c0Cu "630 [mol/m^3]" "Initial concentration of Cu"
c0H "1837 [mol/m^3]" "Initial concentration of H"
DCu 10^(-0.676-0.481*log10(Mw_H2SO4*cH2SO4*1[m^3/kg])-0.156*log10(Mw_Cu*c0Cu*1[m^3/kg])+0.9885*(-8340.61/(8.314*T*1[1/K])))*1e-4[m^2/s] "Diffusion coefficient of Cu"
DH 5.3e-9[m^2/s] "Diffusion coefficient of H"
DHSO4 7.6e-10[m^2/s] "Diffusion coefficient of HSO4"
Mw_H2SO4 "0.098 [kg/mol]" "Molecular weight of H2SO4"
cH2SO4 "1836.73 [mol/m^3]" "Concentration of H2SO4"
T "313 [K]" Temperature
Itot "5.14 [A]" "Applied current"
Eeq0_O2 "1.23 [V]" "Standard equilibrium potential O2"
i0a_O2 "3e-7 [A/m^2]" "Exchange current density, anode"
Eeq0_Cu "0.34 [V]" "Standard equilibrium potential Cu"
i0c_Cu "100 [A/m^2]" "Exchange current density, cathode"
alphaa_Cu 1.455 "Anodic transfer coefficient"
rho_Cu "8960 [kg/m^3]" "Density of Cu"
Mw_Cu "0.06355 [kg/mol]" "Molecular weight of Cu"
rho "1200 [kg/m^3]" "Electrolyte density"
nu "0.835e-3 [kg/m/s]" "Electrolyte viscosity"
Mw_O2 "0.032 [kg/mol]" "Molecular weight of O2"
d_b "50e-6 [m]" "Bubble diameter"
Vb "0.0001 [m/s]" "Inlet velocity"