A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integrated interpretation of geophysical fields — Implications for the tectonic structure of the Mochovce nuclear power plant
Abstract The contribution contains of the geophysical data and their interpretation. Interpretation of geophysical fields in compliance with the geological structure and geodynamics EMO far region contributes significantly to development of seismo-tectonic model. The model represents the correlation between seismic activity and geological-tectonic setting. The achieved seismo-tectonic model in fact reasons all recorded seismic events in the area and points out to a seismic activity decrease towards the Danube Basin center, thereof, there being situated the EMO locality.
Integrated interpretation of geophysical fields — Implications for the tectonic structure of the Mochovce nuclear power plant
Abstract The contribution contains of the geophysical data and their interpretation. Interpretation of geophysical fields in compliance with the geological structure and geodynamics EMO far region contributes significantly to development of seismo-tectonic model. The model represents the correlation between seismic activity and geological-tectonic setting. The achieved seismo-tectonic model in fact reasons all recorded seismic events in the area and points out to a seismic activity decrease towards the Danube Basin center, thereof, there being situated the EMO locality.
Integrated interpretation of geophysical fields — Implications for the tectonic structure of the Mochovce nuclear power plant
Bielik, M. (author) / Hók, J. (author) / Šujan, M. (author) / Nagy, A. (author) / Kováč, M. (author) / Plašienka, D. (author) / Šefara, J. (author)
2006
Article (Journal)
English
Modal analysis of foundation structure TG 11 in EMO Mochovce
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