MT  Reaction  0.0253eV  Maxwellian Average 
gfactor  Resonance Integral 
14MeV  Fis. Spec. Average 

1  (n,total)  5.076 (b)  5.725 (b)  1.128  −  3.569 (b)  4.778 (b) 
2  (n,elastic)  5.031 (b)  5.681 (b)  1.129  −  1.870 (b)  3.760 (b) 
4  (n,inelastic)  ( Ethreshold = 662.8 keV )  410.8 (mb)  1.015 (b)  
16  (n,2n)  ( Ethreshold = 9.390 MeV )  1.284 (b)  929.8 (μb)  
17  (n,3n)  ( Ethreshold = 16.17 MeV )  −  231.0 (nb)  
22  (n,na)  ( Ethreshold = 8.257 MeV )  0.000 (b)  408.2 (pb)  
28  (n,np)  ( Ethreshold = 12.50 MeV )  0.000 (b)  7.838 (nb)  
102  (n,γ)  44.20 (mb)  44.23 (mb)  1.001  709.7 (mb)  665.3 (μb)  1.578 (mb) 
103  (n,p)  ( Ethreshold = 6.568 MeV )  3.103 (mb)  814.2 (nb)  
104  (n,d)  ( Ethreshold = 10.25 MeV )  538.8 (nb)  31.61 (nb)  
105  (n,t)  ( Ethreshold = 12.46 MeV )  0.000 (b)  72.63 (pb)  
106  (n,He3)  ( Ethreshold = 15.12 MeV )  −  9.4e20 (b)  
107  (n,a)  ( Ethreshold = 2.489 MeV )  42.70 (μb)  20.67 (nb) 
These cross sections are calculated from JENDL5 at 300K using with LINEAR, RECENT and SIGMA1 codes of PREPRO. For more detail, please click here.
The background color of each cell noted a cross section means the order of the crosssection value.
The unit of cross section, (b), means barns, and SI prefixes are used as following.
(kb) → 10^{3}(b), (mb) → 10^{−3}(b), (μb) → 10^{−6}(b), (nb) → 10^{−9}(b), (pb) → 10^{−12}(b), (fb) → 10^{−15}(b)
MT is a number that defines a reaction type. For the relation between MT and reaction type, please see here or refer to the manual of ENDF formats.
