All these results are listed in Report tab which can be printed. The program allows the calculation of the thermodynamic properties at arbitrary temperature and density or pressure conditions (List), tables with even spaced increments of temperature and density/volume (Table), or properties at the vapor saturation curve (Saturation). Inner energy, enthalpy, Helmholtz free energy, Gibbs free energy, entropy, heat capacity at constant V and P, ideal heat capacity at constant P, speed of sound, isobaric expansion coefficient, relative pressure coefficient, isothermal compressibility, Joule Thompson coefficient, isentropic temperature-pressure coefficient, isothermal throttling coefficient, isothermal stress coefficient, second virial and third coefficient, fugacity and fugacity coefficient, compressibility factor. Derivatives of the Helmholtz free energy with respect to density and temperature allows the calculation of the following thermodynamic properties: PureFluids calculates the Helmholtz free energy for various pure fluids using equations of state (EOS) collected from the scientific literature.
