In situ induced cation-vacancies in metal sulfides as dynamic electrocatalyst accelerating polysulfides conversion for Li-S battery

Rongrong Li,Hao Sun,Caiyun Chang,Yuan Yao,Xiong Pu,Wenjie Mai

Journal of Energy Chemistry（2022）

引用 14|浏览3

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摘要

In-situ introduced the Fe-vacancies into FeS via one-step pyrolysis and verifies the feasibility of Fe0.96S@C host as catalyst and adsorbent toward polysulfides for the first time.

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关键词

Cation vacancy,Fe0.96S@C structure,Catalytic conversion,Lithium-sulfur battery

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