1. The products were characterized by IR, DSC as well as PLM and found that they were crystalline with large size spherulites.
DSC和偏光显微镜测定表明，它们是球晶较大的结晶性高聚物。
来自互联网
2. The studies of polarized optical microscopy and TEM indicate the formation of spherulites undergoing aggregation of self-assembled fibers.
由电 镜和偏光显微镜研究的凝胶形态学表明，凝胶中存在由相互缠结的三维纤维网络构 成的球晶。
来自互联网
3. In this paper, the conditions resulting in the unusual spherulites of PET and PBT were investigated by small Angle laser scattering instrument.
本文用小角激光散射仪考察了PET和PBT变态球晶的形成条件，采用模型法分析了变态球晶的内部结构。
来自互联网
4. The result indicated that temperature, stress and impurity can give definitive effect on shape, size, quantity and distribution of spherulites.
结果表明：温度、应力及杂质对球晶形态、大小、多少、分布均有影响。
来自互联网
5. These spherulites are identified as glassy microtektites by their surficial texture, physical and optical properties, and common element contents.
根据这些玻璃质微球粒的物理、表面结构构造及常量元素等特征，可认为是微玻璃陨石。
来自互联网
6. Spherulites of some polymers such as PE, PP and PS during melting crystallization under different conditions are studied by means of polarized microscope.
利用偏光显微镜，对高聚物(PP,PS和PE)在不同条件进行熔融结晶时的球晶进行了研究。
来自互联网
7. The development of the ring-banded spherulites in PTT solution-cast film is a rhythmic growth process, and thus it is consistent with the structural discontinuity model.
确定了环带球晶的形成机理，即间歇式增长过程，符合结构不连续模型。
来自互联网
8. It was discovered by POM that spherulitic morphology of PHB in the blend changed significantly, size of the spherulites decreased and the secondary crystallization of PHB was inhibited also.
POM表明，共混物中的PHB球晶形态产生显著变化，球晶尺度减小，且二次结晶被抑制。
来自互联网
9. It was discovered by POM that spherulitic morphology of PHB in the blend changed significantly, size of the spherulites decreased and the secondary crystallization of PHB was inhibited also.
