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Investigations on an integrated conducting nanoparticle-liquid crystal elastomer layer

机译:集成导电纳米粒子-液晶弹性体层的研究

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摘要

A process is outlined in which an existing liquid crystal elastomer ( LCE) can be reprocessed from an insulating network to create an effectively conducting network. This is performed through the LCE volume expansion in a suitable solution containing conducting nanoparticles. Subsequent volume compression results in the formation of a conducting layer at the LCE surfaces. The swelling behaviour of the LCE is illustrated. Elemental composition analysis and electron imagining techniques show that the conducting layer is composed of conducting nanoparticles and LCE material. It was found that the integrated layer thickness and resistivity can be controlled through the LCE surface expansion ratio and conducting nanoparticle concentration, respectively.
机译:概述了一种方法,其中可以从绝缘网络对现有的液晶弹性体(LCE)进行再处理,以创建有效的导电网络。这是通过在包含导电纳米颗粒的合适溶液中进行LCE体积膨胀来完成的。随后的体积压缩导致在LCE表面形成导电层。示出了LCE的膨胀行为。元素组成分析和电子成像技术表明,导电层由导电纳米颗粒和LCE材料组成。发现可以通过LCE表面膨胀率和导电纳米颗粒浓度分别控制集成层的厚度和电阻率。

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