By means of optical grinding and cutting optical fiber end face, it can access clean fiber end face.
通过光学研磨、端面切割等手段对光纤端面进行加工，获得平整光洁的光纤端面。
Using high vacuum magnetron sputtering system, it is coated sensitive film on the optical fiber end face, silicon, glass.
并采用高真空磁控溅射镀膜技术将敏感膜溅射在光纤端面、硅片、有机玻璃上。
The study on high quality surface formation mechanism in lapping of optical fiber end-face has become an important topic about improving performances of optical fiber connectors.
研究光纤端面研磨时高质量表面的形成机理已成为提高光纤连接器质量和制造效率的重要课题。
Under the paraxial approximation, the optical transformation matrix of the upside down taper lens fiber end is given.
在近轴近似下，给出了这种光纤端的光学传递矩阵。
Not only side glowing optical fiber can transmit light from one end to another end, but also can leak out light from its clad surface to make the optical fiber glowing wholly.
它不仅能将光从光纤一端面传输至另一端面，而且还能将光从其包层表面泄漏出来，使光纤整体发光。
The output optical field distribution function of the fiber end is ussd to analyze the compensation mechanism of this sensor.
借助于纤端出射光场的光通量分布函数，分析了该传感器的补偿机理。
This paper will proposed a machine vision-based optical fiber ferrule end face detection system design and implementation to satisfy the actual demand inside the factory.
本文针对工厂里的实际需求，提出了一种基于机器视觉的光纤插芯端面缺陷检测系统的设计与实现方法。
This thesis mainly introduces optical antenna arrays and coding method of laser warning system using optical fiber front end technology.
本文主要分析采用光纤前端的光学天线阵列激光告警器结构原理，以及其方位识别方法。
The reflectivity of the layer on the distal end of the optical fiber is measured indicating that the reflectivity of the electroless silver plating layer is high.
对光纤端面镀层光反射率的测量表明，化学镀银层的光反射率较高。
With large divergence Angle LED light efficiently converges at the optical fiber receiving end demand, an ellipsoid and focusing lens combination optical system design method is proposed.
针对将大发散角LED的光高效会聚到光纤接收端面的需求，提出了一种椭球面和聚光透镜组合光学系统设计的思路。
Optical Fiber series: solid side light of optical fiber, end light of optical fiber, optical fiber cable, Dmx512 optical fiber tree, crystal droplight of optical fiber.
光纤照明：实心侧光光纤、尾光光纤、单只光纤、通讯光纤（光缆）、数码光纤树、光纤水晶吊灯。
This paper presents a testing technology for optical fiber connector end surface based on microscopic interferometry.
本文研究了一种基于显微干涉的三维物体静测试系统，对光纤连接器端面进行了测量。
This paper presents a testing technology for optical fiber connector end surface based on microscopic interferometry.
本文研究了一种基于显微干涉的三维物体静测试系统，对光纤连接器端面进行了测量。
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