Gas discharge with liquid electrolyte cathode in the mode of occurrence of the constricted channels

© Published under licence by IOP Publishing Ltd. Gas discharge between liquid electrolyte and a copper electrode at capacities that make up tens of kilowatts is experimentally investigated. As the liquid electrolyte we used the aqueous solution of sodium chloride. Identification of conditions of occurrence of the constricted channels. The electrical and spectral characteristics of the discharge in such conditions were studied

Gas discharge with liquid electrolyte cathode in the mode of occurrence of the constricted channels

© Published under licence by IOP Publishing Ltd. Gas discharge between liquid electrolyte and a copper electrode at capacities that make up tens of kilowatts is experimentally investigated. As the liquid electrolyte we used the aqueous solution of sodium chloride. Identification of conditions of occurrence of the constricted channels. The electrical and spectral characteristics of the discharge in such conditions were studied

Some of radiation regularities of the hydrogen in the gas discharge with water-solution cathode

© Published under licence by IOP Publishing Ltd. The radiation of hydrogen in gas discharge, which ignited between a liquid electrolyte and copper electrode in the current range of 1-15 A was studied. As the liquid electrolyte, solutions of sodium chloride in distilled water with concentrations in the range of 2-10 g/l were used. Spectral studies were carried out in the visible region of radiation

Gas discharge with liquid electrolyte cathode in the mode of occurrence of the constricted channels

© Published under licence by IOP Publishing Ltd. Gas discharge between liquid electrolyte and a copper electrode at capacities that make up tens of kilowatts is experimentally investigated. As the liquid electrolyte we used the aqueous solution of sodium chloride. Identification of conditions of occurrence of the constricted channels. The electrical and spectral characteristics of the discharge in such conditions were studied

Some of radiation regularities of the hydrogen in the gas discharge with water-solution cathode

© Published under licence by IOP Publishing Ltd. The radiation of hydrogen in gas discharge, which ignited between a liquid electrolyte and copper electrode in the current range of 1-15 A was studied. As the liquid electrolyte, solutions of sodium chloride in distilled water with concentrations in the range of 2-10 g/l were used. Spectral studies were carried out in the visible region of radiation

Gas discharge with liquid electrolyte cathode in the mode of occurrence of the constricted channels

© Published under licence by IOP Publishing Ltd. Gas discharge between liquid electrolyte and a copper electrode at capacities that make up tens of kilowatts is experimentally investigated. As the liquid electrolyte we used the aqueous solution of sodium chloride. Identification of conditions of occurrence of the constricted channels. The electrical and spectral characteristics of the discharge in such conditions were studied