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Reflective planar microcavity with enhanced electro-optic activity of a poled polymer

机译:具有极性聚合物的增强电光活性的反射平面微腔

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We investigated the enhancement of the voltage-induced phase difference by embedding an electro-optic (EO) polymer into a reflective planar microcavity in a reflection ellipsometric configuration. We fabricated the microcavity with efficient light localization in the EO polymer and evaluated the resultant enhancement of voltage-induced phase-difference between s- and p-polarized components. We obtained 48 times larger phase-difference than that for the EO polymer only. The enhancement was attributed to the polarization-dependent local field effect for oblique incidence.
机译:我们研究了通过将电光(EO)聚合物嵌入反射椭偏配置中的反射平面微腔中来增强电压感应相差的方法。我们在EO聚合物中制造了具有有效光定位的微腔,并评估了s极化和p极化组件之间电压引起的相差的增强结果。我们获得的相差仅是EO聚合物的相差48倍。增强归因于倾斜入射的偏振相关局部场效应。

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