Higher temperatures and long reaction time made thermal initiation more evidently.
升高温度和延长反应时间使得热聚合更为显著。
The effects of initiators and thermal initiation on a reaction rate, molecular weight and molecular weight distribution of products in a mass polymerization of styrene were investigated.
考察了热引发方式和不同种类、浓度下的引发剂引发方式在苯乙烯的本体聚合中对聚合反应速率和产品的分子量及其分子量分布的影响。
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.
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。
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