Due to specific geometric structural and physical properties of two-dimensional layer materials,it have showed an attrac-tive application prospect in the electrochemistry,catalytic,adsorption,stored energy and conductive device,which have gradually be-come the new star of materials research in recent years. Single or few layers of two-dimensional nanomaterials can be produced through different delamination methods,which can be used to assemble new topology. These topologies exhibit some unusual behav-iors,especially,graphene with the M?bius structure exhibits unique electrical properties. In this review,taking graphene M?bius as an example,the progress with topological structure and dependent performance on topological characteristics are reviewed. We be-lieve this review will beneficial for their further research.%近年来,由于二维层状材料具有特殊的几何结构和物理化学性质,在电化学、催化、吸附、储能及导电器件等方面已经展现出了十分诱人的应用前景,它已成为材料研发的新明星.现有的研究表明,由块体层状材料通过不同的剥离方法可获得单层或者少层的二维纳米材料,其后通过不同组装方式它们可以构筑成新颖的拓扑结构,而这些拓扑结构则表现出奇异的特性,其中以具有M?bius环为结构特征的石墨烯材料所具有独特的电性质而最受人瞩目.本文综述了近年来以石墨烯为基材构建的具有M?bius环拓扑特征的材料发展状况、以及其所表现出的拓扑结构和性能相关性重要研究的结果,希望本文能为它们的进一步深入研究提供借鉴.
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