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Information × Registration Number 0218U000079, 0115U002264 , R & D reports Title Nanocomposites mesoporous carbon/sulfides, oxides and fluorides metal in generation systems and energy storage popup.stage_title Head Ostafiychuk Bohdan Kostyantynovych, Registration Date 16-01-2018 Organization Vasyl Stefanyk Precarpathian National University popup.description2 The influence of the intercalation process on changes in phase composition, transformation of the crystalline and magnetic microstructure of cathode materials of beta-FeF3 · 3H2O has been experimentally studied. The formation of a phase with a pomegranate structure with a predicted composition of Li6Fe2F12 in intercalated cathodes on the basis of iron fluorides was recorded. In the paper the regularities of the combined effect of laser irradiation, ultrasound and thermal action on the physico-chemical properties of nanogitized structures were investigated, interrelation between conditions and modes of obtaining, modification of composites and the course of electrochemical processes in sources and accumulators of electric energy, formed on their basis . For the first time, it has been found that the optimum content of NFM in TiS2 / C composites is 50%, MoS2 / C and TiO2 / C 70%, beta-Ni (OH) 2 / C - 10%, due to the optimal combination of capacitive and the Faraday character of the accumulation of charge and leads to an increase in specific capacitive and energy characteristics. For the first time high values ??of the specific capacity of the LDS were obtained, in which the cathode materials are MoS2 / C composites irradiated by laser, ultrasound and obtained by the modified method: 1820, 2205, 2510 Ag./kg, respectively, and the specific energy thus is 1980, 2420, 2750 Hours / kg Product Description popup.authors Будзуляк І.М. Коцюбинський В.О. Рачій Б.І. Хемій О.М. Яблонь Л.С. Яремій і.П. popup.nrat_date 2020-04-02 Close