187AU    187AU IT DECAY (2.3 S)        1983BR26,1978BO05         09NDS    200905
187AU  H TYP=FUL$AUT=M. S. Basunia$CIT=NDS 110, 999 (2009)$CUT=1-Nov-2008$
187AU C  1983BR26: On-line mass-separated sources of {+187m}Au from
187AU2C  178HF(14N,5N) reaction, E=103 MeV, on natural Hf foils at ^Oak ^Ridge
187AU3C  ^Isochronous ^Cyclotron ^UNISOR facility.
187AU C  1978BO05: On-line mass separated 187HG from Au(p,xn)Hg; Detector:
187AU2C  Ge(Li), Si(Li); Measured EG, RI, ICC, GG COIN, ceG-COIN, Gce (t),
187AU3C  deduced levels, J, PI, MULT.
187AU CG E         From 1978Bo05
187AU CG RI        Deduced from ^TI/(1+^CC)
187AU CL J(A)      For (prolate) CONF: 3/2+[402] (19.5 keV level) and
187AU2CL CONF:1/2+[400] (G.S.) ^B(^M1)=0.0018; and for (oblate)
187AU3CL CONF: 3/2+[431] (19.5 keV) and CONF:1/2+[431] (G.S.) ^B(^M1)=0.59,
187AU4CL calculated by 1978Bo05.
187AU CL J(B)      The hindrance of 101.1G ^E3 isomeric transition is consistent
187AU2CL with the analogous h9/2 to d3/2 ^E3 transitions in 191TL to 201TL.
187AU  P 120.6      2 9/2(-)               2.3 S 1
187AU  N 1.0         1.0          1.0
187AU PN                                                                     3
187AU  L 0.0          1/2(+)
187AU  L 19.5       2 3/2(+)           6 NS      1                          A
187AU2 L FLAG=B
187AU CL T         From CE(19.5^L)(T) (1978Bo05)
187AU  G 19.5      4            (M1+E2)                7.E3   6
187AUS G LC=5.E3 5$MC=1.3E3 13$NC+=4.E2 4
187AUS G NC=3.E2 3$OC=5.E1 5$PC=0.083 6
187AU CG M         Assigned from an estimated ^M/^N subshell ratio, observing
187AU2CG a conversion electron spectrum (fig 5-1978BO05) by the evaluator.
187AU  L 120.6      2 9/2-                 2.3 S 1                           M1
187AU2 L FLAG=B
187AU CL T$From CE(T)-1983Br26. The uncertainty is at 95% confidence level.
187AU  G 101.1      2   0.83 2   E3                    119.7  22 100
187AUS G KC=0.927 14$LC=87.3 16$MC=24.5 5$NC+=7.07 13
187AUS G NC=6.10 11$OC=0.970 18$PC=0.00184 3
187AU CG M         ELC=75 20, L1/L2 LT 0.1, L2/L3 AP 1.3 (1978Bo05).