Abstract
The properties of an electric discharge in a high-velocity plasma flow in the presence of cold boundary layers on the electrode surface are of both scientific and practical interest. Unlike the diffusion regime of discharge current flow in boundary layers with a uniform distribution of the current density over the cathode surface [I], studies of the discharge-current regime in which cathode spots and microarcs form on the electrode surfaces in a high-velocity flow of electrically conducting gas are still far from complete [2].
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