Liquid crystals are considered to be intermediate between liquid and solid.
液晶被认为介于液态和固态之间。
Which also makes drugs. But it makes liquid crystals.
它也生产药品，但是它主要是做液晶的。
Liquid crystals are used in calculators and watches.
液晶被用在计算器和手表上。
The progress in study of the fluorinated liquid crystals is reviewed.
本文简述了含氟液晶的研究进展。
The cell theory is used to study nematic liquid crystals formed by biaxial molecules.
通过格胞理论研究双轴分子构成的向列型液晶。
It is shown that TC has the characteristic of thermotropic and lyotropic liquid crystals.
所以，TC既具有热致液晶的特性，又具有溶致液晶的特性。
The syntheses and properties of five new high-temperature liquid crystals were discussed.
介绍了五个新型的联苯双酯类高温液晶的合成及性质。
Liquid Crystals do not emit any light, and have to be backlit in order to produce bright colors.
液晶本身不发光，它需要使用背景灯来产生明亮的颜色。
Some important physical effects appear due to short range order in nematic liquid crystals.
向列型液晶中的短程序有重要的物理效应。
The advances of side-chain polymeric liquid crystals as GLC stationary phases are described.
介绍了侧链高分子液晶作为气相色谱固定液的进展。
A negative lens effect induced by strong laser field in liquid phase of. Liquid crystals is described.
本文介绍了液相液晶中强激光场引起的负透镜效应。
N-E model with two parameters is used to represent the anchoring energy of liquid crystals on substrates.
模型具有两个参数用于描写液晶在基板上的锚定能。
The alignment of the liquid crystals in the array controls the direction in which light is reflected from them.
阵列中液晶的位置控制反射的光线的方向。
The new liquid crystals feature wide working temperature range, low voltage operation and high reliability.
新型液晶的特点是：工作温度范围宽，工作电压低，可靠性高。
The degenerate four-wave mixing process due to thermal phase grating in nematic liquid crystals is studied.
本文研究了向列相液晶中热致相位光栅产生的简并四波混频过程。
A recent progress in the classification and characterization of polymer liquid crystals is briefly reviewed.
本文简要地综述了近年来在高分子液晶分类和表征方面的进展。
But neither can give a method for calculating the molecular energy levels and charge density of liquid crystals.
但是还没有关于液晶分子能级和电荷密度的计算方法。
It was found that all copolyesters are thermotropic nematic liquid crystals with wide mesomorphic temperature range.
结果发现各共聚酯均为向列型热致液晶，并都具有较宽的液晶态温度范围。
The introduction of chiral center and lateral fluorines enable the liquid crystals to give unusual smectic textures.
由于在分子中引入了手性中心和侧向氟原子，使得液晶呈现出不同寻常的近晶相织构。
Asymmetries in liquid crystals gave scientists the tools to manipulate them, and now LCD screens are cheap and ubiquitous.
液态晶体的不对称性给了科学家们操纵它们的工具，现在LCD屏既便宜又常见。
Using the dynamical reflexion theory, the selective reflection characters of cholesteric liquid crystals are analyzed.
利用动态反射法对手性液晶材料的选择性反射特性进行了分析。
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。
The variation of rotation Angle of director of classic nematic liquid crystals with field strength and position is calculated.
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。
Discotic liquid crystals possess high charge carrier mobility and show huge potential application as organic electronic materials.
盘状液晶有较高的载流子迁移速率，作为有机半导体材料有广泛的应用前景。
Occurrence of composite materials of liquid crystals with ferrofluids and the progress of theoretical studies on them are reviewed.
综述了铁磁流体液晶复合材料的出现及其理论研究进展。
A cholesteric-nematic transition can be induced by a magnetic field which is normal to the pitch of the cholesteric liquid crystals.
垂直于液晶胆甾相加磁场可以引起胆甾相向列相转变，基于分子场理论解释了这一现象。
It was found that the ligand and complex of polymers are thermotropic nematic liquid crystals with wide mesomorphic temperature range.
发现高分子配体和配合物均为向列型热致液晶高分子，液晶态温度范围较宽。
The working principle, structure and applications in environmental monitoring of cholesteric phase liquid crystals sensor are introduced.
介绍了胆甾型液晶传感器的工作原理、结构及其在环境监测中的应用。
Liquid crystals were chosen because their strong birefringence provides a simple way to observe their rotation around the laser beam axis.
选择液晶是因为它们强烈的双折射提供了一种简单的方法去观察它们绕着激光光轴的旋转。
Liquid crystals were chosen because their strong birefringence provides a simple way to observe their rotation around the laser beam axis.
选择液晶是因为它们强烈的双折射提供了一种简单的方法去观察它们绕着激光光轴的旋转。
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