Table 4 Symbols.
Sl. No. | Symbol | Name |
|---|---|---|
1 | \({a}_{s}^{n}\) | specific interfacial area of anode, \(c{m}^{-1}\) |
2 | \({i}_{\mathrm{0,}sei}\) | initial side reaction exchange current density, \(Ac{m}^{-2}\) |
3 | \({A}_{n}\) | area of anode, \(c{m}^{-2}\) |
4 | \({L}_{n}\) | thickness of anode, \(cm\) |
5 | \(T\) | cycle time, \(s\) |
6 | \({I}_{rms}\) | RMS value of the input current, \(A\) |
7 | \({I}_{a}\) | \(\frac{\sqrt{2}RT}{{\alpha }_{n}F{C}_{1}}\), \(A\) |
8 | \(R\) | universal gas constant, \(Jmo{l}^{-1}{K}^{-1}\) |
9 | \(T\) | temperature, \(K\) |
10 | \({\alpha }_{n}\), \({\alpha }_{p}\) | charge transfer coefficient of anode and cathode respectively |
11 | \(F\) | Faraday constant, \(Cmo{l}^{-1}\) |
12 | \({C}_{1}\) | \(\frac{{R}_{ct}}{{a}_{s}^{n}{A}_{n}{L}_{n}}+\frac{\partial {U}_{n}}{\partial {C}_{s,e}}\frac{{g}_{2}}{{A}_{n}{L}_{n}}\) |
13 | \({R}_{ct}\) | \(\frac{RT}{{i}_{0}^{n}({\alpha }_{p}+{\alpha }_{n})F}\) |
14 | \({i}_{0}^{n}\) | exchange current density of anode, \(Ac{m}^{-2}\) |
15 | \({U}_{n}\) | open circuit potential of anode, \(V\) |
16 | \({C}_{s,e}\) | solid particle Li concentration in both electrode |
17 | \({g}_{2}\) | \(\frac{-{R}_{s}^{n}}{5{D}_{s}^{n}F{a}_{s}^{n}}\) |
18 | \({R}_{s}^{n}\) | particle radius of anode, \(cm\) |
19 | \({D}_{s}^{n}\) | solid phase Li diffusion coefficient of anode, \(c{m}^{2}{s}^{-1}\) |
20 | \({\bar{\eta }}_{sei}\) | average SEI overpotential at equilibrium, \(V\) |
21 | \({R}_{sei\mathrm{,0}}\) | initial SEI film resistance, \(\Omega \) |
22 | \({M}_{sei}\) | SEI layer Molar mass, \(kgmo{l}^{-1}\) |
23 | \({\rho }_{sei}\) | SEI layer density, \(kgc{m}^{-3}\) |
