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Information × Registration Number 0215U008377, 0112U003281 , R & D reports Title Highly efficient electrocatalytic systems based on hybrid carbon- and metal-containing nanostructured materials for hydrogen-oxygen fuel cells. popup.stage_title Head Pirsky Yuriy, Доктор хімічних наук Registration Date 25-12-2015 Organization V.I.Vernadskii Institute of General and Inorganic Chemistry NASU popup.description2 Report on research work: 67 pages, 24 figures, 7 tables, 56 references. Has been synthesized anodic oxidation of hydrogen electrocatalysts based on tungsten carbide activated d-metals. 7 Tested methods of synthesis of nanostructured Pt / C catalysts synthesized and investigated characteristics of catalysts. Electrocatalysts-derived polyol method had the characteristics of a catalytic oxygen reduction reaction. It is shown that the composition of the liquid phase synthesis techniques as well as affect the final characteristics obtained nanostructured Pt / C catalysts for hydrogen-oxygen FC. Manufactured catalytic ink for membrane electrode units hydrogen-oxygen fuel cell. Established that the catalytic ink applied directly to the membrane obtained better performance OIE. Shown that the humidifying membrane in acid solution improves its characteristics by increasing the proton conductivity. Has been developed and manufactured low-temperature operating prototype hydrogen-oxygen fuel cells using proton membrane Fumapen F950, developed on the basis of anode and cathode catalysts and study its energy performance. Designed acting laboratory model can be used in the optimization of new materials PE, followed by its introduction into mass production and create visual aids for educational process in higher educational institutions. Product Description popup.authors Крупеннікова Оксана Сергіївна Лисюк Людмила Семенівна Огенко Володимир Михайлович Пірський Юрій Кузьмич Панчишин Тарас Миколайович Тупчиенко Олександр Сергійович Шаранда Лариса Федорівна popup.nrat_date 2020-04-02 Close