159HO 159ER EC DECAY 1977BO26,1979AD08 12NDS 201201
159HO H TYP=FUL$AUT=C. W. Reich$CIT=NDS 113, 157 (2012)$CUT=31-Dec-2010$
159HO D DATA SET UPDATED (OCTOBER, 2010) BY CW REICH TO INCLUDE NEW QP VALUE,
159HO2D RECOMPUTED CC VALUES, AND ADDITIONAL BAND ASSIGNMENTS.
159HO c {+159}Er has been produced by {+165}Ho(p,7n)
159HO2c (1965St08,1966La11,1977Bo26), by {+153}Eu({+11}B,5n) (1977HaYT), and by
159HO3c spallation of Ta target with 660-MeV p (1961Ab06,1968Ab16,1979Ad08).
159HO c The decay scheme is essentially that of 1977Bo26.
159HO c Experimental methods:
159HO c 1961Ab06: Measured ce's for 205|g in magnetic spectrograph.
159HO c 1965St08: Measured ce's with 205|g and 624|g in double-focusing
159HO2c spectrometer.
159HO c 1966La11: Measured |g's with NaI(Tl) detector; report 9 |g's.
159HO c 1968Ab16: Measured |g's with Ge(Li) detector and ce's in spectrographs;
159HO2c report 11 |g's and 2 multipolarities.
159HO d 1973HaZX: Abstract only; no data here. See 1977HaYT for some data.
159HO c 1977Bo26: Measured |g singles, |g|g coincidences (with Ge detectors),
159HO2c and ce's (with Si(Li) detector); report 110 |g's, |g|g coincidence
159HO3c table, and 39 multipolarities. Uncertainties are only in general
159HO4c statements.
159HO d 1977HaYT: Private communication to M. A. Lee. Report 26 G's.
159HO c 1979Ad08: Measured |g's with Ge detectors; ce's measured with magnetic
159HO2c spectrograph, Si(Li) detector, and toroidal spectrometer. |b{++}
159HO3c spectra measured with a Si(Li) detector and with a toroidal
159HO4c spectrometer. Report about 150 |g's, |g|g coincidence table, and about
159HO5c 27 multipolarities (most with a crude limit on mixing ratio).
159HO d 1979BuZM: Abstract only. Report endpoint of B+ spectrum. By some
159HO2d of the authors of 1979Ad08.
159HO d 1979DzZZ: Abstract only. Notes configurations and log {Ift} values.
159HO d 1984KaZQ: Abstract only. Intensities of B+ components. By some
159HO2d of the authors of 1979Ad08.
159HO d 1987AlZN: Abstract only. Discusses configurations, log {Ift}'s,
159HO2d decay energy.
159HO c 1995AdZW: One-page summary of measured |g's; reported energies and
159HO2c intensities for |g's above 1830~keV. No placements and no basis for the
159HO3c small quoted uncertainties. Only those |g's definitely assigned to this
159HO4c decay are included here.
159HO c 2007VaZX: Search for three-quasiparticle states of the form
159HO2c (|n3/2[521],|n5/2[523],|p7/2[523]) in the region centered around
159HO3c 1.5~MeV excited via {Iau} |b decay from {+159}Er through ce studies of
159HO4c the high-energy |g radiation from mass-separated {+159}Er sources. No
159HO5c evidence for such {Iau} transitions and, hence, for such excitations,
159HO6c was found in this study.
159HO c 2008IbZZ (Conference Abstract): From study of the {+159}Er decay using
159HO2c a variety of HPGE detectors and a mini-orange electron detector, report
159HO3c 293 |g transitions, 144 of which are identified with the {+159}Er decay
159HO4c for the first time. Introduce 11 new levels at 341, 382, 1259, 1433,
159HO5c 1438, 1504, 1758, 1811, 1905, 1947, and 2005~keV. In the absence of the
159HO6c details regarding these conclusions, the evaluator has not included
159HO7c this information in this data set.
159HO cE TI$Values are from |g-transition intensity balances at each level and
159HO2cE are somewhat uncertain due to the incompleteness of the decay scheme.
159HO3cE Values are taken to be 0 for the 0 and 97 levels, since these are
159HO4cE 2{+nd} forbidden decays. Values of <1% for levels below 1~MeV are
159HO5cE considered very uncertain and have been omitted.
159HO cE IB,IE$The I|e and I|b{++} values are computed from the I(|e+|b{++}) and
159HO2cE the theoretical ratios from the log| {Ift} code.
159HO cG E$From 1979Ad08, unless noted as from 1977Bo26 or 1995AdZW; significant
159HO2cG differences between 1979Ad08 and 1977Bo26 values are noted.
