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首页> 外文期刊>Physical review, E. Statistical physics, plasmas, fluids, and related interdisciplinary topics >Block copolymer micelle coronas as quasi-two-dimensional dilute or semidilute polymer solutions - art. no. 010802
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Block copolymer micelle coronas as quasi-two-dimensional dilute or semidilute polymer solutions - art. no. 010802

机译:嵌段共聚物胶束电晕作为准二维稀或半稀聚合物溶液-艺术。没有。 010802

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摘要

Chain-chain interactions in a corona of polymers tethered to a spherical core under good solvent conditions are studied using Monte Carlo simulations. The total scattering function of the corona as well as different partial contributions are sampled. By combining the different contributions in a self-consistent approach, it is demonstrated that the corona can be regarded as a quasi-two-dimensional polymer solution, with a concentration dependence analogous to that of an ordinary polymer solution. Scattering due to the corona profile and density fluctuation correlations are separated in this approach. The osmotic compressibility is extracted from the latter, and it is shown to be a universal function of surface coverage, with some deviations at high coverage due to surface curvature effects. [References: 28]
机译:使用蒙特卡洛模拟研究了在良好溶剂条件下束缚在球形核上的聚合物电晕中的链-链相互作用。采样电晕的总散射函数以及不同的部分贡献。通过以自洽的方式组合不同的贡献,证明了电晕可以被视为准二维聚合物溶液,其浓度依赖性类似于普通聚合物溶液。在这种方法中,由于电晕轮廓和密度波动相关性造成的散射得以分离。渗透压可压缩性是从后者中提取的,它被证明是表面覆盖率的通用函数,由于表面曲率效应,高覆盖率存在一些偏差。 [参考:28]

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