rp_neg 2.50e-6[m] "Particle radius negative electrode"
rp_pos 0.25e-6[m] "Particle radius positive electrode"
sigmas_neg 100[S/m] "Electric conductivity, negative electrode"
sigmas_pos 91[S/m] "Electric conductivity, positive electrode"
epss_pos 1-epsl_pos-0.170 "Solid phase volume fraction positive electrode"
epsl_pos 0.41 "Electrolyte phase volume fraction positive electrode"
brugl_pos 2.98 "Bruggeman coefficient for tortuosity in positive electrode"
epss_neg 1-epsl_neg-0.172 "Solid phase volume fraction negative electrode"
epsl_neg 0.444 "Electrolyte phase volume fraction negative electrode"
epsl_sep 0.370 "Electrolyte phase volume fraction separator"
brugl_sep 3.15 "Bruggeman coefficient for tortuosity in separator"
i0ref_neg 0.96[A/m^2] "Reference exchange current density negative electrode"
i0ref_pos 36.61[A/m^2] "Reference exchange current density positive electrode"
cl_0 1200[mol/m^3] "Initial electrolyte salt concentration"
L_neg 55e-6[m] "Length of negative electrode"
L_sep 30e-6[m] "Length of separator"
L_pos 40e-6[m] "Length of positive electrode"
T 45[degC] "Cell temperature"
E_cell_100SOC 4.1[V] "Cell voltage at 100% SOC"
E_cell_0SOC 2.5[V] "Cell voltage at 0% SOC"
E_max E_cell_100SOC "Maximum cell voltage in cycling protocol"
E_min E_cell_0SOC "Minimum cell voltage in cycling protocol"
kappa_film 5e-6[S/m] "SEI layer conductivity"
M_sei 0.16[kg/mol] "Molar mass of product of side reaction"
rho_sei 1.6e3[kg/m^3] "Density of product of side reaction"
dfilm_0 1[nm] "Initial SEI layer thickness"
alpha 0.67 "Aging parameter"
J 8.4e-4 "Aging parameter"
f 2.0e2[1/s] "Aging parameter"
H 6.7 "Aging parameter"
csmax_neg 31507[mol/m^3] "Maximum concentration, negative"
i1C_loc csmax_neg*0.8*F_const*rp_neg/(3*1[h]) "Aging parameter"
Av_neg 3*0.384/rp_neg "Surface area"
t_factor 100 "Time acceleration factor"
no_cycles 2000 "Number of cycles"
t_cycling no_cycles*10000/t_factor "Approximative total cycling time"
A_cell 1[m^2] "Cell cross-sectional area"
C_rate 1 "C-rate"