233PA 233TH B- DECAY (21.83 M) 2008DE31,1972SEZI,1969HOZY20NDS 202012
233PA H TYP=FUL$AUT=B. Singh, J. K. Tuli, E. Browne$CIT=NDS 170, 499 (2020)$
233PA2 H CUT=8-Oct-2020$
233PA c 2008De31: multiply purified source from (n,|g) used to measure
233PA2c absolute I|g, x-ray intensities, and half-life of the decay of
233PA3c {+233}Th using liquid scintillation counters and HPGe detectors.
233PA4c Authors did not provide their measured gamma-ray energies.
233PA c 1972SeZI (also 1970Se06,1968Se07,1968Se06): measured E|g, I|g,
233PA2c |g|g-coin, ce, using Ge(Li) detector for |g rays, and solenoidal
233PA3c spectrometer for conversion electrons.
233PA c 1969HoZY: measured E|g, I|g, |g|g-coin, I(x rays), T{-1/2} using
233PA2c Ge(Li) detectors. Gamma rays reported from 39.6 to 1201 keV
233PA c 1970-Malmskog: S.G. Malmskog: unpublished data for E|g, I|g from
233PA2c 16 to 986 keV listed by 1972SeZI
233PA c 1969-Fettweis: P. Fettweis and J. Verviers: priv. comm. to 1972SeZI:
233PA2c E|g, I|g data from 86 to 935 keV listed by 1972SeZI
233PA c Others with E|g, I|g data for selected gamma rays:
233PA c 1979Bo30: measured precise E|g of 11 |g rays using a
233PA2c crystal spectrometer
233PA c 1972De67: measured E|g, I|g for four |g rays (29.39, 57.10, 88.00
233PA2c and 94.68 keV). No uncertainties were given.
233PA c 1972Vo08: measured E|g for six gamma rays from the decay of {+233}Th
233PA c 1969Va06: measured energies of 53 |g rays from 76.1 to 976.8 keV,
233PA2c using Ge(Li) detector, but with no uncertainties listed. No intensities
233PA3c were reported either. The |g|g-coin measurements used scintillation
233PA4c detectors. An extensive level scheme was proposed, with Nilsson
233PA5c model assignments.
233PA c 1968Br25: measured E|g, I|g
233PA c 1968Da24: measured energies of 11 |g rays from 59 to 416 keV.
233PA c 1957Fr55, 1957Dr46, 1952Ru10, 1950Bu68: measured E|b, I|b, E|g, I|g
233PA c Isotopic identification and T{-1/2}: 1998Us01, 1989Ab05, 1969HoZY,
233PA2c 1957Dr46, 1955Je26, 1952Ru10, 1947Se05, 1941Gr03
233PA c Decay scheme as given by 2008De31 mostly based on earlier
233PA2c studies by 1972SeZI and 1969HoZY, and by 1972Vo08 from (n,|g)
233PA cB $Measured values are given in comments
233PA cB IB$From 2008De31
233PA cB LOGFT$Deduced by the evaluators
233PA cB IB(a)$Estimated from decay scheme. I|b(0+6.7 level)|?83.6% (2008De31)
233PA tG $ ---------------------------------------------------------------
233PA tG $ x-rays intensities per 100 decays from 2008De31 measurement:
233PA tG $ Energy Intensity
233PA tG $
233PA tG $ 11.32 0.14 {I1}
233PA tG $ 13.291 2.84 {I2}
233PA tG $ 15.35 0.16 {I1}
233PA tG $ 16.008 1.013 {I12}
233PA tG $ 16.708 3.124 {I20}
233PA tG $ 19.571 0.78 {I1}
233PA tG $ 20.217 0.171 {I5}
233PA tG $ 92.282 0.39 {I1}
233PA tG $ 95.863 0.615 {I7}
233PA tG $ 107.595 0.075 {I2}
233PA tG $ 108.422 0.160 {I3}
233PA tG $ 111.87 0.061 {I2}
233PA tG $ 112.38 0.018 {I2}
233PA tG $ ------------------------------------------------------------------
233PA cG $All the ce data given here are from 1972SeZI, unless otherwise stated
233PA cG $x-rays per 100 decays from 1969HoZY: 0.54 {I7} for K{-|a2}, 1.01 {I7}
233PA2cG for K{-|a1}, 0.28 for K{-|b1} and 0.09 for K{-|b2}.
