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Information × Registration Number 0223U003643, 0121U109434 , R & D reports Title Research of power and energy characteristics of pulsed combined power sources for selection of the most rational their structure and parameters in various high-voltage discharge pulse technologies popup.stage_title Head Vovchenko Oleksandr І., Registration Date 06-06-2023 Organization Institute of Impulse Processes and Technologies National Academy of Sciences of Ukraine popup.description2 The object of research - combined on the basis of HVEE pulsed energy sources for DPT. The aim of the work - to develop methods and algorithms for the synthesis of energy sources combined on the basis of HVEE for the selection of rational structures and parameters at the request of specific DPT. Research methods - mathematical modeling, numerical and physical experiment in the laboratory, diagnostics of electrophysical processes. The analysis of available and used technologies, methods and algorithms of synthesis of parameters of pulse current generators with nonlinear loading in the form of plasma channel of high-voltage electric discharge (HVED) in condensed medium and high-voltage electrochemical explosion (HVEE) is carried out. An approach to solving the problem of synthesis of combined energy sources based on capacitive and chemical energy storage devices that implement HVEE is proposed and substantiated. Within the framework of the proposed approach, algorithms for the synthesis of combined energy sources for HVEE, which take place in infinite and limited volumes, depending on the requirements of specific discharge pulse technologies (DPT), have been developed. Laboratory experimental stands with a wide range of adjustable parameters for synchronous registration of hydrodynamic, electrodynamic and energy characteristics of HVEE in infinite and limited volumes of the working environment have been developed and installed. The use of the developed experimental equipment will allow to form a bank of experimental data necessary for solving the problem of synthesis of parameters of combined energy sources of HVEE depending on different initial and boundary conditions, depending on the requirements of specific DPT Product Description popup.authors Blashchenko Oleksandr D Vovchenko Oleksandr І. Demydenko Larysa Yu. Denisyuk Tatiana D. Kozyriev Sergii S Ovchynnikovа Larysa Ye. Onatska Nina O Smirnov Oleksiy Starkov Igor M Khvoshchan Oleg V. popup.nrat_date 2023-06-06 Close