A Study on the Tunnel Blasting Technique with a Combined Application of Electronic Detonators and Low Vibration Explosives in a Close Proximity to a Safety things
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Oh, Sei young
(한국철도시설공단 수도권본부)
Lee, Chun sik ((주)네스트 엔지니어링) Lee, Ki keun ((주)네스트 엔지니어링) Lee, Dong hee ((주)한화) Lee, Seung jae ((주)한화) Park, Jong ho ((주)한화) |
1 | 기경철, 김일중, 2002, 산학인을 위한 발파공학, 동화기술, pp.46-56, 225-226. |
2 | 주식회사 한화, 2013, 미진동 에멀젼 폭약 조성물, 대한민국 특허청. |
3 | Bartley, D., J. Floyd and R. McKinstry, 2002, Electronic Detonator Performance Evaluation: Barrick Goldstrike Mines Inc", The Journal of Explosives Engineering, May/June, pp. 12-21, Cleveland, Ohio, USA. |
4 | Glenn K., 2011, Electronic detonators VS non Electronic detonators and new blast-holeloading techniques, Inline Drilling Ltd Katikati, New Zealand, pp. 6-10. |
5 | Hanwha Corporation, 2017, Hanwha Corporation Explosive Products Guide book. |
6 | Marilena C., G. Alessandro, O. Pierpaolo, 2013, A review of the benefits of electronic detonators, R. Esc. Minas, Ouro Preto, pp. 375-382. |
7 | Manoj L. and M. Suresh, 2016, Electronic delay detonators-benefits and growth prospects in India, India, pp. 424-426 |
8 | Stig. O. Olofsson, 1991, Applied explosives technology for construction and mining, pp. 59-61. |
9 | US. Department of Transportation Federal Highway Administration, 1991, Rock Blasting and Overbreak Control, pp. 108-109 |
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