Effect of Laves phase on hydrogen storage properties of BCC Ti-V-Nb–Cr–Mn high entropy alloys

Key Points

• Enhanced hydrogen storage is observed due to the presence of Laves phase in bcc alloys, showing improved capacity.
• The study reveals a correlation between the Laves phase structure and hydrogen absorption rates in titanium-based alloys.
• Assessment using experimental techniques highlights the significance of alloying elements like vanadium and niobium.
• Findings underscore the potential of these high entropy alloys for future energy storage solutions, warranting further exploration.