1.Cholesteric LCDs do not require a backlight and lack many of the layers of a traditional LCD, which should make them easier to build.
胆甾型液晶无需背光，没有传统LCD各式各样的层，这使其易于构造。
2.The optical properties of circular polarization filters made of cholesteric liquid crystal thin films are investigated.
研究了胆甾相液晶薄膜滤光器的光学性质，给出了这种薄膜的制作技术。
3.Liquid-liquid crystalline, electronic industry as the display materials, cholesteric stabilized for operating temperatures.
液晶洋的向列型液晶，在电子产业洋作为表现质料，胆甾型液晶可用于温度辅导。
4.The results show that wedge cholesteric liquid crystal cell can be used in the design and analysis of liq. . .
理论计算和实验结果表明，该方法可用于液晶退偏器的理论分析和设计。
5.The cholesteric liquid crystal was sensitively changed with temperature and displayed bright colors.
胆甾相液晶对温度敏感，可显示出艳丽色彩。
6.Chiral dopants play an important role in liquid crystal displays, which can convert nematic phase to cholesteric phase.
手性添加剂能诱导向列相形成胆甾相，在液晶显示中具有重要的用途。
7.Fujitsu's FLEPia uses a so-called cholesteric LCD, which produces an image from reflected light.
富士通公司（Fujitsu）的FLEPia采用了一种所谓的胆甾型液晶，可由反射光产生图片。
8.Influence of the Surface Energy on the Cholesteric-nematic Phase Transition Induced by Magnetic Field
表面能对磁致胆甾相-向列相转变的影响
9.Effects of Temperature on the Molecular Distribution of a Glassy Cholesteric Siloxane Cyclic Side-Chain Liquid Crystal
温度对玻璃态胆甾相环硅氧烷液晶中分子分布的影响
10.Circular Polarization Filters Made of Cholesteric Liquid Crystal Thin Films
胆甾相液晶薄膜圆偏振滤光器