Search academic texts

Information × Registration Number 0221U103098, 0118U000342 , R & D reports Title Hybrid electrodischarge method for the synthesis of nanostructured metallocarbon coatings and the creation of intelligently controlled electrical equipment for its implementation popup.stage_title Head Boguslavskii Leonid Z., Кандидат технічних наук Registration Date 14-02-2021 Organization Institute of Impulse Processes and Technologies popup.description2 The object of research is a hybrid (electro-discharge and electro-explosive) method of synthesis of metal, carbon and metal-carbon coatings with nanostructure. Research methods - mathematical modeling, physical experiment with registration of transient processes, X-ray analysis and electron microscopy. Methods of ensuring the efficiency of electrophysical processes of a hybrid electric discharge method for the synthesis of nanostructured metal-carbon coatings with onion-like nanocarbon are substantiated. The possibility of intensification of the formation of refractory metal carbides (Ti, W) due to the increase in the share of energy introduced into the conductor before the explosion was experimentally confirmed. New functional dependences for calculation parameters and characteristics of hybrid type electrical equipment are obtained. The problem of process optimization in electric circuits of electric discharge equipment of hybrid type with coordination of weakly connected partial processes optimized independently of each other is solved. The hybrid type intelligent control system, which based on fuzzy controllers, for powerful high-voltage electrical equipment for the hybrid method of synthesis of composite coatings has been developed. Technical documentation for a pilot sample of intelligently controlled high-voltage pulse electrical equipment for the synthesis of nanostructured metal-carbon coatings with onion-like nanocarbon has been developed Product Description popup.authors Adamchuk Yuriy O. Boguslavskii Leonid Z. Vinnychenko Dmytro V. Kunizhenkov Volodymyr V. Nazarova Natalia S. Ovchynnikovа Larysa Ye. Sinchuk Alla V Chushchak Alla V Chushchak Serhii V. popup.nrat_date 2021-02-14 Close