158TA    162RE A DECAY (77 MS)         2016CA15,1997DA07,1996PA0117NDS    201704
158TA  H TYP=FUL$AUT=N. NICA$CIT=NDS 141, 1 (2017)$CUT=1-Feb-2017$
158TA c  2016Ca15 compiled for the XUNDL database by B. Singh (McMaster).
158TA c  2016Ca15: {+162}Re obtained as daughter of {+166}Ir |a decay, which
158TA2c  was produced in {+92}Mo({+78}Kr,pn),E=380 MeV from JYFL accelerator
158TA3c  facility. Evaporation residues from the target were sent into the
158TA4c  RITU separator and analyzed using GREAT spectrometer. The recoils and
158TA5c  |a particles were detected by DSSSDs, x rays and |g rays by a planar
158TA6c  double-sided Ge strip detector and a Clover Ge detector. Measured
158TA7c  (recoils)|a correlated events, |a|g-coin, E|a. Deduced fine structure
158TA8c  in |a decay of {+162}Re
158TA c  1997Da07: Produced by {+92}Mo({+78}Kr,pxn) at 357 and 384 MeV with
158TA2c  separation in Fragment Mass Analyzer and implanted in silicon strip
158TA3c  detector.  Particles emitted were time and position correlated.
158TA c  The assignment of both |a branches to this decayl is          from
158TA2c  1997Da07. The energy of the 37 ms isomer was deduced (1997Da07) from
158TA3c  the |a energies from the decay of isomers of {+166}Ir.
158TA c  1996Pa01: Produced by {+112}Sn({+58}Ni,x) or other reactions and
158TA2c  separated in recoil mass separator.  |a's measured in silicon strip
158TA3c  detector with parent-daughter correlation.
158TA c  1979Ho10, 1981HoZM: Produced by {+107}Ag({+58}Ni,3n) reaction with
158TA2c  |a's measured with Si detector following a velocity selector.
158TA cL J$From 2016Ca15; (9+) for the isomer was assigned by 1997Da07
158TA cA HF$r{-0}=1.560 {I5}, weighted average of r{-0} values for {+160,162}W
158TA2cA and {+162,164}Os in 1998Ak04.
162RE  P 173       13 (9+)              77 MS     9              6240     5
162RE cP E,T,J$From {+162}Re Adopted Levels
162RE cP QP$From 2012Wa38
158TA  N                        0.91   5
158TA cN BR$%|a=91 {I5} (from {+162}Re Adopted Levels, weighted average of
158TA2cN 0.94 {I6} (1997Da07) and 0.85 {I9} (1996Pa01)).
158TA  L 141       9  (9+)              36.7 MS   15                         M1
158TA2 L %EC+%B+=5 5$%A=95 5
158TA cL $Energy, half-life and decay modes from Adopted Levels. Proton decay
158TA2cL mode is also possible since S(p)({+158}Ta g.s.)=-450 {I50} (2012Wa38).
158TA cL $Measured E|a=6048 {I5} (1997Da07)
158TA cL $Possible configuration=|ph{-11/2}~#|nf{-7/2} based on that for 9+
158TA2cL isomers in neighboring nuclei (from 1997Da07 as cited by 2016Ca15)
158TA  A 6119      3 100       2.0     3
158TA cA E$Weighted average of 6119 {I6} (1979Ho10), 6123 {I6} (1996Pa01), and
158TA2cA 6116 {I5} (1997Da07).
158TA  L 207       9  (10+)
158TA cL E$from 2016Ca15
158TA  G 66.1      2            (M1)                    2.46                 C
158TA cG E,M$from {+158}Ta IT decay (2016Ca15). The 66|g was seen in
158TA2cG coincidence with 6037|a (2016Ca15, Fig. 2c).
158TA  A 6037      16
158TA cA E$from 2016Ca15