INTRAVAL test-case 1A. Radionuclide Migration in Clay Samples by Diffusion and Advection
Wijland GC Hassanizadeh SM
Wijland GC
Hassanizadeh SM
Citations
Altmetric:
Series / Report no.
Open Access
Type
Report
Language
en
Date of publication
1990-09-30
Year of publication
Research Projects
Organizational Units
Journal Issue
Title
INTRAVAL test-case 1A. Radionuclide Migration in
Clay Samples by Diffusion and Advection
Translated Title
INTRAVAL test-geval 1A. Radionucliden migratie in
kleimonsters door diffusie en advectie
Published in
Abstract
Abstract niet beschikbaar
This report is part of a series of reports describing the RIVM modelling efforts carried out within the INTRAVAL framework. The validation exercise should help to assess the validity and the suitability of the METROPOL computer code, which was developed in RIVM for the hydrological calculations needed in the safety assessment studies. This report contains results of calculations made with METROPOL for test-case 1A: Radionuclide migration in clay samples based on laboratory experiments performed at Harwell U.K. For this purpose two different conceptual models are used. The first one is a simple diffusion and advection model. The second includes the concept of matrix diffusion due to the presence of a dual porosity.
This report is part of a series of reports describing the RIVM modelling efforts carried out within the INTRAVAL framework. The validation exercise should help to assess the validity and the suitability of the METROPOL computer code, which was developed in RIVM for the hydrological calculations needed in the safety assessment studies. This report contains results of calculations made with METROPOL for test-case 1A: Radionuclide migration in clay samples based on laboratory experiments performed at Harwell U.K. For this purpose two different conceptual models are used. The first one is a simple diffusion and advection model. The second includes the concept of matrix diffusion due to the presence of a dual porosity.
Description
Publisher
Sponsors
DGM/S
EZ