Fig. 8 Zoom 1 H-NMR spectra of RT asphaltene sample in the aliphatic region. More about this image found in Zoom 1 H-NMR spectra of RT asphaltene sample in the aliphatic region.

Fig. 9 Zoom 1 H-NMR spectra of RG asphaltene sample in the aliphatic region. More about this image found in Zoom 1 H-NMR spectra of RG asphaltene sample in the aliphatic region.

Fig. 2 FTIR spectrum of the (a) aliphatic diacrylate monomer and polymer, (b) the aliphatic triacrylate monomer and aliphatic diacrylate/triacrylate blend polymer, and (c) urethane monomer and polymer. The disappearance of the C–C double-bond peaks verifies substantial monomeric conversion by mean... More about this image found in FTIR spectrum of the (a) aliphatic diacrylate monomer and polymer, (b) the ...

Fig. 5 FTIR spectrum of particles prepared with (a) aliphatic diacrylate monomer, (b) aliphatic diacrylate/triacrylate monomer blend, and (c) urethane monomer. The particles were prepared by means of suspension photopolymerization using a continuous phase of 5 M NaCl or 5 M HCl. More about this image found in FTIR spectrum of particles prepared with (a) aliphatic diacrylate monomer, ...

Fig. 10 SEM images of particles comprising aliphatic acrylate (a) without exposure and (b) after exposure to HP/HT conditions (i.e., 24 hours at 100°C, 10,000 psi, 8 wt% NaCl, 2 wt% CaCl 2 ). The scale bars represent 500 μm. More about this image found in SEM images of particles comprising aliphatic acrylate (a) without exposure ...

Flg. 1 13 C NMR spectra of aliphatic and aromatic regions for two crude oils. NM0104 aromatic has been expanded four times; WT1175 aromatic expanded eight times. More about this image found in 13 C NMR spectra of aliphatic and aromatic regions for two crude oils. NM01...

Figure 2 Aliphatic and Olefin More about this image found in Aliphatic and Olefin

Fig. 3 The TPH Fractions [Aliphatic (Ali) and Aromatic (Aro)] and Vacuum Residuum >C« Fraction for Minas and Duri Oils More about this image found in The TPH Fractions [Aliphatic (Ali) and Aromatic (Aro)] and Vacuum Residuum ...

Fig. 10 Solubilities S of aliphatic hydrocarbons as a function of hydrocarbon carbon number. NTNPSDS – S at T = 298K and P = 0.101MPa from solubility data series; NTNPYaws - S at T = 298K and P = 0.101MPa from Yaws, Bu and Nijahawan 26 ; HTNPYaws - S at T=344K and P = 0.101MPa from Yaws, Bu and ... More about this image found in Solubilities S of aliphatic hydrocarbons as a function of hydrocarbon carbo...

Figure 4 Aliphatic hydrocarbon treatment cell, Bubiyan pilots-scale test. More about this image found in Aliphatic hydrocarbon treatment cell, Bubiyan pilots-scale test.

Figure 2 GC chromatogram indicating the degradation of Aliphatic (left) and Aromatic (right) fractions of the TPH by different bacterial strains isolated from crude oily sludge and oil contaminated soil of Gujarat Refinery, India. More about this image found in GC chromatogram indicating the degradation of Aliphatic (left) and Aromatic...

Figure 2 Generalized comparison of biodegradation sequence between aliphatic and aromatic hydrocarbons of crude oils. Arrows indicate extent of depletion of compound class where first altered (dashed lines), significant depletion (solid grey line) and completely removed (black arrow). Indicated ch... More about this image found in Generalized comparison of biodegradation sequence between aliphatic and aro...

Fig. 1 Phase diagram of paraffin fraction in an aliphatic organic solvent. More about this image found in Phase diagram of paraffin fraction in an aliphatic organic solvent.