光路

guāng lù
  • light path
光路光路
光路[guāng lù]
  1. CCD尺寸检测装置中采用远心光路的实验分析

    The Test and Analysis of Telecentric Light Path Used in Workpiece outside Diameter Detecting Device with CCD

  2. 利用C语言的作图功能对鱼眼镜头进行光路写真,详细说明圆弧作图函数的编制过程,最后给出具体实例。

    The light path of a fish eye lens is portrayed by use of the graphical functions of the language C and the programming process for arc graph function is demonstrated in details and an example is given finally .

  3. 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 .

  4. CO2激光外科装置中模拟指示光路设计的分析

    Analysis of optical design for simulative indicator in CO_2 laser surgical unit

  5. 用正交光路全息干涉CT技术重建电弧等离子体三维温度场

    Reconstruction of 3 - D arc plasma temperature fiel d s by orthographic-beam holographic interferometry CT technique

  6. 设计了一套照明CAD软件用于实现对光学仪器中照明光路照度分布模拟。

    An illumination CAD software is designed to simulate the illuminance distribution of the optical path in the optical instruments .

  7. 本文基于无限远像距光学系统原理,完成CCD成像光路设计及相关部件。

    The image-forming system design completed in the thesis is based on infinite image distance optics theory .

  8. 最后展望了IP网结合WDM网直通光路的发展前景。

    At last , it forecasts the future foreground of combining WDM optical bypass with IP networks .

  9. 利用时间分辨Z扫描光路的特殊性,进行单光束Z扫描实验。

    Utilizing the special characteristic of time-resolved Z-scan , I have done the single beam Z-scan .

  10. 通过内置面阵CCD来监测激光光点位置,并利用共轭光路法引导光束到预定位置。

    The laser points are monitored by build-in CCD , and directed to preset positions by conjugate light paths .

  11. 系统采用线阵CCD作为传感元件,对传感器的光路结构进行了改进。

    The system was equipped with line matrix CCD as sensing unit and improved on light path structure of sensor .

  12. Nd~(3+)YAG激光眼科治疗机的光路系统设计

    The design of the beam system of Nd ~ ( 3 + ): YAG-the therapeutic laser instrument for ophthalmology

  13. WDM光纤网故障的光路恢复策略

    WDM Optical Networks ' Restoration Schemes

  14. 采用较合理的光路,显著地减小N_2激光光束的弥散损耗,使系统的效率有较大的提高。

    The beam diffusion loss of the N_2 laser , used as the pumping source , is cut down greatly , therefore the system efficiency is raised obviously .

  15. 详细介绍了以PSD为传感元件的石英摆片综合参数测试系统的测量原理、光路和电路。

    The structure , measurement principles and hardware of the application system of PSD are introduced in detail .

  16. MICHELSON监视光路的一种新应用

    A New Application of MICHELSON Monitoring Light Road

  17. 采用光线追踪和光路函数的方法,优化设计了具有超环面镜的前置光学系统的掠入射软x射线平场谱仪,得到了谱仪的谱分辨和空间分辨本领。

    Using ray tracing code and optical path function , optimization calculation is carried out on a grazing incidence soft x ray flat field spectrometer with toroidal mirror as prepositive optic system .

  18. 6kW单模CO2激光器的输出光路和气体动力窗口

    An output optical system and gas dynamic window for 6 kW level CO_2 lasers

  19. 在一台激光器和一个防震台的条件下,提出一种记录主全息图H1和彩虹全息图H2共用光路的实用设计布置方法。

    We designed a useful arrangement of optical elements recording master hologram H1 and rainbow hologram H2 using one laser and one holographic-table .

  20. ODC母盘刻录系统的光路介绍与刻录激光器的更换

    The introduction of optical circuit of ODC mastering system and how to change laser beam recorder

  21. 最后根据文中得出的结论,设计了一种高增益低噪声的C波段EDFA光路,该光路已经应用于工程实践中。

    Finally , according to those conclusions , a c-band , high gain and low noise optical circuit of EDFA is designed , and the optical circuit has already been applied to project practice .

  22. HRS实验光路相对简单,但是HRS信号容易受到其它因素的影响,因此对实验条件的要求比较苛刻。

    The optical route of HRS is relatively comprehensible , but the HRS signal is easily disturbed . Therefore , the experimental condition is restricted .

  23. 通过光线追迹ICF(惯性约束聚变)驱动器的靶场光路,建立靶场角漂的修正模型。

    A correction model for angle drift in target area is established through ray-tracing target area light path of ICF ( Inertial Confinement Fusion ) driver .

  24. 采用LED作为激发光源,CCD相机作为检测器件设计了检测单元,采用光纤搭建了检测光路并对效率做了简化计算。

    Detection unit was designed with LED being excitation light source and CCD camera being detection device . Detection optical path , which efficiency was given a simplified calculation , was constructed using optical fiber , lenses and filters .

  25. 实际制作了双光路光纤F-P腔液位传感器,进行了实际气压模拟试验和实际水位测量试验,取得成功有价值的结果;

    Fourthly , the F-P liquid level sensor was fabricated , the practical measurements were carried out both for the air pressure and the water level .

  26. 由此可得出,会聚光照明的傅立叶变换光路,在减小透镜口径方面优于4f系统。

    In conclusion , Fourier transform lens with convergent light illumination is more advanced than 4f system in reducing the aperture .

  27. 基于双光路原理的海水IOPs高光谱测量仪方案

    Hyperspectral meter for measuring inherent optical properties of sea water based on principle of double-optical-path

  28. 由于CCD检测器通过如蜻蜒复眼一样的多通道阵列检测器接收不同波长下的光谱,从而避免了光栅或单检测器等部件的移动,实现了光路的固定。

    Since the CCD detector receive the spectrum of different wavelengths by the dragonfly compound eye liked multi-channel array detector , thus avoiding the movement of the grating or single detector parts and realizing the fixed optical path .

  29. 论述了CGH干涉系统的光路和干涉场,采用位相自动探测术有效地降低了随机干扰误差。

    The optical system and CGH interference field of the CGH interference system is discussed . The synchronous phase detecting technique can reduce the random disturbance .

  30. 提出一种新型的光路结构,构成利用空间光路的干涉式MOEMS陀螺。

    A new optical structure is proposed which is part of interferometric MOEMS ( Micro-Opto-Electro-Mechanical Systems ) gyroscope using free space optical paths .