系统内设计了一对正交反射镜，用以减小系统中器件后向散射光的影响。
A pair of orthogonal mirrors were mounted in the system to minimize the influence of back-scattering light from some other components in the system.
通过建立非理想正交反射镜改变光线的几何模型，研究正交金属反射镜的消偏性能。
Depolarization of imperfect metal orthogonal twin mirrors is studied by building a geometric model of the mirrors to change the direction of light ray.
应用光波的电磁场理论严格地推导了当入射光满足“临界反射”或“双正交反射”条件时，光的偏振态在反射过程不会发生改变。
With electromagnetic theory of light, We found that the polarization of the light kept the same when the reflection of incident light satisfied critical reflection or dual-quadrature reflection.
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