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From the functional conversion polyolefine principal chain manufacturing method of the graft block copolymer due to growth pointing the anionic polymer chain

机译:从功能转变聚烯烃主链的制备方法看接枝嵌段共聚物由于增长而指向阴离子聚合物链

摘要

(57) Abstract The graft block copolymer which consists of with 1. complete saturation olefin principal chains and the pendant anionic polymer side chain. This polymer makes copolymerize, with olefin and the anion being able to grow the polymer polymerization, 1 arukenirumonoma which contains the functional group which generates the graft block polymer to metal converts the functional group on the copolymer, it is possible to produce by at the same time at least reacting the metal conversion copolymer with one anionic polymerizability monomer.
机译:(57)<摘要>接枝嵌段共聚物,由1.完全饱和的烯烃主链和侧链阴离子聚合物侧链组成。该聚合物通过烯烃和能够使聚合物聚合的阴离子进行共聚,从而使1个含有将接枝嵌段聚合物生成为金属的官能团的金属钌酸酯瘤转化为共聚物上的官能团,由此可以制造。至少使金属转化共聚物与一种阴离子可聚合单体反应。

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