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[Li, Hong] Lecture 1: overview of basic science of lithium battery
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[Suo, Liumin] Ultra high salt concentration electrolyte and its application in new battery system
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[Ji, Hengxing] Electrode interface control of fast charging energy storage battery
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[Wang, Deyu] Research on protection strategy of lithium metal filtration membrane
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[Fu, Yongzhu] Electrochemical conversion of organic sulfur
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[Xu, Yunhua] Lithium-organic battery
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[Li, Jian] Application of material genetic engineering in R & D and design of lithium ion battery
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[Li, Jian] battery forward design: from material R & D to manufacturing
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[Chu, Geng] Lecture 7: introduction of anode materials for lithium ion batteries
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[Guo, Xiangxin] Interface space charge layer effect in ionic conducting heterojunction
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[Shi, Siqi] Mechanism and characteristics of electron ion transport
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[Zhou, Ge] Electrochemical test method for materials and cells in lithium batteries
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[Yu, Xiqian] In situ and non in situ measurement of electronic states of bulk and surface materials
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[Wang, Jiajun] Measurement method for dynamic evolution of electrode materials
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[Gao, Jian] Potential problems in Li ion batteries
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[Li, Jian] Advanced materials calculation and process engineering knowledge drive forward battery design
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[Wu, Fan] Technology of sulfide solid state battery and solid state electrolyte materials
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[Wang, Rui] Ordering and disorder of cations in cathode materials
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[Li, Hong] basic scientific problems in lithium batteries
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[Xiao, Ruijuan] Lecture 6: the application of electron microscopy in the research of battery materials