nematic

The director deformation caused by a charged colloidal particle suspended in nematic liquid crystal is studied.

研究悬浮在向列相液晶中带电胶粘引起的指向矢形变.

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。

Electro-optic effect of twisted nematic liquid crystal was analyzed.

分析扭曲向列型液晶的电光效应.

An automatic controlled light valve based on twisted nematic liquid crystal Developing of New-type Automatic Governor Valve

一种基于TN型液晶的自控光阀新型自控调节阀的研制

A spin wave theory of nematic liquid crystals was proposed in this paper.

采用自旋波理论研究向列相液晶.

The conventional twist nematic liquid crystal displays exists a narrow viewing angle and slow response speed.

传统TN型液晶显示器存在着视角窄和响应速度慢的问题。

The contrast ratio of reflective bistable twisted nematic displays are optimized by means of a parameter space approach.

利用参数空间方法，优化了反射式双稳态扭曲向列相液晶显示的对比度。

The nematic thermotropic liquid crystalline behaviour of ten kinds of PEAs obtained was studied by polarizing microscope, DSC and X-ray diffraction.

用热台偏光显微镜，DSC和X光衍射方法研究了热致液晶的相转变行为，确认了这十种聚酯酰胺均为向列型热致液晶。

Nematic liquid crystal domains formed from liquid crystal molecules were separated alone in matrix networks.

由液晶分子形成的向列液晶微粒被独立地分散在基体网络内.

The phenomena about the defects in super twisted nematic liquid crystal displays

超扭曲液晶盒缺陷现象及分析

The application of twisted nematic liquid crystal in composition achromatic wave-plate

扭曲向列相液晶在复合消色差延迟器件中的应用

Effects of carbon nanotubes on the electro-optical properties of the twisted nematic liquid crystal display mode

碳纳米管对扭曲向列相液晶显示模式电-光性能的影响

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.

All Twisted nematic ( TN) and supertwisted nematic ( STN) LCD, including both active and passive matrix, suffer from poor performance at wide viewing angles due to the electro optical properties of the liquid crystal materials.

扭曲向列型（TN）和超扭曲向列型（STN）LCD，包括有源和无源矩阵，都有一个共同的缺点，即视角狭窄；这是液晶材料的电光特性所造成的。

Phase Transition of Nematic Liquid Crystal Induced by Surface Interaction

表面相互作用对向列相液晶相变的影响

The Character Voltage in Supertwisted Nematic Liquid Crystal Display with Weak Anchoring

弱锚定条件下超扭曲向列相液晶显示的特征电压

Dynamic Holographic Storage Based on Orientational Photorefractive Effects in C_ ( 60)-Doped Nematic Liquid Crystals

基于掺杂C（60）向列相液晶取向光折变的动态全息存储

Experimental observation of disclinations of main-chain nematic polymers is re-viewed.

综述了主链型高分子液晶向列相向错在实验观察方面的进展.

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。

Spherulite growth mechanism of poly-p-benzamide from nematic liquid crystalline phase

聚对苯甲酰胺液晶态球晶生长机理

An Achromatic Twisted Nematic Liquid Crystal Polarization Switch with a Compensated Film

带有补偿膜的扭曲相列液晶宽带快速偏振光开关

The results showed that all polymers prepared were thermotropic liquid cryrt-ailine polymers 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.

A cholesteric-nematic transition can be induced by a magnetic field 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.

The threaded texture and Schlieren texture of nematic phase can be observed.

在液晶态可以观察到向列相的丝状织构和纹影织构.

Time Response Characteristics of Third-Order Nonlinear Diffraction Beam in Nematic Liquid Crystals

向列相液晶三阶非线性衍射束的时间响应特性

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.

By coupling the field-induced cholesteristic-nematic transition liquid crystals with electron beam light valve, quick pictures meeting TV requirements are obtained.

我们使场致胆甾相-向列相相转变液晶和电子束光阀管相匹配，获得了能满足电视信号要求的液晶光阀管快速图象。

X-ray ( diffraction) ( analysis) shows that the crystallizability of the SPF_(( CHK)) macromolecular is weak, while the ( ability) forming the nematic structure of it is strong.

X-射线衍射图表明，大豆蛋白质纤维（华康）大分子的结晶能力较弱，二维空间排列有序的向列结晶能力较强。

Study of Nematic Liquid Crystal Using Spin Wave Theory

用自旋波理论研究向列相液晶

Twist nematic mode liquid crystal displays are widely used.

扭曲向列相（TN）模式是液晶显示中最早获得广泛应用的模式。