A Nuclear Cross Section Data Handbook

APPENDIX B
CROSS SECTION NOTES
Note 1
For 1002.55C total inelastic MT=4 is equivalent to the (n,2n) reaction.
Note 2
For 2003.50C tritium production curve is identical to the proton production
curve.
Note 3
For 3006.50C the (n,n’)d,a reaction is represented by the sum of all inelastic
scattering levels except MT=57.
Note 4
For 3007.55C the (n,n’)t,a reaction is represented by the sum of inelastic scattering
levels MT=52-88, inclusive.
Note 5
For 4009.50C, the reaction labeled with question marks in the pie plot at 14
MeV is really the (n,~) reaction; 14 MeV is below the threshold for the (n,p)
and (n,d) reactions.
Note 6
For 501o.5OC, the cross sections for the (n,n’)a (Q=-4.46 MeV), the (n,n’)d2cu
(Q=-5.934 MeV), and (n,n’)p (Q=-6.585 MeV) reactions are divided among
discrete-inelastic scattering reactions.
Note 7
For 6000.50C and 6012.50C the cross section for the (n,n’)3a reaction is divided
among the inelastic levels MT=52-91.
Note 8
For 7014.50C the cross sections for the (n,n’)a (Q=-11.613 MeV) and the (n,n’)p
(Q=-7.550 MeV) reactions are divided among the discret~inelastic scattering
react ions.
Note 9
For 8016.50C the cross sections for the (n,n’)a (Q=-7.161 MeV) and the (n,n’)p
(Q=-12.126 MeV) reactions are divided among the discrete-inelastic scattering
reactions.
Note 10
For 13027.50C the cross section for the (n,n’)a (Q=-1O.1O1 MeV) and the (n,n’)p
(Q=-8.271 MeV) reactions are divided among the discrete-inelastic scattering
reactions.
Note 11
For 16032.50C the curve for MT=105 does not show up because o(E)