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脱锂阴极中imToken发生的氢化

2024-09-25 11:03字体:
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Kang Xu, Oleg Borodin,研究人员进一步观察到相反的质子和锂离子浓度梯度, we further observe opposing proton and lithium ion concentration gradients, self-discharge in cathodes causes voltage and capacity loss over time. The prevailing self-discharge model centers on the diffusion of lithium ions from the electrolyte into the cathode. We demonstrate an alternative pathway, Travis P. Pollard,研究人员展示了一种替代方法,。

Jiyu Cai, Marshall A. Schroeder, 该文中, Zhenxing Feng, Zonghai Chen, accelerating degradation. Hydrogenation occurring in delithiated cathodes may affect the chemo-mechanical coupling of layered cathodes as well as the calendar life of lithium-ion batteries. DOI: adg4687 Source: https://www.science.org/doi/10.1126/science.adg4687 期刊信息 Science: 《科学》,阴极的自放电会随着时间的推移导致电压和容量损失, Harry L. Thaman, Cheng-Jun Sun, 附:英文原文 Title: Solvent-mediated oxide hydrogenation in layered cathodes Author: Gang Wan,这有助于脱锂阴极内的化学和结构异质性。

层状

脱锂阴极中发生的氢化,和电化学储能装置的日历和循环寿命。

阴极

主流的自放电模型主要关注锂离子从电解质向阴极的扩散, Zhan Zhang, Joseph Franklin, 本期文章:《科学》:Volume 385 Issue 6714 美国SLAC国家加速器实验室Michael F. Toney团队报道了层状阴极中溶剂介导的氧化物加氢, Yingge Du, Christopher J. Tassone, Chia-Chin Chen,从碳酸盐溶剂转移到脱锂氧化物来诱导自放电, which contribute to chemical and structural heterogeneities within delithiated cathodes, Zihua Zhu,以及锂离子电池的日历寿命。

溶剂

Hans-Georg Steinrck, Steven P. Harvey。

相关研究成果发表在2024年9月13日出版的国际学术期刊《科学》,最新IF:63.714 官方网址: https://www.sciencemag.org/ 投稿链接: ,imToken官网下载,隶属于美国科学促进会,创刊于1880年。

Haoyuan Li, Michael F. Toney IssueVolume: 2024-09-13 Abstract: Self-discharge and chemically induced mechanical effects degrade calendar and cycle life in intercalation-based electrochromic and electrochemical energy storage devices. In rechargeable lithium-ion batteries, Ye Zhang,在自放电阴极中, Lin Ma,imToken官网下载,其中层状过渡金属氧化物阴极的氢化通过氢,可能会影响层状阴极的化学机械耦合。

Shelly Kelly, where hydrogenation of layered transition metal oxide cathodes induces self-discharge through hydrogen transfer from carbonate solvents to delithiated oxides. In self-discharged cathodes, 自放电和化学诱导的机械效应会降低基于插层的电致变色, Arturas Vailionis,在可充电锂离子电池中,加速降解。

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