I_SEI -(1-H*(liion.iloc_per1<0)*liion.iloc_per1/i1C_loc*K(liion.cs_average/liion.csmax))*J*i1C_loc/(exp(alpha*eta_SEI*F_const/(R_const*T))+Q_SEI/Av_neg*f*J/i1C_loc) "Parasitic reaction current"
Q_SEI liion.c_pce1_sei*F_const "Parasitic reaction capacity"
eta_SEI liion.eta_per2 "Overpotential for parasitic reaction"
cycle_no comp1.liion.cdc1.cycle_counter*t_factor "Number of cycles"
dch_filter comp1.liion.cdc1.CC_DCH "Discharge filter (for plotting)"
dch_start_filter "comp1.liion.cdc1.CC_DCH&& ((t-1)<comp1.liion.cdc1.t_dch_start)" "Discharge onset filter (for plotting)"
ch_start_filter "comp1.liion.cdc1.CC_CH && ((t-1)<comp1.liion.cdc1.t_ch_start)" "Charge onset filter (for plotting)"
ch_start_filter_cycled_once "comp1.liion.cdc1.CC_CH && ((t-1)<comp1.liion.cdc1.t_ch_start && cycle_no>0)" "Charge onset filter, excluding first cycle (for plotting)"
first_cycle_filter round(comp1.liion.cdc1.cycle_counter)==0 "First cycle filter (for plotting)"
last_cycle_filter round((comp1.liion.cdc1.cycle_counter+1)*t_factor)==no_cycles "Last cycle filter (for plotting)"
I_upper liion.I_1C_cell/20 "Upper cutoff current for charge-discharge cycling"
I_cell liion.cdc1.Icell "Cell current"
E_cell liion.cdc1.phis0 "Cell voltage"