Two-Dimensional Au Nanocrystals: Shape/Size Controlling Synthesis, Morphologies, and Applications.Hu, H. , Zhou, J. , Kong, Q. , & Li, C. . (2015) Particle & Particle Systems Characterization, 32(8), 796-808.-成果-仿生智能材料研究组  
Two-Dimensional Au Nanocrystals: Shape/Size Controlling Synthesis, Morphologies, and Applications.Hu, H. , Zhou, J. , Kong, Q. , & Li, C. . (2015) Particle & Particle Systems Characterization, 32(8), 796-808. 2015 其它 论文
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The fascinating roles of two-dimensional (2D) nanomaterials in natural super-strong bio-composites (i.e. aragonite platelets in nacre and apatite platelets in bone) have aroused great interest in scientific communities to synthesize their artificial counterparts with controllable geometric and physical properties. The quantum 2D confinement of electrons recently revealed in graphene nanosheets further inspires to explore 2D metal nanocrystals with intrinsic anisotropic properties and quantum size effect. Among them, 2D Au nanocrystals stand out not only due to their unique structure- and environmental-dependent properties, but also due to their rapid development in synthesis approaches and emerging applications in electronics, optics, sensing and biomedicines. In this Review the aim is to rationalize numerous newly published studies on 2D Au nanocrystals and to gain insight into their shape/size controlling synthesis, diverse morphologies, properties, and applications, potentially serving a handy guide to achieve on-demand 2D Au nanocrystals.


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