L0 20[nm] "Tube length"
Ri 170[nm] "Inner radius"
W_Si 20[nm] "a-Si layer width"
W_SiO2 10[nm] "SiO2 layer width"
E_aSi 80[GPa] "a-Si Young's modulus"
nu_aSi 0.22 "a-Si Poisson's ratio"
E_Li 4.91[GPa] "Lithium Young's modulus"
nu_Li 0.36 "Lithium Poisson's ratio"
E_SiO2 90[GPa] "SiO2 Young's modulus"
nu_SiO2 0.17 "SiO2 Poisson's ratio"
rho_Si 7.874e4[mol/m^3] "Silicon density"
n_vp 2.94 "Stress exponent for a-Si"
sY0 1.6[GPa] "Yield strength coefficient for a-Si"
sYsat 0.4[GPa] "Yield strength coefficient for a-Si"
cs 0.04 "Yield strength coefficient for a-Si"
eprate_ref 2.3e-3[1/s] "Reference plastic strain rate  for a-Si"
k0 3.25e-7[mol/s/m^2] "Reaction rate constant"
D0 1e-16[m^2/s] "Diffusion coefficient of Li in a-Si"
cmax 3.75*rho_Si "Maximum Li concentration in a-Si"
Omega0 2.625/cmax "Partial molar volume of Li"
a2 0.8735[V]*F_const "Activity coefficient parameter"
a3 0.7185[V]*F_const "Activity coefficient parameter"
a4 -4.504[V]*F_const "Activity coefficient parameter"
a5 6.876[V]*F_const "Activity coefficient parameter"
a6 -4.6272[V]*F_const "Activity coefficient parameter"
a7 1.1744[V]*F_const "Activity coefficient parameter"
xmax 3.75 "Maximum stoichiometric amount of Li in compound LiSi"
T0 293.15[K] Temperature
c_init 1e-4*cmax "Initial Li concentration"
Crate 1 C-rate
V0 0.88[V] "Reference potential"
Vmin 0.01[V] "Lower bound for voltage"
Vmax 1[V] "Upper bound for voltage"