159HO3cG Uncertainties in 1977Bo26 are|?0.3~keV from a general statement; these
159HO4cG uncertainties have not been included here.
159HO cG RI$From 1977Bo26, unless noted as from 1979Ad08 or 1995AdZW.
159HO2cG Significant differences between 1979Ad08 and 1977Bo26 are noted.
159HO3cG Uncertainties in 1977Bo26 are 10% to 30% from a general comment and are
159HO4cG assigned by the evaluator as 30% for I|g < 10, 20% for 10 |100.
159HO cG M$From {+159}Ho Adopted |g radiations, but based on |a{-K}(exp) and
159HO2cG |a{-L}(exp) data of 1977Bo26 and 1979Ad08. Values were normalized for
159HO3cG an E3 assignment for the 205.9 G.
159HO cG E(R)$Reported only in 1977Bo26.
159HO cG E(T)$From 1977Bo26.
159HO cG RI(V)$From 1979Ad08.
159HO cG E(S),RI(S)$From 1995AdZW
159HO cL E$From least-squares fit to |g energies.
159HO cL J$J{+|p}'s and configurations are from {+159}Ho Adopted Levels, but
159HO2cL often these are the assignments of 1977Bo26.
159HO cL BAND(A)$|p7/2[523] band.
159HO cL BAND(B)$|p7/2[404] band.
159HO cL BAND(C)$|p1/2[411] band.
159HO cL BAND(D)$|p5/2[402] bandhead.
159HO cL BAND(E)$|p1/2[541] band.
159HO cL BAND(F)$K{+|p}=3/2- band. K-2 |g-vibrational band built on the
159HO2cL |p7/2[523] g.s. For J|>5/2, mixed with the members of the |p5/2[532]
159HO3cL band.
159HO cL BAND(G)$K{+|p}=5/2-, |p5/2[532], bandhead. Contains an admixture of
159HO2cL the K-2 |g-vibrational band built on the 7/2- g.s. band.
159HO cL BAND(H)$K{+|p}=5/2+, |p5/2[413], bandhead
159ER P 0 3/2- 36 M 1 2768.5 20
159HO N 0.0334 16 0.0334 16 1.0 1.0
159HO cN NR$calculated to give 100% feeding of the ground state.
159HO PN 3
159HO G 16.8 1
159HO cG M$M1 assigned by author (1979Ad08), although the L3/L1 ratio implies
159HO2cG M3.
159HO cG TI$From ce data of 1979Ad08, transition intensity is 106 if |g is M1
159HO2cG and 85 if |g is M3.
159HO G 68.6 1 3.2 4 M1(+E2) 0.75 LE 8.6 9 V
159HOS G KC=5.7 8$LC=2.2 13$MC=0.5 3$NC+=0.13 8
159HOS G NC=0.12 7$OC=0.015 8$PC=0.00035 6
159HO cG MR$Authors' value; their K/L ratio gives |d=0.31 {I+5-10}.
159HO G 85.2 2 1.2 4 V
159HO G 89.10 5 9.3 9 M1(+E2) 1.7 LE 3.9 3 V
159HOS G KC=2.5 6$LC=1.1 7$MC=0.27 17$NC+=0.07 5
159HOS G NC=0.06 4$OC=0.008 5$PC=0.00014 5
159HO G 104.2 1 2.1 6 V
159HO G 105.8 1 1.7 4 V
159HO G 113.0 1 3.5 7 E2(+M1) 1.7 GE 1.80 V
159HOS G KC=0.90 10$LC=0.69 7$MC=0.165 17$NC+=0.042 5
159HOS G NC=0.037 4$OC=0.0045 5$PC=4.2E-5 8
159HO G 123.5 1 2.8 11 V
159HO G 125.8 1 1.8 6 V
159HO G 129.75 7 3.5 7 E2(+M1) 1.6 GE 1.11 3 V
159HOS G KC=0.63 7$LC=0.37 4$MC=0.089 9$NC+=0.0226 23
159HOS G NC=0.0201 20$OC=0.00245 22$PC=3.0E-5 6
159HO G 167.15 10 9 1 V
159HO G 175.45 10 3 1 V
159HO G 199.35 10 8 2 V
159HO G 224.8 4 9 3 V
159HO G 237.8 3 9 3 V
159HO G 250.9 1 20 6 V
159HO G 321.6 2 15 3 E1 0.01504 V
159HOS G KC=0.01273 18$LC=0.00181 3$MC=0.000397 6$NC+=0.0001052 15
159HOS G NC=9.15E-5 13$OC=1.298E-5 19$PC=6.68E-7 10
159HO G 325.9 2 7 2 M1(+E2) 4.9 LE 0.076 23 V
159HOS G KC=0.062 21$LC=0.0110 11$MC=0.00248 18$NC+=0.00066 6
159HOS G NC=0.00057 5$OC=8.0E-5 11$PC=3.6E-6 15
159HO G 344.2 2 5 2 E2,E1 0.029 16 V
159HO G 366.2 2 6.6 20
159HO G 370.0 4.4 13
159HO cG RI$Other:|<2 (1979Ad08).
