C_sat (Liquid Phase)

• DEFAULT 1: CSExpansion: (Output details)

  C_sat = (åa_i+1× tⁱ) + b/t , where the summation is from i = 0 to nTerms -1.

• DEFAULT 2: PolynomialHC: (Output details)

  C_sat = å a_i× T ⁱ, where the summation is from i = 0 to nTerms - 1.

• Alternative 1: Yaws.PolynomialExpansion (Output details)

  C_sat = å a_i× T ⁱ, where the summation is from i = 0 to nTerms - 1

• Alternative 2: DIPPR.PolynomialExpansion (Output details)

  C_sat = å a_i× T ⁱ, where the summation is from i = 0 to nTerms - 1

• Alternative 3: PPDS 15 (Output details)

  C_sat / R = a₀/t + a₁ + a₂×t + a₃×t² + a₄×t³ + a₅×t⁴

  where t = 1 - T/T_c, T_c is the critical temperature, and R is the gas constant.