93MO 93MO IT DECAY 2009HO07,1977ME03 11NDS 201105
93MO H TYP=FUL$AUT=CORAL M. BAGLIN$CIT=NDS 112, 1163 (2011)$CUT=15-Dec-2010$
93MO c Others: 1951Ru24, 1953Al02, 1953Fo12, 1953Kr52, 1965Gr29, 1966Al17,
93MO2c 1971Na03, 1974An24, 1974Ch12, 1976Be34, 1985Su04
93MO c 1977Me03: thin Ge(Li) detector for E|g<400, Compton suppressed
93MO2c Ge(Li) spectrometers; measured E|g, I|g.
93MO c 1974Ch12: Ge(Li) and Si(Li) detectors; measured E|g, I|g, |a(K)exp
93MO2c (renormalized here so |a(K)exp(263|g)=0.51 (E4 theory)).
93MO c 2009Ho07: 6.85 h {+93}Mo obtained from 7.4 MeV/nucleon {+86}Kr{+21+}
93MO2c bombardment of 99% enriched {+13}C target; fragment separator;
93MO3c evaporation residues implanted in Pb foil; prompt |g-rays eliminated by
93MO4c ~520 ns flight time; 14 HPGe detectors surrounding Pb foil (2 with
93MO5c BGO anti-Compton shields, 3 operated as low-energy photon
93MO6c spectrometers) at |q=30|', 52|', 90|', 128|' and 150|';
93MO7c measured E|g, I|g, |g|g coin (250 ns time |G); jj-coupling shell model
93MO8c calculations.
93MO cG |g|g coin data are from 1966Al17.
93MO2cG For |g|g(|q), see 1953Kr52.
93MO cG E High-precision data are reported by 2009Ho07 and 1977Me03
93MO2cG but, for the three lowest-energy lines, the data do not agree
93MO3cG within stated uncertainties. The evaluator adopts the unweighted
93MO4cG averages of these data, and the weighted average of E|g for the
93MO5cG 1363|g and 1477|g (for which data are consistent).
93MO cG RI Weighted average of I|g from 2009Ho07 and 1977Me03 after
93MO2cG combining the statistical uncertainty in I|g from 1977Me03
93MO3cG in quadrature with the 2% uncertainty in detector efficiency
93MO4cG (see 1977Me03), except as noted. Data from 1974Ch12, 1971Na03 and
93MO5cG 1966Al17 are in excellent agreement.
93MO cG E(A),RI(A)$I|g limit from 1971Na03 renormalized so I(685|g)=100; |g not
93MO2cG observed. E|g from level energy difference. 948|g and
93MO3cG 2162|g not included in Adopted Gammas.
93MO cL E From least-squares fit to E|g adopted here.
93MO cL J From Adopted Levels.
93MO P 2424.97 4 21/2+ 6.85 H 7
93MO N 1.000 1.000 0.99883224
93MO PN 3
93MO cN NR From |S(I(|g+ce) to g.s.)=100% of IT decays.
93MO cN BR From I(949|g in Nb)/(I(1363|g+1477|g) in Mo)=0.0012 {I1}
93MO2cN (1977Me03) and (I(950|g)+I(1363|g)+I(1477|g))=100%.
93MO L 0.0 5/2+
93MO L 1363.068 16 7/2+
93MO G 1363.016 22 0.81 2 M1+E2 +0.48 -8+6 C
93MO3 G EKC=0.00036 7
93MOS G CC=0.000449 7$KC=0.000365 6$LC=4.05E-5 6$MC=7.22E-6 11$NC+=3.64E-5 7
93MOS G NC=1.102E-6 16$OC=6.33E-8 10$IPC=3.53E-5 6
93MO cG E weighted average of 1363.01 {I3} (2009Ho07) and 1363.02 {I3}
93MO2cG (1977Me03).
93MO cG |a(K)exp: weighted average of 0.00039 {I10} (1974Ch12) and
93MO2cG 0.00032 {I10} (1974An24). K/(L+M)=7.4 {I14} (1974An24).
93MO cG M,MR from |a(K)exp.
93MO L 1477.150 3 9/2+ 14 PS LE
93MO cL T from 684|g-1477|g delayed coin (1976Be34).