159HO G 375.0 2 4 1 V
159HO G 434.8 3 6 2 V
159HO G 437.3 3 7.4 22
159HO cG E$Other: 436.4 (1977Bo26).
159HO G 441.3 3 4 1 V
159HO G 461.9 3 6 2 V
159HO G 483.3 3 4.6 14M1 0.0351
159HOS G KC=0.0297 5$LC=0.00425 6$MC=0.000935 14$NC+=0.000251 4
159HOS G NC=0.000217 3$OC=3.17E-5 5$PC=1.81E-6 3
159HO G 499.9 2 9 2 E1,E2 0.011 6 V
159HO G 565.3 4 6 2 E2(+M1) 1.0 GE 0.015 3 V
159HOS G KC=0.012 3$LC=0.0020 3$MC=0.00044 6$NC+=0.000118 17
159HOS G NC=0.000103 15$OC=1.45E-5 23$PC=7.0E-7 17
159HO G 585.5 3 14 2 E2(+M1) 1.1 GE 0.0131 25 V
159HOS G KC=0.0108 22$LC=0.00178 24$MC=0.00040 5$NC+=0.000106 14
159HOS G NC=9.2E-5 12$OC=1.30E-5 19$PC=6.3E-7 14
159HO G 592.0 3 7 2 E2 0.01033 V
159HOS G KC=0.00840 12$LC=0.001501 22$MC=0.000338 5$NC+=8.90E-5 13
159HOS G NC=7.78E-5 11$OC=1.077E-5 16$PC=4.73E-7 7
159HO G 599.5 3 8.2 25M1(+E2) 3.2 LE 0.016 5
159HOS G KC=0.013 5$LC=0.0020 5$MC=0.00044 10$NC+=0.00012 3
159HOS G NC=0.000102 23$OC=1.5E-5 4$PC=8.E-7 3
159HO G 610.2 3 6.0 18
159HO3 G FLAG=T
159HO cG RI$Other: 2 {I1} (1979Ad08).
159HO G 613.8 3 4.8 14
159HO cG RI$Other: 9 {I2} (1979Ad08).
159HO G 635.3 4 10 3 E2(+M1) 0.56 GE 0.012 4 V
159HOS G KC=0.010 3$LC=0.0016 4$MC=0.00035 7$NC+=9.3E-5 20
159HOS G NC=8.1E-5 17$OC=1.1E-5 3$PC=5.9E-7 19
159HO G 668.0 7.2 22
159HO cG RI$Other:|<3 (1979Ad08).
159HO G 674.5 4 3 1 V
159HO G 679.2 4 5 2 V
159HO G 697.7 5 3 1 V
159HO G 758.8 3 6 2 V
159HO G 779.8 3 9 2 V
159HO G 783.5 5 4 2 V
159HO G 796.4 3 9 2 V
159HO G 800.4 5 3 1 V
159HO G 809.3 5 9 3 V
159HO G 811.8 5 2 1 V
159HO G 819.7 4 6 2 V
159HO G 851.5 7 23 5
159HO cG RI$Other 7 {I3} (1979Ad08).
159HO G 857.3 5 7 2 V
159HO G 880.0 10 9 4 V
159HO G 910.3 5 7 2 V
159HO G 919.2 5 3.4 10
159HO cG RI$Other 6 {I2} (1979Ad08).
159HO G 932.6 5 11 3 V
159HO G 942.5 4 32 6 E1,E2 0.0026 11
159HO G 964.9 5 9 3 M1 0.00624
159HOS G KC=0.00530 8$LC=0.000741 11$MC=0.0001624 23$NC+=4.36E-5 7
159HOS G NC=3.77E-5 6$OC=5.52E-6 8$PC=3.18E-7 5
159HO G 988.5 6 5.9 18M1 0.00589
159HOS G KC=0.00499 7$LC=0.000698 10$MC=0.0001530 22$NC+=4.11E-5 6
159HOS G NC=3.56E-5 5$OC=5.20E-6 8$PC=3.00E-7 5
159HO G 1046.0 6 5.7 17
159HO G 1052.0 3.4
159HO cG RI$Other:|<2 (1979Ad08).
