Abstract
The parameters of discharge close to electrolyte surface have been investigated in the work. The current-voltage discharge characteristics have been measured for the main discharge modes. The electric discharge oscillations have been studied and spectra determined in the range of 10 kHz–300 MHz for two electrolyte compositions. The study of discharge radiation in the visible and ultraviolet ranges of electromagnetic range has been carried out and plasma temperature determined. The influence of discharge on microstructure of electrodes surface has been investigated.
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