Glycerine as an electrolytic electrode

Abstract

This paper presents the results of the experimental studies of an electric discharge with liquid electrodes. An aqueous solution of NaCl in glycerine was used as liquid electrodes, in the range of discharge voltage parameters Up = 0 ÷ 1.5 kV, currents I = 0.01 ÷ 2 A. The current-voltage characteristics of the discharge were established.

Properties of Electric Discharge of a Jet Anode and an Electrolytic Cathode

“…The development of technology has again drawn attention to ED in liquids, as this type of discharge and devices developed on their basis are the cheapest and environmentally friendly [2]. In real time, active experimental studies of the electric discharge of a flow with an electrolytic cathode and an iron anode at atmospheric and reduced pressures are being conducted, at which a weakly conductive liquid (aqueous solutions, electrolytes, process and basic water) is used as a liquid electrode.…”

The Effect of Jet Electric Discharge on the Strength Characteristics of the Surface

“…These qualities of electrical discharges in liquids are widely used in the development of new technological processes for processing various materials and in the creation of new means of energy conversion. The prospects of using such discharges for a number of technological processes, such as obtaining oxide powder, cleaning and polishing the surface of metals [1], for heating metals [2], as well as for initiating chemical reactions in electrolytes, have been established.…”