The system includes mechanical design, and optical design, electronic design.
该系统设计包括机械设计、光学设计、电子设计。
Aspherics are applied more and more widely in optical design as the use of aspheric lens simplifies the optical system.
非球面镜的使用能大大简化光学系统，因此被越来越多地应用到各种光学设计中。
More bright: Better optical design to make PC cover transmittance up to 90%, improving luminous intensity and brightness.
更明亮：光学设计更优，灯罩透光率高达90%，有效提高了产品的照度和亮度。
More bright: Better optical design to make PC cover transmittance up to 85%, improving luminous intensity and brightness.
更明亮：光学设计更优，灯罩透光率高达85%，有效提高了产品的照度和亮度。
Hence, the measurement of the laser propagation characteristics in the far field is the basis for the optical design of optical systems.
因此，对远场激光传播特性的测量是光学系统光路设计的基础。
The test condition and the corresponding optical design are given.
给出了相应的试验条件、光路设计等。
The vision system includes optical design and mechanical design. 2.
其中视觉系统包括光学设计和机械设计。
Involute aspheric surface has practical application in optical design.
它在光学系统中有良好的实用价值。
The paper summarized the contents of the optical design and procedures.
归纳总结了光学设计的内容与步骤。
These results prove the feasibility of the optical design method proposed.
得到的结果验证了所提出的光学设计方法是可行的。
An optical design of a zoom system applying for dentistry diagnose is presented.
介绍了一种用于牙科诊断的变焦光学系统的设计。
Study the optical requirements of optical measurement system and gives the optical design scheme.
研究光电测量系统的光学需求并形成光学设计方案。
A real ray tracing method was used to simplify the optical design of a Gaussian beam shaping system.
研究了真实光线追迹优化光学系统的方法以简化高斯光束整形系统的光学设计。
The optical design of a semi-spherical screen fish-eye objective with field angle 180 degrees has been studied.
本文讨论了视场等于180度的球幕鱼眼镜头的光学设计问题。
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。
The optical design and optical efficiency of line focus cylindrical Fresnel lens for solar concentrator are discussed.
研究了柱面线聚焦菲涅耳太阳聚光透镜的光学设计和光学效率。
The configuration, requirements, optical design method and process of a stereo zoom microscope are described in this paper.
描述了立体变倍显微镜的构造、要求及其光学设计方法和设计过程。
Therefore, a suitable size of extended light source can be chosen, considering the requirement of SNR in the optical design.
因此，需要在设计中结合系统信噪比的要求，选取合适尺寸的扩展光源。
The optical design method of the corrector is described in detail, and the design results and experimental light path are given.
详细讨论了补偿器的光学设计方法，给出了设计结果和实际的实验光路，分析了低温光学检测中的一些问题。
The M500 uses a high energy optical design and a sensitive DLATGS detector for excellent resolution over the full infrared range.
M500采用高能量的光学设计和敏感的DLATGS检测器，使红外线区域有优越的分辨率。
The traditional optical design is mostly done by manual modification to a certain degree, based on an initial model (e. g. patent).
传统的镜头光学设计多半是在一初始模型（如专利）的基础上作一定程度的人工修改。
In addition, the aspheric surface enables to have more adjustable parameters in optical design to satisfy different optical systems.
另外，非球面使光学设计中有更多的可调参数，以满足设计不同光学系统的需要。
Therefore, the research on the optical design method for LED lighting system not only has theoretical value but also actual meaning.
故进行LED照明系统光学设计方法研究既具有理论价值又含有实际的意义。
Finally, we designed several EDOF imaging systems employing the phase plates mentioned in this paper in the optical design software Zemax.
最后，在光学设计软件Zemax中设计了利用文中几种相位模板的大景深光学成像系统。
Optical glass with high refractive index and high dispersion are used more and more as optical design trend to miniaturization and digital.
高折射率高色散光学玻璃在目前小型化和数字化的光学设计中的用途越来越广。
The environmental and the actual condition tests show that the infrared system with metallic mirrors has met the requirement of optical design.
系统经外场实际测试的结果表明，使用了金属反射镜的红外热成像系统达到了光学系统的设计指标。
Have accomplished the simulation and design of waveguide, directional coupler, bend waveguide and passive ring resonator by optical design tools.
结合光学设计软件，完成了对波导材料、定向耦合器、弯曲波导部分和无源环形谐振器的模拟和设计。
Perform optical design tasks, new technology research and development of new products technical evaluation, write the related technical documents.
执行新产品光学设计任务、新技术研发的技术性评估及其他相关技术文件的编制。
Spherical curvature radius was optimized through controlling the exit rays and using the automatic optimization function of optical design software.
通过对出射光线的控制，利用光学设计软件的自动优化功能，优化出满足条件的球面曲率半径。
Spherical curvature radius was optimized through controlling the exit rays and using the automatic optimization function of optical design software.
通过对出射光线的控制，利用光学设计软件的自动优化功能，优化出满足条件的球面曲率半径。
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