159HO G 1078.8 8 2.9 9
159HO G 1086.4 6 2.8 8
159HO cG RI$Other: 9 {I3} (1979Ad08).
159HO G 1103.4 6 7 2 V
159HO G 1110.1 4.7
159HO cG RI$other: 10 {I4} (1979Ad08)
159HO G 1120.2 5 4.2 13
159HO G 1125.2 6 3.3 10
159HO G 1139.2 6 6.0 18
159HO cG E$Other: 1137.6 (1977Bo26).
159HO G 1152.4 5.9 R
159HO G 1186.2 6 8.3 25
159HO G 1210.4 6 13 3
159HO G 1219.8 6.2 19
159HO cG E$From 1977Bo26.
159HO cG RI$Other:|<4 (1979Ad08).
159HO G 1224.5 4.4
159HO cG E$From 1977Bo26; other: 1225.8~{I6} (1979Ad08), but this may be doublet
159HO2cG including 1224.5 and 1226.1 (from 1689 level).
159HO cG RI$Other: 14 {I5} (1979Ad08), but this is probably doublet including
159HO2cG 1224.5 and 1226.1 (from 1689 level).
159HO G 1261.4 8 5 2 V
159HO G 1281.2 7 5 2 V
159HO G 1285.2 7 5.7 17
159HO G 1292.5 7 6.3 19
159HO G 1295.4 3.5 10
159HO cG E$From 1977Bo26.
159HO cG RI$Other:|<2 (1979Ad08).
159HO G 1334.3 7 7.8 23
159HO G 1338.5 8 5 2 V
159HO G 1366.0 8 4 2 V
159HO G 1402.7 7 8.7 26 M1,E2 0.0021 5
159HO G 1408.6 7 11 2 V
159HO G 1419.2 7 4.7 14
159HO cG E$Other: 1418.1 (1977Bo26).
159HO G 1442.6 8 5.0 15
159HO cG E$Other: 1443.3 (1977Bo26).
159HO G 1445.8 8 6.2 19
159HO G 1459.0 8 10 3
159HO G 1552.4 7 28 6 (E1)
159HO G 1593.7 8 4.2 13
159HO cG E$Other: 1594.8 (1977Bo26).
159HO G 1598.3 8 7.9 24 E2
159HO G 1617.2 8 3.8 11
159HO G 1630.2 7 10 2
159HO cG E$Other: 1631.8 (1977Bo26).
159HO G 1653.6 8 3.7 11
159HO G 1658.9 8 5.1 15
159HO G 1708.8 8 3.9 12
159HO G 1775.8 8 7.3 22
159HO G 1786.4 8 5.1 15
159HO G 1791.1 8 3.6 11
159HO G 1833.52 27 1.45 25 S
159HO G 1849.4 4 1.63 23 S
159HO G 1852.56 17 3.4 3 S
159HO G 1887.37 13 4.49 25 S
159HO G 1906.0 8 3.9 12
159HO cG E,RI$Other: 1906.37 {I7} and 6.2 {I3} from 1995AdZW.
159HO G 1928.0 8 5 2 V
159HO G 1948.44 12 5.27 26 S
159HO G 1965.77 13 4.17 22 S
159HO G 1997.5 3 1.39 24 S
159HO G 2006.0 8 15 3 E2
159HO cG E,RI$Others: 2006.52 {I4} and 14.3 {I3} from 1995AdZW and I|g = 8 {I2}
159HO2cG (1979Ad08).
159HO G 2020.49 18 4.09 28 S
159HO G 2063.0 4 2.8 5 S
159HO G 2122.60 25 2.6 4 S
159HO G 2146.7 4 0.76 17 S
159HO G 2203.9 8 5 2 V
159HO G 2217.64 24 3.1 3 S
159HO G 2390.7 3 0.74 13 S
159HO G 2429.0 10 9 3 V
159HO G 2430.74 27 1.49 16 S
159HO G 2445.73 16 1.19 12 S
159HO G 2459.0 4 0.82 15 S
159HO G 2462.9 4 0.92 15 S
159HO G 2525.8 4 0.83 13 S
159HO G 2635.42 13 2.48 16 S
159HO G 2675.03 28 1.39 18 S
159HO G 2688.93 29 1.34 16 S
159HO G 2700.40 28 1.45 17 S
159HO G 2757.5 4 0.82 13 S
159HO G 2765.5 4 0.77 12 S
159HO G 2843.96 27 0.97 12 S
159HO G 2859.9 5 0.62 12 S
159HO L 0.0 7/2- A
159HO L 97.45 5 9/2- A
159HO G 97.45 5 23 2 M1(+E2) 1.7 LE 2.92 12 C
159HOS G KC=1.9 5$LC=0.8 5$MC=0.18 11$NC+=0.05 3
159HOS G NC=0.041 24$OC=0.005 3$PC=0.00011 4
159HO cG RI$Calculated by 1979Ad08 from ce data; other: 31.0 {I20} (1979Ad08).
