Author:
Guan Chenggang,Chu Wenxiu,Gong Jiaoli,Qin Haixin,Ye Junzhu,Zhan Linfeng,Wang Weiqi,Chen Xuan,Xiao Yifan
Reference28 articles.
1. G. Kaniak, W. Rohringer, M. Brauns, N. Panzer, F. Lucking, B. Fischer, S. Brand, and C. Grose, “Enhanced non-contact ultrasonic testing using an air-coupled optical microphone,” in 2020 IEEE Sensors, SENSORS 2020, October 25, 2020 - October 28, 2020, Proceedings of IEEE Sensors (Institute of Electrical and Electronics Engineers Inc., 2020), 2020-October, p. IEEE; IEEE Sensors Council.
2. Fiber-optic photoacoustic sensor for remote monitoring of gas micro-leakage;Chen;Opt. Express,2019
3. H. A and E. M, “Optical signal transmission cable for fiber optic communication in gas and oil well, has continuous gold alloy coating on outside surface of protection cover.,” U.S. patent NO9701825-A; NO306032-B1; US6343173-B2; US2001046357-A1 (n.d.).
4. L. J, H. B, and H. T, “Underground mine telephone communication network system, has telephone optical transmitter and receiver to transmit wired telephone signal to underground junction box through distribution frame module.,” U.S. patent CN114827764-A (n.d.).
5. J. G. Werthen, S. Widjaja, T. C. Wu, and J. Liu, “Power over fiber: a review of replacing copper by fiber in critical applications,” in W. J. ThomesJr. and F. M. Dickey, eds. (2005), p. 58710C.