spherulite的例句大全

A study on spherulite growth rate and morphology of polypropylene-based blends by image processing technology

应用数字图象分析处理聚丙烯及其共混物球晶的生长和形态

Different contents of EPDM degraded PP/ EPDM blends are capable of crystallization, crystallization formation of spherulites is not very perfect, spherulite structure is destroyed by different level, in EPDM to30wt% spherulitic structure is destroyed serious, crystallization is not completely.

不同EPDM含量的降解PP/EPDM共混物都能够结晶，都形成球晶，只是结晶不是很完善，球晶结构受到不同程度破坏，在EPDM达到30wt%时球晶结构破坏严重，结晶不完全。

A Study on the Process of IPP Spherulite Deformation

等规聚丙烯球晶形变过程的研究

Polarized light microscopy revealed the decrease of spherulite size.

偏光显微镜观察表明有剪切历史的样品，球晶尺寸减小。

Study on the development of polypropylene in decreasing its spherulite size

聚丙烯结晶细化及其研究进展

Application of Digital Image Analysis to the Study of Banded Spherulite During Growing and Melting Process

应用数字图象分析研究环球晶的生长和熔融过程

A Structure and Mechanism of the Graphite Spherulite in Cast

铸铁中球状石墨的结构和生长机制

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。

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 Effect of Crystallization Process on Spherulite Morphology of PA1010/ 6 Copolymers

结晶条件对PA1010/6球晶形态的影响

Spherulite formation of hard segments and compatibility between soft and hard segments in polyurethanes

聚氨酯硬链段球晶生长与软硬链锻混容性的关系

Spherulite growth mechanism of poly-p-benzamide from nematic liquid crystalline phase

聚对苯甲酰胺液晶态球晶生长机理

At the same time, MB could decrease the spherulite size and the crystallization degree of polypropylene.

结果表明，成核剂MB较好地改善了聚丙烯的力学性能以及熔体流动性能，降低了聚丙烯球晶尺寸。

The morphology and orientation of spherulite in PBT fiber

聚对苯二甲酸丁二酯（PBT）球晶形态结构和取向的研究

Experimental results showed that the optimum temperature for spherulite growth of Nylon-1010 is between 150 and 175 ℃.

结果表明，尼龙-1010（Ⅰ）在150～175℃之间为球晶生长的最适宜温度。

Spherulite growth of polyester-polyether segmented block copolymer

聚酯-聚醚多嵌段共聚物的球晶生长

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。

This result shows that TM-3 has evident ability to facilitate spherulite growth of iPP.

结果证实，TM-3具有明显促进iPP球晶生长的能力。

In the interface, the molten temperature and flow rate are markedly different and the β-row spherulite layer is formed.

在此分界线处熔体流动过度和熔体温度有在大的差异，由此形成β行球晶层。

At the MWNT content of 0.5 wt%, a decrease of spherulite size was observed.

当MWNT含量为0.5%时，观察到PP的球晶尺寸降低。