159HO cG MR$Authors' limit; their |a{-K}(exp) gives |d=+1.0 {I+7-4} and their
159HO2cG K/L gives |d < 0.09, which are not consistent.
159HO L 165.91 10 7/2+ B
159HO G 165.9 3 150 15E1 0.0823 C
159HOS G KC=0.0691 11$LC=0.01028 16$MC=0.00226 4$NC+=0.000594 9
159HOS G NC=0.000518 8$OC=7.19E-5 11$PC=3.38E-6 5
159HO cG RI$Other: 114 {I7} (1979Ad08).
159HO cG MR$|d(M2/E1) < 0.10 (1979Ad08).
159HO L 205.91 5 1/2+ 8.30 S 8 CM
159HO cL T$From {+159}Ho isomeric decay.
159HO E 1 8 6.3 9
159HOS E EAV= 698.3 9 $CK= 0.7388 $CL= 0.1131 $CM+= 0.03346 $
159HO cE TI$The net feeding to the 205 and 212 levels is 18%, and this is
159HO2cE divided equally between the two levels by evaluator.
159HO G 40.0 1 1.88E-3 24[M3] 2.10E4 5 41 5 @ S
159HOS G L/T=0.736 12$M/T=0.209 6$N+/T=0.0550 16
159HOS G N/T=0.0489 14$O/T=0.00593 18$P/T=0.000116 4
159HO cG E$Placement by evaluator based on {+159}Ho isomer decay (8.3~s)
159HO2cG (1971Ge01)
159HO cG TI$From I|g(1+|a)(40)/I|g(205)=0.142 {I10} as observed in {+159}Ho
159HO2cG isomer decay (8.3~s).
159HO cG RI$Calculated from I(|g+ce) and |a.
159HO G 205.92 5 290 29E3 1.363
159HOS G KC=0.492 7$LC=0.665 10$MC=0.1646 24$NC+=0.0419 6
159HOS G NC=0.0374 6$OC=0.00449 7$PC=2.76E-5 4
159HOS G K/L1=11.9 4$L1/L2=0.10 4$L2/L3=1.5 5 (1968Ab16)
159HO cG RI$Other: 244 {I14} (1979Ad08).
159HO L 212.82 13 3/2+ C
159HO cL E$Level proposed by 1977Bo26 as 3/2+ member of the |p1/2[411] band,
159HO2cL with the bandhead at 205~keV. Level populated by several |g's, but no
159HO3cL depopulating |g's are observed. 1977HaYT place the 3/2+ level at
159HO4cL 211.4~keV, with a 211.4 |g to the g.s. This requires the 211.4 |g to be
159HO5cL E3, but the data of 1977Bo26 and 1979Ad08 imply a |g of this energy is
159HO6cL E1 and this |g is placed from the 424 level.
159HO E 1 8 6.3 9
159HOS E EAV= 695.2 9 $CK= 0.7401 $CL= 0.1133 $CM+= 0.03352 $
159HO cE TI$The net feeding to the 205 and 212 levels is 18%, and this is
159HO2cE divided equally between the two levels by evaluator.
159HO G 6.5 3.4E+2 S
159HO cG E$|g is not observed, but evaluator assumes this level decays to the
159HO2cG 205 level. |g is thus an intraband transition.
159HO cG TI$Value calculated to give equal |e+|b{++} feeding of the 205 and 212
159HO2cG levels.
159HO L 252.63 18 5/2+ D
159HO G 252.3 3 123 18E1 0.0276 C
159HOS G KC=0.0233 4$LC=0.00336 5$MC=0.000739 11$NC+=0.000195 3
159HOS G NC=0.0001699 25$OC=2.39E-5 4$PC=1.196E-6 18
159HO cG RI$from 1979Ad08; other:|?100 (1977Bo26).
159HO L 298.0 4 B
159HO cL J$1977Bo26 suggest this is the 9/2+ member of the |p7/2[404] band. This
159HO2cL is supported by the data from the heavy-ion study of 2000Ma06.
159HO G 132.1 3 10 AP C
159HO cG E$From 1977Bo26.
