a 0.51023 "Numerical constant in velocity expression"
aNi_ref 0.5 "Reference activity for Ni plating"
aP_ref 0.5 "Reference activity for P plating"
cH_ref 0.1[M] "Reference concentration of H"
cH0 cH_ref "Initial concentration of H"
cH3PO2_ref 0.38[M] "Reference concentration of H3PO2"
cH3PO20 cH3PO2_ref "Initial concentration of H3PO2"
cNa0 0.3[M] "Initial concentration of Na"
cNi_ref 0.38[M] "Reference concentration of Ni"
cNi0 cNi_ref "Initial concentration of Ni"
cSO40 0.58[M] "Initial concentration of SO4"
DH 9.312e-5[cm^2/s] "Diffusion coefficient of H"
DH3PO2 1.54e-5[cm^2/s] "Diffusion coefficient of H3PO3"
DNa 1.334e-5[cm^2/s] "Diffusion coefficient of Na"
DNi 0.71e-5[cm^2/s] "Diffusion coefficient of Ni"
DOH 5.26e-5[cm^2/s] "Diffusion coefficient of OH"
DSO4 1.065e-5[cm^2/s] "Diffusion coefficient of SO4"
E_app -0.5[V] "Applied potential"
Eeq_ref_H 0[V]+R_const*T/F_const*log(cH_ref/(1[M])) "Reference equilibrium potential, hydrogen evolution"
Eeq_ref_Ni -0.23[V]+R_const*T/(2*F_const)*log(cNi_ref/(1[M])) "Reference equilibrium potential, nickel deposition"
Eeq_ref_P -0.51[V]+R_const*T/F_const*log(cH3PO2_ref*cH_ref/(1[M])^2) "Reference equilibrium potential, phosphorous deposition"
i0_ref_H 6.3e-10[A/cm^2] "Reference exchange current density, hydrogen evolution"
i0_ref_Ni 1e-8[A/cm^2] "Reference exchange current density, nickel deposition"
i0_ref_P 1e-4[A/cm^2] "Reference exchange current density, phosphorous deposition"
M_Ni 58.60[g/mol] "Molar mass of nickel"
M_P 123.88[g/mol] "Molar mass of phosphorous"
nu 0.0123[cm^2/s] "Kinematic viscosity"
omega "209.44 [rad/s]" "Rotational speed"
rho_Ni 8908[kg/m^3] "Density of nickel"
rho_P 1820[kg/m^3] "Density of phosphorous"
T 298.15[K] Temperature