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train_100 | What is described in this image? | Figure 1. 1H NMR spectra of MIC (A) and UPy (B) in DMSO-d6. | |
train_101 | What is described in this image? | FIG. 7. TEM images of graphene oxide-epoxy nanocomposites at 0.5% GO loading (a) at low and (b) high magnification. | |
train_102 | What is described in this image? | Fig. 12.3 Schematic representation of TLC chamber | |
train_103 | What is described in this image? | Table 3 Peak temperatures at various heating rates of peak 1 and peak 2 in SLM built sample DSC scans. | |
train_104 | What is described in this image? | Fig. 6. MDSC traces of Liprol™ 270-MDI PU and Liprol™ 320-MDI PU. | |
train_105 | What is described in this image? | Table 2 Chemical composition of investigated glass (wt%). | |
train_106 | What is described in this image? | Fig. 1 e The ionic conductivity of polymer electrolytes with different weight fraction of BmImBr. | |
train_107 | What is described in this image? | Table 1 Phase transition temperatures, hysteresis and optical properties | |
train_108 | What is described in this image? | Table 1. Processing parameters used for PHB extrusion and injection. | |
train_109 | What is described in this image? | Table 2 Percentage of reacted and unreacted OH groups on the diols | |
train_110 | What is described in this image? | Fig. 3. X-Ray powder diffraction pattern of two Ga2O3 films annealed at 900 C in O2 or N2 flow (samples 146g5 and 146g6 in Table 1). | |
train_111 | What is described in this image? | FIG. 2. (a) Thermopower (α) peak in Cu2Se (blue circles) and Cu1.97Ag.03Se (green squres). The increase in thermopower, shown with a critical exponent fit, is clearly associated with the continuous phase transition. Between 390 K and 410 K, there is a significant increase in the measured thermopower above that predicte... | |
train_112 | What is described in this image? | Figure 10. Effect of heating rate on the glass transition temperature and relaxation time as functions of annealing time. (A) Experimentally observed (DSC onset) Tg. (B) Simulation based prediction (Tg*, eq 8). (C) Evolution of relaxation time during heating at 2 °C/min, as a function of annealing time. (D) Evolution o... | |
train_113 | What is described in this image? | Figure 5. Double logarithmic plot of the conversion C vs. time curves above tc for (a) TXþNMDEA, (b) TX-OCH2COOH, and (c) TX-SCH2COOH photoinitiators, respectively. The exponents were determined from the slope of the straight lines. | |
train_114 | What is described in this image? | Figure 3. Temperature for the tan δ peak positions (Tg1 andTg2) versus the logarithm of frequency. | |
train_115 | What is described in this image? | Table 3 Interatomic distance r, temperature factor b, and the number of interactions n of models obtained by the least-squares fits in Fig. 7 for water in Ph-PMO, together with those for water confined in MCM-41 C14 [5]. The estimated standard deviations in r and n are ±0.01 Å and ±0.2, respectively. | |
train_116 | What is described in this image? | Table 1. Curing Characteristics of Samples Containing the Different Loadings of ESO | |
train_117 | What is described in this image? | Fig. 9 Infrared spectra of felodipine/PVP/VA solid dispersion showing (a) the NH stretching region (3150–3450 cm 1) and (b) the carbonyl stretching region (1550–1800 cm 1). Percentages represent the weight percentage of PVP/VA in the solid dispersion. | |
train_118 | What is described in this image? | Fig. 3. Stressestrain curves for polyurethane films from different vegetable oil polyols. | |
train_119 | What is described in this image? | Fig. 2—(a) Fe-C equilibrium diagram with the critical carbon range between 0.09 and 0.17 wt pctC, and (b) influence of alloying elements on the Fe-C system. | |
train_120 | What is described in this image? | Table 4 Experimentally measured specific heat values (heating). | |
