热引发（thermal initiation） 有些烯类单体在热的作用下无须加引发剂便能进行聚合，这称为热引发聚合（或热聚合）。
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更高的反应温度下，接枝率的再度增加则归因于ma对PE的热引发接枝。
Higher rate of grafting occurred at higher temperature is attributed to the thermally initiated grafting of ma on PE.
当前主要采用热引发制备疏水缔合物，但是聚合产物存在分子量不可控的难题。
Currently, the primary way to preparate Hydrophobic association complex is thermal initiation, at the same time another problem is the molecular weight of polymers can not be controlled.
光引发聚合作为区别于热引发聚合的一种合成手段，具有许多优越性和实用性。
Photopolymerization has many advantages and applications as one kind of synthesis technology which differs from therm polymerization.
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