Abstract
The present study concerns the most recent neutronic analyses of two design versions of the european ceramic B.I.T. blanket, jointly developed by ENEA and CEA since few years. The last year developments required a new 3-D geometry evaluations of the global TBR (Tritium Breeding Ratio). The results indicated that the ENEA version reaches a global TBR value of 1.13. The CEA version, in a 3-D model using a simplified description of the breeder module layout, reaches a TBR value of 1.12. Nuclear heat deposition density has been determined for all blanket components as a function of the poloidal co-ordinate. Shielding properties of this type of blanket have been analyzed.
Giancarli, L;
Diop, C;
[1]
Petrizzi, L;
Rado, V
[2]
- CEA Centre d`Etudes de Saclay, 91 - Gif-sur-Yvette (France). Dept. de Mecanique et de Technologie
- ENEA, Frascati (Italy). Centro Ricerche Energia
Citation Formats
Giancarli, L, Diop, C, Petrizzi, L, and Rado, V.
Further neutronic analyses of the European ceramic B.I.T. blanket for Demo.
France: N. p.,
1992.
Web.
Giancarli, L, Diop, C, Petrizzi, L, & Rado, V.
Further neutronic analyses of the European ceramic B.I.T. blanket for Demo.
France.
Giancarli, L, Diop, C, Petrizzi, L, and Rado, V.
1992.
"Further neutronic analyses of the European ceramic B.I.T. blanket for Demo."
France.
@misc{etde_10154885,
title = {Further neutronic analyses of the European ceramic B.I.T. blanket for Demo}
author = {Giancarli, L, Diop, C, Petrizzi, L, and Rado, V}
abstractNote = {The present study concerns the most recent neutronic analyses of two design versions of the european ceramic B.I.T. blanket, jointly developed by ENEA and CEA since few years. The last year developments required a new 3-D geometry evaluations of the global TBR (Tritium Breeding Ratio). The results indicated that the ENEA version reaches a global TBR value of 1.13. The CEA version, in a 3-D model using a simplified description of the breeder module layout, reaches a TBR value of 1.12. Nuclear heat deposition density has been determined for all blanket components as a function of the poloidal co-ordinate. Shielding properties of this type of blanket have been analyzed.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Further neutronic analyses of the European ceramic B.I.T. blanket for Demo}
author = {Giancarli, L, Diop, C, Petrizzi, L, and Rado, V}
abstractNote = {The present study concerns the most recent neutronic analyses of two design versions of the european ceramic B.I.T. blanket, jointly developed by ENEA and CEA since few years. The last year developments required a new 3-D geometry evaluations of the global TBR (Tritium Breeding Ratio). The results indicated that the ENEA version reaches a global TBR value of 1.13. The CEA version, in a 3-D model using a simplified description of the breeder module layout, reaches a TBR value of 1.12. Nuclear heat deposition density has been determined for all blanket components as a function of the poloidal co-ordinate. Shielding properties of this type of blanket have been analyzed.}
place = {France}
year = {1992}
month = {Dec}
}