97ZR 97Y B- DECAY (1.17 S) 1976MOZC,1996LH03 10NDS 201004
97ZR H TYP=FUL$AUT=N. NICA$CIT=NDS 111, 525 (2010)$CUT=19-Nov-2009$
97ZR c 1996Lh03: {+232}Th(p,F) E=25 MeV; on-line mass separation
97ZR2c (IGISOL) and 12 Compton-suppressed Ge array (TARDIS); measured E|g,
97ZR2c I|g, |g|g
97ZR c 1976MoZC: mass separated fission products; measured E|g, I|g, ce,
97ZR2c prompt and delayed |g|g and |b|g coincidences. Ge(Li), FWHM 2.0 keV to
97ZR3c 2.3 keV at 1332 keV, surface barrier detector for the fissions.
97ZR c Others: 1985Be20 (|g|g(|q,H,t), T{-1/2}, |g), 1978St02 (E|b), 1975Gu03
97ZR2c (E|g, I|g, |b|g)
97ZR c All data are from 1996Lh03, unless otherwise noted.
97ZR cB IB$Deduced from the intensity balance with I|b(g.s.)=0
97ZR cG RI$Absolute intensities reported by 1996Lh03 (based on no |b{+-}
97ZR2cG feeding to {+97}Zr g.s.)
97ZR cG M$From adopted gammas
97ZR cG E(A),RI(A)$Transition fed in the decay of the 1/2- g.s. ({+97}Y |b{+-}
97ZR2cG decay (3.75 s)), but interfering with the decay of the 9/2+, 668
97ZR2cG isomer in {+97}Y (this dataset), or fed in both decays. When listed,
97ZR2cG the intensity is the calculated contribution of the 9/2+ isomer
97ZRxcG (1996Lh03).
97ZR cG E(B),RI(B)$From 1975Gu03, which give intensities (|DI|g=5%) relative to
97ZR2cG 1104|g, later placed at 1103 level. Listed here are absolute
97ZR2cG intensities (recalculated by evaluator). Notice that these rather
97ZR2cG high intensity |g's would remain unplaced by the later studies, whence
97ZR2cG the question whether they really belong to this decay. For this
97ZR2cG reason the intensities are listed in comments
97ZR cG E(b),RI(b)$From 1996Lh03 (absolute intensities)
97ZR cG RI(C)$Coincidence near the detection limit in the |g|g data in 1996Lh03
97ZR2cG (50% accuracy of intensity)
97ZR cL E$From a least squares fit to E|g
97ZR cL J,T$Adopted values
97Y P 667.52 23 (9/2)+ 1.17 S 3 6689 11
97Y cP $From adopted values for {+97}Y
97ZR N 1.0 0.993 GT
97ZR cN $1.0 0.9965 {I35}
97ZR PN 3
97ZR G 280 1 B
97ZR cG RI$20.5 {I11}
97ZR G 530 1 B
97ZR cG RI$23.3 {I13}
97ZR G 881.5 4 0.2 1 b
97ZR G 893 1 B
97ZR cG RI$37.2 {I20}
97ZR G 1002.6 7 0.2 1 b
97ZR G 1091 1 B
97ZR cG RI$56 {I3}
97ZR G 1125 1 B
97ZR cG RI$35.3 {I19}
97ZR L 0.0 1/2+ 16.749 H 8
97ZR2 L %B-=100$
97ZR cL %B-$from adopted levels
97ZR B
97ZR cB IB$GTOL upper limit (method 1): 3.8
97ZR L 1103.12 15 3/2+
97ZR B
97ZR cB IB$GTOL upper limit (method 1): 2.7
97ZR G 1103.0 2 93 2 C
97ZR L 1264.35 17 7/2+ 102.8 NS 24
97ZR2 L G=+0.39 4 (1985Be20)
97ZR cL G$by time-differential perturbed angular correlation;
97ZR2cL g-factor indicates a simple configuration=(|n g{-7/2}) (1985Be20).
