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Anisotropy of lamellar block copolymer grains - art. no. 052802

机译:层状嵌段共聚物晶粒的各向异性-艺术没有。 052802

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摘要

The Wulff construction and the theory of Milner and Morse [Phys. Rev. E 54, 3793 (1996)] were used to calculate the shape of grains formed when a lamellar block copolymer phase is formed by a shallow quench into the ordered state. The calculations show that the grains are ellipsoids of revolution, with an aspect ratio rho=2.37. This value is in reasonable agreement with results of transmission electron microscopy and depolarized light scattering experiments, which indicate that the average value of rho of grains formed during the early stages of the disorder-to-order transition is about 2.0. [References: 21]
机译:沃夫夫结构和米尔纳和莫尔斯的理论[Phys。 Rev.E 54,3793(1996)]用于计算当通过浅淬冷形成有序状态而形成层状嵌段共聚物相时形成的晶粒的形状。计算表明,晶粒是旋转的椭圆体,纵横比为rho = 2.37。该值与透射电子显微镜和去偏振光散射实验的结果合理地一致,这表明无序到有序转变的早期阶段所形成的晶粒的rho的平均值约为2.0。 [参考:21]

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