93MO G 114.045 21 0.68 2 M1+(E2) 0.11 LT 0.178 5 C
93MO3 G EKC=0.29 15 (1974Ch12)
93MOS G KC=0.155 4$LC=0.0186 7$MC=0.00334 11$NC+=0.000533 17
93MOS G NC=0.000505 16$OC=2.75E-5 6
93MO cG E unweighted average of 114.065 {I5} (2009Ho07) and 114.024
93MO2cG {I9} (1977Me03).
93MO cG M,MR from |a(K)exp (1974Ch12).
93MO cG %I|g=99.074 {I23} assuming adopted decay scheme
93MOxcG normalization.
93MO G 1477.138 3 99.2 11 E2 C
93MO3 G EKC=0.00025 4
93MOS G CC=0.000411 6$KC=0.000296 5$LC=3.30E-5 5$MC=5.88E-6 9$NC+=7.61E-5 11
93MOS G NC=8.95E-7 13$OC=5.09E-8 8$IPC=7.51E-5 11
93MO cG E weighted average of 1477.138 {I2} (2009Ho07) and 1477.113
93MO2cG {I20} (1977Me03).
93MO cG M from |a(K)exp=0.00025 {I4}, the weighted average of 0.00034
93MO2cG {I10} (1974Ch12) and 0.00023 {I5} (1953Fo12, renormalized so
93MOxcG |a(K)(263)=0.517).
93MO cG %I|g=99.074 {I23}.
93MO L 2161.846 22 13/2+ 46 PS 6
93MO cL T from 263|g-684|g delayed coin (1976Be34).
93MO G 684.693 21 100.0 8 E2 C
93MO3 G EKC=0.00153 24 (1953Fo12)
93MOS G CC=0.00196 3$KC=0.001721 24$LC=0.000200 3$MC=3.58E-5 5$NC+=5.70E-6 8
93MOS G NC=5.41E-6 8$OC=2.93E-7 5
93MO cG E unweighted average of 684.714 {I1} (2009Ho07) and 684.672
93MO2cG {I9} (1977Me03).
93MO cG M from |a(K)exp=0.00153 {I24}, the weighted average of 0.0017
93MO2cG {I4} (1974Ch12) and 0.00144 {I29} (1953Fo12, renormalized so
93MO3cG |a(K)(263)=0.517). Supported by K/L=8.0 {I10} (1953Fo12).
93MO cG |d(Q,O)<0.07 from |a(K)exp.
93MO G 2161.8 0.10 LE A ?
93MO cG E |g omitted from Adopted Gammas.
93MO L 2304.1 (11/2)- ?
93MO cL E from Adopted Levels.
93MO G 827 0.005 LT(E1+M2) A ?
93MOS G CC=0.0018 14$KC=0.0016 12$LC=0.00018 14$MC=3.3E-5 25$NC+=5.E-6 4
93MOS G NC=5.E-6 4$OC=2.8E-7 21
93MO cG M from Adopted Gammas.
93MO L 2424.895 25 21/2+ 6.85 H 7 M1
93MO2 L %IT=99.88 1 $%EC+%B+=0.12 1
93MO cL T weighted average of 6.75 h {I5} (1950Ku15), 6.95 h {I5}
93MO2cL (1952Bo62), and 6.85 h {I10} (1965Gr29).
93MO G 263.049 13 57.5 11 E4 0.698 C
93MO3 G ECC=0.687 17 (1989ViZT)$
93MOS G KC=0.517 8$LC=0.1488 21$MC=0.0277 4$NC+=0.00390 6
93MOS G NC=0.00382 6$OC=7.97E-5 12
93MO cG E unweighted average of 263.036 {I1} (2009Ho07) and 263.062
93MO2cG {I5} (1977Me03).
93MO cG M from |a(exp)=0.687 {I17} (1989ViZY). Other |a(exp): 0.71
93MO2cG {I4}, weighted average of 0.72 {I5} (1963Bo29) and 0.70 {I5}
93MO3cG (1985Su04; based on intensity balance at the
93MO4cG 2162 level, assuming E2-theory value for |a(685 transition)).
93MO5cG Supported by K/L=3.5 {I2} (1965Gr29); other K/L: 3.09 {I6} (1953Fo12),
93MO6cG 2.79 {I15} (1953Al02), 2.9 {I2} (1951Ru24).
93MO G 947.8 0.22 LE A ?
93MO cG E |g unconfirmed in other studies so omitted from Adopted
93MO2cG Gammas.