A Nuclear Cross Section Data Handbook
A Nuclear Cross Section Data Handbook
A Nuclear Cross Section Data Handbook
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Reaction<br />
elaetic<br />
(n,2n)<br />
(n,Sn)<br />
(n,n’)a<br />
(n,n’)p<br />
(n,n’1)<br />
(n,n’2)<br />
(n,n’S)<br />
(n,n’4)<br />
(n,n’5)<br />
(n,n’6)<br />
(n,n’7)<br />
(n,n’8)<br />
(n,n’9)<br />
(n,n’10)<br />
(n,n’11)<br />
(n,n’11)<br />
~;)<br />
(njp)<br />
(n,d)<br />
(n,t)<br />
(n,aHe)<br />
(n,a)<br />
(n,2p)<br />
(n,pu)<br />
Titanium<br />
ZAID=22000.50C<br />
SOURCE: ENDF/B-V (MAT= 1322, Tape 508)<br />
REFERENCE: “Titanium-II: An Evaluated<strong>Nuclear</strong> <strong>Data</strong> File,”<br />
by C. Philis, R. Howerton,and A. B. Smith<br />
contained in ENDF–201<br />
<strong>Data</strong> Av~<br />
Continuous Energy<br />
ZAID=22000.50C NES=4434 T=300”K<br />
ZAID=22000.51C NES=1934 T=300°K<br />
Discrete R.e+ction<br />
ZA1D=22000.50D NES=263 T=300”K<br />
ZAID=22000.51D NES=263 T=30WK<br />
Multigroup<br />
ZA1D=22000.50M 30-Group T=30mK<br />
MT<br />
1;<br />
x<br />
28<br />
61<br />
52<br />
53<br />
54<br />
56<br />
56<br />
57<br />
68<br />
69<br />
60<br />
61<br />
62<br />
1:;<br />
103<br />
104<br />
105<br />
106<br />
107<br />
111<br />
112<br />
lsotoDe ~wuwis!n<br />
Abundance= Natural<br />
Density=4.50 gmjcm3<br />
Evaluation Information<br />
Photon-Production <strong>Data</strong> - Yen<br />
Heating Numbers - Local<br />
Energy Range – 10-11 to 20 MeV<br />
E~in(MeV) Ema=(MeV) Q~(MeV)<br />
1.0000-1 i 2. 0000+01<br />
8. 3145+00 2. 0000+01 -8. 1430+00<br />
1. 9494+01 2. 0000+01 -1. 9092+01<br />
8. 1870+00 2. 0000+01 -8. 0130+00<br />
i . 0570+01<br />
1.6235-01<br />
9.0773-01<br />
1. 0040+00<br />
1. 4601+00<br />
1. 5827+00<br />
1. 8583+00<br />
2. 0s13+00<br />
2. 3433+00<br />
2. 4720+00<br />
2.6701+00<br />
3.0632+00<br />
3,3185+00<br />
:.::::+::<br />
.<br />
1.0000-11<br />
8.2982+00<br />
1.0966+01<br />
9.7290+00<br />
2.0000-01<br />
8.4730+00<br />
1.0148+01<br />
2.0000+01 -1.035<br />
2 0000+01 1 590u:i<br />
2:0000+01 18:8900-01<br />
2.0000+01 -9.8300-01<br />
2.0000+01 -1.4300+00<br />
2.0000+01 -1.5500+00<br />
2.0000+01<br />
2.0000+01<br />
-1.8200+00<br />
-2.0090+00<br />
2.0000+01-2.295(<br />
()+00<br />
2.0000+01 -2.4210+00<br />
$:0000+01<br />
2.0000+01<br />
-2.6150+00<br />
-3.0000+00<br />
2.0000+01 -3.2500+00<br />
2.0000+01 -3.4278+00<br />
2.0000+01 8.5137+00<br />
2.0000+01<br />
2.0000+01 . . . .<br />
0.0000+00<br />
-8.1270+00<br />
510000+01 -i10740+oi<br />
2.0000+01 -9.5220+00<br />
2.0000+01 0.0000+00<br />
2.0000+01 -8.2970+00<br />
2.0000+01 -9.9390+00<br />
QR(Mev)<br />
-8.1430+00<br />
-1.9092+01<br />
-8.0130+00<br />
-1.0350+01<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
0.0000+00<br />
-3.4278+00<br />
8.5137+00<br />
0.0000+00<br />
-8.1270+00<br />
-1.0740+01<br />
-9.5220+00<br />
0.0000+00<br />
-8.2970+00<br />
-9.9390+00<br />
74<br />
THERMAL<br />
snmYT=lo.6a bame<br />
MFP= 1E7 cm<br />
E=l.ookv<br />
srmwl’=3Rs ha?na<br />
MFP = 4SS -<br />
E=1400hV<br />
Srm=z.slibama<br />
A(FP= 7.SS em
Change language