epss_pos 0.6 "活性电极材料体积分数，正极"
epsbinder_pos 0.1*epss_pos "黏合剂（包括导电填料）体积分数，正极"
epsl_pos 1-epss_pos-epsbinder_pos "电解质体积分数，正极"
L_pos 70[um] "正极厚度"
rp_pos 6[um] "正极颗粒半径"
epss_neg 0.6 "活性电极材料体积分数，负极"
epsl_neg 1-epss_neg "电解质体积分数，负极"
L_neg L_pos*cs_max_pos*epss_pos*(1-socminpos)*(1-Li_loss)/((1-Q_excess)*epss_neg*cs_max_neg*(1-socminneg)) "根据电极容量平衡计算的负极厚度"
rp_neg 6[um] "负极颗粒半径"
L_sep 30[um] "隔膜厚度"
epsl_sep 0.5 "电解质体积分数，隔膜"
L_CC_pos 5[um] "正极集流体厚度"
L_CC_neg 5[um] "负极集流体厚度"
Jelly_vol 0.95 "电池中的相对卷芯体积"
L_batt L_CC_neg+L_CC_pos+L_neg+L_sep+L_neg "电池单元厚度"
Vol (18[mm]/2)^2*pi*65[mm] "电池体积"
A_cell Vol*Jelly_vol/L_batt "电池单元区域"
C_rate 1 倍率
cs_max_pos 50060[mol/m^3] "最大正极活性电极材料承载容量"
cs_max_neg 31507[mol/m^3] "最大负极活性电极材料承载容量"
cLicov rhoLi/MLi*L_Limono "表面电镀单层中锂的摩尔量，负极活性电极材料"
socminpos 0.222 "锂化下限，正极活性电极材料"
Q_excess 0.25 "负极过剩承载容量"
Li_loss 0.05 "形成循环期间的初始锂库存损失"
T 298[K] 温度
T_ref_neg 298[K] "参考温度，负极"
T_ref_pos 298[K] "参考温度，正极"
Ea_neg 77.05[kJ/mol] "动力学活化能，负极"
Ea_pos 61[kJ/mol] "动力学活化能，正极"
I_taper 0.5[A] "逐渐减小的电流"
Vhigh 4.2[V] "截止电压上限"
Vlow 2.7[V] "截止电压下限"
MLi 6.941[g/mol] "锂的摩尔质量"
rhoLi 0.534[g/cm^3] "锂的密度"
i0_ref_LiMetal 1[A/m^2] "锂电镀/剥离参考交换电流密度"
Ydead 0.1 "剥离过程中形成的死锂的分数"
socminneg 0.025 "锂化下限，负极活性电极材料"
SOCcell_init 0 "初始电池 SOC"
i0_ref_neg 10[A/m^2] "参考交换电流密度，负极"
i0_ref_pos 10[A/m^2] "参考交换电流密度，正极"
sigmas_neg 1[S/m] "有效电极电导率，负极"
sigmas_pos 1[S/m] "有效电极电导率，正极"
L_Limono 1e-10[m] "镀锂单层厚度"