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首页> 外文期刊>Macromolecular theory and simulations >Self-Assembly of Rod-Like Copolymers into Monolayers: A Simple Theoretical Estimate of Molecular Recognition Quality
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Self-Assembly of Rod-Like Copolymers into Monolayers: A Simple Theoretical Estimate of Molecular Recognition Quality

机译:棒状共聚物自组装成单层:分子识别质量的简单理论估计。

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摘要

A discrete model of a monolayer, consisting of identical rod-like copolymer molecules, is suggested. The influence of the copolymer's composition and sequence on its self-assembly was studied. Thermodynamic quantities of monolayers were calculated. It is shown that the system undergoes an "order-disorder" transition upon temperature increase. The most regular monolayers are formed by copolymers with quasi-random sequences. Nevertheless, the monomer composition of such "good" sequences can vary over a wide range. It is shown that homopolymers, copolymers with a predominance of one-type monomer units and copolymers consisting of a small number of large blocks have a reduced ability to self-assembly.
机译:建议由相同的棒状共聚物分子组成的单层离散模型。研究了共聚物的组成和顺序对其自组装的影响。计算了单层的热力学量。结果表明,随着温度的升高,系统会经历“有序-无序”过渡。最规则的单层是由具有准随机序列的共聚物形成的。然而,这种“良好”序列的单体组成可以在很宽的范围内变化。结果表明,均聚物,以一种单体单元为主的共聚物和由少量大嵌段组成的共聚物的自组装能力降低。

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