Liquid crystal material

And the light control way of photochromic liquid crystal material was summarized .

总结了光致变色液晶材料光调控的方式。

The Present Situation and the Development Prospect of Liquid Crystal Material and Liquid Crystal Display

中国显示液晶材料及器件行业市场现状与发展前景

Research for Performance Test System of Liquid Crystal Material Based on DSP

基于DSP的液晶性能测试系统研制

Liquid crystal material greatly entire , got down had a look .

液晶资料大全，下了看看吧。

Study on Ferroelectric Liquid Crystal Material Parameters Design for Phase Encryption System by Circuit Model

FLC编码系统中材料参量设计的电路实验研究

Display and expression of biological liquid crystal material

生物液晶材料的显示和表现

Development of Novel Naphthalene Derivative Liquid Crystal Material

新型萘环衍生物类液晶的研究进展

The Software-hardware Realization of Testing System for Electrical Performance of Liquid Crystal Material Based on DSP

基于DSP的液晶材料电特性测试系统软硬件实现

Use of Liquid Crystal Material of High Polymer as the Rotary Vane of Direct Connected Vacuum Pump

用高分子液晶材料作直联式旋片泵旋片像石头等（坚硬的材料）碎成细片

The dependence of the above parameters on the liquid crystal material parameters , laser intensity and its propagation inside liquid crystal is discussed and calculated .

讨论了它们随液晶材料参数、激光强度和激光在液晶中传播方向的变化，进行了数值计算。

This paper describes the preparation of a new kind of PDLC film which was made from UV-curable GGJ-1 adhesive and liquid crystal material .

本文用紫外固化的GGJ&1光敏胶和标准的液晶材料制备了一种新的PDLC膜；

On the foundation of the existing test equipment , we have researched and developed the test system that can measure liquid crystal material structure parameter and liquid crystal device characteristic .

在现有液晶测试设备基础上，研发了针对液晶材料结构参数和液晶器件显示特性进行测量的测试系统。

From these data of resistivity , the prower consumption and the purities of liquid crystal material can be eveluated .

用该方法测得的电阻率数据比较稳定，基本上能够准确反映液晶材料的纯度及功耗。

Total Synthesis of Liquid Crystal Material 4 - [ 2 - ( Trans-4 ′ - propylcyclohexyl ) ethyl ] - 1-fluorobenzene

液晶材料4-[2-（反-4-丙基环己基）]乙基氟苯的全合成研究

Many discotic liquid crystal material have extended aromatic core , and the rich electronic , so they can form the charge transfer compounds through mixing lack of electronic material , such as TNF .

许多盘状液晶材料具有延伸的芳香族核心，并且富含电子，所以它们可以和缺电子材料混合形成电荷转移复合物，比如缺电子材料TNF。

Helicene derivatives endow their excellent optoelectronic properties , as well as wide potential applications in chiral synthesis , chiral optical material , chiral catalyst , liquid crystal material and so on .

因此，咔唑类螺烯化合物具有优秀的光电性质，广泛应用在手性合成、手性光学材料、手性催化剂、液晶材料等领域。

The electrooptical properties of liquid crystal material , the structure of LCPA and the beam steering model of LCPA are analyzed . Mathematical model of the LCPA is set up , which is the basis of the research for the optimization algorithm of wave-control data . 2 .

分析了液晶材料的光电特性、液晶移相器阵列结构以及液晶相控阵的波控原理，建立了液晶移相器的数学模型，为液晶相控阵波控数据优化算法的研究奠定了基础。

Opinions about Development of China 's Liquid Crystal Display Material Industry

中国液晶显示材料产业发展之我见

Polyimide is widely used as one kind of liquid crystal alignment material . Pretilt angle is the key parameter to evaluate the property of this material . The uniformity and the photoelectric performance of the display will be affected by the selection of the pretilt angle directly .

聚酰亚胺在液晶取向材料方面的应用十分广泛，评价其性能的关键参数是液晶材料的预倾角，该数值的选择将直接影响到显示的均匀性和器件的光电性能。

The Dependence of Reflectance Spectra of Liquid Crystal on Chiral Material

手性添加剂浓度对液晶反射光谱的影响

The response time of the liquid crystal mixture containing NCS material was20 % faster than the original LC material when the concentration of the NCS LC material is10 % .

用平行液晶器件测定了混合液晶的响应速度，发现混入NCS单体10%后器件的响应速度约有20%的提升。

In those books of electro-optics effect , liquid crystal ( LC ) material possesses the advantage of low driving voltage , wide modulating range etc , and is taken care of superiorly .

在各种电光效应材料中，液晶材料以其驱动电压低、调制幅度大等显著优点而倍受亲睐。

The aromatic compounds synthesized by the C-C coupling reaction catalyzed by the transition metals are widely used in many areas of modern industry , for example : the synthetic drugs , liquid crystal , high polymer material and so on .

摘要过渡金属催化芳香化合物C-C键偶联反应被广泛应用于合成药物、液晶以及高分子材料的等多个现代工业领域。

The response speed of ferroelectric liquid crystal is at least 100 times faster than nematic liquid crystal . It is a quite promising liquid crystal material in the optical fields .

铁电液晶比向列相液晶的响应速度至少快100倍，是光学领域很有应用前景的液晶材料。