二次电池充放电过程的留叶嵌入理论及导电机理

C. Z. Yang
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摘要

AB5/β-Ni(OH)2、2h -石墨/ limeo2和2h -石墨/ lifepo4电池充放电过程中导电离子的来源被认为是由正极活性物质的相变提供的,因此称为相变理论。通过对AB5/β-Ni(OH)2、2h -石墨/Li (Ni1/3Co1/3Mn1/3) o2和2h -石墨/LiFePO4充放电过程的详细研究,发现导电离子的来源是H(镍氢电池)和Li(锂离子电池)在正负活性材料中的脱嵌,并提出了脱嵌理论。在此基础上,阐明了这三类电池的导电机理:导电离子在电场作用下的定向迁移和运动
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Leave-Intercalation Theory and Conductive Mechanism during Charge-Discharge Process for Secondary Battery
The source of conductive ions in the charge and discharge process of AB5/β-Ni(OH)2, 2H-graphite/ LiMeO2and 2H-graphite/LiFePO4batteries is thought to be provided by the phase transition of positive active materials, so it is called phase transition theory. Through the detailed study of the charge and discharge processes of AB5/β-Ni(OH)2, 2H-graphite/ Li(Ni1/3Co1/3Mn1/3)O2and 2H-graphite/LiFePO4, it is found that the source of conductive ions is the de-intercalation of H (nickel-hydrogen battery) and Li (lithium-ion battery) in positive and negative active materials, and the de-intercalation theory is proposed. On this basis, the conductive mechanisms of these three types of batteries are clarified: The directional migration and movement of conductive ions under the action of electric field
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