钠离子电池新型碳基电极及其界面研究（英文版）

　　《钠离子电池新型碳基电极及其界面研究（英文版）》以钠离子电池负极中的表面改性和界面反应为切入点，全面地梳理了国内外发展动向，明晰了钠离子电池负极中存在的研究瓶颈，并针对性地提出了解决方案，在新型碳电极的结构设计、表面改性以及电解液/电极界面反应调控等方面取得了一系列创新性的研究成果，为碳电极的实用化研究提供了新的启示和思路。 《钠离子电池新型碳基电极及其界面研究（英文版）》可作为高校或科研机构材料科学、储能电化学、化学工程等相关领域学者和研究人员的参考书。

　　张俊，现为天津大学助理研究员，2020年1月获得清华大学工学博士学位，研究方向是碱金属离子电池碳基负极及其界面电化学。发表SCI/SSCI论文18篇，曾获清华大学蒋南翔奖学金、清华大学优秀博士论文、欧洲材料学会优秀研究生奖、清华大学优秀毕业生等奖励和荣誉。

Chapter 1Introduction
1.1Overview
1.2Recent progress of SIBs in academy and industry
1.3Potential application of carbon materials as cathode
1.4Practical carbon anodes towards high energy or power density
1.5The main research topics and content
Chapter 2Experimental Details
2.1Main reagents and raw materials
2.2Main equipment
2.3Characterization 
2.3.1Structural characterization
2.3.2Electrochemistry
Chapter 3FoldedGraphene as an Ultrafast Cathode Material
3.1Introduction
3.2Experimental section
3.3Highdensity foldedgraphene cathode for SIBs
3.4Ultrafast highvolumetric sodium storage via foldedgraphene cathode
3.5Summary
Chapter 4The Interplay of Oxygen Functional  Groups and Folded Texture in  FoldedGraphene Cathode
4.1Introduction
4.2Experimental section
4.3The critical roles of oxygen functional groups and folded texture
4.4The interplay of oxygen functional groups and folded texture
4.5Summary
Chapter 5Achieving Efficient Sodium  Storage  on Carbon Anodes with  
Etherderived Solid Electrolyte  Interphase (SEI)
5.1Introduction
5.2Experimental section
5.3Achieving efficient sodium storage on diverse carbon anodes with etherbased electrolytes
5.4Advantages of etherderived SEI
5.5Summary
Chapter 6Evolution of the Electrochemical  Interface with Etherbased  Electrolytes
6.1Introduction
6.2Experimental section
6.3Improved sodiation depth in etherbased electrolytes
6.4Evolution of interfacial electrochemistry with etherbased electrolytes
6.5Summary
Chapter 7Conclusion and Perspective
7.1Conclusion
7.2Perspective
References
Research Achievements
Acknowledgements