94MO 94TC EC DECAY (293 M) 1969BA09 06NDS 200609
94MO H TYP=FUL$AUT=D. Abriola(a), A.A. Sonzogni$CIT=NDS 107, 2423 (2006)$
94MO2 H CUT=1-Jan-2006$
94MO C 1969Ba09: Ge(Li), FWHM=3.1 keV and 2.4 keV at 1.33 MeV. NaI. Measured
94MOaC E|g, I|g, |g|g.
94MO C 1979Ka22: Ge(Li), FWHM=1.9 keV at 1.33 MeV. NaI(Tl). Measured
94MOaC |g|g(|q).
94MO C 1977Be38: Ge(Li), FWHM=3 keV at 1.17 MeV. NaI(Tl). Measured |g|g(|q),
94MOaC |g|g(pol) correlation.
94MO C 1977Be19: Ge(Li). Measured |g(|q,H,t) from low-temperature oriented
94MOaC nuclei. Deduced mult., |d.
94MO C 1968Ar06: Ge(Li), NaI(Tl). Measured E|g, I|g, |g|g.
94MO C 1971Br54: Ge(Li), NaI(Tl). Measured X|g coin.
94MO C Other: 1968Ka25.
94MO C The decay scheme is based mainly on 1969Ba09 with the following
94MOaC modifications:
94MO C In accordance with (|a,2n|g), the 532 and 449 |g's have been placed
94MOaC deexciting the 2956 and 2873 levels, respectively, instead of
94MOaC introducing new levels at 2106 keV and 3614 keV. The 1509|g could
94MOaC then not be placed in the level scheme.
94MO CL J$From adopted levels.
94MO CG M,MR$From adopted gammas
94MO CG E,RI$From 1969Ba09.
94MO CL E$From least-squares fit to EG
94TC P 0.0 7+ 293 M 1 4256 4
94MO N 0.999 1.0 1.0
94MO CN NR$Assuming |S IG (GS)=100%
94MO PN 3
94MO G 1509.3 4 0.68 7
94MO L 0 0+
94MO L 871.05 7 2+
94MO G 871.05 7 100 E2
94MOS G CC=0.00108$KC=0.00094 3$LC=0.00011
94MO L 1573.73 104+
94MO G 702.67 7 99.7 18E2
94MOS G CC=0.00186$KC=0.00161 5$LC=0.00019 1
94MO L 2423.47 126+
94MO G 849.74 7 95.8 18E2(+M3) -0.04 5
94MOS G CC=0.00116 4$KC=0.00100 3$LC=0.00011
94MO E 10.5 3 70.8 175.058 11 81.3 19
94MOS E EAV=358.3$CK=0.7570 17$CL=0.09224 21
94MO L 2872.7 3 6+
94MO G 449.2 3 3.3 3 (M1(+E2)) +0.14 9
94MOS G CC=0.00510 5$KC=0.00443 4$LC=0.00050 1
94MO CG MR$other: 0.0 {I+2-1} or +0.7 {I2} from |g(|q,H,t) (1977Be19).
94MO E 0.013 2 1.7 3 6.43 8 1.7 3
94MOS E EAV=164.6$CK=0.8625 3$CL=0.10573 5
94MO L 2955.6 3 8+
94MO G 83 0.49 E2
94MOS G CC=2.39$KC=1.88 6$LC=0.420 13$MC=0.0761 23$NC+=0.0124 4
94MO CG E$from 1971Br54.
94MO CG RI$from 1971Br54.
94MO G 532.1 3 2.35 25(E2)
94MOS G CC=0.00400$KC=0.00345 11$LC=0.00041 1
94MO CG $|d=-0.10 {I12} (1979Ka22) for the M1 component of this |g is
94MOaCG consistent with |DJ=2 for this transition
94MO E 0.011 1 4.0 3 6.01 4 4.0 3
94MOS E EAV=129.0$CK=0.8665 2$CL=0.10640 3
94MO L 3165.80 206+
94MO G 742.3 2 1.21 18(M1(+E2)) +0.15 7
94MOS G CC=0.00158$KC=0.00137$LC=0.00015
94MO CG MR$+0.14 {I+26-48}
94MO G 1592.1 3 2.25 20(E2(+M3)) -0.01 6
94MO E 3.5 3 5.91 4 3.5 3
94MOS E CK=0.8681$CL=0.10716 2
94MO L 3339.57 196+
94MO G 916.10 157.6 4 (M1(+E2)) -0.04 4
94MOS G CC=0.00099$KC=0.00086
94MO CG MR$from |g|g(|q) of 1977Be38. Other: |d=-0.07 {I+7-5} from |g(|q,H,t)
94MOaCG (1977Be19).
94MO G 1765.6 7 0.29 5
94MO E 7.9 4 5.400 23 7.9 4
94MOS E CK=0.8674$CL=0.10772 2