摘要
能源存储与转化材料研究的关键是深入理解材料的工作机制。因此,建立合理可靠的结构-性能关系是进一步优化这类材料的有效途径。石墨烯/无机杂化材料的可控构建与界面设计为我们提供了良好的电极材料结构-性能关系研究平台。通过系统深入研究杂化材料的界面与材料性能的关系,使我们进一步了解到电极材料的工作机制,进而为设计更高性能的电极材料提供实验支持。
In this work, graphene-based materials with well-defined structures and functions, such as the graphene/SnXn nanocomposites with rationallly desinged interfaces, the graphene/Si nanocomposites with systematic structure control, have been developed by the rational design of various chemical approaches. Interestingly, the rational design of structures and functions of the electrode material provides efficient strategies for the development of high performance materials in lithium ion batteries.
引文
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