Abstract
An alignment technique of liquid crystal on a ferroelectric substrate is described. Electric interactions between liquid crystals and a ferroelectric ceramic substrate are thought to affect alignment of liquid-crystal molecules. A ferroelectric PLZT 8/65/35 ceramic plate and liquid-crystal material are used for this experiment. The fact shows that liquid-crystal molecules orient perpendicular to the poling direction of the poled PLZT plate. The result shows that the liquid-crystal alignment could be controlled by the effect of the poling of the substrate.
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