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GRAPHENE FOR UNCONVENTIONAL APPLICATIONS

机译：用于非常规用途的石墨烯

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The physical and chemical characteristics of functional graphene structures are closely related to their dimensionality and therefore novel properties could potentially emerge from the dimensional confinement and/or benefit. In this regard, we have focused on development of new method and techniques for dimension-tailed fabrications of functional graphene architectures. Zero-dimensional (0D) graphene quantum dots, macroscopic 1D graphene fibers, 2D graphene films and 3D graphene frameworks have been systematically prepared through various strategies such as electrochemical cutting and dimension-confined assembly. New properties and unconventional applications of dimension-defined graphene structures in energy-conversion and -storage devices have been revealed. This work will present the new insight on the graphene manufacture based on the dimensionality for practical applications. We thank the financial support from the 973 program of China (2011CB013000) and NSFC (21325415, 21174019, and 51161120361), Fok Ying Tong Education Foundation (no. 131043), and 111 Project 807012.
机译：功能性石墨烯结构的物理和化学特性与其尺寸密切相关，因此，尺寸限制和/或益处可能会带来新的特性。在这方面，我们专注于功能石墨烯体系结构的尺寸尾制造的新方法和技术的开发。零维（0D）石墨烯量子点，宏观1D石墨烯纤维，2D石墨烯薄膜和3D石墨烯骨架已通过各种策略（例如电化学切割和尺寸受限的组装）进行了系统准备。已经揭示了尺寸限定的石墨烯结构在能量转换和存储装置中的新特性和非常规应用。这项工作将基于实际应用的尺寸，提供有关石墨烯制造的新见解。感谢中国973计划（2011CB013000）和国家自然科学基金委员会（21325415、21174019和51161120361），霍英堂教育基金会（编号131043）和111项目807012的财政支持。

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