Metadata 1531
The 3D structural-geological model of the Dukovany WRW represents a unified visualization of rock bodies and fragile structures based on the processing of all available relevant archival data from the modelled area. The model provides a geometric framework for downstream hydraulic numerical simulations and is also an important basis for the site assessment in terms of long-term safety.
The 3D structural-geological model of the Richard RWR represents a unified visualization of rock bodies and fragile structures based on the processing of all available relevant archival data from the modelled area. The model provides a geometric framework for downstream hydraulic numerical simulations and is also an important basis for the site assessment in terms of long-term safety.
Updated 3D structural-geological model of the HLW deep repository former potential locality Čertovka
The updated 3D structural geological model of the Čertovka former candidate site summarizes the existing geological knowledge at one of the nine sites considered for the planned deep repository of high-level radioactive waste in the Czech Republic.
The area of interest is characterized by relatively complex geological structure that includes several lithotectonic units. The oldest one is the Teplá Crystalline of Neoproterozoic age, intruded by Cambro-Ordovician granitoids. These are overlain by Permo-Car...
The updated 3D structural-geological model of the HLW deep repository former potential locality Čihadlo summarizes the existing geological knowledge at one of the nine sites considered for the planned deep repository of high-level radioactive waste in the Czech Republic.
The area of interest is characterized by simple geological structure that includes two lithotectonic units. Metamorphic rocks are of Prevariscan protolith, which was nevertheless significantly reworked during variscan orogeny between c. 3...
Updated 3D structural-geological model of the HLW deep repository former potential locality EDU-West
The updated 3D structural geological model of the EDU-West former candidate site summarizes the existing geological knowledge at one of the nine sites considered for the planned deep repository of high-level radioactive waste in the Czech Republic.
The area of interest is characterized by relatively simpler geological structure that includes three lithotectonic units. Metamorphic rocks are of Prevariscan protolith, which was nevertheless significantly reworked during variscan orogeny between c. 340–330 ...
The updated 3D structural geological model of the Magdaléna former candidate site summarizes the existing geological knowledge at one of the nine sites considered for the planned deep repository of high-level radioactive waste in the Czech Republic.
The area of interest is characterized by simple geological structure that includes two lithotectonic units. Metamorphic rocks are of Prevariscan protolith, which was significantly reworked during variscan orogeny between c. 350 – 340 Ma and magmatic rocks of s...
The updated 3D structural geological model of the Hrádek locality was created in the MOVE software, primarily to provide a user-friendly access to the geological interpretations of an extensive geophysical and geological research conducted at this site in the recent years. The possibility of using the model in subsequent hydrogeological and transport models was taken into account during its creation. For the purposes of 3D models of potential localities for deep repository of HLW, faults of categories I, I...
The updated 3D structural geological model of the Kraví hora former candidate site summarizes the existing geological knowledge at one of the nine sites considered for the planned deep repository of high-level radioactive waste in the Czech Republic. The area of interest is characterized by very complex geological structure that includes several lithotectonic units. Majority is of Prevariscan protolith, which was nevertheless significantly reworked during variscan orogeny between cca 340 – 320 Ma.The mode...
The updated 3D structural geological model of the ETE-Jih locality was created in the MOVE software, primarily to provide a user-friendly access to the geological interpretations of an extensive geophysical and geological research conducted at this site in the recent years. The possibility of using the model in subsequent hydrogeological and transport models was taken into account during its creation. For the purposes of 3D models of potential localities for a deep repository of HLW, faults of categories I...
The updated 3D structural geological model of the Horka locality was created in the MOVE software, primarily for a user-friendly access to the geological interpretations of an extensive geophysical and geological research conducted at this site in the recent years. The possibility of using the model in subsequent hydrogeological and transport models was taken into account during its creation. For the purposes of 3D models of potential localities for deep repository of HLW, faults of categories I, II and II...