT,43
2H,Lamellar,CHM-DSC,34
2H,Lattice Parameter,SPL-PRO,37
2H,Layered,CHM-DSC,75
2H,Layered,SPL-DSC,148
2H,Layers,CHM-DSC,209
2H,Layers,SPL-DSC,284
2H,Li,CHM-CHM,57
2H,Li,SPL-CHM,96
2H,Lithiation,SPL-SMT,31
2H,Lithium,CHM-CHM,50
2H,Lithium,SPL-CHM,81
2H,Membrane,CHM-DSC,72
2H,Metallic,CHM-PRO,80
2H,Metallic,SPL-PRO,156
2H,Metals,CHM-PRO,67
2H,Metals,SPL-PRO,67
2H,Metastable,SPL-PRO,35
2H,Methanol,CHM-CHM,38
2H,Methyl,CHM-CHM,70
2H,Mg,CHM-CHM,47
2H,Microstructure,CHM-PRO,33
2H,Microstructure,SPL-PRO,35
2H,Mn,SPL-CHM,33
2H,Mo,CHM-CHM,180
2H,Mo,SPL-CHM,351
2H,MoS2,CHM-CHM,254
2H,MoS2,SPL-CHM,513
2H,MoSe2,CHM-CHM,61
2H,MoSe2,SPL-CHM,111
2H,MoTe2,CHM-CHM,47
2H,MoTe2,SPL-CHM,78
2H,Molecular Structure,CHM-PRO,72
2H,Molybdenum,SPL-CHM,42
2H,Molybdenum Disulfide,SPL-CHM,58
2H,Monolayers,CHM-DSC,167
2H,Monolayers,SPL-DSC,274
2H,Morphology,CHM-PRO,69
2H,Morphology,SPL-PRO,96
2H,Multilayer,CHM-DSC,30
2H,Multilayer,SPL-DSC,56
2H,N2,CHM-CHM,55
2H,N2,SPL-CHM,38
2H,NMR,CHM-CMT,206
2H,Na,CHM-CHM,49
2H,Na,SPL-CHM,34
2H,Nanocomposite,SPL-DSC,38
2H,Nanoparticles,CHM-DSC,63
2H,Nanoparticles,SPL-DSC,76
2H,Nanorods,SPL-DSC,31
2H,Nanosheets,CHM-DSC,119
2H,Nanosheets,SPL-DSC,228
2H,Nanostructures,SPL-DSC,44
2H,Nanotube,CHM-DSC,34
2H,Nanotube,SPL-DSC,48
2H,Ni,CHM-CHM,69
2H,Ni,SPL-CHM,72
2H,Nitrogen,CHM-CHM,72
2H,Nitrogen,SPL-CHM,43
2H,Nyquist Plot,CHM-CMT,38
2H,Nyquist Plot,SPL-CMT,68
2H,O,CHM-CHM,105
2H,O,SPL-CHM,72
2H,O2,CHM-CHM,45
2H,O2,SPL-CHM,47
2H,OH,CHM-CHM,58
2H,Of Chemistry,CHM-CMT,50
2H,Of Chemistry,SPL-CMT,90
2H,Optical Image,CHM-CMT,60
2H,Optical Image,SPL-CMT,97
2H,Optical Microscopy,CHM-CMT,32
2H,Optical Microscopy,SPL-CMT,39
2H,Order Parameter,CHM-PRO,32
2H,Orthorhombic,SPL-SPL,35
2H,Overpotential,CHM-PRO,36
2H,Overpotential,SPL-PRO,65
2H,Oxidation,CHM-SMT,47
2H,Oxygen,CHM-CHM,136
2H,Oxygen,SPL-CHM,96
2H,Particles,CHM-DSC,39
2H,Particles,SPL-DSC,37
2H,Pd,CHM-CHM,41
2H,Pd,SPL-CHM,32
2H,Perovskites,SPL-CHM,50
2H,Perovskites,SPL-SPL,46
2H,Phase,SPL-PRO,36
2H,Phase Diagram,CHM-PRO,42
2H,Phase Transition,CHM-PRO,47
2H,Phase Transition,SPL-PRO,49
2H,Phenyls,CHM-CHM,31
2H,Photo Luminescence,CHM-CMT,34
2H,Photo Luminescence,SPL-CMT,57
2H,Photodetector,SPL-APL,35
2H,Polarization Curve,CHM-CMT,42
2H,Polarization Curve,SPL-CMT,90
2H,Polytypes,SPL-PRO,42
2H,Porous,CHM-DSC,37
2H,Porous,SPL-DSC,33
2H,Porphyrin,CHM-CHM,49
2H,Powder,CHM-DSC,70
2H,Powder,SPL-DSC,65
2H,Pt,CHM-CHM,96
2H,Pt,SPL-CHM,115
2H,Pure,SPL-DSC,34
2H,Pyridine,CHM-CHM,30
2H,Quadrupolar Splitting,CHM-PRO,44
2H,Raman,CHM-CMT,171
2H,Raman,SPL-CMT,294
2H,Raman Mapping,SPL-CMT,30
2H,Raman Spectroscopy,SPL-CMT,32
2H,Rate Capability,SPL-PRO,36
2H,Rate Performance,SPL-PRO,31
2H,Rhombohedral,CHM-SPL,33
2H,Rhombohedral,SPL-SPL,50
2H,SAED,CHM-CMT,50
2H,SAED,SPL-CMT,83
2H,SEM,CHM-CMT,181
2H,SEM,SPL-CMT,269
2H,STM,SPL-CMT,46
2H,Sapphire,SPL-CHM,30
2H,Scanning Electron Microscopy,SPL-CMT,30
2H,Se,CHM-CHM,66
2H,Se,SPL-CHM,107
2H,Semiconducting,CHM-PRO,54
2H,Semiconducting,SPL-PRO,121
2H,Semiconductor,CHM-PRO,37
2H,Semiconductor,SPL-PRO,75
2H,Sheet,SPL-DSC,37
2H,Sheets,CHM-DSC,48
2H,Sheets,SPL-DSC,66
2H,Si,CHM-CHM,107
2H,Si,SPL-CHM,109
2H,SiC,CHM-CHM,40
2H,SiC,SPL-CHM,47
2H,SiO2,CHM-CHM,72
2H,SiO2,SPL-CHM,78
2H,Silica,CHM-CHM,40
2H,Silicon,CHM-CHM,41
2H,Silicon,SPL-CHM,44
2H,Single Crystal,CHM-DSC,69
2H,Single Crystal,SPL-DSC,75
2H,Single Layer,CHM-DSC,42
2H,Single Layer,SPL-DSC,89
2H,Society,CHM-CMT,72
2H,Society,SPL-CMT,117
2H,Solid State NMR,CHM-CMT,40
2H,Stability,CHM-PRO,59
2H,Stability,SPL-PRO,79
2H,Stacking Sequence,SPL-PRO,37
2H,Stem,SPL-CMT,59
2H,Structural,CHM-PRO,49
2H,Structural,SPL-PRO,57
2H,Structural Model,SPL-CMT,40
2H,Structure,CHM-PRO,248
2H,Structure,SPL-PRO,270
2H,Structures,CHM-PRO,86
2H,Structures,SPL-PRO,83
2H,Substrate,CHM-DSC,154
2H,Substrate,SPL-DSC,192
2H,Sulfur,CHM-CHM,59
2H,Sulfur,SPL-CHM,98
2H,Surface,CHM-DSC,248
2H,Surface,SPL-DSC,190
2H,Surfaces,CHM-DSC,80
2H,Surfaces,SPL-DSC,43
2H,T,CHM-PRO,42
2H,T1,CHM-PRO,32
2H,TEM,CHM-CMT,181
2H,TEM,SPL-CMT,292
2H,THF,CHM-CHM,43
2H,TMDCs,SPL-CHM,37
2H,TMDs,SPL-CHM,54
2H,Tafel Plots,CHM-CMT,56
2H,Tafel Plots,SPL-CMT,105
2H,Tafel Slope,CHM-PRO,48
2H,Tafel Slope,SPL-PRO,90
2H,Te,CHM-CHM,40
2H,Te,SPL-CHM,68
2H,Tetragonal,SPL-SPL,30
2H,Thin,SPL-DSC,33
2H,Thin Films,CHM-DSC,38
2H,Thin Films,SPL-DSC,64
2H,Ti,CHM-CHM,39
2H,Ti,SPL-CHM,42
2H,TiO2,CHM-CHM,37
2H,TiO2,SPL-CHM,46
2H,Toluene,CHM-CHM,40
2H,Transition Metal,CHM-CHM,34
2H,Transition Metal,SPL-CHM,57
2H,Transition Metal Dichalcogenides,CHM-CHM,54
2H,Transition Metal Dichalcogenides,SPL-CHM,118
2H,Transmission Electron Microscopy,SPL-CMT,38
2H,Trigonal,SPL-SPL,50
2H,Trilayers,SPL-DSC,44
2H,Two-Dimensional,CHM-DSC,46
2H,Two-Dimensional,SPL-DSC,80
2H,UV Vis,CHM-CMT,32
2H,Ultra-Thin,SPL-DSC,34
2H,Unit Cell,SPL-PRO,43
2H,Valence Band,CHM-PRO,37
2H,Valence Band,SPL-PRO,51
2H,WSe2,CHM-CHM,42
2H,WSe2,SPL-CHM,84
2H,X-Ray Diffraction,CHM-CMT,91
2H,X-Ray Diffraction,SPL-CMT,92
2H,XPS,CHM-CMT,111
2H,XPS,SPL-CMT,195
2H,XRD,CHM-CMT,148
2H,XRD,SPL-CMT,228
2H,Zn,CHM-CHM,68
2H,Δ,PRO-PRO,35
2H MoS2,1T,CHM-SPL,86
2H MoS2,2H,CHM-CHM,41
2H MoS2,2H,CHM-SPL,139
2H MoS2,AFM,CHM-CMT,40
2H MoS2,Bulk,CHM-DSC,48
2H MoS2,Carbon,CHM-CHM,32
2H MoS2,Catalyst,CHM-APL,38
2H MoS2,Composite,CHM-DSC,38
2H MoS2,Doped,CHM-DSC,32
2H MoS2,Electrode,CHM-APL,48
2H MoS2,Electrodes,CHM-APL,50
2H MoS2,Film,CHM-DSC,31
2H MoS2,Graphene,CHM-CHM,47
2H MoS2,HER,CHM-CHM,35
2H MoS2,HRTEM,CHM-CMT,73
2H MoS2,Hydrogen,CHM-CHM,45
2H MoS2,Layers,CHM-DSC,46
2H MoS2,Mo,CHM-CHM,99
2H MoS2,MoS2,CHM-CHM,150
2H MoS2,Monolayers,CHM-DSC,53
2H MoS2,Nanosheets,CHM-DSC,68
2H MoS2,Nyquist Plot,CHM-CMT,32
2H MoS2,Of Chemistry,CHM-CMT,35
2H MoS2,Polarization Curve,CHM-CMT,40
2H MoS2,Pt,CHM-CHM,40
2H MoS2,Raman,CHM-CMT,72
2H MoS2,SEM,CHM-CMT,85
2H MoS2,Society,CHM-CMT,35
2H MoS2,Structure,CHM-PRO,39
2H MoS2,Substrate,CHM-DSC,38
2H MoS2,Surface,CHM-DSC,38
2H MoS2,TEM,CHM-CMT,91
2H MoS2,Tafel Plots,CHM-CMT,47
2H MoS2,XPS,CHM-CMT,50
2H MoS2,XRD,CHM-CMT,54
2H NMR,13C,CMT-CHM,88
2H NMR,13C NMR,CMT-CMT,52
2H NMR,1H,CMT-CHM,185
2H NMR,1H,CMT-CMT,66
2H NMR,1H And 2H,CMT-CHM,59
2H NMR,1H NMR,CMT-CMT,124
2H NMR,2H,CMT-CHM,241
2H NMR,31P NMR,CMT-CMT,31
2H NMR,Activation Energies,CMT-PRO,30
2H NMR,Activation Energy,CMT-PRO,35
2H NMR,Arrhenius Plot,CMT-CMT,33
2H NMR,Benzenes,CMT-CHM,46
2H NMR,Bilayer,CMT-DSC,71
2H NMR,Bilayers,CMT-DSC,64
2H NMR,Bulk,CMT-DSC,45
2H NMR,CH2Cl2,CMT-CHM,30
2H NMR,Carbon,CMT-CHM,77
2H NMR,Catalyst,CMT-APL,32
2H NMR,Chemical Shift,CMT-PRO,38
2H NMR,Chemical Structures,CMT-PRO,36
2H NMR,Cholesterol,CMT-CHM,44
2H NMR,Compositions,CMT-PRO,49
2H NMR,Cooling,CMT-SMT,39
2H NMR,Crystal,CMT-DSC,51
2H NMR,Crystal Structure,CMT-PRO,37
2H NMR,Crystalline,CMT-DSC,43
2H NMR,D2O,CMT-CHM,77
2H NMR,DMPC,CMT-CHM,49
2H NMR,DSC,CMT-CMT,48
2H NMR,Deuterium,CMT-CHM,138
2H NMR,Deuteron,CMT-CHM,58
2H NMR,Diamonds,CMT-CHM,33
2H NMR,Dynamics,CMT-PRO,40
2H NMR,H2,CMT-CHM,39
2H NMR,H2O,CMT-CHM,68
2H NMR,Heating,CMT-SMT,45
2H NMR,Hexagonal,CMT-SPL,52
2H NMR,Hydrogen,CMT-CHM,138
2H NMR,Lamellar,CMT-DSC,69
2H NMR,Layers,CMT-DSC,31
2H NMR,Membrane,CMT-DSC,66
2H NMR,Methyl,CMT-CHM,64
2H NMR,Methylenes,CMT-CHM,30
2H NMR,Molecular Structure,CMT-PRO,48
2H NMR,NMR,CMT-CMT,225
2H NMR,O,CMT-CHM,30
2H NMR,Order Parameter,CMT-PRO,44
2H NMR,Oxygen,CMT-CHM,41
2H NMR,Phase Behavior,CMT-PRO,35
2H NMR,Phase Diagram,CMT-PRO,65
2H NMR,Phenyls,CMT-CHM,32
2H NMR,Powder,CMT-DSC,48
2H NMR,Quadrupolar Splitting,CMT-PRO,78
2H NMR,SAXS,CMT-CMT,43
2H NMR,Silica,CMT-CHM,32
2H NMR,Solid State NMR,CMT-CMT,36
2H NMR,Structure,CMT-PRO,105
2H NMR,Surface,CMT-DSC,56
2H NMR,T,CMT-PRO,30
2H NMR,T1,CMT-PRO,34
2H NMR,Toluene,CMT-CHM,39
2H NMR,Vesicle,CMT-DSC,34
2H NMR,X-Ray Diffraction,CMT-CMT,41
2H NMR,Zeolites,CMT-CHM,32
2H+,Electrode,CHM-APL,41
2H+,H+,CHM-CHM,46
2H+,H2,CHM-CHM,40
2H+,H2O,CHM-CHM,40
2H+,Hydrogen,CHM-CHM,36
2H+,Oxygen,CHM-CHM,32
2H+,Surface,CHM-DSC,37
2H-MoS2,1T,CHM-SPL,80
2H-MoS2,1T-MoS2,CHM-CHM,108
2H-MoS2,2D,CHM-DSC,56
2H-MoS2,2H,CHM-CHM,57
2H-MoS2,2H,CHM-SPL,90
2H-MoS2,AFM,CHM-CMT,47
2H-MoS2,Band Structure,CHM-PRO,45
2H-MoS2,Bilayer,CHM-DSC,30
2H-MoS2,Bulk,CHM-DSC,93
2H-MoS2,Carbon,CHM-CHM,49
2H-MoS2,Catalyst,CHM-APL,72
2H-MoS2,Composite,CHM-DSC,43
2H-MoS2,Crystal,CHM-DSC,33
2H-MoS2,Crystal Structure,CHM-PRO,47
2H-MoS2,Doped,CHM-DSC,36
2H-MoS2,Electrode,CHM-APL,53
2H-MoS2,Electrodes,CHM-APL,42
2H-MoS2,Fermi Level,CHM-PRO,37
2H-MoS2,Film,CHM-DSC,43
2H-MoS2,Films,CHM-DSC,39
2H-MoS2,Graphene,CHM-CHM,53
2H-MoS2,H2,CHM-CHM,49
2H-MoS2,HER,CHM-CHM,32
2H-MoS2,HRTEM,CHM-CMT,99
2H-MoS2,Heterostructure,CHM-DSC,34
2H-MoS2,Hexagonal,CHM-SPL,44
2H-MoS2,Hydrogen,CHM-CHM,97
2H-MoS2,Hydrogen Evolution Reaction,CHM-APL,38
2H-MoS2,Layered,CHM-DSC,49
2H-MoS2,Layers,CHM-DSC,97
2H-MoS2,Li,CHM-CHM,38
2H-MoS2,Lithium,CHM-CHM,41
2H-MoS2,Metallic,CHM-PRO,46
2H-MoS2,Mo,CHM-CHM,177
2H-MoS2,MoS2,CHM-CHM,304
2H-MoS2,Molybdenum Disulfide,CHM-CHM,39
2H-MoS2,Monolayers,CHM-DSC,87
2H-MoS2,Nanoparticles,CHM-DSC,30
2H-MoS2,Nanosheets,CHM-DSC,96
2H-MoS2,O,CHM-CHM,30
2H-MoS2,Oxygen,CHM-CHM,39
2H-MoS2,Polarization Curve,CHM-CMT,42
2H-MoS2,Pt,CHM-CHM,52
2H-MoS2,Raman,CHM-CMT,117
2H-MoS2,SAED,CHM-CMT,33
2H-MoS2,SEM,CHM-CMT,97
2H-MoS2,Semiconducting,CHM-PRO,38
2H-MoS2,Si,CHM-CHM,30
2H-MoS2,Society,CHM-CMT,34
2H-MoS2,Structure,CHM-PRO,87
2H-MoS2,Structures,CHM-PRO,30
2H-MoS2,Substrate,CHM-DSC,60
2H-MoS2,Sulfur,CHM-CHM,50
2H-MoS2,Surface,CHM-DSC,71
2H-MoS2,TEM,CHM-CMT,111
2H-MoS2,Tafel Plots,CHM-CMT,34
2H-MoS2,Tafel Slope,CHM-PRO,34
2H-MoS2,Thin Films,CHM-DSC,31
2H-MoS2,Transition Metal Dichalcogenides,CHM-CHM,33
2H-MoS2,X-Ray Diffraction,CHM-CMT,33
2H-MoS2,XPS,CHM-CMT,75
2H-MoS2,XRD,CHM-CMT,91
2H-MoSe2,MoSe2,CHM-CHM,30
2H-TPP,Surface,CHM-DSC,35
2H2,CH4,CHM-CHM,37
2H2,CO,CHM-CHM,50
2H2,CO2,CHM-CHM,43
2H2,Carbon,CHM-CHM,37
2H2,Catalyst,CHM-APL,48
2H2,H2,CHM-CHM,65
2H2,Hydrogen,CHM-CHM,61
2H2,Methane,CHM-CHM,31
2H2,Surface,CHM-DSC,32
2H2O,13C,CHM-CHM,36
2H2O,1H,CHM-CHM,76
2H2O,1H NMR,CHM-CMT,52
2H2O,1H2O,CHM-CHM,30
2H2O,3H2O,CHM-CHM,30
2H2O,4H2O,CHM-CHM,30
2H2O,Angles,CHM-PRO,40
2H2O,Bond Length,CHM-PRO,61
2H2O,Bulk,CHM-DSC,35
2H2O,CO,CHM-CHM,39
2H2O,CO2,CHM-CHM,70
2H2O,Carbon,CHM-CHM,55
2H2O,Catalyst,CHM-APL,55
2H2O,Compositions,CHM-PRO,40
2H2O,Crystal,CHM-DSC,53
2H2O,Crystal Structure,CHM-PRO,68
2H2O,Fe,CHM-CHM,41
2H2O,H2,CHM-CHM,72
2H2O,H2O,CHM-CHM,224
2H2O,Hydrogen,CHM-CHM,226
2H2O,Ir,CHM-CMT,45
2H2O,Layers,CHM-DSC,50
2H2O,Methanol,CHM-CHM,35
2H2O,Molecular Structure,CHM-PRO,52
2H2O,N2,CHM-CHM,46
2H2O,NMR,CHM-CMT,60
2H2O,Nitrogen,CHM-CHM,47
2H2O,O,CHM-CHM,59
2H2O,O2,CHM-CHM,73
2H2O,OH,CHM-CHM,44
2H2O,Oxygen,CHM-CHM,113
2H2O,Powder,CHM-DSC,30
2H2O,SEM,CHM-CMT,52
2H2O,Single Crystal,CHM-DSC,37
2H2O,Structure,CHM-PRO,116
2H2O,Structures,CHM-PRO,33
2H2O,Substrate,CHM-DSC,33
2H2O,Surface,CHM-DSC,84
2H2O,X-Ray Diffraction,CHM-CMT,53
2H2O,XRD,CHM-CMT,53
2HCl,HCl,CHM-CHM,33
2J,Copper II,PRO-CHM,32
2J,Magnetic Susceptibility,PRO-PRO,30
2LO,Raman,CHM-CMT,44
2LiBH4,Composite,CHM-DSC,30
2LiBH4,Dehydrogenation,CHM-SMT,31
2LiBH4,Hydrogen,CHM-CHM,39
2LiBH4,LiBH4,CHM-CHM,42
2LiBH4,MgH2,CHM-CHM,38
2LiBH4,XRD,CHM-CMT,39
2LiNH2,Hydrogen,CHM-CHM,33
2M Methanol,Methanol,CHM-CHM,48
2M Methanol,Pt,CHM-CHM,37
2M Na2CO3,CH2Cl2,CHM-CHM,48
2M Na2CO3,DMF,CHM-CHM,59
2M Na2CO3,H2O,CHM-CHM,34
2M Na2CO3,K2CO3,CHM-CHM,34
2M Na2CO3,MeOH,CHM-CHM,42
2M Na2CO3,Pd(PPh3)4,CHM-CHM,82
2M Na2CO3,THF,CHM-CHM,74
2M Na2CO3,Toluene,CHM-CHM,54
2MP,2-Methylpentane,CHM-CHM,41
2MP,3MP,CHM-CHM,47
2MP,Catalyst,CHM-APL,34
2MP,N-Hexane,CHM-CHM,30
2MP,Zeolites,CHM-CHM,30
2MPa,Catalyst,CHM-APL,44
2MPa,H2,CHM-CHM,34
2MPa,SEM,CHM-CMT,38
2MPa,Surface,CHM-DSC,42
2MPa,XRD,CHM-CMT,34
2N HCl,Acetone,CHM-CHM,32
2N HCl,CH2Cl2,CHM-CHM,75
2N HCl,DMAP,CHM-CHM,40
2N HCl,DMF,CHM-CHM,85
2N HCl,Dioxane,CHM-CHM,30
2N HCl,Et2O,CHM-CHM,30
2N HCl,Et3N,CHM-CHM,49
2N HCl,H2,CHM-CHM,52
2N HCl,H2O,CHM-CHM,63
2N HCl,HCl,CHM-CHM,43
2N HCl,K2CO3,CHM-CHM,47
2N HCl,MeOH,CHM-CHM,88
2N HCl,NaBH4,CHM-CHM,34
2N HCl,NaH,CHM-CHM,46
2N HCl,NaOH,CHM-CHM,41
2N HCl,TFA,CHM-CHM,35
2N HCl,THF,CHM-CHM,111
2N HCl,Toluene,CHM-CHM,46
2N NaOH,CH2Cl2,CHM-CHM,74
2N NaOH,CH3CN,CHM-CHM,35
2N NaOH,DMF,CHM-CHM,81
2N NaOH,DMSO,CHM-CHM,33
2N NaOH,Et3N,CHM-CHM,50
2N NaOH,H2,CHM-CHM,40
2N NaOH,H2O,CHM-CHM,51
2N NaOH,HCl,CHM-CHM,49
2N NaOH,K2CO3,CHM-CHM,52
2N NaOH,MeOH,CHM-CHM,85
2N NaOH,NaH,CHM-CHM,39
2N NaOH,NaOH,CHM-CHM,41
2N NaOH,Pyridine,CHM-CHM,31
2N NaOH,TFA,CHM-CHM,39
2N NaOH,THF,CHM-CHM,97
2N NaOH,Toluene,CHM-CHM,36
2NO,NO,CHM-CHM,56
2NO,O2,CHM-CHM,36
2O2,Cathode,CHM-APL,32
2O2,Electrode,CHM-APL,33
2O2,Layered,CHM-DSC,37
2O2,Li,CHM-CHM,34
2O2,SEM,CHM-CMT,32
2O2,XRD,CHM-CMT,39
2P Core Level XPS,XRD,CMT-CMT,43
2P Photoelectron,Si,CMT-CHM,41
2P Photoelectron,Surface,CMT-DSC,51
2P Photoelectron,XPS,CMT-CMT,34
2P Photoelectron,XRD,CMT-CMT,32
2PA,2PA Cross Section,CHM-PRO,122
2PA,2PA Cross Section,CMT-PRO,63
2PA,2PA Cross Section,PRO-PRO,52
2PA,3PA,CHM-CHM,47
2PA,Absorption,CHM-CMT,40
2PA,Absorption,CMT-CMT,38
2PA,Cross Section,CHM-PRO,61
2PA,Cross Section,CMT-PRO,48
2PA,Cross Section,PRO-PRO,30
2PA,Fluorescence,CHM-CMT,63
2PA,Fluorescence,CMT-CMT,67
2PA,Fluorescence Quantum Yield,CHM-PRO,34
2PA,Linear Absorption,CHM-CMT,39
2PA,Linear Absorption,CMT-CMT,38
2PA,Molecular Structure,CHM-PRO,70
2PA,Molecular Structure,CMT-PRO,62
2PA,Nonlinear Optical Properties,CHM-PRO,34
2PA,Photophysical Properties,CHM-PRO,38
2PA,THF,CHM-CHM,41
2PA,THF,CMT-CHM,42
2PA,Toluene,CHM-CHM,44
2PA,Toluene,CMT-CHM,46
2PA,Two Photon Absorption,CHM-CMT,73
2PA,Two Photon Absorption,CHM-PRO,121
2PA,Two Photon Absorption,CMT-CMT,69
2PA,Two Photon Absorption,CMT-PRO,32
2PA,Two Photon Absorption,PRO-PRO,93
2PA Cross Section,2PA,PRO-CHM,122
2PA Cross Section,2PA,PRO-CMT,63
2PA Cross Section,2PA,PRO-PRO,52
2PA Cross Section,Two Photon Absorption,PRO-PRO,44
2PPE,Cu(111),CMT-CHM,31
2PPE,Fermi Level,CMT-PRO,30
2PPE,Film,CMT-DSC,34
2PPE,Interface,CMT-DSC,32
2PPE,Metals,CMT-PRO,32
2PPE,Substrate,CMT-DSC,40
2PPE,Surface,CMT-DSC,88
2PPE,Surfaces,CMT-DSC,32
2PPE,Two-Photon Photoemission,CMT-CMT,48
2PXPS,1s XPS,CMT-CMT,292
2PXPS,2p,CMT-CMT,274
2PXPS,3D,CMT-CMT,64
2PXPS,3D,CMT-DSC,38
2PXPS,3D XPS,CMT-CMT,201
2PXPS,4f XPS,CMT-CMT,84
2PXPS,AFM,CMT-CMT,186
2PXPS,Absorption Spectrum,CMT-CMT,39
2PXPS,Activity,CMT-PRO,58
2PXPS,Adsorption Isotherm,CMT-CMT,31
2PXPS,Ag,CMT-CHM,140
2PXPS,AgCl,CMT-CHM,61
2PXPS,Al,CMT-CHM,214
2PXPS,Al2O3,CMT-CHM,115
2PXPS,Alloy,CMT-DSC,38
2PXPS,Amorphous,CMT-DSC,38
2PXPS,Anatase,CMT-SPL,72
2PXPS,Annealed,CMT-SMT,111
2PXPS,Annealing,CMT-SMT,111
2PXPS,Anode,CMT-APL,110
2PXPS,Anodes,CMT-APL,34
2PXPS,Ar,CMT-CHM,91
2PXPS,Ar+,CMT-CHM,30
2PXPS,Argon,CMT-CHM,40
2PXPS,Arrhenius Plot,CMT-CMT,51
2PXPS,As Deposited,CMT-DSC,51
2PXPS,As Prepared,CMT-DSC,258
2PXPS,As-Synthesized,CMT-DSC,71
2PXPS,Atomic Ratio,CMT-PRO,31
2PXPS,Au,CMT-CHM,108
2PXPS,BET Surface Area,CMT-PRO,36
2PXPS,Band Gap,CMT-PRO,39
2PXPS,Band Structure,CMT-PRO,36
2PXPS,Batteries,CMT-APL,35
2PXPS,Battery,CMT-APL,48
2PXPS,Binding Energies,CMT-PRO,47
2PXPS,Binding Energy,CMT-PRO,41
2PXPS,Blue Line,CMT-CHM,44
2PXPS,Bulk,CMT-DSC,118
2PXPS,C,CMT-CHM,175
2PXPS,C 1s,CMT-CMT,52
2PXPS,C 1s XPS,CMT-CMT,275
2PXPS,C-V Curve,CMT-CMT,237
