Abstract
Electroradiolysis of aqueous solutions, a process that is induced by the action of glow discharge on an electrolytic cathode, is considered. The results of investigation of systems of this type are summarized. The set of phenomena at the discharge plasma/electrolyte-cathode interface is treated in terms of radiation chemistry, plasma chemistry, emission electronics, and gas discharge physics. A new area of research, electroradiation chemistry of water and aqueous solutions, is presented.
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