Abstract— Hydrogen storage is considered one of the most critical issues that must be resolved for the implementation of economic and viable hydrogen energy systems. Without effective storage systems, it will be very difficult to achieve beneficial value from the hydrogen economy. One physical limit on the storage of hydrogen is the density of compressed and liquid hydrogen. Currently, considerable attention is being paid to the development of metal hydride alloys, which can effectively absorb and retain a large amount of hydrogen through chemical bonds. The article analyzes research into metal hydride alloys based on Ti-Cr-Mn, Ti-Cr-Ni and Cr-Ti-Ni0.5-Mn0.5.
Keywords— hydrogen, metal hydride, absorption storage, storage capacity.
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