train_121 | What is described in this image? | Figure 2. Flash DSC heating scans demonstrating the calculation of the limiting fictive temperature (Tf′) for the 160 nm thick film on Krytox oil (top) and the 71 nm thick film on Krytox oil (bottom); the scans were performed on heating at 800 K/s after cooling at either 0.1 and 100 K/s. Curves were rotated to be horiz... | |
train_122 | What is described in this image? | Fig. 3. 3D AFM micrographs with RMS roughness of starch bioplastic (A) Starch bioplastic (160 X), (B) Starch Bioplastic (1800 X), (C) Presence of granules (650 X), (D) Presence of void (1600 X), (E)–(F) Presence of crack (6500 X). | |
train_123 | What is described in this image? | FIG. 2. The reaction mechanism for synthesis of smart polymers. Color images available online at www.liebertpub.com/tec | |
train_124 | What is described in this image? | Table 1 Glass transition temperatures (Tg) of NaxEMIm(1 x)TFSI and NaxBMIm(1 x)TFSI for molar fractions x ¼ 0, 0.1, 0.2, and Sat (saturated sample). | |
train_125 | What is described in this image? | Table 1 Dynamic parameters of DPPC in absence and presence of NBD-PC | |
train_126 | What is described in this image? | Fig. 2. X-ray diffraction patterns of ZrW2O8 at 25, 150 and 2208C. Both the patterns at 25 and 1508C can be indexed as cubic symmetry. The pattern at 2208C can also be indexed as cubic symmetry, however, several peaks such as 111, 221, 310 and so on disappear. | |
train_127 | What is described in this image? | Fig. 10. Material properties use | |
train_128 | What is described in this image? | Fig. 2. The DSC thermograms during cooling process for HL lignite with different moisture contents of: (a) 50.22%; (b) 42.37%; (c) 40.16%; (d) 37.49%; (e) 33.13%; (f) 31.93%; (g) 30.92%; (h) 29.56%; (i) 27.84%; (j) 27.63%; (k) 24.55%; (l) 21.16%; (m) 17.42%. | |
train_129 | What is described in this image? | FIG. 6. Square root of the transition width of the thermal glass transition versus Tg. | |
train_130 | What is described in this image? | Fig. 7. OTP heat capacity measured by FDSC at different scanning rates. | |
train_131 | What is described in this image? | Fig. 6. Evaluation of the specific heat of a pharmaceutical sample run in a pan with a pierced lid. Curve a: original total heat flow; curve b: baseline corrected heat flow; curve c: remnant water content in the sample; curve d: apparent specific heat; curve e: specific heat of the dry sample. | |
train_132 | What is described in this image? | Fig. 5. Alternating DSC scan (Mettler±Toledo STARe system) through the glass-transition region of a fully cured epoxy resin of sample mass 20.15 mg using the following conditions: qav 18C/min; AT 18C; and per 1 min [28]. | |
train_133 | What is described in this image? | Table 2 Characteristic temperatures of phase transitions of investigated steel grades obtained during heating and calculated making use of FactSage software | |
train_134 | What is described in this image? | Figure 1. (a) Schematics of the fabrication of the PMMA/DCNTA nanocomposite. (b) Pictures of pristine CNTA and DCNTA. SEM images of the pristine CNT array (c) and PMMA/DCNTA (d). The Mw of PMMA is 15 kg/mol, and the scale bar is 1 μm. | |
train_135 | What is described in this image? | Table 2 WAXD and DSC data of non-equimolar PLLA/PDLA blends prepared by low temperature approach at processing temperature of 160 C.a | |
train_136 | What is described in this image? | Table 1. Gel Times at 25°C and reactivity of resins activated (0.5% Cobalt octoate) e catalyzed with MEKP and AAP (1%) in presence or not of the inhibitor (0.5%) | |
train_137 | What is described in this image? | Fig. 2. The schematic diagram of the thermal conductivity test. | |
train_138 | What is described in this image? | Fig. 8. Melting peak temperatures of neat POM and POM samples containing 1.4, 3.4, 4.5 and 5.4 mass% of dioxalane at a heating rate of 150 ◦C/min after various cooling rates (from 5 to 300 ◦C/min): (a) uncorrected data and (b) data ( k | |