159HO L 312.81 7 5/2+ C ?
159HO E 0.09 5 0.9 5 7.2 1.0 5
159HOS E EAV= 650.8 9 $CK= 0.7568 $CL= 0.1161 $CM+= 0.03434 $
159HO G 106.90 5 12 2 M1,E2 2.18 4
159HOS G KC=1.4 5$LC=0.6 4$MC=0.15 9$NC+=0.038 22
159HOS G NC=0.033 20$OC=0.0042 22$PC=8.E-5 4
159HO cG M$Measurements are consistent with M1,E2, but J{+|p}'s require E2.
159HO L 424.30 10 1/2- E
159HO G 211.48 10 35 7 E1 0.0435 C
159HOS G KC=0.0366 6$LC=0.00535 8$MC=0.001176 17$NC+=0.000310 5
159HOS G NC=0.000270 4$OC=3.78E-5 6$PC=1.85E-6 3
159HO G 218.4 1 28 AP[E1] 0.0400 C
159HOS G KC=0.0337 5$LC=0.00491 7$MC=0.001079 16$NC+=0.000285 4
159HOS G NC=0.000248 4$OC=3.48E-5 5$PC=1.704E-6 24
159HO L 464.27 14 5/2- E ?
159HO cL E$1977Bo26 report this level, but have no |g's depopulating it. From
159HO2cL the (|a,t) and ({+3}He,d) studies, 1977Pa23 report 5/2- at 464~keV.
159HO3cL From data of 1977Bo26, it is not clear whether level is populated in
159HO4cL this decay.
159HO G 40.0 1 [E2] 139 3 13 3 @
159HOS G L/T=0.763 10$M/T=0.184 5$N+/T=0.0460 12
159HOS G N/T=0.0413 11$O/T=0.00478 13$P/T=2.31E-6 6
159HO cG E$Placed by evaluator as a possible mode of depopulation.
159HO cG TI$Calculated by evaluator to give intensity balance at 464 level in
159HO2cG the absence of any |e+|b{++} feeding. The value will be larger if there
159HO3cG is any |e+|b{++} feeding. From intensity balance at 424 level,
159HO4cG I|g(1+|a)(40) < 31. In contrast, from the ce data of 1979Ad08 for the
159HO5cG sum of both 40 |g's, I|g(1+|a)=36 {I12} for E2 and/or M3 multipolarity.
159HO6cG With I|g(1+|a)(40)=41 {I5} from the 205 level, that from the 464 level
159HO7cG is I|g(1+|a)(40)=-5~{I13}.
159HO L 520.50 11 3/2- E
159HO E 0.08 2 1.3 3 7.0 1.4 3
159HOS E EAV= 559.1 9 $CK= 0.7859 $CL= 0.1210 $CM+= 0.03581 $
159HO G 307.7 3 10 2 [E1] 0.01677
159HOS G KC=0.01419 21$LC=0.00202 3$MC=0.000444 7$NC+=0.0001175 17
159HOS G NC=0.0001023 15$OC=1.449E-5 21$PC=7.42E-7 11
159HO G 314.6 1 35 7 E1 0.01588
159HOS G KC=0.01343 19$LC=0.00191 3$MC=0.000420 6$NC+=0.0001111 16
159HOS G NC=9.67E-5 14$OC=1.371E-5 20$PC=7.04E-7 10
159HO L 580.97 10 (3/2)- F
159HO E 0.12 2 2.4 5 6.67 9 2.5 5
159HOS E EAV= 532.4 9 $CK= 0.7929 $CL= 0.1222 $CM+= 0.03618 $
159HO G 581.0 1 121 12E2 0.01081 C
159HOS G KC=0.00878 13$LC=0.001582 23$MC=0.000356 5$NC+=9.38E-5 14
159HOS G NC=8.20E-5 12$OC=1.134E-5 16$PC=4.94E-7 7
159HO L 624.51 10 5/2- G
159HO E 1.4 2 32 4 5.53 6 33 4 C
159HOS E EAV= 513.2 9 $CK= 0.7975 $CL= 0.1230 $CM+= 0.03642 $
159HO G 624.5 1 1000 99M1 0.0183 C
159HOS G KC=0.01549 22$LC=0.00220 3$MC=0.000483 7$NC+=0.0001296 19
159HOS G NC=0.0001123 16$OC=1.640E-5 23$PC=9.37E-7 14
159HO cG E$Other: 624.423 {I19} from 1995AdZW.
