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Progress in controlled/living polymerizations (CLP) in aqueous media

机译:水性介质中可控/活性聚合(CLP)的研究进展

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摘要

A review with 66 references covering homogeneous and hete-rogeneous polymerization, classification of heterogeneous radical polymeri-zations, suspension, emulsion and mini-emulsion polymerizations, non-ra-dical polymerizations in heterogeneous aqueous media including ionic polymerization, coordination polymerization and ROMP .Water used in place of organic solvents as medium is environmentally advantageous and economic and this fact inspires researchers to develop not only radical but also non-radical polymerization in aqueous media. The polymers prepared by conventional polymerization techniques are poorly defined in terms of M and MWD, composition and architecture. The controlled/living polyme- rization techniques (cf. Part I) allow potentially to remove this demerit.
机译:对66篇参考文献进行了综述,涵盖了均相和杂相聚合,非均相自由基聚合的分类,悬浮液,乳液和微乳液聚合,在非均质水性介质中的非自由基聚合,包括离子聚合,配位聚合和ROMP。代替有机溶剂作为介质使用对环境有利且经济,这一事实启发了研究人员不仅在水性介质中开发自由基聚合,而且开发非自由基聚合。通过常规聚合技术制备的聚合物在M和MWD,组成和结构方面定义不佳。受控/活性聚合技术(参见第I部分)可以消除这种缺点。

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