生物质废弃物碳作为锂离子电池负极材料研究的综合性实验设计

Design of Comprehensive Experiment of Carbon Derived from Biomass Wastes as Anode Material for Lithium Ion Battery

为了拓展能源化工和材料专业高年级本科生的知识领域,设计了综合性实验——生物质废弃物碳作为锂离子电池负极材料研究。实验内容包括生物质废弃物碳的制备、结构表征、电极的制备、模拟电池组装及电化学性能测试等。通过实验操作、电化学工作站和充放电测试仪的使用及数据处理等环节,不仅可以巩固学生所学知识,还能培养他们的创新思维能力和团队意识,进一步提高综合素养水平。

In order to expand the horizons of senior undergraduates majoring in the energy chemical engineering and material science,we have designed the comprehensive experiment about the carbon derived from the biomass wastes as an anode material for lithium ion battery.The experiment includes the preparation of the biomass wastes carbon,the structure characterization,the preparation of the simulate cells and the electrochemical performances characterization.Through the operation in the experiment,the use of the electrochemical workstation and the Land tester and the data processing,the students not only can consolidate their knowledge,but also develop their innovative thinking abilities and team spirit,and further improve their comprehensive accomplishments.