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Electrically Switchable Color Changes in Lying Helix Cholesteric Liquid Crystals

机译:躺螺旋胆甾型液晶的电学可切换颜色变化

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Cholesteric liquid crystal (CLC) is a one-dimensional photonic material with a self-assembled helical structure of either a right-handed or left-handed circular rotation of the nematic liquid crystal director along a helical axis. Previously we reported dynamic EO response in polymer stabilized cholesteric liquid crystals (PSCLCs) prepared with negative dielectric anisotropy (Δε < 0) nematic liquid crystal hosts, including DC field induced bandwidth broadening [1–4], red shifting tuning [5,6], blue shifting tuning [7] and scattering switching [8] responses. This dynamic EO response is explained by the electromechanical deformation of the polymer network directly affecting the pitch of the CLC.
机译:胆甾液晶(CLC)是一维光子材料,具有自组装螺旋结构,该结构具有向列液晶指向矢沿螺旋轴的右旋或左旋圆形旋转。先前,我们报道了在具有负介电各向异性(Δε<0)向列型液晶主体的聚合物稳定的胆甾型液晶(PSCLC)中的动态EO响应,包括直流电场引起的带宽加宽[1-4],红移调谐[5,6]。 ,蓝移调整[7]和散射切换[8]响应。这种动态EO响应可以通过直接影响CLC间距的聚合物网络的机电变形来解释。

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