CIOMP OpenIR
Residual thickness enhanced core-removed D-shaped single-mode fiber and its application for VOC evaporation monitoring
H. D. Zheng,B. C. Huang,Y. H. Li,R. J. Zhang,X. H. Gu,Z. B. Li,H. Y. Lin,W. G. Zhu,J. Y. Tang,H. Y. Guan,H. H. Lu,Y. C. Zhong,J. B. Fang,Y. H. Luo,J. Zhang,J. H. Yu,F. K. Tittel and Z. Chen
2020
发表期刊Optics Express
ISSN1094-4087
卷号28期号:10页码:15641-15651
摘要A core-removed D-shaped structure with different residual thickness (RT) was manufactured on a single mode silica fiber (SMF) to enhance the sensitivity by using of ultraprecise polishing technology. With six different RTs ranging from similar to 55 mu m to similar to 28 mu m, the RT enhancement effect in a D-shaped SMF was researched in detail. The influence of the RT on its transmission spectra was investigated both theoretically and experimentally. Considering a compromise between the multimode interference efficiency and optical power loss, an optimum RT value of 34.09 mu m was achieved. The obtained refractive index (RI) sensitivity was 10243 nm/RIU in the RI range of 1.430-1.444, corresponding to a RI resolution of 1.9 x10(-6) RIU. A high-performance all-fiber sensor was developed to monitor the evaporation process volatile organic compounds (VOCs) based on the RT-enhanced D-shaped SMF. As proof of concept, a 2-hour continuous monitoring was carried to monitor the chloroform and alcohol mixture. As a result, the evaporation of alcohol and chloroform were clearly identified and monitored. The developed RT-enhanced D-shaped fiber sensor provides an alternative way for chemical process monitoring and industrial applications. (c) 2020 Optical Society of America under the terms of the OSA Open Access Publishing Agreement
DOI10.1364/oe.387951
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收录类别SCI ; EI
语种英语
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文献类型期刊论文
条目标识符http://ir.ciomp.ac.cn/handle/181722/64859
专题中国科学院长春光学精密机械与物理研究所
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H. D. Zheng,B. C. Huang,Y. H. Li,R. J. Zhang,X. H. Gu,Z. B. Li,H. Y. Lin,W. G. Zhu,J. Y. Tang,H. Y. Guan,H. H. Lu,Y. C. Zhong,J. B. Fang,Y. H. Luo,J. Zhang,J. H. Yu,F. K. Tittel and Z. Chen. Residual thickness enhanced core-removed D-shaped single-mode fiber and its application for VOC evaporation monitoring[J]. Optics Express,2020,28(10):15641-15651.
APA H. D. Zheng,B. C. Huang,Y. H. Li,R. J. Zhang,X. H. Gu,Z. B. Li,H. Y. Lin,W. G. Zhu,J. Y. Tang,H. Y. Guan,H. H. Lu,Y. C. Zhong,J. B. Fang,Y. H. Luo,J. Zhang,J. H. Yu,F. K. Tittel and Z. Chen.(2020).Residual thickness enhanced core-removed D-shaped single-mode fiber and its application for VOC evaporation monitoring.Optics Express,28(10),15641-15651.
MLA H. D. Zheng,B. C. Huang,Y. H. Li,R. J. Zhang,X. H. Gu,Z. B. Li,H. Y. Lin,W. G. Zhu,J. Y. Tang,H. Y. Guan,H. H. Lu,Y. C. Zhong,J. B. Fang,Y. H. Luo,J. Zhang,J. H. Yu,F. K. Tittel and Z. Chen."Residual thickness enhanced core-removed D-shaped single-mode fiber and its application for VOC evaporation monitoring".Optics Express 28.10(2020):15641-15651.
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