1.
Research on Laser Ablation of Optical Fiber with Spherical Surface
具有防烧蚀功能的球端面光纤的实验研究
2.
Optimistic coupling efficiency of globular lens in end side of step index fiber
阶跃光纤端面球透镜耦合的最佳耦合效率
3.
Analysis on the Nd: YAG Laser-Induced Damage to Fiber End Faces
光纤端面Nd:YAG激光诱导损伤分析
4.
A Testing System for Optical Fiber Connector End Surface Based on Microscopic Interferometry
光纤连接器端面的显微干涉测试系统
5.
Investigation on Mechanisms and Rules about Lapping & Polishing Process for End-faces of Optical Fiber Connectors;
光纤连接器端面研磨抛光机理与规律研究
6.
A Rapid Optimization Algorithm of Mirror Reflectivity in High Power Fiber Lasers
高功率光纤激光器端面反射系数快速优化算法
7.
Image gathering system of photonic crystal fiber section based on ARM
基于ARM的光子晶体光纤端面图像采集系统
8.
An interface formed by joining the ends of two optical fibers in a coaxial ( in-line ) butt joint for direct fiber-to-fiber transmission.
为使光纤对光纤直接传输,将两根光纤的端面以同轴对接方式进行连接所形成的一种界面。
9.
Research on the Hardware System of Embedded Fiber End Face Detector
嵌入式光纤端面检测仪的硬件系统研究
10.
Intensity Distribute Properties after Planar Wave Coupled into Step-index Optical Fiber;
平面波经阶跃光纤传播后模式和端面光强分布特性的研究
11.
On-machine Measurement of Aspherical Form Based on Fiber Optic Transmission
基于光纤传感的非球面面形在线检测法
12.
Theoretical Research of an End Pumped Double-clad Fiber Lasers Doped with Quasi Two-energy-level Ions;
端面抽运准二能级双包层光纤激光器的理论探讨
13.
The temperature-dependent optical properties of ZnO film deposited on sapphire fiber-ending
蓝宝石光纤端面上ZnO薄膜的制备及其温变光学特性
14.
Optimization and Plating Experiment on the End Reflectivity of Fiber Optic F-P Sensor;
光纤法—珀传感器端面反射率优化及镀膜试验研究
15.
F-θ Lens and Its Application for Measuring the Diffractive Field Distribution in Fiber;
F-θ透镜及其在光纤端面衍射远场分布测量中的应用
16.
Magnetic Field and Current Sensing by Reflection on Fiber-Optic End Face in Ferrofluids
基于磁性液体中光纤端面反射的磁场和电流传感
17.
A fiber optic fluorescence probe with thin film-coated tip.
带薄膜涂层尖端的光纤荧光探测器。
18.
To fit the need of single-end test in some applications, a new sensing configuration, in which Fresnel reflex and the scheduling of two signals are used, is brought forward.
光纤端面的菲涅尔反射光和信号检测的时序控制在该结构中被应用，以实现温度或应变的测量。