191AU 191AU IT DECAY (0.92 S) 1971BE61 24NDS 202403
191AU H TYP=FUL$AUT=M.S. Basunia$CIT=NDS 195, 368 (2024)$CUT=1-Dec-2023$
191AU c The isomer was produced in two different ways: 1) in an off-line
191AU2c experiment a {+191}Hg source was produced and {+191m}Au isomer
191AU3c populated in the decay was isolated by fast evaporation. The decay
191AU4c of the isomeric state was measured with a Ge(Li) detector using a
191AU5c multispectrum scaling method; 2) In a second experiment the {+191m}Au
191AU5c isomer was produced on-line, irradiating a natural platinum target with
191AU7c 60 MeV deuterons. The target was irradiated for 4 seconds and the decay
191AU5c of the isomer was measured with the Ge(Li). The experiment was repeated
191AU9c several times to obtain good statistics. Measured E|g.
191AU cG E(A),RI(B)$From the decay of {+191}Hg (50.8 min).
191AU cG M From Adopted Gammas.
191AU cL J,T From Adopted Levels.
191AU dG CC$From BrIcc v2.3e (17-Jun-2020) 2008Ki07, "Frozen Orbitals" appr.
191AU P 266.1 7 (11/2-) 0.92 S 11
191AU N 0.615 600.615 601.0
191AU PN 2
191AU cN NR From I(|g+ce)(241|g)+I(|g+ce)(253|g)=100%
191AU L 0.0 3/2+ 3.18 H 8
191AU L 12 (1/2+) 15.5 NS 15
191AU G 12 25.6 21 S
191AU cG E from E(253|g)-E(241|g).
191AU cG TI from I{-(|g+ce)}(12|g)=I{-(|g+ce)}(241|g).
191AU L 253 (5/2)+
191AU G 241 21.3 21E2 0.2016 28 B
191AU2 G %IG=13.1 16
191AUS G KC=0.1068 15$LC=0.07136 99$MC=0.01819 25
191AUS G NC=0.00449 6$OC=0.000740 10$PC=1.111E-5 16
191AU G 253 100 10M1+E2 0.89 20 0.37 7 B
191AU2 G %IG=61.5 30
191AUS G KC=0.28 6$LC=0.0661 26$MC=0.0159 4
191AUS G NC=0.00395 10$OC=0.000696 30$PC=3.3E-5 8
191AU L 266.1 7 (11/2-) 0.92 S 11 M
191AU2 L %IT=100
191AU cL T From 1971Be61: Weighted average of 0.95 s {I25} (241|g(t))
191AU2cL and 0.91 s {I12} (253|g(t)). The evaluator assumed 1971Be61 data
191AU3cL superseded their earlier value 1.2 s {I3} (1970Be60).
191AU G 13.7 6 (E3) 1.2E+7 4 163 10A
191AU2 G %IG=8.4E-6 29
191AUS G L/T=0.49 16$M/T=0.39 14
191AUS G N/T=0.10 4$O/T=0.015 7$P/T=4.4E-6 18
191AUS G LC=5.6E+6 17$MC=4.5E+6 15
191AUS G NC=1.2E+6 4$OC=1.7E+5 6$PC=51 13
191AU cG TI from I{-(|g+ce)}(13.7|g)=I{-(|g+ce)}(241|g + 253|g).