Av_neg 2.7e5[m^2/m^3] "Specific surface area"
i0_neg_ref 225[A/m^2] "Reference exchange current density"
Eeq_neg_ref 0[V] "Reference equilibrium potential"
L_neg 780[um] "Electrode thickness"
eps_neg 0.52 Porosity
eps_pos 0.62 Porosity
epsl_neg 0.4*eps_neg "Electrolyte volume fraction"
epsl_pos 0.4*eps_pos "Electrolyte volume fraction"
L_mem 1[mm] "Membrane thickness"
Av_pos 3e4[m^2/m^3] "Specific surface area"
i0_pos_ref 10.1[A/m^2] "Reference exchange current density"
Eeq_pos_ref 1.02[V] "Reference equilibrium potential"
L_pos 800[um] "Electrode thickness"
eps_mem 0.55 Porosity
epsl_mem 1*0.55 "Electrolyte volume fraction"
P_Li2CO3 0.62 "Molar ratio of Li2CO3"
P_K2CO3 0.38 "Molar ratio of K2CO3"
T 650[degC] "Cell temperature"
xH2_neg 0.56 "H2 gas molar fraction"
xCO_neg 0.08 "CO gas molar fraction"
xCO2_neg 0.08 "CO2 gas molar fraction"
xH2O_neg 1-xH2_neg-xCO_neg-xCO2_neg "H2O gas molar fraction"
xO2_pos 0.143 "O2 gas molar fraction"
xCO2_pos 0.285 "O2 gas molar fraction"
xN2_pos 0.522 "N2 gas molar fraction"
xH2O_pos 1-xO2_pos-xCO2_pos-xN2_pos "H2O gas molar fraction"
beta_neg 0.5 "Symmetry factor"
beta_pos 0.5 "Symmetry factor"
M_Li 6.9[g/mol] "Molar mass"
M_K 39.1[g/mol] "Molar mass"
M_CO3 60[g/mol] "Molar mass"
E_cell 0.75[V] "Cell voltage"
rho 1.925e3[kg/m^3] "Electrolyte density"