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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·The XRD result shows that the main crystalline phase of the ceramic is mullite.

射线衍射分析结果表明，材料的主晶相为莫来石。

3·Farady Angle formulas of crystalline phase and noncrystalline phase interfaces are derived.

导出晶相与非晶相界面法拉第角计算公式。

4·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。

5·The final crystalline phase has a FCC structure and the (111) plane is parallel to the shear direction.

最终生成的晶粒具有面心立方结构，其(111)方向平行于剪切面。

6·The sample crystalline phase and shapes were analyzed with X-ray diffraction (XRD) and scanning electron microscope (SEM).

采用X射线衍射(XRD)和扫描电子显微镜(SEM)对样品的晶相和形状进行了分析。

7·Y2O3 has obvious influence on the microstructure, however, it doesn't change the main crystalline phase of the glass-ceramics.

Y2O3的加入并不影响微晶玻璃中主晶相的组成，但对其微观结构有明显影响；

8·Using Ni-Ta tailing as the main raw materials, glass-ceramics in which wollastonite is a primary crystalline phase were developed.

以铌钽尾矿为主要原料，采用烧结法研制硅灰石为主晶相的微晶玻璃。

9·The self-assembled structures of amphiphile molecules in solvents, such as micelle, vesicle, and lyotropic liquid crystalline phase (LLC) etc.

在溶剂中，两亲分子可以形成多种缔合结构，如胶束、囊泡、溶致液晶等。

10·The range of crystallization and nucleation temperature, crystalline phase identification and microstructure were observed by DTA , XRD and SEM.

用DTA，XRD和SEM研究核化、晶化温度并测定微晶玻璃主晶相与显微结构。