Experimental and theoretical investigation on hydrogen storage performance of titanium decorated hexagonal boron nitride

Key Points

• Enhanced hydrogen storage performance was observed in titanium decorated hexagonal boron nitride, improving efficiency significantly.
• Theoretical models demonstrated hydrogen adsorption capacity increasing by over 30% due to titanium decoration.
• Experimental analysis provided empirical validation for theoretical predictions regarding material performance.
• Potential applications in clean energy storage highlight significance for hydrogen economy advancements.