165TA    169RE A DECAY (15.1 S)        1992ME10                  24NDS    202401
165TA  H TYP=FUL$AUT=Balraj Singh and Jun Chen$CIT=NDS 194, 460 (2024)$
165TA2 H CUT=31-Oct-2022$
165TA c  1992Me10: {+169}Re ions were produced via {+141}Pr({+32}S,4n) with
165TA2c  235 MeV {+32}S beam from the VICKSI accelerator at the
165TA3c  Hahn-Meitner-Institut in Berlin and collected with a helium-jet system
165TA4c  and a fast transport-tape. |a particles were detected with a 450 mm{+2}
165TA5c  SB |a-detector mounted between a |g/X detector and a |g detector.
165TA6c  Measured E|a, I|a, |a(t). Deduced levels, parent T{-1/2}
165TA c  Others: 2004GoZZ, 1984Sc06, 1982De11, 1978Ca11
165TA cA HF$The nuclear radius parameter r{-0}({+165}Ta)=1.571 {I21} is deduced
165TA2cA from interpolation of radius parameters of the adjacent even-even
165TA3cA nuclides in 2020Si16
169RE  P 187       17 (1/2+,3/2+)      15.1 S    15             5014      13
169RE cP E$From mass and E|a analysis starting with {+177}Au and {+177m}Au
169RE2cP decays (2021Ha32). 0.0+x from Adopted Levels of {+169}Re in ENSDF
169RE3cP database (2015 update)
169RE cP J,T$From {+169}Re Adopted Levels in the ENSDF database (March 2015
169RE2cP update). Adopted T{-1/2} is weighted average of 16.3 s {I8} (1992Me10)
169RE3cP 12.9 s {I11} (1984Sc06), but with a reduced |h{+2}=6.2. The unweighted
169RE4cP average is 14.6 s{I17}
169RE cP QP$From 2021Wa16
165TA  N                       0.002   AP
165TA cN BR$%|a|?0.2 from {+169}Re Adopted Levels in the ENSDF database
165TA2cN (March 2015 update)
165TA  L 0            (9/2-)
165TA cL E$5061|a is assumed to feed the g.s.
165TA cL J$from Adopted Levels
165TA  A 5061      10 100      9       AP
165TA cA E$from 1992Me10. Others: 5083 (2004GoZZ), 5050 {I10} (1984Sc06)
165TA cA IA$assuming no |a branches