Abstract
The mathematical models and engineering data used for the generation of version 1 of the 2-group polynomial cross section library for the two PWR units at the Koeberg Nuclear Power Station, are described. This library was prepared using the few-group coarse mesh cross section generation package of the Reactor Theory Programme at the Atomic Energy Corporation of South Africa Ltd. An overall description of the calculational scheme as well as descriptions of the various modules used for the generation of the cross section library is given. The fuel assembly model is described in detail and the values of the operational parameters used, are given. The methods used to generate the ex-core reflector data are described. Details of the generation of the polynomial library are given and the assembly and reflector engineering data are listed. 2 figs., 6 tabs., 19 refs.
Citation Formats
Ball, G, Mueller, E Z, and Ras, H.
KOEBLIB1.0: Two group polynomial cross section library for Koeberg version 1.
South Africa: N. p.,
1991.
Web.
Ball, G, Mueller, E Z, & Ras, H.
KOEBLIB1.0: Two group polynomial cross section library for Koeberg version 1.
South Africa.
Ball, G, Mueller, E Z, and Ras, H.
1991.
"KOEBLIB1.0: Two group polynomial cross section library for Koeberg version 1."
South Africa.
@misc{etde_10139812,
title = {KOEBLIB1.0: Two group polynomial cross section library for Koeberg version 1}
author = {Ball, G, Mueller, E Z, and Ras, H}
abstractNote = {The mathematical models and engineering data used for the generation of version 1 of the 2-group polynomial cross section library for the two PWR units at the Koeberg Nuclear Power Station, are described. This library was prepared using the few-group coarse mesh cross section generation package of the Reactor Theory Programme at the Atomic Energy Corporation of South Africa Ltd. An overall description of the calculational scheme as well as descriptions of the various modules used for the generation of the cross section library is given. The fuel assembly model is described in detail and the values of the operational parameters used, are given. The methods used to generate the ex-core reflector data are described. Details of the generation of the polynomial library are given and the assembly and reflector engineering data are listed. 2 figs., 6 tabs., 19 refs.}
place = {South Africa}
year = {1991}
month = {Jul}
}
title = {KOEBLIB1.0: Two group polynomial cross section library for Koeberg version 1}
author = {Ball, G, Mueller, E Z, and Ras, H}
abstractNote = {The mathematical models and engineering data used for the generation of version 1 of the 2-group polynomial cross section library for the two PWR units at the Koeberg Nuclear Power Station, are described. This library was prepared using the few-group coarse mesh cross section generation package of the Reactor Theory Programme at the Atomic Energy Corporation of South Africa Ltd. An overall description of the calculational scheme as well as descriptions of the various modules used for the generation of the cross section library is given. The fuel assembly model is described in detail and the values of the operational parameters used, are given. The methods used to generate the ex-core reflector data are described. Details of the generation of the polynomial library are given and the assembly and reflector engineering data are listed. 2 figs., 6 tabs., 19 refs.}
place = {South Africa}
year = {1991}
month = {Jul}
}