结果表明,该聚合物为热致液晶,能够呈现近晶相和向列相织构。
描述了一种新型的用于向列相液晶的光学活性四邻位取代手性联苯型掺杂剂。
发现目标化合物都呈现很宽的近晶A相,当另一侧的碳氢链较短时,还有较窄的向列相存在。
计算了典型向列相液晶的指向矢偏转角随场强和位置的变化。
本研究旨在探讨线状液晶掺杂微量碳奈管样品中全像光栅之形成。
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。
研制了基于SLC-7607A平行向列相液晶的可变延迟器。
液晶在一个向列的阶段,没有空间定货分子,例如,被使用在LCD技术。
向列型液晶弹性体是一种结合了橡胶弹性体的弹性特点和液晶各向异性特点的新型材料。
平行排列丝状液晶在超短脉冲激光激励下发生瞬态扭曲形变的最佳偏振角
光诱导分布反馈激发染料掺杂向列相液晶的放大自发发射
存在光致异构化情况下掺杂液晶非线性增强因子的微观形式
1·Super twisted nematic has steep electro-optical characteristic curve, so it can be used in multiplex drive.
超扭曲向列相具有陡的电光特性曲线,因此可以用于多路驱动。
2·The physical mechanism of the spatial solitons in nematic liquid crystals is discussed, and the research progress of these spatial solitons are introduced summarily.
对向列相液晶中空间光孤子产生机制进行了详细的阐述,并对其目前的研究进展进行了概括介绍。
3·The section introduced working principle and manufacture technology of zenithal bistable nematic LCD.
本节着重介绍顶点双稳态向列相液晶显示器的工作原理和制作。
4·We have studied the mechanism of the anisotropic property of degenerate four-wave mixing (DFWM) signal intensity in nematic liquid crystal doped with dye.
我们研究了掺染料向列相液晶中简并四波混频各向异性的机制。
5·This paper introduces the influence of grating constant on response characteristics in C60-doped nematic liquid crystals(5CB) by two beam-coupling experiment.
通过二波耦合实验研究了C60掺杂向列相液晶中光栅形成的响应特性与光栅常数的关系。
1·The most common ones available here are the Twisted Nematic type.
最常见的可这里是扭曲向列的类型。
2·Cholesteryl is a good chiral nematic phase mesogen because of its chirality.
胆甾烯基具有多个手性中心,是良好的手性向列相液晶基元。
3·A cell theory of nematic liquid crystals is presented, which provides a calculable theoretical model for investigation of molecular short-range correlations.
本文提出了向列型液晶的格胞理论,为研究分子短程关联提供一个可计算的理论模型。
4·The liquid crystal filter consists of cholesteric and nematic phase liquid crystals with a weight ratio of approximately 7:3.
液晶滤光器由胆甾相和向列相液晶组成,它们的重量比为7:3。
5·Excitability in a nematic liquid crystal cell in a Fabry-Perot was confirmed. When this system has spacial extensions, spirals and other patterns were obtained.
证实了法布里-泊罗标准具中向列液晶的可激性,当系统具有空间延展性时,得到了螺旋波以及不同的斑图的形成。
1·The results showed that all polymers prepared were thermotropic liquid cryrt-ailine polymers and formed nematic phase only.
结果显示,所制备的聚合物为热致向列型液晶聚合物。