光纤接头的菲涅尔反射损耗分析及其对传输特性的影响 |
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1. Analysis of Fresnel Loss at Splice Joint Between Single-Mode Fiber and Photonic Crystal Fiber
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Samira Farsinezhad,
Faramarz E. Seraji
International Journal of Optics and Applications
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2012,第1期
机译：单模光纤与光子晶体光纤熔接处的菲涅耳损耗分析 2. End losses minimization of linear Fresnel reflectors with a simple, two-axis mechanical tracking system [J] . Yang Moucun, Zhu Yuezhao, Taylor Robert A. Energy Conversion & Management . 2018,第APRa期机译：简单的两轴机械跟踪系统可将线性菲涅尔反射器的端损耗降至最低 3. Performance analysis of linear Fresnel reflector concentrating solar system with varying reflector width using analytical and ray trace techniques [J] . M. Babu, A. Valan Arasu Progress in Industrial Ecology . 2015,第2期机译：利用分析和射线追踪技术分析不同反射镜宽度的线性菲涅尔反射镜聚光太阳能系统的性能 4. Parametric analysis of end loss efficiency in linear Fresnel reflector [C] . Elmaanaoui Youssef, Saifaoui Dennoun International Renewable and Sustainable Energy Conference . 2014机译：线性菲涅尔反射镜的末端损耗效率参数分析 5. Fresnel Zone and reflectarray antennas for space missions: Concepts, computational techniques and characterizations. [D] . Khayatian, Behrouz. 2003机译：太空任务的菲涅耳带和反射阵列天线：概念，计算技术和特征。 6. Solar Tracking Error Analysis of Fresnel Reflector [O] . Jiantao Zheng, Junjie Yan, Jie Pei, -1机译：菲涅尔反射镜的太阳跟踪误差分析 7. 20-km-length distributed fiber optical loss sensor based on transmission-reflection analysis [O] . Pieter L. Swart 2005机译：基于传输 - 反射分析的20公路长度分布式光纤光学损耗传感器 8. Reduced Fresnel Losses in Chalcogenide Fibers by Using Anti-Reflective Surface Structures on Fiber End Faces [R] . Sanghera, J., Florea, C., Busse, L., 2010机译：通过在光纤端面上使用抗反射表面结构减少硫属化物纤维中的菲涅耳损失 |
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