Abroglie

despasito.equations_of_state.saft.Aideal.Abroglie

Abroglie(rho, T, xi, massi)[source]

Return a vector of ideal contribution of Helmholtz energy derived from Broglie wavelength

Parameters:

  • rho (numpy.ndarray) – Number density of system [\(mol/m^3\)]

  • T (float) – Temperature of the system [K]

  • xi (numpy.ndarray) – Mole fraction of each component, sum(xi) should equal 1.0

  • massi (numpy.ndarray) – Vector of component masses that correspond to the mole fractions in xi [kg/mol]

Returns:

Aideal – Helmholtz energy of ideal gas for each density given.

Return type:

numpy.ndarray