Abstract
The capabilities of the LINX-1 code are described. It was developed for the purpose of linking seperate fuel assembly and reflector node polynomial cross section files, obtained by the POLX-1 code, together into a single reactor polynomial cross section library. The output of the polynomial cross section library can be in either binary or fixed (BCD) format. Input data requirements and the format of the output file generated by LINX-1 are also described. 2 refs.
Citation Formats
Ras, H.
LINX-1: a code for linking polynomial cross section files.
South Africa: N. p.,
1991.
Web.
Ras, H.
LINX-1: a code for linking polynomial cross section files.
South Africa.
Ras, H.
1991.
"LINX-1: a code for linking polynomial cross section files."
South Africa.
@misc{etde_10139806,
title = {LINX-1: a code for linking polynomial cross section files}
author = {Ras, H}
abstractNote = {The capabilities of the LINX-1 code are described. It was developed for the purpose of linking seperate fuel assembly and reflector node polynomial cross section files, obtained by the POLX-1 code, together into a single reactor polynomial cross section library. The output of the polynomial cross section library can be in either binary or fixed (BCD) format. Input data requirements and the format of the output file generated by LINX-1 are also described. 2 refs.}
place = {South Africa}
year = {1991}
month = {Jul}
}
title = {LINX-1: a code for linking polynomial cross section files}
author = {Ras, H}
abstractNote = {The capabilities of the LINX-1 code are described. It was developed for the purpose of linking seperate fuel assembly and reflector node polynomial cross section files, obtained by the POLX-1 code, together into a single reactor polynomial cross section library. The output of the polynomial cross section library can be in either binary or fixed (BCD) format. Input data requirements and the format of the output file generated by LINX-1 are also described. 2 refs.}
place = {South Africa}
year = {1991}
month = {Jul}
}