Supercapacitors play an increasingly important role in electronic devices,energy storage and conversion due to their high energy density and high power density characteristics.With the rapid advancement of science and technology,researchers are actively seeking more efficient electrode materials to further improve the performance of supercapacitors.Metal organic frameworks(MOFs),as a type of porous structural material,have been widely used in gas adsorption,separation,and catalysis due to their high specific surface area,controllable pore size,and di-verse functionalities.Based on these advantages,this article delves into the application of MOF derived nanoelec-trode materials in supercapacitors,aiming to provide valuable references for research in this field.Through these studies,we expect MOF derived materials to drive a leap in supercapacitor performance and meet the stringent re-quirements of future energy storage devices.
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