1) physical mechanism of intercalation and de-intercalation of Li-ion
嵌脱锂物理机理
2) lithium intercalation mechanism
嵌锂机理
1.
Recent advances in lithium-ion rechargeable carbon materials, especially the category, structure and lithium intercalation mechanism, are reviewed in this paper.
对近几年所研究的可逆储锂炭材料进行了综述,着重总结了炭负极材料的种类、结构及其嵌锂机理,并展望了锂离子电池炭负极材料的研究进展。
3) intercalation and de-intercalation mechanism
嵌脱机理
1.
And their intercalation and de-intercalation mechanism,performance characteristic and latest development are systematically introduced.
综述了现代锂离子二次电池负极材料研究的四个重点方向———含锂过渡金属氮化物、锡氧化物、过渡金属氧化物和钒基复合氧化物,并系统地阐述了这四种非碳负极材料的嵌脱机理、性能特点及近期的研究现状。
4) Li inserting and removal of Li
嵌锂脱锂
5) Li based intercalation compound
锂嵌脱化合物
6) mechanisms of lithium intercalating
贮锂机理
1.
The preparations, performance and mechanisms of lithium intercalating for tin oxide, tin composite oxide and (tin-based) alloy were introduced.
总结了锡氧化物、锡复合氧化物以及锡合金的制备方法、性能和贮锂机理,概述了锂离子电池锡基负极材料的研究现状。
补充资料：锂蒙脱石,锂皂石,汉克托石
CAS：12173-47-6
中文名称：锂蒙脱石；水辉石；锂蒙脱石,锂皂石,汉克托石
英文名称：Hectorite；Veegumt；hectorite(clay mineral)；hectorite(claymineral)
中文名称：锂蒙脱石；水辉石；锂蒙脱石,锂皂石,汉克托石
英文名称：Hectorite；Veegumt；hectorite(clay mineral)；hectorite(claymineral)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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