59V     ADOPTED LEVELS                                          18NDS    201808
 59V   H TYP=FUL$AUT=M. Shamsuzzoha Basunia$CIT=NDS 151, 1 (2018)$              
 59V 2 H CUT=1-Apr-2018$                                                        
 59V  c  Production: fragmentation of 33 MeV/nucleon {+86}Kr incident on Ti     
 59V 2c  (1985Gu14); 500 MeV/nucleon {+86}Kr incident on Be (1992We04,1998Am04);
 59V 3c  64.5 MeV/nucleon {+65}Cu bombardment of {+9}Be (1998So03);             
 59V 4c  {+58}Ni({+86}Kr,X), E({+86}Kr)=60.4 MeV/nucleon (1999So20).            
 59V  c  Identification: Mass number A from total E and tof; Proton number Z    
 59V 2c  from |DE and E (1985Gu14);                                             
 59V  c  {+59}Ti |b{+-} decay: 2003So21, 1999Le67, 1999So20, 1998So03, 1998Am04 
 59V 2c  All papers are by the same research group except 1998Am04.             
 59V  c  2005Li53: {+59}V isotope produced from fragmentation of {+86}Kr{+34+}  
 59V 2c  beam on a Be target and studied {+59}V |b{+-} decay (See {+59}V |b{+-} 
 59V 3c  decay for detail).                                                     
 59V  c                                                                         
 59V   Q 1.025E+4  275.50E+3 191.40E+4 SY-1.01E+45     2017WA10                 
 59V  cQ $|DS(p)=260 (2017Wa10)                                                 
 59V   L 0.0          (5/2-,3/2-)      97 MS     2                              
 59V 3 L %B-=100$ %B-N<0.03                                                     
 59V  cL J         For moderate deformations, a (|p f{-7/2}) g.s. configuration 
 59V 2cL is expected, and the 23rd proton should occupy the 3/2[321] and        
 59V 3cL the 5/2[303] orbitals, respectively, for prolate and oblate            
 59V 4cL deformations. QRPA calculations predict a prolate g.s. 120 keV below   
 59V 5cL an oblate configuration (1999So20), so it is unclear which of these    
 59V 6cL orbitals is in fact the g.s. and {+59}V may exhibit shape coexistence. 
 59V 7cL 2005Li53 list tentative 5/2- referring to 1999So20.                    
 59V  cL %B-N$2005Li53 estimated (|J3%) from its decay to 2+ state in {+58}Cr   
 59V 2cL observing 880|g and 1056|g in the delayed |g-ray spectrum.             
 59V  cL T$From 102|g(t) and 208|g(t) in 2005Li53 - good statistics - decay     
 59V 2cL curve fitted with an exponential function with linear background;      
 59V 3cL consistent with a half-life of 95 ms {I3}, determined from {+59}Cr     
 59V 4cL growth and decay with half-life of 1.05 s {I9} (1050 ms {I90}) of      
 59V 5cL {+59}Cr in {+59}V |b{+-} decay. Other values: 75 ms {I7} (1999So20),   
 59V 6cL 130 ms {I20} (1998Am04), and 70 ms {I40} (1998So03). Value from        
 59V 7cL 2005Li53 is adopted over that in 1999So20, based on better statistics  
 59V xcL (~33 times) and precision.