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 alignment of laser beam to fiber end face and degradation of beam quality can increase the coupling losses. This paper analyzes their effects to the coupling efficiency.
激光与光纤的机械对准误差和光束质量下降导致了耦合损失，本文分析了它们对耦合效率的影响。
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。
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。
It has been theoretically derived that the far field is also a Gaussian distribution provided that the near field on the output end face of single mode fiber is Gaussian distribution.
本文在假定单模光纤横端面上的近场为高斯分布的前提下，从理论上导出了其远场分布也是高斯分布。
Radius of curvature (ROC) is one of the three most important geometric parameters for a fiber optic connector end face.
曲率半径(ROC)是光纤连接器端面三个最重要的控制参数之一。
Numerical simulation and experimental results show that the output beam quality can be improved taking a convex face as the output end of a fiber laser.
结果表明，采取凸端面作为光纤激光器的输出端可以提高输出激光的光束质量。
The fiber connector end-face inspection system in this dissertation is based on homochromatic light interference model.
本论文论证和研究的光纤端面测试系统，是基于单色光干涉模型的测试系统。
The fiber connector end-face inspection system in this dissertation is based on homochromatic light interference model.
本论文论证和研究的光纤端面测试系统，是基于单色光干涉模型的测试系统。
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