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GEOTECHNICAL ZONING OF THE ZHELEZNY MINE (JOINT STOCK COMPANY KOVDOR GOK) FOR MANAGEMENT OF SLOPES STABILIZATION
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Research & Development Report, geotechnical and engineering-geological zoning of the Zhelezny mine of Kovdor GOK, JSC, for optimizing operations in stabilization of rock slopes (R&D contract No. 155 -12 dd. 0 1 August 2012) / Zhirov, D.V., Rybin, V.V. et al., Russia, Apatity : GI KSC RAS: vol. 1, 2012, 219 p.; vol. 2, 2013, 55 p.; vol. 3, 2013, 82 p.; vol. 4, 2014, 304 p.
Batugin, I.M., Petukhov, I.M. Geodynamic zoning during designing and exploiting mines. Russia, Moscow: Nedra, 1988. 166 p.
Zhirov, D.V., Melikhova G.S., Rybin, V.V, Klimov, S.A. New method for comprehensive geotechnical and engineering-geological research of rock masses for the purpose of designing and exploiting deep mines. Proceedings of the Conference Deep Mines, 12-16 June 2012. Russia: Apatity-St.-Peterburg, 2012. p p. 368-382.
Geodynamic mineral resources zoning. Guidelines. Leningrad : VNIMI, 1990. 129 p.
Kuzkin, V.I., et al. Geotechnical, hydrogeological, and geoecological research during the exploration and exploitation of ore deposits (guidelines). Russia, Moscow: RIC VIMS, 2002. 119 p.
Kuzkin, V.I., et al. Guidelines for studying geotechnical conditions of ore deposits during exploration. Russia, Moscow: RIC VIMS, 2001. 153 p.
Study of hydrogeological and engineering-geological conditions in solid mineral deposits. Guidelines and requirements. Russia, Moscow: Nedra, 1986. 172 p.
P 55 -90. Geostructural mapping (modelling) guidelines for rock masses at the basement of hydraulic works. VNIIG. Manual to SNiP 2.02.02-85 / Gureyev, A.M., Voronkov, O.K., Russia, Leningrad, 1991. 95 p.
U.S. Army Corps of Engineers. Engineering and Design Slope Stability. Engineer Manual , Manual No. 1110-2-1902, USA, 2003, 205 p.
Geotechnical considerations in open pit mines. Guidline. State of Western Australia, 1999. 50 p.
RSN 65 -87 Engineering surveys for construction. Seismic microzoning. Technical requirements to work execution. Russia, Moscow : RSFSR Gosstroy, 1987. 11 p.
Nesvetaylova, N.G., Gorelik, A.I. Guidelines in engineering-geological zoning of the terrotiry using aerial survey data when studying roads in Siberia and Far East. National Research Institute of Traffic Construction. Russia, Moscow, 1971. 18 p.
Fisenko, G.L., Revazov, M.A., Galustyan, E.L. Mine slope lining and stabilization. Russia, Moscow: Nedra, 1974. 208 p.
Gaziyev, E.G. Rock mass stability and stabilization methods. Russia, Moscow: Stroyizdat, 1977, 160 p. International Multidisciplinary Scientific GeoConfenferences SGEM 2015 www.sgem.org
Research & Development Report, geotechnical and engineering-geological zoning of the Zhelezny mine of Kovdor GOK, JSC, for optimizing operations in stabilization of rock slopes (R&D contract No. 155 -12 dd. 0 1 August 2012) / Zhirov, D.V., Rybin, V.V. et al., Russia, Apatity : GI KSC RAS: vol. 1, 2012, 219 p.; vol. 2, 2013, 55 p.; vol. 3, 2013, 82 p.; vol. 4, 2014, 304 p.
Batugin, I.M., Petukhov, I.M. Geodynamic zoning during designing and exploiting mines. Russia, Moscow: Nedra, 1988. 166 p.
Zhirov, D.V., Melikhova G.S., Rybin, V.V, Klimov, S.A. New method for comprehensive geotechnical and engineering-geological research of rock masses for the purpose of designing and exploiting deep mines. Proceedings of the Conference Deep Mines, 12-16 June 2012. Russia: Apatity-St.-Peterburg, 2012. p p. 368-382.
Geodynamic mineral resources zoning. Guidelines. Leningrad : VNIMI, 1990. 129 p.
Kuzkin, V.I., et al. Geotechnical, hydrogeological, and geoecological research during the exploration and exploitation of ore deposits (guidelines). Russia, Moscow: RIC VIMS, 2002. 119 p.
Kuzkin, V.I., et al. Guidelines for studying geotechnical conditions of ore deposits during exploration. Russia, Moscow: RIC VIMS, 2001. 153 p.
Study of hydrogeological and engineering-geological conditions in solid mineral deposits. Guidelines and requirements. Russia, Moscow: Nedra, 1986. 172 p.
P 55 -90. Geostructural mapping (modelling) guidelines for rock masses at the basement of hydraulic works. VNIIG. Manual to SNiP 2.02.02-85 / Gureyev, A.M., Voronkov, O.K., Russia, Leningrad, 1991. 95 p.
U.S. Army Corps of Engineers. Engineering and Design Slope Stability. Engineer Manual , Manual No. 1110-2-1902, USA, 2003, 205 p.
Geotechnical considerations in open pit mines. Guidline. State of Western Australia, 1999. 50 p.
RSN 65 -87 Engineering surveys for construction. Seismic microzoning. Technical requirements to work execution. Russia, Moscow : RSFSR Gosstroy, 1987. 11 p.
Nesvetaylova, N.G., Gorelik, A.I. Guidelines in engineering-geological zoning of the terrotiry using aerial survey data when studying roads in Siberia and Far East. National Research Institute of Traffic Construction. Russia, Moscow, 1971. 18 p.
Fisenko, G.L., Revazov, M.A., Galustyan, E.L. Mine slope lining and stabilization. Russia, Moscow: Nedra, 1974. 208 p.
Gaziyev, E.G. Rock mass stability and stabilization methods. Russia, Moscow: Stroyizdat, 1977, 160 p. International Multidisciplinary Scientific GeoConfenferences SGEM 2015 www.sgem.org
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