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Information × Registration Number 0221U105403, 0120U101956 , R & D reports Title Creation and introduction of the latest technology for the manufacture of elements of anode and cathode lithium ion batteries for electric cars. Section 2: Investigation and test of electrical parameters and elemental composition of the latest samples of structures of cathode systems of lithium ion batteries popup.stage_title Head Venger Yevgen F., Доктор фізико-математичних наук Registration Date 07-07-2021 Organization V. Lashkaryov Institute of semiconductor physics popup.description2 GDR report: 85 pp., 29 Fig., 8 table. The object of research is the latest technological and design solutions, as well as materials for anode and cathode systems of lithium-ion batteries for electric vehicles. Purpose - Creation and implementation of the latest technology for the manufacture of elements of anode and cathode lithium-ion batteries for electric vehicles. Research and test tests of electrical parameters and elemental composition of the latest samples of structures of cathode systems of lithium-ion batteries. The relevance of research work (R&D) is to obtain new methods of creating and studying nanosized films on the electrodes of lithium-ion batteries obtained by magnetron sputtering of carbon and silicon, which can improve the performance of batteries. The paper analyzes the existing methods of obtaining electrodes of lithium-ion batteries. Features of structure of electrodes of accumulator batteries are defined. A method for the formation of nanosized films on the electrodes of lithium-ion batteries by the magnetron method has been developed. The aim of the scientific work is to study the features of nanosized films on the electrodes of lithium-ion batteries obtained by magnetron sputtering of carbon and silicon. The analysis of physical properties and characteristics of the obtained samples is performed in the work. A scientific novelty is the production of nanosized films on the electrodes of lithium-ion batteries formed by magnetron sputtering to reduce the size and improve performance. Recommendations for the use of work results - it is recommended to continue this work in the direction of additional doping with materials that stabilize the characteristics. Scope - for anode and cathode lithium-ion batteries for electric cars. BATTERY, VACUUM CHAMBER, DIFFRACTOMETER, MAGNETRONIC SPRAY, NANORIZED FILMS, X-RAY ANALYSIS Product Description popup.authors Androsyuk Galina M Venger Eugene F Kollyuh Valentina B Maricheva Iryna L Melnychuk Ludmila O popup.nrat_date 2021-07-07 Close