233PA cG E$Values are weighted averages of 1972SeZI and 1969HoZY, when possible.
233PA2cG More precise values from 1979Bo30 and 1972Vo08, and some from the
233PA3cG Adopted Gammas (based on {+237}Np |a decay) are given when available.
233PA4cG Other exceptions are noted. It should be noted that 1972SeZI has more
233PA5cG complete data, but the energies in this work are somewhat less precise
233PA6cG than in 1969HoZY. Values listed in Table 4 of 2008De31 were taken
233PA7cG by the authors from 2005Si15 evaluation.
233PA cG RI$Values are from 2008De31, per 100 decays of {+233}Th.
233PA2cG Authors mention that uncertainty due to detection efficiencies were
233PA3cG not included in their quoted intensities in Table 4. 2008De31 state
233PA4cG detection efficiency uncertainties of |?1% at 100 keV and |?0.5%
233PA5cG at 1 MeV. Evaluators have used 1% overall uncertainty, and added
233PA6cG that in quadrature to the uncertainties given by the authors in
233PA7cG Table 4. Values measured in previous studies are given under comments.
233PA8cG These values are higher by a factor of 1.5 as the values were
233PA9cG normalized to absolute I|g=2.7% (measured by 1957Fr55) for the 86-keV
233PAAcG transition. The photon intensity of the 86-keV transition is determined
233PABcG as 1.8428% {I18} (uncertainty in detector efficiency not included) in
233PACcG 2008De31.
233PA cG E(A)$Measurement of 1979Bo30 using crystal spectrometer
233PA cG E(B)$Placement is from 2008De31, as shown in the decay scheme matrix
233PA2cG Fig. 4.
233PA cG E(E)$|g reported by 2008De31 only in the decay of {+233}Th.
233PA2cG Energy is taken from the Adopted Gammas, when given with uncertainty,
233PA3cG otherwise from 2008De31. Placement is shown by 2008De31 in the decay
233PA4cG scheme matrix Fig. 4, see also the Adopted dataset.
233PA cG E(F)$|g not reported in 2008De31. Intensity reported in previous
233PA2cG 2005Si15 evaluation is adjusted to the I|g normalization of 2008De31,
233PA3cG requiring multiplying the intensity by a factor of 0.68.
233PA cG M,MR$From ce measurements of 1972SeZI unless otherwise stated.
233PA2cG For ce data from 1972SeZI, mixing ratios were deduced by the evaluators
233PA3cG using BrIccMixing code with the assumption of 25% uncertainty in the
233PA4cG ce data, as no uncertainties were given by 1972SeZI.
233PA5cG All the assignments match those in the Adopted Gammas.
233PA cG M(a),MR(b)$From the Adopted Gammas, based on data from {+237}Np
233PA2cG |a decay
233PA cG E(S)$|g not observed in {+233}Th |b{+-} decay; energy taken from the
233PA2cG Adopted Gammas
233PA cG RI(x)$I|g(212.3)/I|g(117.5)=2.24 {I32} is in severe disagreement with
233PA2cG 0.894 {I28} from the Adopted Gammas, where the ratio is adopted
233PA3cG from {+237}Np |a decay, as the 212-keV level is more strongly
233PA4cG populated in that decay as compared to that in |b{+-} decay.
233PA5cG One or both the intensities are problematic in this decay.
233PA cG TI(k)$Total transition intensity feeding the 103.66 level is
233PA2cG 0.164% {I9}, but its division among the 46.5- and the 17.4-keV
233PA3cG transitions is unknown, as no branching ratio is available.
233PA4cG There cannot be any direct |b feeding to the 103.66, 7/2+ level from
233PA5cG 1/2+ parent state.
233PA cL E$From least-squares fit to E|g values, assuming 0.2 keV uncertainty.
