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Tailoring the Hollow Structure within CoSnsub.6 Nanocubes for Advanced Supercapacitors
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Tailoring the Hollow Structure within CoSnsub.6 Nanocubes for Advanced Supercapacitors
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Journal Article
Tailoring the Hollow Structure within CoSnsub.6 Nanocubes for Advanced Supercapacitors
2022
Overview
The enhanced application performance of hollow-structured materials is attributed to their large surface area with more active sites. In this work, the hollow CoSn(OH)[sub.6] nanocubes with increased surface area and mesopores were derived from dense CoSn(OH)[sub.6] nanocube precursors by alkaline etching. As a result, the hollow CoSn(OH)[sub.6] nanocubes-based cathode electrode exhibited a higher area-specific capacitance of 85.56 µF cm[sup.−2] at 0.5 mA cm[sup.−2] and a mass-specific capacitance of 5.35 mF g[sup.−1] at 0.5 mA cm[sup.−2], which was more extensive than that of the dense precursor. Meanwhile, the current density was increased 4-fold with good rate capability for hollow CoSn(OH)[sub.6] nanocubes.
Publisher
MDPI AG
Subject
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