Plankovskyy S. The scientific foundation of high resource thermoemission cathode assembly creation for material plasma treatment equipment

The dissertation examines the concept development, experimental justification and implementation of high resource thermoemission cathode assembly creation based on use poison-resistant emissive material and also complex accounting there properties when designing and working conditions assignment of metal plasma treatment equipment. The doctoral thesis contains the results of theoretical and experimental researches. For cathode assembly designing - problem decision the mathematical modeling methods, the analytical and numerical methods of mathematical physics are used. Mathematical modeling is performed using the modern finite element CAE-packages and CAD system. The results of the work have been offered for use to the Corporation "Turbostal", and have been used in the teaching process at the National Aerospace University "Kharkov Aviation Institute".