cCu0 1[uM] "Initial Cu+ concentration"
cCu_ref 1[M] "Reference Cu+ concentration"
cCucov rho_Cu/M_Cu*L_Cumono "Molar amount of copper in plated monolayer on surface of negative active material"
cs_max_neg 31507[mol/m^3] "Maximum negative electrode material host capacity"
cs_max_pos 50060[mol/m^3] "Maximum positive electrode material host capacity"
D_Cu 2e-9[m^2/s] "Diffusion coefficient of Cu+"
depth_dent 50[um] "Dent depth in negative active material"
Eeq_Cu 3.5[V] "Copper equilibrium potential vs Li(s)/Li+"
epsbinder_pos 0.1*epss_pos "Binder (including conductive filler) volume fraction in positive electrode"
epsl_neg 1-epss_neg "Electrolyte volume fraction in negative electrode"
epsl_pos 1-epss_pos-epsbinder_pos "Electrolyte volume fraction in positive electrode"
epsl_sep 0.5 "Electrolyte volume fraction in separator"
epss_neg 0.6 "Electrode volume fraction in negative electrode"
epss_pos 0.6 "Electrode volume fraction in positive electrode"
I_1C_cell 0.2[A] "1C current for undamaged negative electrode coating"
i0_ref_CuMetal 1[A/m^2] "Dissolution/deposition reference exchange current density of copper"
i0_ref_neg 10[A/m^2] "Exchange current density at 50% lithiation in negative electrode"
i0_ref_pos 10[A/m^2] "Exchange current density at 50% lithiation in positive electrode"
L_CC_neg 5[um] "Negative current collector thickness"
L_CC_pos 5[um] "Positive current collector thickness"
L_Cumono 1e-10[m] "Thickness deposited Cu monolayer"
L_neg L_pos*cs_max_pos*epss_pos*(socmaxpos-socminpos)*(1-Li_loss)/((1-Q_excess)*epss_neg*cs_max_neg*(socmaxneg-socminneg)) "Negative electrode thickness from electrode capacity balance"
L_neg_cc 5[um] "Negative current collector thickness"
L_pos 40[um] "Positive electrode thickness"
L_pos_cc 5[um] "Positive current collector thickness"
L_sep 25[um] "Separator thickness"
Li_loss 0.05 "Initial lithium inventory loss during formation cycling"
M_Cu 63.546[g/mol] "Molar mass of copper"
Q_excess 0.10 "Negative electrode excess host capacity fraction"
rho_Cu 8960[kg/m^3] "Density of copper"
rp_neg 6[um] "Radius of negative electrode particles"
rp_pos 6[um] "Radius of positive electrode particles"
sigmas_neg 1[S/m] "Effective negative electrode conductivity"
sigmas_pos 1[S/m] "Effective positive electrode conductivity"
socminneg 0.02 "Lower lithiation limit in negative active material"
socminpos 0.22 "Lower lithiation limit in positive active material"
socmaxneg 0.835 "Upper lithiation limit in negative active material"
socmaxpos 1 "Upper lithiation limit in positive active material"
T 298.15[K] Temperature
w_battery 1[cm] "Width of battery cell"
w_dent 0.5[mm] "Width of dent in negative electrode coating"
zCu 1 "Cu+ charge"
cs_init_pos 12000[mol/m^3] "Initial lithium concentration of positive active material"
cs_init_neg 21000[mol/m^3] "Initial lithium concentration of negative active material"
V_low -0.05[V] "Lower cut-off cell voltage for discharge"
V0 4.1[V] "Initial cell voltage"