train_139 | What is described in this image? | Table 2 Antibacterial activity of polysaccharides from olive leaves. | |
train_140 | What is described in this image? | Fig. 2. From left to right, the pictures taken at room temperature for lactic acid (melting point 326 K), lactic acid:choline chloride at molar ratio 2:1 (melting point 206 K) and choline chloride (decomposition temperature 575 K). | |
train_141 | What is described in this image? | Fig. 5. Fractography images of: (a) TAGS-80, (b) TAGS-85, and (c) Ge0.87Pb0.13Te + 3% Bi2Te3, following mechanical compression testing. | |
train_142 | What is described in this image? | Figure 6. (a) UV vis diffuse reflectance spectra and (b) PL spectra of h-MoO3 hexagonal prisms and a-MoO3 nanoplate-based rods. | |
train_143 | What is described in this image? | Figure 5 FTIR-PAS spectrum of carbonyl band in PLA : PS 50 : 50 blend. | |
train_144 | What is described in this image? | Fig. 5. The stability assessment of lutein, LPP and LPTP in the dark at 80 C (A), under UV light at 25 C (B) and in flowing oxygen in the dark at 25 C (C). | |
train_145 | What is described in this image? | Figure 8. Crystal growth rate corrected for thermodynamic driving force, plotted against the undercooled melt viscosity in a log−log format for a subset of the compounds. | |
train_146 | What is described in this image? | Figure 12. Schematic of the melting and crystallization rates as a function of supercooling and superheating. The equilibrium melting temperature is Tm. | |
train_147 | What is described in this image? | Figure 9. Weight loss of treated PLA and plasticized PLA with: (a) PLA/TEC; (b) PLA/ATBC at various concentrations after heating at 100 °C and 135 °C. | |
train_148 | What is described in this image? | Fig. 2. MALDI-TOF spectrum of methoxylated soybean oil polyol. | |
train_149 | What is described in this image? | Figure 4. Through-plane small-angle X-ray scattering profiles of PIL (a) block and (b) random copolymers (containing TFSI counteranions). Numbers on graph correspond to PIL composition (mol %). Data in (a) are vertically offset for clarity. | |
train_150 | What is described in this image? | FIG. 1 (color online). Top: Schematic representation of the glass-transition temperature gradient in the vicinity of a particle, with a cutoff at Tmax g . The volume Vimm represents the immobilized protons at the surface of the particle, corresponding to a thickness e0, Vg the volume on which the Tg gradient is applied... | |
train_151 | What is described in this image? | Table 2. Lattice parameters for ‘as-received’ and ‘retrieved’ NiTi wires. | |
train_152 | What is described in this image? | Fig. 1. Structures of (A) DPPC, (B) C6-NBD-PC and (C) C12-NBD | |
train_153 | What is described in this image? | Fig. 3. TGA analysis of PMMA/paraffin microcapsules, paraffin and PMMA. | |
train_154 | What is described in this image? | Figure 14. DSC traces of PU obtained by polymerization of HMODAz (5/5′) derived from methyl oleate (run 4 (vii), Table 1), PU obtained by polymerization of HODEAz (8) derived from ricinoleic acid (run 9, Table 1), and PU obtained by polymerization of MHHDC (10) derived from ricinoleic acid (run 2, Table 2). | |
train_155 | What is described in this image? | Fig. 7. Melting point depression T for 18.2 nm CPG from DSC heating scans at 0.05 K/min as a function of the water-to-CPG ratio. The symbols are for Tpk ( ), Ton ( ), and Ton-pk ( ) methods. | |
train_156 | What is described in this image? | Table 3 Calculated theoretical reaction enthalpy. | |
train_157 | What is described in this image? | Figure 3. Differential scanning calorimetry curves of hydroxyapatite, showing the endo- and exothermic peaks at onset temperatures of 480.0 ± 0.3 K during heating and cooling, respectively. Note that the temperature at which the heat anomaly was observed agreed well with that at which the superstructure reflection disa... | |
train_158 | What is described in this image? | TABLE 2 Parameters of the Relaxation Model, Evaluated from the T1 Temperature Dependence in the Solid Phases of 5CB | |
