碳纳米管作为优化液晶电池运行的手段

A. Toikka, N. Kamanina, Yu. A. Zubtcova
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引用次数: 0

摘要

液晶(LC)是一种特殊的中间相,它结合了液体和固体的性质。LC分子可以通过外场的作用来排序,例如,通过电场,这允许创建各种电光器件,如空间光调制器,显示元件,光学限制器,生物医学细胞等。通常LC细胞包括直接LC层,导电触点(铟锡氧化物ITO或ZnO),取向层和玻璃或石英衬底。由于ITO触点厚度小,在高激光辐射下经常被破坏。这一问题可以通过激光定向沉积技术来解决,该技术允许将碳纳米管直接沉积在衬底上的垂直位置。这一过程大大提高了激光强度和ITO的机械硬度,以及它的透明度。本文对纯ITO和垂直沉积CNTs的ITO的基本参数进行了对比研究。展望了改性ITO液晶电池的应用领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Carbon Nanotubes as Means to Optimizing the Operation of Liquid Crystal Cells
Liquid crystals (LC) are a special unique mesophase that combines both the properties of a liquid and a solid. LC molecules can be ordered by the action of external field, for example, by the electric one, which allows creating the various electro-optical devices such as spatial light modulators, display elements, optical limiters, biomedicine cells, etc.Generally LC cell includes a direct LC layer, conductive contacts (indium tin oxides ITO or ZnO), orientation layers, and glass or quartz substrates. Due to the small thickness the ITO contacts are often destroyed under the high laser radiation. This problem could be solved by laser-oriented deposition technique, which permits to deposit the carbon nanotubes in the vertical position directly on the substrate. This procedure increases dramatically the laser strength and mechanical hardness of the ITO as well as its transparency.In the current paper, the result of the comparative study of the basic parameters of pure ITO and ITO with vertically deposited CNTs is noted. Moreover, extended area of the application the LC cell with the modified ITO is predicted.
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