159HO L 649.15 17 5/2- F
159HO E 1.0 1 25 3 5.6 26 3 C
159HOS E EAV= 502.4 9 $CK= 0.8000 $CL= 0.1235 $CM+= 0.03656 $
159HO G 436.4 7.4 22 E1 0.00729
159HOS G KC=0.00618 9$LC=0.000864 12$MC=0.000189 3$NC+=5.03E-5 7
159HOS G NC=4.37E-5 7$OC=6.25E-6 9$PC=3.32E-7 5
159HO cG E$From 1977Bo26. Other: 434.8~{I3} (1979Ad08).
159HO G 551.7 2 70 14E2 0.01229 C
159HOS G KC=0.00994 14$LC=0.00183 3$MC=0.000414 6$NC+=0.0001088 16
159HOS G NC=9.51E-5 14$OC=1.310E-5 19$PC=5.57E-7 8
159HO G 649.1 3 700 70M1(+E2) 0.67 LE 0.0153 13 C
159HOS G KC=0.0129 12$LC=0.00187 13$MC=0.00041 3$NC+=0.000110 8
159HOS G NC=9.5E-5 7$OC=1.39E-5 11$PC=7.8E-7 8
159HO cG E$From 1977Bo26.
159HO L 671.26 14 5/2+ H
159HO E 0.064 19 1.6 5 6.80 13 1.7 5
159HOS E EAV= 492.6 9 $CK= 0.8021 $CL= 0.1239 $CM+= 0.03667 $
159HO G 373.6 3 ?
159HO G 418.2 3 5.4 16M1(+E2) 2.0 LE 0.041 11 C
159HOS G KC=0.034 10$LC=0.0054 8$MC=0.00121 16$NC+=0.00032 5
159HOS G NC=0.00028 4$OC=4.0E-5 7$PC=2.0E-6 7
159HO G 505.4 1 55 11M1(+E2) 0.61 LE 0.0292 22 C
159HOS G KC=0.0246 20$LC=0.00359 20$MC=0.00079 5$NC+=0.000212 12
159HOS G NC=0.000184 10$OC=2.67E-5 16$PC=1.48E-6 13
159HO L 814.99 19 3/2+
159HO E 0.025 5 1.1 2 6.92 8 1.1 2
159HOS E EAV= 429.5 9 $CK= 0.8136 $CL= 0.1261 $CM+= 0.03735 $
159HO G 165.5 10 LT R
159HO G 390.6 2 13 3 E1 0.00943
159HOS G KC=0.00799 12$LC=0.001124 16$MC=0.000246 4$NC+=6.54E-5 10
159HOS G NC=5.68E-5 8$OC=8.11E-6 12$PC=4.26E-7 6
159HO G 562.6 3 10 3 M1(+E2) 1.9 LE 0.019 5 C
159HOS G KC=0.016 5$LC=0.0024 5$MC=0.00054 10$NC+=0.00014 3
159HOS G NC=0.000124 23$OC=1.8E-5 4$PC=1.0E-6 3
159HO L 1355.4 6 (5/2)+
159HO E 0.21 7 7.34 15 0.21 7
159HOS E CK= 0.8293 $CL= 0.1309 $CM+= 0.0389 $
159HO G 774.2 3 5.5 17[E1] 0.00214 ?
159HOS G KC=0.00182 3$LC=0.000247 4$MC=5.39E-5 8$NC+=1.437E-5 21
159HOS G NC=1.246E-5 18$OC=1.80E-6 3$PC=1.001E-7 14
159HO G 1189.5 6 6.4 19M1 0.00377 C
159HOS G KC=0.00320 5$LC=0.000444 7$MC=9.74E-5 14$NC+=3.11E-5 5
159HOS G NC=2.26E-5 4$OC=3.31E-6 5$PC=1.91E-7 3$IPC=4.98E-6 10
159HO L 1398.44 23 5/2-
159HO E 0.79 14 6.73 8 0.79 14
159HOS E CK= 0.8293 $CL= 0.1312 $CM+= 0.0390 $
159HO G 817.6 3 7.7 23M1,E2 0.0071 23 C
159HOS G KC=0.0060 20$LC=0.00088 24$MC=0.00019 5$NC+=5.2E-5 14
159HOS G NC=4.5E-5 12$OC=6.5E-6 18$PC=3.6E-7 13
159HO cG E$From 1977Bo26.
159HO G 1232.4 3 16 3 (E1)
159HO cG E$From 1977Bo26.
