\newfig{Figures/Gamma_001_Moles_1}{Molar Gamma Fit of GC2 C11+ MWs. Gamma Shape = 0.76918, Average = 321.10, Bound = 145.04, Origin = 145.04.}
\newfig{Figures/Gamma_001_Mass_1}{Mass Gamma Fit of GC2 C11+ MWs. Gamma Shape = 0.76918, Average = 321.10, Bound = 145.04, Origin = 145.04.}
\newfig{Figures/Gamma_001_LogMoles_1}{Molar Gamma Fit of GC2 C11+ MWs. Gamma Shape = 0.76918, Average = 321.10, Bound = 145.04, Origin = 145.04.}
\newfig{Figures/Gamma_001_LogMass_1}{Mass Gamma Fit of GC2 C11+ MWs. Gamma Shape = 0.76918, Average = 321.10, Bound = 145.04, Origin = 145.04.}
\newfig{Figures/Table_003_TC_vs_MW_1}{Critical Temperature vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_PC_vs_MW_1}{Critical Pressure vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_AF_vs_MW_1}{Acentric Factor vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_VT_vs_MW_1}{Volume Translation vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_TB_vs_MW_1}{Boiling Temperature vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_SG_vs_MW_1}{Specific Gravity vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_VISZ_vs_MW_1}{Viscosity Z-Factor vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Table_003_LVIS_vs_MW_1}{Liquid Viscosity vs.\ Molecular Weight for EOS Fluid Characterization ``13-Component.''}
\newfig{Figures/Env_001_P_vs_T_1}{Saturation Pressure vs.\ Temperature, Phase Envelope for Oil Sample 1.}
\newfig{Figures/Env_001_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, Phase Envelope for Oil Sample 1.}
\newfig{Figures/Env_001_LogP_vs_TI_1}{Log of Saturation Pressure vs.\ 1/Temperature, Phase Envelope for Oil Sample 1.}
\newfig{Figures/Env_001_P_vs_TI_1}{Saturation Pressure vs.\ 1/Temperature, Phase Envelope for Oil Sample 1.}
\newfig{Figures/Expt_007_RV_vs_PRES_1}{Relative Volume vs.\ Pressure for Constant Composition Expansion of Oil Sample 1.}
\newfig{Figures/Expt_007_LS_vs_PRES_1}{Liquid Saturation vs.\ Pressure for Constant Composition Expansion of Oil Sample 1.}
\newfig{Figures/Expt_007_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Constant Composition Expansion of Oil Sample 1.}
\newfig{Figures/Expt_008_V2_vs_PRES_1}{Volume, After Removal, vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Expt_008_MR_vs_PRES_1}{Cumulative Removal vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Expt_008_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Expt_008_LVIS_vs_PRES_1}{Liquid Phase Viscosity vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Expt_008_GDEN_vs_PRES_1}{Gas Phase Density vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Expt_008_GSG_vs_PRES_1}{Gas Specific Gravity vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Expt_008_GZ_vs_PRES_1}{Gas Phase Z-Factor vs.\ Pressure for Differential Liberation of Oil Sample 1.}
\newfig{Figures/Env_002_P_vs_T_1}{Saturation Pressure vs.\ Temperature, Phase Envelope for Oil Sample 2.}
\newfig{Figures/Env_002_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, Phase Envelope for Oil Sample 2.}
\newfig{Figures/Expt_010_SATP_vs_RMI_1}{Saturation Pressure vs.\ Relative Moles Injected for Swelling of Oil Sample 2.}
\newfig{Figures/Expt_010_DEN_vs_RMI_1}{Overall Density vs.\ Relative Moles Injected for Swelling of Oil Sample 2.}
\newfig{Figures/Expt_011_GVF_vs_PRES_1}{Gas Volume Fraction vs.\ Pressure for CCE of 0\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_012_GVF_vs_PRES_1}{Gas Volume Fraction vs.\ Pressure for CCE of 23\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_013_GVF_vs_PRES_1}{Gas Volume Fraction vs.\ Pressure for CCE of 54\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_014_GVF_vs_PRES_1}{Gas Volume Fraction vs.\ Pressure for CCE of 61\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_015_GVF_vs_PRES_1}{Gas Volume Fraction vs.\ Pressure for CCE of 65\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_015_X-C6+_vs_PRES_1}{Liquid C6+ Mole Fraction vs.\ Pressure for CCE of 65\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_015_Y-C6+_vs_PRES_1}{Gas C6+ Mole Fraction vs.\ Pressure for CCE of 65\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_015_K-C6+_vs_PRES_1}{Equilibrium C6+ K-Value vs.\ Pressure for CCE of 65\% Solvent/Oil Mixture.}
