The nucleator is the modified agent to promote polymer crystallization and improve the crystal structure. It mainly includes inorganic, organic and high molecular nucleator.
成核剂是促进聚合物结晶并改善其晶粒结构的改性剂，它主要包括无机类成核剂、有机类成核剂和高分子类成核剂。
As is known to all, slices of polymer crystals crystal is a basic form, made of polymer ontology crystallization of the most common spherulite get fact is formed from the accumulation of tablet chip.
众所周知，片晶是高分子晶体的一种基本形态，由高分子本体结晶得到的最为常见的球晶事实上是片晶堆积而成的。
Each crystal structure consists of alternating layers of silicon dioxide and a polymer material, so that the spacing between similar layers matches the wavelength of phonons.
每个晶体结构由相间的二氧化硅层和高分子聚合材料层组成，相同材料层之间的间距与声子的波长相匹配。
The polymer spheres and carbon particles arrange themselves spontaneously into the correct crystal structure when encouraged by a little heat, so manufacturing opalescent film should be easy.
只要加入一点聚合体球体和碳颗粒就可以自然地安排成正确的晶体结构，因此生产光亮的薄膜就很容易了。
Polymer dispersed liquid crystal (PDLC) films were prepared by Solvent Method.
用溶剂法制备了聚合物分散液晶膜。
Polymer dispersed liquid crystal (PDLC); Smart Windows; Phase separation; Morphology.
高分子分散液晶；智慧型窗户；相分离；形态学。
The thickness of transition layer of crystal polymer is generally calculated by one dimensional electron density correlation function.
一般用一维电子密度相关函数来计算结晶聚合物的过渡层厚度。
The unique molecular structures of liquid crystal polymer(LCP) and its special function different from the other engineering plastics are introduced.
介绍液晶聚合物十分独特的分子结构，以及不同于其它工程塑料的特殊功能。
A novel grating device composed of a polymer dispersed liquid crystal (PDLC) film and a periodic striped electrode structure has been demonstrated.
报道了一种由聚合物分散液晶膜与具有周期性条状电极结构板结合的新型光栅器件。
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 .
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 intermolecular interaction between liquid crystal and polymer molecules is considered to he very important for aligning liquid crystals on the polymer surface.
液晶和聚合物分子间的相互相用对于聚合物表而的液晶排列是非常重要的。
The electrical and optical properties of organic polymer, small molecular, molecular crystal semiconductors and so on have been studied.
其研究工作包括有机高分子材料、有机小分子材料和有机分子晶体材料的电学、光学等性质。
The effect of flexible spacer on the spatial configuration, orientational order parameter and thermodynamic properties of main chain liquid crystal polymer is investigated theoretically.
研究了主链型液晶高分子中柔性间隔基因对聚合物结构和液晶性的影响规律。
Polymerizable liquid crystal compound, polymerizable liquid crystal composition, liquid crystal polymer and optically anisotropic substance.
可聚合的液晶化合物，可聚合的液晶组合物，液晶聚合物，和光学各向异性物质。
Good photon sensitivity, large index modulation and high resolution make monomer in a number of applications such as holographic polymer grating, photonic crystal and light phase modulator.
聚合物单体由于光敏感性好、折射率调制度大和分辨率高等优点在全息聚合物光栅、光了晶体和光相位调制器等器件中得到广泛的应用。
Liquid crystalline PLLA polymer shows the characteristics of both thermodynamic stability of polymer and orientational ordering of liquid crystal.
液晶高分子同时具有聚合物的稳定性和液晶的取向有序性。
The effect of inorganic additives on an's crystal pattern transition is studied by DSC method, and the surface treatment of an is investigated by polymer surfactant.
采用热分析法研究了无机添加剂对硝酸铵晶型转变的影响，并用高分子表面处理剂对硝酸铵进行表面处理。
Method for stretching polymer film, polarization diaphragm and method for making said polarization diaphragm, polarizer, double refraction diaphragm and liquid-crystal display device.
拉伸聚合物膜的方法，偏振膜以及制造该偏振膜的方法，偏振器，双折射膜和液晶显示装置。
The polymer dispersed cholesteric texture (PDCT) liquid crystal solid-state film and display is a new reflective LCD with high reflectivity and high contrast ratio.
聚合物分散螺旋织构（PDCT）液晶固态薄膜显示器是一种新型高反射率高对比度反射式液晶显示器。
The polymer dispersed cholesteric texture( PDCT) liquid crystal solid-state film and display is a new reflective LCD with high reflectivity and high contrast ratio.
聚合物分散螺旋织构（DCT）晶固态薄膜显示器是一种新型高反射率高对比度反射式液晶显示器。
Azo liquid crystal polymer (LCP) is a novel optical storage medium.
偶氮液晶聚合物(L CP)是一种新型的光存储材料。
In this system, phase grating is formed after photoinduced trans-cis isomerization occurs on azo polymer and it separates with the liquid crystal.
该体系中的偶氮聚合物在光诱导下发生顺反式异构形成与液晶分离的相光栅。
It reviewed epoxy toughened by resin alloy, and discussed several new technologies of toughening epoxy such as modified by thermoplastic resin, thermotropic liquid crystal polymer and IPN.
综述了环氧树脂的树脂合金化增韧改性，着重讨论了热塑性树脂、热致液晶聚合物和互穿网络结构等环氧树脂增韧改性新技术。
Optical storage based on photoinduced birefringence in azobenzene side-chain polymer liquid crystal (P-CN) film is reported.
本文实验研究了偶氮侧链聚合物液晶薄膜(P -CN)的光致双折射和光存储性质。
This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.
该文研究的目的在于考察溶致液晶体系在聚合物驱以后能否进一步提高采收率的问题。
The result indicates that the error of the test for refractive index of polymer is less than 5%, while for volume percent of liquid crystal, the maximum error reaches about 10%.
结果表明，对聚合物分散液晶聚合物折射率的误差在5%以内，而对液晶体积分数的测试误差较大，达到10%左右。
The study and progress of main-chained, side-chained polymer, combined and net polymer liquid crystal are mainly reviewed.
着重介绍了主链型、侧链型、组合型以及网络状等类型的氢键型液晶高分子的研究现状及其进展。
A high brightness and high contrast reflective display using twisted-boundary polymer-dispersed liquid crystal (TPDLC) is developed.
开发了一种采用扭曲边界聚合物分散型液晶(TPDLC)的高亮度、高对比度反射式显示器。
UV curable materials as a polymer matrix and a nematic liquid crystal with positive dielectric anisotropy are mixed and sandwiched between ITO coated glass substrates.
混合紫外光固化的聚合物基质和具有正介电各向异性的向列相液晶，并将混合物注入到以ito玻璃为衬底的液晶盒中。
UV curable materials as a polymer matrix and a nematic liquid crystal with positive dielectric anisotropy are mixed and sandwiched between ITO coated glass substrates.
混合紫外光固化的聚合物基质和具有正介电各向异性的向列相液晶，并将混合物注入到以ito玻璃为衬底的液晶盒中。
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