Ostwald ripening and sulfur escaping enabled chrysanthemum-like architectures composed of NiS2/NiS@C heterostructured petals with enhanced charge storage capacity and rate capability

Henghan Dai,Yue Zhao,Zhao Zhang,Jia Yang,Shuzheng Liu,Jinyuan Zhou,Gengzhi Sun

Journal of Electroanalytical Chemistry（2022）

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摘要

•Hierarchically nanostructures are regulated by competitive coordination strategy.•NiS2/NiS heterostructures are fabricated by balancing Ostwald ripening and sulfur escaping.•Hetero-interfaces facilitate ion migration and charge transfer significantly.

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关键词

2D MOFs,Transition metal sulfides,Carbon sheath,Heterostructures,Hybrid devices

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