1) cholesteric liquid crystal
胆甾型液晶
1.
Cholesteric liquid crystalline monomers and side chain terpoly (olefin sulphone)s have been prepared and characterised, and their liquid crystalline properties measured too.
合成并表征了两个胆甾型液晶烯类单体以及它们分别与辛烯－１、二氧化硫进行自由基共聚合得到的一系列不同组成的胆甾型侧链液晶三元共聚砜。
2.
The research on their properties of liquid crystals showed that they were thermotropic cholesteric liquid crystals.
合成并表征了胆甾（烷）醇硫辛酸酯，性能测试结果表明它们是一类典型的热致胆甾型液晶。
3.
A brief introduction to five main electronic ink technologies including microencapsulated electrophoretic,bichromal twisting ball,cholesteric liquid crystal,electrowetting and electrochromic.
它们分别是微胶囊电泳、双色拧转球、胆甾型液晶、电湿技术和电致变色技术。
2) cholesteric liquid crystal
胆甾液晶
1.
Oxygen enriching membranes are first prepared from room temperature thermotropic cholesteric liquid crystal and ethyl cellulose.
首创了室温热致胆甾液晶与乙基纤维素共混富氧膜。
3) cholesteric liquid crystal
胆甾相液晶
1.
Studies on optical properties of cholesteric liquid crystal;
胆甾相液晶光学性质的研究
2.
Study on fabrication of chiral polymer cholesteric liquid crystal-E film and its polarization;
手性E型胆甾相液晶薄膜的制备与偏振特性研究
3.
Study of cholesteric liquid crystal temperature-control ORD characteristic;
胆甾相液晶温控旋光色散特性的研究
4) cholesteric liquid crystals
胆甾相液晶
1.
Effect of the transverse electric field on the pitch and reflective characteristics of the planar texture cholesteric liquid crystals
横向电场对平面织构胆甾相液晶螺距及反射特性的影响
5) cholesteric liquid crystalline
胆甾相液晶
1.
A novel low-molecule-weight dimesogenic cholesteric liquid crystalline(ChLC), which is a long flexible chain,was synthesized from cholesterol and long-chain diacid,then its process of phase transition was analyzed thoroughly.
以胆甾醇和长链二元酸为原料,合成了一种柔性长链的新型小分子二元胆甾相液晶,并对其相转变过程进行了深入分析。
6) cholesteryl liquid crystal
胆甾醇液晶
1.
Preparation and study of the blood compatibility of cholesteryl liquid crystal composite membranes;
胆甾醇液晶复合膜的制备及血液相容性研究
2.
Purpose: Imitating the surficial structure and shape of biologic membranes, the cholesteryl liquid crystal/PU composite membranes were prepared as anti-clotting biomaterials.
目的:模仿生物膜的表面结构形态,制备液晶/聚氨酯复合膜,作为抗凝血生物材料;材料和方法:将胆甾醇液晶引入到聚合物中,制成液晶复合材料,利用偏光显微镜观察复合材料的表面形貌特征,并通过溶血率测试,动态凝血试验及血小板粘附试验探究液晶/PU复合膜的血液相溶性;结果:在聚合物基材中加入亲水性的胆甾醇液晶可使复合材料表面呈现有液晶微区的有序结构特征,复合膜表面的抗凝血性能提高;结论:胆甾醇液晶能明显改善材料的血液相容性,改善的程度与液晶的组成及复合膜中液晶的含量相关。
补充资料：胆甾烯基溴；(3β)-3-溴胆甾-5-烯；液晶CBR
CAS：516-91-6
分子式：C27H45Br
分子质量：449.55
中文名称：胆甾烯基溴；(3β)-3-溴胆甾-5-烯；液晶CBR
英文名称：3-bromo-, (3.beta.)-Cholest-5-ene ；Cholesteryl bromide；(3 beta)-cholest-5-en
分子式：C27H45Br
分子质量：449.55
中文名称：胆甾烯基溴；(3β)-3-溴胆甾-5-烯；液晶CBR
英文名称：3-bromo-, (3.beta.)-Cholest-5-ene ；Cholesteryl bromide；(3 beta)-cholest-5-en
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条