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The purpose of this project was to develop a numerical modelling capacity to address the corrosion of the copper canister under gradually changing transport conditions caused by buffer erosion and removal of buffer mass. Due to the complexity of this task, such a model cannot be realistic in all respects, but the present effort should address the feasibility of solving numerical and...

Content type: Publications

2011:11 Handling Interfaces and Time-varying Properties in Radionuclide Transport Models

Quintessa’s QPAC code has been used to investigate the Qeq approach. The conclusions from this simulation study are the following. The basic approach to calculating Qeq values is sound, however, narrow channels could lead to the same release as larger fractures with the same pore velocity, so a channel enhancement factor of √10 should be considered. A spalling zone that increases the area of...

Content type: Publications

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2011:04 Evaluation of the Technical Basis for New Proposals of Fatigue Design of Nuclear Components

2010:36 Guidance for the Definition and Application of Probabilistic Safety Criteria

2011:32 The Euratom Treaty v. Treaties of the European Union: limits of competence and interaction

2011:10e Review and evaluation of the Swedish Nuclear Fuel and Waste Management Company’s RD&D Programme 2010. Statement to the Government and summary of the review report

2011:21 Workshop on spent fuel performance and radionuclide chemistry -Rånäs 2010: Assessment of some outstanding issues

2011:12 Analysis of Barrier Performance: Modelling of Copper corrosion scenarios with and without buffer erosion

2011:25 Report from SSM’s scientific council on ionizing radiation within oncology, 2010

2011:02 The Back-End of the Nuclear Fuel Cycle in Sweden, Considerations for safeguards and data handling

2011:12 Analysis of Barrier Performance: Modelling of Copper corrosion scenarios with and without buffer erosion

2011:11 Handling Interfaces and Time-varying Properties in Radionuclide Transport Models

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