Thermodynamically stabilized and driven synthesis of multicomponent high-entropy alloy catalysts for the HER

Key Points

• The aim is to explore the potential of high-entropy alloys as catalysts for the hydrogen evolution reaction by stabilizing their properties thermodynamically.
• Synthesis of multicomponent high-entropy alloys using thermodynamic stabilization techniques
• Characterization of electronic structures and structural stability of the alloys
• Evaluation of catalytic performance in the hydrogen evolution reaction.
• High-entropy alloys demonstrated enhanced stability during the hydrogen evolution reaction.
• Tunable electronic structures contributed to improved catalytic efficiency.
• Promising performance metrics compared to traditional catalyst materials.