Compensation of the phase anisotropy of an oblique mirror in visible light

M. Ferray
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Abstract

The state of polarization of an oblique incident wave is modified by a reflexion on a metallic mirror, because of the inequality of the phases of the reflexion coefficients for polarization parallel and perpendiculer to the incidence plane. We show, that it is possible to the compensat in white light, the phase anisotrophy of certain mirrors by the aid of a cristallin plate. Different incidence angles are considered and the field of the compensated mirror is studied. Application to optical microsophy is particularly interesting.
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可见光下斜反射镜相位各向异性的补偿
斜入射波的偏振状态可以通过金属反射镜的反射来改变,因为偏振反射系数的相位与入射面平行或垂直。在白光条件下,利用晶片补偿某些反射镜的相位各向异性是可能的。考虑了不同的入射角,对补偿镜的视场进行了研究。在光学显微学中的应用尤其有趣。
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