Abstract
Effect of the electrolyte temperature on the current-voltage and temperature-voltage characteristics of the anodc plasma electrolytic treatment of a steel sample, as well as the features of the formation of a stable vapour-gaseous envelope were considered. Spectral analysis revealed the glow of the heated anode zone without lines of elements of electrolyte and electrode. The result of the influence of the plasma electrolytic treatment mode on the surface condition was shown.
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