Metadata 427
Supervisor:
RNDr. Petr Budil, Ph.D.Application makes information about entire thin section material stored in the CGS depositories in Prague.The material is sorted in the comprehensive database according to boxes and their description. Search of each deposited thin section is possible (database of thin section-boxes). For searching is possible to use names of minerals which are shared with geological code list of CGS.
Supervisor:
RNDr. Petr Budil, Ph.D.Databáze jednotlivých skel výbrusů uložených v ČGS, příp. výčtu horninotvorných minerálů. Jedná se výbrusy pocházející z geologického mapování, regionálních a speciálních výzkumů ČGS od 30. let 20. stol.
Supervisor:
RNDr. Petr Budil, Ph.D.Databáze zahrnuje soupis kolekcí (krabic) petrografických výbrusů uložených v ČGS a nově i jednotlivých skel, příp. výčtu horninotvorných minerálů. Jedná se o výbrusy pocházející z geologického mapování, regionálních a speciálních výzkumů ČGS od 30. let.
Supervisor:
Mgr. Jan Franěk, Ph.D.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.
Supervisor:
Mgr. Jan Franěk, Ph.D.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.
Supervisor:
doc. Ing. Jan Jelínek, Ph.D.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...
Supervisor:
Ing. Martin PalečekWeb 3D scene for the visualization of the updated 3D structural geological model of the Čertovka - one of the former nine sites considered for the planned deep repository of high-level radioactive waste in the Czech Republic. The 3D model was created for SÚRAO (RAWRA) during the course of ZL U2304-010 "3D Structural Geological Models" solution.
Supervisor:
Mgr. Jan JelénekThe 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...
Supervisor:
Ing. Martin PalečekWeb 3D scene for the visualization of the updated 3D structural-geological model of the Čihadlo locality - one of the nine sites former considered for the planned deep repository of high-level radioactive waste in the Czech Republic.The 3D model was created for SÚRAO (RAWRA) during the course of PB-2017-ZL-U2196-037 „Geofyzika“ solution.
Supervisor:
Mgr. Jan Franěk, Ph.D.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 ...