2PXPS,CH3OH,CMT-CHM,40
2PXPS,CH4,CMT-CHM,46
2PXPS,CO,CMT-CHM,212
2PXPS,CO2,CMT-CHM,201
2PXPS,CV,CMT-CMT,437
2PXPS,CVS,CMT-CMT,53
2PXPS,CVs,CMT-CMT,34
2PXPS,Ca,CMT-CHM,58
2PXPS,Calcination,CMT-SMT,108
2PXPS,Calcined,CMT-SMT,176
2PXPS,Capacity,CMT-PRO,40
2PXPS,Carbon,CMT-CHM,361
2PXPS,Catalyst,CMT-APL,889
2PXPS,Catalysts,CMT-APL,48
2PXPS,Catalytic Activity,CMT-PRO,82
2PXPS,Catalytic Performance,CMT-PRO,120
2PXPS,Cathode,CMT-APL,168
2PXPS,Cathodes,CMT-APL,80
2PXPS,Cd,CMT-CHM,43
2PXPS,CdS,CMT-CHM,34
2PXPS,Ce,CMT-CHM,63
2PXPS,CeO2,CMT-CHM,57
2PXPS,Cell,CMT-APL,63
2PXPS,Cells,CMT-APL,66
2PXPS,Charge Discharge Curve,CMT-CMT,59
2PXPS,Charge Discharge Curve,CMT-PRO,42
2PXPS,Charge Discharge Profile,CMT-PRO,34
2PXPS,Charges,CMT-CMT,39
2PXPS,Charges,CMT-PRO,87
2PXPS,Chemical Structures,CMT-PRO,33
2PXPS,Chronoamperometric Response,CMT-PRO,33
2PXPS,Chronoamperometry Curve,CMT-CMT,64
2PXPS,Chronopotentiometric Curve,CMT-CMT,30
2PXPS,Cl,CMT-CHM,55
2PXPS,Co,CMT-CHM,703
2PXPS,Co2+,CMT-CHM,42
2PXPS,Co3O4,CMT-CHM,142
2PXPS,CoO,CMT-CHM,60
2PXPS,Coated,CMT-SMT,80
2PXPS,Coatings,CMT-APL,55
2PXPS,Cobalt,CMT-CHM,99
2PXPS,Composite,CMT-DSC,358
2PXPS,Compositions,CMT-PRO,84
2PXPS,Conductivity,CMT-PRO,34
2PXPS,Copper,CMT-CHM,91
2PXPS,Coulombic Efficiency,CMT-PRO,126
2PXPS,Cr,CMT-CHM,117
2PXPS,Cr(VI),CMT-CHM,35
2PXPS,Cross Sectional SEM,CMT-CMT,67
2PXPS,Crystal,CMT-DSC,44
2PXPS,Crystal Structure,CMT-PRO,93
2PXPS,Crystalline,CMT-DSC,40
2PXPS,Cu,CMT-CHM,484
2PXPS,Cu2+,CMT-CHM,33
2PXPS,Cu2O,CMT-CHM,56
2PXPS,CuO,CMT-CHM,109
2PXPS,Cubic,CMT-SPL,35
2PXPS,Current Densities,CMT-PRO,40
2PXPS,Current Density,CMT-PRO,98
2PXPS,Curves,CMT-CMT,50
2PXPS,Cycle Performance,CMT-PRO,76
2PXPS,Cyclic Voltammetry,CMT-CMT,95
2PXPS,Cyclic Voltammogram,CMT-CMT,165
2PXPS,Cycling Performance,CMT-PRO,325
2PXPS,Cycling Stability,CMT-PRO,83
2PXPS,Cycling Test,CMT-CMT,32
2PXPS,DFT,CMT-CMT,47
2PXPS,DMPO,CMT-CHM,38
2PXPS,DOS,CMT-PRO,33
2PXPS,DSC,CMT-CMT,35
2PXPS,Density of States,CMT-PRO,40
2PXPS,Diffraction Pattern,CMT-CMT,34
2PXPS,Discharge,CMT-PRO,63
2PXPS,Discharge Capacity,CMT-PRO,52
2PXPS,Discharge Curves,CMT-CMT,45
2PXPS,Discharge Curves,CMT-PRO,43
2PXPS,Doped,CMT-DSC,153
2PXPS,Durability,CMT-PRO,33
2PXPS,EDS,CMT-CHM,45
2PXPS,EDS,CMT-CMT,259
2PXPS,EDS Elemental Mapping,CMT-CMT,55
2PXPS,EDS Mapping,CMT-CMT,89
2PXPS,EDX,CMT-CMT,173
2PXPS,EDX Elemental Mapping,CMT-CMT,65
2PXPS,EDX Mapping,CMT-CMT,58
2PXPS,EIS,CMT-CMT,89
2PXPS,EPR,CMT-CMT,36
2PXPS,ESR,CMT-CMT,59
2PXPS,EXAFS,CMT-CMT,74
2PXPS,Eis,CMT-CMT,149
2PXPS,Electrocatalyst,CMT-APL,81
2PXPS,Electrochemical Impedance Spectra,CMT-CMT,54
2PXPS,Electrochemical Impedance Spectroscopy,CMT-CMT,40
2PXPS,Electrochemical Performance,CMT-PRO,139
2PXPS,Electrochemical Properties,CMT-PRO,30
2PXPS,Electrode,CMT-APL,493
2PXPS,Electrodes,CMT-APL,433
2PXPS,Electrolyte,CMT-APL,110
2PXPS,Electron Transfer Number,CMT-PRO,65
2PXPS,Element Mapping,CMT-CMT,67
2PXPS,Elemental Mapping,CMT-CMT,244
2PXPS,Epr,CMT-CMT,60
2PXPS,Equivalent Circuit Model,CMT-CMT,49
2PXPS,Equivalent Circuits,CMT-CMT,104
2PXPS,Etching,CMT-SMT,46
2PXPS,Ethanol,CMT-CHM,72
2PXPS,F,CMT-CHM,73
2PXPS,FE-SEM,CMT-CMT,46
2PXPS,FESEM,CMT-CMT,174
2PXPS,FT-IR,CMT-CMT,246
2PXPS,FTIR,CMT-CMT,305
2PXPS,FTO,CMT-CHM,36
2PXPS,Faradaic Efficiency,CMT-PRO,32
2PXPS,Fe,CMT-CHM,594
2PXPS,Fe2+,CMT-CHM,30
2PXPS,Fe2O3,CMT-CHM,83
2PXPS,Fe3+,CMT-CHM,46
2PXPS,Fe3O4,CMT-CHM,68
2PXPS,Fermi Level,CMT-PRO,36
2PXPS,Fft,CMT-CMT,58
2PXPS,Film,CMT-DSC,234
2PXPS,Films,CMT-DSC,245
2PXPS,Foam,CMT-DSC,62
2PXPS,Foil,CMT-DSC,75
2PXPS,GCD Curve,CMT-CMT,72
2PXPS,Galvanostatic Charge Discharge Curve,CMT-CMT,62
2PXPS,Galvanostatic Charge Discharge Profile,CMT-CMT,39
2PXPS,Graphene,CMT-CHM,106
2PXPS,Graphite,CMT-CHM,45
2PXPS,H2,CMT-CHM,310
2PXPS,H2-TPR,CMT-CHM,156
2PXPS,H2-TPR,CMT-CMT,155
2PXPS,H2O,CMT-CHM,132
2PXPS,H2O2,CMT-CHM,126
2PXPS,H2SO4,CMT-CHM,95
2PXPS,HAADF STEM,CMT-CMT,185
2PXPS,HCl,CMT-CHM,47
2PXPS,HER,CMT-CHM,79
2PXPS,HRTEM,CMT-CMT,1043
2PXPS,Heated,CMT-SMT,34
2PXPS,Heating,CMT-SMT,74
2PXPS,Heterostructure,CMT-DSC,36
2PXPS,Hexagonal,CMT-SPL,35
2PXPS,High Resolution,CMT-CMT,67
2PXPS,High Resolution TEM,CMT-CMT,99
2PXPS,High Resolution XPS,CMT-CMT,61
2PXPS,High-Resolution,CMT-CMT,86
2PXPS,Hydrogen,CMT-CHM,193
2PXPS,Hydrogenation,CMT-APL,39
2PXPS,ITO,CMT-CHM,36
2PXPS,Impedance,CMT-PRO,36
2PXPS,Interface,CMT-DSC,102
2PXPS,Ir,CMT-CMT,48
2PXPS,IrO2,CMT-CHM,43
2PXPS,Iron,CMT-CHM,77
2PXPS,Irradiation,CMT-SMT,65
2PXPS,KL Plot,CMT-CMT,55
2PXPS,KOH,CMT-CHM,341
2PXPS,Koutecky-Levich Plot,CMT-CMT,40
2PXPS,LSV,CMT-CMT,220
2PXPS,LSV Curves,CMT-CMT,58
2PXPS,Lattice Fringe,CMT-PRO,34
2PXPS,Layers,CMT-DSC,202
2PXPS,Li,CMT-CHM,138
2PXPS,Linear Fitting,CMT-CMT,30
2PXPS,Linear Sweep Voltammetry,CMT-CMT,34
2PXPS,Lithium,CMT-CHM,56
2PXPS,Magnetization,CMT-PRO,30
2PXPS,Mass Activity,CMT-PRO,33
2PXPS,Mesoporous,CMT-DSC,52
2PXPS,Metallic,CMT-PRO,52
2PXPS,Metals,CMT-PRO,53
2PXPS,Methanol,CMT-CHM,142
2PXPS,Mg,CMT-CHM,60
2PXPS,Microspheres,CMT-DSC,36
2PXPS,Microstructure,CMT-PRO,32
2PXPS,Mn,CMT-CHM,285
2PXPS,Mn3O4,CMT-CHM,32
2PXPS,MnO2,CMT-CHM,90
2PXPS,Mo,CMT-CHM,130
2PXPS,MoS2,CMT-CHM,67
2PXPS,Molecular Structure,CMT-PRO,32
2PXPS,Monolayers,CMT-DSC,36
2PXPS,Morphologies,CMT-PRO,45
2PXPS,Morphology,CMT-PRO,125
2PXPS,Mott Schottky Plot,CMT-CMT,60
2PXPS,N1s XPS,CMT-CMT,114
2PXPS,N2,CMT-CHM,568
2PXPS,N2 Adsorption Desorption Isotherm,CMT-CMT,44
2PXPS,N2 Adsorption Desorption Isotherms,CMT-CMT,219
2PXPS,NC,CMT-DSC,40
2PXPS,NH3,CMT-CHM,111
2PXPS,NH3TPD,CMT-CMT,63
2PXPS,NO,CMT-CHM,71
2PXPS,NPS,CMT-DSC,85
2PXPS,NPs,CMT-DSC,33
2PXPS,Na,CMT-CHM,47
2PXPS,Na2SO4,CMT-CHM,62
2PXPS,NaCl,CMT-CHM,43
2PXPS,NaOH,CMT-CHM,71
2PXPS,Nanocomposite,CMT-DSC,101
2PXPS,Nanocrystals,CMT-DSC,33
2PXPS,Nanoparticle,CMT-DSC,51
2PXPS,Nanoparticles,CMT-DSC,201
2PXPS,Nanorods,CMT-DSC,51
2PXPS,Nanosheets,CMT-DSC,156
2PXPS,Nanostructures,CMT-DSC,30
2PXPS,Nanotube,CMT-DSC,43
2PXPS,Nanowires,CMT-DSC,45
2PXPS,Ni,CMT-CHM,423
2PXPS,Ni(OH)2,CMT-CHM,39
2PXPS,NiO,CMT-CHM,85
2PXPS,Nickel,CMT-CHM,61
2PXPS,Nitrogen,CMT-CHM,349
2PXPS,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,123
2PXPS,Nyquist Plot,CMT-CMT,378
2PXPS,O,CMT-CHM,809
2PXPS,O 1s XPS,CMT-CMT,217
2PXPS,O1S XPS,CMT-CMT,176
2PXPS,O2,CMT-CHM,368
2PXPS,OER,CMT-APL,132
2PXPS,OER Polarization Curve,CMT-CMT,34
2PXPS,OH,CMT-CHM,34
2PXPS,ORR,CMT-APL,94
2PXPS,ORR Polarization Curve,CMT-CMT,33
2PXPS,Optical Image,CMT-CMT,57
2PXPS,Overpotential,CMT-PRO,93
2PXPS,Oxidation,CMT-APL,40
2PXPS,Oxidation,CMT-SMT,68
2PXPS,Oxides,CMT-CHM,52
2PXPS,Oxidize,CMT-SMT,52
2PXPS,Oxygen,CMT-CHM,308
2PXPS,PEDOT,CMT-CHM,38
2PXPS,PL,CMT-CMT,58
2PXPS,PXRD,CMT-CMT,48
2PXPS,Particle,CMT-DSC,54
2PXPS,Particle Size,CMT-PRO,51
2PXPS,Particle Size Distribution,CMT-PRO,101
2PXPS,Particles,CMT-DSC,130
2PXPS,Pd,CMT-CHM,86
2PXPS,Peroxide,CMT-CHM,33
2PXPS,Phenol,CMT-CHM,39
2PXPS,Phosphate,CMT-CHM,31
2PXPS,Photo Catalytic Activity,CMT-PRO,40
2PXPS,Photo Luminescence,CMT-CMT,55
2PXPS,Photocatalyst,CMT-APL,49
2PXPS,Photocatalysts,CMT-APL,69
2PXPS,Photocatalytic Degradation,CMT-APL,55
2PXPS,Physicochemical Properties,CMT-PRO,31
2PXPS,Polarization Curve,CMT-CMT,164
2PXPS,Polysulfides,CMT-CHM,36
2PXPS,Pore Size Distribution,CMT-PRO,276
2PXPS,Pore Size Distribution Curve,CMT-CMT,51
2PXPS,Porous,CMT-DSC,54
2PXPS,Powder,CMT-DSC,148
2PXPS,Powder XRD,CMT-CMT,47
2PXPS,Powders,CMT-DSC,42
2PXPS,Power Density,CMT-PRO,47
2PXPS,Pt,CMT-CHM,341
2PXPS,Pure,CMT-DSC,123
2PXPS,RHE,CMT-APL,45
2PXPS,RRDE,CMT-CMT,32
2PXPS,Ragone Plot,CMT-CMT,105
2PXPS,Raman,CMT-CMT,661
2PXPS,Raman Spectra,CMT-CMT,38
2PXPS,Rate Capabilities,CMT-PRO,38
2PXPS,Rate Capability,CMT-PRO,115
2PXPS,Rate Performance,CMT-PRO,169
2PXPS,Reductions,CMT-SMT,77
2PXPS,Rietveld Refinement,CMT-CMT,33
2PXPS,Ru,CMT-CHM,38
2PXPS,RuO2,CMT-CHM,65
2PXPS,Rutile,CMT-SPL,42
2PXPS,S 2p XPS,CMT-CMT,45
2PXPS,SAED,CMT-CMT,348
2PXPS,SAED Pattern,CMT-CMT,35
2PXPS,SEM,CMT-CMT,1517
2PXPS,SO2,CMT-CHM,38
2PXPS,STEM,CMT-CMT,35
2PXPS,Scanning Electron Microscopy,CMT-CMT,31
2PXPS,Selected Area Electron Diffraction,CMT-CMT,42
2PXPS,Sheet,CMT-DSC,30
2PXPS,Si,CMT-CHM,303
2PXPS,SiO2,CMT-CHM,142
2PXPS,Silica,CMT-CHM,47
2PXPS,Silicon,CMT-CHM,53
2PXPS,Size Distribution,CMT-PRO,52
2PXPS,Sn,CMT-CHM,51
2PXPS,SnO2,CMT-CHM,35
2PXPS,Specific Capacitance,CMT-PRO,122
2PXPS,Sputtering,CMT-SMT,45
2PXPS,Stability,CMT-PRO,108
2PXPS,Stability Tests,CMT-CMT,74
2PXPS,Stem,CMT-CMT,85
2PXPS,Structural Characterization,CMT-CMT,44
2PXPS,Structure,CMT-PRO,152
2PXPS,Structures,CMT-PRO,38
2PXPS,Substrate,CMT-DSC,232
2PXPS,Sulfur,CMT-CHM,141
2PXPS,Supercapacitor,CMT-APL,61
2PXPS,Surface,CMT-DSC,434
2PXPS,Surface Area,CMT-PRO,37
2PXPS,Surface Morphology,CMT-PRO,45
2PXPS,Surfaces,CMT-DSC,135
2PXPS,Survey XPS,CMT-CMT,65
2PXPS,TEM,CMT-CMT,1684
2PXPS,TG,CMT-CMT,70
2PXPS,TGA,CMT-CMT,77
2PXPS,TOF,CMT-PRO,55
2PXPS,TPR,CMT-CMT,88
2PXPS,Tafel Plots,CMT-CMT,260
2PXPS,Tafel Slope,CMT-PRO,75
2PXPS,Tauc Plot,CMT-CMT,31
2PXPS,Tga,CMT-CMT,105
2PXPS,Thin Films,CMT-DSC,105
2PXPS,Ti,CMT-CHM,474
2PXPS,Ti 2p XPS,CMT-CMT,31
2PXPS,TiO2,CMT-CHM,345
2PXPS,Titanium,CMT-CHM,34
2PXPS,Toluene,CMT-CHM,56
2PXPS,UV Vis,CMT-CMT,66
2PXPS,UV Vis Absorption,CMT-CMT,92
2PXPS,UV Vis Diffuse Reflectance,CMT-CMT,60
2PXPS,UV-VIS Spectral,CMT-CMT,37
2PXPS,V2O5,CMT-CHM,30
2PXPS,Voltage Profile,CMT-PRO,38
2PXPS,Water Splitting,CMT-APL,53
2PXPS,X-Ray Diffraction,CMT-CMT,149
2PXPS,XANES,CMT-CMT,33
2PXPS,XPS,CMT-CMT,1308
2PXPS,XPS Survey,CMT-CMT,62
2PXPS,XRD,CMT-CMT,1951
2PXPS,Xanes,CMT-CMT,112
2PXPS,Xe,CMT-CHM,36
2PXPS,Zeolites,CMT-CHM,37
2PXPS,Zeta Potential,CMT-PRO,47
2PXPS,Zn,CMT-CHM,221
2PXPS,ZnO,CMT-CHM,106
2PXPS,Zr,CMT-CHM,40
2PXPS,ZrO2,CMT-CHM,31
2Scan,AFM,CMT-CMT,34
2Scan,Film,CMT-DSC,46
2Scan,Films,CMT-DSC,40
2Scan,Layers,CMT-DSC,38
2Scan,Substrate,CMT-DSC,56
2Scan,Surface,CMT-DSC,41
2Scan,XRD,CMT-CMT,46
2XPS,2p3,CMT-CMT,82
2XPS,Catalyst,CMT-APL,44
2XPS,O,CMT-CHM,30
2XPS,SEM,CMT-CMT,45
2XPS,Surface,CMT-DSC,44
2XPS,TEM,CMT-CMT,59
2XPS,XPS,CMT-CMT,80
2XPS,XRD,CMT-CMT,71
2XRD,Film,CMT-DSC,51
2XRD,Films,CMT-DSC,48
2XRD,SEM,CMT-CMT,31
2XRD,Substrate,CMT-DSC,52
2deg Density,2DEG,PRO-PRO,34
2des,GaAs,DSC-CHM,35
2des,Heterostructure,DSC-DSC,37
2des,Two-Dimensional Electron System,DSC-PRO,33
2dir,FTIR,CMT-CMT,47
2dir,Hydrogen,CMT-CHM,31
2ec,Coercive Field,PRO-PRO,58
2ec,Dielectric Constant,PRO-PRO,37
2ec,Ferroelectric Properties,PRO-PRO,32
2ec,Film,PRO-DSC,30
2ec,Films,PRO-DSC,35
2ec,Pt,PRO-CHM,33
2ec,Remanent Polarization,PRO-PRO,31
2ec,Remnant Polarization,PRO-PRO,39
2ec,SiO2,PRO-CHM,40
2ec,Substrate,PRO-DSC,56
2ec,Thin Films,PRO-DSC,57
2ec,Ti,PRO-CHM,33
2ec,XRD,PRO-CMT,46
2nd,Heating,SMT-SMT,38
2p,(B) C,CMT-CHM,98
2p,13C,CMT-CHM,44
2p,13C NMR,CMT-CMT,30
2p,180C,CMT-CHM,69
2p,1D,CMT-DSC,38
2p,1H,CMT-CHM,86
2p,1H NMR,CMT-CMT,71
2p,1s Core Level,CMT-CMT,66
2p,1s XPS,CMT-CMT,234
2p,25C,CMT-CHM,44
2p,2D,CMT-DSC,122
2p,2PXPS,CMT-CMT,274
2p,2p Core Level,CMT-CMT,57
2p,2p3,CMT-CMT,168
2p,2p3,CMT-PRO,39
2p,2s,CMT-CMT,72
2p,3D,CMT-CMT,705
2p,3D,CMT-DSC,188
2p,3D,CMT-PRO,42
2p,3D XPS,CMT-CMT,79
2p,3M Methanol,CMT-CHM,30
2p,3S,CMT-CMT,77
2p,4-NP,CMT-CHM,55
2p,AFM,CMT-CMT,810
2p,AFM,PRO-CMT,66
2p,AFM Topography,CMT-CMT,50
2p,APTES,CMT-CHM,34
2p,ASCS,CMT-APL,41
2p,ATR-FT-IR,CMT-CMT,52
2p,Absorbance,CMT-PRO,95
2p,Absorbance Spectrum,CMT-CMT,38
2p,Absorption,CMT-CMT,54
2p,Absorption,CMT-PRO,52
2p,Absorption Coefficient,CMT-PRO,31
2p,Absorption Edge,CMT-PRO,30
2p,Absorption Spectrum,CMT-CMT,163
2p,Acetate,CMT-CHM,32
2p,Acetone,CMT-CHM,77
2p,Acetonitrile,CMT-CHM,68
2p,Activation Energies,CMT-PRO,41
2p,Activation Energy,CMT-PRO,62
2p,Activity,CMT-PRO,118
2p,Adsorbent,CMT-APL,102
2p,Adsorption,CMT-CMT,31
2p,Adsorption Capacity,CMT-PRO,132
2p,Adsorption Energy,CMT-PRO,105
2p,Adsorption Isotherm,CMT-CMT,103
2p,Adsorption Isotherm,CMT-PRO,53
2p,Adsorption Kinetics,CMT-PRO,56
2p,Aerogel,CMT-DSC,42
2p,Aes,CMT-CMT,71
2p,Ag,CMT-CHM,634
2p,Ag,PRO-CHM,49
2p,AgCl,CMT-CHM,254
2p,Aged,CMT-SMT,51
2p,Aging,CMT-SMT,52
2p,Air Battery,CMT-APL,75
2p,Air Cathode,CMT-APL,36
2p,Air Electrode,CMT-APL,35
2p,Al,CMT-CHM,836
2p,Al,PRO-CHM,71
2p,Al2O3,CMT-CHM,303
2p,Al3+,CMT-CHM,36
2p,AlN,CMT-CHM,35
2p,Alcohols,CMT-CHM,60
2p,Ald,CMT-SMT,124
2p,Alkyls,CMT-CHM,50
2p,Alkyne,CMT-CHM,34
2p,Alloy,CMT-DSC,194
2p,Alloys,CMT-DSC,69
2p,Alumina,CMT-CHM,83
2p,Aluminum,CMT-CHM,128
2p,Amines,CMT-CHM,59
2p,Amino,CMT-CHM,33
2p,Ammonia,CMT-CHM,78
2p,Amorphous,CMT-DSC,251
2p,Amperometric I-T Curve,CMT-CMT,35
2p,Amperometric Response,CMT-PRO,52
2p,Analysis,CMT-CMT,59
2p,Anatase,CMT-SPL,254
2p,Anneal,CMT-SMT,32
2p,Annealed,CMT-SMT,491
2p,Annealed,PRO-SMT,49
2p,Annealing,CMT-SMT,575
2p,Annealing,PRO-SMT,55
2p,Anode,CMT-APL,549
2p,Anodes,CMT-APL,210
2p,Anodic,CMT-PRO,82
2p,Anodization,CMT-SMT,46
2p,Anodized,CMT-SMT,42
2p,Ar,CMT-CHM,216
2p,Ar+,CMT-CHM,120
2p,Areal Capacitance,CMT-PRO,75
2p,Areal Capacity,CMT-PRO,51
2p,Argon,CMT-CHM,127
2p,Array,CMT-DSC,40
2p,Arrhenius Plot,CMT-CMT,168
2p,As Deposited,CMT-DSC,161
2p,As Fabricated,CMT-DSC,41
2p,As Obtained,CMT-DSC,87
2p,As Prepared,CMT-DSC,938
2p,As Prepared,PRO-DSC,40
2p,As Synthesized,CMT-DSC,53
2p,As-Grown,CMT-DSC,74
2p,As-Received,CMT-DSC,68
2p,As-Synthesized,CMT-DSC,311
2p,Asc,CMT-APL,115
2p,Ascorbic Acid,CMT-CHM,37
2p,Asymmetric,CMT-APL,45
2p,Atomic,CMT-PRO,30
2p,Atomic Composition,CMT-PRO,37
2p,Atomic Concentration,CMT-PRO,111
2p,Atomic Force Microscopy,CMT-CMT,64
2p,Atomic Models,CMT-CMT,31
2p,Atomic Percentages,CMT-PRO,83
2p,Atomic Ratio,CMT-PRO,98
2p,Atomic Structure,CMT-PRO,47
2p,Au,CMT-CHM,571
2p,Au,PRO-CHM,42
2p,Au(111),CMT-CHM,69
2p,Auger,CMT-CMT,104
2p,BET,CMT-CMT,63
2p,BET Surface Area,CMT-PRO,156
2p,BJH Method,CMT-CMT,35
2p,BJH Pore Size Distribution,CMT-CMT,76
2p,BPA,CMT-CHM,30
2p,Ba,CMT-CHM,37
2p,Ball Milling,CMT-SMT,32
2p,Ball-Milled,CMT-SMT,34
2p,Band,CMT-PRO,40
2p,Band Alignment,CMT-PRO,51
2p,Band Bending,CMT-PRO,46
2p,Band Diagram,CMT-PRO,42
2p,Band Gap,CMT-PRO,167
2p,Band Gap Energy,CMT-PRO,97
2p,Band Structure,CMT-PRO,135
2p,Bandgap,CMT-PRO,109
2p,Bar,CMT-DSC,41
2p,Bars,CMT-DSC,67
2p,Batteries,CMT-APL,131
2p,Battery,CMT-APL,178
2p,Be,CMT-PRO,75
2p,Benzenes,CMT-CHM,63
2p,Bilayer,CMT-DSC,88
2p,Binding Energies,CMT-PRO,344
2p,Binding Energies,PRO-PRO,87
2p,Binding Energy,CMT-PRO,318
2p,Binding Energy,PRO-PRO,85
2p,Blue Line,CMT-CHM,249
2p,Bode Plot,CMT-CMT,88
2p,Bond Length,CMT-PRO,61
2p,Boron,CMT-CHM,37
2p,Br,CMT-CHM,92
2p,Bright Field STEM,CMT-CMT,38
2p,Bright Field TEM,CMT-CMT,37
2p,Bulk,CMT-DSC,669
2p,Bulk,PRO-DSC,68
2p,C,CMT-CHM,1120
2p,C,PRO-CHM,47
2p,C 1s,CMT-CMT,663
2p,"C 1s (B), O 1s",CMT-CHM,57
2p,C 1s (b),CMT-CHM,38
2p,C 1s XPS,CMT-CMT,172
2p,"C 1s, O 1s",CMT-CHM,102
2p,C H,CMT-CHM,40
2p,C-V Curve,CMT-CMT,1138
2p,C1S,CMT-CMT,85
2p,C3N4,CMT-CHM,55
2p,CA,CMT-CMT,32
2p,CB,CMT-PRO,31
2p,CDL,CMT-PRO,93
2p,CE,CMT-APL,73
2p,CE,CMT-PRO,47
2p,CH,CMT-CHM,31
2p,CH3,CMT-CHM,31
2p,CH3OH,CMT-CHM,90
2p,CH4,CMT-CHM,135
2p,CLSM,CMT-CMT,30
2p,CO,CMT-APL,47
2p,CO,CMT-CHM,513
2p,CO,CMT-PRO,67
2p,CO,PRO-CHM,41
2p,CO Conversion,CMT-PRO,30
2p,CO Oxidation,CMT-APL,47
2p,CO2,CMT-CHM,450
2p,CO2 Reduction,CMT-APL,30
2p,CO2-TPD,CMT-CMT,42
2p,CTAB,CMT-CHM,35
2p,CV,CMT-CMT,1493
2p,CV,CMT-SMT,57
2p,CVD,CMT-SMT,78
2p,CVS,CMT-CMT,284
2p,Ca,CMT-CHM,166
