A Towed Line Array with Weak Fiber Bragg Grating Hydrophones

Peng DING; Junbin HUANG; Yandong PANG; Ciming ZHOU; Hongcan GU; Jinsong TANG

doi:10.3788/gzxb20215007.0706004

[1] M ROTHHARDT, M BECHKER, C CHOETZKI et al. Strain sensor chains beyond 1000 individual fiber Bragg gratings(2010).

[2] M H YANG, W BAI, H Y GUO et al. Huge capacity fiber-optic sensing network based on ultra-weak draw tower gratings. Photonic sensors, 6, 26-41(2016).

[3] Wei CHEN, Zhou MENG, Huijuan ZHOU等. Nonlinear phase nosie analysis of long-haul interferometric fiber sensing system. Acta Physica Sinica, 61, 197-203(2012).

[4] M Y PLOTNIKOV, V S LAVROV, P Y DMITRASCHENKO et al. Thin cable fiber-optic hydrophone array for passive acoustic surveillance applications. IEEE Sensors Journal, 19, 3376-3382(2019).

[5] Bo TAN, Junbin HUANG, Jianhua WANG等. A study on a sensitization configuration of FBG hydrophone unit. Chinese Journal of Sensors and Actuators, 20, 2417-2420(2007).

[6] Xuebin LI, Xin ZHANG, Jiawen JIAN. High sensitivity fiber Bragg grating hydrophone with temperature compensation. Optical Communication Technology, 44, 26-29(2020).

[7] Xin MAO, Junbin HUANG, Hongcan GU等. Overview of distributed feedback fiber laser hydrophone array. Optical Communication Technology, 21-24(2017).

[8] Haiyan ZHANG, Zhen LI, Chen ZHAO等. Effect of encapsulation on the performane of ultrafine DFB fiber laser hydrophone. Infrared and Laser Engineering, 47, 20-26(2018).

[9] C KIRKENDALL, T BAROCK, A TVETEN et al. Fiber optic towed arrays. NRL Review, 121-123(2007).

[10] Zhen GUO, Kan GAO, Hui YANG等. A 20mm-diameter optical fiber hydrophone towed array based on fiber Bragg gratings. Acta Optica Sinica, 39, 1106003(2019).

[11] Hao LI, Qizhen SU, Tao LIU. Ultra-high sensitive quasi-distributed acoustic sensor based on coherent OTDR and cylindrical transducer. Journal of Lightwave Technology, 38, 929-938(2020).

[12] J A BUCARO, T R HICKMAN. Measurement of sensitivity of optical fibers for acoustic detection. Applied Optics, 18, 938-940(1979).

[13] B BUDIANSKY, D C DRUCKER, G S KINO et al. Pressure sensitivity of a clad optical fiber. Applied Optics, 18, 4085-4088(1979).

[14] V A ARTEEV, A V KULIKOV, I K MESHKOVSKII et al. Method of increasing the sensitivity of a fiber-optic hydrophone. Journal of Optical Technology, 78, 218-220(2011).

[15] V S LAVROV, M Y PLOTNIKOV, S M AKSARIN et al. Experimental investigation of the thin fiber-optic hydrophone array based on fiber Bragg gratings. Optical Fiber Technology, 47-51(2017).

[16] Yingdong ZHANG, Junbin HUANG, Hongcan GU等. Research on underwater acoustic detection mechanism of weak reflective fiber Bragg grating hydrophone. Ship Electronic Engineering, 180-184(2018).

[17] Yandong PANG. Research on key technology for ultrathin fiber-optic hydrophone based on draw tower fiber Bragg grating array(2020).

[18] Peng DING, Junbin HUANG, Gaofei YAO等. Weak fiber Bragg grating hydrophone with secondary coating sensitization. Chinese Journal of Lasers, 1-17. http：//kns.cnki.net/kcms/detail/31.1339.tn.20210310.1021.002.html

[19] Chen WANG, Ying SHANG, Xiaohui LIU et al. Distributed OTDR-interferometric sensing network with identical ultra-weak fiber Bragg gratings. Optics Express, 23, 246246(2015).

[20] Peng DING, Jin WU, De KANG等. Detection of acoustic wave direction using weak-reflection fiber Bragg gratings. Chinese Journal of Lasers, 47(2020).

[21] A L CARPENTER, D J KEWLEY. Investigation of low wavenumber turbulent boundary layer pressure fluctuations on long flexible cylinders, 1(1983).

[22] O A LINDEMANN. Influence of material propeties on low wavenumber turbulent boundary layer noise in towed arrays. US Navy Journal of Underwater Acoustic, 31, 265-271(1981).

[23] Huizu LIN. Study on key technologies of the fiber Bragg gating hydrophone array based on path-match interferometry(2013).

[24] Liang YU, Haolin GUO, Guoqing LU等. Production and performance of heat resistant optical fiber. Optical Communication Technology, 38, 8-11(2014).

[25] Yixing SUN, Yaoming WANG, Jianguo XU等. An optical fiber secondary coating equipment.

[26] Ping XIAO, Fusheng SHU. Design and calculation of yarn binding device for cabling. Optical Fiber and Electric Cable, 43-46(1997).

[27] Jiaming SHEN, Maolin YAN, Hao CHEN等. A yarn binding device and method for producing dry structure optical cable.

[28] Ciming ZHOU, Yandong PANG, Qian LI. Demodulation of a hydroacoustic sensor array of fiber interferometers based on ultra-weak fiber Bragg grating reflectors using a self-referencing signal. Journal of Lightwave Technology, 37, 2568-2576(2019).

[29] Weilin TANG, Yi WU. Interior noise field of a viscoelatic cylindrical shell excited by the TBL pressure fluctuations： I. production mechanism of the noise. Acta Acoustica, 22, 60-69(1997).