首页> 外文期刊>Journal of Materials Science & Technology >Rheological behavior of polymer melts and concentrated solutions part V: A new molecular theory of non-linear viscoelasticity for polymeric suspensions
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Rheological behavior of polymer melts and concentrated solutions part V: A new molecular theory of non-linear viscoelasticity for polymeric suspensions

机译:聚合物熔体和浓溶液的流变行为第五部分:聚合物悬浮液非线性粘弹性的新分子理论

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摘要

A double-network model is established, which consists of the segments, E and A-constituent chains, the polymeric chains entangled with other ones by multi-entanglement and polymeric chains connected to a great number of destructible particles by multi-adsorption, based on which the E and A-constituent chains can be recreated and released dynamically. The distribution function of chains in the multi-entanglement and multi-adsorption states and their number of polymeric chains are calculated by the combination of statistical mechanics and kinetics.
机译:建立了一个双网模型,该模型由链段,E和A组成链,通过多缠结与其他链缠结的聚合物链和通过多吸附连接到大量可破坏颗粒的聚合物链组成,该模型基于可以动态创建和释放E和A组成链。通过统计力学和动力学的结合来计算链在多纠缠和多吸附状态下的分布函数及其聚合链数。

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