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Electrical Actuation of Cholesteric Liquid Crystal Gels

机译:胆甾型液晶凝胶的电致动

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摘要

We demonstrate that the cholesteric liquid crystal (CLC) gels with a global helical variation in their orientation exhibit the pronounced electro-optical and electromechanical effects under an unconstrained geometry. A su?ciently high electric field imposed along the helical axis drives a finite elongation exceeding 30% along the field axis, as well as a finite redshift of the selective reflection band which is opposite to the blueshift often observed for the conventional CLCs and the in situ polymer stabilized CLCs under an electric field.
机译:我们证明胆甾型液晶(CLC)凝胶在其方向上具有全局螺旋变化,在不受约束的几何形状下显示出明显的电光和机电效应。沿螺旋轴施加的足够高的电场会沿场轴驱动超过30%的有限伸长率,以及选择性反射带的有限红移,这与常规CLC和在电场下原位聚合物稳定的CLC。

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