37SC    9BE(37CA,X):XUNDL-1           2024Dr01                           202412
 37SC c  Compiled (unevaluated) dataset from 2024Dr01:                          
 37SC2c  Phys Rev C 110, L031302 (2024)                                         
 37SC c  Compiled by J. Chen (FRIB, MSU), October 10, 2024                      
 37SC c  First observation of {+37}Sc via the invariant-mass spectroscopy       
 37SC c  2024Dr01: E=73 MeV/nucleon {+37}Ca secondary beam was produced at NSCL.
 37SC2c  The secondary target was a 0.5-mm-thick Be. Reaction products were     
 37SC3c  detected with a setup including the CAESAR array, a Si-CsI(Tl) |DE-E   
 37SC4c  Ring Telescope (RT), a Scintillating-Fiber Array (SFA), and the S800   
 37SC5c  spectrograph. Measured total decay-energy spectra of particle decays.  
 37SC6c  Deduced levels, mass excess using Invariant-mass spectroscopy.         
 37SC7c  Comparisons with available data and theoretical calculations.          
 37SC8c  Systematics of neighboring nuclei.                                     
 37SC cL E$From measured total decay-energy spectrum of p+{+36}Ca               
 37SC cL J$As given in 2024Dr01                                                 
 37SC  L 0            7/2-                                                      
 37SC cL $Total decay energy E{-T}=2690 {I410} to encompasses the results from a
 37SC2cL single-peak fit (E{-T}=3000 {I50}) and a two-peak fit (E{-T}=2370      
 37SC3cL {I130} and 3240 {I80}) to the measured decay-energy spectra. The       
 37SC4cL authors state that a fit with two low-lying states is expected, but the
 37SC5cL amount of data and the resolution are insufficient to make definitive  
 37SC6cL statements.                                                            
 37SC cL $Mass excess=3500 keV {I410}, deduced by 2024Dr01 from their measured  
 37SC2cL total decay energy and mass of {+36}Ca measured by 2021Su04