2p,Ca2+,CMT-CHM,41
2p,Calcination,CMT-SMT,249
2p,Calcined,CMT-SMT,278
2p,Calcium,CMT-CHM,30
2p,Calibration Curve,CMT-CMT,63
2p,Capacitance,CMT-PRO,120
2p,Capacitance Retention,CMT-PRO,82
2p,Capacities,CMT-PRO,60
2p,Capacitive,CMT-PRO,69
2p,Capacitive Contribution,CMT-PRO,69
2p,Capacitive Current,CMT-PRO,90
2p,Capacitor,CMT-APL,41
2p,Capacity,CMT-PRO,246
2p,Capacity Retention,CMT-PRO,117
2p,Carbon,CMT-CHM,1439
2p,Carbon,PRO-CHM,66
2p,Carbon Black,CMT-CHM,36
2p,Carbonates,CMT-CHM,57
2p,Carbonization,CMT-SMT,50
2p,Carbons,CMT-CHM,55
2p,Carrier Concentration,CMT-PRO,34
2p,Catalysis,CMT-APL,30
2p,Catalyst,CMT-APL,2031
2p,Catalyst,PRO-APL,71
2p,Catalysts,CMT-APL,32
2p,Catalytic,CMT-APL,33
2p,Catalytic,CMT-PRO,32
2p,Catalytic Activity,CMT-PRO,205
2p,Catalytic Performance,CMT-PRO,187
2p,Cathode,CMT-APL,619
2p,Cathode Catalyst,CMT-APL,43
2p,Cathodes,CMT-APL,272
2p,Cathodic,CMT-PRO,35
2p,Cathodic Peak Current,CMT-PRO,31
2p,Cd,CMT-CHM,102
2p,CdS,CMT-CHM,92
2p,Cdl,CMT-PRO,32
2p,Ce,CMT-CHM,137
2p,CeO2,CMT-CHM,116
2p,Cell,CMT-APL,396
2p,Cell,CMT-PRO,45
2p,Cell Viability,CMT-PRO,59
2p,Cell Voltage,CMT-PRO,47
2p,Cells,CMT-APL,409
2p,Cells,CMT-DSC,80
2p,Ceramic,CMT-DSC,60
2p,Ces,CMT-APL,44
2p,Charge Capacity,CMT-PRO,39
2p,Charge Curve,CMT-CMT,54
2p,Charge Curve,CMT-PRO,37
2p,Charge Density,CMT-PRO,43
2p,Charge Density Difference,CMT-PRO,44
2p,Charge Discharge Curve,CMT-CMT,259
2p,Charge Discharge Curve,CMT-PRO,66
2p,Charge Discharge Profile,CMT-CMT,43
2p,Charge Discharge Profile,CMT-PRO,148
2p,Charge Discharge Voltage,CMT-PRO,35
2p,Charge Profile,CMT-PRO,71
2p,Charge Storage,CMT-PRO,30
2p,Charge Transfer,CMT-PRO,72
2p,Charge Transfer Resistance,CMT-PRO,122
2p,Charge/Discharge Curve,CMT-CMT,106
2p,Charges,CMT-CMT,126
2p,Charges,CMT-PRO,401
2p,Chemical,CMT-PRO,35
2p,Chemical Composition,CMT-PRO,180
2p,Chemical Shift,CMT-PRO,42
2p,Chemical Society,CMT-CMT,45
2p,Chemical State,CMT-PRO,69
2p,Chemical Structures,CMT-PRO,204
2p,Chlorides,CMT-CHM,36
2p,Chlorines,CMT-CHM,44
2p,Chloroform,CMT-CHM,31
2p,Chromium,CMT-CHM,35
2p,Chronoamperometric,CMT-CMT,33
2p,Chronoamperometric Response,CMT-CMT,64
2p,Chronoamperometric Response,CMT-PRO,123
2p,Chronoamperometry,CMT-CMT,65
2p,Chronoamperometry Curve,CMT-CMT,138
2p,Chronopotentiometric Curve,CMT-CMT,70
2p,Chronopotentiometry,CMT-CMT,83
2p,Chronopotentiometry Curve,CMT-CMT,45
2p,Cl,CMT-CHM,322
2p,Cl 2p,CMT-CMT,64
2p,Cloth,CMT-DSC,47
2p,Cluster,CMT-DSC,162
2p,Co,CMT-CHM,1759
2p,Co,PRO-CHM,50
2p,Co 2p3,CMT-CHM,66
2p,Co(OH)2,CMT-CHM,61
2p,Co-Doped,CMT-DSC,63
2p,Co2+,CMT-CHM,94
2p,Co2p,CMT-CHM,63
2p,Co3+,CMT-CHM,35
2p,Co3O4,CMT-CHM,320
2p,Co9S8,CMT-CHM,75
2p,CoFe2O4,CMT-CHM,46
2p,CoO,CMT-CHM,145
2p,CoOx,CMT-CHM,33
2p,CoP,CMT-CHM,63
2p,CoS2,CMT-CHM,60
2p,Coated,CMT-DSC,115
2p,Coated,CMT-SMT,482
2p,Coated,PRO-SMT,38
2p,Coatings,CMT-APL,362
2p,Coatings,CMT-SMT,74
2p,Cobalt,CMT-CHM,207
2p,Cobaltic Oxide,CMT-CHM,35
2p,Codoped,CMT-DSC,46
2p,Coin Cell,CMT-APL,59
2p,Color,CMT-PRO,77
2p,Complex Permeability,CMT-PRO,43
2p,Complex Permittivity,CMT-PRO,58
2p,Composite,CMT-DSC,1501
2p,Composite,PRO-DSC,49
2p,Composite Film,CMT-DSC,62
2p,Compositions,CMT-PRO,432
2p,Compositions,PRO-PRO,43
2p,Concentration,CMT-PRO,62
2p,Conductance,CMT-PRO,30
2p,Conducting,CMT-PRO,35
2p,Conduction Band,CMT-PRO,77
2p,Conductive,CMT-PRO,71
2p,Conductivity,CMT-PRO,133
2p,Contact Angle,CMT-PRO,154
2p,Contacts,CMT-APL,56
2p,Content,CMT-PRO,31
2p,Cooling,CMT-SMT,59
2p,Copper,CMT-CHM,294
2p,Core,CMT-DSC,84
2p,Core Level,CMT-CMT,204
2p,Core Level,CMT-PRO,130
2p,Core Level,PRO-PRO,117
2p,Core Level Photoemission,CMT-CMT,41
2p,Core Level Spectra,CMT-CMT,64
2p,Core Level XPS,CMT-CMT,189
2p,Core Shell,CMT-DSC,69
2p,Coulombic Efficiency,CMT-PRO,581
2p,Counter Electrode,CMT-APL,80
2p,Cr,CMT-CHM,359
2p,Cr(VI),CMT-APL,40
2p,Cr(VI),CMT-CHM,93
2p,Cr2O3,CMT-CHM,56
2p,Cross Section,CMT-DSC,33
2p,Cross Section SEM,CMT-CMT,65
2p,Cross Sectional SEM,CMT-CMT,280
2p,Cross Sectional TEM,CMT-CMT,81
2p,Crystal,CMT-DSC,231
2p,Crystal Structure,CMT-PRO,363
2p,Crystalline,CMT-DSC,150
2p,Crystalline Structure,CMT-PRO,31
2p,Crystallinity,CMT-PRO,66
2p,Crystallite,CMT-DSC,35
2p,Crystallite Size,CMT-PRO,116
2p,Cu,CMT-CHM,1452
2p,Cu,PRO-CHM,74
2p,Cu 2p3,CMT-CHM,40
2p,Cu(111),CMT-CHM,36
2p,Cu(II),CMT-CHM,49
2p,Cu(OH)2,CMT-CHM,30
2p,Cu+,CMT-CHM,43
2p,Cu2+,CMT-CHM,130
2p,Cu2O,CMT-CHM,189
2p,CuO,CMT-CHM,253
2p,CuS,CMT-CHM,44
2p,Cubic,CMT-SPL,123
2p,Current,CMT-PRO,121
2p,Current Collector,CMT-APL,56
2p,Current Densities,CMT-PRO,119
2p,Current Density,CMT-PRO,440
2p,Current Response,CMT-PRO,48
2p,Curve Fitting,CMT-CMT,127
2p,Curves,CMT-CMT,270
2p,Curves,CMT-PRO,30
2p,Cycle Life,CMT-PRO,68
2p,Cycle Performance,CMT-PRO,289
2p,Cycle Stability,CMT-PRO,73
2p,Cycleability,CMT-PRO,39
2p,Cyclic Performance,CMT-PRO,128
2p,Cyclic Stability,CMT-PRO,70
2p,Cyclic Voltammetry,CMT-CMT,397
2p,Cyclic Voltammogram,CMT-CMT,686
2p,Cycling,CMT-SMT,34
2p,Cycling Behaviour,CMT-PRO,42
2p,Cycling Performance,CMT-PRO,1289
2p,Cycling Stability,CMT-PRO,353
2p,Cycling Test,CMT-CMT,89
2p,Cytotoxicity,CMT-PRO,33
2p,D-Spacing,CMT-PRO,49
2p,DAPI,CMT-CHM,33
2p,DFT,CMT-CMT,203
2p,DFT Calculations,CMT-CMT,112
2p,DLS,CMT-CMT,49
2p,DMC,CMT-CHM,40
2p,DME,CMT-CHM,48
2p,DMF,CMT-CHM,79
2p,DMPO,CMT-CHM,67
2p,DMSO,CMT-CHM,58
2p,DOL,CMT-CHM,44
2p,DOS,CMT-PRO,136
2p,DRS,CMT-CMT,88
2p,DSC,CMT-CMT,134
2p,DSSCS,CMT-APL,53
2p,DTA,CMT-CMT,51
2p,DTG,CMT-CHM,57
2p,Dark Field STEM,CMT-CMT,53
2p,Deconvoluted,CMT-CMT,32
2p,Defect,CMT-PRO,41
2p,Degradation,CMT-APL,52
2p,Degradation Efficiency,CMT-PRO,36
2p,Delithiation,CMT-SMT,41
2p,Density,CMT-PRO,130
2p,Density Functional Theory,CMT-CMT,32
2p,Density of States,CMT-PRO,123
2p,Depth Profile,CMT-CMT,39
2p,Desorption Isotherm,CMT-CMT,110
2p,Device,CMT-APL,33
2p,Diagram,CMT-PRO,33
2p,Diamonds,CMT-CHM,117
2p,Dielectric Constant,CMT-PRO,36
2p,Dielectric Loss Tangent,CMT-PRO,38
2p,Diffraction,CMT-CMT,34
2p,Diffraction,CMT-PRO,57
2p,Diffraction Pattern,CMT-CMT,100
2p,Diffraction Peak,CMT-PRO,38
2p,Diffused Reflectance,CMT-CMT,39
2p,Diffusion Coefficient,CMT-PRO,40
2p,Digital Images,CMT-CMT,31
2p,Digital Photo,CMT-CMT,51
2p,Digital Photograph,CMT-CMT,75
2p,Discharge,CMT-CMT,71
2p,Discharge,CMT-PRO,289
2p,Discharge,CMT-SMT,42
2p,Discharge Capacity,CMT-PRO,196
2p,Discharge Charge Curve,CMT-CMT,83
2p,Discharge Charge Profile,CMT-PRO,57
2p,Discharge Current Density,CMT-PRO,32
2p,Discharge Curves,CMT-CMT,190
2p,Discharge Curves,CMT-PRO,148
2p,Discharge Profile,CMT-PRO,128
2p,Discharge Voltage,CMT-PRO,78
2p,Disk,CMT-DSC,32
2p,Dispersion,CMT-DSC,36
2p,Distribution,CMT-CMT,72
2p,Distribution Curve,CMT-CMT,42
2p,Dopamine,CMT-CHM,36
2p,Doped,CMT-DSC,744
2p,Doped,PRO-DSC,54
2p,Doping,CMT-SMT,89
2p,Double Layer Capacitance,CMT-PRO,84
2p,Dq/Dv,CMT-CMT,33
2p,Dried,CMT-SMT,60
2p,Drifts,CMT-CMT,83
2p,Drying,CMT-SMT,39
2p,Dtg,CMT-CMT,63
2p,Durability,CMT-PRO,78
2p,Durability Test,CMT-CMT,102
2p,E F,CMT-PRO,30
2p,EDS,CMT-CHM,151
2p,EDS,CMT-CMT,1074
2p,EDS,PRO-CMT,52
2p,EDS Element Mapping,CMT-CMT,36
2p,EDS Elemental Map,CMT-CMT,38
2p,EDS Elemental Mapping,CMT-CMT,159
2p,EDS Mapping,CMT-CMT,343
2p,EDTA,CMT-CHM,34
2p,EDX,CMT-CMT,756
2p,EDX Element Mapping,CMT-CMT,31
2p,EDX Elemental Mapping,CMT-CMT,173
2p,EDX Mapping,CMT-CMT,226
2p,EIS,CMT-CMT,116
2p,EIS Curves,CMT-CMT,65
2p,EIS Nyquist Plot,CMT-CMT,129
2p,EQE,CMT-CMT,46
2p,ESR,CMT-CMT,136
2p,EXAFS,CMT-CMT,187
2p,Ecsa,CMT-PRO,86
2p,Edax,CMT-CMT,59
2p,Edge,CMT-CMT,80
2p,Edge,CMT-PRO,37
2p,Eels,CMT-CMT,111
2p,Efficiency,CMT-PRO,33
2p,Eis,CMT-CMT,885
2p,Electrical Conductivity,CMT-PRO,91
2p,Electrical Properties,CMT-PRO,34
2p,Electrocatalyst,CMT-APL,251
2p,Electrocatalytic Performance,CMT-PRO,38
2p,Electrochemical,CMT-PRO,32
2p,Electrochemical Behavior,CMT-PRO,47
2p,Electrochemical Characterization,CMT-CMT,136
2p,Electrochemical Impedance,CMT-CMT,48
2p,Electrochemical Impedance Spectra,CMT-CMT,205
2p,Electrochemical Impedance Spectroscopy,CMT-CMT,152
2p,Electrochemical Measurement,CMT-CMT,39
2p,Electrochemical Parameters,CMT-PRO,51
2p,Electrochemical Performance,CMT-PRO,618
2p,Electrochemical Properties,CMT-PRO,154
2p,Electrochemically Active Surface Area,CMT-PRO,35
2p,Electrode,CMT-APL,1932
2p,Electrode,PRO-APL,57
2p,Electrodeposition,CMT-SMT,81
2p,Electrodeposits,CMT-SMT,75
2p,Electrodes,CMT-APL,1821
2p,Electrodes,PRO-APL,49
2p,Electrolysis,CMT-SMT,64
2p,Electrolyte,CMT-APL,540
2p,Electrolyzer,CMT-APL,32
2p,Electron Density,CMT-PRO,34
2p,Electron Diffraction,CMT-CMT,57
2p,Electron Diffraction Pattern,CMT-CMT,55
2p,Electron Transfer Number,CMT-PRO,202
2p,Electronic Properties,CMT-PRO,31
2p,Electronic Structure,CMT-PRO,122
2p,Electronic Structure,PRO-PRO,37
2p,Electrons,CMT-PRO,38
2p,Electrospun,CMT-SMT,34
2p,Element Mapping,CMT-CMT,205
2p,Elemental Analysis,CMT-CMT,82
2p,Elemental Composition,CMT-PRO,152
2p,Elemental Distribution,CMT-PRO,56
2p,Elemental Map,CMT-CMT,110
2p,Elemental Mapping,CMT-CMT,1116
2p,Emission Spectra,CMT-CMT,51
2p,Energies,CMT-PRO,40
2p,Energy,CMT-PRO,103
2p,Energy Band Diagram,CMT-PRO,99
2p,Energy Band Structure,CMT-PRO,32
2p,Energy Density,CMT-PRO,107
2p,Energy Diagram,CMT-CMT,33
2p,Energy Diagram,CMT-PRO,30
2p,Energy Dispersive X-Ray,CMT-CMT,33
2p,Energy Dispersive X-Ray Spectroscopy,CMT-CMT,40
2p,Energy Level,CMT-PRO,72
2p,Energy Level Diagram,CMT-PRO,41
2p,Epoxy,CMT-CHM,40
2p,Epr,CMT-CMT,174
2p,Equivalent Circuit Diagram,CMT-CMT,38
2p,Equivalent Circuit Model,CMT-CMT,131
2p,Equivalent Circuits,CMT-CMT,519
2p,Equivalent Electrical Circuit,CMT-CMT,34
2p,Etched,CMT-SMT,87
2p,Etching,CMT-SMT,198
2p,Ethanol,CMT-CHM,258
2p,Ethers,CMT-CHM,31
2p,Exfoliate,CMT-SMT,34
2p,Exfoliation,CMT-SMT,35
2p,F,CMT-CHM,461
2p,F,CMT-CMT,34
2p,F,CMT-PRO,148
2p,F,PRO-CHM,38
2p,F 1s,CMT-CMT,67
2p,FCC,CMT-SPL,43
2p,FE-SEM,CMT-CMT,294
2p,FEC,CMT-CHM,34
2p,FESEM,CMT-CMT,743
2p,FFT Pattern,CMT-CMT,68
2p,FT IR,CMT-CMT,43
2p,FT-IR,CMT-CMT,695
2p,FTIR,CMT-CMT,1202
2p,FTIR,PRO-CMT,60
2p,FTO,CMT-CHM,160
2p,FWHM,CMT-PRO,88
2p,Faradaic Efficiency,CMT-PRO,83
2p,Fast Fourier Transform,CMT-CMT,78
2p,Fe,CMT-CHM,2186
2p,Fe,PRO-CHM,74
2p,Fe 2p3,CMT-CHM,54
2p,Fe(II),CMT-CHM,30
2p,Fe(III),CMT-CHM,38
2p,Fe2+,CMT-CHM,99
2p,Fe2O3,CMT-CHM,346
2p,Fe3+,CMT-CHM,117
2p,Fe3C,CMT-CHM,44
2p,Fe3O4,CMT-CHM,357
2p,FeCl3,CMT-CHM,37
2p,FeO,CMT-CHM,50
2p,FeOOH,CMT-CHM,68
2p,FeP,CMT-CHM,34
2p,FeS2,CMT-CHM,42
2p,Fermi Level,CMT-PRO,214
2p,Fermi Level,PRO-PRO,31
2p,Few Layer,CMT-DSC,33
2p,Ff,CMT-PRO,39
2p,Fft,CMT-CMT,276
2p,Fiber,CMT-DSC,87
2p,Fibers,CMT-DSC,80
2p,Figures,CMT-CMT,34
2p,Film,CMT-DSC,1261
2p,Film,PRO-DSC,115
2p,Film Surface,CMT-DSC,40
2p,Films,CMT-DSC,1086
2p,Films,PRO-DSC,116
2p,Fitting,CMT-CMT,61
2p,Flake,CMT-DSC,34
2p,Flakes,CMT-DSC,55
2p,Flexible,CMT-APL,42
2p,Flexible,CMT-PRO,65
2p,Flower Like,CMT-DSC,35
2p,Fluorescence,CMT-CMT,97
2p,Fluorescence Image,CMT-CMT,31
2p,Fluorescence Intensity,CMT-PRO,53
2p,Fluorescence Microscopy,CMT-CMT,34
2p,Fluorescence Spectra,CMT-CMT,45
2p,Fluorine,CMT-CHM,74
2p,Foam,CMT-DSC,233
2p,Foil,CMT-DSC,313
2p,Foils,CMT-DSC,54
2p,Formation Energy,CMT-PRO,30
2p,Formation Mechanism,CMT-PRO,60
2p,Fourier Transform,CMT-CMT,97
2p,Fourier Transform Infrared,CMT-CMT,37
2p,Free Energy,CMT-PRO,39
2p,Free Energy Diagram,CMT-PRO,76
2p,Free Standing,CMT-DSC,44
2p,Freundlich,CMT-CMT,42
2p,Freundlich Isotherm,CMT-CMT,32
2p,Freundlich Model,CMT-CMT,37
2p,Friction Coefficient,CMT-PRO,61
2p,Ft,CMT-CMT,34
2p,Full Cell,CMT-APL,127
2p,Full Width at Half Maximum,CMT-PRO,38
2p,G,CMT-PRO,85
2p,GCD,CMT-CMT,107
2p,GCD Curve,CMT-CMT,334
2p,GITT,CMT-CMT,66
2p,GSH,CMT-CHM,32
2p,Ga,CMT-CHM,107
2p,GaAs,CMT-CHM,32
2p,GaN,CMT-CHM,33
2p,Galvanostatic Charge,CMT-CMT,44
2p,Galvanostatic Charge Discharge,CMT-CMT,51
2p,Galvanostatic Charge Discharge Curve,CMT-CMT,149
2p,Galvanostatic Charge Discharge Profile,CMT-CMT,126
2p,Galvanostatic Cycling,CMT-CMT,34
2p,Galvanostatic Discharge,CMT-CMT,37
2p,Galvanostatic Discharge Charge Curve,CMT-CMT,41
2p,Galvanostatic Discharge Curve,CMT-CMT,49
2p,Gas Sensors,CMT-APL,31
2p,Gce,CMT-APL,63
2p,Ge,CMT-CHM,96
2p,Glass,CMT-DSC,86
2p,Glassy,CMT-DSC,93
2p,Glassy Carbon,CMT-CHM,87
2p,Glucose,CMT-CHM,128
2p,Glycerol,CMT-CHM,37
2p,Grain Size,CMT-PRO,60
2p,Graphene,CMT-CHM,509
2p,Graphene Oxide,CMT-CHM,84
2p,Graphite,CMT-CHM,275
2p,Graphitic,CMT-CHM,97
2p,Graphitic,CMT-SPL,31
2p,Grid,CMT-DSC,47
2p,H+,CMT-CHM,30
2p,H2,CMT-CHM,732
2p,H2 Evolution,CMT-APL,47
2p,H2 Evolution Rate,CMT-PRO,39
2p,H2 Production,CMT-APL,45
2p,H2 TPR,CMT-CMT,30
2p,H2-TPR,CMT-CHM,225
2p,H2-TPR,CMT-CMT,227
2p,H2O,CMT-CHM,367
2p,H2O,PRO-CHM,34
2p,H2O2,CMT-CHM,340
2p,H2O2 Yield,CMT-PRO,71
2p,H2S,CMT-CHM,76
2p,H2SO4,CMT-CHM,363
2p,HAADF,CMT-CMT,72
2p,HAADF Image,CMT-CMT,52
2p,HAADF STEM,CMT-CMT,482
2p,HAXPES,CMT-CMT,31
2p,HCOOH,CMT-CHM,30
2p,HCl,CMT-CHM,140
2p,HClO4,CMT-CHM,93
2p,HER,CMT-CHM,262
2p,HER Polarization Curve,CMT-CMT,65
2p,HMF,CMT-CHM,32
2p,HNO3,CMT-CHM,36
2p,HRTEM,CMT-CMT,3706
2p,HRTEM,PRO-CMT,102
2p,HRXPS,CMT-CMT,37
2p,Half Cell,CMT-APL,123
2p,Half Wave Potential,CMT-PRO,55
2p,Hardness,CMT-PRO,44
2p,Heat Treated,CMT-SMT,39
2p,Heat Treatment,CMT-SMT,97
2p,Heated,CMT-SMT,136
2p,Heating,CMT-SMT,258
2p,Height Profile,CMT-CMT,113
2p,Hematite,CMT-CHM,67
2p,Heterojunction,CMT-APL,41
2p,Heterojunction,CMT-DSC,107
2p,Heterostructure,CMT-DSC,162
2p,Hexagonal,CMT-SPL,132
2p,Hexane,CMT-CHM,32
2p,HfO2,CMT-CHM,33
2p,Hg,CMT-CHM,80
2p,Hierarchical,CMT-DSC,59
2p,High,CMT-CMT,162
2p,High Magnification TEM,CMT-CMT,47
2p,High Resolution,CMT-CMT,349
2p,High Resolution C1s,CMT-CMT,71
2p,High Resolution Imaging,CMT-CMT,61
2p,High Resolution O1s,CMT-CMT,32
2p,High Resolution SEM,CMT-CMT,51
2p,High Resolution Scan,CMT-CMT,71
2p,High Resolution Spectrum,CMT-CMT,264
2p,High Resolution TEM,CMT-CMT,523
2p,High Resolution XPS,CMT-CMT,1114
2p,High Resolution XPS,PRO-CMT,71
2p,High-,CMT-CMT,32
2p,High-Resolution,CMT-CMT,261
2p,High-Resolution Transmission Electron Microscopy,CMT-CMT,30
2p,Hollow,CMT-DSC,78
2p,Hollow Sphere,CMT-DSC,59
2p,Homo,CMT-PRO,92
2p,Hybrid,CMT-APL,38
2p,Hybrid,CMT-DSC,101
2p,Hybrid Film,CMT-DSC,31
2p,Hydrocarbon,CMT-CHM,78
2p,Hydrogel,CMT-DSC,38
2p,Hydrogen,CMT-CHM,649
2p,Hydrogen,PRO-CHM,50
2p,Hydrogen Evolution,CMT-APL,42
2p,Hydrogen Peroxide,CMT-CHM,37
2p,Hydrogen Production,CMT-APL,36
2p,Hydrogenation,CMT-APL,66
2p,Hydrogenation,CMT-SMT,62
2p,Hydrolysis,CMT-SMT,30
2p,Hydrophilic,CMT-PRO,38
2p,Hydrophobic,CMT-PRO,38
2p,Hydrothermal,CMT-SMT,42
2p,Hydrothermal Reaction,CMT-SMT,32
2p,Hydrothermal Treatment,CMT-SMT,36
2p,Hydroxide,CMT-CHM,71
2p,Hydroxyl,CMT-CHM,98
2p,Hysteresis Loop,CMT-CMT,87
2p,I-T Curve,CMT-CMT,47
2p,I-V Characteristics,CMT-PRO,56
2p,ICP,CMT-CMT,80
2p,ID/IG,CMT-PRO,30
2p,IP,CMT-PRO,40
2p,IPA,CMT-CHM,30
2p,IPCE,CMT-CMT,97
2p,IPCE,CMT-PRO,34
2p,ITO,CMT-CHM,150
2p,IV Curve,CMT-CMT,89
2p,Images,CMT-CMT,37
2p,Imaginary,CMT-PRO,36
2p,Imaginary Part,CMT-PRO,54
2p,Impedance,CMT-CMT,37
2p,Impedance,CMT-PRO,160
2p,Impedance Parameters,CMT-PRO,40
2p,Impedance Spectra,CMT-CMT,113
2p,Infrared,CMT-CMT,30
2p,Insulating,CMT-PRO,43
2p,Interface,CMT-DSC,628
2p,Interface,PRO-DSC,68
2p,Interlayer Distance,CMT-PRO,30
2p,Interlayer Spacing,CMT-PRO,35
2p,Interlayers,CMT-DSC,64
2p,Ionic Conductivity,CMT-PRO,39
2p,Ir,CMT-CHM,85
