Note on «new electromechanical effect in chiral smectic C liquid crystals»

H. Brand, H. Pleiner
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引用次数: 5

Abstract

We show how the recent experimental results concerning an electromechanical coupling in smectic C * can be obtained from the macroscopic dynamic equations derived by the authors. We point out that the coupling observed is a reversible dynamic cross coupling between the change in the polarization inside the layers and velocity gradients. This type of reversible cross coupling is unique to systems which possess a pseudoscalar quantity (e.g. a helix) and does not exist in nonchiral smectic C Le couplage electromecanique observe est un couplage dynamique reversible entre les variations de polarisation dans les couches et les gradients de vitesse
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关于“手性微晶C液晶中的新机电效应”的说明
我们展示了最近关于近晶C *中机电耦合的实验结果是如何从作者推导的宏观动力学方程中得到的。我们指出,观察到的耦合是层内极化变化与速度梯度之间的可逆动态交叉耦合。这种可逆交叉耦合只存在于具有伪标量(如螺旋)的系统中,而不存在于非手性单晶C系统中
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AC electric field induced flow and helix unwinding in focal conic texture of smectic C* liquid crystal A new way to include the grain shape in texture simulations with the Taylor model Configuration space analysis for fully frustrated vector spins Random walks on a closed loop and spin glass relaxation Note on «new electromechanical effect in chiral smectic C liquid crystals»
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