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Information × Registration Number 0220U101850, 0117U001772 , R & D reports Title Dynamics of self-compressed streams outside the accelerating channel and their influence on different surfaces popup.stage_title Head Soliakov Dmytro H., Доктор фізико-математичних наук Registration Date 26-02-2020 Organization National Science Center "Kharkiv Institute of Physics and Technology" popup.description2  Possible mechanisms accompanying the interaction of plasma streams of different pulse durations with materials surfaces of pure tungsten (W), tungsten alloyed with copper W + Cu (10%), and stainless steel have been investigated. The processes that characterize the plasma-surface interaction and materials damage under the impact of plasma pulses of various durations have been analyzed; it is particularly crucial for plasma technologies, nuclear fusion research, and engineering in general. Parameters of plasma generated by several plasmadynamic devices were identified that allowed optimizing the operation modes for numerous applications such as a study of processes of samples erosion under plasma exposure, determination of features of plasma-material interaction under varying initial experimental conditions, etc. Product Description popup.authors Yeliseev Dmytro V. Yeromin Valerii P. Іванов І.Д. Аксенов Микола Миколайович Бирка Олег Володимирович Бойко О.М. Voitsenia Volodymyr S. Volkova Yuliia Ye. Garkusha Igor Ye. Garkusha Natalia M. Herashchenko Stanislav S. Zhurkina Raisa I. Kozhenkov Yurii Fedorovych Kulyk Mykola V. Kuchumov Yurii Mykolaiovych Ladygina Maryna S. Lebediev Sergiy I. Maznichenko Myhaylo Ye. Marchenko Hanna K. Makhlai Vadym O. Makhov Mykhailo M. Merenkova Tetiana M. Panasko Tamara O. Seleznova Nataliia Ye. Skoryna Olena V. Solyakov Dmytro G. Staltsov Valerii V. Trybchaninov Stepan A Chebotarev Volodymyr V. Shevchuk Pavlo Yakovleva Vitaliya V. popup.nrat_date 2020-04-02 Close
R & D report
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Head: Soliakov Dmytro H.. Dynamics of self-compressed streams outside the accelerating channel and their influence on different surfaces. (popup.stage: ). National Science Center "Kharkiv Institute of Physics and Technology". № 0220U101850
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Updated: 2026-03-23