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Titanium Carbide MXene Flakes as Novel 2D Metallic Solution-Processed Films

机译:碳化钛MXENE薄片作为新型2D金属溶液加工薄膜

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摘要

MXenes, a recently discovered family of two-dimensional materials, have obtained a large consideration since they exhibit properties with potential applications. Among them, their hydrophilic and metallic conductivity have opened a way to deposit them by solution process techniques. We will present Ti_3C_2T_x delaminated monolayers forming ultra thin films as transparent electrodes with properties exceeding comparable reduced graphene oxide films. Our films deposited by spin-coating show a low sheet resistance of 437 Ω/sq with 77% transmittance at 550 nm light. Finally, FET transistors fabricated with our films confirmed the metallic behavior of them. These results demonstrate the presence of a novel and solution-processed two-dimensional material with both high conductivity and transparency.
机译:MXENES是最近发现的二维材料系列,已经获得了大量考虑因素,因为它们具有潜在应用的特性。其中,它们的亲水性和金属导电率开通了通过溶液过程技术沉积它们的方法。我们将呈现Ti_3C_2T_X分层单层形成超薄膜作为具有超过相当的还原的石墨烯膜的性质的透明电极。我们的纺织涂层沉积的薄膜显示出437Ω/平方米的低薄层电阻,550 nm灯处具有77%的透射率。最后,用电影制造的FET晶体管证实了它们的金属行为。这些结果证明了具有高导电性和透明性的新颖和溶液加工的二维材料。

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