233PA2cL when not given
233PA cL E(B)$Level population proposed by 2008De31
233TH P 0 1/2+ 21.83 M 4 1242.2 11
233TH cP J,T$From the Adopted Levels of {+233}Th
233TH cP QP$From 2017Wa10
233PA N 1.0 1.0 1.0 1.0
233PA cN NR$2008De31 measured absolute intensities per 100 decays. They
233PA2cN determined the effective number of disintegrations by dividing
233PA2cN the peak areas in summed ten individual spectra, collected over 5 min
233PA3cN each, by the product of photon intensity and energy-dependent
233PA4cN detection efficiency. 2008De31 state that earlier photon intensity
233PA5cN normalization of 2.7% (from 1957Fr55) for 86|g leads to intensities
233PA6cN |?30% too high compared to their adopted values for prominent
233PA7cN radiations as: L x-ray (8.23% {I8}), K x-ray (1.32% {I10}),
233PA8cN 29|g (2.17% {I1}), 86|g (1.843% {I2}) and 459|g (0.989% {I2})
233PA PN 3
233PA G 45.08 10 F
233PA cG $E|g=45.08 {I10} (1972SeZI, |g|g-coin only)
233PA G 80.0
233PA cG $Only ce lines were observed by 1972SeZI:
233PA2cG Ice(L1)=0.025 {I7}, Ice(L2)=0.020 {I7}; mult=E2 suggested by 1972SeZI
233PA G 90.1 F
233PA cG E$from ce data in 1972SeZI, Ice(K)=0.05 {I2}
233PA G 105.2 1 0.029 F
233PA cG E,RI$from 1969HoZY only, I|g adjusted from 0.043 to 0.029.
233PA2cG Others: E|g=105.58 {I10}, I|g=0.10 (1969-Fettweis); E|g=106.8
233PA3cG (1969Va06)
233PA G 147.5 0.0018 6 E
233PA G 408.8 5 0.0005 4
233PA cG $E|g=408.8 {I5}, I|g=0.0038 (1972SeZI); E|g=413.8 (1969Va06)
233PA G 418.4 5 0.0091 7
233PA cG $E|g=408.4 {I5}, I|g=0.012 (1972SeZI)
233PA G 435.0 5 F
233PA cG $E|g=435.0 {I5} (1972SeZI, |g|g-coin only)
233PA G 454.2 5 0.03 F
233PA cG $|g from 1969HoZY only, intensity of 0.04 adjusted to 0.03
233PA G 473.9 5 0.0033 7
233PA cG $E|g=473.9 {I5}, I|g=0.0035 (1972SeZI); E|g=473.8 {I5}, I|g=0.0027
233PA2cG (1969HoZY)
233PA G 505.5 6 0.0055 3
233PA cG $E|g=505.5 {I6}, I|g=0.0049 (1972SeZI)
233PA G 513.4 4 0.0133 4
233PA cG $E|g=513.4 {I4}, I|g=0.020 (1972SeZI); E|g=513.6 {I3}, I|g=0.034
233PA2cG (1969HoZY); E|g=513.17 {I20}, I|g=0.18 (1969-Fettweis); E|g=513.7 {I4},
233PA3cG I|g=0.0021 (1970-Malmskog); E|g=512.3 (1969Va06)
233PA G 517.0 4 0.0046 3
233PA cG $E|g=517.0 {I4}, I|g=0.0068 (1972SeZI); E|g=517.5 {I3}, I|g=0.016
233PA2cG (1969HoZY)
233PA G 531.8 4 0.0070 7
233PA cG $E|g=531.8 {I4}, I|g=0.0042 (1972SeZI); E|g=531.9 {I3}, I|g=0.0095
233PA2cG (1969HoZY); E|g=531.2 {I4}, I|g=0.011 (1970-Malmskog)
233PA G 554.9 5 0.0031 3
233PA cG $E|g=554.9 {I5}, I|g=0.0035 (1972SeZI); E|g=553.76 {I25}, I|g=0.0033
