A Nuclear Cross Section Data Handbook

Reection
eleet ic
(n,2n)
(n,n’1)
(n,n’2)
(n,n’il)
(n,n’4)
(n,n’5)
(n,n’6)
(n,n’?)
(n,n’8)
(n,n’9)
(n,n’)p
(n,n’)p
(n,n’1~)
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)a
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)p
(n,n’)a
(n,n’)p
(n,n’)p
(n,~)
(n,p)
(n,d)
(n,t)
(n,c+)
(n,2cr)
Nitrogen – 14
ZAID=7014.50C
SOURCE:ENDF~B-V(MAT=1275,
Tape’505)
REFERENCE: “Summary Documentation for 14N,”
by P. G. Young and D. G. Foster, Jr.
contained in ENDF–201
Data Availability
Continuous Energy
ZAID=7014.50C NES=1196 T=30&K
ZAID=7014.51C NES=1195 T=30WK
Discrete Reaction
ZAID=7014.50D NES=263 T=300’-’K
Multigroup
ZAID=7014.50M 30-GrcmP T=300”K
ZAID=7014.00M 187–Group T=300”K
Jsotme Informat ion
Abundance= 99.63%
Density =l.25028E03 gm/cm3
ILdat ion Jnforma tio~
Phot~n-&oduction Data – Yes
Heating Numbers - Local
Energy Range - 10-]1 to 20 MeV
Bwction InfOrma tion
MT Emi.(MeV) E~~.(MeV) Q~(MeV) QR(Mev)
2 1.0000-11 2. 0000+01
1. 1313+01 2.0000+01 -1.05 s3+01 -1 .0553 +01
;: 2. 4796+00 2. 0000+01 -2. 3130+00 0. 0000+00
4. 2400+00 2. 0000+01 -3. 9661+00 0. 0000+00
!?5?5 5. 2670+00
S.4740+00
2. 0000+01
2.0000+01
-4. 9i30+O0
-E. ------ 1060+00_- 0. 0000+00
0.0000+00
65 6:iOiO+O0 2.0000+Oi -5.6910+00 0:0000+00
66 6.2600+00 2.0000+01 -5.8340+00 0.0000+00
57 6.6444+00 2.0000+01 -6.1980+00 0.0000+00
58 6.9082+00 2.0000+01 -6.4440+00 0.0000+00
59
60
7.5342+00
8.6400+00
2.0000+01
2.0000+01
-7.0280+00
-7.9660+00 ----
0,0000+00
-7.6s00+00 ------ --
61 8.6420+00 2.0000+Oi -8:0610+00 -7.5S00+00
62 9.1005+00 2.0000+01 -8.4890+00 0.0000+00
63 9.3803+00 2,0000+01 -8.7500+00-7.5500+00
64 9.9163+00 2.0000+01 -9.2600+00-7.5500+00
1.0452+01 2.0000+01 -9.7500+00-7.5500+00
:: 1.0988+01 2.0000+01 -1.0250+01 -7.6S00+00
67 1.1524+01 2.0000+01 -1.0750+01-7.5500+00
68 1.2060+01 2.0000+01 -1.1250+01-7.5500+00
69 1.2596+01 2.0000+01 -1.1750+01-7.5500+00
70 1.3132+01 2.0000+01 -1.2250+01 -7.S500+00
71 1.3668+01 2.0000+01 -1.2760+01-7.6600+00
%
1.4205+61
1.4741+01
2.0000+01
2.0000+01
-1.32S0+01 -7.5500+00
-1.3750+01-7.5500+00
74
75
1.5277+01
1.5812+01
2.0000+01
2.0000+01
-1.4250+01-7.5500+00
-1.4750+01-1.1613+01
76 1.6349+01 2.0000+01 -1.5250+01-7.5500+00
77 1.6885+01 2.0000+01 -1.5750+01-7.5600+00
78
79
80
1.7421+01
1.7957+01
1.8493+01
2.0000+01
2.0000+01
2.0000+01
-1.6250+01-7.5500+00
-1.6750+01 -7.6600+00
-1.7250+01-1.1613+01
81 1.9029+01 2.0000+01 -1.7760+01 -7.FAOO+OO _—--
1::
1.9565+01
1.0000-11
2.0000+01
2.0000+01
-ii8250+01
1.0835+01
-7.5500+00
1.0835+01
103 1.0000-11 2.0000+01 6.2640-01 6.2640-01
104 6.7090+00 2.0000+01 -5.3250+00-5.3250+00
105 4.3042+00 2.0000+01 -4.0150+00-4.0150+00
107 1.6863-01 2.0000+01-1.5730-01 -1.5730-01
108 9.4575+00 2.0000+01 -8.8220+00-8,8220+00
NOTE:(PLEASE SEE APPENDIX B)
46
THERMAL
WCnm = 122s butns
nFP=l&zl.13f3c?n
E=i.oonav
Slmvl’ = 2.s9 barns
MFP-?7WEOm
Jr=t4m MeV
Smwl’-im band
A(FP=t185iR5em
\ (N&
NJ.i#uA