\newfig{Figures/Expt_016_GVF_vs_PRES_1}{Gas Volume Fraction vs.\ Pressure for CCE of 78\% Solvent/Oil Mixture.}
\newfig{Figures/Env_003_P_vs_T_1}{Saturation Pressure vs.\ Temperature, Phase Envelope for Oil Sample 3.}
\newfig{Figures/Env_003_LogP_vs_TI_1}{Log of Saturation Pressure vs.\ 1/Temperature, Phase Envelope for Oil Sample 3.}
\newfig{Figures/Expt_018_RV_vs_PRES_1}{Relative Volume vs.\ Pressure for Constant Composition Expansion of Oil Sample 3.}
\newfig{Figures/Expt_019_LV_vs_PRES_1}{Liquid Volume vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_019_MR_vs_PRES_1}{Cumulative Removal vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_019_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_019_LVIS_vs_PRES_1}{Liquid Phase Viscosity vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_019_GZ_vs_PRES_1}{Gas Phase Z-Factor vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_019_GSG_vs_PRES_1}{Gas Specific Gravity vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_019_GVIS_vs_PRES_1}{Gas Phase Viscosity vs.\ Pressure for Differential Liberation of Oil Sample 3.}
\newfig{Figures/Expt_020_V2_vs_PRES_1}{Volume, After Removal, vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_MR_vs_PRES_1}{Cumulative Removal vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_GOR_vs_PRES_1}{Instantaneous GOR vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_CGOR_vs_PRES_1}{Cumulative GOR vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_GSG_vs_PRES_1}{Gas Specific Gravity vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_LMW_vs_PRES_1}{Liquid Phase Molecular Weight vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_Y-C1N2_vs_PRES_1}{Gas C1N2 Mole Fraction vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_Y-C2_vs_PRES_1}{Gas C2 Mole Fraction vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_Y-C3_vs_PRES_1}{Gas C3 Mole Fraction vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_Y-C4+_vs_PRES_1}{Gas C4+ Mole Fraction vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_020_X-C4+_vs_PRES_1}{Liquid C4+ Mole Fraction vs.\ Pressure for Separator Test 1 for Oil Sample 3.}
\newfig{Figures/Expt_021_V2_vs_PRES_1}{Volume, After Removal, vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_MR_vs_PRES_1}{Cumulative Removal vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_GOR_vs_PRES_1}{Instantaneous GOR vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_CGOR_vs_PRES_1}{Cumulative GOR vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_GSG_vs_PRES_1}{Gas Specific Gravity vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_LMW_vs_PRES_1}{Liquid Phase Molecular Weight vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_Y-C1N2_vs_PRES_1}{Gas C1N2 Mole Fraction vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_Y-C2_vs_PRES_1}{Gas C2 Mole Fraction vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_Y-C3_vs_PRES_1}{Gas C3 Mole Fraction vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_Y-C4+_vs_PRES_1}{Gas C4+ Mole Fraction vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_021_X-C4+_vs_PRES_1}{Liquid C4+ Mole Fraction vs.\ Pressure for Separator Test 2 for Oil Sample 3.}
\newfig{Figures/Expt_022_V2_vs_PRES_1}{Volume, After Removal, vs.\ Pressure for Separator Test 3 for Oil Sample 3.}
\newfig{Figures/Expt_022_MR_vs_PRES_1}{Cumulative Removal vs.\ Pressure for Separator Test 3 for Oil Sample 3.}
\newfig{Figures/Expt_022_GOR_vs_PRES_1}{Instantaneous GOR vs.\ Pressure for Separator Test 3 for Oil Sample 3.}
\newfig{Figures/Expt_022_CGOR_vs_PRES_1}{Cumulative GOR vs.\ Pressure for Separator Test 3 for Oil Sample 3.}
\newfig{Figures/Expt_022_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Separator Test 3 for Oil Sample 3.}
\newfig{Figures/Expt_022_GSG_vs_PRES_1}{Gas Specific Gravity vs.\ Pressure for Separator Test 3 for Oil Sample 3.}
