Abstract
Particular results of the development and burning of the high frequency capacitive discharge (HFCD) between a drop-jet electrolytic electrode and a flow-type electric cell are presented. Significant current and voltage pulsations taking place after the electric breakdown in the process of the HFCD burning confirm the multichannel shape of the discharge burning at atmospheric pressure. Three modes of HFCD burning between the combinations of the drop-jet electrolyte and the surface of the flow-type electrolyte have been specified. An HFCD with glowing luminescence and “streamer discharges” at the copper tube surface when the electrolyte jet is fed under the pressure of 3 × 103 Pa has been discovered.
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