Engineering highly active surfaces in molybdenum-integrated cobalt telluride electrodes for enhanced battery-type charge-storage in supercapacitors

Key Points

• The study aims to develop highly active surfaces in electrodes for better performance in supercapacitors.
• Engineering of molybdenum-integrated cobalt telluride surfaces
• Evaluation of charge-storage capacities
• Testing of performance in supercapacitor applications
• Significant increase in charge-storage capacity observed
• Enhanced energy efficiency in engineered electrodes
• Promising results for sustainable energy solutions