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- geometrical optics ray 几何光学射线,几何光束
- geometrical optics ray method 几何光学射线法
- When we choose the proper parametric variable, ray equation can be descended to one-order differential equation which is used to solve some problems of geometrical optics in nonuniform medium. 我们选用适当的参变数将光线方程降阶为光线矢量的一阶方程,用以解决若干非均匀媒质的几何光线问题。
- V.N.Mahajan, Optical Imaging and Aberration, Part I : Ray Geometrical Optics, SPIE, Washington (1998). 孙文信:散光,远视设计暨反射面镜光线追迹分析,工研院光电所研究报告,中华民国八十一年。
- V.N.Mahajan, Optical Imaging and Aberrations, Part I Ray Geometrical Optics, SPIE PRESS, Washington, (1998). 黄柏诚;大面积高功率发光二极体导光元件之设计;中央大学光电所硕士论文;(2004).
- 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
- Transmission, without diffusion, in accordance with the laws of geometrical optics. 没有漫射的传输,服从几何光学的规律。
- Reflection, without diffusion, in accordance with the laws of geometrical optics; as in a mirror. 没有漫射的反射,服从几何光学的规律;就像镜面造成的反射。
- In applying the preceding formulae, it should be remembered that they have been derived with the help of the laws of geometrical optics. 在使用上述那些公式时，必须记住它们是利用几何光学的一些定律导出的。
- We introduce the application of matrixmethod 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.
- The combination of geometric optics(GO), uniform theory(UTD) and ray tracing technique has been adopted for radio propagation prediction in microcellular systems in urban area. 本文应用几何光学（GO）方法、一致性几何绕射理论（UTD）和射线跟踪的方法对给定环境下的城市微区信道电波传播特性进行了预
- The ray theory of geometric optics was applied to visually investigate the propagation of quasi stationary waves in time mean basic flow and interpret the zonal nonhomogeneity. 应用几何光学中的射线理论，直观地讨论了准定常波在时间平均基流中的传播，解释了定常波传播的纬向非均匀性。
- Through diffraction invese ratio relation and quantization of geometrical optics,the transition between geometrical optics and wave optics was discussed. 通过衍射反比关系和几何光学的量子化，讨论了几何光学和波动光学的过渡问题。
- We first take up the subject of optic ray propagation through a variety of optical media. 首先研究光束通过各种光学介质的传播问题。
- Nature of Light, Geometrical Optics, and Gaussian Approximation, Wave Optics, Interference of Light, Coherence, Polarization of Light, Diffraction of Light. 光的性质、动光学、何光学及高斯近似、的干涉、干性、的偏振、的绕射、些重要的应用实例。
- The article corrects a lot of logical errors and misnomers in many optics textbooks and is very important in the teaching and learning of geometrical optics. 摘要论文纠正了大量光学教材中的逻辑错误与用词不当，对于几何光学的教学具有十分重要的意义。
- Bases on the theory of the geometrical optics, the formula of account of Moire-fringe spacing is deduced, the principle of Moire-fringe measuring micro replacement is discussed. 摘要按照光的直线传播原理，利用光栅栅线之间的遮光效应，推导出了莫尔条纹间距的计算公式，叙述了莫尔条纹测量微小位移的工作原理。
- Starting from the curvature of 3- dimensional Riemannian manifold, a new complex space which can contain the information of both geometrical optics and wave optics is built. 从三维黎曼流形的曲率出发，构造了一个复空间。它的流线能兼容几何光学与波动光学的信息。
- The refractive index of one kind of micro-structured fiber were studied by optical ray theory, the distribution of refractive index is gived. 应用射线理论对一种微结构光纤包层的折射率进行了计算，给出了折射率分布的精确解。
- Through diffraction invese ratio relation and quantization of geometrical optics, the transition between geometrical optics and wave optics was discussed. 摘要通过衍射反比关系和几何光学的量子化，讨论了几何光学和波动光学的过渡问题。
