25P     ADOPTED LEVELS                                          25NDS    202508
 25P   H TYP=FUL$AUT=M. Shamsuzzoha Basunia, Anagha Chakraborty$                
 25P 2 H CIT=NDS 205, 1 (2025)$CUT=31-May-2025$                                 
 25P  d  Dataset by A. CHAKRABORTY                                              
 25P   Q             2.19E4  SY-2.16E3 SY-9.32E3 SY    2021Wa16                 
 25P   XA9BE(32S,XG)                                                            
 25P   L  0.0            (1/2+)         38 NS    LT                            ?
 25P 2 L %P=100                                                                 
 25P X L XREF=A                                                                 
 25P  cL T$from 2011Fo08                                                        
 25P  cL J$from mirror analog 1/2{++} ground state of {+25}Ne (2010Ca10);       
 25P 2cL predicted result from shell model calculation (2015Fe02)               
                                                                                
 25P     9BE(32S,XG)                   2011FO08                  25NDS    202508
 25P   H TYP=FUL$AUT=M. Shamsuzzoha Basunia, Anagha Chakraborty$                
 25P 2 H CIT=NDS 205, 1 (2025)$CUT=31-May-2025$                                 
 25P  d  Dataset by A. CHAKRABORTY                                              
 25P  c  Adapted/Edited the XUNDL data set compiled by B. Singh (McMaster),     
 25P 2c  Oct 20, 2011.                                                          
 25P  c  Search for {+25}P nuclide and its possible proton decay mode was made. 
 25P  c  E=50.3 MeV/nucleon {+32}S beam from U400M cyclotron bombarded a        
 25P 2c  {+9}Be target of 92.4 mg/cm{+2} thickness. Fragments were separated    
 25P 3c  by ACCULINNA fragment separator at JINR, Dubna. Time-of-flight-|DE and 
 25P 4c  |DE-E techniques using plastic scintillators and Si strip detectors    
 25P 5c  were used to identify the fragments. The fragment separator was        
 25P 6c  sequentially tuned for optimum transmission of {+26}S, {+27}S, {+28}S, 
 25P 7c  and {+29}S. Total time of flight through the separator was 314-322 ns. 
 25P 8c  From systematics of fragmentation cross sections, the expected events  
 25P 9c  due to {+25}P are 360 {I+85-70}, but no events could be ascribed to    
 25P ac  this nuclide in the concerned experiment.                              
 25P   L  0                             38 NS    LT                            ?
 25P  cL T$from 2011Fo08; estimated (with 63% confidence level) from flight     
 25P 2cL time of 314-322 ns, Poisson statistics of the observed distribution    
 25P 3cL (2011Fo08) of one to four events. At 98% confidence level,             
 25P 4cL the estimation gives T{-1/2}<50 ns (2011Fo08).                         
 25P 5cL Others: <30 ns (1996PoZZ).