Unleashing the redox-active mediator effect on the Ni-MOF electrode with a flower-like structure employed for supercapacitor applications | Synapse
March 15, 2026Open Access
Unleashing the redox-active mediator effect on the Ni-MOF electrode with a flower-like structure employed for supercapacitor applications
Key Points
This research aims to enhance the performance of supercapacitors through innovative electrode materials and stable electrolytes.
Investigated redox-active mediators on Ni-MOF electrodes
Evaluated performance in supercapacitor applications
Assessed energy density and stability of novel materials
Achieved significant improvements in energy density
Demonstrated long-term stability of electrodes
Enhanced overall supercapacitor performance
Abstract
Improving the energy density and performance of a supercapacitor necessitates the use of novel electrode materials and electrolytes that possess long-term stability.