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Information × Registration Number 0213U003726, 0112U004471 , R & D reports Title Engineering of oxide nanoparticles surface with the use of extreme conditions for forming of structure and properties of ceramic and composite functional materials. popup.stage_title Head Konstantinova Tatyana Yevgenivna, Registration Date 28-02-2013 Organization Donetsk Institute of Physics @ Engineering named after O.O.Galkin NAS of Ukraine popup.description2 It is first established the ability to predict by the nature of impedance and adjustment by using pulsed magnetic fields (H = 105 - 106 A/m) of kinetics of structure formation processes at different stages of consolidation of nanopowder systems. The method of cell density functional theory (model cell) near-surface layer of the silicon surface (100) of silicon carbide it is established value of components of total energy, which will optimize the sintering process. The magnetic properties of composites based on nanosized powders La0.7Sr0.3MnO3 manganites and high temperature superconductors Y1Ba2Cu3O7-x at the frequency range 9 - 12 GHz and 25 - 35 GHz were investigated. The recommendations for improving the magnetic properties of appropriate metamaterials are given. Product Description popup.authors Єлізаров О.О. Ахкозов Л.А. Брюханова І.І. Бурховецький В.В. Волкова Г.К. Глазунов Ф.І. Глазунова В.О. Головань Г.Н. Горбань О.О. Даніленко І.А. Дорошкевич О.С. Зеленяк Т.Ю. Криворучко В.М. Кудрявцев Ю.О. Лоладзе Л.В. Марченко М.О. Носолев І.К. Перекрестов Б.І. Перекрестова Л.Д. Плещицер Ю.О. Прохоренко С.В. Синякіна С.А. Таранков В.Ю. Ткаченко О.М. Токій В.В. Токій Д.Л. Шило А.В. Ящішин І.О. popup.nrat_date 2020-04-02 Close