1.
The Differentiation and Relation Among Geometrical Optics, Undulatory Optics and Quantum Optics;
几何光学、波动光学和量子光学的区别与联系
2.
Geometrical-optics Approximation of Light Scattering by Particles
粒子光散射的几何光学近似方法研究
3.
Near Axis Theory in Optics--A Discussion of Optical Path Calculation in Geometrical Optics;
光学中的傍轴理论——关于几何光学光路计算的几点讨论
4.
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
5.
Geometrical optics solution for surface polarimetric scattering of camouflage materials
伪装材料表面偏振散射的几何光学解
6.
Study of Simulate Fulfilling the Process of Light Path and Image Formation;
几何光学光路及成像过程模拟实现的研究
7.
An Investigation of Student Understanding of Some Geometrical Optics Concepts at School and University Levels;
大中学生对几何光学中的某些概念理解的研究
8.
Laser hologram technique combines geometric optics, ware optics and information optics together, presenting a bright future for the study of optics.
激光全息摄影技术集几何光学、动光学和信息光学为一体，为光学的研究展示了美好的前景。
9.
Research on High School Students Alternative Framework about Geometrical Optics;
对高中生几何光学部分相异构想的研究
10.
The Typical Applications of GO Method in Tropospheric Propagation
对流层传播中几何光学方法典型应用研究
11.
Fermat s Principle,Laws of Geometrical Optics and Light Propagation in Medium with Graded Refractive Index;
费马原理、几何光学定律与光线在折射率渐变媒质中的传播
12.
Geometric Optics Analysis on the Bottle Beam Generated From an Axicon-Lens System
轴棱锥透镜系统产生局域空心光束的几何光学解释
13.
Geometric optics analysis on self-reconstruction of the nondiffracting beam generated from an axicon
轴棱锥产生无衍射光束自再现特性的几何光学分析
14.
The light-encoded filaments are like rays of light that hold a geometric form of language.
光编码细丝像光的射线，它拥有几何学语言形态。
15.
The Propagation of Generalized Hypergeometric Beams in ABCD Optical Systems
广义超几何光束在ABCD光学系统中的传播
16.
Influence of Wang Yang-ming s School on the Interpretation of Geometry by Xu Guang-qi;
王学思潮对徐光启几何学义理思想的影响
17.
Accurate measurement of geometric form and the error elimination for optical cylinders
光学圆柱几何形状的精确测量和误差消除
18.
Geometric Modeling of Optical Spaceborne Sensors and DEM Generation
光学航天传感器几何建模与DEM生成新进展