87GA    ADOPTED LEVELS                                          15NDS    201510
 87GA  H TYP=FUL$AUT=T.D. Johnson and W.D. Kulp(a)$CIT=NDS 129, 1 (2015)$       
 87GA2 H CUT=27-Jul-2015$                                                       
 87GA  Q  1.45E4   SY  3.2E3 SY                        2012Wa38                 
 87GA cQ $Other: Q(|b{+-}n)=1.21E4 syst. {i9} (2012Wa38)                        
 87GA cQ $Uncertainties associated with the systematic Q values                 
 87GA2cQ from 2012Wa38 are Q(|b{+-}) {i900}, S(n) {i1100}                       
 87GA cQ $From calculations in 1997Mo25, Q(|b{+-}n)=14370, S(n)=3630,           
 87GA2cQ S(p)=15510, Q(|a)=-11040, S(2n)=5510, S(2p)=35840                      
 87GA  L 0                              634 NS   GT                             
 87GA2 L %B-=100 $ %B-N=? $ %B-2N=?                                             
 87GA cL T$ lower limit from time-of-flight (2010Oh02), based on private        
 87GA2cL communication from T. Kubo dated 14 July 2010.  Actual half-life is    
 87GA3cL predicted to be much longer, as suggested by the calculated values of  
 87GA4cL 70 ms (2005Bo19), 24 ms and 118 ms (2002Pf04), 28.0 ms (1997Mo25).     
 87GA cL $Probability of misidentification of {+87}Ga isotope<0.001% (2010Oh02).
 87GA cL J$ 3/2- predicted in calculations (1997Mo25)                           
 87GA cL $Calculated %|b{+-}n=90.8, %|b{+-}2n=7.4 (1997Mo25).                   
 87GA2cL Calculated %|b{+-}n=100 (2002Pf04).                                    
 87GA3cL More %|b{+-}n calculations are given in 2005Bo19                       
                                                                                
 87GA    9BE(238U,F)                   2010OH02                  15NDS    201510
 87GA  H TYP=FUL$AUT=T.D. Johnson and W.D. Kulp(a)$CIT=NDS 129, 1 (2015)$       
 87GA2 H CUT=27-Jul-2015$                                                       
 87GA c  Fission of {+238}U{+86+} ~0.22 pnA beam at 345 MeV/nucleon at RIBF.    
 87GA2c  Particle identification determined using the BigRIPS separator.  Atomic
 87GA3c  number and mass-to-charge ratio were deduced from the measured energy  
 87GA4c  loss, time of flight, and magnetic rigidity.                           
 87GA c  Based on mass-to-charge state ratio (A/Q) spectrum and Z versus A/Q    
 87GA2c  plot, 10 counts were assigned to {+87}Ga isotope.                      
 87GA c   Probability of misidentification of {+87}Ga isotope<0.001%.           
 87GA  L 0                              634 NS   GT                             
 87GA2 L %B-=100 $ %B-N=? $ %B-2N=?                                             
 87GA cL $ Estimated |s=19 pb based on ratio of the measured production rate to 
 87GA2cL the LISE++ simulated production rate and the predicted cross section.  
 87GA3cL The estimated systematic uncertainty is|?50%                           
 87GA cL T$ lower limit from time-of-flight, according to private communication 
 87GA2cL from T. Kubo dated 14 July 2010.