97ZR B 31.6 24 5.11 4
97ZRS B EAV=2746.3 53
97ZR cB E$E|b=5950 {I200} in coin with 161|g (1978St02)
97ZR G 161.2 2 73.0 8 [E2] 0.195 C
97ZRS G KC=0.1669 25$LC=0.0238 4$MC=0.00415 7$NC+=0.000589 9
97ZRS G NC=0.000561 9$OC=2.86E-5 5
97ZR cG RI$73.0 {I8} adopted by evaluator. 73 {I8} given by 1996Lh03 seems to
97ZR2cG have a too big uncertainty, which seems to be sustained by the other
97ZR2cG intensities (much smaller)
97ZR G 1264.2 5 2.8 10[M3] 1.72E-3 ?
97ZRS G KC=0.001509 22$LC=0.0001724 25$MC=3.00E-5 5$NC+=5.54E-6 8
97ZRS G NC=4.26E-6 6$OC=3.00E-7 5$IPC=9.78E-7 16
97ZR cG $Observed by 1976MoZC but not by 1996Lh03 (possible 161|g-1103|g
97ZR2cG coincidence summing); I|g from I(161|g,1996Lh03) and |g branching
97ZR2cG ratio from 1976MoZC
97ZR L 1400.01 15 (3/2+,5/2+)
97ZR B
97ZR cB IB$GTOL upper limit (method 1): 3.1
97ZR G 136.4 4 0.05 3 ?
97ZR G 296.8 2 1.5 4 C
97ZR G 1400.0 2 6.1 14 C
97ZR L 1806.91 18 (7/2-)
97ZR B 1.8 5 6.17 13
97ZRS B EAV=2485.2 53
97ZR G 407.1 2 4.1 2 C
97ZR G 542.5 3 0.7 2 C
97ZR L 1859.14 18 (3/2+,5/2+) 8.9 PS LT
97ZR B
97ZR cB IB$GTOL upper limit (method 1): 1.1
97ZR G 594.7 2 1.2 4 D,E2 C
97ZR G 756.1 2 3.3 5 D,E2 C
97ZR L 1996.42 21 (5/2+) 2 PS LT
97ZR B 1.0 4 6.36 18
97ZRS B EAV=2394.0 53
97ZR G 189.6 3 0.04 2 D A?
97ZR G 595.8 4 0.08 5 D,E2 A?
97ZR G 1996.6 3 0.9 4 (E2) 4.68E-4
97ZRS G KC=0.0001442 21$LC=1.565E-5 22$MC=2.71E-6 4$NC+=0.000306 5
97ZRS G NC=3.86E-7 6$OC=2.76E-8 4$IPC=0.000305 5
97ZR L 2057.6 3 (5/2+)
97ZR B 0.7 3 6.49 19
97ZRS B EAV=2364.6 53
97ZR G 954.4 4 0.3 2 A?
97ZR G 2057.7 4 0.4 2
97ZR L 2234.36 19 (7/2)+
97ZR B 43.1 21 4.638 25
97ZRS B EAV=2279.6 53
97ZR cB E$E|b{+-}=5010 in coin with 161|g, E|b{+-}=5100 {I150} in coin with
97ZR2cB 970|g (1978St02)
97ZR G 375.2 2 3.7 2 C
97ZR G 427.7 4 0.7 2 C
97ZR G 833.8 6 0.3 1 ?
97ZR G 970.0 2 39 2 C
97ZR G 1131.0 4 1.0 3 ?
97ZR L 2263.63 22 (11/2-) 1.7 NS 3
97ZR cL T$from 1996Lh03
97ZR B 2.1 5 5.94 11
97ZRS B EAV=2265.5 53
97ZR G 456.7 2 1.5 2 (E2) 0.00552 C
97ZRS G KC=0.00483 7$LC=0.000569 8$MC=9.88E-5 14$NC+=1.473E-5 21
97ZRS G NC=1.383E-5 20$OC=9.01E-7 13
97ZR G 999.4 3 2.3 2 [M2] 1.60E-3 C
97ZRS G KC=0.001406 20$LC=0.0001580 23$MC=2.75E-5 4$NC+=4.18E-6 6
97ZRS G NC=3.90E-6 6$OC=2.77E-7 4
97ZR L 2338.0 3 (7/2,9/2)
97ZR B 2.1 4 5.91 9
97ZRS B EAV=2229.7 53
97ZR G 938.2 4 1.4 3 C
97ZR G 1073.3 3 0.7 2 C
97ZR L 2508.55 22 (7/2,9/2)
97ZR B 8.1 4 5.257 25
97ZRS B EAV=2147.8 53
97ZR G 274.3 4 0.1 C?
