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Synthesis, UV photo-polymerization and degradation study of PEG containing polyester polyol carylates

机译:含聚乙二醇的聚酯多元醇烷基酸酯的合成,紫外光聚合和降解研究

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摘要

Succinic acid-co-polyethylene glycol polyester polyol acrylates, capable of in situ polymerization with UV radiation, were synthesized and characterized. Effect of structural changes such as internal branching, external crosslinking on their polymerization and degradation properties were investigated. Use of external erosslinkers reduced the polymerizability of the polymer. Lipases of different origins expedited the degradation to different extents and lipase isolated from porcine pancreas appeared to be more efficient than lipases from other sources.
机译:合成并表征了能够通过紫外线辐射原位聚合的琥珀酸-共-聚乙二醇聚酯多元醇丙烯酸酯。研究了内部分支,外部交联等结构变化对其聚合和降解性能的影响。使用外部的交联剂降低了聚合物的可聚合性。不同来源的脂肪酶在不同程度上促进了降解,从猪胰腺分离的脂肪酶似乎比其他来源的脂肪酶更有效。

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