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Information × Registration Number 0212U004995, 0107U000181 , R & D reports Title Working out of development concepts of physico-inorganic chemistry and development of methods for the creation of materials popup.stage_title Head Volkov Sergey V., Registration Date 10-02-2012 Organization V.I.Vernadskii Institute of General and Inorganic Chemistry NASU popup.description2 The final report on researcher work consists of 6 sections, which constitute 7 volumes; volume 1 contains generalizing materials. Total size: 455 pages, 232 figures, 53 tables, 321 references. Fundamentals have been created for the disclosure of new prospects of physico-inorganic chemistry, in particular, directed synthesis of novel materials with the tailor-made structure-sensitive properties. The basically new results obtained are of prime importance for the further development of functional materials science, give ponderable grounds for carrying out applied researches and developments. A new method for the modification of metal oxide with phthalocyanines has been developed, a number of highly sensitive photoconductive materials for sensors, energy converters, etc have been created. Methods for the initiation and controlled carrying out of physicochemical transformations have been updated by the organization of a reaction zone under nonequilibrium conditions by the action of near laser field and spark discharges. Methods for the synthesis and stabilization of dye, viologen, carbon, metals, CdS nanoparticles in ionic liquid crystals have been developed; novel photorefractive nanocomposites for ultrahigh-speed holographic data recording have been obtained. Methods for the synthesis of organophilic Mg, Cu, Mo coordination compounds have been developed, their tribological properties in lubricants based on natural raw material have been studied, the penetration of metals into friction zone matrix has been shown. The peculiarities of the synthesis of inorganic multi-layer film composites based on oxygen-conducting and nonlinear p- and n- type semiconducting oxides, which will have practical application in various electrochemical systems, have been established. The effect of electric field on the magnetic properties of composites has been shown. Novel electrode composite materials of with increased stability based on metal-doped diamond-like and oxide compounds have been created. Product Description popup.authors Є.П.Наконешна І.І.Токменко І.А.Новосьолова І.М.Третякова А.Г. Білоус А.М.Давидов Б.С.Хоменко В.І.Дзюба В.І.Пехньо В.М. Огенко В.М.Асаула В.С.Воробець В.Ф.Лапшин В.Я.Черній Г.Г.Яремчук Г.Я.Колбасов Д.В.Коломицев Д.О.Дурилін Е.В.Панов К.Д.Соловйова Л.І.Коваль Л.Б.Харькова Л.В.Дубровіна Л.Л.Коваленко Л.С.Літошенко Л.С.Лисюк О.І.В'юнов О.В.Єленіч О.В.Набока О.В.Овчар О.В.Пашкова О.В.Смаглій О.З.Янковський О.Л.Ільницька О.М.Гавриленко О.М.Федоришена О.О.Генкіна С.Д.Кобилянська С.М.Мальований С.О.Солопан С.С.Фоманюк Т.А.Мирна Т.О.Плутенко Ю.Д.Ступін Ю.С.Краснов popup.nrat_date 2020-04-02 Close