1.
Coupling Technique Research Based on the Two Side Closer Type of Image Intensifier and the Optical Fiber Taper;
基于双近贴式像增强器与光锥耦合技术研究
2.
Research on Digital X-ray Imaging System Based on Optical Fiber Taper Coupling;
基于光锥耦合的数字X射线成像系统研究
3.
Technology Investigation on the Coupling between LD and Tapered Fiber;
半导体激光器与锥形光纤耦合技术研究
4.
A Fiber Bragg Grating Demodulation System Based on over Coupled Fused-coupler
基于熔融拉锥过耦合器的光纤光栅解调系统
5.
Research on the Key Techniques of Manufacturing Polarization Maintaining Fused Couplers;
熔锥型保偏光纤耦合器制造的关键技术研究
6.
The Sensitive Characteristics of Fused-tapered Single Mode Fiber Coupler;
熔锥型单模光纤耦合器的传感特性研究
7.
The Research on Processing Method and Coupling Performance of Tapered Fiber;
锥形光纤加工工艺与耦合性能仿真研究
8.
Imporvment on the Pulling Processs and the Polarization Dependent Loss of 1X2 Fiber FBT Couplers
1X2单模融拉型光纤耦合器拉锥工艺与PDL的改进
9.
New Theoretical Method for the Coupling System of the Fused Fibers and Its Application to Optical Fiber Devices and Sensors;
光纤熔锥耦合系统理论新方法及其在光纤器件和传感中的应用
10.
Auto-focusing Technique Based on Operator Fusion for Coupling Optical-taper with CCD;
用于光锥与CCD耦合系统的基于算子融合的自动对焦技术
11.
Adjustable coupling performance of plastic fiber dual-taper and different shape medium cavity
不同形状介质腔与塑料光纤双锥的活动耦合特性
12.
Theoretical Studies on the Microsphere Resonator Coupled by Biconical Tapered Fiber and the Fabrication System Heating by CO_2 Laser;
熔锥耦合型球微腔器件的理论分析及其CO_2激光加工制备
13.
Fundamental Research of the Coupling System Composed of the Tapered Fiber and Micro-toroids on the Basis of MEMS
基于MEMS的平面环形微腔与锥形光纤耦合系统基础研究
14.
optoelecric coupling
光电耦合光电离合器
15.
Based on the characteristics of hollow wave guide for CO2 laser delivery, a cone-shaped wave guide coupler system was designed and fabricated in this work.
针对co2激光传输用空芯波导的特点，设计、制备了锥形空芯波导耦合器系统。
16.
continuous wave fiber coupled laser
连续波光纤耦合激光器
17.
Without the misalignment, coupling efficiency increases with the decreasing of taper length.
失配不存在时，耦合效率随著锥长的增加而减小。
18.
Study on Coupling Non-linear Vibration of Automobile Helical Bevel Gear Transmissions System;
汽车螺旋锥齿轮传动耦合非线性振动研究