Study on Fiber-Optic Low-Coherence Interferometric and Fiber Bragg Grating Sensors

这篇文章在最后二十年在光纤的传感器上考察作者研究工作。它包括二个方面：低连贯的 interferometric 传感器(步兵登陆艇) 和纤维布拉格栅栏(FBG ) 传感器。为步兵登陆艇传感器，作者工作主要在坎特伯雷( UKC )在肯特的大学为 Fizeau 和 Fabry-Perot interferometric 传感器集中于讯问和 multiplexing 方法，英国，并且在重庆大学( CQU )和电子科学的大学与中国( UESTC )的技术在新奇 Fabry-Perot interferometric 传感器和他们的 multiplexing 方法上学习，中国分别地。为 FBG 传感器，很多个 multiplexing 计划被建议并且与另外的光纤维基于 FBG 传感器和它的联合为多参数测量和长途的测量的实现在 UKC，然后新奇方法证明传感器也在 CQU 与 UESTC 被报导。因此，作者们在这二个话题上学习能被划分成二个时期，在 UKC 并且在 CQU 与 UESTC，中国。这评论在如此的一个时间序列被介绍。

This article reviews author＇s research work on fiber-optic sensors over the last twenty years. It includes two aspects： low-coherence interferometric sensors （LCI） and fiber Bragg grating （FBG） sensors. For LCI sensors, author＇s work mainly focuses on the interrogation and multiplexing methods for Fizeau and Fabry-Perot interferometric sensors at the University of Kent at Canterbury （UKC）, UK, and study on novel Fabry-Perot interferometric sensors and their multiplexing methods at Chongqing University （CQU） and University of Electronic Science ＆ Technology of China （UESTC）, China, respectively. For FBG sensors, a number of multiplexing schemes are proposed and demonstrated at UKC, and then novel methods for realization of multi-parameter measurement and long-distance measurement based on the FBG sensor and its combination with other optical fiber sensors are also reported at CQU ＆ UESTC. Thus, author＇s study on these two topics can be diviaed into two periods, at UKC and at CQU ＆ UESTC, China. This review is presented in such a time sequence.