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1·The fundamental idea of construction is the geometric optics.

其基本思想是几何光学法。

2·The principle of straight line laser is analyzed based on geometric optics theory.

根据几何光学知识分析了激光标线原理。

3·In this paper theoretical study has been done from geometric optics and wave optics.

本文分别从几何光学和波动光学两个角度进行理论分析。

4·Methods Ray tracing of geometric optics based on the reflection and refraction laws.

方法采用以几何光学反射定律和折射定律为基础的光路追迹计算方法。

5·The principle of laser marking-off equipment is introduced by use of geometric optics.

利用几何光学方法阐述激光标线仪标线的基本原理。

6·The focusing theorem of geometric optics in curved space-time be proved strictly and in detail.

严格、详细地证明了弯曲时空几何光学中的聚焦定理。

7·Comparison has been made between the new formula and the old formula built on geometric optics.

与用几何光学原理建立的公式进行了比较。

8·The lighting calculation of light guide is a complex problem, which is always based upon the geometric optics.

导光管照明计算是一个十分复杂的问题 ，国内外已有的导光管照明计算多建立在几何光学的基础上。

9·Under the approximation of geometric optics, the axial force exerted on the Mie microsphere particles is simulated.

在几何光学近似下，对米氏球状粒子所受轴向光阱力进行了数值计算。

10·The geometric optics is used to simulate a cascade inverted-cone blackboby simulator from the features of blackboby mirror cavity.

根据黑体镜腔特征，用几何光学方法模拟黑体得一串联倒锥式黑体模拟器。