...辐射交联;敏化效应;动态力学性能;物理机械性能 [gap=1314]Keywords ：polyfunctional monomer;methyl vinyl silicone rubber;radiation crosslinking;sensitizing effect;dynamic mechanical property;mechanical property ...
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blend radiation crosslinking 辐射交联
radiation crosslinking reaction 聚合物辐射交联
radiation crosslinking material 辐射交联材料
enhanced radiation crosslinking 强化辐射交联
sensitized radiation crosslinking 敏化交联
radiation crosslinking mechanism 辐射交联机理
Radiation crosslinking can increase the intensity of PE/PAS composites, decrease the effect of NTC and hence the stability of composites.
辐射交联可以降低聚乙烯／聚并苯复合物室温电阻率，提高聚乙烯／聚并苯复合物PTC效应，减小NTC效应，增强复合物的稳定性。
参考来源 - 聚乙烯/聚并苯复合物PTC/NTC效应及辐射交联对其影响的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The radiation crosslinking of F-46 follows the theory of random crosslinking.
氟塑料—46的辐射交联反应遵循无规交联理论。
Moreover, the PTC intensity was enhanced and the NTC intensity was decreased by radiation crosslinking.
另外，辐照交联可以很好地增加材料的PTC强度和降低负温度效应（NTC） 。
The DMA analysis indicated that radiation crosslinking raised heat deformation temperature of PCL and caused a rubbery state after the melting of PCL crystals.
DMA分析表明，聚己内酯辐照交联后的弹性模量和耐热性能显著提高。
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