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Lithiation-induced controllable vacancy engineering for developing highly active Ni3Se2 as a high-rate and large-capacity battery-type cathode in hybrid supercapacitors

Yinna He,Ting Liu,Jiangnan Song,Yiwei Wang,Yuxiao Zhang,Jie Feng,Alan Meng,Guicun Li,Lei Wang, Jian Zhao,Zhenjiang Li

Journal of Energy Chemistry（2023）

Cited 4|Views16
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Abstract
Appropriately modulating the contents of the pre-embedded lithium (Li) ions can induce controllable Se vacancies into the Ni3Se2 products, effectively endowing a relatively high-rate and large-capacity for the cathode.
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Key words
Pre-lithiation,Selenium vacancies,High-rate,Battery-type cathode,Hybrid supercapacitor
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