Shengnan Sun , Jun Zhou , Debbie Hwee Leng Seng , Hui Ru Tan , Shibo Xi , Xiping Ni , Fengxia Wei , Poh Chong Lim , Ming Lin , Yi Ren , Shijie Wang , Zhi Wei Seh
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引用次数: 0
Abstract
This work studies the influence of oxygen chemistry on the reduction potential in conversion-type NiO anodes in lithium-ion batteries and reveals that the hole states on oxygen are highly polarized and serve as a bridge that facilitates the reduction of Ni2+, representing a higher potential plateau associated with Ni–O bond cleavage.
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