train_159 | What is described in this image? | Fig. 7. DSC curves of the nanocomposites. | |
train_160 | What is described in this image? | Fig. 10. (a) Representative adhesive Araldite® 2015 tensile stress–strain curves after different exposure time; (b) Normalized mechanical properties as a function of exposure time. | |
train_161 | What is described in this image? | Fig. 3. Second derivative of amide A band from FTIR spectra of films based on mixtures of fish gelatin (G) and lignin (L1000 and L2400) at the ratio 85% gelatin: 15% lignin (w/w). Single gelatin film, G; compound films with lignin, GeL1000 and GeL2400. | |
train_162 | What is described in this image? | Figure 7. Deconvolution of DSC profile into the duplicated melting or crystallization contributions indicated by different lines for the nucleation-crystallized sample. The observed and fitted profiles are represented by solid and dotted lines. | |
train_163 | What is described in this image? | Fig. 6. CD spectra of RL9 (A), RW9 (B) and R9 (C) in 10 mM sodium phosphate buffer (solid line), DMPC LUVs (hatched line) and DMPG (dotted line) at P/L ratio of 1/25 measured at 20 °C. | |
train_164 | What is described in this image? | Figure 8. Boson peak frequency ωbos plots as a function of temperature for the (TeO2)0.7(ZnO)0.3 glass with (full symbols) and without (open symbols) subtraction of the quasi-elastic scattering component. The inset shows a plot of the frequency ωmin as a function of temperature for the (TeO2)0.7(ZnO)0.3 glass, where ωm... | |
train_165 | What is described in this image? | Table 1 shows the glycosidic linkage composition of the three alactomannans. Partially methylated alditol acetates analyzed by C/MS revealed a polysaccharide containing nonreducing terminal nits of Manp (0.35%, 0.30% and 0.13%) and Galp (17.23%, 20.92% nd 34.02%) as well as 4-Manp (59.15%, 53.18% and 24.73%), 4,6- anp ... | |
train_166 | What is described in this image? | Fig. 4. DSC thermogram at a heating rate of 10 C/min. | |
train_167 | What is described in this image? | Fig. 7 WAXD curves of AnP3, AnP3P, AnP4 and AnP4P: (a) pressed sample; (b) annealed sample; (c) pressed sample; (d) annealed sample. | |
train_168 | What is described in this image? | Fig. 8. Temperature evolution of experimental infrared spectra. | |
train_169 | What is described in this image? | Figure 3. FTIR spectra of (a) eda600, (b) uncured poly(BA-eda600), (c) poly(BA-eda600) cured at 150 C for 2 h, and (d) poly(BA-eda600) cured at 180 C for 2 h. | |
train_170 | What is described in this image? | Table 2a List of infrared wave numbers and vibrational mode for PEO, LiCF3SO3 and EC. | |
train_171 | What is described in this image? | Table 2. VFT Fit Parameters for The Temperature Dependence of τs | |
train_172 | What is described in this image? | Fig. 14. Comparison of dissolution profiles of ITZ HMEs and PMs using various polymers – (a) ITZ HMEs and PMs (30:70) in SGF, (b) ITZ HMEs and PMs (50:50) in SGF, (c) ITZ HMEs (30:70) in SIF and (d) ITZ HMEs (50:50) in SIF. No release of ITZ was observed from pure ITZ sample and PMs of ITZ in SIF. | |
train_173 | What is described in this image? | Fig. 7.2 Schematic representation of emission spectra in atomic emission spectroscopy | |
train_174 | What is described in this image? | Fig. 1. Plots of conductivity and viscosity with LiBOB concentration. | |
train_175 | What is described in this image? | Table 1 Particle sizes and DSC peaks for VO2 nanobumps. | |
train_176 | What is described in this image? | Fig. 8. Comparison of CO2/N2 separation performance of polyurethane–silica nanocomposite membranes with Robeson’s upper bound line. | |
train_177 | What is described in this image? | Fig. 6. Backscattered electron images of the FeCoNi(CuAl)0.8 alloys: (a) as-cast; (b) annealed at 573 K; (c) annealed at 623 K; (d) annealed at 673 K. | |
train_178 | What is described in this image? | Table 2: Technical specifications of Differential scanning calorimetry | |
