154LU    158TA A DECAY (6.1 US)        2014CA03                  25NDS    202503
154LU  H TYP=FUL$AUT=N. NICA$CIT=NDS 200, 2 (2025)$CUT=22-Aug-2022$
154LU c  2014Ca03 compiled by B. Singh (McMaster)
154LU c  2014Ca03, 2015Ca04:
154LU2c  {+158}Ta produced by {+102}Pd(E({+58}Ni),pn) reaction with
154LU2c  255 MeV beam from JYFL accelerator facility. {+158}Ta recoils separated
154LU2c  by RITU separator and GREAT spectrometer. Measured E|g, I|g, |g|g-coin,
154LU2c  E|a, ({+158}Ta ions)|g|a correlations. Determined  half-life of
154LU6c  high-spin isomer using JUROGAM array for |g's and DSSDs for particles.
154LU6c  Deduced isomer decay modes, levels and J|p in {+158}Ta.
154LU d  Other: 2015Ca04
154LU cA HF$The nuclear radius parameter r{-0}({+154}Lu)=1.5570 {I56} is deduced
154LU2cA from interpolation of radius parameters of the adjacent even-even
154LU3cA nuclides in 2020Si16
158TA  P   2809       19-                6.1 US  1               6124     4
158TA cP QP$From 2021Wa16
158TA cP E,J$From 2014Ca03
158TA cP T$From |g(t) (2014Ca03, 2015Ca04); other: 6.4 |ms {I4} from |a(t)
158TA2cP (2015Ca04)
154LU  N                       0.014   2
154LU cN BR$ %|a=1.4 {I2} measured by 2014Ca03
154LU  L   0          (2-)
154LU cL E$from {+154}Lu Adopted Levels
154LU  L   60      12 (9+)              1.12 S   8                           M1
154LU2 L %EC+%B+ AP 100
154LU cL E$from 2012Au07. In {+154}Lu Adopted Levels,
154LU2cL level energy is listed in comments as 59 keV {I9}
154LU cL J,T$from {+154}Lu Adopted Levels
154LU cL $Decay mode from {+154}Lu Adopted Levels
154LU  A 8644      11 100      6.9E5   13
154LU cA E,HF$from 2014Ca03
154LU cA IA$the only known transition from the 6.1 |ms isomer
154LU cA HF$calculated by evaluation code; 2014Ca03 report |? 20