165RE    169IR A DECAY (0.280 S)       2012TH13,1999PO09,1996PA0124NDS    202401
165RE  H TYP=FUL$AUT=Balraj Singh and Jun Chen$CIT=NDS 194, 460 (2024)$
165RE2 H CUT=31-Oct-2022$
165RE c  2012Th13: {+169}Ir from |a-decay of {+173}Au, where
165RE2c  {+173}Au nuclei were produced by bombarding a 0.5 mg/cm{+2} {+92}Mo
165RE3c  target of 97% enrichment with a beam of {+84}Sr{+16+} ions from the
165RE4c  k130 cyclotron of the Accelerator Laboratory of the University of
165RE5c  Jyv~askyl~a. Recoiling residues were separated using the RITU He-filled
165RE6c  magnetic separator and traversed an isobutane-filled multiwire
165RE7c  proportional chamber (MWPC) and implanted into a 300-|mm-thick DSSD in
165RE8c  the GREAT spectrometer. Measured E|a, I|a, recoil-|a-correlation,
165RE9c  Deduced isomers, Q{-|a}, |a-decay branching ratios, T{-1/2}, reduced
165REac  widths, hindrance factors
165RE c  2005Sc22: sources from {+112}Sn({+60}Ni,p2n) at 266 MeV. Recoil nuclei
165RE3c  of {+169}Ir analyzed by RITU Fragment Mass Analyzer, recoil-decay
165RE4c  tagging method. Recoils implanted in silicon-strip detectors of the
165RE5c  GREAT spectrometer. Measured E|a, I|a. This work is from the same
165RE6c  laboratory as 2012Th13
165RE d  Note that {+58}Ni beam mentioned in 2005Sc22 is a misprint, it should
165RE2d  be {+60}Ni instead, according to e-mail reply from C. Scholey,
165RE3d  January 23, 2006.
165RE c  1999Po09: sources from {+177}Tl-{+173}Au-{+169}Ir |a decay chain.
165RE2c  {+177}Tl produced by {+102}Pd({+78}Kr,X) at 370 MeV at ANL. Recoil
165RE3c  nuclei of {+177}Tl analyzed by Fragment Mass Analyzer. Measured E|a,
165RE4c  I|a.
165RE c  1996Pa01: {+169}Ir produced in heavy-ion reactions followed by
165RE2c  recoil-mass separation at the Daresbury Laboratory Nuclear Structure
165RE3c  Facility. Measured E|a, T{-1/2} and branching
165RE c  1982De11: sources from {+108}Cd({+63}Cu,2n), {+110}Cd({+63}Cu,4n)
165RE2c  (E({+63}Cu)=245-300 MeV, helium-jet transport); enriched
165RE3c  targets; measured E|a, I|a (silicon surface-barrier detector).
165RE c  1978Ca11: sources from {+63}Cu bombardments of cadmium, silver,
165RE2c  and palladium (helium-jet transport); measured E|a, I|a.
165RE c  Others: 1984ScZQ, 1978Sc26.
165RE cA HF$The nuclear radius parameter r{-0}({+165}Re)=1.5639 {I39} is deduced
165RE2cA from interpolation of radius parameters of the adjacent even-even
165RE3cA nuclides in 2020Si16
169IR  P 153       24 (11/2-)          0.280 S   1              6141      4
169IR cP E,J$From 1999Po09
169IR cP T$weighted average of 0.280 s {I1} (2012Th13), 0.29 s {I1} (2004GoZZ),
169IR2cP 0.32 s {I+9-7} (1999Po09), 0.308 s {I22} (1996Pa01). Others:
169IR3cP 0.280 s {I3} (2005Sc22), 0.40 s {I9} (1978Ca11,1978Sc26).
169IR cP QP$From 2021Wa16
165RE  N                       0.79    6
165RE cN BR$%|a=79 {I6} from weighted average of %|a=78 {I6} (2012Th13),
165RE2cN 84 {I8} (1999Po09), and 72 {I13} (1996Pa01).
165RE3cN Others: 59 {I4} (2005Sc22), 83 {I+17-42} (1984ScZQ)
165RE  L  48       26 (11/2-)             1.74 S 6                           M
165RE2 L %EC+%B+=87 1$%A=13 1
165RE cL E,J$From 1999Po09
165RE cL T$from the Adopted Levels
165RE  A 6119      5  100      1.4     5
165RE cA E$weighted average (LWM) of 6120 {I14} (2005Sc22), 6106 {I5}
165RE2cA (1999Po09), 6119 {I9} (1996Pa01,2004GoZZ), 6127 {I3} (1982De11) and
165RE3cA 6110 {I10} (1978Ca11). Others: 6117 {I3} (2005Sc22),
165RE4cA 6070 {I10} (1978Sc26).
165RE cA IA$Only one |a branch is reported.
165RE cA $Reduced |a width=70 keV {I10} (2012Th13), 54 keV (2005Sc22),
165RE2cA 72 keV {I11} (1999Po09)