mpet.electrolyte package

Submodules

mpet.electrolyte.Colclasure20 module

mpet.electrolyte.Doyle96_EC_DMC_1_2 module

mpet.electrolyte.Doyle96_EC_DMC_2_1 module

mpet.electrolyte.LIONSIMBA_isothermal module

mpet.electrolyte.LIONSIMBA_nonisothermal module

mpet.electrolyte.LiClO4_PC module

mpet.electrolyte.solid_elyte module

mpet.electrolyte.valoen_bernardi module

mpet.electrolyte.valoen_reimers module

Module contents

This module provides functions defining properties of the ion-conducting phase – the electrolyte Manage functions for the parameters involved in Stefan-Maxwell based concentrated electrolyte transport theory for binary electrolytes.

Each electrolyte set must output functions for the following as a function of c (electrolyte concentration, M)

Dchem [m^2/s] = the prefactor for grad(c) in species conservation

sigma [S/m] = the conductivity

(1 + dln(f_pm)/dln(c)) = the “thermodynamic factor”

t_+^0 = the transference number of the cations

T in these equations is nondimensionalized wrt 298K