1·The stability of liquid crystalline phase was enhanced by polymerization.
聚合使单体的液晶稳定性增加、液晶相温度范围变宽；
2·Liquid crystalline state has orientation order and it contains different phases.
液晶态是取向有序的物态，又有不同的相。
3·Fiber spinning from lyotropic liquid crystalline solutions of chitin and its der.
介绍了甲壳素及其衍生物的液晶纺丝及其应用前景。
4·With increasing alkoxy chain length liquid crystalline characteristics was displayed.
我们认为烷氧基链长的增加有利于液晶性能的表现。
5·A series of novel liquid crystalline aromatic carboxylic acid compounds are synthesized.
合成了一系列新的液晶性芳香羧酸化合物。
6·These superior properties ale related with high chain stiffness of liquid crystalline plastics.
这些优异性能主要来自于液晶聚酯大分子链的高度刚性。
7·The liquid crystalline behavior of the polymers was studied by DSC and polarized optical microscopy.
并对其结构进行了表征。采用DSC和偏光显微镜方法研究了聚合物的液晶行为。
8·Butyryl chitosan can form cholesteric liquid crystalline phase by dissolving in more than ten solvents.
丁酸壳聚糖能溶于十多种溶剂中形成胆甾型液晶相。
9·A synthetic liquid crystalline compound was studied by means of variable temperature FT IR spectroscopy.
对合成的液晶化合物进行变温红外光谱研究。
10·It was found that they can make conformational change of super-molecular system in the liquid crystalline state.
研究发现它们能引起脂质膜超分子体系液晶态结构的变化。