接枝碳纤维及其理化性质。第四部分:含氰联苯液晶单体在改性碳纤维上的接枝

M. Selimović, A. Bismarck, M. Pfaffernoschke, J. Springer
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引用次数: 9

摘要

一种简单的,可重复的,已经介绍的甲基丙烯酸单体到碳纤维上的接枝方法应用于含氰联苯液晶(lc)单体。在碳纤维的存在下,lc相的发展更快、更均匀。对接枝的碳纤维施加电压,引起液晶的相变。通过改变接枝lc聚合物的间隔长度,其物理化学性质,如润湿和电动力学行为(ζ电位)受到显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Grafted carbon fibers and their physico-chemical properties. Part IV: Grafting of cyano-biphenyl containing liquid-crystalline monomers onto modified carbon fibers

A simple, reproducible, already introduced grafting method of methacrylic monomers onto carbon fibers is applied to cyano-biphenyl containing liquid crystalline (lc) monomers. The development of lc phases is faster and more uniform in the presence of carbon fibers. Applying a voltage to the grafted carbon fibers, causes phase transitions of the liquid crystals. By varying spacer length of the grafted lc polymers the physico-chemical properties, e. g. wetting and electrokinetic behavior (zeta-potential) are significantly influenced.

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