2p,Ir,CMT-CMT,211
2p,IrO2,CMT-CHM,147
2p,Iron,CMT-CHM,305
2p,Iron Oxide,CMT-CHM,76
2p,Irradiated,CMT-SMT,104
2p,Irradiation,CMT-SMT,246
2p,Islands,CMT-DSC,34
2p,J-V Characteristics,CMT-PRO,67
2p,JSC,CMT-PRO,36
2p,JV Curve,CMT-CMT,91
2p,Junctions,CMT-APL,35
2p,K,CMT-CHM,46
2p,K,CMT-CMT,41
2p,K,CMT-PRO,119
2p,K+,CMT-CHM,46
2p,K-Edge,CMT-CMT,93
2p,K-Edge,CMT-PRO,56
2p,KCl,CMT-CHM,129
2p,KHCO3,CMT-CHM,34
2p,KL Plot,CMT-CMT,163
2p,KOH,CMT-CHM,1119
2p,Kinetic Analysis,CMT-CMT,34
2p,Kinetic Curve,CMT-CMT,39
2p,Kinetic Parameters,CMT-PRO,82
2p,Koutecky-Levich Plot,CMT-CMT,126
2p,Kubelka Munk Function,CMT-CMT,35
2p,LED,CMT-APL,71
2p,LEDs,CMT-APL,55
2p,LEED,CMT-CMT,92
2p,LIBs,CMT-APL,53
2p,LSV,CMT-CMT,731
2p,LSV Curves,CMT-CMT,252
2p,LSV Polarization Curve,CMT-CMT,38
2p,LSVS,CMT-CMT,101
2p,LTO,CMT-CHM,49
2p,LUMO,CMT-PRO,53
2p,La,CMT-CHM,86
2p,Langmuir,CMT-CMT,96
2p,Laser Irradiation,CMT-SMT,33
2p,Lattice Constant,CMT-PRO,33
2p,Lattice Fringe,CMT-PRO,175
2p,Lattice Parameter,CMT-PRO,162
2p,Lattice Spacing,CMT-PRO,51
2p,Layered,CMT-DSC,116
2p,Layers,CMT-DSC,1072
2p,Layers,PRO-DSC,102
2p,Ldh,CMT-DSC,57
2p,Level,CMT-CMT,175
2p,Level,CMT-PRO,49
2p,Level,PRO-PRO,47
2p,Level XPS,CMT-CMT,81
2p,Li,CMT-APL,72
2p,Li,CMT-CHM,735
2p,Li O2,CMT-CHM,40
2p,Li S,CMT-CHM,114
2p,Li S Battery,CMT-APL,35
2p,Li S Cells,CMT-APL,30
2p,Li-S Batteries,CMT-APL,59
2p,Li2S,CMT-CHM,83
2p,LiClO4,CMT-CHM,42
2p,LiCoO2,CMT-CHM,62
2p,LiF,CMT-CHM,52
2p,LiFePO4,CMT-CHM,46
2p,LiMn2O4,CMT-CHM,41
2p,LiPF6,CMT-CHM,76
2p,Lifetime,CMT-PRO,37
2p,Linear Fit,CMT-CMT,60
2p,Linear Fitting,CMT-CMT,86
2p,Linear Sweep Voltammetry,CMT-CMT,120
2p,Linear Sweep Voltammogram,CMT-CMT,116
2p,Lithiated,CMT-SMT,47
2p,Lithiation,CMT-SMT,63
2p,Lithium,CMT-CHM,269
2p,Lmm,CMT-CMT,78
2p,Lmm Auger,CMT-CMT,32
2p,Long Term Stability,CMT-PRO,81
2p,Long Term Stability Test,CMT-CMT,34
2p,Low Resolution TEM,CMT-CMT,35
2p,M,CMT-PRO,46
2p,M-H Curves,CMT-CMT,30
2p,MKOH,CMT-CHM,49
2p,MS,CMT-CMT,45
2p,MTT,CMT-CHM,41
2p,MXene,CMT-CHM,70
2p,Magenta,CMT-CHM,100
2p,Magnetic Hysteresis Loop,CMT-CMT,116
2p,Magnetic Loss Tangent,CMT-PRO,42
2p,Magnetic Moment,CMT-PRO,35
2p,Magnetic Properties,CMT-PRO,46
2p,Magnetics,CMT-PRO,81
2p,Magnetite,CMT-CHM,38
2p,Magnetization,CMT-PRO,91
2p,Magnetization Curve,CMT-CMT,110
2p,Magnification,CMT-CMT,36
2p,Manganese,CMT-CHM,71
2p,Manganese Oxide,CMT-CHM,41
2p,Mappings,CMT-CMT,101
2p,Mass Activity,CMT-PRO,79
2p,Matrix,CMT-DSC,65
2p,MeOH,CMT-CHM,40
2p,Mechanical Property,CMT-PRO,39
2p,Mechanisms,CMT-PRO,35
2p,Melamine,CMT-CHM,32
2p,Membrane,CMT-DSC,139
2p,Mesh,CMT-DSC,36
2p,Mesoporous,CMT-DSC,143
2p,Metal Oxide,CMT-CHM,75
2p,Metal Oxides,CMT-CHM,42
2p,Metallic,CMT-PRO,294
2p,Metallic,PRO-PRO,33
2p,Metals,CMT-APL,54
2p,Metals,CMT-PRO,281
2p,Metals,PRO-PRO,30
2p,Methane,CMT-CHM,41
2p,Methanol,CMT-CHM,416
2p,Methyl,CMT-CHM,31
2p,Methylene Blue,CMT-CHM,68
2p,Mg,CMT-CHM,269
2p,Mg2+,CMT-CHM,45
2p,MgO,CMT-CHM,87
2p,Microspheres,CMT-DSC,121
2p,Microstructure,CMT-PRO,136
2p,Ml,CMT-DSC,35
2p,Mn,CMT-CHM,949
2p,Mn,PRO-CHM,54
2p,Mn2+,CMT-CHM,50
2p,Mn2O3,CMT-CHM,40
2p,Mn3+,CMT-CHM,30
2p,Mn3O4,CMT-CHM,78
2p,Mn4+,CMT-CHM,35
2p,MnO,CMT-CHM,87
2p,MnO2,CMT-CHM,274
2p,MnOx,CMT-CHM,60
2p,Mo,CMT-CHM,562
2p,MoO3,CMT-CHM,77
2p,MoS2,CMT-CHM,305
2p,Mof,CMT-DSC,30
2p,Molecular Structure,CMT-PRO,170
2p,Monoclinic,CMT-SPL,61
2p,Monolayers,CMT-DSC,322
2p,Monolayers,PRO-DSC,43
2p,Morphologic,CMT-PRO,100
2p,Morphologies,CMT-PRO,179
2p,Morphology,CMT-PRO,539
2p,Mott Schottky Plot,CMT-CMT,184
2p,Multilayer,CMT-DSC,120
2p,N 1s,CMT-CHM,54
2p,"N 1s, O 1s",CMT-CHM,37
2p,N Type,CMT-PRO,51
2p,N1S,CMT-CMT,33
2p,N1s XPS,CMT-CMT,51
2p,N2,CMT-CHM,1611
2p,N2,PRO-CHM,57
2p,N2 Adsorption,CMT-CMT,69
2p,N2 Adsorption Desorption Isotherm,CMT-CMT,191
2p,N2 Adsorption Desorption Isotherms,CMT-CMT,630
2p,N2 Adsorption Isotherm,CMT-CMT,47
2p,N2 Sorption Isotherm,CMT-CMT,109
2p,N2O,CMT-CHM,39
2p,NC,CMT-DSC,141
2p,NCS,CMT-DSC,86
2p,NH2,CMT-CHM,40
2p,NH3,CMT-CHM,250
2p,NH3TPD,CMT-CMT,101
2p,NMR,CMT-CMT,58
2p,NO,CMT-CHM,127
2p,NO2,CMT-CHM,69
2p,NPS,CMT-DSC,372
2p,NR,CMT-DSC,37
2p,NRS,CMT-DSC,66
2p,NW,CMT-DSC,46
2p,Na,CMT-CHM,272
2p,Na+,CMT-CHM,129
2p,Na2S,CMT-CHM,42
2p,Na2SO3,CMT-CHM,33
2p,Na2SO4,CMT-CHM,220
2p,NaBH4,CMT-CHM,80
2p,NaCl,CMT-CHM,256
2p,NaOH,CMT-CHM,269
2p,Nano Structured,CMT-DSC,60
2p,Nanobelts,CMT-DSC,37
2p,Nanocluster,CMT-DSC,33
2p,Nanocomposite,CMT-DSC,484
2p,Nanocrystalline,CMT-DSC,41
2p,Nanocrystals,CMT-DSC,190
2p,Nanocube,CMT-DSC,46
2p,Nanofiber,CMT-DSC,123
2p,Nanoflakes,CMT-DSC,51
2p,Nanohybrid,CMT-DSC,72
2p,Nanomaterial,CMT-DSC,54
2p,Nanoparticle,CMT-DSC,284
2p,Nanoparticles,CMT-DSC,865
2p,Nanoparticles,PRO-DSC,50
2p,Nanoplates,CMT-DSC,53
2p,Nanoporous,CMT-DSC,37
2p,Nanorods,CMT-DSC,213
2p,Nanosheet Array,CMT-DSC,30
2p,Nanosheets,CMT-DSC,534
2p,Nanosphere,CMT-DSC,94
2p,Nanostructure,CMT-DSC,80
2p,Nanostructures,CMT-DSC,150
2p,Nanotube,CMT-DSC,151
2p,Nanowire,CMT-DSC,84
2p,Nanowire Array,CMT-DSC,39
2p,Nanowires,CMT-DSC,164
2p,Nb,CMT-CHM,63
2p,Negative Electrode,CMT-APL,52
2p,Nexafs,CMT-CMT,128
2p,Nf,CMT-DSC,68
2p,Nfs,CMT-DSC,40
2p,Ni,CMT-CHM,1702
2p,Ni,PRO-CHM,74
2p,Ni 2p3,CMT-CHM,42
2p,Ni(OH)2,CMT-CHM,139
2p,Ni2+,CMT-CHM,98
2p,Ni2P,CMT-CHM,46
2p,Ni3+,CMT-CHM,31
2p,NiCo,CMT-CHM,51
2p,NiCo2O4,CMT-CHM,69
2p,NiCo2S4,CMT-CHM,35
2p,NiFe,CMT-CHM,84
2p,NiO,CMT-CHM,295
2p,Nickel,CMT-CHM,204
2p,Nitrogen,CMT-CHM,1207
2p,Nitrogen,PRO-CHM,63
2p,Nitrogen Adsorption,CMT-CMT,68
2p,Nitrogen Adsorption Desorption Isotherm,CMT-CMT,130
2p,Nitrogen Adsorption Desorption Isotherms,CMT-CMT,405
2p,Nitrogen Sorption Isotherm,CMT-CMT,49
2p,Normalized,CMT-CMT,45
2p,Nss,CMT-DSC,58
2p,Nws,CMT-DSC,81
2p,Nyquist,CMT-CMT,48
2p,Nyquist Impedance Plot,CMT-CMT,33
2p,Nyquist Plot,CMT-CMT,1527
2p,Nyquist Plot,PRO-CMT,44
2p,O,CMT-CHM,3257
2p,O,PRO-CHM,238
2p,O 1s,CMT-CHM,267
2p,O 1s,CMT-CMT,250
2p,O 1s XPS,CMT-CMT,32
2p,O 2p,CMT-CHM,32
2p,O1S XPS,CMT-CMT,177
2p,O1s,CMT-CMT,66
2p,O2,CMT-CHM,1041
2p,O2,PRO-CHM,46
2p,O2 TPD,CMT-CMT,31
2p,O3,CMT-CHM,37
2p,OCP,CMT-PRO,50
2p,OCV,CMT-PRO,30
2p,OER,CMT-APL,422
2p,OER,CMT-PRO,64
2p,OER Activity,CMT-PRO,82
2p,OER Polarization Curve,CMT-CMT,127
2p,OH,CMT-CHM,150
2p,ORR,CMT-APL,263
2p,ORR,CMT-PRO,49
2p,ORR Activity,CMT-PRO,38
2p,ORR Performance,CMT-PRO,37
2p,ORR Polarization Curve,CMT-CMT,82
2p,Of Chemistry,CMT-CMT,85
2p,Onset Potential,CMT-PRO,71
2p,Open Circuit Potential,CMT-PRO,72
2p,Open Circuit Voltage,CMT-PRO,83
2p,Optical Absorption,CMT-CMT,41
2p,Optical Band Gap,CMT-PRO,64
2p,Optical Image,CMT-CMT,236
2p,Optical Micrograph,CMT-CMT,45
2p,Optical Microscope,CMT-CMT,36
2p,Optical Microscopy,CMT-CMT,51
2p,Optical Photograph,CMT-CMT,66
2p,Optical Properties,CMT-PRO,43
2p,Optical Transmittance,CMT-PRO,36
2p,Orthorhombic,CMT-SPL,44
2p,Overlayers,CMT-DSC,90
2p,Overpotential,CMT-PRO,320
2p,Oxidation,CMT-APL,65
2p,Oxidation,CMT-PRO,33
2p,Oxidation,CMT-SMT,313
2p,Oxidation,PRO-SMT,30
2p,Oxidation State,CMT-PRO,134
2p,Oxides,CMT-CHM,303
2p,Oxides,PRO-CHM,35
2p,Oxidize,CMT-SMT,244
2p,Oxidize,PRO-SMT,31
2p,Oxygen,CMT-CHM,1249
2p,Oxygen,PRO-CHM,125
2p,Oxygen Vacancies,CMT-PRO,71
2p,Oxygen Vacancy,CMT-PRO,44
2p,Ozone,CMT-CHM,33
2p,P,CMT-PRO,60
2p,P Type,CMT-PRO,59
2p,P3HT,CMT-CHM,44
2p,PCE,CMT-PRO,59
2p,PDA,CMT-CHM,35
2p,PDMS,CMT-CHM,49
2p,PDOS,CMT-CMT,63
2p,PDOS,CMT-PRO,62
2p,PEC,CMT-CHM,78
2p,PEDOT,CMT-CHM,130
2p,PEG,CMT-CHM,32
2p,PEI,CMT-CHM,37
2p,PEO,CMT-CHM,33
2p,PL,CMT-CMT,45
2p,PL Emission,CMT-CMT,38
2p,PMMA,CMT-CHM,46
2p,PSCS,CMT-APL,40
2p,PVA,CMT-CHM,43
2p,PVDF,CMT-CHM,58
2p,PVP,CMT-CHM,73
2p,PXRD,CMT-CMT,156
2p,Paper,CMT-DSC,46
2p,Partial Densities of States,CMT-PRO,32
2p,Particle,CMT-DSC,212
2p,Particle Size,CMT-PRO,156
2p,Particle Size Distribution,CMT-PRO,252
2p,Particles,CMT-DSC,546
2p,Particles,PRO-DSC,34
2p,Pb,CMT-CHM,74
2p,Pb2+,CMT-CHM,33
2p,Pd,CMT-CHM,205
2p,Peak Current,CMT-PRO,119
2p,Peak Currents,CMT-PRO,40
2p,Peak Fitting,CMT-CMT,58
2p,Pellet,CMT-DSC,54
2p,Permittivity,CMT-PRO,30
2p,Perovskites,CMT-CHM,101
2p,Perovskites,CMT-SPL,98
2p,Peroxide,CMT-CHM,79
2p,Peroxide Yield,CMT-PRO,36
2p,Pes,CMT-CMT,41
2p,Phase Diagram,CMT-PRO,36
2p,Phenol,CMT-CHM,74
2p,Phosphate,CMT-CHM,129
2p,Phosphorus,CMT-CHM,93
2p,Photo Catalytic Activity,CMT-PRO,207
2p,Photo Luminescence,CMT-CMT,266
2p,Photoanode,CMT-APL,123
2p,Photocatalysis,CMT-APL,37
2p,Photocatalyst,CMT-APL,209
2p,Photocatalysts,CMT-APL,252
2p,Photocatalytic Degradation,CMT-APL,213
2p,Photocatalytic Degradation,CMT-CMT,84
2p,Photocatalytic H2,CMT-APL,42
2p,Photocatalytic H2,CMT-PRO,48
2p,Photocatalytic H2 Evolution,CMT-APL,56
2p,Photocatalytic Mechanism,CMT-PRO,117
2p,Photocatalytic Performance,CMT-PRO,52
2p,Photocatalytic Reaction,CMT-APL,48
2p,Photocathodes,CMT-APL,31
2p,Photocurrent,CMT-PRO,115
2p,Photocurrent Density,CMT-PRO,85
2p,Photocurrent Response,CMT-PRO,88
2p,Photodegradation,CMT-APL,35
2p,Photodegradation,CMT-CMT,32
2p,Photoelectrodes,CMT-APL,55
2p,Photoelectron,CMT-CMT,74
2p,Photoemission,CMT-CMT,133
2p,Photographs,CMT-CMT,77
2p,Photovoltaic Parameter,CMT-PRO,68
2p,Photovoltaic Performance,CMT-PRO,35
2p,Physical Properties,CMT-PRO,58
2p,Physicochemical Properties,CMT-PRO,96
2p,Plasma,CMT-SMT,41
2p,Plate,CMT-DSC,59
2p,Plating,CMT-APL,57
2p,Plating,CMT-SMT,46
2p,Platinum,CMT-CHM,54
2p,Plot,CMT-CMT,44
2p,Plots,CMT-CMT,45
2p,Polarization,CMT-PRO,99
2p,Polarization Curve,CMT-CMT,564
2p,Polarization Curve,CMT-PRO,41
2p,Polished,CMT-SMT,53
2p,Polycrystalline,CMT-DSC,103
2p,Polysulfides,CMT-CHM,89
2p,Pore,CMT-PRO,62
2p,Pore Diameter,CMT-PRO,51
2p,Pore Diameter Distribution,CMT-PRO,30
2p,Pore Size Distribution,CMT-PRO,890
2p,Pore Size Distribution Curve,CMT-CMT,129
2p,Pore Sizes,CMT-PRO,158
2p,Pore Volume,CMT-PRO,113
2p,Porosity,CMT-PRO,48
2p,Porous,CMT-DSC,283
2p,Positive Electrode,CMT-APL,51
2p,Potassium,CMT-CHM,38
2p,Potential,CMT-PRO,83
2p,Potential Profile,CMT-PRO,32
2p,Potentiodynamic Polarization,CMT-CMT,36
2p,Potentiodynamic Polarization Curve,CMT-CMT,79
2p,Pouch Cells,CMT-APL,32
2p,Powder,CMT-DSC,555
2p,Powder,PRO-DSC,33
2p,Powder XRD,CMT-CMT,92
2p,Powders,CMT-DSC,185
2p,Power Density,CMT-PRO,215
2p,Power Density Curve,CMT-PRO,36
2p,Prepared,CMT-DSC,134
2p,Profile,CMT-CMT,79
2p,Profile,CMT-PRO,38
2p,Pseudo First Order,CMT-CMT,47
2p,Pt,CMT-CHM,1218
2p,Pt,PRO-CHM,53
2p,Pt(111),CMT-CHM,39
2p,Pt/C,CMT-CHM,59
2p,Pure,CMT-DSC,328
2p,Pyridine,CMT-CHM,68
2p,Pyridinic N,CMT-CHM,32
2p,Pyrolysis,CMT-SMT,96
2p,Pyrolyzed,CMT-SMT,33
2p,QD,CMT-DSC,33
2p,QDS,CMT-DSC,71
2p,Quartz,CMT-CHM,114
2p,RBS,CMT-CMT,34
2p,RCT,CMT-PRO,111
2p,RDE Polarization Curve,CMT-CMT,30
2p,RDE Voltammogram,CMT-CMT,41
2p,RHE,CMT-APL,161
2p,RHE,CMT-CMT,97
2p,RL,CMT-PRO,46
2p,RRDE,CMT-CMT,113
2p,Ragone Plot,CMT-CMT,432
2p,Raman,CMT-CMT,2517
2p,Raman,PRO-CMT,88
2p,Raman Spectra,CMT-CMT,197
2p,Raman Spectroscopy,CMT-CMT,64
2p,Raman Spectrum,CMT-CMT,34
2p,Rate Capabilities,CMT-PRO,177
2p,Rate Capability,CMT-PRO,455
2p,Rate Capacity,CMT-PRO,52
2p,Rate Constant,CMT-PRO,84
2p,Rate Performance,CMT-PRO,651
2p,Ray Photoelectron Spectroscopy,CMT-CMT,36
2p,Rde,CMT-APL,68
2p,Rde,CMT-CMT,46
2p,Reaction Mechanism,CMT-PRO,47
2p,Reaction Rate,CMT-PRO,44
2p,Rechargeable,CMT-APL,47
2p,Recovery Time,CMT-PRO,32
2p,Recycling Test,CMT-CMT,40
2p,Red LED,CMT-APL,41
2p,Redox Peak,CMT-PRO,30
2p,Reduced,CMT-SMT,39
2p,Reductions,CMT-APL,58
2p,Reductions,CMT-SMT,171
2p,Reference Electrode,CMT-APL,65
2p,Reflection Loss,CMT-PRO,60
2p,Refractive Index,CMT-PRO,53
2p,Removal Efficiency,CMT-PRO,52
2p,Resistance,CMT-PRO,157
2p,Resistivity,CMT-PRO,92
2p,Resolution,CMT-CMT,59
2p,Response,CMT-PRO,104
2p,Response Time,CMT-PRO,33
2p,RhB,CMT-CHM,57
2p,Rhodamine B,CMT-CHM,39
2p,Rietveld Refinement,CMT-CMT,152
2p,Ring Currents,CMT-PRO,33
2p,Roughness,CMT-PRO,51
2p,Ru,CMT-CHM,151
2p,RuO2,CMT-CHM,219
2p,Rutile,CMT-SPL,154
2p,S 2p,CMT-CHM,496
2p,S 2p,CMT-CMT,186
2p,S 2p and C,CMT-CHM,30
2p,S 2p3,CMT-CHM,53
2p,S2P XPS,CMT-CMT,31
2p,SAED,CMT-CMT,1363
2p,SAED,PRO-CMT,36
2p,SAED Pattern,CMT-CMT,181
2p,SAED Patterns,CMT-CMT,96
2p,SAM,CMT-DSC,128
2p,SAMS,CMT-DSC,118
2p,SBA-15,CMT-CHM,37
2p,SEM,CMT-CMT,5551
2p,SEM,PRO-CMT,179
2p,SEM-EDS,CMT-CMT,31
2p,SIMS,CMT-CMT,70
2p,SO2,CMT-CHM,96
2p,STEM HAADF,CMT-CMT,34
2p,STM,CMT-CMT,153
2p,STO,CMT-CHM,46
2p,Saturation Magnetization,CMT-PRO,30
2p,Sb,CMT-CHM,53
2p,Sbet,CMT-PRO,31
2p,Scan,CMT-CMT,66
2p,Scanning Electron Micrograph,CMT-CMT,54
2p,Scanning Electron Microscopy,CMT-CMT,149
2p,Scanning Tem,CMT-CMT,30
2p,Scanning Transmission Electron Microscopy,CMT-CMT,35
2p,Se,CMT-CHM,118
2p,Seebeck Coefficient,CMT-PRO,32
2p,Sei,CMT-APL,92
2p,Selected Area Electron Diffraction,CMT-CMT,205
2p,Selected Area Electron Diffraction Pattern,CMT-CMT,43
2p,Selectivity,CMT-PRO,78
2p,Semiconductor,CMT-PRO,62
2p,Sensitivity,CMT-PRO,31
2p,Sensor,CMT-APL,131
2p,Separator,CMT-APL,116
2p,Sheet,CMT-DSC,100
2p,Sheet Resistance,CMT-PRO,62
2p,Sheets,CMT-DSC,170
2p,Shell,CMT-DSC,123
2p,Si,CMT-CHM,1681
2p,Si,PRO-CHM,186
2p,Si (111),CMT-CHM,81
2p,Si(001),CMT-CHM,32
2p,Si(100),CMT-CHM,82
2p,Si3N4,CMT-CHM,30
2p,SiC,CMT-CHM,93
2p,SiO,CMT-CHM,56
2p,SiO2,CMT-CHM,589
2p,SiO2,PRO-CHM,60
2p,SiOx,CMT-CHM,42
2p,Sibs,CMT-APL,55
2p,Silane,CMT-CHM,39
2p,Silica,CMT-CHM,190
2p,Silicate,CMT-CHM,36
2p,Silicon,CMT-CHM,361
2p,Silicon,PRO-CHM,47
2p,Silicon Oxide,CMT-CHM,35
2p,Silver,CMT-CHM,76
2p,Single Crystal,CMT-DSC,114
2p,Single Layer,CMT-DSC,50
2p,Singlet,CMT-DSC,43
2p,Sintered,CMT-SMT,62
2p,Sintering,CMT-SMT,35
2p,Size,CMT-PRO,45
2p,Size Distribution,CMT-PRO,213
2p,Size Distribution Curve,CMT-CMT,30
2p,Size Distribution Histogram,CMT-CMT,44
2p,Slab,CMT-DSC,30
2p,Small Angle XRD,CMT-CMT,31
2p,Sn,CMT-CHM,198
2p,SnO2,CMT-CHM,102
2p,SnS2,CMT-CHM,31
2p,Society,CMT-CMT,114
2p,Sodium,CMT-CHM,100
2p,Sol Gel,CMT-SMT,31
2p,Solar Cell,CMT-APL,95
2p,Solid,CMT-DSC,30
2p,Solid Solution,CMT-DSC,30
2p,Sonication,CMT-SMT,44
2p,Specific Capacitance,CMT-PRO,479
2p,Specific Capacities,CMT-PRO,70
2p,Specific Capacity,CMT-PRO,147
2p,Specific Surface Area,CMT-PRO,133
2p,Sphere,CMT-DSC,122
2p,Spin Coater,CMT-SMT,41
2p,Spin Coating,CMT-SMT,32
2p,Spinels,CMT-SPL,108
2p,Sputtered,CMT-SMT,61
2p,Sputtering,CMT-SMT,212
2p,Sr,CMT-CHM,79
2p,SrTiO3,CMT-CHM,40
2p,Stability,CMT-PRO,347
2p,Stability Tests,CMT-CMT,231
2p,Stem,CMT-CMT,465
2p,Stoichiometries,CMT-DSC,56
2p,Stoichiometry,CMT-PRO,37
2p,Stress Strain Curve,CMT-CMT,30
2p,Structural,CMT-PRO,140
2p,Structural Characterization,CMT-CMT,136
2p,Structural Model,CMT-CMT,65
2p,Structural Parameter,CMT-PRO,91
2p,Structural Property,CMT-PRO,36
2p,Structure,CMT-PRO,709
2p,Structure,PRO-PRO,60
2p,Structure Model,CMT-CMT,37
2p,Structures,CMT-PRO,157
2p,Styrene,CMT-CHM,33
2p,Substrate,CMT-DSC,1321
2p,Substrate,PRO-DSC,146
2p,Sulfates,CMT-CHM,45
2p,Sulfide,CMT-CHM,83
2p,Sulfur,CMT-CHM,544
2p,Sulfur,CMT-PRO,37
2p,Sulfur,PRO-CHM,31
2p,Sulfur Loadings,CMT-PRO,35
2p,Sulphur,CMT-CHM,43
2p,Super Hydrophobicity,CMT-PRO,33
2p,Supercapacitor,CMT-APL,182
2p,Supercapacitor Devices,CMT-APL,30
2p,Surface,CMT-DSC,2536
2p,Surface,CMT-PRO,93
2p,Surface,PRO-DSC,219
2p,Surface Area,CMT-PRO,168
2p,Surface Composition,CMT-PRO,76
2p,Surface Coverage,CMT-PRO,45
2p,Surface Layer,CMT-DSC,63
2p,Surface Modification,CMT-SMT,32
2p,Surface Morphology,CMT-PRO,236
2p,Surface Roughness,CMT-PRO,65
