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Activated Halide Redox Initiation of Butadiene with Late and Early Transition Metals

机译:具有晚期和早期过渡金属的丁二烯活化的卤化物氧化还原引发

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Living radical polymerization (LRP) enables control over molecular weight and polydispersity has been widely applied in the synthesis of complex macromolecular structures. While catalytic systems based on late transition metals were successful in LRP mediated by atom transfer radical polymerization (ATRP) dissociation-combination (DC) and degenerative transfer (DT) and initiated from activated halides or thermal initiators, a broader selection of initiators and catalysts is still needed for the controlled polymerization of certain monomers
机译:活性自由基聚合(LRP)能够控制分子量,并且在复合大分子结构的合成中被广泛应用于分子量和多分散性。虽然基于晚期过渡金属的催化系统在由原子转移自由基聚合(ATRP)解离组合(DC)和退行性转移(DT)介导的LRP中成功,但从活性卤化物或热引发剂开始,因此更广泛地选择引发剂和催化剂仍然需要对某些单体的受控聚合

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