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- Article name
- Geodynamic safety underground isolation of high-level radioactive waste into Nizhnekanskiy granitoid massif
- Authors
- MOROZOV V. N., , v.morozov@gcras.ru, Institution of the Russian Academy of Sciences Geophysical Сenter of RAS, Moscow, Russia
TATARINOV V. N., , v.tatatrinov@gcras.ru, Institution of the Russian Academy of Sciences Geophysical Сenter of RAS, Moscow, Russia
KOLESNIKOV I. Yu., , v.kolesnikov@gcras.ru, Institution of the Russian Academy of Sciences Geophysical Сenter of RAS, Moscow, Russia
KAGAN A. I., , a.kagan@gcras.ru, Institution of the Russian Academy of Sciences Geophysical Сenter of RAS, Moscow, Russia
TATARINOVA T. A., , t.tatarinova@gcras.ru, Institution of the Russian Academy of Sciences Geophysical Сenter of RAS, Moscow, Russia
- Keywords
- geodynamic safety / high-level radioactive waste / underground isolation
- Year
- 2013 Issue 1 Pages 12 - 18
- Code EDN
- Code DOI
- Abstract
- The results of prediction the stability of the earth's crust in selecting sites for underground isolation of high-level radioactive waste (HLRW) are presented. On the example of Nizhnekanskiy granitoid massif, that is currently considered the most likely location for HLRW disposal in Russia, the methodological aspects of forecasting the insulating properties rock masses displayed. We are show that the blocks with a high concentration of stress intensity are potentially dangerous to contain HLRW.
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