waveguide switch

美 [ˈweɪvgaɪd swɪtʃ]

波导(管)转换开关

电力



双语例句

  1. In the last chapter, the author gives the comment on the futural development of the optical waveguide switch array.
    在论文的最后,作者谈了对光波导开关列阵未来发展的看法。
  2. Optical effects in intersectional silicon waveguide switch are investigated by using beam propagation method.
    运用光束传播法对硅交叉波导全内反射光开关中的光学效应进行了详细分析。
  3. The latest progress of optical waveguide switch
    光波导开关的最新进展
  4. The Study of Laser Controlled Semiconductor Loaded Waveguide Switch
    激光控制的半导体加载波导开关研究
  5. Optical waveguide switch is one of basic devices in the optical switching network.
    光波导开关是光网络的基础器件。
  6. Analysis of Operating Current and Rate of Semiconductor Optical Waveguide Switch
    半导体光开关工作电流和速率的理论分析
  7. Optimizing Design for Arc All Optical Waveguide Switch
    弧型波导全光开关的优化设计
  8. Study of Arc-Type All-Optical Waveguide Switch Based on Self-Focusing Substrate
    自聚焦材料弧形全光开关的研究
  9. The principle of arc shape waveguide all optical switch is introduced and the switching characteristic of this kind of switch on ideal Kerr substrate is simulated by finite difference beam propagation method ( FD BPM). The non Kerr nonlinear optical response in the Kerr medium is analysised.
    本文用有限差分光束传播法(FD-BPM)模拟并给出了基于理想克尔介质的弧形波导全光开关的开关特性曲线,分析了克尔介质中的非克尔非线性效应。
  10. Accuracy Analysis of Waveguide Switch
    波导开关的精度分析
  11. New Type of Optical Fiber Controllable Silicon loaded Millimeter Waveguide Switch
    一种光纤一体化光控毫米波波导功率开关
  12. C shape; Research On the Characteristics On CdSxSe_ ( 1& x) Channel Waveguide Optical Bistable Switch
    CdSxSe(1&x)条波导型双稳开关特性研究
  13. A SiO2 waveguide 8 × 8 optical matrix switch was designed and fabricated according to the calculated insertion loss of 3.3 dB for 8 × 8 optical matrix swith.
    从理论上计算了SiO2波导EBN结构矩阵光开关的光学损耗和功耗。对于8×8开关,插入损耗为3.3dB。
  14. In this paper, a kind of laser-controlled semiconductor-loaded E-plane waveguide switch has been presented.
    本文提出了一种新型毫米波波导开关&激光控制的半导体加载波导开关。
  15. The Design of BJ-84 Mechano-electronic Controlled Waveguide Switch
    BJ&84机电控制波导开关设计
  16. Intersectional Rib Optical Waveguide Switch With Bow-tie Electrode on Carriers Injection Total Internal Reflection
    蝶形电极结构载流子注入全内反射交叉脊形光波导开关
  17. Theoretical and Experimental research on the Coupling of 4 × 4 Integrated Optical Waveguide Switch
    4×4光波导开关耦合封装的理论与实验研究
  18. Y& Branch Thermo-Optical Waveguide Switch
    Y分支光波导热光开关
  19. The phasing in semiconductor total-internal-reflection waveguide optical switch is analyzed.
    理论分析了全内反射型半导体光波导开关内的位相关系。
  20. Thermo-optical Tunable Polymer/ Si Arrayed Waveguide Gratings Study on Waveguide of Digital Integrated Thermo-Optical Switch Matrix
    热光可调谐Si基聚合物列阵波导光栅数字型集成热光光开关阵列波导研究
  21. Analysis of Optical Effect in Intersectional Silicon Waveguide Switch by Beam Propagation Method
    光束传播法分析硅交叉波导光开关的光学效应
  22. Injected Carrier-induced Band-Gap Change in GaAs/ GaAlAs Double Heterostructure Waveguide Optical Switch
    GaAs/GaAlAs双异质结光波导开关内带隙的注入载流子感生变化
  23. Progress in Research on Silicon-on-insulator Optical Waveguide Switch
    SOI光波导开关研究进展
  24. Some integrated optic devices have been developed by using Ti thin films, such as optical waveguide, thin film waveguide polarizer, phase modulator, optical switch, optical coupler and optical fiber gyroscope component.
    用这种Ti薄膜已研制出了光波导、薄膜偏振器、相位调制器、光开关、光耦合器和光纤陀螺芯片等集成光学器件。
  25. Ultra-compact 3 × 3 SOI multimode interference ( MMI) optical switches were presented. There is only one hyperbolic multimode waveguide in the switch.
    提出一种基于SOI材料的超紧凑型3×3MMI波导光开关,开关仅有一个多模波导,且多模波导采用更为紧凑的双曲结构。
  26. It realizes wavelength division multiplexing technique with Arrayed Waveguide Grating ( AWG), and employs TDM on each WDM channel with program-controlled switch.
    本方案利用阵列波导光栅进行波分复用,然后利用程控光开关对波分复用的每一信道进行时分复用,构成树状网络拓扑结构。
  27. Fiber optical switch which is proposed in this paper combines modern microfluidic technology with the twilight electronics technology. The structure of waveguide in this switch is controlled by electric method in order to achieve the change of optical path.
    论文中提出的微流控光纤光开关将现代微流控技术和微光电子技术相结合,通过电控方式实现光路转换。