Electrochemical charge storage performance of in-situ etched carbonized ZIF-8 aerogels

Tathagata Kar,Maura Casales-Díaz,Socorro Valdez Rodríguez,Mohan Kumar Kesarla

Materials Letters（2023）

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摘要

•Agar acts as simultaneous gelling and etching agent while preparing ZIF-8 aerogel.•ZIF-8 particles in the aerogel attain complete hollow structure on carbonization.•Conductive porous hollow ZIF-8 particles contribute towards capacitance increment.•Removal of Zn-content enhances the specific capacitance by almost four times.•KOH activation further leads to a maximum capacitance of 124.86 F g−1.

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关键词

In-situ etching,Hollow ZIF-8,Carbon aerogel,Electrochemical capacitance

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