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lineKparenthhhsource]/Users/john/Documents/SCALE-test/docs/Material Specification and Cross Section Processing.rstubh section)}(hhh](h title)}(hh]h/0Introduction by M. L. Williams and B. T. Rearden}(hhh hBubah}(h]h]h]h]h]uhh@h h\ *demax*, (b) PW range: *demin*\ }(ht eV spanned by the
SCALE MG libraries. This energy range is subdivided into three sections:
(a) upper MG range: E>\ h jhhh!NhNubhA)}(h*demax*h]h/demax}(hhh jubah}(h]h]h]h]h]uhh@h jubh/, (b) PW range: }(h, (b) PW range: h jhhh!NhNubhA)}(h*demin*h]h/demin}(hhh jubah}(h]h]h]h]h]uhh@h jubh/ ubah}(h]h]h]h]h]refdocj+ refdomainjLreftyperefrefexplicitrefwarnj17-7uhhh!h"hKh j5ubh/XM. This module must be run as a standalone executable prior to the
self-shielding calculations for a given sequence, and the computed
Dancoff factors must be entered as XSProc input. The input Dancoff
factor is used directly in defining the background cross section for
BONAMI calculations. In the CENTRM/PMC methodology, the input Dancoff
factor is used in CENTRM to calculate a Dancoff-equivalent unit cell,
which defines a uniform lattice pitch that produces the same Dancoff
value as the nonuniform lattice. The CENTRM transport calculation then
proceeds as usual using 2D MoC or 1D S }(hXM. This module must be run as a standalone executable prior to the
self-shielding calculations for a given sequence, and the computed
Dancoff factors must be entered as XSProc input. The input Dancoff
factor is used directly in defining the background cross section for
BONAMI calculations. In the CENTRM/PMC methodology, the input Dancoff
factor is used in CENTRM to calculate a Dancoff-equivalent unit cell,
which defines a uniform lattice pitch that produces the same Dancoff
value as the nonuniform lattice. The CENTRM transport calculation then
proceeds as usual using 2D MoC or 1D S\ h j5hhh!NhNubj)}(h:sub:`n`h]h/n}(hhh jcubah}(h]h]h]h]h]uhjh j5ubh/ for the unit cell.}(h for the unit cell.h j5hhh!NhNubeh}(h]h]h]h]h]uhh:h!h"hKh h%hhubh;)}(hhh]h}(h]Ibibtex-bibliography-Material Specification and Cross Section Processing-0ah]h]h]h]uhh:h h%hhh!NhNubeh}(h](