The Future of Microseismicity Monitoring in Mines: Beyond the ?Dots

Canadian Institute of Mining, Metallurgy and Petroleum
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
21
File Size:
2702 KB
Publication Date:
Aug 1, 2013

Abstract

Induced microseismicity monitoring is: ?Essential tool in improving the geotechnical understanding about a mine and its inaccessible surrounding rock masses. It helps to determine: -Event timing, location, and magnitude - identification of highly stressed areas -Event source mechanism - the physics of fracturing in its seismic source region -Seismic strain-rate distribution in 5D - identification of stress concentration or migration patterns -Geomechanical interpretation - identification of hidden geological structures or weaknesses in the ground -Strategy for mining e.g. by a block caving method - maximization of mine production and to optimize ground support design -Potential of future seismic hazards -Large event re-entry protocol, to improve mine safety ?The norm as part of mine safety maintenance and long-term mine design practices
Citation

APA:  (2013)  The Future of Microseismicity Monitoring in Mines: Beyond the ?Dots

MLA: The Future of Microseismicity Monitoring in Mines: Beyond the ?Dots. Canadian Institute of Mining, Metallurgy and Petroleum, 2013.

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