2p,Surface SEM,CMT-CMT,31
2p,Surface State,CMT-PRO,41
2p,Surface Structure,CMT-PRO,58
2p,Surfaces,CMT-DSC,832
2p,Surfaces,PRO-DSC,83
2p,Survey,CMT-CMT,160
2p,Survey Scan,CMT-CMT,114
2p,Survey Spectra,CMT-CMT,132
2p,Survey XPS,CMT-CMT,172
2p,Suspension,CMT-DSC,32
2p,Symmetrical,CMT-APL,43
2p,Symmetrical Cell,CMT-APL,110
2p,Synthesized,CMT-DSC,30
2p,T,CMT-PRO,43
2p,TEM,CMT-CMT,5770
2p,TEM,PRO-CMT,192
2p,TEOS,CMT-CHM,33
2p,TG,CMT-CMT,228
2p,TG Curve,CMT-CMT,60
2p,TGA,CMT-CMT,49
2p,THF,CMT-CHM,65
2p,TOC,CMT-CHM,43
2p,TOC,CMT-PRO,35
2p,TOF,CMT-CMT,59
2p,TOF,CMT-PRO,99
2p,TOF-SIMS,CMT-CMT,46
2p,TOFS,CMT-PRO,35
2p,TPD,CMT-CMT,82
2p,TPR,CMT-CMT,109
2p,TRPL,CMT-CMT,41
2p,Ta,CMT-CHM,42
2p,Tafel Curves,CMT-CMT,50
2p,Tafel Plots,CMT-CMT,860
2p,Tafel Slope,CMT-PRO,288
2p,Tapping Mode AFM,CMT-CMT,38
2p,Tauc,CMT-CMT,37
2p,Tauc Plot,CMT-CMT,116
2p,Te,CMT-CHM,31
2p,Test,CMT-CMT,90
2p,Tetragonal,CMT-SPL,53
2p,Textural Properties,CMT-PRO,132
2p,Tga,CMT-CMT,629
2p,Tga,PRO-CMT,32
2p,The-Fe2O3,CMT-CHM,30
2p,Thermal Annealing,CMT-SMT,36
2p,Thermal Decomposition,CMT-SMT,32
2p,Thermal Stability,CMT-PRO,37
2p,Thermal Treatment,CMT-SMT,71
2p,Thermodynamic Parameters,CMT-PRO,59
2p,Thermogravimetric Analysis,CMT-CMT,82
2p,Thin,CMT-DSC,107
2p,Thin Films,CMT-DSC,483
2p,Thin Films,PRO-DSC,62
2p,Thiolate,CMT-CHM,39
2p,Thiols,CMT-CHM,94
2p,Thiophene,CMT-CHM,40
2p,Three Electrode,CMT-APL,68
2p,Three Electrode Cell,CMT-APL,38
2p,Three Electrode System,CMT-APL,52
2p,Ti,CMT-CHM,1527
2p,Ti,PRO-CHM,124
2p,"Ti 2p, O 1s",CMT-CHM,30
2p,Ti 2p3,CMT-CHM,41
2p,Ti3+,CMT-CHM,71
2p,Ti3AlC2,CMT-CHM,43
2p,Ti3C2,CMT-CHM,37
2p,Ti3C2Tx,CMT-CHM,54
2p,Ti4+,CMT-CHM,48
2p,TiC,CMT-CHM,34
2p,TiN,CMT-CHM,90
2p,TiO,CMT-CHM,33
2p,TiO2,CMT-CHM,1114
2p,TiO2,PRO-CHM,91
2p,TiO2 (110),CMT-CHM,39
2p,Time Dependent Current Density Curve,CMT-CMT,49
2p,Titania,CMT-CHM,58
2p,Titanium,CMT-CHM,139
2p,Toluene,CMT-CHM,111
2p,Top View SEM,CMT-CMT,70
2p,Topography,CMT-PRO,39
2p,Total Pore Volume,CMT-PRO,30
2p,Transfer Characteristic,CMT-PRO,31
2p,Transient Photocurrent Response,CMT-CMT,79
2p,Transition Metal,CMT-CHM,66
2p,Transmission Electron Microscopy,CMT-CMT,119
2p,Transparent,CMT-PRO,35
2p,Turnover Frequency,CMT-PRO,30
2p,Two Electrode,CMT-APL,48
2p,UV Irradiation,CMT-SMT,60
2p,UV Transmittance,CMT-CMT,40
2p,UV Transmittance,CMT-PRO,72
2p,UV Vis,CMT-CMT,163
2p,UV Vis Absorption,CMT-CMT,361
2p,UV Vis Diffuse Reflectance,CMT-CMT,166
2p,UV Vis Spectrum,CMT-CMT,34
2p,UV Visible,CMT-CMT,30
2p,UV Visible Absorbance,CMT-CMT,35
2p,UV Visible Absorption,CMT-CMT,111
2p,UV-VIS Absorption,CMT-CMT,39
2p,UV-VIS DRS,CMT-CMT,96
2p,UV-VIS Spectral,CMT-CMT,187
2p,UV-Vis Diffuse Reflectance Spectra,CMT-CMT,46
2p,Ultra-Thin,CMT-DSC,82
2p,Uncoated,CMT-DSC,72
2p,Undoped,CMT-DSC,135
2p,Unit Cell,CMT-PRO,52
2p,Ups,CMT-CMT,153
2p,Urea,CMT-CHM,70
2p,V2O5,CMT-CHM,88
2p,VBM,CMT-PRO,48
2p,VO2,CMT-CHM,40
2p,VOC,CMT-PRO,42
2p,Valence,CMT-PRO,36
2p,Valence Band,CMT-CMT,104
2p,Valence Band,CMT-PRO,195
2p,Valence Band,PRO-PRO,47
2p,Valence Band Maximum,CMT-PRO,42
2p,Valence Band Spectra,CMT-CMT,40
2p,Valence Band XPS,CMT-CMT,40
2p,Valence States,CMT-PRO,37
2p,Vanadium,CMT-CHM,58
2p,Versus,CMT-CMT,30
2p,Voltage Profile,CMT-CMT,62
2p,Voltage Profile,CMT-PRO,159
2p,Voltages,CMT-PRO,147
2p,Voltammograms,CMT-CMT,51
2p,WO3,CMT-CHM,52
2p,Wafers,CMT-DSC,154
2p,Water Contact Angle,CMT-PRO,132
2p,Water Electrolysis,CMT-APL,34
2p,Water Oxidation,CMT-APL,37
2p,Water Splitting,CMT-APL,143
2p,Wide Angle XRD,CMT-CMT,45
2p,Wide Scan,CMT-CMT,71
2p,Wide Scan XPS,CMT-CMT,43
2p,Wire,CMT-DSC,40
2p,Work Function,CMT-PRO,133
2p,Working Electrodes,CMT-APL,83
2p,X Ray Diffractogram,CMT-CMT,57
2p,X-Ray Absorption,CMT-CMT,50
2p,X-Ray Absorption Spectroscopy,CMT-CMT,37
2p,X-Ray Diffraction,CMT-CMT,582
2p,X-Ray Diffraction,PRO-CMT,50
2p,X-Ray Photoelectron,CMT-CMT,276
2p,X-Ray Photoelectron Spectroscopy,CMT-CMT,399
2p,X-Ray Photoelectron Spectroscopy,PRO-CMT,67
2p,XAS,CMT-CMT,154
2p,XPS,CMT-CMT,8540
2p,XPS,PRO-CMT,447
2p,XPS Survey,CMT-CMT,250
2p,XPS Survey Scan,CMT-CMT,34
2p,XRD,CMT-CMT,6234
2p,XRD,PRO-CMT,226
2p,XRD Pattern,CMT-CMT,97
2p,Xanes,CMT-CMT,299
2p,Xe,CMT-CHM,82
2p,Xenon,CMT-CHM,39
2p,Xp,CMT-CMT,218
2p,ZFC,CMT-CMT,41
2p,ZIF,CMT-CHM,55
2p,ZIF-67,CMT-CHM,59
2p,ZIF-8,CMT-CHM,30
2p,Zeolites,CMT-CHM,55
2p,Zeta Potential,CMT-PRO,188
2p,Zinc,CMT-CHM,111
2p,Zinc Air Battery,CMT-APL,41
2p,Zn,CMT-CHM,820
2p,Zn,PRO-CHM,54
2p,Zn-Air Batteries,CMT-APL,39
2p,Zn2+,CMT-CHM,73
2p,ZnFe2O4,CMT-CHM,34
2p,ZnO,CMT-CHM,452
2p,ZnO,PRO-CHM,36
2p,ZnS,CMT-CHM,88
2p,Zr,CMT-CHM,118
2p,ZrO2,CMT-CHM,50
2p,g-C3N4,CMT-CHM,150
2p,galvanostatic charge discharge curves,CMT-CMT,149
2p,pH,CMT-PRO,30
2p Binding Energy,O,PRO-CHM,30
2p Binding Energy,Surface,PRO-DSC,31
2p Binding Energy,XPS,PRO-CMT,57
2p Binding Energy,XRD,PRO-CMT,37
2p Core Level,1s Core Level,CMT-CMT,37
2p Core Level,1s Core Level,PRO-PRO,36
2p Core Level,2p,CMT-CMT,57
2p Core Level,3D Core Level,PRO-PRO,34
2p Core Level,AFM,PRO-CMT,40
2p Core Level,Al,PRO-CHM,63
2p Core Level,Annealed,PRO-SMT,44
2p Core Level,Annealing,PRO-SMT,51
2p Core Level,Bulk,PRO-DSC,40
2p Core Level,Catalyst,CMT-APL,43
2p Core Level,Catalyst,PRO-APL,47
2p Core Level,Co,CMT-CHM,41
2p Core Level,Co,PRO-CHM,42
2p Core Level,Core Level,PRO-PRO,58
2p Core Level,Cu,CMT-CHM,44
2p Core Level,Cu,PRO-CHM,73
2p Core Level,EDS,PRO-CMT,32
2p Core Level,Electrode,CMT-APL,33
2p Core Level,Electrode,PRO-APL,37
2p Core Level,Electrodes,CMT-APL,32
2p Core Level,Fe,CMT-CHM,37
2p Core Level,Fe,PRO-CHM,74
2p Core Level,Film,CMT-DSC,38
2p Core Level,Film,PRO-DSC,74
2p Core Level,Films,CMT-DSC,33
2p Core Level,Films,PRO-DSC,67
2p Core Level,HRTEM,CMT-CMT,57
2p Core Level,HRTEM,PRO-CMT,59
2p Core Level,High Resolution XPS,PRO-CMT,31
2p Core Level,Interface,PRO-DSC,51
2p Core Level,Layers,CMT-DSC,33
2p Core Level,Layers,PRO-DSC,55
2p Core Level,Mn,PRO-CHM,35
2p Core Level,N2,PRO-CHM,38
2p Core Level,Ni,CMT-CHM,33
2p Core Level,Ni,PRO-CHM,57
2p Core Level,Nyquist Plot,PRO-CMT,30
2p Core Level,O,CMT-CHM,76
2p Core Level,O,PRO-CHM,122
2p Core Level,O2,PRO-CHM,31
2p Core Level,Oxygen,CMT-CHM,44
2p Core Level,Oxygen,PRO-CHM,53
2p Core Level,Raman,CMT-CMT,56
2p Core Level,Raman,PRO-CMT,65
2p Core Level,SEM,CMT-CMT,82
2p Core Level,SEM,PRO-CMT,119
2p Core Level,Si,CMT-CHM,56
2p Core Level,Si,PRO-CHM,84
2p Core Level,Substrate,CMT-DSC,46
2p Core Level,Substrate,PRO-DSC,93
2p Core Level,Surface,CMT-DSC,75
2p Core Level,Surface,PRO-DSC,120
2p Core Level,TEM,CMT-CMT,84
2p Core Level,TEM,PRO-CMT,109
2p Core Level,Thin Films,PRO-DSC,54
2p Core Level,Ti,CMT-CHM,34
2p Core Level,Ti,PRO-CHM,62
2p Core Level,TiO2,PRO-CHM,33
2p Core Level,Valence Band,PRO-PRO,35
2p Core Level,X-Ray Diffraction,PRO-CMT,45
2p Core Level,XPS,CMT-CMT,147
2p Core Level,XPS,PRO-CMT,259
2p Core Level,XRD,CMT-CMT,107
2p Core Level,XRD,PRO-CMT,161
2p Core Level,Zn,PRO-CHM,42
2p Core Level,ZnO,PRO-CHM,33
2p Core Level XPS,HRTEM,CMT-CMT,34
2p Core Level XPS,O,CMT-CHM,38
2p Core Level XPS,SEM,CMT-CMT,56
2p Core Level XPS,TEM,CMT-CMT,48
2p Core Level XPS,XPS,CMT-CMT,50
2p Core Level XPS,XRD,CMT-CMT,58
2p R,Remanent Polarization,PRO-PRO,31
2p R,Substrate,PRO-DSC,41
2p R,Thin Films,PRO-DSC,45
2p3,1s XPS,CMT-CMT,34
2p3,2XPS,CMT-CMT,82
2p3,2p,CMT-CMT,168
2p3,2p,PRO-CMT,39
2p3,AFM,CMT-CMT,43
2p3,Ag,CMT-CHM,31
2p3,Al,CMT-CHM,51
2p3,Annealed,CMT-SMT,50
2p3,Annealing,CMT-SMT,64
2p3,As Prepared,CMT-DSC,46
2p3,Au,CMT-CHM,54
2p3,Binding Energies,CMT-PRO,56
2p3,Binding Energies,PRO-PRO,33
2p3,Binding Energy,CMT-PRO,44
2p3,Binding Energy,PRO-PRO,35
2p3,Bulk,CMT-DSC,53
2p3,C,CMT-CHM,36
2p3,C 1s,CMT-CMT,31
2p3,C-V Curve,CMT-CMT,34
2p3,CO,CMT-CHM,50
2p3,CO2,CMT-CHM,33
2p3,CV,CMT-CMT,43
2p3,Carbon,CMT-CHM,85
2p3,Catalyst,CMT-APL,137
2p3,Catalyst,PRO-APL,43
2p3,Co,CMT-CHM,96
2p3,Co 2p3,CMT-CHM,82
2p3,Composite,CMT-DSC,32
2p3,Copper,CMT-CHM,46
2p3,Cr,CMT-CHM,48
2p3,Cu,CMT-CHM,155
2p3,Cu,PRO-CHM,66
2p3,Cu 2p3,CMT-CHM,62
2p3,Cu 2p3,PRO-CHM,39
2p3,Cu2O,CMT-CHM,31
2p3,CuO,CMT-CHM,33
2p3,Cycling Performance,CMT-PRO,35
2p3,Doped,CMT-DSC,39
2p3,EDS,CMT-CMT,47
2p3,Eis,CMT-CMT,35
2p3,Electrode,CMT-APL,69
2p3,Electrodes,CMT-APL,57
2p3,Elemental Mapping,CMT-CMT,45
2p3,FT-IR,CMT-CMT,34
2p3,FTIR,CMT-CMT,53
2p3,Fe,CMT-CHM,127
2p3,Fe 2p3,CMT-CHM,52
2p3,Film,CMT-DSC,104
2p3,Film,PRO-DSC,31
2p3,Films,CMT-DSC,97
2p3,H2,CMT-CHM,54
2p3,H2O,CMT-CHM,35
2p3,HRTEM,CMT-CMT,132
2p3,Hydrogen,CMT-CHM,52
2p3,Interface,CMT-DSC,55
2p3,KOH,CMT-CHM,41
2p3,Layers,CMT-DSC,89
2p3,Layers,PRO-DSC,32
2p3,Metals,CMT-PRO,32
2p3,Mn,CMT-CHM,56
2p3,Monolayers,CMT-DSC,40
2p3,N2,CMT-CHM,79
2p3,Nanoparticles,CMT-DSC,48
2p3,Ni,CMT-CHM,106
2p3,Ni,PRO-CHM,37
2p3,Ni 2p3,CMT-CHM,34
2p3,NiO,CMT-CHM,34
2p3,Nitrogen,CMT-CHM,60
2p3,Nyquist Plot,CMT-CMT,41
2p3,O,CMT-CHM,195
2p3,O,PRO-CHM,57
2p3,O2,CMT-CHM,68
2p3,Oxidation,CMT-SMT,42
2p3,Oxygen,CMT-CHM,94
2p3,Oxygen,PRO-CHM,35
2p3,Particles,CMT-DSC,36
2p3,Pore Size Distribution,CMT-PRO,32
2p3,Powder,CMT-DSC,36
2p3,Pt,CMT-CHM,53
2p3,Raman,CMT-CMT,96
2p3,SAED,CMT-CMT,40
2p3,SEM,CMT-CMT,251
2p3,SEM,PRO-CMT,36
2p3,Si,CMT-CHM,87
2p3,Si,PRO-CHM,30
2p3,SiO2,CMT-CHM,36
2p3,Structure,CMT-PRO,56
2p3,Substrate,CMT-DSC,135
2p3,Substrate,PRO-DSC,46
2p3,Surface,CMT-DSC,220
2p3,Surface,PRO-DSC,87
2p3,Surfaces,CMT-DSC,80
2p3,TEM,CMT-CMT,226
2p3,TEM,PRO-CMT,45
2p3,Tafel Plots,CMT-CMT,34
2p3,Thin Films,CMT-DSC,42
2p3,Ti,CMT-CHM,59
2p3,Ti 2p3,CMT-CHM,30
2p3,TiO2,CMT-CHM,47
2p3,X-Ray Diffraction,CMT-CMT,41
2p3,X-Ray Photoelectron Spectroscopy,CMT-CMT,33
2p3,XPS,CMT-CMT,468
2p3,XPS,PRO-CMT,153
2p3,XRD,CMT-CMT,295
2p3,XRD,PRO-CMT,48
2p3,Zn,CMT-CHM,78
2p3,ZnO,CMT-CHM,52
2p3/2 XPS,CO,CMT-CHM,33
2p3/2 XPS,CO2,CMT-CHM,33
2p3/2 XPS,Catalyst,CMT-APL,71
2p3/2 XPS,Co 2p3,CMT-CHM,31
2p3/2 XPS,Cu,CMT-CHM,58
2p3/2 XPS,Electrodes,CMT-APL,31
2p3/2 XPS,Fe,CMT-CHM,36
2p3/2 XPS,Film,CMT-DSC,30
2p3/2 XPS,Films,CMT-DSC,30
2p3/2 XPS,H2,CMT-CHM,45
2p3/2 XPS,HRTEM,CMT-CMT,53
2p3/2 XPS,Mn,CMT-CHM,33
2p3/2 XPS,N2,CMT-CHM,52
2p3/2 XPS,Ni,CMT-CHM,51
2p3/2 XPS,O,CMT-CHM,67
2p3/2 XPS,O2,CMT-CHM,39
2p3/2 XPS,Oxygen,CMT-CHM,30
2p3/2 XPS,Raman,CMT-CMT,37
2p3/2 XPS,SEM,CMT-CMT,112
2p3/2 XPS,Surface,CMT-DSC,42
2p3/2 XPS,TEM,CMT-CMT,94
2p3/2 XPS,XPS,CMT-CMT,95
2p3/2 XPS,XRD,CMT-CMT,142
2s,2p,CMT-CMT,72
2s,Al,CMT-CHM,36
2s,O,CMT-CHM,45
2s,SEM,CMT-CMT,49
2s,Si,CMT-CHM,49
2s,Surface,CMT-DSC,50
2s,TEM,CMT-CMT,37
2s,XPS,CMT-CMT,109
2s,XRD,CMT-CMT,50
2xMn2O7,La2-2xSr1,CHM-CHM,45
2 0 0,1000,CHM-CHM,34
2 0 0,Film,CHM-DSC,46
2 0 0,Films,CHM-DSC,48
2 0 0,HRTEM,CHM-CMT,42
2 0 0,Interface,CHM-DSC,33
2 0 0,Layers,CHM-DSC,32
2 0 0,SEM,CHM-CMT,79
2 0 0,Substrate,CHM-DSC,48
2 0 0,Surface,CHM-DSC,41
2 0 0,TEM,CHM-CMT,80
2 0 0,X-Ray Diffraction,CHM-CMT,40
2 0 0,XRD,CHM-CMT,117
2 2 0,TEM,CHM-CMT,30
2 2 0,XRD,CHM-CMT,37
2θ,Film,PRO-DSC,44
2θ,Films,PRO-DSC,47
2θ,SEM,PRO-CMT,60
2θ,Substrate,PRO-DSC,38
2θ,Surface,PRO-DSC,38
2θ,TEM,PRO-CMT,30
2θ,X-Ray Diffraction,PRO-CMT,44
2θ,XRD,PRO-CMT,88
3,12,PRO-PRO,66
3,13C,PRO-CHM,68
3,15N,PRO-CHM,34
3,1D Chains,DSC-DSC,78
3,1H,DSC-CHM,45
3,1H,PRO-CHM,131
3,1H NMR,DSC-CMT,41
3,1H NMR,PRO-CMT,66
3,21,PRO-PRO,42
3,2D,DSC-DSC,181
3,2D,PRO-CMT,59
3,2D,PRO-DSC,71
3,2D Layer,DSC-DSC,98
3,3 + 2,SMT-CHM,62
3,3D,DSC-DSC,172
3,3D,PRO-CMT,55
3,3D,PRO-DSC,65
3,3D Structure,DSC-PRO,35
3,AFM,DSC-CMT,47
3,AFM,PRO-CMT,61
3,Absorbance,PRO-PRO,43
3,Absorption,PRO-CMT,51
3,Absorption,PRO-PRO,60
3,Absorption Spectrum,PRO-CMT,65
3,Acetone,PRO-CHM,36
3,Acetonitrile,PRO-CHM,38
3,Activation Energy,PRO-PRO,33
3,Ag,DSC-CHM,69
3,Ag,PRO-CHM,63
3,Ag,SPL-CHM,38
3,Al,DSC-CHM,40
3,Al,PRO-CHM,69
3,Al,SPL-CHM,32
3,Alloy,DSC-DSC,31
3,Alloy,PRO-DSC,43
3,Alloys,PRO-DSC,31
3,Aluminum,PRO-CHM,61
3,Amino Acid,PRO-CHM,35
3,Amorphous,PRO-DSC,39
3,Analysis,PRO-CMT,42
3,Angles,DSC-PRO,33
3,Angles,PRO-PRO,51
3,Anisotropy,PRO-PRO,31
3,Annealed,PRO-SMT,38
3,Annealing,PRO-SMT,47
3,Annealing,SPL-SMT,62
3,Anode,DSC-APL,40
3,Ar,PRO-CHM,32
3,Arrhenius Plot,PRO-CMT,55
3,Au,DSC-CHM,43
3,Au,PRO-CHM,78
3,Au,SPL-CHM,32
3,Au(111),SPL-CHM,44
3,B3LYP,PRO-CMT,40
3,Band Structure,PRO-PRO,35
3,Bar,PRO-DSC,33
3,Beam,PRO-DSC,59
3,Benzenes,PRO-CHM,37
3,Bifurcation Diagram,PRO-CMT,49
3,Bifurcation Diagram,PRO-PRO,36
3,Bilayer,PRO-DSC,30
3,Blue Line,PRO-CHM,122
3,Bond Length,DSC-PRO,39
3,Bond Length,PRO-PRO,82
3,Br,PRO-CHM,54
3,Bulk,DSC-DSC,57
3,Bulk,PRO-DSC,155
3,Bulk,SPL-DSC,66
3,C,PRO-CHM,34
3,CH,PRO-CHM,51
3,CH2Cl2,DSC-CHM,35
3,CH2Cl2,PRO-CHM,37
3,CH3,PRO-CHM,37
3,CH4,PRO-CHM,41
3,CO,DSC-CHM,39
3,CO,PRO-CHM,79
3,CO2,DSC-CHM,43
3,CO2,PRO-CHM,95
3,Ca,PRO-CHM,44
3,Carbon,APL-CHM,31
3,Carbon,DSC-CHM,114
3,Carbon,PRO-CHM,211
3,Carbon,SPL-CHM,35
3,Carbons,PRO-CHM,31
3,Catalyst,DSC-APL,65
3,Catalyst,PRO-APL,63
3,Cathode,DSC-APL,30
3,Cd,DSC-CHM,37
3,Cd(II),DSC-CHM,62
3,Cell,PRO-APL,48
3,Cell,PRO-DSC,47
3,Cells,PRO-DSC,59
3,Ceramic,PRO-DSC,30
3,Chains,DSC-DSC,60
3,Chemical Shift,PRO-PRO,46
3,Chemical Structures,PRO-PRO,91
3,Chlorines,PRO-CHM,31
3,Cl,PRO-CHM,88
3,Cluster,DSC-DSC,58
3,Cluster,PRO-DSC,81
3,Cluster,SPL-DSC,40
3,Co,DSC-CHM,41
3,Co,PRO-CHM,47
3,Coated,DSC-SMT,42
3,Coated,PRO-SMT,47
3,Composite,DSC-DSC,76
3,Composite,PRO-DSC,107
3,Compositions,DSC-PRO,37
3,Compositions,PRO-PRO,144
3,Compositions,SPL-PRO,33
3,Concentration,PRO-PRO,69
3,Conductivity,PRO-PRO,45
3,Contact Angle,PRO-PRO,39
3,Contour Plot,PRO-CMT,31
3,Cooling,PRO-SMT,67
3,Coordination Environment,DSC-PRO,187
3,Coordination Mode,DSC-PRO,49
3,Copper,DSC-CHM,35
3,Copper,PRO-CHM,53
3,Core,PRO-DSC,45
3,Correlation Coefficient,PRO-PRO,37
3,Coupling Constant,PRO-PRO,42
3,Cross Section,PRO-PRO,51
3,Crystal,DSC-DSC,53
3,Crystal,PRO-DSC,175
3,Crystal,SPL-DSC,44
3,Crystal Structure,DSC-PRO,58
3,Crystal Structure,PRO-PRO,81
3,Crystal Structure,SPL-PRO,49
3,Crystalline,PRO-DSC,52
3,Cu,DSC-CHM,73
3,Cu,PRO-CHM,92
3,Cu,SPL-CHM,42
3,Cubic,PRO-SPL,73
3,Cubic,SPL-SPL,39
3,Current,PRO-PRO,42
3,Curves,PRO-CMT,105
3,Cyclic Voltammogram,DSC-CMT,55
3,Cyclic Voltammogram,PRO-CMT,38
3,Cylinder,PRO-DSC,69
3,D2,PRO-PRO,34
3,D2O,PRO-CHM,44
3,DFT,PRO-CMT,69
3,DFT,SPL-CMT,37
3,DMF,DSC-CHM,57
3,DMF,PRO-CHM,39
3,DMSO,PRO-CHM,39
3,DSC,PRO-CMT,49
3,Densities,PRO-PRO,69
3,Density,PRO-PRO,223
3,Density Functional Theory,PRO-CMT,30
3,Detector,PRO-APL,64
3,Diagram,PRO-CMT,40
3,Diamonds,DSC-CHM,43
3,Diamonds,PRO-CHM,229
3,Dielectric,PRO-PRO,45
3,Diffusion Coefficient,PRO-PRO,48
3,Dipole Moment,PRO-PRO,36
3,Disk,PRO-DSC,32
3,Displacement,PRO-PRO,36
3,Doped,DSC-DSC,46
3,Doped,PRO-DSC,78
3,Droplets,PRO-DSC,46
3,EDS,DSC-CMT,30
3,Effective,PRO-PRO,31
3,Efficiency,PRO-PRO,31
3,Eigenvalue,PRO-PRO,43
3,Elastic,PRO-PRO,62
3,Electrode,APL-APL,42
3,Electrode,DSC-APL,94
3,Electrode,PRO-APL,98
3,Electrodes,DSC-APL,74
3,Electrodes,PRO-APL,59
3,Electrolyte,DSC-APL,31
3,Electrolyte,PRO-APL,38
3,Emission Spectra,DSC-CMT,78
3,Emission Spectra,PRO-CMT,39
3,Energies,PRO-PRO,32
3,Energy,PRO-PRO,70
3,Energy Level,PRO-PRO,31
3,Epr,PRO-CMT,33
3,Equivalent Circuits,PRO-CMT,31
3,Ethanol,PRO-CHM,82
3,F,PRO-CHM,84
3,F,PRO-PRO,488
3,F 2,PRO-PRO,50
3,FTIR,DSC-CMT,32
3,FTIR,PRO-CMT,49
3,Fault,PRO-PRO,30
3,Fault Plane,PRO-PRO,35
3,Fe,DSC-CHM,36
3,Fe,PRO-CHM,82
3,Fe,SPL-CHM,36
3,Fem,PRO-CMT,31
3,Ferromagnetic,PRO-PRO,34
3,Fiber,PRO-DSC,30
3,Film,DSC-DSC,92
