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Information × Registration Number 0212U002448, 0109U004720 , R & D reports Title Self assembly of modificated nanostructures of oxides (Mn, Ni, Sn and others) and carbon in molten salts of alcaline elements (chlorides, carbonates, nitrates) popup.stage_title Head Panov Eduard Vasilyovych, Доктор хімічних наук Registration Date 28-02-2012 Organization National Academy of Scienіses of Ukraine, Council of Productive Forces Studies of Ukraine popup.description2 Objects of research: nanosized carbon compounds, nanosized tin oxides, modificated with Co, V, Cu, Pd oxides. Aim of the work: physicochemical substantiation and working out of synthetic procedure of nanocrystalline carbon and doped nanocrystalline tin oxides in molten salts, possibilities of application of them as electrode materials. The criterions of choise of cathode material and composition of electrolyte (chloride melts, that contains the compounds of Fe, Co, Ni) for electrochemical synthesis of carbon nanomaterials have been formulated on the basis of phase diagram carbon-metal. The conditions of joint extraction of Fe, Co, Ni and carbone from NaCl - KCl - Fe (Co, Ni) chloride -СО2 melts have been found out. Products of synthesis contain tubes doped with sited metals. Synthetic procedure of nanocrystalline Sn1-xSbxO2 doped with Co, V, Cu, Pd oxides has been working out. It is showed, that during synthetic processes on can directly change particle size, structure, chemical and phase composition, electroconductivity and adsorption properties. Key words: doped carbone nanotubes, chloride melts, electrolysis of molten salts, carbon dioxide, Sn1-xSbxO2, doped with Co, V, Cu, Pd oxide, nitrate melts, electrode materials. Product Description popup.authors Генкіна Олена Олексіївна Давидов Андрій Михайлович Коломицев Діонісій Валентинович Лапшин Володимир Феодосіївич Мальований Сергій Миронович Наконешна Євгенія Петрівна Новосьолова Інеса Аркадіївна Пархоменко Надія Іванівна Смаглій Олексій Володимірович Федоришена Олена Миколаївна popup.nrat_date 2020-04-02 Close