参数	负极	隔膜		正极	参考
电极厚度L (μm)	55	25		40	假设
活性物质体积分数ε_s	0.662			0.58	[8]
电解液体积分数ε_l	0.3	0.4		0.3	[8]
导电率δ_s [Sm⁻¹]	10			0.1	[9]
粒子半径r (μm)	5			5	[8]
电解液初始浓度c_l [mol∙m⁻³]		1100			[11]
最大锂离子浓度 $c_{s}^{\max}$ [mol∙m⁻³]	31080			51830	[12]
比面积		3ε_s/r_p			[13]
电解液导电率δ_l [Sm⁻¹]	$\begin{array}{l} c_{l} \cdot (- 10.5 + 0.074 T - 6.69 \times 10^{- 5} T^{2} + 0.668 c_{l} - 0.0178 c_{l} T \\ + 2.8 \times 10^{- 5} c_{l} T^{2} + 0.494 c_{l}^{2} - {8.86810}^{- 4} c_{l} T^{2}) / 10 \end{array}$				[14]
传递数t₊		0.38			[14]
电解液扩散系数D_l [m²s⁻¹]	$10^{- [4.43 + 54 / (T - (229 + c_{l})) + 0.22 c_{l}]}$				[14]
固相扩散系数D_s [cm²s⁻¹]	$1.87 \times 10^{- 8} \exp (- 3936 / T)$		4×10^-11		[15]
反应速率k [ms⁻¹]	$1178 \exp (- 9237 / T)$		$3.6 \exp (- 9616 / T)$		[15]
电极面积A_e [cm²]	1020.41				[11]
计量数0% SOC, x_0%, y_0%	0.001			0.955	[11]
续表
计量数100% SOC, x_100%, y_100%	0.790			0.359	[11]
石墨平衡电位U_n	$\begin{array}{l} U_{n} = 0.1493 + 0.8493 \exp (- 61.79 x) + 0.3824 \exp (- 665.8 x) \\ - \exp (39.42 x - 41.92) - 0.03131 artan (25.59 x - 4.099) \\ - 0.00943 artan (32.49 x - 15.74) \\ (0.001 \leq x \leq 0.7908) (x = C_{s}_{, n, s u r f} / C_{s}_{, n, \max}) \end{array}$				[16]
NCM平衡电位U_p	$\begin{array}{l} U_{p} = - 10.72 y^{4} + 23.88 y^{3} - 16.77 y^{2} \\ + 2.595 y + 4.563 (0.3597 \leq y \leq 0.9555) \\ (y = C_{s}_{, p, s u r f} / C_{s}_{, p, \max}) \end{array}$				[17]
石墨熵热系数(mV/K)	$\frac{d U_{n}}{d T} = {\begin{cases} - 107.75 x^{4} + 77.265 x^{3} - 14.327 x^{2} \\ - 1.0731 x + 0.3706 (0 \leq x < 0.4); \\ - 252.6 x^{6} + 882.69 x^{5} - 1181.7 x^{4} + 734.11 x^{3} \\ - 189.78 x^{2} + 2.7368 x + 4.377 (0.4 \leq x < 1) \end{cases}$				[18]
NCM熵热系数(mV/K)	$\begin{array}{l} \frac{d U_{p}}{d T} = 0.0968 y^{6} + 1.6689 y^{5} - 4.3898 y^{4} + 3.5863 y^{3} \\ - 1.0882 y^{2} + 0.1705 y - 0.1048 \end{array}$				[18]