beam splitter

英 [biːm ˈsplɪtə] 美 [biːm ˈsplɪtər]

〔无线电〕分束器;分束器;光束分离器

化学



双语例句

  1. This can be accomplished by using a beam splitter.
    利用一个分束器就能完成上述过程。
  2. Thus, by optimized the process and packaging technology can make thin film polarizing beam splitter to reach the application requirements.
    由此可见,通过优化镀制工艺和封装工艺可以使薄膜偏振分束镜的指标达到使用要求。
  3. Phase-shift Characteristic of Beam Splitter in Coherent Combining of Laser Beam with an Interference Compound Cavity
    干涉型复合腔激光束相干合成中分束器的相移特性研究
  4. The Filter Properties of Photonic Crystal and Optimization Design of a Photonic Crystal Beam Splitter
    光子晶体的滤波特性及分束器的优化设计
  5. The beam splitter based on photonic crystal waveguides is taken as an essential component in integrated optical circuits.
    光子晶体波导分束器是集成光学电路的重要组成元件。
  6. A beam splitter is one of the main working parts in any interferometer.
    分束器是所有干涉仪里主要工作元件之一。
  7. Laser light enters the beam splitter, and the beam splitter sends half of the light down one arm and half down the other arm.
    激光进入分束器后,分束器将光分为两半后分别送往两臂。
  8. In one embodiment of the present invention, the beam splitter is in the shape.
    在目前的发明中,光束分离器是一种截面为直角三角形的装置。
  9. This grating interferometer uses grating as beam splitter, and behind the grating two beams interfere with each other.
    本光栅干涉仪用光栅作为分束器,使双光束发生干涉。
  10. Optimization design of a 1 × 2 Beam Splitter Based on Photonic Crystal Multimode Waveguide of Triangular Lattice PBG
    基于三角晶格光子晶体多模波导1×2分束器的优化设计
  11. Mirrors hang on test masses at each end of both arms, and there is a beam splitter is at the intersection of the two arms.
    每条臂上均放置了一些透镜,在两臂交会的地方有一个分束器。
  12. The fabricated beam splitter was tested, and the results showed that performance index of it can meet the requirements of the design.
    最后,对制备的激光电视分光膜进行测试,结果表明膜层各项性能指标符合设计要求。
  13. Polarization Beam Splitter Based on One-dimensional Photonic Crystal
    基于各向异性介质一维光子晶体缺陷模的偏振分束器
  14. In order to improve the energy efficiency and image contrast of liquid crystal display ( LCD) projector, a wide-angle and broadband optical thin-film polarizing beam splitter ( PBS) was designed.
    为提高液晶投影机的光能利用率和图像对比度,设计了一种宽角度宽波长的光学薄膜偏振分束器(PBS)。
  15. The Influence of Polarization Freedom on Quantum Interference of Quantum Beam Splitter between two Optical Fields in Fock State
    极化自由度对分束器出射光场的量子相干性影响的研究
  16. In order to improve the contrast of projection display system, we design and fabricate a broadband, wide-angle polarizing beam splitter which has a large acceptance. The location is exceptionally poor, viewed from the sanitation point.
    为了提高投影光学系统的对比度,设计和制备了宽波段宽角度的偏振分光薄膜。
  17. Arbitrarily Bent Beam Splitter Using Photonic Crystal Co-directional Coupling Mechanism
    基于定向耦合效应设计可以任意弯曲的二维光子晶体分束器
  18. Characteristics of beam splitter based on 1 × 4 photonic crystal waveguide
    基于1×4光子晶体波导分束器的特性研究
  19. The Realization of Photonic Crystals Impurity Band and a Large Separating Angle Beam Splitter
    光子晶体矩形波形滤波器和大角度光分束器的实现
  20. We project a compact T-branch beam splitter with a micron scale using a two-dimensional ( 2D) photonic crystal ( PC).
    利用二维光子晶体设计了一种紧凑的微米尺度T形分束器。
  21. The polarization beam splitter ( PBS) and polarization beam combiner ( PBC) were utilized to form dual loop structure to suppress the side modes of microwave signal without adding active device.
    利用偏振分束器和合束器在不增加有源器件的基础上形成双环路结构抑制微波信号的边模。
  22. The most advantage of this kind of beam splitter is being fabricated and integrated easily.
    这种分束器的最大优点在于容易加工和集成。
  23. Rochon prism is a familiar polarizer and beam splitter prism in laser technology.
    Rochon棱镜是激光偏光技术中最常见的一种起偏分束棱镜。
  24. The application of polarizing beam splitter for projection display system was reviewed.
    讨论了应用于投影显示系统的满足宽光谱范围、大的入射角、高的消光比的偏振分光镜的设计和制备。
  25. Design and Fabrication of Polarizing Beam Splitter for Projection Display System
    应用于投影显示系统的偏振分光镜的设计和制备
  26. A novel interferometer with special coating beam splitter is put forward for the first time.
    首次提出了采用特殊镀膜分束器的干涉仪结构。
  27. A new interferometer with special coating beam splitter is designed to manage to enhance the image quality.
    为了改善图像质量和提高信噪比,采用了一种新的带有特殊镀膜分束器的干涉仪结构,并对该系统的性能进行了分析。
  28. A photorefractive higher-order diffraction optical beam splitter has been designed based on the higher-order diffraction of photorefractive materials.
    从光折变材料的高阶衍射特性出发设计了一种全新的光折变高阶衍射分束器。
  29. We study the projection measurement of the entangled output states generated by beam splitter.
    研究了对分束器产生的量子纠缠态进行投影测量的性质。
  30. Following, a photonic crystal beam splitter was design, and the splitting properties have been studied.
    随后,以PCRR为基础设计了光子晶体分束器,并分析了其光束分配特性。