233PA2cG (1969-Fettweis); E|g=554.4 {I7}, I|g=0.0086 (1970-Malmskog)
233PA G 681.2 6 0.0143 4
233PA cG $E|g=681.2 {I6}, I|g=0.018 (1972SeZI); E|g=682.6 {I5}, I|g=0.011
233PA2cG (1969HoZY); E|g=681.5 {I5}, I|g=0.012 (1969-Fettweis); E|g=680.1
233PA3cG (1969Va06)
233PA G 665.0 5 0.05 F
233PA cG $|g from 1969HoZY only, I|g=0.07 is adjusted to 0.05
233PA G 690.0 0.0021 5 E
233PA G 698.5 6 0.0106 5
233PA cG $E|g=698.5 {I6}, I|g=0.012 (1972SeZI); E|g=697.5 {I5}, I|g=0.0095
233PA2cG (1969HoZY); E|g=697.85 {I15}, I|g=0.050 (1969-Fettweis);
233PA3cG E|g=698.7 {I6}, I|g=0.013 (1970-Malmskog)
233PA G 744.9 5 0.0053 2
233PA cG $E|g=744.9 {I5}, I|g=0.0068 (1972SeZI)
233PA G 751.6 6 0.0023 4
233PA cG $E|g=751.6 {I6}, I|g=0.004 (1972SeZI); E|g=751.0 (1969Va06)
233PA G 767.5 0.0032 2 E
233PA G 774.0 4 0.0108 5
233PA cG $E|g=774.0 {I4}, I|g=0.014 (1972SeZI); E|g=774.2 {I3}, I|g=0.011
233PA2cG (1969HoZY); E|g=774.38 {I20} (1969-Fettweis); E|g=774.4 {I7},
233PA3cG I|g=0.015 (1970-Malmskog); E|g=775.7 (1969Va06)
233PA G 784.2 5 0.0022 2
233PA cG $E|g=784.2 {I5}, I|g=0.0049 (1972SeZI)
233PA G 832.0 3 0.0055 F
233PA cG $E|g=832.0 {I3}, I|g=0.0081 (1969HoZY), intensity adjusted to 0.0055;
233PA2cG E|g=831.99 {I25}, I|g=0.025 (1969-Fettweis)
233PA G 846.8 7 0.0010 F
233PA cG $E|g=846.8 {I7}, I|g=0.0014 (1972SeZI), intensity adjusted to 0.0010;
233PA2cG E|g=846.8 {I3}, I|g=0.011 (1969HoZY); E|g=846.90 {I20}, I|g=0.050
233PA3cG (1969-Fettweis); E|g=846.8 {I8}, I|g=0.0015 (1970-Malmskog)
233PA G 918.9 5 0.005 F
233PA cG $|g from 1969HoZY only, intensity of 0.007 adjusted to 0.005
233PA G 942.8 0.0019 3 E
233PA G 955.0 10 0.0002 3
233PA cG $E|g=955.0 {I10}, I|g=0.0054 (1969HoZY)
233PA G 1001 1 0.0008 2
233PA cG $E|g=1001 {I1}, I|g=0.0040 (1972SeZI)
233PA G 1026.5 10 0.0055 F
233PA cG $|g from 1969HoZY only, intensity of 0.0081 adjusted to 0.0055
233PA G 1092.5 10 0.0052 F
233PA cG $|g from 1969HoZY only, intensity of 0.0077 adjusted to 0.0052
233PA G 1146 1 0.0020 F
233PA cG $E|g=1146 {I1}, I|g=0.0029 (1972SeZI), intensity adjusted to 0.0020;
233PA2cG E|g=1143.5 {I10}, I|g=0.007 (1969HoZY)
233PA G 1201 1 0.005 F
233PA cG $|g from 1969HoZY only, intensity of 0.007 adjusted to 0.005
233PA L 0.0 3/2- 26.975 D 13
233PA cL T$from the Adopted Levels
233PA B 55 AP 6.0 AP a
233PAS B EAV=413.44 43
233PA cB E$1230 {I10} (1957Dr46), 1245 {I3} (1957Fr55) for |b transition to
233PA2cB g.s.+6.65 level. Others: 1952Ru10, 1950Bu68
233PA cB IB$|?100% (1957Dr46), <87% (1957Fr55) for 0+6.65 levels
233PA L 6.676 14 1/2-
