The small size of spherulite was formed in modified nanocomposites.
改性复合材料的球晶明显变小。
A large number of microbes can mediate the formation of carbonate spherulite.
不少微生物都具有形成球状碳酸盐矿物的能力。
The anhydrite caused spherulite size of PP diminishing, the quantity increasing.
硬石膏的加入使得球晶尺寸减小，数量增加。
The spherulite morphology and mechanics behaviors of homo-and co-polypropyleneare studied.
研究了均聚和共聚聚丙烯的球晶形态及其与力学特性的依赖关系。
Tailing the process of carbonate spherulite formation is the key to understand the mechanism.
对形成过程的动态跟踪研究是了解球状碳酸盐矿物形成机理的关键。
The spherulite morphology of PA1010/6 crystallizing at different conditions was studied by PLM and SEM.
在正交偏光显微镜（PLM）和扫描电镜（SEM）下观察了不同结晶条件下PA1010/6共聚物结晶及球晶形态。
The latest research developments in the field of modifying polypropylene by means of decreasing the spherulite size were reviewed.
对聚丙烯结晶细化领域的研究及进展进行了综述。
Organic nucleators, sodium benzoate, NA2002 and zirconium stearate, can decline the spherulite size and increase the properties of PP.
对于有机成核剂，苯甲酸钠、NA2002和硬脂酸锆对聚丙烯综合性能起到了较好的改善作用。
The methods of decreasing spherulite size of polypropylene, such as adding nucleating agents, blending with other polymers and temperature control were introduced.
介绍了对聚丙烯进行结晶细化改性的方法，如加成核剂、与高分子材料共混以及控制温度等。
It was observed from the POM that HSPS had great effect on the crystalline form of PA1010 in the blends, causing the spherulite of PA1010 smaller and less perfect.
偏光显微镜结果表明，HSPS的加入对共混物中PA1010的结晶形态有明显影响，使PA1010球晶细化且不完善。
The spherulite growth behaviour of hard segment has been studied by SALS and other techniques for polyester-polyether block copolymers with low hard segment content.
采用SALS等方法研究了低硬段含量的聚酯-聚醚多嵌段共聚物中硬段结晶时的球晶生长规律。
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。
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。
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