多孔碳材料的设计、改性及其在新型锂碲电池中的应用

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1、DissertationforMaster'sDegreeofSouthwestUniversityDesignandModificationofPorousCarbonMaterialsandTheirApplicationforNovelLithiumTelluriumBatteriesCandidate:YiLiSupervisor:Prof.MaowenXuMajor:CleanEnergyScienceField:MaterialforElectrochemicalEnergyStorageInstituteforCleanEnergyandAdvancedMaterials

2、,SouthwestUniversity,ChongqingMay,2018√目录摘要.................................................................................................................................IABSTRACT...................................................................................................................

3、.III第1章绪论.....................................................................................................................11.1引言........................................................................................................................11.2锂硫电池简介..................................

4、......................................................................11.2.1锂硫电池的研究进展.....................................................................................21.2.2锂硫电池的电化学原理.................................................................................31.2.3锂硫电池面临的挑战..............

5、.......................................................................31.3锂碲电池简介........................................................................................................41.3.1锂碲电池的研究进展.....................................................................................51.3.2锂碲电池的

6、电化学原理.................................................................................81.3.3锂碲电池面临的挑战.....................................................................................91.4多孔碳材料简介...................................................................................................

7、.91.4.1多孔碳材料的制备.......................................................................................101.4.2多孔碳材料的改性.......................................................................................151.4.3多孔碳材料在电池中的应用.