据此项活动的发起组织艾尔肯恩是另一项多元波利亚

D. Braun
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引用次数: 9

摘要

具有高取代碳-碳键的烷烃在热能的作用下,可以在自由基中进行均解离裂解。解离能主要由取代基的类型和大小决定。对于四芳基丁烷二腈,分解温度在其他技术上使用的引发剂的范围内。但是,迄今为止,这些化合物很少用于引发自由基聚合。这与引发反应的特殊机理有关:形成的高取代烷基自由基相对稳定,对常用单体的反应活性较低
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Alkane als initiatoren zur radikalischen polymerization
Alkanes with highly substituted carbon-carbon bonds can be cleaved in free radicals by homolytic dissociation under the influence of thermal energy. The energy of dissociation is mainly determined by the type and size of the respective substituents. For tetraarylbutane dinitriles the temperatures of decomposition are in the range of other technically used initiators. But nevertheless, these compounds are up to now rather seldom used to initiate free radical polymerizations. This is connected with the special mechanism of initiation: the formed highly substituted alkyl radicals are relatively stable and show only a rather low reactivity against the usually used monomers
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