Abstract
Always maintaining the current design rules, this paper presents a parametric study on the type of axial heterogeneous core concept (CHA), utilizing a core of fast reactor Super Phenix type, reaching a maximum thermal burnup rate of 150000 M W d/t and being managed in single batch. (author).
Citation Formats
Batista, J L, Renke, C A.C., Waintraub, M, Santos Bastos, W dos, and Brito Aghina, L.O. de.
Axial heterogeneous core concept applied for super phoenix reactor; Utilizacao do conceito heterogeneo axial aplicado ao reator super phenix.
Brazil: N. p.,
1991.
Web.
Batista, J L, Renke, C A.C., Waintraub, M, Santos Bastos, W dos, & Brito Aghina, L.O. de.
Axial heterogeneous core concept applied for super phoenix reactor; Utilizacao do conceito heterogeneo axial aplicado ao reator super phenix.
Brazil.
Batista, J L, Renke, C A.C., Waintraub, M, Santos Bastos, W dos, and Brito Aghina, L.O. de.
1991.
"Axial heterogeneous core concept applied for super phoenix reactor; Utilizacao do conceito heterogeneo axial aplicado ao reator super phenix."
Brazil.
@misc{etde_10108839,
title = {Axial heterogeneous core concept applied for super phoenix reactor; Utilizacao do conceito heterogeneo axial aplicado ao reator super phenix}
author = {Batista, J L, Renke, C A.C., Waintraub, M, Santos Bastos, W dos, and Brito Aghina, L.O. de}
abstractNote = {Always maintaining the current design rules, this paper presents a parametric study on the type of axial heterogeneous core concept (CHA), utilizing a core of fast reactor Super Phenix type, reaching a maximum thermal burnup rate of 150000 M W d/t and being managed in single batch. (author).}
place = {Brazil}
year = {1991}
month = {Nov}
}
title = {Axial heterogeneous core concept applied for super phoenix reactor; Utilizacao do conceito heterogeneo axial aplicado ao reator super phenix}
author = {Batista, J L, Renke, C A.C., Waintraub, M, Santos Bastos, W dos, and Brito Aghina, L.O. de}
abstractNote = {Always maintaining the current design rules, this paper presents a parametric study on the type of axial heterogeneous core concept (CHA), utilizing a core of fast reactor Super Phenix type, reaching a maximum thermal burnup rate of 150000 M W d/t and being managed in single batch. (author).}
place = {Brazil}
year = {1991}
month = {Nov}
}