Elasticity transition and loop formation in vibrated bead chains: A simulation of polymer chains

Y.C. Chou; E. Cho; T.-h. Chou; T.M. Hon

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Elasticity transition and loop formation in vibrated bead chains: A simulation of polymer chains

机译：振动珠链中的弹性转变和环形成：聚合物链的模拟

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By measuring the distribution function of the end-to-end distance, we find that strongly shaken bead chains exhibit many properties, such as the rigid-rod–to–Gaussian chain transition, scaling, fast drop of loop formation probability in the short-chain regime, and enhancement of loop formation probability for kinked chains, of long-chain polymers. Though there is difference in local details between our chains and the worm-like chains, our results are consistent with recent calculations based on the worm-like chain model in many respects.

机译：通过测量端到端距离的分布函数，我们发现强烈摇晃的胎圈链具有许多特性，例如，刚性杆到高斯链的过渡，结垢，短环内成环概率的快速下降。长链聚合物的链型和增加的扭结链形成环的可能性。尽管我们的链和蠕虫状链之间的局部细节有所不同，但是我们的结果在许多方面与基于蠕虫状链模型的最新计算结果是一致的。

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《The European physical journal, E. Soft matter》 |2009年第2期|共5页
作者
Y.C. Chou; E. Cho; T.-h. Chou; T.M. Hon;
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原文格式 PDF
正文语种 eng
中图分类 530E0012;
关键词
distribution; exhibit; formation;

机译：分布;展览;形成;

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1. Elasticity transition and loop formation in vibrated bead chains: A simulation of polymer chains [J] . Y.C. Chou, E. Cho, T.-h. Chou, The European physical journal, E. Soft matter . 2009,第2期

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2. Phase transitions of single polymer chains and of polymer solutions: insights from Monte Carlo simulations [J] . Binder K, Paul W, Strauch T, Journal of Physics. Condensed Matter . 2008,第49期

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Elasticity transition and loop formation in vibrated bead chains: A simulation of polymer chains

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