3,Film,PRO-DSC,185
3,Film,SPL-DSC,45
3,Films,DSC-DSC,71
3,Films,PRO-DSC,139
3,Films,SPL-DSC,36
3,Filters,PRO-APL,45
3,Fit,PRO-CMT,38
3,Fluorescence,DSC-CMT,30
3,Fluorescence,PRO-CMT,78
3,Fourier Transform,PRO-CMT,40
3,Free Energy,PRO-PRO,35
3,Frequency,PRO-PRO,73
3,Function,PRO-CMT,43
3,G,PRO-PRO,384
3,G2,PRO-PRO,58
3,Ge,PRO-CHM,30
3,Geological Map,PRO-CMT,32
3,Glass,PRO-DSC,57
3,Glasses,PRO-DSC,35
3,Glycerol,PRO-CHM,31
3,Graphene,DSC-CHM,58
3,Graphene,PRO-CHM,37
3,Graphite,DSC-CHM,31
3,Ground State,PRO-PRO,68
3,Ground State,SPL-PRO,34
3,H2,DSC-CHM,55
3,H2,PRO-CHM,58
3,H2O,DSC-CHM,73
3,H2O,PRO-CHM,112
3,H2O2,PRO-CHM,54
3,H2SO4,DSC-CHM,35
3,HCl,PRO-CHM,46
3,HRTEM,DSC-CMT,63
3,HRTEM,PRO-CMT,33
3,Heating,DSC-SMT,40
3,Heating,PRO-SMT,79
3,Hexagonal,DSC-SPL,34
3,Hexagonal,PRO-SPL,60
3,Hexagonal,SPL-SPL,41
3,Hydrogen,DSC-CHM,308
3,Hydrogen,PRO-CHM,231
3,Hydrogen,SPL-CHM,56
3,Hydrophobic,PRO-PRO,30
3,Hydroxyl,PRO-CHM,44
3,Imaginary,PRO-PRO,33
3,Imaginary Part,PRO-PRO,45
3,Inclusions,PRO-DSC,32
3,Interface,DSC-DSC,66
3,Interface,PRO-DSC,190
3,Ir,PRO-CMT,52
3,Iron,PRO-CHM,44
3,Irradiation,PRO-SMT,56
3,K,PRO-PRO,905
3,K 1,PRO-PRO,98
3,K 3,PRO-PRO,54
3,K2,PRO-PRO,179
3,K4,PRO-PRO,38
3,L,PRO-PRO,261
3,L2,PRO-PRO,35
3,LEED,SPL-CMT,70
3,Lattice Parameter,PRO-PRO,53
3,Layered,DSC-DSC,31
3,Layers,APL-DSC,34
3,Layers,DSC-DSC,222
3,Layers,PRO-DSC,295
3,Layers,SPL-DSC,109
3,Li,DSC-CHM,34
3,Li,PRO-CHM,41
3,Lifetime,PRO-PRO,51
3,Linear Fit,PRO-CMT,43
3,Low Energy Electron Diffraction,SPL-CMT,44
3,M,PRO-PRO,462
3,MD Simulation,PRO-CMT,30
3,Magenta,PRO-CHM,82
3,Magnetic Susceptibility,PRO-PRO,36
3,Magnetics,PRO-PRO,45
3,Magnetization,PRO-PRO,71
3,Mass,PRO-PRO,30
3,Matrix,PRO-DSC,51
3,Maximum,PRO-PRO,36
3,MeOH,DSC-CHM,39
3,Mean,PRO-PRO,64
3,Membrane,DSC-DSC,37
3,Membrane,PRO-DSC,72
3,Metallic,PRO-PRO,32
3,Metals,PRO-PRO,62
3,Methane,PRO-CHM,46
3,Methanol,DSC-CHM,38
3,Methanol,PRO-CHM,80
3,Methyl,PRO-CHM,68
3,Microstructure,DSC-PRO,34
3,Microstructure,PRO-PRO,57
3,Mirrors,PRO-APL,34
3,Mn,DSC-CHM,36
3,Mn,PRO-CHM,41
3,Mode Shape,PRO-PRO,39
3,Models,PRO-CMT,79
3,Molecular Structure,DSC-PRO,77
3,Molecular Structure,PRO-PRO,89
3,Monoclinic,PRO-SPL,31
3,Monolayers,DSC-DSC,30
3,Monolayers,PRO-DSC,53
3,Monolayers,SPL-DSC,70
3,Morphology,DSC-PRO,47
3,Morphology,PRO-PRO,56
3,Multilayer,PRO-DSC,34
3,N2,DSC-CHM,55
3,N2,PRO-CHM,57
3,NH,PRO-CHM,44
3,NMR,PRO-CMT,80
3,NO,PRO-CHM,62
3,NaCl,DSC-CHM,31
3,NaCl,PRO-CHM,79
3,Nanoparticle,PRO-DSC,35
3,Nanoparticles,DSC-DSC,58
3,Nanoparticles,PRO-DSC,87
3,Nanosheets,DSC-DSC,35
3,Ni,DSC-CHM,43
3,Ni,PRO-CHM,47
3,Nitrate,PRO-CHM,30
3,Nitrogen,DSC-CHM,63
3,Nitrogen,PRO-CHM,116
3,Normalized,PRO-PRO,49
3,O,DSC-CHM,117
3,O,PRO-CHM,167
3,O,SPL-CHM,46
3,O2,DSC-CHM,36
3,O2,PRO-CHM,83
3,OH,PRO-CHM,114
3,Order Parameter,PRO-PRO,30
3,Out,PRO-PRO,33
3,Oxidation,PRO-SMT,41
3,Oxides,PRO-CHM,30
3,Oxygen,DSC-CHM,112
3,Oxygen,PRO-CHM,229
3,Oxygen,SPL-CHM,58
3,P,PRO-PRO,457
3,P,SPL-SPL,41
3,PMMA,PRO-CHM,32
3,Particle,PRO-DSC,53
3,Particle,PRO-PRO,37
3,Particle Size,PRO-PRO,36
3,Particles,DSC-DSC,64
3,Particles,PRO-DSC,157
3,Pb,PRO-CHM,45
3,Permeability,PRO-PRO,30
3,Perovskites,DSC-CHM,31
3,Perovskites,DSC-SPL,32
3,Perovskites,PRO-CHM,41
3,Perovskites,PRO-SPL,36
3,Perovskites,SPL-CHM,31
3,Perovskites,SPL-SPL,31
3,Phase,PRO-PRO,57
3,Phase Diagram,PRO-PRO,116
3,Phase Portrait,PRO-CMT,36
3,Phosphate,PRO-CHM,57
3,Photo Luminescence,DSC-CMT,33
3,Planes,PRO-PRO,39
3,Plate,PRO-DSC,87
3,Plot,PRO-CMT,32
3,Points,PRO-PRO,34
3,Poisson's Ratio,PRO-PRO,31
3,Porosity,PRO-PRO,49
3,Porous,DSC-DSC,44
3,Porous,PRO-DSC,59
3,Potential,PRO-PRO,30
3,Powder,DSC-DSC,38
3,Powder,PRO-DSC,56
3,Pressure,PRO-PRO,61
3,Principal Stress,PRO-PRO,43
3,Pt,DSC-CHM,59
3,Pt,PRO-CHM,59
3,Pyrene,PRO-CHM,51
3,Pyridine,PRO-CHM,30
3,Q 2,PRO-PRO,44
3,Quartz,PRO-CHM,69
3,R2,PRO-PRO,90
3,Raman,DSC-CMT,48
3,Raman,PRO-CMT,78
3,Rate Coefficient,PRO-PRO,52
3,Rate Constant,PRO-PRO,175
3,Reconstructions,SPL-PRO,48
3,Refractive Index,PRO-PRO,89
3,Resistance,PRO-PRO,40
3,Rock,PRO-DSC,36
3,SEM,APL-CMT,32
3,SEM,CMT-CMT,31
3,SEM,DSC-CMT,193
3,SEM,PRO-CMT,168
3,STM,SPL-CMT,105
3,Scanning Tunneling Microscopy,SPL-CMT,70
3,Sensitivity,PRO-PRO,45
3,Sensor,PRO-APL,76
3,Shear Stress,PRO-PRO,64
3,Sheet,DSC-DSC,39
3,Sheets,DSC-DSC,34
3,Shell,PRO-DSC,45
3,Si,DSC-CHM,58
3,Si,PRO-CHM,98
3,Si,SPL-CHM,70
3,Si (111),SPL-CHM,30
3,SiO2,DSC-CHM,38
3,SiO2,PRO-CHM,54
3,Silica,DSC-CHM,34
3,Silica,PRO-CHM,61
3,Silicon,DSC-CHM,32
3,Silicon,PRO-CHM,57
3,Silver,PRO-CHM,38
3,Simulation,PRO-CMT,40
3,Single Crystal,PRO-DSC,79
3,Single Crystal,SPL-DSC,36
3,Singular,PRO-CHM,35
3,Size Distribution,PRO-PRO,33
3,Slab,PRO-DSC,30
3,Slope,PRO-PRO,61
3,Society,PRO-CMT,44
3,Soil,PRO-DSC,30
3,Solid,PRO-DSC,51
3,Solubility,PRO-PRO,31
3,Sphere,PRO-DSC,54
3,Spin,PRO-PRO,43
3,Stability,DSC-PRO,37
3,Stability,PRO-PRO,84
3,Stable,PRO-PRO,31
3,Standard Deviation,PRO-PRO,62
3,Stiffnesses,PRO-PRO,36
3,Strengths,PRO-PRO,42
3,Stress,PRO-PRO,193
3,Stress Field,PRO-PRO,32
3,Stress State,PRO-PRO,36
3,Stress Tensors,PRO-PRO,31
3,Structural,PRO-PRO,62
3,Structural Parameter,PRO-PRO,52
3,Structure,CMT-PRO,36
3,Structure,DSC-PRO,255
3,Structure,PRO-PRO,223
3,Structure,SPL-PRO,132
3,Structures,DSC-PRO,35
3,Structures,PRO-PRO,69
3,Structures,SPL-PRO,30
3,Substrate,APL-DSC,31
3,Substrate,DSC-DSC,122
3,Substrate,PRO-DSC,199
3,Substrate,SPL-DSC,105
3,Sulfur,PRO-CHM,31
3,Surface,CMT-DSC,53
3,Surface,DSC-DSC,190
3,Surface,PRO-DSC,527
3,Surface,PRO-PRO,50
3,Surface,SPL-DSC,260
3,Surface Tension,PRO-PRO,38
3,Surfaces,DSC-DSC,53
3,Surfaces,PRO-DSC,137
3,Surfaces,SPL-DSC,80
3,T,PRO-PRO,555
3,TEM,CMT-CMT,46
3,TEM,DSC-CMT,129
3,TEM,PRO-CMT,121
3,TGA,DSC-CMT,50
3,THF,DSC-CHM,42
3,THF,PRO-CHM,36
3,Temperature,PRO-PRO,96
3,Thin,PRO-DSC,41
3,Thin Films,DSC-DSC,35
3,Thin Films,PRO-DSC,89
3,Ti,PRO-CHM,51
3,TiO2,DSC-CHM,38
3,TiO2,PRO-CHM,40
3,Toluene,PRO-CHM,55
3,Total,PRO-PRO,53
3,Transmission,PRO-PRO,31
3,Tube,PRO-DSC,31
3,Two,PRO-DSC,39
3,Two-Dimensional,PRO-DSC,33
3,UV Transmittance,PRO-PRO,32
3,Unit Cell,PRO-PRO,36
3,Unit Cell,SPL-PRO,35
3,V 2,PRO-PRO,50
3,Velocity,PRO-PRO,130
3,Viscosity,PRO-PRO,81
3,Volume,PRO-PRO,40
3,Waveguide,PRO-APL,32
3,Western Blots,PRO-CMT,37
3,X-Ray Diffraction,DSC-CMT,48
3,X-Ray Diffraction,PRO-CMT,84
3,X-Ray Diffraction,SPL-CMT,41
3,XPS,DSC-CMT,59
3,XPS,PRO-CMT,42
3,XRD,CMT-CMT,36
3,XRD,DSC-CMT,145
3,XRD,PRO-CMT,130
3,XRD,SPL-CMT,32
3,Zn,DSC-CHM,40
3,Zn,PRO-CHM,34
3,Zn(II),DSC-CHM,61
3,Γ2,PRO-PRO,53
3,Δ,PRO-PRO,216
3,Δ 2,PRO-PRO,33
3,Ζ,PRO-PRO,42
3,Θ,PRO-PRO,135
3,Κ,PRO-PRO,71
3,Λ 2,PRO-PRO,46
3,Φ,PRO-PRO,121
3,Χ,PRO-PRO,148
3,α 1,PRO-PRO,52
3,α 2,PRO-PRO,65
3,β,PRO-PRO,250
3,η,PRO-PRO,131
3,λ,PRO-PRO,183
3,λ 1,PRO-PRO,38
3,λ3,PRO-PRO,31
3,μ,PRO-PRO,167
3,μ 2,PRO-PRO,33
3,ν,PRO-PRO,105
3,ξ,PRO-PRO,69
3,σ,PRO-PRO,456
3,σ 1,PRO-PRO,47
3,σ 3,PRO-PRO,45
3,σ2,PRO-PRO,73
3,τ,PRO-PRO,174
3,τ 1,PRO-PRO,37
3,τ 2,PRO-PRO,43
3,ψ,PRO-PRO,58
3,ω,PRO-PRO,243
3,ω 1,PRO-PRO,49
3,ω 2,PRO-PRO,54
3,ϕ,PRO-PRO,127
3,ϕ 2,PRO-PRO,31
3 + 2,2 + 2,CHM-CHM,32
3 + 2,3,CHM-SMT,62
3 + 2,Aldehyde,CHM-CHM,62
3 + 2,Alkene,CHM-CHM,60
3 + 2,Alkyne,CHM-CHM,85
3 + 2,Amines,CHM-CHM,37
3 + 2,Azides,CHM-CHM,30
3 + 2,Carbon,CHM-CHM,45
3 + 2,Carbonyls,CHM-CHM,39
3 + 2,Catalyst,CHM-APL,74
3 + 2,Hydrogen,CHM-CHM,35
3 + 2,Imines,CHM-CHM,41
3 + 2,Indole,CHM-CHM,33
3 + 2,Lewis Acids,CHM-CHM,34
3 + 2,Olefins,CHM-CHM,40
3 + 2,Pd,CHM-CHM,30
3 + 2,Phosphine,CHM-CHM,51
3 + 2,[ 3 + 2 ] Cycloaddition,CHM-SMT,50
3 Days,AFM,DSC-CMT,36
3 Days,Cell Viability,DSC-PRO,46
3 Days,Cells,DSC-DSC,89
3 Days,Coatings,DSC-APL,43
3 Days,Composite,DSC-DSC,33
3 Days,DAPI,DSC-CHM,39
3 Days,EDS,DSC-CMT,41
3 Days,FTIR,DSC-CMT,59
3 Days,Layers,DSC-DSC,49
3 Days,MTT,DSC-CHM,38
3 Days,Morphology,DSC-PRO,72
3 Days,Particles,DSC-DSC,38
3 Days,SEM,DSC-CMT,211
3 Days,SEM,SMT-CMT,49
3 Days,Scaffold,DSC-DSC,35
3 Days,Scaffolds,DSC-DSC,53
3 Days,Substrate,DSC-DSC,59
3 Days,Surface,DSC-DSC,113
3 Days,Surfaces,DSC-DSC,54
3 Days,TEM,DSC-CMT,58
3 Days,XPS,DSC-CMT,34
3 Days,XRD,DSC-CMT,111
3 Days,XRD,SMT-CMT,33
3 Electrode Cell,Electrode,APL-APL,46
3 Electrode Cell,Electrodes,APL-APL,39
3 Electrode Cell,SEM,APL-CMT,32
3 MPa,Catalyst,CHM-APL,42
3 MPa H2,Catalyst,CHM-APL,50
3 V,SEM,CHM-CMT,51
3 V,Substrate,CHM-DSC,30
3 V,Surface,CHM-DSC,30
3 V,TEM,CHM-CMT,34
3 V,XRD,CHM-CMT,35
3 × 3,Surface,SPL-DSC,31
3+,Acetonitrile,CHM-CHM,39
3+,Ag,CHM-CHM,32
3+,CV,CHM-CMT,49
3+,Carbon,CHM-CHM,53
3+,Catalyst,CHM-APL,33
3+,Cathode,CHM-APL,34
3+,Co,CHM-CHM,45
3+,Cobalt,CHM-CHM,41
3+,Compositions,CHM-PRO,32
3+,Crystal Structure,CHM-PRO,33
3+,Cyclic Voltammetry,CHM-CMT,41
3+,Cyclic Voltammogram,CHM-CMT,70
3+,DFT,CHM-CMT,30
3+,DSSCS,CHM-APL,31
3+,Doped,CHM-DSC,57
3+,Dye-Sensitized Solar Cells,CHM-APL,34
3+,Electrode,CHM-APL,87
3+,Electrodes,CHM-APL,60
3+,Electrolyte,CHM-APL,59
3+,Fe,CHM-CHM,76
3+,Fe2+,CHM-CHM,50
3+,Film,CHM-DSC,46
3+,Films,CHM-DSC,41
3+,Hydrogen,CHM-CHM,48
3+,Layers,CHM-DSC,36
3+,Mn,CHM-CHM,34
3+,Ni,CHM-CHM,37
3+,Oxidation State,CHM-PRO,33
3+,Oxygen,CHM-CHM,74
3+,Pt,CHM-CHM,45
3+,Redox Potential,CHM-PRO,37
3+,SEM,CHM-CMT,49
3+,Structure,CHM-PRO,54
3+,Substrate,CHM-DSC,30
3+,Surface,CHM-DSC,54
3+,TEM,CHM-CMT,30
3+,TiO2,CHM-CHM,48
3+,Transition Metal,CHM-CHM,31
3+,X-Ray Diffraction,CHM-CMT,34
3+,XPS,CHM-CMT,33
3+,XRD,CHM-CMT,48
"3,3',5,5'-Tetramethylbenzidine",Catalytic Activity,CHM-PRO,62
"3,3',5,5'-Tetramethylbenzidine",Detection Limit,CHM-PRO,117
"3,3',5,5'-Tetramethylbenzidine",Glucose,CHM-CHM,70
"3,3',5,5'-Tetramethylbenzidine",H2O2,CHM-CHM,186
"3,3',5,5'-Tetramethylbenzidine",Hydrogen Peroxide,CHM-CHM,36
"3,3',5,5'-Tetramethylbenzidine",Limits of Detection,CHM-PRO,35
"3,3',5,5'-Tetramethylbenzidine",NPS,CHM-DSC,40
"3,3',5,5'-Tetramethylbenzidine",Nanocomposite,CHM-DSC,38
"3,3',5,5'-Tetramethylbenzidine",Nanoparticles,CHM-DSC,98
"3,3',5,5'-Tetramethylbenzidine",Oxidation,CHM-APL,54
"3,3',5,5'-Tetramethylbenzidine",Peroxidase,CHM-APL,63
"3,3',5,5'-Tetramethylbenzidine",Peroxidase Mimic,CHM-APL,36
"3,3',5,5'-Tetramethylbenzidine",Peroxidase-Like Activity,CHM-PRO,96
"3,3',5,5'-Tetramethylbenzidine",Stability,CHM-PRO,31
"3,3',5,5'-Tetramethylbenzidine",Surface,CHM-DSC,42
"3,3',5,5'-Tetramethylbenzidine",TMB,CHM-CHM,232
"3,3,5,5-Tetramethylbenzidine",H2O2,CHM-CHM,42
"3,3,5,5-Tetramethylbenzidine",TMB,CHM-CHM,42
"3,4,7,8-Tetramethyl-1,10-Phenanthroline","1,10-Phenantroline",CHM-CHM,36
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Films,CHM-DSC,34
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Interface,CHM-DSC,33
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Layers,CHM-DSC,37
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Monolayers,CHM-DSC,35
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",PTCDA,CHM-CHM,137
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Scanning Tunneling Microscopy,CHM-CMT,31
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Substrate,CHM-DSC,62
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Surface,CHM-DSC,54
"3,4,9,10-Perylene-Tetracarboxylic-Dianhydride",Thin Films,CHM-DSC,31
"3,4-Dihydro-2H-Pyran",CH2Cl2,CHM-CHM,51
"3,4-Dihydro-2H-Pyran",DMF,CHM-CHM,39
"3,4-Dihydro-2H-Pyran",H2O,CHM-CHM,30
"3,4-Dihydro-2H-Pyran",K2CO3,CHM-CHM,33
"3,4-Dihydro-2H-Pyran",MeOH,CHM-CHM,42
"3,4-Dihydro-2H-Pyran",THF,CHM-CHM,50
"3,4-Dihydroxyphenylacetic Acid",DOPAC,CHM-CHM,76
"3,4-Dihydroxyphenylacetic Acid",Dopamine,CHM-CHM,89
"3,4-Dihydroxyphenylacetic Acid",HVA,CHM-CHM,31
"3,4-Dihydroxyphenylacetic Acid",Homovanillic Acid,CHM-CHM,44
"3,4-Dihydroxyphenylacetic Acid",Norepinephrine,CHM-CHM,31
"3,4-Dihydroxyphenylalanine",DOPA,CHM-CHM,70
"3,4-Ethylenedioxythiophene",Acetonitrile,CHM-CHM,38
"3,4-Ethylenedioxythiophene",Ag,CHM-CHM,35
"3,4-Ethylenedioxythiophene",Band Gap,CHM-PRO,31
"3,4-Ethylenedioxythiophene",CV,CHM-CMT,39
"3,4-Ethylenedioxythiophene",Carbon,CHM-CHM,68
"3,4-Ethylenedioxythiophene",Coated,CHM-SMT,34
"3,4-Ethylenedioxythiophene",Coatings,CHM-APL,38
"3,4-Ethylenedioxythiophene",Coloration Efficiency,CHM-PRO,30
"3,4-Ethylenedioxythiophene",Composite,CHM-DSC,80
"3,4-Ethylenedioxythiophene",Conducting,CHM-PRO,104
"3,4-Ethylenedioxythiophene",Conductive,CHM-PRO,72
"3,4-Ethylenedioxythiophene",Conductivity,CHM-PRO,85
"3,4-Ethylenedioxythiophene",Copolymer,CHM-DSC,64
"3,4-Ethylenedioxythiophene",Cyclic Voltammetry,CHM-CMT,108
"3,4-Ethylenedioxythiophene",Doped,CHM-DSC,47
"3,4-Ethylenedioxythiophene",EDOT,CHM-CHM,334
"3,4-Ethylenedioxythiophene",Electrical Conductivity,CHM-PRO,53
"3,4-Ethylenedioxythiophene",Electrochemical,CHM-SMT,36
"3,4-Ethylenedioxythiophene",Electrochemical Impedance Spectroscopy,CHM-CMT,38
"3,4-Ethylenedioxythiophene",Electrochemical Polymerization,CHM-SMT,42
"3,4-Ethylenedioxythiophene",Electrochemical Properties,CHM-PRO,45
"3,4-Ethylenedioxythiophene",Electrochromic Property,CHM-PRO,37
"3,4-Ethylenedioxythiophene",Electrode,CHM-APL,127
"3,4-Ethylenedioxythiophene",Electrodes,CHM-APL,94
"3,4-Ethylenedioxythiophene",Electrolyte,CHM-APL,36
"3,4-Ethylenedioxythiophene",Electropolymerization,CHM-SMT,75
"3,4-Ethylenedioxythiophene",FTIR,CHM-CMT,37
"3,4-Ethylenedioxythiophene",Film,CHM-DSC,140
"3,4-Ethylenedioxythiophene",Films,CHM-DSC,163
"3,4-Ethylenedioxythiophene",Graphene,CHM-CHM,30
"3,4-Ethylenedioxythiophene",ITO,CHM-CHM,34
"3,4-Ethylenedioxythiophene",Indium-Tin Oxide,CHM-CHM,31
"3,4-Ethylenedioxythiophene",Layers,CHM-DSC,85
"3,4-Ethylenedioxythiophene",Morphology,CHM-PRO,72
"3,4-Ethylenedioxythiophene",Nanocomposite,CHM-DSC,44
"3,4-Ethylenedioxythiophene",Nanoparticles,CHM-DSC,66
"3,4-Ethylenedioxythiophene",Nanotube,CHM-DSC,33
"3,4-Ethylenedioxythiophene",Oxidation Potential,CHM-PRO,38
"3,4-Ethylenedioxythiophene",PEDOT,CHM-CHM,316
"3,4-Ethylenedioxythiophene",Platinum,CHM-CHM,33
"3,4-Ethylenedioxythiophene","Poly(3,4-Ethylenedioxythiophene)",CHM-CHM,147
"3,4-Ethylenedioxythiophene",Poly(Styrene Sulfonate),CHM-CHM,51
"3,4-Ethylenedioxythiophene",Power Conversion Efficiency,CHM-PRO,40
"3,4-Ethylenedioxythiophene",Pt,CHM-CHM,34
"3,4-Ethylenedioxythiophene",Pyrrole,CHM-CHM,36
"3,4-Ethylenedioxythiophene",SEM,CHM-CMT,95
"3,4-Ethylenedioxythiophene",Scanning Electron Microscopy,CHM-CMT,57
"3,4-Ethylenedioxythiophene",Stability,CHM-PRO,69
"3,4-Ethylenedioxythiophene",Structure,CHM-PRO,61
"3,4-Ethylenedioxythiophene",Substrate,CHM-DSC,76
"3,4-Ethylenedioxythiophene",Surface,CHM-DSC,114
"3,4-Ethylenedioxythiophene",TEM,CHM-CMT,31
"3,4-Ethylenedioxythiophene",Thin Films,CHM-DSC,44
"3,4-Ethylenedioxythiophene",Thiophene,CHM-CHM,70
"3,4-Ethylenedioxythiophene",X-Ray Photoelectron Spectroscopy,CHM-CMT,34
"3,4-Ethylenedioxythiophene",XPS,CHM-CMT,38
"3,4-Methylenedioxyamphetamine","3,4-Methylenedioxymethamphetamine",CHM-CHM,46
"3,4-Methylenedioxyamphetamine",Amphetamines,CHM-CHM,52
"3,4-Methylenedioxyamphetamine",MDA,CHM-CHM,48
"3,4-Methylenedioxyamphetamine",MDMA,CHM-CHM,41
"3,4-Methylenedioxyamphetamine",Methamphetamine,CHM-CHM,46
"3,4-Methylenedioxymethamphetamine","3,4-Methylenedioxyamphetamine",CHM-CHM,46
"3,4-Methylenedioxymethamphetamine",Amphetamines,CHM-CHM,55
"3,4-Methylenedioxymethamphetamine",MDA,CHM-CHM,39
"3,4-Methylenedioxymethamphetamine",MDMA,CHM-CHM,76
