Abstract
The aim of the BioMoSA project has been to contribute in the confidence building of biosphere models, for application in performance assessments of radioactive waste disposal. The detailed objectives of this project are: development and test of practical biosphere models for application in long-term safety studies of radioactive waste disposal to different European locations, identification of features, events and processes that need to be modelled on a site-specific rather than on a generic base, comparison of the results and quantification of the variability of site-specific models developed according to the reference biosphere methodology, development of a generic biosphere tool for application in long term safety studies, comparison of results from site-specific models to those from generic one, Identification of possibilities and limitations for the application of the generic biosphere model. (orig.)
Proehl, G;
Olyslaegers, G;
Zeevaert, T;
[1]
Kanyar, B;
[2]
Pinedo, P;
Simon, I;
[3]
Bergstroem, U;
Hallberg, B;
[4]
Mobbs, S;
Chen, Q;
Kowe, R
[5]
- SCK/CEN, Mol (Belgium)
- University of Veszprem (Hungary). Dept. of Radiochemistry
- Centro de Investigaciones Energeticas Medioambientales y Tecnologicas (CIEMAT), Madrid (Spain)
- Studsvik Ecosafe, Nykoeping (Sweden)
- NRPB, Chilton, Didcot (United Kingdom)
Citation Formats
Proehl, G, Olyslaegers, G, Zeevaert, T, Kanyar, B, Pinedo, P, Simon, I, Bergstroem, U, Hallberg, B, Mobbs, S, Chen, Q, and Kowe, R.
Biosphere models for safety assesment of radioactive waste disposal.
Germany: N. p.,
2004.
Web.
Proehl, G, Olyslaegers, G, Zeevaert, T, Kanyar, B, Pinedo, P, Simon, I, Bergstroem, U, Hallberg, B, Mobbs, S, Chen, Q, & Kowe, R.
Biosphere models for safety assesment of radioactive waste disposal.
Germany.
Proehl, G, Olyslaegers, G, Zeevaert, T, Kanyar, B, Pinedo, P, Simon, I, Bergstroem, U, Hallberg, B, Mobbs, S, Chen, Q, and Kowe, R.
2004.
"Biosphere models for safety assesment of radioactive waste disposal."
Germany.
@misc{etde_20564440,
title = {Biosphere models for safety assesment of radioactive waste disposal}
author = {Proehl, G, Olyslaegers, G, Zeevaert, T, Kanyar, B, Pinedo, P, Simon, I, Bergstroem, U, Hallberg, B, Mobbs, S, Chen, Q, and Kowe, R}
abstractNote = {The aim of the BioMoSA project has been to contribute in the confidence building of biosphere models, for application in performance assessments of radioactive waste disposal. The detailed objectives of this project are: development and test of practical biosphere models for application in long-term safety studies of radioactive waste disposal to different European locations, identification of features, events and processes that need to be modelled on a site-specific rather than on a generic base, comparison of the results and quantification of the variability of site-specific models developed according to the reference biosphere methodology, development of a generic biosphere tool for application in long term safety studies, comparison of results from site-specific models to those from generic one, Identification of possibilities and limitations for the application of the generic biosphere model. (orig.)}
place = {Germany}
year = {2004}
month = {Jul}
}
title = {Biosphere models for safety assesment of radioactive waste disposal}
author = {Proehl, G, Olyslaegers, G, Zeevaert, T, Kanyar, B, Pinedo, P, Simon, I, Bergstroem, U, Hallberg, B, Mobbs, S, Chen, Q, and Kowe, R}
abstractNote = {The aim of the BioMoSA project has been to contribute in the confidence building of biosphere models, for application in performance assessments of radioactive waste disposal. The detailed objectives of this project are: development and test of practical biosphere models for application in long-term safety studies of radioactive waste disposal to different European locations, identification of features, events and processes that need to be modelled on a site-specific rather than on a generic base, comparison of the results and quantification of the variability of site-specific models developed according to the reference biosphere methodology, development of a generic biosphere tool for application in long term safety studies, comparison of results from site-specific models to those from generic one, Identification of possibilities and limitations for the application of the generic biosphere model. (orig.)}
place = {Germany}
year = {2004}
month = {Jul}
}