90PD    ADOPTED LEVELS                                          20NDS    202005
 90PD  H TYP=FUL$AUT=S. K. Basu, E.A. MCCUTCHAN$CIT=NDS 165, 1 (2020)$          
 90PD2 H CUT=1-Mar-2020$                                                        
 90PD  Q                       1140    SY-2360   SY    2017WA10                 
 90PD cQ $|DS(p)=540; |DQ(|a)=570 (2017Wa10)                                    
 90PD cQ $S(2p)=-50 (syst) {I500}; Q(|ep)=11260 (syst) {I500} (2017Wa10)        
 90PD c  First identification of {+90}Pd nuclide.                               
 90PD c  2016Ce02: {+90}Pd nuclide produced and identified at RIBF-RIKEN        
 90PD2c  facility in {+9}Be({+124}Xe,X) reaction at E=345 MeV/nucleon.          
 90PD3c  Separation of ions based on B|r-tof-|DE measurements using the         
 90PD4c  BigRIPS separator and Zero Degree spectrometer (ZDS). Nuclei were      
 90PD5c  implanted in a wide range silicon-strip stopper array for ion and |b   
 90PD6c  particle detection (WAS3ABi), consisting of three highly-segmented 1   
 90PD7c  mm thick double-sided silicon detectors and a stack of ten segmented 1 
 90PD8c  1 mm thick single-sided silicon strip detectors.  Deduced existence of 
 90PD9c  {+90}Pd.                                                               
 90PD  L 0            0+                                                        
 90PD2 L %EC+%B+=100$%ECP=?$%2P=?                                               
 90PD cL %EC+%B+$expected decay modes assigned by the evaluators. Systematic    
 90PD2cL values suggest {+90}Pd is bound to 1 proton emission                   
 90PD3cL (S(p)=1140 syst {I540})                                                
 90PD4cL but potentially unbound (S(2p)=-50 {I500}) to 2p emission (2017Wa10).  
 90PD cL $A total of two events were assigned by 2016Ce02 to {+90}Pd            
 90PD cL T$> 760 ns from time-of-flight (2016Ce02) through the BigRIPS          
 90PD2cL fragment separator and ZDS spectrometer (2016Ce02). Theoretical        
 90PD3cL calculations predict a T{-1/2} of 73 ms (2019Mo01).