A Nuclear Cross Section Data Handbook
A Nuclear Cross Section Data Handbook
A Nuclear Cross Section Data Handbook
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Reaction<br />
elastic<br />
(n#’l)<br />
(SI,sl’)su<br />
(n,n’)sa<br />
(n,n’)su<br />
(n,n’)sa<br />
(n,n’)h<br />
(n,n’)3a<br />
(n,n’)h<br />
(n,n’)sa<br />
(Il,n’)sa<br />
(n,n’)Sa<br />
(n,n’)Sa<br />
(n,n’)sa<br />
(n,n’)3u<br />
(n,n’)3u<br />
(n,n’)Su<br />
(m,n’)su<br />
(n,n’)Sa<br />
(n,n’)3a<br />
(n,-f)<br />
(n,p)<br />
(n,d)<br />
(n,a)<br />
Carbon – 12<br />
ZAID=6012.50C<br />
SOURCE:ENDF/B-V(MAT=1306,<br />
Tape 511)<br />
REFERENCE: Same as for natural carbon<br />
COMMENT: The data for 12C are identical to the data for natural carbon.<br />
Pa ta Availability<br />
Continuous Energy<br />
ZAID=6012.50C NES=875<br />
Discrete Reaction<br />
ZAID=6012.50D NES=263<br />
Multigmup<br />
ZAID=6012.50M 3&Group<br />
MT<br />
5?<br />
.52<br />
63<br />
54<br />
65<br />
S6<br />
57<br />
58<br />
59<br />
::<br />
62<br />
63<br />
64<br />
65<br />
66<br />
67<br />
68<br />
J:<br />
103<br />
104<br />
107<br />
Abuudance=96.90%<br />
Density =2.24794 gm/cm3<br />
Photon-Production <strong>Data</strong> – Yes<br />
Heating Numbers - Local<br />
Energy Range -10-11 to 20 MeV<br />
E~in(MeV)<br />
1.0000-11<br />
4. 8121+00<br />
:. ;~w:::<br />
1: 1166+01<br />
1.17s1+01<br />
1.2196+01<br />
1. 2738+01<br />
1. 3280+01<br />
1. 3822+01<br />
1. 4364+01<br />
1. 4906+01<br />
1. 5448+01<br />
i . 5990+01<br />
i . 6532+01<br />
i . 7074+01<br />
1.7616+01<br />
1. 8158+01<br />
1. 8700+01<br />
7. 8865+00<br />
1.0000-11<br />
1. 4500+01<br />
i . 6250+01<br />
6. 1737+00<br />
fraction Information<br />
E~~=(Mev)<br />
2. 0000+01<br />
2. 0000+01<br />
2. 0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
2.0000+01<br />
NOTE:(PLEASE SEE APPENDIX 13)<br />
T=3000K<br />
T=3000K<br />
T=300’JK<br />
QK(Mev)<br />
-4.4390+00<br />
-7.6530+00<br />
-9.6380+00<br />
-1.0300+01<br />
-1.0840+01<br />
-1.1260+01<br />
-1.17s0+01<br />
-1.2250+01<br />
-1.2750+01<br />
-1.3250+01<br />
-1.3760+01<br />
-1.4250+01<br />
-1.4750+01<br />
-1.5250+01<br />
-1.57s0+01<br />
-1.6260+01<br />
-1.67S0+01<br />
-1.7250+01<br />
-7.2760+00<br />
4.9470+00<br />
-1.2588+01<br />
-1.3733+01<br />
-6.6950+00<br />
QR(Mev)<br />
0.0000+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.27S0+00<br />
-7.2760+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
-7.2750+00<br />
4.9470+00<br />
-1.2588+01<br />
-1.3733+01<br />
-5.6950+00<br />
42<br />
THERMAL<br />
SICIUT=4.S6 bnnu<br />
UFP=l.mem<br />
E-f.00MeV<br />
smmT=2s2bam9<br />
MFP=9.44mL<br />
E = 14.00 MaV<br />
SICIVT=l.2f &ma<br />
MFP.6.z’cm
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