Complex method of assesing mechanical condition of rocks in vicinity storehouses of radioactive waste

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

Vol 199

Pages:

30

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Geotechnology for development of solid mining fields

Complex method of assesing mechanical condition of rocks in vicinity storehouses of radioactive waste

Authors:

O. V. Kovalev¹

S. P. Mozer²

I. Yu. Tkhorikov³

About authors

1 — National Mineral Resources University (Mining University)
2 — National Mineral Resources University (Mining University)
3 — National Mineral Resources University (Mining University)

Date submitted:

2011-11-14

Date accepted:

2012-01-01

Date published:

2012-12-29

Abstract

Radioactive waste received by manufacture of electric power requires a highly reliable burial place. One of the most perspective types of storehouses is underground developments in adjournment to soluble salts, created by dissolution through chinks from the surface. Existing requirements to a burial place of radioactive waste are described as key aspects of a complex method of an assessment of a mechanical condition of rocks in vicinities of chambers- storehouses in seismically active areas which are potentially suitable for storage and burial place of waste are stated.

Ковалев О.В., Мозер С.П., Тхориков И.Ю. Комплексный метод оценки механического состояния горных пород в окрестности хранилищ радиоактивных отходов // Записки Горного института. 2012. Т. 199 . С. 30.

Kovalev O.V., Mozer S.P., Tkhorikov I.Y. Complex method of assesing mechanical condition of rocks in vicinity storehouses of radioactive waste // Journal of Mining Institute. 2012. Vol. 199 . p. 30.

References

Кочкин Б.Т. Геоэкологический подход к выбору районов захоронения радиоактивных отходов. М., 2005.
Мозер С.П. Горная геомеханика: физические основы и закономерности проявлений геомеханических процессов при подземной разработке месторождений / С.П. Мозер, Е.Б. Куртуков. СПб, 2009.
Technical-scientific contributions on the topic of nuclear waste management. NAGRA. Bulletin № 35. 2004.
Ian Hore Lacy. Nuclear Electricity. Sixth edition. 2000.
Conceptual Design for a Deep Geological Repository for Used Nuclear Fuel. 1106/MD18085/REP/01. 2002.

Complex method of assesing mechanical condition of rocks in vicinity storehouses of radioactive waste

Abstract

References

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