近轴光线传播的矩阵变换

Matrixing of paraxial ray propagation

  • 摘要: 几何光学所描述的光的直线传播、折射定律、反射定律以及透镜成像等光学现象是其最基础最经典的内容。应用矩阵变换法,在近轴理想光学系统中解析了几何光学中的几种经典结果,并推导出5种光学现象的光线传播变换矩阵。

     

    Abstract: The linear propagation, law of refraction, law of reflection and lens imaging, described by the geometrical optics, are its most basic and classical contents. Some of the classical results in the geometrical optics were resolved through the ideal paraxial optical system by the matrixing, and the transformation matrix of the optical propagation for the five optical phenomena was derived.

     

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