159HO L 1468.7 4 3/2-,5/2-
159HO E 1.2 2 6.50 8 1.2 2
159HOS E CK= 0.8293 $CL= 0.1306 7$CM+= 0.03880 23$
159HO G 844.0 4 21 4 M1(+E2) 0.83 LE 0.0078 9 C
159HOS G KC=0.0066 8$LC=0.00094 9$MC=0.000207 20$NC+=5.6E-5 6
159HOS G NC=4.8E-5 5$OC=7.0E-6 7$PC=4.0E-7 5
159HO G 888.1 5 15 3 C
159HO G 947.3 4.5 M1,E2 0.0051 15 ?
159HO cG E$From 1977Bo26. Other: 949.0 (1979Ad08).
159HO cG RI$Other:|<3 (1979Ad08).
159HO G 1255.7 7 * ?
159HO L 1493.0 5 3/2-,5/2-
159HO E 0.75 15 6.69 9 0.75 15
159HOS E CK= 0.8288 $CL= 0.1318 $CM+= 0.03921 $
159HO G 973.0 6 4.5 13M1 0.00612
159HOS G KC=0.00519 8$LC=0.000725 11$MC=0.0001591 23$NC+=4.27E-5 6
159HOS G NC=3.70E-5 6$OC=5.41E-6 8$PC=3.11E-7 5
159HO G 1239.9 6 18 4 (E1) C
159HO L 1495.7 5 (5/2-)
159HO E 0.42 10 6.94 11 0.42 10
159HOS E CK= 0.8288 $CL= 0.1318 $CM+= 0.03922 $
159HO G 1329.5 7 8.6 26 (E1) C
159HO G 1496.0 7 4.0 12
159HO L 1558.3 6 5/2-
159HO E 1.04 15 6.50 7 1.04 15
159HOS E CK= 0.8283 $CL= 0.1323 $CM+= 0.03937 $
159HO G 1392.7 7 17 3 (E1) C
159HO G 1557.9 8 14 3 M1,E2
159HO L 1680.0 3 5/2-
159HO E 1.1 2 6.38 8 1.1 2
159HOS E CK= 0.8270 $CL= 0.1333 $CM+= 0.0397 $
159HO G 1255.7 7 5.5 16 *
159HO G 1427.2 6 23 5 [E1] C
159HO G 1680.0 3 4.4 13 R
159HO L 1690.1 3 5/2+
159HO E 0.64 12 6.61 9 0.64 12
159HOS E CK= 0.8269 $CL= 0.1334 $CM+= 0.03975
159HO G 1226.1 3 8.8 26 [E1] R
159HO G 1477.5 8 5.8 17 [M1,E2] 0.0019 4
159HO G 1522.8 7 4.4 13 M1 C
159HO L 1779.8 3 3/2-,5/2-
159HO E 2.5 4 5.94 7 2.5 4
159HOS E CK= 0.8256 $CL= 0.1343 $CM+= 0.0401
159HO G 1198.8 5 25 5 M1 0.00370 C
159HO G 1316.2 4.6 14 [M1,E2]
159HO G 1355.3 6 29 6 E2 0.00177 C
159HO G 1467.6 8 7.8 23 [E1]
159HO G 1566.3 8 8.1 24 [E1]
159HO L 1891.2 4 3/2-,5/2+
159HO E 1.2 2 6.15 7 1.2 2
159HOS E CK= 0.8237 $CL= 0.1357 $CM+= 0.0406
159HO G 1678.8 7 2.2 7
159HO G 1685.0 7 3.8 11
159HO G 1891.0 7 31 6
159HO cG E,RI$Other: 1890.97 {I3} and 31.0 {I6} from 1995AdZW.
159HO L 1901.7 9 (3/2-,5/2-)
159HO E 0.37 7 6.65 9 0.37 7
159HOS E CK= 0.8235 $CL= 0.1359 $CM+= 0.0406
159HO G 1230.4 8 11 2 (E1) 0.00090 C
159HO L 2001.8 6 (5/2+)
159HO E 1.1 2 6.06 8 1.1 2
159HOS E CK= 0.8212 $CL= 0.1375 $CM+= 0.0412
159HO G 1749.5 8 3.6 11 C
159HO G 2001.6 7 29 6 (E1)
159HO cG E,RI$Other: 2001.65 {I3} and 28.1 {I4} from 1995AdZW.
159HO L 2091.1 6 (3/2-,5/2-)
159HO E 1.5 3 5.81 9 1.5 3
159HOS E CK= 0.8186 $CL= 0.1395 $CM+= 0.0419
159HO G 1838.3 7 37 7 (E1) C
159HO cG E,RI$Other: 1838.527 {I28} and 37.1 {I5} from 1995AdZW.
159HO G 2091.2 8 8.6 26
159HO cG E,RI$Other: 2091.28 {I4} and 8.7 {I3} from 1995AdZW.