图像处理是光路自动准直的关键技术之一。
Image processing is one of the key techniques in laser beam automatic alignment.
因为光路是可逆的,所以也可以反过来安装。
Since optical paths are reversible, the opposite arrangement is also true.
给出了高精度起偏系统和检偏系统的光路结构。
The optical structure of high precision polarization system and polarization detection system are presented.
更换了光谱仪外光路元件,并加装了光电检测系统。
The optical elements of its out light path are changed and then it is equipped with a photoelectric detection system.
介绍一种用于物体色快速测量的双光路多通道系统。
A dual path and multi channel fast measuring system for object color are described in this paper.
利用这一改进光路实现了离面变形的斜率和曲率测量。
By means of the improved setup, the slope and curvature measurement of out-plane deformation is realized.
使用这种方法,结构和光路简单、调节方便、效果良好。
The method features simple structure and light circuit, convenient adjustment and high effectiveness.
国际指名光学组件和镜片,同时采用同光路反射保护功能。
World famous pneumatic parts and optical lens, laser path reflection control function as well are adopted.
在单片集成光路中,必须在单一材料中获得全部的光学功能。
In monolithic integrated optics, all optical functions must be obtained in a single material.
文章还着重探讨了棱镜扫描系统的光路设计和对参量的分析。
Furthermore, the thesis emphatically expounds the light route design of prism scanning system and its relative parameters.
作为实例,用本仪器搭置了双光路系统,验证了马吕斯定律。
As an example, Malus law is proved experimentally with this instrument and its double bcams system.
本文用像差平衡的方法求出优化的全息分路器光路结构参量。
Optimized parameters of the optical configuration of holographic wavelength demultiplexer (HWD) have been obtained with aberration balancing.
用近代光学方法,对散射板干涉仪的基本光路进行了严格分析。
The typical optical system of scatter plate interferometry is strictly analysed by means of modern optics.
本文提出一种方便应用于球面晶体光学元件的光路追迹计算方法。
A new method that can be conveniently applied to the ray tracing calculation for monoaxial optical components with spherical surfaces is presented.
利用四波混频光路测试了晶体的自泵浦位相共轭反射率和响应时间。
The self_pump phase conjugation reflectivity and response time were measured by using four_wave mixing light path.
通过对光强不对称的改进,该方法有光路简单,无能量损失的优势。
Comparing with other improvement, this method is superior in simple optical path and no additional energy loss.
引力透镜效应(注2)的产生是因为引力会改变光路,正如爱因斯坦提出的那样。
Gravitational lensing occurs because gravity, as Einstein showed, bends light.
或者,要从更好的角度查看数据包和光路连通性,我们可以选择斜视图。
Alternatively, for a better perspective on the packet and optical connectivity, we can select the oblique view.
为改善传感器的性能,微弱光强信号的检测需要载波调制和双光路补偿。
To improve its performance, a carrier modulation and double light route compensation are necessary for detecting faint optical power signals.
独特的定位结构及高精度的光路系统,有效保证测量值的正确性及重复性。
C, unique localization structure and precision high mere distance system, guarantee the exactness and repetitiveness of the measurement value effectively.
首先由全息透镜(光栅)成像公式出发,推导出了该光路调节的基本原理。
With the imaging formula of the holographic lens, the principle of the light path adjustment is deduced.
分析了具有相同结构角的两个渥拉斯顿棱镜在不同方式组合下的光路特性。
The optical path character of Wallaston prisms that have the same structure Angle in the diversity compound mode is analysed.
该特性矩阵对分析、设计各种有关声光可调谐滤光器光路系统具有重要的意义。
The characteristic matrix is very important to the design and analysis of optical path system with AOTF.
详细介绍了棱镜分光比色温度计的光路系统、光电检测器、电路及其标定技术。
The optical system, optoelectronic detector, circuitry and calibration technology of prism spectroscopic chromo-thermometer are introduced in detail.
其传感器内采用光桥式补偿光路,可以克服各种外界因素对测量产生的不利影响。
The sensor of the device uses light bridge to be the compensation structure, and this method can get rid of the bad influences caused by ambient conditions.
通过对光学演示实验的改进,使我们能够观察到光路,加深了对光学原理的理解。
By the improvement of demonstration experiment on optics, we able to observe the optical path and further understand to optical principle.
从傅里叶光学与统计光学原理出发,对散射板干涉仪的基本光路进行了严格分析。
The basic optical path of scatter plate interferometer is strictly analysed by using the principles of Fourier optics and statistical optics.
从傅里叶光学与统计光学原理出发,对散射板干涉仪的基本光路进行了严格分析。
The basic optical path of scatter plate interferometer is strictly analysed by using the principles of Fourier optics and statistical optics.
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