1) optical fiber micro-lens
光纤微透镜
1.
Study on the method of optical fiber micro-lens′s manufacture;
光纤微透镜制造方法的研究
2.
Because of the diversification of the optical fiber micro-lens's demand, the optical fiber micro-lens's processing method is facing challenge.
光纤微透镜需求的多样化,对其加工方法提出了挑战。
2) micro lensed multi-mode fiber
微透镜多模光纤
3) optic fibre collimating lens
光纤微准直透镜
1.
The optic fibre cantilever of the sensor is attached with an optic fibre collimating lens so as to improve the optical coupling efficiency.
该传感器的光纤悬臂梁带有光纤微准直透镜 ,提高了光路的光耦合效率 ;接收探头采用双光路差分结构 ,大大提高了传感器灵敏度 ,同时也增强了抗干扰能力。
4) micro-lensed fiber
微球透镜光纤
1.
High output power was achieved by using the coupling technique of a laser diode array(LDA) and a micro-lensed fiber.
利用光纤柱透镜和光束转换装置压缩半导体激光器列阵(LDA)的发散角,然后通过聚焦透镜将激光束耦合入芯径为400μm的微球透镜光纤。
5) fiber lens
光纤透镜
1.
The Fabrication of the Near-field Optical Probe and the Fiber Lens;
近场光学探针及光纤透镜的制作
2.
The optical principle of focusing, collimating and image in fiber lens is reviewed theoretically in this article.
在理论上分析了光纤透镜聚焦、成像和准直的光学原理,介绍了它们在激光光学、光电子、光通讯、医药器械等领域的应用。
6) lensed fiber
透镜光纤
1.
Many types of lensed fibers were used to test with the LD and the coupling efficiencies were increased over 30% compared with the conventional LD.
对多种形式和规格的透镜光纤的测试结果表明,耦合效率可以提高30%以上。
2.
Through analyzing the different typical coupling properties of semiconductor laser to optical fiber,the structures of lensed fiber is presented to enhance the coupling efficiency largely.
对几种典型的半导体激光器与光纤的耦合特性进行分析,提出提高耦合效率所采用的微透镜光纤的结构。
3.
The transmission properties and self-focal principle of graded-index (GRIN) fibers aredissertated, the coupling properties of lasers to optical fibers are analyzed, different structures oflensed fibers, their principles of coupling with high efficiency and processes as well as characteris-tics are presented.
论述了GRIN光纤传输特性与自聚焦原理,分析了LD与光纤的耦合特性,介绍了微透镜光纤的结构、高效耦合原理与加工工艺以及技术指标。
补充资料：纤微
1.亦作"纎微"。 2.细微。亦指细微的事物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条