Abstract
Boiling Water Reactors represent one third of the world's reactors. They are presently evolving towards greater simplification, allowing a reduction in the costs of operation, improved safety and a relative flexibility in their capacity to accommodate 100% MOX cores. The CEA, in a combined effort with its partners, the COGEMA and the EDF, would like to assess the interest of this reactor type, especially on this last point. A definition program and subsequent qualification of the calculation scheme have been undertaken. We are presenting here the specific features inherent in the calculation of these reactors, in comparison to PWRs, as well as the first results of the program. (authors)
Marsault, Ph;
[1]
Nicolas, A;
Lenain, R;
Richebois, E;
Royer, E;
Caruge, D;
[2]
Blaise, P;
[3]
Gastaldi, B;
Delpech, M
[4]
- CEA Cadarache, Dept. d'Etudes des Reacteurs (DER/SERSI), 13 - Saint-Paul-lez-Durance (France)
- CEA Saclay, Dept. de Mecanique et de Technologie (DMT/SERMA), 91 - Gif-sur-Yvette (France)
- CEA Cadarache, Dept. d'Etudes des Reacteurs (DER/SPEX), 13 - Saint-Paul-lez-Durance (France)
- CEA Cadarache, Dept. d'Etudes des Reacteurs (DER/SPRC), 13 - Saint-Paul-lez-Durance (France)
Citation Formats
Marsault, Ph, Nicolas, A, Lenain, R, Richebois, E, Royer, E, Caruge, D, Blaise, P, Gastaldi, B, and Delpech, M.
Calculation scheme for boiling water reactors cores; Methode de calcul des coeurs de reacteurs a eau bouillante par le systeme saphyr.
France: N. p.,
1999.
Web.
Marsault, Ph, Nicolas, A, Lenain, R, Richebois, E, Royer, E, Caruge, D, Blaise, P, Gastaldi, B, & Delpech, M.
Calculation scheme for boiling water reactors cores; Methode de calcul des coeurs de reacteurs a eau bouillante par le systeme saphyr.
France.
Marsault, Ph, Nicolas, A, Lenain, R, Richebois, E, Royer, E, Caruge, D, Blaise, P, Gastaldi, B, and Delpech, M.
1999.
"Calculation scheme for boiling water reactors cores; Methode de calcul des coeurs de reacteurs a eau bouillante par le systeme saphyr."
France.
@misc{etde_20453631,
title = {Calculation scheme for boiling water reactors cores; Methode de calcul des coeurs de reacteurs a eau bouillante par le systeme saphyr}
author = {Marsault, Ph, Nicolas, A, Lenain, R, Richebois, E, Royer, E, Caruge, D, Blaise, P, Gastaldi, B, and Delpech, M}
abstractNote = {Boiling Water Reactors represent one third of the world's reactors. They are presently evolving towards greater simplification, allowing a reduction in the costs of operation, improved safety and a relative flexibility in their capacity to accommodate 100% MOX cores. The CEA, in a combined effort with its partners, the COGEMA and the EDF, would like to assess the interest of this reactor type, especially on this last point. A definition program and subsequent qualification of the calculation scheme have been undertaken. We are presenting here the specific features inherent in the calculation of these reactors, in comparison to PWRs, as well as the first results of the program. (authors)}
place = {France}
year = {1999}
month = {Jul}
}
title = {Calculation scheme for boiling water reactors cores; Methode de calcul des coeurs de reacteurs a eau bouillante par le systeme saphyr}
author = {Marsault, Ph, Nicolas, A, Lenain, R, Richebois, E, Royer, E, Caruge, D, Blaise, P, Gastaldi, B, and Delpech, M}
abstractNote = {Boiling Water Reactors represent one third of the world's reactors. They are presently evolving towards greater simplification, allowing a reduction in the costs of operation, improved safety and a relative flexibility in their capacity to accommodate 100% MOX cores. The CEA, in a combined effort with its partners, the COGEMA and the EDF, would like to assess the interest of this reactor type, especially on this last point. A definition program and subsequent qualification of the calculation scheme have been undertaken. We are presenting here the specific features inherent in the calculation of these reactors, in comparison to PWRs, as well as the first results of the program. (authors)}
place = {France}
year = {1999}
month = {Jul}
}