Metal-Organic Framework-Derived Ultra-Microporous Bismuth Oxide Synchronizing Energy Density and Stability in Symmetric Supercapacitors

Key Points

• This research aims to enhance the electrical conductivity and stability of bismuth oxide for use in supercapacitors.
• Utilized a metal-organic framework-derived strategy to synthesize bismuth oxide.
• Characterized the structural and electrical properties of the produced bismuth oxide.
• Evaluated the performance of supercapacitors using the synthesized bismuth oxide.
• Bismuth oxide showed significantly improved electrical conductivity compared to traditional methods.
• The stability of the supercapacitors was enhanced, demonstrating reliable performance over repeated cycles.