Studies on Irreversible Capacity Loss of Disordered Carbon Anode

Abstract

Abstract: The irreversible capacity loss that occurs during the first cycle in lithium ion rechargeable batteries was studied. The experimental results show that when a disordered carbon prepared from resole resins by pyrolysis was used as a anode, the irreversible capacity loss was related to not only the solvent decomposition to form Li₂CO₃ and to the compounds containing COOHgroups and CHgroups on the carbons surface, but also to the compounds containing CLi or OLi in the bulk of carbons.

Key words: Resole resins, Lithium ion battery, Irreversible capacity loss

CLC Number:

O646.21

TrendMD:

XIE ZhongWei, QU XiaoGuang, ZHU DongXia, GONG Jian, QU LunYu, XIE DeMin. Studies on Irreversible Capacity Loss of Disordered Carbon Anode[J]. Chem. J. Chinese Universities, 2001, 22(12): 2048.

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Studies on Irreversible Capacity Loss of Disordered Carbon Anode

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