97ZR G 701.9 3 0.4 1 C
97ZR G 1244.1 2 7.7 3 C
97ZR L 2592.8 3
97ZR B
97ZR cB IB$GTOL upper limit (method 1): 0.4
97ZR G 254.6 3 0.04 2 A?
97ZR G 1193.0 3 0.4 2 AC
97ZR L 2624.9 3
97ZR B
97ZR cB IB$GTOL upper limit (method 1): 0.6
97ZR G 361.3 2 0.5 2 C
97ZR L 2626.0 4 (7/2+)
97ZR B 1.10 23 6.08 10
97ZRS B EAV=2091.4 53
97ZR G 766.9 4 0.2 1 ?
97ZR G 1522.9 5 0.9 2 C
97ZR L 2742.2 8 (1/2,3/2)
97ZR G 1639.1 7 A?
97ZR L 2813.7 6 (7/2,9/2,11/2)
97ZR B 0.30 10 6.56 15
97ZRS B EAV=2001.2 53
97ZR G 1549.3 5 0.3 1 ?
97ZR L 2839.0 4 (7/2+,9/2,11/2+)
97ZR B 1.1 3 5.99 12
97ZRS B EAV=1989.1 53
97ZR G 979.7 4 0.2 1 ?
97ZR G 1438.9 6 0.5 2 ?
97ZR G 1575.1 6 0.4 2 ?
97ZR L 2870.0 5 (7/2,9/2,11/2+)
97ZR B 1.10 20 5.97 8
97ZRS B EAV=1974.2 53
97ZR G 1605.6 4 1.1 2 C
97ZR L 3026.2 ?
97ZR G 1219.2 5 0.2 1 ? ?
97ZR L 3135.4 ?
97ZR G 1328.4 4 0.3 2 ? ?
97ZR L 3161.2 3 (7/2+,9/2+)
97ZR B 1.8 3 5.63 8
97ZRS B EAV=1834.6 53
97ZR G 652.9 4 0.1 C?
97ZR G 1302.1 3 0.6 2 C
97ZR G 1354.2 4 0.4 1 C
97ZR G 1896.3 9 0.7 2 ?
97ZR L 3184.6 ?
97ZR G 920.9 4 0.2 1 ? ?
97ZR L 3287.7 4 (3/2-)
97ZR G 1291.2 4 A?
97ZR G 1428.9 5 AC
97ZR G 1887.1 8 AC
97ZR L 3402.1 9
97ZR G 2299.0 8 A?
97ZR L 3424.47 24 (7/2-,9/2,11/2+)
97ZR B 2.5 6 5.37 11
97ZRS B EAV=1708.5 53
97ZR G 1160.9 3 0.4 1 ?
97ZR G 1190.0 2 0.6 2 C
97ZR G 1617.2 7 0.1 C? ?
97ZR G 2161.1 7 1.5 5 ?
97ZR L 3469.4 ?
97ZR G 960.9 4 0.8 3 ? ?
97ZR G 1207.1 6 0.2 1 ? ?
97ZR L 3962.8 6 (7/2+,9/2+,11/2+)
97ZR B 0.90 23 5.53 12
97ZRS B EAV=1451.6 53
97ZR G 1337.6 5 0.2 1 ? ?
97ZRF G FL=2626.0
97ZR G 1369.7 8 0.2 1 ?
97ZR G 1728.5 6 0.7 2 C
97ZR L 4046.4 6 (7/2+)
97ZR B 1.4 5 5.29 16
97ZRS B EAV=1411.9 53
97ZR G 1538.3 9 0.1 C? ?
97ZR G 1708.0 8 0.3 1 ? ?
97ZR G 1811.9 8 0.2 1 ?
97ZR G 2943.3 8 1.2 4 ?
97ZR L 4117.8 4 (9/2+,11/2+)
97ZR B 1.30 25 5.28 9
97ZRS B EAV=1377.9 53
97ZR G 1493.0 5 0.2 1 ?
97ZRF G FL=2624.9
97ZR G 1524.9 6 0.3 1 ?
97ZR G 1854.0 7 0.8 2 C
97ZR G 2311.1 6 0.4 2 ? ?