Calculation shows that the crystallization activation energy of nylon 1010 is lower than that of its composites. The sensitivity of crystallization rate to temperature is enhanced.
对尼龙1010及其复合材料样品结晶活化能的计算表明，后者高于前者，结晶速度对温度的敏感性增加。
Calculation shows that the crystallization activation energy of nylon 1010 is lower than that of its composites. The sensitivity of crystallization rate to temperature is enhanced.
对尼龙1010及其复合材料样品结晶活化能的计算表明，后者高于前者，结晶速度对温度的敏感性增加。
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