[1] JI Jinchuan, GAO Yibin, DONG Yongjun et al. Reason analysis of OPGW breakage caused by ice cover[J]. North China Electric Power, 15-17(2008).

[2] YANG Lin, SHI Zunwei, HUANG Jichao et al. Field test research on temperature detection of overhead transmission line based on botdr distributed fiber sensing technology[J]. High Voltage Engineering, 41, 925-930(2015).

[3] LI Qingfeng, FAN Zheng, WU Qiong et al. Investigation of ice-covered transmission lines and analysis on transmission line failures caused by ice-coating in China[J]. Power System Technology, 32, 33-36(2008).

[4] CAO Yongxing, ZHANG Changhua, HUANG Qi et al. Research status of on-line ice coating monitoring & forewarning technology of overhead transmission lines in China and abroad[J]. East China Electric Power, 96-99(2011).

[5] HUANG Xinbo, ZHANG Fei, LI Husheng et al. An online technology for measuring icing shape on conductor based on vision and force sensors[J]. IEEE Transactions on Instrumentation and Measurement, 66, 3180-3189(2017).

[6] HUANG Xinbo, WEI Xu. A new on-line monitoring technology of transmission line conductor icing[C], 581-585(2012).

[7] SONG Wei, LI Dongjian, XIE Wei et al. Measurement system for transmission lines icing based on image processing on site[J]. Acta Photonica Sinica, 46, 3-7(2017).

[8] SHANG Wei, CHEN Qingmei. Discussion about the application problems of OPGW[J]. Telecommunications for Electric Power System, 16-21(2003).

[9] CAI Yingmiao, ZHANG Ruizhe, ZHOU Kai et al. Application of distributed optical fiber-based ice coating monitoring technology in Beijing[C], 652-656(2019).

[10] YANG Di, LIU Yan, WANG Shirong et al. Research on icing monitoring of OPGW transmission line[J]. Power Systems and Big Data, 21, 7-11(2018).

[11] CHEN Fang, LI Zifan, LI Bozhong et al. Analysis on icing and stress monitoring for OPGW[J]. Electric Power Information and Communication Technology, 48-52(2020).

[12] LI Zhiguo, ZHANG Zhiguo, LI Luming. A novel FBG-based sensor system for the transmission line icing on-line monitor[C], 1-3(2016).

[13] LUO Jianbin, HAO Yanpeng, YE Qing et al. Development of optical fiber sensors based on Brillouin scattering and FBG for on-line monitoring in overhead transmission lines[J]. Journal of Lightwave Technology, 31, 1559-1565(2013).

[14] WANG Lina. The research of the distributed sensing technique based on Brillouin scattering[D], 38-43(2009).

[15] LI Yongshuang, ZHANG Guoliang. UHVAC transmission line pole and tower planning and economical span analysis[J]. Electric Power Construction, 28, 7-10(2007).

[16] LIN Hongxiang. Direct and inverse catenary problems with inhomogeneously distributed mass: mathematical modelling and numerical simulation[D], 6-17(2014).