Korytchenko K. High-Voltage Electro-Discharge Technique of Generation of Shock Waves and Heating of Reactive Gases

Research object is electro-discharge processes in the high-voltage equipment of generation of shock waves and heating of reactive gases by a spark discharge. Aim of research is development of the high-voltage energy-effective electro-discharge systems of shock wave generation and heating of reactive gas environments on the basis of intensification of electro-physical and physic-chemical processes in a spark channel. Research methods and apparatus: method of separation on physical processes; principle of the frozen coefficients; integral-interpolation method of Godunova; the method of Zeytselya; method of speed shooting; measurement by oscillograph; basis method of measuring of shock wave speed. Theoretical and practical results: developed methods of research of features of high-voltage electro-discharge equipment for initiation of detonation and ignition by a spark discharge. Novelty: developed theory of electro-discharge processes in reactive gas for providing of creation of high-voltage equipment of generation of shock waves and heating of reactive gases by a spark discharge. Degree of application: the created electro-discharge system of ignition is applied SE "Kharkiv Morozov machine building design bureau" (Kharkiv) for providing of the speed-up cold starting of tank engines; the created electro-discharge systems of detonation initiation use in Institute of heat and mass transfer named after A.V. Likova NAN of Belarus (Minsk). Industry of the use: electrical engineering industry.