121I 121XE EC DECAY 1972MU03,1971HO02 10NDS 201006
121I H TYP=FUL$AUT=S. OHYA$CIT=NDS 111, 1619 (2010)$CUT=20-Jan-2009$
121I c 1972Mu03: Ce(p,5pxn) E=600 MeV, on-line mass separation, semi |g, |g|g,
121I 2c semi and magnetic spectrometer ce (1972Mu03)
121I c 1971Ho02: |g|g(t), |gce(t)
121I c The decay scheme is that proposed by 1972Mu03
121I c Others: 1969Bu07, 1971ShZY {+120}Te(|a,3n) E=40 MeV, semi |g
121I c The |g placements in the present decay scheme are
121I 2c inconsistent with the J|p=(9/2)+ assignment of 433.6, 529.2, and 649.7
121I 3c levels deduced from {+121}Sb({+3}He,3n|g) data. The evaluators noted
121I 4c that inconsistencies of several |b feedings with low log| {Ift} values
121I 5c (7.0-7.5) can be reduced by placing several gammas from higher
121I 6c lying levels with consistent energies
121I cL E E(levels) are based on a least-squares fit to
121I 2cL E(|g's) from 1972Mu03
121I cL J From adopted levels
121I cL T$T{-1/2} are from |g|g(t) (1970Sc21) and |g-ce(t) (1971Ho02), unless
121I 2cL noted otherwise
121I cG E$From 1972Mu03
121I cG RI$From 1972Mu03. I|g are relative to I(252.7|g)=100
121I cG M,MR $From |a(K)exp, |a(L)exp, unless noted otherwise;
121I 2cG multipolarities of the following |g's were assumed to deduce |a:
121I 4cG [M1]: 77.0|g; and [E2]: 192.6|g, 214.6|g
121I cG RI(B)$Transition intensities of multiply placed gammas and doublet
121I 2cG shown in their decay scheme by 1972Mu03 were estimated from
121I 3cG |g|g-coincidence (1972Mu03)
121I cG E(A) Possible doublet
121I cE LOGFT(B),TI(B)$The evaluator noted that inconsistency of |b feedings
121I 2cE with low log| {Ift} value can be reduced by of several
121I 3cE gammas from higher lying levels with consistent energies
121XE P 0.0 5/2(+) 40.1 M 20 3776 12
121I N 0.126 121.0 1.0 1.00 10
121I cN NR from sum I(|g+ce) to g.s.=72% {I9}.
121I PN 3
121I G 72.6 3 1.2 2
121I G 743.2 3 0.7 1
121I G 860.7 5 1.2 2
121I G 899.3 5 0.4 1
121I G 978.7 5 0.9 2
121I G 1096.3 5 1.0 3
121I G 1128.1 4 1.3 2
121I G 1273.3 4 1.2 2
121I G 1306.8 4 1.0 2
121I G 1358.4 4 1.4 2
121I G 1566.0 5 1.3 3
121I G 1695.5 5 0.6 2
121I G 1710.2 4 1.7 3
121I G 1740.4 4 1.8 3
121I G 2265.7 4 0.8 2
121I G 2302.7 5 0.7 2
121I G 2365.8 6 0.7 2
121I G 2434.2 6 1.1 3
121I G 2495.7 6 0.6 2
121I G 2607.6 6 0.50 15
121I G 2718.3 6 1.1 3
121I G 2763.2 6 0.5 2
121I G 2926.6 5 0.50 15
121I G 2950.8 6 0.40 15
121I G 2996.6 6 0.3 1
121I G 3052.1 5 0.6 2
121I G 3126.4 5 0.50 15
121I L 0.0 5/2+ 2.12 H 1
121I cL T from adopted levels
121I E 20 6 7.7 22 6.21 14 28 8
121I S E EAV=1244.7 56$CK=0.2367 23$CL=0.0313 3$CM+=0.00835 8
121I L 95.71101/2+ 8.3 NS 4
121I cL T from (80|g + |g{+|+} + 843|g)(96|g)(t) (1970Sc21)
121I E 0.91 LE 0.39 LE 7.5 GE 1.3 LE
121I S E EAV=1200.3 56$CK=0.2555 25$CL=0.0338 4$CM+=0.00902 9
121I G 95.7 2 36 3 E2 2.05 4 C
121I S G KC=1.372 22$LC=0.540 9$MC=0.1143 20$NC+=0.0241 4
121I S G NC=0.0220 4$OC=0.00205 4
121I cG M from |a(K)exp=1.40 {I15}, |a(L)exp=0.56 {I7}, |a(M)exp=0.17
121I xcG {I5}
121I L 132.8710 7/2+ 0.35 NS 2
121I cL T from (600