beam splitting

英 [biːm ˈsplɪtɪŋ] 美 [biːm ˈsplɪtɪŋ]

波束分裂;(光)束分离

电力



双语例句

  1. The output power of laser can be exactly measured by the method of beam splitting monitoring.
    通过分束监视,实现了激光输出功率的准确计量;
  2. This paper carries out a detailed analysis about antenna beam splitting caused by SSR multi-path effects, and it is of great significance for improving the accuracy of radar detection.
    本论文针对由于多路径效应引起的二次雷达天线波束分裂进行了详细分析,对于提高雷达探测精度有重要意义。
  3. Three-dimension optical model of two-stage reflective spectral beam splitting concentrating PV system
    二次反射聚光分频光伏系统的三维光学模型
  4. The experimental results that a single element based on the Talbot self-imaging effect realizing both beam splitting and wavelength-division multiplexing functions are presented.
    给出一个单一器件同时具有分波器和大规模分束器功能的实验结果,其设计原理基于塔尔博特自成像效应。
  5. Rochon prism is an important beam splitting polarizer of calcite.
    Rochon棱镜是一种重要的冰洲石起偏分束器。
  6. Performance analysis of semi-parabolic trough concentrating spectral beam splitting PV system
    半抛物槽式聚光分频光伏系统的性能分析
  7. It is necessary to measure the phase difference between s wave and p wave caused by the telescope for the dynamic phase compensation of the polarizing beam splitting system of laser launched and received in common aperture.
    激光信标共孔径发射接收偏振分光系统的动态相位补偿需要测量望远镜各反射镜对s光和p光的相位延迟差。
  8. Study about splitting intensity ratio of a prism with variable beam splitting angle
    可调分束角棱镜分束光强比研究
  9. Study of Asymmetry of Beam Splitting Angle for Polarization Beam Splitting Prism
    偏光分束镜分束角的不对称性研究
  10. The result shows that the efficiency of polarized beam splitting is periodically varying with the azimuth or elevation of the telescope because of the phase difference between the s and p polarizing vector reflected by film on the mirrors.
    结果表明,由于镜面膜层对s光和p光的相位延迟差异,系统偏振分光效率随着望远镜的方位角旋转会发生周期性的变化,同时也受望远镜天顶角变化的影响。
  11. The asymmetry of beam splitting angle of Wollaston prism is described, and the elimination of angle asymmetry of adjustable beam splitting angle prism by adjusting the cemented layer is analyzed.
    文中给出了渥拉斯顿棱镜分束角的不对称性,并对通过调整胶合介质层来消除可调分束角棱镜的不对称性进行了分析。
  12. Wavelength-Division and Beam Splitting Element Based on the Talbot Effect
    基于塔尔博特效应的分波器和分束器
  13. The splitter has the properties of less energy absorption, higher optic damage threshold, good optical homogeneity and beam splitting with step ratio. It can be used in visible laser and Q-switch laser.
    主要特点是吸收损耗低、光损阈值高、均匀性好、阶跃式变比、适用于可见波段连续激光和Q-开关激光的分束。
  14. Design of parallel and symmetric beam splitting prism based on Wollaston prism
    Wollaston式平行分束与对称分束偏光棱镜设计
  15. Efficiency of Polarizing Beam Splitting Scheme for Rayleigh Laser Guide Star Transmitted and Received in Common Aperture
    激光导星共孔径发射接收的偏振分光效率研究
  16. The structure and application of a Polarization Beam Splitting Prism with multi-incidence direction
    多入射方向的偏振分光棱镜的结构及其应用
  17. The phase difference of two mirrors is measured, and the results have been applied to the polarizing beam splitting experiment with dynamic phase compensation which verifies the correctness of the measurement.
    实际测量了两块反射镜的相位延迟差,并将测量结果用于动态相位补偿偏振分光实验,验证了该方法的正确性。
  18. In this paper, based on the LCoS's application in the HMD system, we discuss the structure and the application effect of a polarization beam splitting prism with multi-incidence direction.
    本文基于LCoS显示技术在HMD系统上的应用介绍了多入射方向的偏振分光棱镜的结构及其应用效果。
  19. Pulling the end of a fiber into a tapered area, optical fiber transmission and fiber coupling, as well as fiber beam splitting can be realized for the special transmission and coupling characteristic in the tapered area.
    将通信光纤的末端拉制成锥形,利用光信号在光纤锥形区特有的传输和耦合特性,实现了光纤的耦合、连接和分束。
  20. Study of polarized beam splitting in walk-off mode polarization-independent isolators
    Walk-off型偏振无关光隔离器中偏振光分束研究
  21. Furthermore, using this kind of structure, we can reduce the thickness of polarization beam splitting prism, and enlarge the applied area.
    另外,这种新型的多入射方向的分光棱镜的结构可以有效的降低偏振分光棱镜的厚度,扩大偏振分光棱镜的适用范围。
  22. Applied Analysis of Double Beam Splitting System in Polarization Interference Phase Subdivision
    双光束分光系统在偏振干涉相位细分中的应用分析
  23. In detail, optical emitting and receiving system is mainly composed of Nd: YAG lasers, frequency multiplier, collimating lens, extender lens, beam splitting mirror, optical receiving lens, cut off filter, narrow band interference filter and PIN photodiode.
    其中,光学发射与接收系统主要包括:Nd:YAG激光器、倍频器、准直镜、扩束镜、分束镜、接收镜头、截止滤光片、窄带干涉滤光片及PIN光电二极管等;
  24. Study on wave beam splitting in stepped rectangular wave guide
    矩形阶跃波导中波束分裂的研究
  25. The influence of adjustable beam splitting prism on laser beam
    可调分束角棱镜对激光束的影响
  26. As the emitting system and the receiving system requires beam splitting, and the detecting beam and the receiving beam must be linearly polarized laser.
    由于发射系统以及接收系统都需要进行分光,并且所用检测光束以及接收光束都必须是线偏振激光。
  27. Therefore, the polarization splitting prism is used for the laser beam splitting.
    因此,需要采用偏振分光棱镜对激光进行分束。
  28. The system can realize the functions of transmitter-receiver isolation and multi-light ways using dichroic mirrors and beam splitting prisms.
    在系统中,利用分色镜和分束镜实现收发隔离及多光路需求。
  29. We compare characteristics such as beam splitting and the energy coupling of the two structures.
    对两者分束以及能量耦合特性进行了比较。
  30. Further, combining with the beam splitting characteristic of DMD, the grating phase-shifting digital in-line holographic orthogonal reconstruction system can be built, which provide the better way and feasibility for the high precision profile or structure reconstruction.
    该方法进一步结合DMD的分光特性,可实现光栅相移数字同轴全息正交再现系统,为实现显微物体的高精度形貌或结构再现指引了很好的方向和提供了有力保证。