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首页> 外文期刊>ACS applied materials & interfaces >Self-Assembly of K_xWO3 Nanowires into Nanosheets by an Oriented Attachment Mechanism
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Self-Assembly of K_xWO3 Nanowires into Nanosheets by an Oriented Attachment Mechanism

机译：K_xWO3纳米线通过定向附着机制自组装成纳米片。

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摘要

The K_xWO3 nanosheets consisting of superfine nanowires were successfully synthesized in ambient air. The detailed electron microscopy and X-ray diffraction investigations imply that the nanosheets were obtained by self-assembly of the ordered nanowires with exposed {0110}_H facets, The sheet morphology is closely related with the growth conditions including temperature and time, etc. A possible mechanism based on the oriented attachment of neighboring nanowires for the formation of nanosheets is proposed. Our results shed light on the interfacial characteristics of self-assembled K_xWO3 nanowires and can serve as guidance to the future design of relevant two-dimensional structures for various electrical and optical applications.
机译：在环境空气中成功合成了由超细纳米线组成的K_xWO3纳米片。详细的电子显微镜和X射线衍射研究表明，纳米片是通过将有序{0110} _H面暴露在外的有序纳米线自组装而获得的。该片的形态与温度，时间等生长条件密切相关。提出了基于相邻纳米线定向附着形成纳米片的可能机制。我们的研究结果揭示了自组装K_xWO3纳米线的界面特性，并可以为将来针对各种电气和光学应用的相关二维结构的设计提供指导。

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