\newfig{Figures/Gamma_001_LogMoles_1}{Molar Gamma Fit of Oil1 C10+ Masses. Gamma Shape = 0.87535, Average = 293.64, Bound = 132.89, Origin = 132.89.}
\newfig{Figures/Expt_002_RV_vs_PRES_1}{Relative Volume vs.\ Pressure for Lab2 Constant Composition Expansion.}
\newfig{Figures/Expt_003_LV_vs_PRES_1}{Liquid Volume vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Expt_003_MR_vs_PRES_1}{Cumulative Removal vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Expt_003_LDEN_vs_PRES_1}{Liquid Phase Density vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Expt_003_LVIS_vs_PRES_1}{Liquid Phase Viscosity vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Expt_003_GZ_vs_PRES_1}{Gas Phase Z-Factor vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Expt_003_GSG_vs_PRES_1}{Gas Specific Gravity vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Expt_003_GVIS_vs_PRES_1}{Gas Phase Viscosity vs.\ Pressure for Lab2 Differential Liberation.}
\newfig{Figures/Env_001_P_vs_T_1}{Saturation Pressure vs.\ Temperature, Oil1 Phase Envelope.}
\newfig{Figures/Env_001_LogP_vs_T_1}{Log of Saturation Pressure vs.\ Temperature, Oil1 Phase Envelope.}
\newfig{Figures/Env_001_LogP_vs_TI_1}{Log of Saturation Pressure vs.\ 1/Temperature, Oil1 Phase Envelope.}
