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Transparent conducting films from NbSe3 nanowires

机译:NbSe3纳米线的透明导电膜

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摘要

We have developed methods to disperse and partially size separate NbSe 3 nanowires in aqueous surfactant solutions. These dispersions can easily be formed into thin films. Optical and electrical studies show these films to display sheet resistances and transmittances ranging from (, 22%) to (, 79%) depending on thickness. For thicker films, we measured the transparent conducting figure of merit to be σDC, B/σO_p = 0.32, similar to graphene networks. Thickness measurements gave individual values of σOp = 17 800Sm~(- 1) and σ DC, B = 5700Sm~(- 1). Films thinner than ~ 70nm displayed reduced DC conductivity due to percolative effects.
机译:我们已经开发出了在表面活性剂水溶液中分散NbSe 3纳米线并使之部分尺寸的方法。这些分散体可以容易地形成薄膜。光学和电气研究表明,这些薄膜根据厚度的不同,其薄层电阻和透射率范围为(22%)至(79%)。对于较厚的薄膜,我们测量的透明导电品质因数为σDC,B /σO_p= 0.32,类似于石墨烯网络。厚度测量得出的单个值分别为σOp= 17 800Sm〜(-1)和σDC,B = 5700Sm〜(-1)。由于渗透作用,小于70nm的薄膜显示直流电导率降低。

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