84‐3: A Novel 2D Diffractive Liquid Crystal Smart Window using Single‐sided Engineered Electrode Structure

J. Huh, Hong Yoon
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Abstract

Smart window technology has been studied actively because it can simply control optical property of window by external power. Among various smart window technology, a phase grating liquid crystal (LC) device shows outstanding properties such as clear off state, high haze in on state, and no viewing angle dependence. Although it can have excellent optical performance, an LC phase grating device requires complicated pattern electrode structure on both top and bottom substrate. To make the device in cost effectiveness, it is required that simple and cost saving design of LC cell is essential.In this presentation, we will introduce our recent progress in LC phase grating smart window. Based on the optimal LC cell design, a trade‐off between performance and cost was minimized while maintaining the advantages of previously researched phase grating LC smart window.
84‐3:使用单面工程电极结构的新型二维衍射液晶智能窗口
智能窗技术由于可以通过外部电源简单地控制窗的光学特性而受到人们的积极研究。在各种智能窗口技术中,相位光栅液晶(LC)器件具有关闭状态清晰、开启状态雾度高、不依赖视角等突出特性。LC相位光栅器件虽然具有优异的光学性能,但在上下基板上都需要复杂的图案电极结构。为了使器件具有成本效益,要求LC电池的设计必须简单、节约成本。在本报告中,我们将介绍我们在LC相位光栅智能窗口方面的最新进展。基于优化的LC单元设计,在保持先前研究的相位光栅LC智能窗口优势的同时,最大限度地降低了性能和成本之间的权衡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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