The most common ones available here are the Twisted Nematic type.
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2. 采用自旋波理论研究向列相液晶。
A spin wave theory of nematic liquid crystals was proposed in this paper.
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3. 模拟了向列相液晶相位光栅的指向矢分布。
Director profiles of nematic liquid crystal phase gratings are simulated.
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4. 通过格胞理论研究双轴分子构成的向列型液晶。
The cell theory is used to study nematic liquid crystals formed by biaxial molecules.
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5. 硅片上安装着混合扭曲向列型和双折射液晶盒。
The silicon panel was assembled with a mixed twisted nematic and birefringence liquid crystal cell.
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6. 在液晶态可以观察到近晶相和向列相的典型织构。
The typical smectic phase and nematic phase texture can be observed.
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7. 在液晶态可以观察到向列相的丝状织构和纹影织构。
The threaded texture and schlieren texture of nematic phase can be observed.
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8. 研究悬浮在向列相液晶中带电胶粘引起的指向矢形变。
The director deformation caused by a charged colloidal particle suspended in a nematic liquid crystal is studied.
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9. 结果显示，所制备的聚合物为热致向列型液晶聚合物。
The results showed that all polymers prepared were thermotropic liquid cryrt-ailine polymers and formed nematic phase only.
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10. 介绍了超扭曲向列相液晶显示器的工作原理、应用范围。
The principle and application areas of super twisted nematic liquid crystal display are presented in this paper.
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11. 在格胞理论的基础上计算外磁场作用下液晶中的向列序。
The calculations of nematic order in liquid crystals with an external magnetic field are made based on the cell theory.
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12. 向列液晶表面锚定能的研究是液晶物理学的一个重要分支。
The investigation of the surface anchoring energy for nametic liquid crystals always is an important branch of the liquid crystal physics.
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13. 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。
Experimental observation of disclinations of main-chain nematic polymers is re-viewed.
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14. 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。
The variation of rotation Angle of director of classic nematic liquid crystals with field strength and position is calculated.
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15. 利用琼斯矩阵法对扭曲向列相液晶盒的等分角效应进行了分析。
Bisector effects of the twisted-nematic cells are analyzed using Jones matrix method.
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16. 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。
Super twisted nematic has steep electro-optical characteristic curve, so it can be used in multiplex drive.
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17. 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。
The section introduced working principle and manufacture technology of zenithal bistable nematic LCD.
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18. 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。
We have studied the mechanism of the anisotropic property of degenerate four-wave mixing (DFWM) signal intensity in nematic liquid crystal doped with dye.
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19. 本节着重介绍扭曲向列相双稳态液晶显示器的原理、制作和实验。
The section introduced working principle, manufacture technology and experiments of twist nematic bistable LCD.
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20. 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。
The degenerate four-wave mixing process due to thermal phase grating in nematic liquid crystals is studied.
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21. 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 liquid crystal filter consists of cholesteric and nematic phase liquid crystals with a weight ratio of approximately 7:3.
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22. 研制新型快速高双折射率向列相液晶材料是解决这一问题的根本方案。
Hence the urgent need is to develop new nematic liquid crystal of fast response and high birefringence.
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23. 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 contrast ratio of reflective bistable twisted nematic displays are optimized by means of a parameter space approach.
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24. 所有的共聚物均为向列型热致液晶高分子和具有较宽的液晶态温度范围；
The results show that the monomer has thermotropic, all the copolymers have nematic thermotropic liquid polymers and liquid crystal phase with broad temperature ranges.
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25. 两个模型给出有限尺寸效应对向列相-各向同性相相变温度的影响也不同。
The effects of finite sizes on the nematic-isotropic phase transition temperature are also different for two models.
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26. 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。
It was found that all copolyesters are thermotropic nematic liquid crystals with wide mesomorphic temperature range.
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27. 给出了出现向列相时液晶薄层中的分子取向状态和向列相-各向同性相转变。
We have given the molecular orientational states of liquid crystal films for the nematic phase and the nematic-isotropic phase transition.
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28. 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。
It was found that the ligand and complex of polymers are thermotropic nematic liquid crystals with wide mesomorphic temperature range.
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29. 文中介绍了用JALS-204定向液获得向列型液晶垂直走向的原理和方法。
This paper describes the principle and method to obtain hometropic alignment of nematic liquid crystal by using JALS-204.
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30. 在液晶指向矢计算的基础上，得到了向列相液晶在电场下折射率分布和相位延迟。
The refractive indices and phase delay of NLC in electric field was presented on the basis of the calculation of liquid crystal director distributions.
