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1·GO (Geometrical Optics) method for multi-reflection between facets.

采用几何光学的方法计算多次散射场。

2·These three laws form the basis of what is called geometrical optics.

这三条定律构成了所谓几何光学的基础。

3·The image formation of luminor body by lens is studied using geometrical optics.

采用几何光学对三维发光体的透镜成像问题进行了研究。

4·Based on geometrical optics theory, the re-radiation is analysed by using aperture field method.

根据几何光学理论，利用孔径场法进行了分析。

5·The analysis is based on the geometrical optics, and simulated by ray tracing with optical design software ZEMAX.

利用几何光学方法进行了分析，采用ZEMAX光学设计软件实现光线追迹进行模拟。

6·The amount of the drift in X direction, Y direction and in spatial angle can be obtained through geometrical optics.

另外，利用几何光学方法得到了激光光束在X方向、Y方向以及空间立体角上的漂移大小。分析了引起光束漂移的原因。

7·The Gauss's formula in Geometrical optics derived without relying on specific mechanisms such as reflection and refraction.

几何光学中高斯公式的推导可以不依赖象反射和折射这些特定的基本原理。

8·The traces of the geometrical optics rays in the electron cyclotron frequency range in CT-6 have been obtained numerically.

本文计算了在CT-6托卡马克上进行电子回旋共振加热实验时对应不同窗口、不同入射角的反常波轨迹。

9·We introduce the application of matrix method in geometrical optics by dealing spherical refraction system with matrix method.

本文用矩阵处理球面折射系统光学问题来介绍矩阵方法在几何光学中的应用。

10·In this paper, the readout system is designed by geometrical optics method and the experiment shows that the system works well.

从几何光学的角度对其读出照明光学系统进行设计，并进行实验研究和理论分析。