\newfig{Figures/Table_001_MW_vs_LMW_1}{Molecular Weight vs.\ Lower Molecular Weight for EOS Fluid Characterization.}
\newfigpage
\newfig{Figures/Gamma_001_Moles_1}{Molar Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_001_Mass_1}{Mass Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_001_LogMoles_1}{Molar Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_001_LogMass_1}{Mass Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_002_Moles_1}{Molar Gamma Model of GasInput C6+ Moles. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_002_Mass_1}{Mass Gamma Model of GasInput C6+ Moles. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_002_LogMoles_1}{Molar Gamma Model of GasInput C6+ Moles. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_002_LogMass_1}{Mass Gamma Model of GasInput C6+ Moles. Gamma Shape = 18.142, Average = 92.20, Bound = 76.83, Origin = 0.00.}
\newfig{Figures/Gamma_003_Moles_1}{Molar Gamma Fit of GasInput C6+ Moles. Gamma Shape = 2.377, Average = 92.01, Bound = 79.76, Origin = 0.00.}
\newfig{Figures/Gamma_003_Mass_1}{Mass Gamma Fit of GasInput C6+ Moles. Gamma Shape = 2.377, Average = 92.01, Bound = 79.76, Origin = 0.00.}
\newfig{Figures/Gamma_003_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Moles. Gamma Shape = 2.377, Average = 92.01, Bound = 79.76, Origin = 0.00.}
\newfig{Figures/Gamma_003_LogMass_1}{Mass Gamma Fit of GasInput C6+ Moles. Gamma Shape = 2.377, Average = 92.01, Bound = 79.76, Origin = 0.00.}
\newfig{Figures/Gamma_004_Moles_1}{Molar Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 20.667, Average = 90.37, Bound = 73.45, Origin = 0.00.}
\newfig{Figures/Gamma_004_Mass_1}{Mass Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 20.667, Average = 90.37, Bound = 73.45, Origin = 0.00.}
\newfig{Figures/Gamma_004_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 20.667, Average = 90.37, Bound = 73.45, Origin = 0.00.}
\newfig{Figures/Gamma_004_LogMass_1}{Mass Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 20.667, Average = 90.37, Bound = 73.45, Origin = 0.00.}
\newfig{Figures/Gamma_005_Moles_1}{Molar Gamma Fit of GasInput C6+ Moles. Gamma Shape = 1.0202, Average = 92.18, Bound = 80.11, Origin = 80.11.}
\newfig{Figures/Gamma_005_Mass_1}{Mass Gamma Fit of GasInput C6+ Moles. Gamma Shape = 1.0202, Average = 92.18, Bound = 80.11, Origin = 80.11.}
\newfig{Figures/Gamma_005_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Moles. Gamma Shape = 1.0202, Average = 92.18, Bound = 80.11, Origin = 80.11.}
\newfig{Figures/Gamma_005_LogMass_1}{Mass Gamma Fit of GasInput C6+ Moles. Gamma Shape = 1.0202, Average = 92.18, Bound = 80.11, Origin = 80.11.}
\newfig{Figures/Gamma_006_Moles_1}{Molar Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 22.675, Average = 89.97, Bound = 71.57, Origin = 0.00.}
\newfig{Figures/Gamma_006_Mass_1}{Mass Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 22.675, Average = 89.97, Bound = 71.57, Origin = 0.00.}
\newfig{Figures/Gamma_006_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 22.675, Average = 89.97, Bound = 71.57, Origin = 0.00.}
\newfig{Figures/Gamma_006_LogMass_1}{Mass Gamma Fit of GasInput C6+ Log Moles. Gamma Shape = 22.675, Average = 89.97, Bound = 71.57, Origin = 0.00.}
\newfig{Figures/Gamma_007_Moles_1}{Molar Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_007_Mass_1}{Mass Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_007_LogMoles_1}{Molar Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_007_LogMass_1}{Mass Gamma Fit of GasInput C6+ MWs. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_008_Moles_1}{Molar Gamma Model of GasInput C6+ Masses. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_008_Mass_1}{Mass Gamma Model of GasInput C6+ Masses. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_008_LogMoles_1}{Molar Gamma Model of GasInput C6+ Masses. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_008_LogMass_1}{Mass Gamma Model of GasInput C6+ Masses. Gamma Shape = 18.188, Average = 92.19, Bound = 76.79, Origin = 0.00.}
\newfig{Figures/Gamma_009_Moles_1}{Molar Gamma Fit of GasInput C6+ Masses. Gamma Shape = 3.5457, Average = 92.06, Bound = 79.74, Origin = 0.00.}
\newfig{Figures/Gamma_009_Mass_1}{Mass Gamma Fit of GasInput C6+ Masses. Gamma Shape = 3.5457, Average = 92.06, Bound = 79.74, Origin = 0.00.}
\newfig{Figures/Gamma_009_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Masses. Gamma Shape = 3.5457, Average = 92.06, Bound = 79.74, Origin = 0.00.}
\newfig{Figures/Gamma_009_LogMass_1}{Mass Gamma Fit of GasInput C6+ Masses. Gamma Shape = 3.5457, Average = 92.06, Bound = 79.74, Origin = 0.00.}
\newfig{Figures/Gamma_010_Moles_1}{Molar Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 20.694, Average = 90.17, Bound = 73.09, Origin = 0.00.}
\newfig{Figures/Gamma_010_Mass_1}{Mass Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 20.694, Average = 90.17, Bound = 73.09, Origin = 0.00.}
\newfig{Figures/Gamma_010_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 20.694, Average = 90.17, Bound = 73.09, Origin = 0.00.}
\newfig{Figures/Gamma_010_LogMass_1}{Mass Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 20.694, Average = 90.17, Bound = 73.09, Origin = 0.00.}
\newfig{Figures/Gamma_011_Moles_1}{Molar Gamma Fit of GasInput C6+ Masses. Gamma Shape = 2.6588, Average = 92.14, Bound = 79.86, Origin = 0.00.}
\newfig{Figures/Gamma_011_Mass_1}{Mass Gamma Fit of GasInput C6+ Masses. Gamma Shape = 2.6588, Average = 92.14, Bound = 79.86, Origin = 0.00.}
\newfig{Figures/Gamma_011_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Masses. Gamma Shape = 2.6588, Average = 92.14, Bound = 79.86, Origin = 0.00.}
\newfig{Figures/Gamma_011_LogMass_1}{Mass Gamma Fit of GasInput C6+ Masses. Gamma Shape = 2.6588, Average = 92.14, Bound = 79.86, Origin = 0.00.}
\newfig{Figures/Gamma_012_Moles_1}{Molar Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 22.757, Average = 89.62, Bound = 70.82, Origin = 0.00.}
\newfig{Figures/Gamma_012_Mass_1}{Mass Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 22.757, Average = 89.62, Bound = 70.82, Origin = 0.00.}
\newfig{Figures/Gamma_012_LogMoles_1}{Molar Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 22.757, Average = 89.62, Bound = 70.82, Origin = 0.00.}
\newfig{Figures/Gamma_012_LogMass_1}{Mass Gamma Fit of GasInput C6+ Log Masses. Gamma Shape = 22.757, Average = 89.62, Bound = 70.82, Origin = 0.00.}
