204AT    204AT IT DECAY (108 MS)       1975GI02                  10NDS    201002
204AT  H TYP=FUL$AUT=C.J. CHIARA and F.G. KONDEV$CIT=NDS 111,141 (2010)$
204AT2 H CUT=1-Oct-2009$
204AT C  1975Gi02: 193IR(16O,XNG) at E(16O)=80-137 MEV, 7.7-MG/CM2 enriched to
204AT2C  98.1% on a 1-MG/CM2 AU backing; 197AU(12C,XNG) at E(12C)=71-80 MEV,
204AT3C  2-MG/CM2 197AU target; and 196PT(15N,XNG) at E(15N)=140 MEV,
204AT4C  enriched 196PT target; 25 CM{+3} coaxial
204AT5C  GELI detector; measured EG, IG, T1/2, excitation functions.
204AT C  Other: 1969MoZU
204AT DG CC$ FROM BrIcc v2.2 (31-Mar-2008) 2008KiAA, "Frozen Orbitals" appr.
204AT CL E,J,T$From adopted levels, unless otherwise specified
204AT  P     587.3020  10-             108 MS    10
204AT  N 0.933     13          1.0
204AT  L 0            7+               9.12 M    11
204AT CL $CONF=((P,H9/2,+1)(N,F5/2,-1))
204AT  L     587.3020  10-             108 MS    10                          M
204AT CL J$ 587.3G E3 to 7+. The measured isomeric ratios in 1975Gi02 suggest
204AT2CL that the spin of this state is higher than that for the 7+ ground state
204AT CL T$From 1969MoZU (misassigned to 203AT). A consistent result was
204AT2CL obtained in 1975Gi02, but the measured value was not reported by the
204AT3CL authors
204AT CL $CONF=((P,H9/2,+1)(N,I13/2,-1))
204AT  G 587.3     2  100      E3                      0.0714 10
204ATS G KC=0.0402 6$LC=0.0232 4$MC=0.00607 9$NC+=0.00194 3
204ATS G NC=0.001577 23$OC=0.000321 5$PC=3.76E-5 6
204AT CG E$No other GAMMA rays with energies above 40 KEV were observed to
204AT2CG have excitation functions consistent with 204AT assignment. Other:
204AT3CG 585.3 KEV 2 in 1969MoZU
204AT CG M$ EKC<0.13, K/LM=1.5 1 (1969MoZU)