train_179 | What is described in this image? | Fig. 3. DSC curves of PHB/soda lignin. | |
train_180 | What is described in this image? | Table 4 Transformation characteristics determined after deconvolution. | |
train_181 | What is described in this image? | Table 1 Compositional dependence of crystallization parameters Tc , Tg , Tm , (Tc − Tg) and crystallization enthalpy ( Hc) of Ga15Se85−xAgx from non-isothermal DSC experiments at a heating rate of 15 K/min. | |
train_182 | What is described in this image? | Figure 11. Kissinger analysis on Tpa on reheating. | |
train_183 | What is described in this image? | Fig. 10. Comparison of the residual tensile strength variation with temperature reported here and that reported by Bai and Keller [8] and Robert and Benmokrane [9]. | |
train_184 | What is described in this image? | Fig. 4. DSC curves of MMG samples. | |
train_185 | What is described in this image? | Fig. 7. Relative concentrations of the four binders at 318.15 K (45 °C): (a) OX direction; (b) OY direction. | |
train_186 | What is described in this image? | Fig. 6 Views of Si sample after DSC test: a photograph of solidified Si sample connected with alumina lid (upside down position of the lid), b 3D-CT image of alumina crucible coated with h-BN spray and covered with uncoated alumina lid showing Si drop solidified on the lid | |
train_187 | What is described in this image? | Fig. 5 The thermogram of pure SOPC sample | |
train_188 | What is described in this image? | Fig. 1. Temperature dependence of the heat ¯ow of a DGEBA/ DDM network containing 20 wt% PES after di erent curing times at 373 K (heating rate: 10 K/min) measured by conventional DSC. The curing times are 0 min (sample weight: 27.9 mg), 30 min (sample weight: 27.1 mg), 60 min (sample weight: 37.7 mg) and 200 min (samp... | |
train_189 | What is described in this image? | Table 9 Fit parameters of the DSCN(T) for experimental curves of 6 mg of PHBVH after calibration at the onset for the given sample mass and rate (the error margins are from the nonlinear fitting), *nonlinear least squares error out of the bounds due to indeterminate high α value | |
train_190 | What is described in this image? | Fig. 3. Tensile properties as a function of PC/PLA wt. ratio; compared with neat PLA and PC. | |
train_191 | What is described in this image? | Fig. 7. Food-mass based latent heat obtained during P-scan tests as compared to the reference data of pure water from Bridgman (1912). | |
train_192 | What is described in this image? | Figure 1. Chemical structures of azo-arm compounds. | |
train_193 | What is described in this image? | FIG. 3. Temperature dependences of lattice parameters of Aurivillius compounds: Bi5Ti3FeO15 a ; Bi6Ti3Fe2O18 b ; the tetragonal phase of Bi5Ti3FeO15 c ; and the tetragonal phase of Bi6Ti3Fe2O18 d . The data of tetragonal phases are represented as 2atet and 2Vtet for comparison. | |
train_194 | What is described in this image? | Fig. 11. (a) The Ti–Ni binary phase diagram; (b) Schematic illustration of phase transformations between austenite and martensite upon loading and unloading, and heating and cooling. | |
train_195 | What is described in this image? | Fig. 7 TGA of epoxy/POSS composites with different inorganic contents at 10 °C/min in a nitrogen atmosphere | |
train_196 | What is described in this image? | Table 2 Color properties and transmittance of films. | |
train_197 | What is described in this image? | Table 1 List of ATR-FTIR vibrational modes of CMC and PVA. | |
train_198 | What is described in this image? | Fig. 5. Temperature dependencies of the relative Gibbs free energy curves for the three modifications solid x1, solid x2, and liquid phase. | |
train_199 | What is described in this image? | Fig. 9. Temperature evolution of experimental spectra-correlations (X axis-temperature [K], Y-axis-wavenumbers (cm 1), gray rectangle – area of phase transition). |
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