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

LTH(1) = (LD(1)+1)*LA(1), ordered as,
σ 1→ 1, σ 1 → 2,…...., σ 1 → 1+LD(1),
σ 2 → 2, σ 2 → 3,……, σ 2 → 2+LD(1),
……………………………
σ g → g , σ g → g+1,…, σ g → g+LD(1),
……………………………
(N2N(i),i=1,LTH(2))
(n,2n) scattering matrix of the length
LTH(2) = (LD(2)+1)*LA(2).
(ELP0(i),i=1,LTH(3))
Elastic P 0 scattering matrix of the length
LTH(3) = (LD(3)+1)*LA(3).
(ELP1(i),i=1,LTH(4))
Elastic P 1 scattering matrix of the length
LTH(4) = (LD(4)+1)*LA(4).
Member
Fzzm0000 if IFS=1
/NSIGF*NTEMPF*(NGMAX-NGMIN+1)*(IFTR+IFC+IFF+IFE+IFER+1)/
The member keeps the self-shielding factor table:
((FTABF(i,t,g,n),i=1,NSIGF),t=1,NTEMPF),g=NGMIN,NGMAX),n=1,NSF+1)
where, NSF=IFTR+IFC+IFF+IFE+IFER.
First, the self-shielding factors are repeated for the reaction type which has the
self-shielding factor table. At the last part of the member (n=NSF+1), weighting
data for energy collapsing from Public Library to User Library are stored.
Member Rzzm0000 if IRP=1 /6/
The member keeps the control information for resonance level parameters.
NLS
SPI
AP
AWR
EL
EH
Number of neutron orbital angular momentum
Nuclear spin
Scattering radius in unit of 10 -12 cm
Ratio of the mass of the nuclide to that of a neutron
Lower limit for a energy range
Upper limit for a energy range
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