Properties (go back to PureFluids)
Beside the physical conditions temperature T, pressure P, volume V, and density 𝜌 the following properties can be calculated:
inner energy U
enthalpy H
Helmholtz free energy F
Gibbs free energy G
entropy S
heat capacity (constant V) cV
heat capacity (constant P) cP
ideal heat capacity (constant P) cPideal
speed of sound w
isobaric expansion coefficient 𝛼
relative pressure coefficient 𝛼P
isothermal compressibilty 𝛽
Joule Thompson coefficient 𝜇
isentropic temperature-pressure coefficient 𝛽S
isothermal throttling coefficient 𝛿T
isothermal stress coefficient 𝛽P
second virial coefficient Bvirial
third virial coefficient Cvirial
fugacity coefficient 𝜙
compressibility factor z
fugacity f
Physical Chemistry of Earth´s Materials
The Use of Thermodynamics in Geosciences: Explanations, Tools, and Code
