3H     2H(N,G) E=THERMAL: {~EGAF}                                             
  3H  c  Evaluated Gamma-ray Activation File (EGAF).
  3H 2c  Evaluated by R.B. Firestone (LBNL), December 2003.
  3H  c  BR$|s{-0}=0.000519 7 from 1981MuZQ.
  3H  cG RI$Elemental |s(|g) assuming %Abundance=0.0115 70     
  3H   N 1.0                                                                    
  3H  PN                                                                    C
  3H 2PN Thermal cross section in barns.
  3H  cN NR$Isotopic |s(|g)=NR*RI.
  3H 2cN Divide by |s{-0} for intensity per neutron capture.
  3H   L 0.0         1/2+              12.33 Y   6                              
  3H   L 6257.2482 241/2+,3/2+                                                  
  3H   G 6250.243  3 0.000519 7                                                 
           
  3H     2H(N,G) E=THERMAL:^BUDAPEST                                            
  3H  c  Budapest Reactor data measured with thermal beam.
  3H  cG RI$Elemental |s(|g) assuming %Abundance=0.0115 70     
  3H  c  Level scheme derived by evaluator from adopted levels and 1995Au04.    
  3H   N 8700      AP                                                           
  3H  PN                                                                    C
  3H 2PN Thermal cross section in barns.
  3H  cN NR$I|g(g.s.)=100                                                       
  3H  cN BR$|s{-0}=0.000519 7 (                                                 
  3H   L 0            1/2+                                                      
  3H   L 6257.25                                                                
  3H  cL E$from 95Au04                                                          
  3H   G 6250.20   100.00049225                                                 
  3H  cG E$calculated from neutron separation energy of 95Au04 and corrected    
  3H 2cG for recoil.                                                            
           
  3H     2H(N,G) E=THERMAL: ^L^A^N^L   1977MC05,1995AU04                        
  3H  c             The intensity is assumed to be 100%. The upper limit for    
  3H Ac  two gamma rays from this reaction is very low according to             
  3H Bc  measurements and theory (McDonald et al., 1977) [1977Mc05]. The energy 
  3H Cc  of the gamma ray is from Audi and Wapstra (1995) [1995Au04].           
  3H   N 1.0                                                                    
  3H  PN                                                                    C
  3H 2PN Per 100 neutron captures.
  3H   L       0.0    1/2+                                                      
  3H   L    6257.25                                                             
  3H   G    6250.30   100.000