On estimates of stability chambers underground dissolution in seismically active areas

O. V. Kovalev; S. P. Mozer; I. Yu. Tkhorikov

Vol 199

Pages:

25-29

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Article

On estimates of stability chambers underground dissolution in seismically active areas

Authors:

O. V. Kovalev¹

S. P. Mozer²

I. Yu. Tkhorikov³

About authors

1 — Ph.D., Dr.Sci. professor National Mineral Resources University (Mining University)
2 — Ph.D. associate professor National Mineral Resources University (Mining University)
3 — Ph.D. research assistant National Mineral Resources University (Mining University)

Date submitted:

2011-11-19

Date accepted:

2012-01-04

Date published:

2012-12-29

Abstract

We describe the stages in the development of the method of underground dissolution of salts from the surface through wells. Formulated the key aspects of the complex method of assessing the mechanical state of rocks in the vicinity of mining solution such as cameras located in seismically active areas of potentially suitable for storage and disposal of waste

Область исследования:

(Archived) Geotechnology for development of solid mining fields

Keywords:

rock salt an underground chamber of dissolution a seismically active area the stress-strain state method

Funding:

None

References

Dudko P.M. Underground leaching of salts. Moscow, 1972.
Wilk S. Degradation of natural environment as a result of field wells by salt / S.Vilk, I.Traple, S.Luchinski // Mining informational and analytical bulletin; Moscow, 2001. No 9.
Kochkin B.T. Geoecological approach to selectionof the nuclear disposal areas. Moscow, 2005.
Mozer S.P., Kurtukov E.B. Rock mechanics: basic physics and mechanism of occurrence of geomechanical processes in underground mining. Saint Petersburg, 2009. 5.Stax und Barge. Zur Geologie und Nutzung der Salzlagerstatte der Frisia Zout BV // Gluckauf 137. 2001. No 7-8.

On estimates of stability chambers underground dissolution in seismically active areas

Abstract

References

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