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Information × Registration Number 0212U002263, 0109U002413 , R & D reports Title Development of bases of nanoparticles synthesis in ceramic matrixes for dissipative hardening of composite materials by nano-sized new formations popup.stage_title Head Semchenko Galina, Доктор технічних наук Registration Date 02-02-2012 Organization The Kharkov state polytechnical university popup.description2 The object of research - a model of synthesis of nanoparticles and nanoscale mechanisms of interaction between tumor oxide and oxygen-free compounds with organometallic substances and ultra-high-tech components for obtaining composite materials. Goal - the creation of the theoretical foundations of the synthesis of oxide and oxygen-free nanoutvoren refractory compounds, the identification of the interaction of nanoparticles with organometallic substances, the study of sintering of modified nanoparticles and development of the mechanism of synthesis and sintering nanoutvoren, creating on this basis, high-tech composite materials with a set of specified physical and mechanical properties of structures by samoarmuvannya matrices on the principle of oxide powders, and oxygen-free carbon powders, development of methods for sealing nanostructures, further development of basic research of the scientific school of sponsors. We used the methods of DTA and XRD to study the physical and chemical processes during heat treatment of sol-gel compositions and phase composition of the burnt gels, construction materials and refractory products. The dependences of the "composition-structure-properties of materials." Petrographic studies were carried out on microscope MIN-8, Jeol, electron-microscopic study - at Nu-2E, TESLA-350. Formulated a theoretical concept of synthesis and creation of anoxic nanospoluk samoarmovanih materials. - Modification of powder filler metal alkoxides and mechanosynthesis germ-SiC is refined, Scientific novelty of the research lies precisely in the creation of the concept of self-siliceous clusters, with the formation of organic-inorganic complexes (-CH3) - (SiO2) n - X and nanoreactors for the synthesis of oxygen-free compounds in the firing process, the modified powders of refractory compounds or organic N tying to create KM with a given structure and phase composition. Product Description popup.authors Анголенко Людмила Олександрівна Борисенко Оксана Миколаївна Бражник Діна Анатоліївна Дуднік Юлія Володимирівна Кобець Наталія Юріївна Логвінков Сергій Михайлович Макаренко Вікторія Василівна Ніколаєнко Вероніка Миколаївна Панасенко Марія Олександрівна Повшук Василій Володимирович Рожко Ірина Миколаївна Руденко Лариса Вікторівна Старолат Олена Євгенівна Тищенко Сергій Васильович Чопенко Ніна Семенівна Шутєєва Ірина Юріївна popup.nrat_date 2020-04-02 Close