Numerical simulation of the gas phase composition in a glow discharge with an electrolyte cathode

The results of the numerical analysis of the gas phase composition in a system of a glow discharge with an electrolyte cathode are presented. The transfer of the dissolved substance from the solution into the gas phase has been taken into account. The obtained results show that H2O+ is the main positive ion and the concentration of the excited Na atoms in the plasma zone is sufficient for the resonance spectral line of the metal atom to appear.