178IR    182AU A DECAY                 1995BI01,1979HA10         09NDS    200907
178IR  H TYP=FUL$AUT=E. Achterberg, O.A. Capurro, G.V. Marti$
178IR2 H CIT=NDS 110, 1473 (2009)$CUT=31-May-2008$
178IR C
178IR C  1995Bi01: Activities produced by the bombardment of Yb (diffused into a
178IR2C  C felt) with 165MeV 19F beam. Identification and measurements
178IR3C  using the UNISOR on-line isotope separator.  Si(Li) detectors to
178IR6C  identify |a rays and electrons. Ge(Li) detectors to measure |g and
178IR7C  x-rays, Si(Au) surface barrier detector to measure |a particles.
178IR8C  Two Ge(Li) detectors were used to observe |g and x-rays in
178IR9C  coincidence. Measured E|a, I|a,  |a|g coin.,
178IR0C  |a-x coin., |a-e coin., and half-lives, deduced HF.
178IR C  1979Ha10: Activity produced by protons on Pb; E=600 MeV. Measured E|a,
178IR2C  I|a, |a|g coin. Detectors: semiconductors Ge(Li).
178IR CL           Level and transition energies are from 1995Bi01, as well as
178IRxCL the HF estimates.
182AU  P 0.0           2+              15.5 S     4             5526       4
182AU CP           J|p from 2001Ib02; T from 2003Au02; Q(|a) from 2003Au03;
182AUxCP branching from 1995Bi01.
182AU CP           The half-life measurements for three |a transitions and for
182AUxCP the {+182}Au |e decay reported in 1995Bi01 lead to an average of
182AUxCP T=15.0 s {I8}.
178IR  N                       0.0013   5
178IR  L 0.0                           12 S      2
178IR CL T         from adopted levels.
178IR  A 5403       5  21       21
178IR  L 54.4       5 (2+)
178IR CL J         from the hindrance factor of the |a transition feeding this
178IRxCL level, which indicates that it has the same J|p and structure as the
178IRxCL {+182}Au g.s., for which a J|p=(2+) has been established (2001Ib02).
178IR  A 5352       5  72        3
178IR CA E         other value: 5353 {I10} (1979Ha10)
178IR  G 54.4       5
178IR CG E         from 1995Bi01
178IR  L 123        7
178IR CL E         from |a-particle energy differences (1995Bi01)
178IR  A 5283       5  7        28