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References

1 
Korea Railroad Research Institute, 2019. 12, Anti-wear and anti-frost performance enhancing development of rigid conductor rails in AGT system, Research Report, KRRI Research 2019-157Google Search
2 
SIEMENS, 2018, Contact Lines for Electric Railways, Third EditionGoogle Search
3 
J. R. Weity, G. L. Rorrer, D. G. Foster, 2013, Fundamentals of momentum, heat and mass transfer, 6th ed., WileyGoogle Search
4 
Yunus A. Cengel, Afshin J. Ghajar, 2011, Heat and mass transfer (Fundamentals and applications), 4th ed., McGraw-Hill KoreaGoogle Search
5 
Pascal Prud Homme(Hydro-Quebec TransEnergie), Pierre Guilbault, Eric Hounkpatin, 2006. 6, Determination of current required to de-ice transmission line conductors, IWAIS XI, MontrealGoogle Search
6 
SYSTRA(supplier of ALSTOM Transport S.A., KOREA TGV Consortium), 1999. 12. 14., OHCS de-icing preliminary design report, K621-2SD-E1210-CB-00-X-T-001, Rev. AGoogle Search
7 
Korea Railroad Research Institute, 2005. 6. 30., New product developing project for the AC catenary de-icing system(disconnecting switch, sensors, etc., for de-icing), Final report, SAMJUNG CMM SYSTEM Co. Ltd.Google Search
8 
F. Nilsson, A. Moyassari, A. Bautista, A. Castro, 2019, Modelling anti-icing of railway overhead catenary wires by resistive heating, International journal of heat and mass transfer, Vol. 143DOI
9 
A. Fumi, E. Cinieri, F. Caracciolo, C. Spalvieri, 2015, Catenary de-icing in HS Lines, Proceedings of 9th World Congress on high Speed Rail, JR- east-UIC, TokyoGoogle Search
10 
Gong Yansheng, Huang Wenxun, Wang Jilai, Wang Qiang, 2011. 5, Research on catenary anti-icing(ice-melting) technology in high-speed railway, Proceedings of 14th international Workshop on Atmospheric Icing of Structures, Chongqing, ChinaGoogle Search