International audienceWe present results obtained within Task 6 modelling project hosted by SKB (Swedish Nuclear Fuel and Waste Management Company) Task Force on Numerical Modelling of Flow and Solute Transport in fractured granitic rock. Modelling the transport of the radionuclide in natural fractured media aims at characterizing and assessing the performance of a potential deep geologic repository. Task 6 modelling exercise objective is to provide a bridge between models based on detailed site investigation data and calibrated against tracer experiments (month scale) and models corresponding to a hypothetical repository post-closure time scale (hundred thousands of years). Latter models capture the most significant features and processes ...
The geological disposal of nuclear waste is based on the multi-barrier concept, comprising various e...
The overall objective of the current study is to develop a quantitative understanding of the effects...
AbstractGeological disposal of spent nuclear fuel in deep crystalline rock is investigated as a poss...
International audienceWe present results obtained within Task 6 modelling project hosted by SKB (Swe...
Water-conducting faults and fractures were studied in the granite-hosted A¨ spo¨ Hard Rock Laborator...
This study shows a comparison and analysis of results from a modelling exercise concerning a field e...
Task 9B of the SKB Task Force on Modelling of Groundwater Flow and Transport of Solutes (Task Force ...
Task 6 studies solute transport through fractured rock both in the site characterisation and perform...
The SKB GroundWater Flow and Transport of Solutes Task Force is an international forum in the area o...
There is no straightforward way to extrapolate solute retention properties from typical site charact...
Simplified representative models (SRMs) of the hydrogeological system at radioactive-waste repositor...
Matrix diffusion is an important retarding and dispersing mechanism for substances carried by ground...
A complex fracture model employing two populations for diffusion and sorption is proposed to analyze...
Graduation date: 2005Fault zones are potential paths for release of radioactive nuclides from radioa...
International audienceAn in situ diffusion experiment was performed at the Grimsel Test Site (Switze...
The geological disposal of nuclear waste is based on the multi-barrier concept, comprising various e...
The overall objective of the current study is to develop a quantitative understanding of the effects...
AbstractGeological disposal of spent nuclear fuel in deep crystalline rock is investigated as a poss...
International audienceWe present results obtained within Task 6 modelling project hosted by SKB (Swe...
Water-conducting faults and fractures were studied in the granite-hosted A¨ spo¨ Hard Rock Laborator...
This study shows a comparison and analysis of results from a modelling exercise concerning a field e...
Task 9B of the SKB Task Force on Modelling of Groundwater Flow and Transport of Solutes (Task Force ...
Task 6 studies solute transport through fractured rock both in the site characterisation and perform...
The SKB GroundWater Flow and Transport of Solutes Task Force is an international forum in the area o...
There is no straightforward way to extrapolate solute retention properties from typical site charact...
Simplified representative models (SRMs) of the hydrogeological system at radioactive-waste repositor...
Matrix diffusion is an important retarding and dispersing mechanism for substances carried by ground...
A complex fracture model employing two populations for diffusion and sorption is proposed to analyze...
Graduation date: 2005Fault zones are potential paths for release of radioactive nuclides from radioa...
International audienceAn in situ diffusion experiment was performed at the Grimsel Test Site (Switze...
The geological disposal of nuclear waste is based on the multi-barrier concept, comprising various e...
The overall objective of the current study is to develop a quantitative understanding of the effects...
AbstractGeological disposal of spent nuclear fuel in deep crystalline rock is investigated as a poss...