csmax 21190[mol/m^3] "Maximum intercalated lithium concentration (host capacity)"
cap 1.8[mAh/cm^2] "Cross-sectional jelly roll capacity"
epss cap/(F_const*csmax*L_pos) "Electrode phase volume fraction in porous electrode"
L_pos 70[um] "Electrode thickness"
rp 200[nm] "Particle radius (macroparticles)"
Av 3*epss/rp "Specific surface area"
cs_avg_tp_min Eeq_poor_inv(Eeq_rich(cs_rich_min)) "Minimum average concentration for two-phase behavior"
cs_avg_tp_max Eeq_rich_inv(Eeq_poor(cs_poor_max)) "Maximum average concentration for two-phase behavior"
cs_poor_max 935[mol/m^3] "Maximum intercalated lithium concentration, lithium-poor particles"
cs_rich_min 20278[mol/m^3] "Minimum intercalated lithium concentration, lithium-rich particles"
T 25[degC] "Cell temperature"
eps_binder 18[%] "Binder volume fraction in porous electrode"
epsl 1-eps_binder-epss "Electrolyte volume fraction in porous electrode"
L_sep 50[um] "Separator thickness"
epsl_sep 0.4 "Electrolyte volume fraction in separator"
cl_0 1[M] "Initial and reference electrolyte concentration"
cs_init Eeq_rich_inv(Eeq_init) "Initial intercalated lithium concentration"
cs_poor_init cs_poor_max "Initial intercalated lithium concentration, lithium-poor particles"
cs_rich_init cs_init "Initial intercalated lithium concentration, lithium-rich particles"
Eeq_init 3[V] "Initial equilibrium potential"
i0_ref 1[A/m^2] "Reference exchange current density"
i1C cap/1[h] "1C current density"
t_ch_dch_init 0.98[h] "Initial charge time in load cycle"
t_rest 10[min] "Rest time in load cycle"