Abstract
This document summarises the input parameters for the source term modelling within Project-90. In the first place, the parameters relate to the CALIBRE near-field code which was developed for the Swedish Nuclear Power Inspectorate`s (SKI) Project-90 reference repository safety assessment exercise. An attempt has been made to give best estimate values and, where appropriate, a range which is related to variations around base cases. It should be noted that the data sets contain amendments to those considered by KBS-3. In particular, a completely new set of inventory data has been incorporated. The information given here does not constitute a complete set of parameter values for all parts of the CALIBRE code. Rather, it gives the key parameter values which are used in the constituent models within CALIBRE and the associated studies. For example, the inventory data acts as an input to the calculation of the oxidant production rates, which influence the generation of a redox front. The same data is also an initial value data set for the radionuclide migration component of CALIBRE. Similarly, the geometrical parameters of the near-field are common to both sub-models. The principal common parameters are gathered here for ease of reference and avoidance of unnecessary
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Shaw, W;
Smith, G;
Worgan, K;
Hodgkinson, D;
Andersson, K
[1]
- Intera Environmental Division, Henley-on-Thames (United Kingdom)
Citation Formats
Shaw, W, Smith, G, Worgan, K, Hodgkinson, D, and Andersson, K.
Source term modelling parameters for Project-90.
Sweden: N. p.,
1992.
Web.
Shaw, W, Smith, G, Worgan, K, Hodgkinson, D, & Andersson, K.
Source term modelling parameters for Project-90.
Sweden.
Shaw, W, Smith, G, Worgan, K, Hodgkinson, D, and Andersson, K.
1992.
"Source term modelling parameters for Project-90."
Sweden.
@misc{etde_10119248,
title = {Source term modelling parameters for Project-90}
author = {Shaw, W, Smith, G, Worgan, K, Hodgkinson, D, and Andersson, K}
abstractNote = {This document summarises the input parameters for the source term modelling within Project-90. In the first place, the parameters relate to the CALIBRE near-field code which was developed for the Swedish Nuclear Power Inspectorate`s (SKI) Project-90 reference repository safety assessment exercise. An attempt has been made to give best estimate values and, where appropriate, a range which is related to variations around base cases. It should be noted that the data sets contain amendments to those considered by KBS-3. In particular, a completely new set of inventory data has been incorporated. The information given here does not constitute a complete set of parameter values for all parts of the CALIBRE code. Rather, it gives the key parameter values which are used in the constituent models within CALIBRE and the associated studies. For example, the inventory data acts as an input to the calculation of the oxidant production rates, which influence the generation of a redox front. The same data is also an initial value data set for the radionuclide migration component of CALIBRE. Similarly, the geometrical parameters of the near-field are common to both sub-models. The principal common parameters are gathered here for ease of reference and avoidance of unnecessary duplication and transcription errors. (au).}
place = {Sweden}
year = {1992}
month = {Apr}
}
title = {Source term modelling parameters for Project-90}
author = {Shaw, W, Smith, G, Worgan, K, Hodgkinson, D, and Andersson, K}
abstractNote = {This document summarises the input parameters for the source term modelling within Project-90. In the first place, the parameters relate to the CALIBRE near-field code which was developed for the Swedish Nuclear Power Inspectorate`s (SKI) Project-90 reference repository safety assessment exercise. An attempt has been made to give best estimate values and, where appropriate, a range which is related to variations around base cases. It should be noted that the data sets contain amendments to those considered by KBS-3. In particular, a completely new set of inventory data has been incorporated. The information given here does not constitute a complete set of parameter values for all parts of the CALIBRE code. Rather, it gives the key parameter values which are used in the constituent models within CALIBRE and the associated studies. For example, the inventory data acts as an input to the calculation of the oxidant production rates, which influence the generation of a redox front. The same data is also an initial value data set for the radionuclide migration component of CALIBRE. Similarly, the geometrical parameters of the near-field are common to both sub-models. The principal common parameters are gathered here for ease of reference and avoidance of unnecessary duplication and transcription errors. (au).}
place = {Sweden}
year = {1992}
month = {Apr}
}