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Information × Registration Number 0226U001759, (0125U002080) , R & D reports Title Creation of modern large-capacity metal hydride hydrogen storage devices as a source of fuel cells with ultra-pure hydrogen (99.999%) to increase their operating time. popup.stage_title Теоретичне обґрунтування і розробка структури сплавів сорбентів водню. Cистематизація даних. Виготовлення дослідних зразків сплавів і їх експериментальне тестування. Аналіз кінетики та термодинаміки отриманих сплавів та оптимізація складу і структури матеріалів для досягнення максимальної ефективності в реальних умовах. Синтез фуллеренів необхідного складу. Head Kalinkevych Oleksii M., Кандидат фізико-математичних наук Registration Date 30-01-2026 Organization Institute of Applied Physics National Academy of Sciences of Ukraine popup.description1 Creation of new materials with a given level of hydrogen absorption, development of modern large-capacity metal hydride hydrogen storage devices as a source of fuel cells with especially pure hydrogen (99.999%) to increase their operating time. popup.description2 An analytical review of the state of research and development in the field of hydrogen hydride technology in developed countries of the world was conducted, data on metal hydride systems for energy-technological processing of hydrogen were systematized. Data on hydride-forming materials that are promising for use in MG systems were systematized, both on the basis of literary sources and taking into account our own experimental computational and theoretical studies of the physicochemical properties of intermetallics and their alloys. As a result of materials science studies of experimental alloy samples, studies of their hydrogen-sorption properties, as well as phase-structural studies, a new hydride-forming alloy based on Zr-Ti-Mn-Fe-Mg was developed, which is characterized by a fairly homogeneous component and phase composition and is not inferior in its hydrogen-sorption characteristics to existing more expensive analogues based on rare-earth metals, obtained in laboratory conditions or by traditional methods, and its chemical composition was optimized. Product Description popup.authors Viacheslav Zaporozhets Volodymyr Baturin Yeromin Serhii O. Drozdenko Oleksandr O Mykola Kalinkevych Vadym Chivanov Rogul's'kyj Yurij Volodymyrovych Volodymyr Storizhko Grekhov Vassili M. Reva Vladyslav V. Oksana V. Kalinkevych Volodymir B. Moskalenko Volodymyr I. Kostetskyi Viacheslav V. Chernenko popup.nrat_date 2026-01-30 Close