A System for Improving the Testability of Luminescent Clad Fibre Optic Sensors

机译：一种提高发光复合光纤传感器可测性的系统

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This paper describes an automated system that tests the outputs of luminescent clad fibre optic sensors that have been developed by the University of Limericks Optical Fibre Sensor Research Group. These tests involve stimulating the fibre at different points along its length and monitoring the output. The outputs are stored in a SQL database and can provide information on the reproducibility of the sensor fabrication technique and the long term stability of the sensors.

机译：本文介绍了一种自动系统，该系统可以测试由利默里克斯大学光纤传感器研究小组开发的发光复合光纤传感器的输出。这些测试包括沿长度方向在不同点刺激光纤并监视输出。输出存储在SQL数据库中，可以提供有关传感器制造技术的可重复性和传感器的长期稳定性的信息。

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来源
《Conference on Sensors and Their Applications; 20030902-20030904; Limerick; IE》|2003年|P.457-462|共6页
会议地点 Limerick(IE)
作者
Joseph Walsh; Ian Grout; Colin Fitzpatrick; Padraig Quinn; Elfed Lewis;
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Department of Electronic and Computer Engineering, University of Limerick, Ireland;

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原文格式 PDF
正文语种 eng
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专利

1. A coating process for multi-point luminescent clad fibre optic sensors [J] . Fitzpatrick C., ODonoghue C., Lewis E., Optical review . 2003,第4期

机译：多点发光复合光纤传感器的涂层工艺
2. Reproducible coating and testing techniques for large core luminescent clad optical fibre probes for UV detection [J] . Fitzpatrick C, Walsh J, Quinn P, Sensors and Actuators, A. Physical . 2005,第1期

机译：用于紫外线检测的大芯发光包覆光纤探针的可重复涂覆和测试技术
3. Sensing characteristics of clad-modified (Ho-doped Bi_2O_3 nanoparticles) fibre optic gas sensor [J] . Manjula M., Karthikeyan B., Sastikumar D. Optical fiber technology . 2018,第NOVa期

机译：包层修饰（Ho掺杂Bi_2O_3纳米粒子）光纤气体传感器的传感特性
4. A System for Improving the Testability of Luminescent Clad Fibre Optic Sensors [C] . Joseph Walsh, Ian Grout, Colin Fitzpatrick, Conference on sensors and their applications . 2003

机译：一种提高发光覆层光纤传感器可测试性的系统
5. Organoboron luminescent compounds as environmental sensors using fibre-optic probes. [D] . Jessa-Hartley, Yasmin. 2006

机译：有机ob发光化合物用作使用光纤探针的环境传感器。
6. Fabrication of a Porous Fiber Cladding Material Using Microsphere Templating for Improved Response Time with Fiber Optic Sensor Arrays [O] . Paul E. Henning, M. Veronica Rigo, Peter Geissinger 2012

机译：使用微球模板制造多孔光纤包覆材料以改善光纤传感器阵列的响应时间
7. New pH sensitive sensor materials. Luminescent fiber-optic dual sensors for non-invasive and simultaneous measurement of pH and pO2 (dissolved oxygen) in biological systems [O] . Kocincová Anna S. 2007

机译：新的pH敏感传感器材料。发光光纤双传感器，用于非侵入式同时测量生物系统中的pH和pO2（溶解氧）
8. Fibre Optic Sensor Systems for Damage Control. Phase 1 [R] . Burrage, M. E., Naden, J. M., Baker, R. J., 1987

机译：用于损伤控制的光纤传感器系统。阶段1

A System for Improving the Testability of Luminescent Clad Fibre Optic Sensors

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