Microstructure and Hydrogen Storage Behavior of TiCrMo Alloys Fabricated via Melt Spinning
Huazhou Hu,
Songsong Li,
Wenhao Zhou
et al.
Abstract:High-density hydrogen storage materials are crucial for the advancement of hydrogen energy. This work investigates the synthesis and characterization of a low-cost and high-performance Ti 45 Cr 52 Mo 3 alloy through arc-melting and melt-spinning processes. The alloy exhibits a significant dehydriding density of 2.4 wt % at 85 °C, indicating its potential as a hydrogen storage material. A comprehensive analysis of the alloy's microstructural evolution, de/hydrogenation thermodynamics, and cyclic properties has … Show more
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