热塑橡胶力学性质依赖于聚乙烯含量，同时，它与聚乙烯的结晶度及结晶完善程度有关。
The mechanical properties of thermoplastic rubber depended on the content of PE and, to a lesser extent, on the crystallinity and perfection of crystallization.
加入碳纳米管后，橡胶dsc曲线中的结晶熔融峰面积减少，交联反应放热峰变宽。
After the adding of carbon nanotubes, the area of crystal-melting peak in DSC curve of rubber decreases, and the width of exotherm peak belongs to cure reaction increases.
另外研究了橡胶网络在高速拉伸场下的结晶过程，回答了应变速率对结晶动力学和晶体形态的影响作用。
Additional, the crystallization of natural rubber with high strain rates was investigated to answer the effects of strain rate on the crystallization kinetics and the crystal morphology.
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