Research demonstrates enhanced hydrogen absorption in titanium-iron materials, indicating potential for hydrogen storage applications.
The main features of the structure and phase composition of materials of the Fe-Ti system with increased titanium content, promising for hydrogen storage, are considered. Their hydrogen sorption properties are determined. It is shown that an increase in the content of β-Ti and Ti2Fe in the structure of such materials is accompanied by a significant increase in hydrogen absorption during primary hydrogenation. It is established that the reversibility of their hydrogenation process is preserved up to titanium contents not exceeding 67 at.%.
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Крохалев et al. (2025) studied this question.
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