RUSSIAN JOURNAL OF EARTH SCIENCES VOL. 10, ES4004, doi:10.2205/2007ES000293, 2008
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[3] The algorithm of predicting the tectonic evolution of STB is based on the following objectives [Morozov and Tatarinov, 2006].
[4] 1. Analysis of construction, search of active structural heterogeneities and geomorphological indicators of tectonic activity of the region and development on its basis of a multifactorial structural-tectonic model.
[5] 2. Reconstruction of the tectonic history of the region, representation of the dynamics of alterations taking into account the fragmentary heterogeneous distribution of stress-strain properties.
[6] 3. Modeling of distribution of strain fields at the present stage and possible trajectories of formation of new tectonic destructions. Zoning of the area according to the degree of its geodynamic stability, prediction of the possible order of destruction of existing STBs.
[7] 4. Carrying out observations of the modern movements of Earth's crust using the methods of space geodesy and high accuracy relevelling methods over 5-6 years, revealing the most active sectors, correction of stress-strain state models and models of destruction of the geological environment.
[8] 5. Selection of the most stable STB, the stable state of which is guaranteed over 104-105 years, for the construction of an underground research laboratory.
[9] The basic models: 1) multifactorial structural-tectonic model; 2) model of geotectonic evolution; 3) model of stress-strain state; 4) model of predicting of stability of STB.
Citation: 2008), Development of complex model of evolution of structural-tectonic blocks of the Earth's crust for choosing storage sites of high level radioactive waste, Russ. J. Earth Sci., 10, ES4004, doi:10.2205/2007ES000293.
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