Abstract
In this paper, a simple uniform fiber Bragg grating (FBG) sensor is designed, and maximum reflection of 7.1 dB at 1.55 μm is obtained. As this FBG shows a better reflection, it deserves well for the purpose of sensing and communication predominantly as they are resistant to electromagnetic radiations, light weight, low cost, firm size, and ease of handling. The proposed FBG is used for explosive sensing applications to detect explosives like trinitrotoluene (TNT), nitroglycerin, and royal demolition explosive (RDX). The different strain and temperature wavelength shifts of the explosives also analyzed and plotted.
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Obaton AF, Laffont G, Wang C, Allard A, Ferdinand P (2013) Tilted fibre Bragg gratings and phase sensitive-optical low coherence interferometry for refractometry and liquid level sensing. Sensors Actuators A 189:451–458
Guan BO, Li J, Jin L, Ran Y (2013) Fiber Bragg gratings in optical microfibers. Opt Fiber Technol 19(6):80–93
Yang Y, Liu X, Zhang X, Jin W, Yang M (2014) Gap FBG and its application in tunable narrow linewidth fibre laser. Opt Laser Technol 56:114–118
Song Q, Jin T, Chi H, Tong G, Ren F, Zha X (2015) An optoelectronic oscillator using an FBG and an FBG-based Fabry–Perot filter. Opt Commun 342:141–143
Li X-X, Ren W-X, Bi K-M (2015) FBG force-testing ring for bridge cable force monitoring and temperature compensation. Sensors Actuators A 223:105–113
Yang HZ, Ali MM, Rajibul M (2015) Cladless few mode fiber grating sensor for simultaneous refractive index and temperature measurement. Sensors Actuators A 228:62–68
Wang J, Hu B, Li W, Song G, Jiang L, Liu T (2016) Design and application of fiber Bragg grating (FBG) geophone for higher sensitivity and wider frequency range. Measurement 79:228–235
Li Y, Wang Y, Wen C (2016) Temperature and strain sensing properties of the zinc coated FBG. Optik 127:6463–6469
Mishra V, Lohar M, Amphawan A (2016) Improvement in temperature sensitivity of FBG by coating of different materials. Optik 127:825–828
Ding M, Yang B, Jiang P (2017) High-sensitivity thermometer based on singlemode-multimode FBG-singlemode fiber. Opt Laser Technol
Chen M-q, Zhao Y, Lv R-q, Xia F (2017) Hybrid MEFPI/FBG sensor for simultaneous measurement of strain and magnetic field. Opt Fiber Technol 39, 32–36
Gurpreet Kaur RS, Kaler NK (2017) Investigations on highly sensitive fiber Bragg gratings with different grating shapes for far field applications. Optik 131:483–489
Dong L, Ma J, Ibrahim Z, Ismail Z (2017) Etched FBG coated with polyimide for simultaneous detection the salinity and temperature. Opt Commun 392:218–222
Hussein Esam MA, Waller EJ (1998) Review of one-side approaches to radiographic imaging for detection of explosives and narcotics. Radiat Meas 29(6):581–591
Gilbertson S, Jackson SI, Vincent SW, Rodriguez G (2015) Detection of high explosive detonation across material interfaces with chirped fiber Bragg gratings. Appl Opt 54(13):3849–3854
Wei P, Lang H, Liu T, Dong X (2017) Detonation velocity measurement with chirped fiber Bragg grating. Sensors 17(11):2552
Rodriguez G, Sandberg RL, Jackson SI, Vincent SW, Gilbertson SM, Udd E (2014) Fiber Bragg sensing of high explosive detonation experiments at Los Alamos National Laboratory. J Phys Conf Ser 500(14):142030. IOP Publishing
Rodriguez G, Gilbertson S (2017) Ultrafast fiber Bragg grating interrogation for sensing in detonation and shock wave experiments. Sensors 17(2):248
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Shree, M.D., Sangeetha, A. & Krishnan, P. Design and Analysis of FBG Sensor for Explosive Detection Applications. Plasmonics 15, 813–819 (2020). https://doi.org/10.1007/s11468-019-01100-x
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DOI: https://doi.org/10.1007/s11468-019-01100-x