"3,4-Methylenedioxymethamphetamine",Methamphetamine,CHM-CHM,46
"3,5,6-Trichloro-2-Pyridinol",Chlorpyrifos,CHM-CHM,35
"3,5-DTBC","3,5-Di-Tert-Butylcatechol",CHM-CHM,40
"3,5-Di-Tert-Butylcatechol","3,5-DTBC",CHM-CHM,40
"3,5-Di-Tert-Butylcatechol",Catalyst,CHM-APL,45
"3,5-Di-Tert-Butylcatechol",Catalytic Activity,CHM-PRO,35
"3,5-Di-Tert-Butylcatechol",Catecholase Activity,CHM-PRO,34
"3,5-Di-Tert-Butylcatechol",Catechols,CHM-CHM,83
"3,5-Di-Tert-Butylcatechol",Copper,CHM-CHM,31
"3,5-Di-Tert-Butylcatechol",Copper II,CHM-CHM,47
"3,5-Di-Tert-Butylcatechol",Cu(II),CHM-CHM,33
"3,5-Di-Tert-Butylcatechol",Methanol,CHM-CHM,31
"3,5-Di-Tert-Butylcatechol",Oxidation,CHM-APL,66
"3,5-Di-Tert-Butylcatechol",Oxygen,CHM-CHM,47
"3,5-Di-Tert-Butylphenyl",Porphyrin,CHM-CHM,32
"3,5-Dimethylpyrazole",Hydrogen,CHM-CHM,37
"3,5-Dimethylpyrazole",Pyrazole,CHM-CHM,55
"3,5-Dinitrobenzoic Acid",Hydrogen,CHM-CHM,32
3-(Trimethoxysilyl)propylmethacrylate,Coatings,CHM-APL,31
3-(Trimethoxysilyl)propylmethacrylate,FTIR,CHM-CMT,30
3-(Trimethoxysilyl)propylmethacrylate,Methyl Methacrylate,CHM-CHM,31
3-(Trimethoxysilyl)propylmethacrylate,Nanoparticles,CHM-DSC,59
3-(Trimethoxysilyl)propylmethacrylate,Particles,CHM-DSC,47
3-(Trimethoxysilyl)propylmethacrylate,Silica,CHM-CHM,64
3-(Trimethoxysilyl)propylmethacrylate,Sol-Gel,CHM-SMT,33
3-(Trimethoxysilyl)propylmethacrylate,Surface,CHM-DSC,58
3-21G,6-31G,CMT-CMT,35
3-21G,6-31G*,CMT-CMT,65
3-21G,Ab Initio Calculations,CMT-CMT,35
3-21G,B3LYP,CMT-CMT,138
3-21G,Bond Length,CMT-PRO,41
3-21G,Carbon,CMT-CHM,44
3-21G,Cluster,CMT-DSC,32
3-21G,DFT,CMT-CMT,54
3-21G,Density Functional Theory,CMT-CMT,30
3-21G,Energies,CMT-PRO,35
3-21G,Homo,CMT-PRO,31
3-21G,Hydrogen,CMT-CHM,85
3-21G,MP2,CMT-CMT,49
3-21G,Oxygen,CMT-CHM,30
3-21G,Relative Energies,CMT-PRO,34
3-21G,Rhf,CMT-CMT,30
3-21G,Structure,CMT-PRO,50
3-21G,Structures,CMT-PRO,35
3-21G*,6-31G*,CMT-CMT,39
3-21G*,B3LYP,CMT-CMT,66
3-21G*,DFT,CMT-CMT,32
3-Aminophenylboronic Acid,APBA,CHM-CHM,33
3-Aminophenylboronic Acid,Boronic Acids,CHM-CHM,36
3-Aminophenylboronic Acid,Surface,CHM-DSC,33
3-Aminopropyl,Mesoporous,CHM-DSC,30
3-Aminopropyl,Silica,CHM-CHM,47
3-Aminopropyl Triethoxysilane,APTES,CHM-CHM,73
3-Aminopropyl Triethoxysilane,Nanoparticles,CHM-DSC,38
3-Aminopropyl Triethoxysilane,Surface,CHM-DSC,37
3-Aminopropyl Trimethoxysilane,APTMS,CHM-CHM,38
3-Aminopropyl Trimethoxysilane,Nanoparticles,CHM-DSC,35
3-Aminopropyl Trimethoxysilane,Silica,CHM-CHM,32
3-Aminopropyl Trimethoxysilane,Surface,CHM-DSC,51
3-Aminopropyl-Triethoxysilane,13C,CHM-CHM,37
3-Aminopropyl-Triethoxysilane,AFM,CHM-CMT,110
3-Aminopropyl-Triethoxysilane,APS,CHM-CHM,87
3-Aminopropyl-Triethoxysilane,APTES,CHM-CHM,744
3-Aminopropyl-Triethoxysilane,APTS,CHM-CHM,79
3-Aminopropyl-Triethoxysilane,Activity,CHM-PRO,70
3-Aminopropyl-Triethoxysilane,Adhesions,CHM-PRO,38
3-Aminopropyl-Triethoxysilane,Adsorbent,CHM-APL,62
3-Aminopropyl-Triethoxysilane,Adsorption Capacity,CHM-PRO,69
3-Aminopropyl-Triethoxysilane,Ag,CHM-CHM,45
3-Aminopropyl-Triethoxysilane,Alumina,CHM-CHM,32
3-Aminopropyl-Triethoxysilane,Amines,CHM-CHM,228
3-Aminopropyl-Triethoxysilane,Amino,CHM-CHM,201
3-Aminopropyl-Triethoxysilane,Amino Silane,CHM-CHM,37
3-Aminopropyl-Triethoxysilane,Amorphous,CHM-DSC,31
3-Aminopropyl-Triethoxysilane,As Prepared,CHM-DSC,44
3-Aminopropyl-Triethoxysilane,Atomic Force Microscopy,CHM-CMT,99
3-Aminopropyl-Triethoxysilane,Au,CHM-CHM,61
3-Aminopropyl-Triethoxysilane,BET,CHM-CMT,31
3-Aminopropyl-Triethoxysilane,Bio-Sensor,CHM-APL,47
3-Aminopropyl-Triethoxysilane,Biocompatibility,CHM-PRO,37
3-Aminopropyl-Triethoxysilane,CO2,CHM-CHM,78
3-Aminopropyl-Triethoxysilane,Carbon,CHM-CHM,116
3-Aminopropyl-Triethoxysilane,Catalyst,CHM-APL,148
3-Aminopropyl-Triethoxysilane,Catalytic Activity,CHM-PRO,78
3-Aminopropyl-Triethoxysilane,Chemical Structures,CHM-PRO,41
3-Aminopropyl-Triethoxysilane,Coated,CHM-SMT,92
3-Aminopropyl-Triethoxysilane,Coatings,CHM-APL,136
3-Aminopropyl-Triethoxysilane,Coatings,CHM-SMT,33
3-Aminopropyl-Triethoxysilane,Composite,CHM-DSC,157
3-Aminopropyl-Triethoxysilane,Compositions,CHM-PRO,44
3-Aminopropyl-Triethoxysilane,Contact Angle,CHM-PRO,33
3-Aminopropyl-Triethoxysilane,Copper,CHM-CHM,31
3-Aminopropyl-Triethoxysilane,Crystal,CHM-DSC,30
3-Aminopropyl-Triethoxysilane,Cyclic Voltammetry,CHM-CMT,31
3-Aminopropyl-Triethoxysilane,Density,CHM-PRO,31
3-Aminopropyl-Triethoxysilane,Detection Limit,CHM-PRO,63
3-Aminopropyl-Triethoxysilane,Doped,CHM-DSC,37
3-Aminopropyl-Triethoxysilane,EDS,CHM-CMT,30
3-Aminopropyl-Triethoxysilane,EDX,CHM-CMT,30
3-Aminopropyl-Triethoxysilane,Electrode,CHM-APL,69
3-Aminopropyl-Triethoxysilane,Electrodes,CHM-APL,44
3-Aminopropyl-Triethoxysilane,Elemental Analysis,CHM-CMT,71
3-Aminopropyl-Triethoxysilane,Epoxy,CHM-CHM,51
3-Aminopropyl-Triethoxysilane,Ethanol,CHM-CHM,65
3-Aminopropyl-Triethoxysilane,FT-IR,CHM-CMT,147
3-Aminopropyl-Triethoxysilane,FTIR,CHM-CMT,207
3-Aminopropyl-Triethoxysilane,Fe3O4,CHM-CHM,85
3-Aminopropyl-Triethoxysilane,Fibers,CHM-DSC,30
3-Aminopropyl-Triethoxysilane,Film,CHM-DSC,128
3-Aminopropyl-Triethoxysilane,Films,CHM-DSC,115
3-Aminopropyl-Triethoxysilane,Fluorescence,CHM-CMT,32
3-Aminopropyl-Triethoxysilane,Fluorescence,CHM-PRO,33
3-Aminopropyl-Triethoxysilane,Fluorescent,CHM-PRO,45
3-Aminopropyl-Triethoxysilane,Fourier Transform Infrared,CHM-CMT,57
3-Aminopropyl-Triethoxysilane,Fourier Transform Infrared Spectroscopy,CHM-CMT,128
3-Aminopropyl-Triethoxysilane,Glutaraldehyde,CHM-CHM,82
3-Aminopropyl-Triethoxysilane,Graphene,CHM-CHM,45
3-Aminopropyl-Triethoxysilane,Graphene Oxide,CHM-CHM,75
3-Aminopropyl-Triethoxysilane,H2,CHM-CHM,32
3-Aminopropyl-Triethoxysilane,H2O2,CHM-CHM,34
3-Aminopropyl-Triethoxysilane,Hybrid,CHM-DSC,42
3-Aminopropyl-Triethoxysilane,Hydrogen,CHM-CHM,68
3-Aminopropyl-Triethoxysilane,Hydrolysis,CHM-SMT,70
3-Aminopropyl-Triethoxysilane,Hydrophilic,CHM-PRO,46
3-Aminopropyl-Triethoxysilane,Hydrophobic,CHM-PRO,59
3-Aminopropyl-Triethoxysilane,Hydroxyl,CHM-CHM,53
3-Aminopropyl-Triethoxysilane,Interface,CHM-DSC,61
3-Aminopropyl-Triethoxysilane,Ir,CHM-CMT,33
3-Aminopropyl-Triethoxysilane,Layers,CHM-DSC,174
3-Aminopropyl-Triethoxysilane,MCM-41,CHM-CHM,62
3-Aminopropyl-Triethoxysilane,Magnetics,CHM-PRO,107
3-Aminopropyl-Triethoxysilane,Magnetite,CHM-CHM,31
3-Aminopropyl-Triethoxysilane,Mechanical Property,CHM-PRO,48
3-Aminopropyl-Triethoxysilane,Membrane,CHM-APL,45
3-Aminopropyl-Triethoxysilane,Membrane,CHM-DSC,96
3-Aminopropyl-Triethoxysilane,Mesoporous,CHM-DSC,187
3-Aminopropyl-Triethoxysilane,Metals,CHM-PRO,31
3-Aminopropyl-Triethoxysilane,Methanol,CHM-CHM,32
3-Aminopropyl-Triethoxysilane,Monolayers,CHM-DSC,104
3-Aminopropyl-Triethoxysilane,Morphologies,CHM-PRO,30
3-Aminopropyl-Triethoxysilane,Morphology,CHM-PRO,115
3-Aminopropyl-Triethoxysilane,N2,CHM-CHM,102
3-Aminopropyl-Triethoxysilane,NH2,CHM-CHM,67
3-Aminopropyl-Triethoxysilane,NPS,CHM-DSC,66
3-Aminopropyl-Triethoxysilane,Nanocomposite,CHM-DSC,103
3-Aminopropyl-Triethoxysilane,Nanoparticle,CHM-DSC,80
3-Aminopropyl-Triethoxysilane,Nanoparticles,CHM-DSC,400
3-Aminopropyl-Triethoxysilane,Nanotube,CHM-DSC,71
3-Aminopropyl-Triethoxysilane,Nitrogen,CHM-CHM,107
3-Aminopropyl-Triethoxysilane,Organosilane,CHM-CHM,47
3-Aminopropyl-Triethoxysilane,Oxygen,CHM-CHM,70
3-Aminopropyl-Triethoxysilane,PDMS,CHM-CHM,45
3-Aminopropyl-Triethoxysilane,PEG,CHM-CHM,40
3-Aminopropyl-Triethoxysilane,Particles,CHM-DSC,193
3-Aminopropyl-Triethoxysilane,Phosphate,CHM-CHM,42
3-Aminopropyl-Triethoxysilane,Poly(Dimethyl Siloxane),CHM-CHM,30
3-Aminopropyl-Triethoxysilane,Pore Sizes,CHM-PRO,38
3-Aminopropyl-Triethoxysilane,Pore Volume,CHM-PRO,30
3-Aminopropyl-Triethoxysilane,Porosity,CHM-PRO,31
3-Aminopropyl-Triethoxysilane,Porous,CHM-DSC,88
3-Aminopropyl-Triethoxysilane,SBA-15,CHM-CHM,61
3-Aminopropyl-Triethoxysilane,SEM,CHM-CMT,258
3-Aminopropyl-Triethoxysilane,Scanning Electron Microscopy,CHM-CMT,150
3-Aminopropyl-Triethoxysilane,Schiff Base,CHM-CHM,31
3-Aminopropyl-Triethoxysilane,Selectivity,CHM-PRO,47
3-Aminopropyl-Triethoxysilane,Self Assembled,CHM-SMT,44
3-Aminopropyl-Triethoxysilane,Sensitivity,CHM-PRO,61
3-Aminopropyl-Triethoxysilane,Sensor,CHM-APL,57
3-Aminopropyl-Triethoxysilane,Sheets,CHM-DSC,34
3-Aminopropyl-Triethoxysilane,Shell,CHM-DSC,46
3-Aminopropyl-Triethoxysilane,Si,CHM-CHM,98
3-Aminopropyl-Triethoxysilane,SiO2,CHM-CHM,144
3-Aminopropyl-Triethoxysilane,Silane,CHM-CHM,177
3-Aminopropyl-Triethoxysilane,Silanization,CHM-SMT,54
3-Aminopropyl-Triethoxysilane,Silanized,CHM-SMT,33
3-Aminopropyl-Triethoxysilane,Silanol,CHM-CHM,50
3-Aminopropyl-Triethoxysilane,Silica,CHM-CHM,466
3-Aminopropyl-Triethoxysilane,Silicon,CHM-CHM,133
3-Aminopropyl-Triethoxysilane,Sol-Gel,CHM-SMT,151
3-Aminopropyl-Triethoxysilane,Specific Surface Area,CHM-PRO,44
3-Aminopropyl-Triethoxysilane,Stability,CHM-PRO,119
3-Aminopropyl-Triethoxysilane,Structure,CHM-PRO,168
3-Aminopropyl-Triethoxysilane,Substrate,CHM-DSC,200
3-Aminopropyl-Triethoxysilane,Surface,CHM-DSC,654
3-Aminopropyl-Triethoxysilane,Surface Area,CHM-PRO,71
3-Aminopropyl-Triethoxysilane,Surface Modification,CHM-SMT,81
3-Aminopropyl-Triethoxysilane,Surfaces,CHM-DSC,205
3-Aminopropyl-Triethoxysilane,TEM,CHM-CMT,226
3-Aminopropyl-Triethoxysilane,TEOS,CHM-CHM,157
3-Aminopropyl-Triethoxysilane,Tensile Strength,CHM-PRO,30
3-Aminopropyl-Triethoxysilane,Tetraethoxysilane,CHM-CHM,97
3-Aminopropyl-Triethoxysilane,Tetraethyl Orthosilicate,CHM-CHM,84
3-Aminopropyl-Triethoxysilane,Tga,CHM-CMT,103
3-Aminopropyl-Triethoxysilane,Thermal Stability,CHM-PRO,85
3-Aminopropyl-Triethoxysilane,Thermogravimetric Analysis,CHM-CMT,100
3-Aminopropyl-Triethoxysilane,Thin Films,CHM-DSC,48
3-Aminopropyl-Triethoxysilane,TiO2,CHM-CHM,55
3-Aminopropyl-Triethoxysilane,Toluene,CHM-CHM,53
3-Aminopropyl-Triethoxysilane,Transmission Electron Microscopy,CHM-CMT,150
3-Aminopropyl-Triethoxysilane,UV Vis,CHM-CMT,32
3-Aminopropyl-Triethoxysilane,Wafers,CHM-DSC,39
3-Aminopropyl-Triethoxysilane,X-Ray Diffraction,CHM-CMT,145
3-Aminopropyl-Triethoxysilane,X-Ray Photoelectron Spectroscopy,CHM-CMT,112
3-Aminopropyl-Triethoxysilane,XPS,CHM-CMT,148
3-Aminopropyl-Triethoxysilane,XRD,CHM-CMT,202
3-Aminopropyl-Triethoxysilane,Zeolites,CHM-CHM,39
3-Aminopropyl-Triethoxysilane,Zeta Potential,CHM-PRO,36
3-Aminopropyl-Trimethoxysilane,APS,CHM-CHM,40
3-Aminopropyl-Trimethoxysilane,APTMS,CHM-CHM,120
3-Aminopropyl-Trimethoxysilane,Amines,CHM-CHM,72
3-Aminopropyl-Trimethoxysilane,Amino,CHM-CHM,63
3-Aminopropyl-Trimethoxysilane,Au,CHM-CHM,34
3-Aminopropyl-Trimethoxysilane,Catalyst,CHM-APL,43
3-Aminopropyl-Trimethoxysilane,Coated,CHM-SMT,30
3-Aminopropyl-Trimethoxysilane,Coatings,CHM-APL,36
3-Aminopropyl-Trimethoxysilane,Composite,CHM-DSC,36
3-Aminopropyl-Trimethoxysilane,FT-IR,CHM-CMT,39
3-Aminopropyl-Trimethoxysilane,FTIR,CHM-CMT,32
3-Aminopropyl-Trimethoxysilane,Film,CHM-DSC,36
3-Aminopropyl-Trimethoxysilane,Films,CHM-DSC,41
3-Aminopropyl-Trimethoxysilane,Layers,CHM-DSC,54
3-Aminopropyl-Trimethoxysilane,Mesoporous,CHM-DSC,54
3-Aminopropyl-Trimethoxysilane,Monolayers,CHM-DSC,40
3-Aminopropyl-Trimethoxysilane,Morphology,CHM-PRO,33
3-Aminopropyl-Trimethoxysilane,Nanoparticles,CHM-DSC,118
3-Aminopropyl-Trimethoxysilane,Particles,CHM-DSC,64
3-Aminopropyl-Trimethoxysilane,SEM,CHM-CMT,64
3-Aminopropyl-Trimethoxysilane,Scanning Electron Microscopy,CHM-CMT,30
3-Aminopropyl-Trimethoxysilane,SiO2,CHM-CHM,48
3-Aminopropyl-Trimethoxysilane,Silane,CHM-CHM,41
3-Aminopropyl-Trimethoxysilane,Silica,CHM-CHM,134
3-Aminopropyl-Trimethoxysilane,Silicon,CHM-CHM,35
3-Aminopropyl-Trimethoxysilane,Sol-Gel,CHM-SMT,37
3-Aminopropyl-Trimethoxysilane,Structure,CHM-PRO,47
3-Aminopropyl-Trimethoxysilane,Substrate,CHM-DSC,71
3-Aminopropyl-Trimethoxysilane,Surface,CHM-DSC,169
3-Aminopropyl-Trimethoxysilane,Surfaces,CHM-DSC,58
3-Aminopropyl-Trimethoxysilane,TEM,CHM-CMT,72
3-Aminopropyl-Trimethoxysilane,TEOS,CHM-CHM,32
3-Aminopropyl-Trimethoxysilane,Tga,CHM-CMT,35
3-Aminopropyl-Trimethoxysilane,Transmission Electron Microscopy,CHM-CMT,39
3-Aminopropyl-Trimethoxysilane,X-Ray Diffraction,CHM-CMT,35
3-Aminopropyl-Trimethoxysilane,X-Ray Photoelectron Spectroscopy,CHM-CMT,36
3-Aminopropyl-Trimethoxysilane,XPS,CHM-CMT,56
3-Aminopropyl-Trimethoxysilane,XRD,CHM-CMT,49
3-CP,2-CP,CHM-CHM,37
3-CP,4-CP,CHM-CHM,36
3-CPE,Cyclic Voltammogram,CHM-CMT,44
3-CPE,H2SO4,CHM-CHM,45
3-CPE,Hydrogen,CHM-CHM,37
3-Chlorophenol,Phenol,CHM-CHM,47
3-Cl,4-Cl,CHM-CHM,40
3-D,1-D,CMT-CMT,67
3-D,1-D,CMT-DSC,60
3-D,1-D,DSC-CMT,40
3-D,1-D,DSC-DSC,644
3-D,1D,DSC-DSC,39
3-D,1D Chains,DSC-DSC,177
3-D,1H,DSC-CHM,57
3-D,1H NMR,DSC-CMT,31
3-D,2-D,CMT-CMT,310
3-D,2-D,CMT-DSC,196
3-D,2-D,DSC-CMT,189
3-D,2-D,DSC-DSC,1527
3-D,2D,DSC-DSC,82
3-D,2D Layer,DSC-DSC,184
3-D,2D Layered,DSC-DSC,32
3-D,2D Sheet,DSC-DSC,80
3-D,3-D Model,CMT-CMT,36
3-D,3-Dimensional,DSC-DSC,63
3-D,3D,DSC-DSC,154
3-D,3D Scaffolds,DSC-DSC,31
3-D,AFM,CMT-CMT,166
3-D,AFM,DSC-CMT,193
3-D,Absorption Spectrum,DSC-CMT,31
3-D,Acetone,DSC-CHM,43
3-D,Acetonitrile,DSC-CHM,36
3-D,Activity,DSC-PRO,46
3-D,Adhesions,DSC-PRO,30
3-D,Ag,CMT-CHM,51
3-D,Ag,DSC-CHM,138
3-D,Ag(I),DSC-CHM,35
3-D,Al,CMT-CHM,94
3-D,Al,DSC-CHM,144
3-D,Al2O3,DSC-CHM,46
3-D,Alloy,CMT-DSC,130
3-D,Alloy,DSC-DSC,140
3-D,Alloys,CMT-DSC,48
3-D,Alloys,DSC-DSC,72
3-D,Alumina,DSC-CHM,57
3-D,Aluminum,CMT-CHM,69
3-D,Aluminum,DSC-CHM,99
3-D,Amides,DSC-CHM,30
3-D,Amines,DSC-CHM,58
3-D,Amino Acid,DSC-CHM,63
3-D,Ammonia,DSC-CHM,31
3-D,Amorphous,DSC-DSC,80
3-D,Angles,DSC-PRO,106
3-D,Anisotropy,DSC-PRO,36
3-D,Annealed,CMT-SMT,59
3-D,Annealed,DSC-SMT,47
3-D,Annealing,CMT-SMT,47
3-D,Annealing,DSC-SMT,58
3-D,Anode,DSC-APL,78
3-D,Antiferromagnetic Interaction,DSC-PRO,41
3-D,Array,DSC-DSC,56
3-D,As Prepared,DSC-DSC,51
3-D,As-Synthesized,DSC-DSC,60
3-D,Atomic Force Microscopy,DSC-CMT,37
3-D,Au,CMT-CHM,45
3-D,Au,DSC-CHM,120
3-D,Band Structure,DSC-PRO,33
3-D,Bar,DSC-DSC,31
3-D,Bars,DSC-DSC,39
3-D,Beads,DSC-DSC,30
3-D,Benzenes,DSC-CHM,34
3-D,Bilayer,DSC-DSC,44
3-D,Bioactive,DSC-PRO,31
3-D,Biocompatibility,DSC-PRO,52
3-D,Biomaterial,DSC-APL,57
3-D,Blue Line,CMT-CHM,42
3-D,Blue Line,DSC-CHM,57
3-D,Bond Distance,DSC-PRO,58
3-D,Bond Length,DSC-PRO,103
3-D,Bone,DSC-APL,32
3-D,Br,DSC-CHM,39
3-D,Bulk,CMT-DSC,89
3-D,Bulk,DSC-DSC,172
3-D,C,DSC-CHM,42
3-D,CFD,CMT-CMT,48
3-D,CFD,DSC-CMT,85
3-D,CH4,DSC-CHM,38
3-D,CO,DSC-CHM,77
3-D,CO2,CMT-CHM,50
3-D,CO2,DSC-CHM,157
3-D,CV,DSC-CMT,59
3-D,CVD,DSC-SMT,30
3-D,Ca,CMT-CHM,34
3-D,Ca,DSC-CHM,47
3-D,Calcined,DSC-SMT,32
3-D,Calcium,DSC-CHM,60
3-D,Capacitance,DSC-PRO,34
3-D,Capacity,DSC-PRO,53
3-D,Carbon,CMT-CHM,108
3-D,Carbon,DSC-CHM,428
3-D,Carboxylates,DSC-CHM,92
3-D,Catalyst,DSC-APL,166
3-D,Catalytic Activity,DSC-PRO,47
3-D,Cathode,DSC-APL,70
3-D,Cd,DSC-CHM,88
3-D,Cd(II),DSC-CHM,73
3-D,Cell,DSC-APL,98
3-D,Cell,DSC-DSC,71
3-D,Cell,DSC-PRO,39
3-D,Cell Viability,DSC-PRO,59
3-D,Cells,CMT-DSC,43
3-D,Cells,DSC-APL,74
3-D,Cells,DSC-DSC,138
3-D,Ceramic,DSC-DSC,62
3-D,Chains,DSC-DSC,240
3-D,Channels,DSC-APL,42
3-D,Chemical Composition,DSC-PRO,32
3-D,Chemical Structures,CMT-PRO,33
3-D,Chemical Structures,DSC-PRO,78
3-D,Chiral,DSC-PRO,30
3-D,Chlorides,DSC-CHM,31
3-D,Cl,DSC-CHM,72
3-D,Cluster,CMT-DSC,38
3-D,Cluster,DSC-DSC,227
3-D,Co,DSC-CHM,135
3-D,Co II,DSC-CHM,47
