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Information × Registration Number 0210U000142, 0107U003908 , R & D reports Title Development of new nanomaterials on the base of simple and complex oxides as mesoporous composites, films and nanosized ceramics with higher electrophysical properties for application in newest devices of electronic technique popup.stage_title Head Glinchuk Maya Davidovna, Registration Date 22-01-2010 Organization I.N.Frantsevich Institute for Probmens of Materials Sciences Ukrainian Academy of Science popup.description2 The technology of barium titanate introduction in mesoporous silica matrix and the technology of synthesis of high-dense homogeneous by phase composition ceramic materials on the base of KTaO3 doped by lithium and niobium were developed. The method of growth of 1D ordered nanostructure - nanopillars - was developed. Concentrational dependences of specific resistance and dielectric permittivity of obtained composites were investigated. Taking into account of surface effects allowed to determine physical mechanisms of transformation of antiferroelectric or antiferromagnetic nanomaterials into ferroelectric or ferromagnetic ones respectively, appearance of ferroelectricity in thin films or nanoparticles, to reveal the nature of thin films self-polarization. For the first time self-ordered blocks of ZnO nanorods were growth and investigated by MOCVD method. Combined investigation of structural and magnetic properties of nanocrystalline films and ferromagnetic nanocomposites was fulfilled. Product Description popup.authors Єлісєєв Є.А. Андрєєва А.Ф. Биков І.П. Гармаш Є.П. Жигоцький О.Г. Загорний М.М. Касумов А.М. Клименко В.П. Лагута В.В. Лазоренко В.Й. Лашкарьов Г.В. Міхеєв В.А. Павліков В.М. Петросян Л.І. Плескач І.В. Рагуля А.В. Радченко М.В. Юрченко В.О. Юрченко Л.П. popup.nrat_date 2020-04-02 Close