向列型液晶中的短程序有重要的物理效应。
Some important physical effects appear due to short range order in nematic liquid crystals.
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.
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.
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.
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。
A cell theory of nematic liquid crystals is presented, which provides a calculable theoretical model for investigation of molecular short-range correlations.
结果表明，单体和聚合物均呈现向列型液晶织态结构，聚合物在较宽的温度范围内有很好的液晶性。
The results show that the texture of monomer and polymer are the type of nematic liquid crystalline, and the polymer has good liquid crystal performance .
向列型液晶移相器具有独特的优势和发展潜力，不久的将来会在相控阵雷达以及卫星通讯等领域起到关键作用。
New nematic liquid crystal phase shifter has the unique advantages and potentials, will play an important role in phased-array radar, satellite communications in the near future.
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.
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.
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。
The nematic thermotropic liquid crystalline behaviour of ten kinds of PEAs obtained was studied by polarizing microscope, DSC and X-ray diffraction.
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.
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.
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.
超扭曲向列（STN）液晶是一种常见的被动型显示器件，在移动通讯设备和仪表显示系统中被大量使用。
The design and implementation were investigated of application specific integrated circuit(ASIC) used in a super tortuosity nomograph liquid crystal display(STN-LCD) controller & driver.
分析了常白型扭曲向列相液晶显示器(NWTNLCD)本征视角狭小和视角不均的原因。
The reason that Normally White twisted Nematic liquid Crystal Display (NW TN LCD) has inherent narrow and non uniform viewing Angle characteristics is analysed in this paper.
分析了常白型扭曲向列相液晶显示器(NWTNLCD)本征视角狭小和视角不均的原因。
The reason that Normally White twisted Nematic liquid Crystal Display (NW TN LCD) has inherent narrow and non uniform viewing Angle characteristics is analysed in this paper.
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