189IR    189IR IT DECAY (13.3 MS)                                201704   201704
189IR  H TYP=FUL$AUT=T.D. JOHNSON, BALRAJ SINGH$CIT=NDS 142, 1 (2017)$
189IR2 H CUT=15-Apr-2017$
189IR cG E,M,MR,RI(X)$From Adopted Gammas.
189IR cG RI(Y)$From intensity balance, with branching ratios from Adopted Gammas
189IR cG CC$Theoretical values from BrIcc code (2008Ki07) with "Frozen Orbitals"
189IR2cG approximation, unless otherwise stated
189IR cL E,J,T$From Adopted Levels.
189IR  P 372.17     4 11/2-              13.3 MS 3
189IR  N    0.040   7              1
189IR cN NR$I(|g+ce)(71.7|g+258.4|g)=100
189IR PN                                                                     3
189IR  L 0.0          3/2+
189IR  L 113.831   23 5/2+
189IR  G 113.82     4   28E1 6  M1+E2     0.55   5      3.88  8             Y
189IRS G  KC=2.82 11$LC=0.81 4$MC=0.196 10
189IRS G  NC=0.0479 23$OC=0.0079 4$PC=0.000347 13
189IR  L 300.50     4 7/2+
189IR  G 186.70     6   62E1 13 M1+E2     -0.7   2      0.84  8             Y
189IRS G  KC=0.64 9$LC=0.152 6$MC=0.0364 18
189IRS G  NC=0.0089 4$OC=0.00150 5$PC=7.8E-5 11
189IR  G 300.51     6  103E1 22 E2                      0.0943              Y
189IRS G  KC=0.0598 9$LC=0.0262 4$MC=0.00652 10
189IRS G  NC=0.001583 23$OC=0.000253 4$PC=6.43E-6 9
189IR  L 372.17     4 11/2-              13.3 MS 3                           M1
189IR2 L %IT=100
189IR cL T$weighted average of 13.4 ms {I2} (1973RoYQ), 12.3 ms {I5}
189IR2cL (1967Co20), and 14 ms {I1} (1963Re13). Other values: 10.0 ms {I6}
189IRxcL (1960Mo19), 14 ms {I3} (1968Io01)
189IR  G 71.69      4     30  5  M2(+E3)    0.1  LT       76   4            X
189IRS G  LC=57 3$MC=14.6 8
189IRS G  NC=3.63 18$OC=0.62 3$PC=0.0361 6
189IR cG M$in 1967Co20, this was assumed to be M2, although a strong
189IR2cG K|a x-ray obscured the transition so the analysis was not possible.
189IR  G 258.37     6    100  8  E3                      0.876              X
189IRS G  KC=0.248 4$LC=0.470 7$MC=0.1235 18
189IRS G  NC=0.0301 5$OC=0.00468 7$PC=4.26E-5 6
189IR cG M$in 1967Co20, M2 was obtained by comparing the ratio of x-ray
189IR2cG intensity to that of the isomeric transition. Subsequent electron
189IR3cG conversion measurements from electron capture establish E3.