JAEA-Data/Code 2007-004 - Welcome to Research Group for ...

Member name
Contents
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CONTe000 Information of energy group structure in the energy range specified by ‘e’:
e=F for fast energy range and =T for thermal energy range
CzzmFbft Control information for the nuclide zzm for fast energy range
MzzmFbft Effective microscopic cross-sections of the nuclide zzm for fast energy range
CzzmTbft Control member for the nuclide zzm for thermal energy range
KzzmTbft Effective microscopic cross-sections of the nuclide zzm for thermal energy range
CzzmF000 Control information for the nuclide zzm for fast energy range: applied to
non-resonant nuclide
MzzmF00t Infinitely diluted microscopic cross-sections of the nuclide zzm for fast energy
range: applied to non-resonant nuclide
CzzmT00t Control member for the nuclide zzm for thermal energy range: applied to
non-resonant nuclide
KzzmT00t Infinitely diluted microscopic cross-sections of the nuclide zzm for thermal energy
range: applied to non-resonant nuclide
mmmmBMIC Effective microscopic cross-sections at current burn-up step of whole nuclide
contained in the material mmmm
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zz the element chemical symbol as described in Sect.8.1,
m the last digit of mass number to discriminate isotopes (Sect.8.1),
c one alphameric character for the chemical compound state shown in Sect.8.1,
b one alphameric character for burn-up step indicator as 0,1,2,……,9,A,B,….Z, a,b,…..,z.
f one alphameric character for the seventh character of material name,
t the temperature index as shown in Sect.8.1,
mmmm the first four character of material name.
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Member CONTe002 /2*(ng+1)/
ng
ng=NGF for fast, or ng=NGT for thermal groups
(W(g),g=1,ng) Weighted lethargy width (asymptotic spectrum for collapsing)
(E(g),g=1,ng+1)
Energy boundaries (eV)
Member CzzmFbft or CzzmF000 /42/
ICAP = 0 No capture
= 1 Capture cross-sections stored
IFISS = 0 No fission
= 1 Fission cross-sections stored
IRES = 0 No resonance parameter (fixed on MICREF)
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