3-D,Coated,CMT-SMT,44
3-D,Coated,DSC-DSC,37
3-D,Coated,DSC-SMT,137
3-D,Coatings,CMT-APL,62
3-D,Coatings,DSC-APL,129
3-D,Coatings,DSC-SMT,38
3-D,Cobalt,DSC-CHM,49
3-D,Color,DSC-PRO,30
3-D,Composite,CMT-DSC,91
3-D,Composite,DSC-DSC,345
3-D,Compositions,CMT-PRO,91
3-D,Compositions,DSC-PRO,186
3-D,Compressive Strength,DSC-PRO,31
3-D,Computational Fluid Dynamics,DSC-CMT,30
3-D,Concentration,DSC-PRO,34
3-D,Conductive,DSC-PRO,58
3-D,Conductivity,DSC-PRO,80
3-D,Confocal Microscopy,DSC-CMT,46
3-D,Contact Angle,DSC-PRO,31
3-D,Cooling,CMT-SMT,47
3-D,Cooling,DSC-SMT,86
3-D,Coordination,DSC-DSC,33
3-D,Coordination,DSC-PRO,134
3-D,Coordination Environment,DSC-PRO,284
3-D,Coordination Geometry,DSC-PRO,34
3-D,Coordination Mode,DSC-PRO,136
3-D,Coordination Polymer,DSC-DSC,115
3-D,Coordination Polymer,DSC-PRO,71
3-D,Copper,CMT-CHM,46
3-D,Copper,DSC-CHM,164
3-D,Core,CMT-DSC,34
3-D,Core,DSC-DSC,73
3-D,Cr,CMT-CHM,39
3-D,Cr,DSC-CHM,40
3-D,Cross Section,CMT-DSC,37
3-D,Cross Section,DSC-DSC,49
3-D,Cross Section,DSC-PRO,38
3-D,Cross Sectional SEM,DSC-CMT,45
3-D,Crust,CMT-DSC,41
3-D,Crystal,CMT-DSC,96
3-D,Crystal,DSC-CMT,38
3-D,Crystal,DSC-DSC,285
3-D,Crystal Data,DSC-CMT,72
3-D,Crystal Packings,DSC-PRO,36
3-D,Crystal Structure,DSC-PRO,274
3-D,Crystalline,DSC-DSC,115
3-D,Crystallinity,DSC-PRO,35
3-D,Cu,CMT-CHM,82
3-D,Cu,DSC-CHM,235
3-D,Cu(II),DSC-CHM,62
3-D,Cu2+,DSC-CHM,35
3-D,Cubic,DSC-SPL,137
3-D,Current Density,DSC-PRO,39
3-D,Cyclic Voltammetry,DSC-CMT,50
3-D,Cyclic Voltammogram,DSC-CMT,95
3-D,Cycling Performance,DSC-PRO,36
3-D,Cylinder,DSC-DSC,65
3-D,DAPI,DSC-CHM,53
3-D,DFT,DSC-CMT,38
3-D,DMF,DSC-CHM,102
3-D,DMSO,DSC-CHM,42
3-D,DSC,DSC-CMT,55
3-D,Density,CMT-PRO,86
3-D,Density,DSC-PRO,199
3-D,Diamondoid,DSC-SPL,33
3-D,Diamonds,CMT-CHM,67
3-D,Diamonds,DSC-CHM,144
3-D,Dimensional,DSC-DSC,48
3-D,Doped,DSC-DSC,87
3-D,Droplets,DSC-DSC,47
3-D,D–F,DSC-CHM,30
3-D,EBSD,CMT-CMT,37
3-D,EBSD,DSC-CMT,37
3-D,EDS,CMT-CMT,55
3-D,EDS,DSC-CMT,91
3-D,EDX,CMT-CMT,39
3-D,EDX,DSC-CMT,45
3-D,Efficiency,DSC-PRO,53
3-D,Elastic,DSC-PRO,48
3-D,Elastic Modulus,DSC-PRO,45
3-D,Electrical Conductivity,DSC-PRO,37
3-D,Electrochemical Performance,DSC-PRO,49
3-D,Electrochemical Properties,DSC-PRO,32
3-D,Electrode,CMT-APL,55
3-D,Electrode,DSC-APL,272
3-D,Electrodeposition,DSC-SMT,34
3-D,Electrodes,CMT-APL,39
3-D,Electrodes,DSC-APL,191
3-D,Electrolyte,DSC-APL,75
3-D,Electrospun,DSC-SMT,40
3-D,Elemental Analysis,DSC-CMT,132
3-D,Emission Spectra,DSC-CMT,111
3-D,Emission Spectrum,DSC-CMT,31
3-D,Energy,DSC-PRO,35
3-D,Epoxy,DSC-CHM,40
3-D,Etched,DSC-SMT,30
3-D,Etching,DSC-SMT,46
3-D,Ethanol,DSC-CHM,75
3-D,Ethylene Diamine,DSC-CHM,39
3-D,Eu,DSC-CHM,45
3-D,Eu3+,DSC-CHM,33
3-D,F,CMT-PRO,36
3-D,F,DSC-CHM,52
3-D,F,DSC-PRO,54
3-D,FCC,DSC-SPL,53
3-D,FESEM,DSC-CMT,80
3-D,FT-IR,DSC-CMT,60
3-D,FTIR,CMT-CMT,50
3-D,FTIR,DSC-CMT,85
3-D,Fe,CMT-CHM,72
3-D,Fe,DSC-CHM,112
3-D,Fem,DSC-CMT,33
3-D,Fermi Level,DSC-PRO,39
3-D,Fiber,CMT-DSC,33
3-D,Fiber,DSC-DSC,113
3-D,Fibers,DSC-DSC,135
3-D,Fibrous,DSC-DSC,39
3-D,Film,CMT-DSC,123
3-D,Film,DSC-DSC,263
3-D,Films,CMT-DSC,84
3-D,Films,DSC-DSC,224
3-D,Finite Element Method,DSC-CMT,49
3-D,Finite Element Model,DSC-CMT,39
3-D,Finite Elements,DSC-CMT,44
3-D,Fluorescence,DSC-CMT,65
3-D,Fluorescence Intensity,DSC-PRO,42
3-D,Foam,DSC-DSC,84
3-D,Foams,DSC-DSC,40
3-D,Foil,DSC-DSC,34
3-D,Fracture Surface,DSC-PRO,38
3-D,Framework,DSC-DSC,45
3-D,Framework Structure,DSC-PRO,35
3-D,G,DSC-PRO,63
3-D,Gd,DSC-CHM,35
3-D,Ge,DSC-CHM,32
3-D,Gel,DSC-DSC,58
3-D,Gels,DSC-DSC,43
3-D,Geometry,DSC-PRO,35
3-D,Glass,DSC-DSC,43
3-D,Glucose,DSC-CHM,30
3-D,Grain Boundaries,CMT-PRO,37
3-D,Grain Boundaries,DSC-PRO,59
3-D,Grain Boundary,DSC-PRO,54
3-D,Grain Size,CMT-PRO,46
3-D,Grain Size,DSC-PRO,57
3-D,Graphene,DSC-CHM,133
3-D,Graphene Oxide,DSC-CHM,50
3-D,Graphite,DSC-CHM,73
3-D,Grid,DSC-DSC,36
3-D,H2,CMT-CHM,30
3-D,H2,DSC-CHM,102
3-D,H2O,DSC-CHM,133
3-D,H2SO4,DSC-CHM,42
3-D,HCl,DSC-CHM,37
3-D,HRTEM,CMT-CMT,41
3-D,HRTEM,DSC-CMT,112
3-D,Heat Flux,DSC-PRO,35
3-D,Heat Transfer,CMT-PRO,30
3-D,Heat Transfer,DSC-PRO,50
3-D,Heat Treatment,DSC-SMT,40
3-D,Heated,DSC-SMT,39
3-D,Heating,CMT-SMT,48
3-D,Heating,DSC-SMT,132
3-D,Hexagonal,CMT-SPL,30
3-D,Hexagonal,DSC-SPL,186
3-D,Hierarchical,DSC-DSC,32
3-D,High Resolution TEM,DSC-CMT,39
3-D,Hydrocarbon,DSC-CHM,37
3-D,Hydrogel,DSC-DSC,151
3-D,Hydrogen,CMT-CHM,92
3-D,Hydrogen,DSC-CHM,807
3-D,Hydrolysis,DSC-SMT,30
3-D,Hydrophilic,DSC-PRO,43
3-D,Hydrophobic,DSC-PRO,57
3-D,Hydrothermal,DSC-SMT,82
3-D,Hydrothermal Condition,DSC-SMT,69
3-D,Hydrothermal Reaction,DSC-SMT,51
3-D,Hydrothermal Synthesis,DSC-SMT,32
3-D,Hydroxyapatite,DSC-CHM,56
3-D,Hydroxyl,DSC-CHM,39
3-D,IR Spectroscopy,DSC-CMT,40
3-D,Implantations,DSC-SMT,32
3-D,Implants,DSC-APL,37
3-D,Inclusions,DSC-DSC,37
3-D,Interface,CMT-DSC,169
3-D,Interface,DSC-DSC,324
3-D,Ir,DSC-CMT,120
3-D,Iron,DSC-CHM,53
3-D,Irradiation,DSC-SMT,52
3-D,K,CMT-PRO,34
3-D,K,DSC-PRO,58
3-D,K+,DSC-CHM,40
3-D,KOH,DSC-CHM,48
3-D,L,DSC-PRO,41
3-D,Lamellar,DSC-DSC,31
3-D,Lanthanides,DSC-CHM,53
3-D,Layer,CMT-DSC,31
3-D,Layer,DSC-DSC,46
3-D,Layer Structured,DSC-PRO,33
3-D,Layered,DSC-DSC,143
3-D,Layers,CMT-DSC,233
3-D,Layers,DSC-DSC,848
3-D,Li,DSC-CHM,109
3-D,Lithium,DSC-CHM,76
3-D,M,DSC-PRO,39
3-D,MTT,DSC-CHM,41
3-D,Macroporous,DSC-DSC,39
3-D,Magenta,DSC-CHM,49
3-D,Magnetic Properties,DSC-PRO,47
3-D,Magnetic Susceptibility,DSC-PRO,66
3-D,Magnetics,DSC-PRO,96
3-D,Magnetization,DSC-PRO,32
3-D,Matrix,CMT-DSC,89
3-D,Matrix,DSC-DSC,132
3-D,MeOH,DSC-CHM,30
3-D,Mechanical,DSC-PRO,33
3-D,Mechanical Property,DSC-PRO,139
3-D,Membrane,CMT-DSC,44
3-D,Membrane,DSC-DSC,127
3-D,Mesh,DSC-DSC,36
3-D,Mesoporous,DSC-DSC,129
3-D,Metallic,DSC-PRO,70
3-D,Metals,CMT-PRO,44
3-D,Metals,DSC-PRO,222
3-D,Methane,DSC-CHM,36
3-D,Methanol,DSC-CHM,82
3-D,Methyl,DSC-CHM,31
3-D,Mg,CMT-CHM,42
3-D,Mg,DSC-CHM,62
3-D,Micro Structures,DSC-PRO,56
3-D,MicroCT,CMT-CMT,32
3-D,Microchannel,DSC-DSC,36
3-D,Microporous,DSC-DSC,36
3-D,Microspheres,DSC-DSC,49
3-D,Microstructural,DSC-PRO,32
3-D,Microstructure,CMT-PRO,204
3-D,Microstructure,DSC-DSC,34
3-D,Microstructure,DSC-PRO,329
3-D,Microstructure,PRO-PRO,30
3-D,Mn,DSC-CHM,97
3-D,Mo,DSC-CHM,38
3-D,Models,CMT-CMT,78
3-D,Models,DSC-CMT,74
3-D,Molecular Structure,DSC-PRO,163
3-D,Monoclinic,DSC-SPL,86
3-D,Monolayers,DSC-DSC,105
3-D,Morphologic,DSC-PRO,31
3-D,Morphologies,CMT-PRO,39
3-D,Morphologies,DSC-PRO,150
3-D,Morphology,CMT-PRO,126
3-D,Morphology,DSC-PRO,355
3-D,Morphology,PRO-PRO,34
3-D,Multilayer,DSC-DSC,50
3-D,N Blue,DSC-CHM,33
3-D,N2,DSC-CHM,147
3-D,NMR,DSC-CMT,34
3-D,NO,DSC-CHM,30
3-D,NPS,DSC-DSC,37
3-D,Na,DSC-CHM,44
3-D,Na+,DSC-CHM,37
3-D,NaCl,DSC-CHM,42
3-D,NaOH,DSC-CHM,35
3-D,Nano Structured,DSC-DSC,61
3-D,Nanocomposite,DSC-DSC,84
3-D,Nanocrystalline,DSC-DSC,30
3-D,Nanocrystals,DSC-DSC,56
3-D,Nanofiber,DSC-DSC,72
3-D,Nanoparticle,DSC-DSC,88
3-D,Nanoparticles,CMT-DSC,66
3-D,Nanoparticles,DSC-DSC,232
3-D,Nanorods,DSC-DSC,82
3-D,Nanoscale,DSC-DSC,36
3-D,Nanosheets,DSC-DSC,48
3-D,Nanostructure,DSC-DSC,47
3-D,Nanostructures,DSC-DSC,111
3-D,Nanotube,DSC-DSC,123
3-D,Nanowire,DSC-DSC,57
3-D,Nanowires,DSC-DSC,70
3-D,Net,DSC-DSC,32
3-D,Network,DSC-DSC,42
3-D,Network Structure,DSC-PRO,35
3-D,Ni,CMT-CHM,48
3-D,Ni,DSC-CHM,174
3-D,Ni II,DSC-CHM,31
3-D,Nickel,DSC-CHM,62
3-D,Nitrate,DSC-CHM,39
3-D,Nitrogen,CMT-CHM,46
3-D,Nitrogen,DSC-CHM,181
3-D,Nyquist Plot,DSC-CMT,48
3-D,O,CMT-CHM,70
3-D,O,DSC-CHM,274
3-D,O2,DSC-CHM,76
3-D,OH,DSC-CHM,48
3-D,ORTEP,DSC-CMT,38
3-D,ORTEP Drawing,DSC-CMT,31
3-D,Of Chemistry,DSC-CMT,41
3-D,One-Dimensional,DSC-DSC,87
3-D,Open,DSC-PRO,36
3-D,Optical Image,CMT-CMT,32
3-D,Optical Image,DSC-CMT,61
3-D,Optical Micrograph,CMT-CMT,54
3-D,Optical Micrograph,DSC-CMT,62
3-D,Optical Microscopy,DSC-CMT,44
3-D,Optical Properties,DSC-PRO,37
3-D,Orthorhombic,DSC-SPL,44
3-D,Oxalates,DSC-CHM,39
3-D,Oxidation,DSC-SMT,46
3-D,Oxides,DSC-CHM,62
3-D,Oxygen,CMT-CHM,79
3-D,Oxygen,DSC-CHM,293
3-D,P,CMT-PRO,38
3-D,P,DSC-PRO,53
3-D,PCL,DSC-CHM,31
3-D,PDMS,DSC-CHM,60
3-D,PEG,DSC-CHM,52
3-D,PLGA,DSC-CHM,30
3-D,PMMA,DSC-CHM,44
3-D,PO4,DSC-CHM,30
3-D,PXRD,DSC-CMT,90
3-D,Particle,CMT-DSC,52
3-D,Particle,DSC-DSC,109
3-D,Particle Size,DSC-PRO,61
3-D,Particle Size Distribution,DSC-PRO,34
3-D,Particles,CMT-DSC,183
3-D,Particles,DSC-DSC,349
3-D,Patterned,DSC-DSC,39
3-D,Pb,DSC-CHM,40
3-D,Pd,DSC-CHM,56
3-D,Permeability,CMT-PRO,50
3-D,Permeability,DSC-PRO,66
3-D,Perovskites,DSC-CHM,41
3-D,Perovskites,DSC-SPL,44
3-D,Phase,DSC-PRO,30
3-D,Phase Diagram,DSC-PRO,38
3-D,Phenyls,DSC-CHM,45
3-D,Phosphate,DSC-CHM,64
3-D,Photo Luminescence,DSC-CMT,83
3-D,Physical Properties,DSC-PRO,45
3-D,Plate,CMT-DSC,69
3-D,Plate,DSC-DSC,98
3-D,Plates,CMT-DSC,33
3-D,Plates,DSC-DSC,42
3-D,Platinum,DSC-CHM,44
3-D,Polished,DSC-SMT,33
3-D,Polycrystalline,DSC-DSC,57
3-D,Polymeric,DSC-DSC,35
3-D,Polymers,DSC-DSC,123
3-D,Polystyrene,DSC-CHM,52
3-D,Pore,DSC-PRO,32
3-D,Pore Diameter,DSC-PRO,35
3-D,Pore Size Distribution,DSC-PRO,68
3-D,Pore Sizes,DSC-PRO,98
3-D,Pore Structure,DSC-PRO,58
3-D,Pore Volume,DSC-PRO,41
3-D,Porosity,CMT-PRO,98
3-D,Porosity,DSC-PRO,210
3-D,Porous,CMT-DSC,56
3-D,Porous,DSC-DSC,341
3-D,Powder,CMT-DSC,34
3-D,Powder,DSC-DSC,152
3-D,Powders,DSC-DSC,37
3-D,Power Density,DSC-PRO,38
3-D,Precipitates,CMT-DSC,36
3-D,Precipitates,DSC-DSC,32
3-D,Pressure,DSC-PRO,34
3-D,Pressure Drop,DSC-PRO,48
3-D,Printed,DSC-SMT,36
3-D,Pt,CMT-CHM,34
3-D,Pt,DSC-CHM,109
3-D,Pure,DSC-DSC,37
3-D,Pyridine,DSC-CHM,40
3-D,Quartz,CMT-CHM,35
3-D,Quartz,DSC-CHM,55
3-D,Raman,CMT-CMT,56
3-D,Raman,DSC-CMT,109
3-D,Rate Capability,DSC-PRO,32
3-D,Reactors,DSC-APL,41
3-D,Resistance,DSC-PRO,38
3-D,Resistivity,DSC-PRO,30
3-D,Ribbons,DSC-DSC,49
3-D,Rod,DSC-DSC,39
3-D,Rods,DSC-DSC,51
3-D,Roughness,CMT-PRO,31
3-D,Roughness,DSC-PRO,33
3-D,SAED,CMT-CMT,34
3-D,SAED,DSC-CMT,49
3-D,SEM,CMT-CMT,343
3-D,SEM,DSC-CMT,724
3-D,Scaffold,CMT-DSC,34
3-D,Scaffold,DSC-APL,62
3-D,Scaffold,DSC-DSC,162
3-D,Scaffolds,CMT-DSC,37
3-D,Scaffolds,DSC-APL,43
3-D,Scaffolds,DSC-DSC,210
3-D,Scanning Electron Micrograph,DSC-CMT,49
3-D,Scanning Electron Microscope,DSC-CMT,34
3-D,Scanning Electron Microscopy,CMT-CMT,31
3-D,Scanning Electron Microscopy,DSC-CMT,121
3-D,Se,DSC-CHM,30
3-D,Seismic,CMT-CMT,39
3-D,Self Assembly,DSC-SMT,68
3-D,Semiconductor,DSC-PRO,47
3-D,Sensitivity,DSC-PRO,41
3-D,Sensor,DSC-APL,82
3-D,Shear Stress,DSC-PRO,40
3-D,Sheet,CMT-DSC,32
3-D,Sheet,DSC-DSC,99
3-D,Sheets,DSC-DSC,147
3-D,Shell,DSC-DSC,48
3-D,Si,CMT-CHM,81
3-D,Si,DSC-CHM,172
3-D,SiC,DSC-CHM,30
3-D,SiO2,CMT-CHM,36
3-D,SiO2,DSC-CHM,85
3-D,Silica,CMT-CHM,34
3-D,Silica,DSC-CHM,156
3-D,Silicon,CMT-CHM,58
3-D,Silicon,DSC-CHM,148
3-D,Silver,DSC-CHM,89
3-D,Simulation,DSC-CMT,36
3-D,Single Crystal,CMT-DSC,35
3-D,Single Crystal,DSC-CMT,52
3-D,Single Crystal,DSC-DSC,214
3-D,Single Crystal X-Ray Diffraction,DSC-CMT,92
3-D,Single Layer,DSC-DSC,31
3-D,Singlet,DSC-DSC,57
3-D,Sintered,DSC-SMT,38
3-D,Sintering,DSC-SMT,51
3-D,Sn,DSC-CHM,38
3-D,SnO2,DSC-CHM,30
3-D,Society,DSC-CMT,65
3-D,Sodium,DSC-CHM,34
3-D,Sol-Gel,DSC-SMT,37
3-D,Solar Cell,DSC-APL,47
3-D,Solid,DSC-DSC,57
3-D,Solid State Emission,DSC-CMT,34
3-D,Specific Capacitance,DSC-PRO,42
3-D,Specific Surface Area,DSC-PRO,50
3-D,Sphere,DSC-DSC,102
3-D,Stability,CMT-PRO,33
3-D,Stability,DSC-PRO,145
3-D,Stem Cells,DSC-APL,37
3-D,Stiffnesses,DSC-PRO,79
3-D,Strengths,CMT-PRO,41
3-D,Strengths,DSC-PRO,73
3-D,Stress,CMT-PRO,83
3-D,Stress,DSC-PRO,120
3-D,Stress Strain Curve,CMT-PRO,36
3-D,Stress Strain Curve,DSC-PRO,34
3-D,Structural,CMT-PRO,32
3-D,Structural,DSC-PRO,94
3-D,Structure,CMT-PRO,171
3-D,Structure,DSC-PRO,1129
3-D,Structure,PRO-PRO,56
3-D,Structure Refinement,DSC-CMT,179
3-D,Structures,DSC-PRO,270
3-D,Substrate,CMT-DSC,159
3-D,Substrate,DSC-DSC,397
3-D,Sulfur,DSC-CHM,53
3-D,Supercapacitor,DSC-APL,37
3-D,Supramolecular Structure,DSC-PRO,42
3-D,Surface,CMT-DSC,523
3-D,Surface,DSC-DSC,942
3-D,Surface,DSC-PRO,47
3-D,Surface,PRO-DSC,33
3-D,Surface Area,DSC-PRO,143
3-D,Surface Morphology,CMT-PRO,34
3-D,Surface Morphology,DSC-PRO,49
3-D,Surfaces,CMT-DSC,139
3-D,Surfaces,DSC-DSC,296
3-D,T,CMT-PRO,33
3-D,T,DSC-PRO,44
3-D,TEM,CMT-CMT,146
3-D,TEM,DSC-CMT,375
3-D,TG,DSC-CMT,83
3-D,TGA,DSC-CMT,46
3-D,Temperature,CMT-PRO,99
3-D,Temperature,DSC-PRO,146
3-D,Temperature Distribution,DSC-PRO,32
3-D,Tensile Strength,DSC-PRO,35
3-D,Tetragonal,DSC-SPL,58
3-D,Tga,DSC-CMT,121
3-D,Thermal,DSC-PRO,60
3-D,Thermal Conductivity,DSC-PRO,50
3-D,Thermal Ellipsoids,DSC-CMT,50
3-D,Thermal Ellipsoids,DSC-PRO,36
3-D,Thermal Properties,DSC-PRO,31
3-D,Thermal Stability,DSC-PRO,65
3-D,Thermogravimetric Analysis,DSC-CMT,93
3-D,Thin,DSC-DSC,49
3-D,Thin Films,CMT-DSC,57
3-D,Thin Films,DSC-DSC,124
3-D,Three,DSC-DSC,55
3-D,Three Dimensional,CMT-CMT,299
3-D,Three Dimensional,DSC-CMT,51
3-D,Three Dimensional,DSC-DSC,792
3-D,Three Dimensional,PRO-PRO,51
3-D,Three-,DSC-DSC,31
3-D,Three-Dimensional,DSC-DSC,67
3-D,Ti,CMT-CHM,48
3-D,Ti,DSC-CHM,82
3-D,TiO2,CMT-CHM,30
3-D,TiO2,DSC-CHM,102
3-D,Tissue,DSC-DSC,51
3-D,Tissue Engineering,DSC-APL,88
3-D,Titanium,DSC-CHM,37
3-D,Toluene,DSC-CHM,40
3-D,Topography,CMT-PRO,68
3-D,Topography,DSC-PRO,68
3-D,Topology,DSC-PRO,83
3-D,Transition Metal,DSC-CHM,63
3-D,Transmission Electron Microscopy,DSC-CMT,77
3-D,Transparent,DSC-PRO,39
3-D,Triclinic,DSC-SPL,39
3-D,Tube,DSC-DSC,60
3-D,Tubes,DSC-DSC,50
3-D,Two,DSC-DSC,37
3-D,Two-Dimensional,CMT-CMT,49
3-D,Two-Dimensional,DSC-DSC,193
3-D,UV Vis,DSC-CMT,47
3-D,UV Vis Absorption,DSC-CMT,43
3-D,Unit Cell,DSC-PRO,38
3-D,Velocity,CMT-PRO,79
3-D,Velocity,DSC-PRO,118
3-D,Velocity Profile,DSC-PRO,32
3-D,Velocity Vector,DSC-PRO,36
3-D,Viability,DSC-PRO,37
3-D,Viscosity,DSC-PRO,39
3-D,Wafers,DSC-DSC,55
3-D,Wire,DSC-DSC,36
3-D,Wires,DSC-DSC,30
3-D,X Ray,DSC-CMT,33
3-D,X-Ray Crystallography,DSC-CMT,38
3-D,X-Ray Diffraction,CMT-CMT,43
3-D,X-Ray Diffraction,DSC-CMT,327
3-D,X-Ray Photoelectron Spectroscopy,DSC-CMT,39
3-D,X-Ray Powder Diffraction,DSC-CMT,50
3-D,XPS,CMT-CMT,46
3-D,XPS,DSC-CMT,115
3-D,XRD,CMT-CMT,139
3-D,XRD,DSC-CMT,321
3-D,Young’s Modulus,DSC-PRO,48
3-D,Zeolites,DSC-CHM,45
3-D,Zinc,DSC-CHM,51
3-D,Zn,DSC-CHM,126
3-D,Zn(II),DSC-CHM,52
3-D,ZnO,DSC-CHM,72
3-D,β,DSC-PRO,78
3-D,λ,DSC-PRO,31
3-D,σ,DSC-PRO,35
3-D Model,3-D,CMT-CMT,36
3-D Model,Surface,CMT-DSC,32
3-D Nanostructure,3D,DSC-DSC,122
3-D Nanostructure,Carbon,DSC-CHM,60
3-D Nanostructure,Composite,DSC-DSC,44
3-D Nanostructure,Electrochemical Performance,DSC-PRO,33
3-D Nanostructure,Electrode,DSC-APL,72
3-D Nanostructure,Electrodes,DSC-APL,44
3-D Nanostructure,Film,DSC-DSC,32
3-D Nanostructure,Graphene,DSC-CHM,35
3-D Nanostructure,Layers,DSC-DSC,31
3-D Nanostructure,Morphology,DSC-PRO,37
3-D Nanostructure,Nano Structured,DSC-DSC,38
3-D Nanostructure,Nanoparticles,DSC-DSC,53
3-D Nanostructure,Nanostructure,DSC-DSC,45
3-D Nanostructure,Nanostructures,DSC-DSC,48
3-D Nanostructure,SEM,DSC-CMT,77
3-D Nanostructure,Specific Capacitance,DSC-PRO,32
3-D Nanostructure,Structure,DSC-PRO,44
3-D Nanostructure,Substrate,DSC-DSC,54
3-D Nanostructure,Surface,DSC-DSC,54
3-D Nanostructure,TEM,DSC-CMT,49
3-D Nanostructure,Three Dimensional,DSC-DSC,52
3-D Nanostructure,XRD,DSC-CMT,31
3-D Nanostructures,2D,DSC-DSC,42
3-D Nanostructures,3D,DSC-DSC,109
3-D Nanostructures,Au,DSC-CHM,31