木质素基钠离子电池负极材料研究进展

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作者简介：，在读硕士研究生；主要从事木质素高值化利用等方面的研究。

关键词：木质素；钠离子电池；负极材料；硬碳中图分类号：TS79 文献标识码：A DOI： 10.11980/j.issn.0254-508X.2025.04.001

ResearchProgressonLignin-basedSodiumIonBatteryAnodeMaterials

TIAN Zhongyuan' WU Hongqin' WANG Ziquan' HUANG Jianbo² ZHANG Xueming1.

（1.BeijingKebgoelicCstrigstrUesit；ludInstitute Co.，Ltd.，Beijing，）（*E-mail：xm_zhang@bjfu.edu.cn）

Abstract：Wittepidgrowhofnewnervcleswordwideandtheapidriseofeeneoragemarket，odimonterrep resentativeoflowosteeageteris，areusingindevelopentooritLignnanbudantaturalresodte hardarbomatelsprepadynveeceltproetisichisudoubedlyfrstceftaodefI thispaper，thedvantages，workingprnciple，Nasoagemechansmandtypeofodematerialofsoiumonbatersereitroduces reviewcompreesielysummaedntdacsiarbozioandeteroatodopingstategisfopreparatiooflgddada bon anode materials，and critical challenges and future research priorities in this field were also discussed.

Key words：lignin；sodium ion battery;anode material;hard carbon

锂基电池由于其出色的能量和功率密度，已被成功地开发为能源供给设备的电源。（剩余27732字）