233PA B 30 AP 6.3 AP a
233PAS B EAV=410.88 42
233PA G 6.68 5 0.010 AP (M1) 3.04E3 8
233PAS G MC=2.25E3 6
233PAS G NC=610 17$OC=146 4$PC=28.0 8$QC=2.33 7
233PA cG E$from conversion electron spectra only (1972SeZI)
233PA cG RI$from measured Ice(N1)=9 {I1}, Ice(N2)=1.2 {I2} (1972SeZI) and
233PA2cG theoretical |a(N1)=537 {I15}, |a(N2)=67.0 {I18} for M1
233PA L 57.098 19 7/2-
233PA G 57.13 4 0.0498 15 E2 175
233PA cG RI$0.0498 {I14} (2008De31)
233PA cG E$weighted average of 57.11 {I5} (1979Bo30), 57.15 {I4} (1972SeZI),
233PA2cG 57.1 {I1} (1969HoZY). Other: 57.14 {I5} (1970-Malmskog)
233PA cG $I|g=0.054 (1972SeZI), 0.061 (1969HoZY), 0.21 (1970-Malmskog)
233PA cG $Ice(L1)=0.14 {I5}, Ice(L2)=3.60 {I5}, Ice(L3)=3.50 {I5},
233PA2cG Ice(M2)=1.20 {I15}, Ice(M3)=1.00 {I15}, Ice(M4)=0.20 {I5},
233PA3cG Ice(N2)=0.4 {I1}, Ice(N3)=0.30 {I5}, Ice(O)=0.15 {I4} mixed
233PA4cG with Ice(K) of 169.5|g (1972SeZI)
233PA2 G EL1C=2.6$ EL2C=67$ EL3C=65$EM2C=22$ EM3C=0.18$
233PA2 G EM4C=5.6$ EN2C=7.4 $ EN3C=5.5$ EOC=2.8 (1972SeZI)
233PAS G LC=128.1 19$MC=35.3 5
233PAS G NC=9.50 14$OC=2.14 3$PC=0.345 5$QC=0.000910 13
233PA L 70.55 4 5/2-
233PA G 63.93 6 0.0010 AP(E2) 102.1 F
233PA cG E$from conversion electron spectra only (1972SeZI)
233PAS G LC=74.5 11$MC=20.5 3
233PAS G NC=5.54 9$OC=1.249 19$PC=0.201 3$QC=0.000564 9
233PA cG RI$0.0005 {I2} from |a(L2)=40.5, |a(L3)=32.6 for E2, and
233PA2cG Ice(L2)=0.03 {I1}, Ice(L3)=0.03 {I1} (1972SeZI), but intensity
233PA3cG balance at this level requires about double the intensity
233PA G 70.49 10 0.0010 AP[M1+E2] 38 27 S S
233PAS G LC=28 19$MC=7.5 54
233PAS G NC=2.0 15$OC=0.46 33$PC=0.076 51$QC=0.00126 89
233PA cG RI$from I|g(70.5|g)/I|g(63.9|g)=1.0 {I3}, as in the Adopted Gammas,
233PA2cG where the data are from {+237}Np |a decay
233PA L 86.423 24 5/2+ 36.5 NS 4
233PA cL T$from the Adopted Levels
233PA G 29.36 4 2.17 7 E1 3.07
233PA cG RI$2.1727 {I647} (2008De31)
233PA cG $E|g=29.36 {I4} (1972SeZI), 29.60 {I5} (1969HoZY), 29.41 {I5}
233PA2cG (1970-Malmskog)
233PA cG $I|g=2.5 (1972SeZI), 0.95 (1969HoZY)
233PA cG $Ice(L1)=1.1 {I2}, Ice(L2)=2.0 {I3}, Ice(L3)=2.7 {I3},
233PA2cG Ice(M1)=0.30 {I6}, Ice(M2)=0.40 {I7}, Ice(M3)=0.52 {I7},
233PA3cG Ice(M4)=0.19 {I5}, Ice(N1)=0.19 {I5}, Ice(N2)=0.15 {I4},
233PA4cG Ice(N3)=0.12 {I4}, Ice(O)=0.10 {I3} (1972SeZI)
233PA2 G EL1C=0.44$ EL2C=0.8$ EL3C=1.0$EM1C=0.12$ EM2C=0.16$ EM3C=0.21$
233PA2 G EM4C=0.08$ EN1C=0.08$ EN2C=0.06 $ EN3C=0.05$ EOC=0.04 (1972SeZI)
233PAS G LC=2.30 4$MC=0.586 9
233PAS G NC=0.1529 23$OC=0.0332 5$PC=0.00488 7$QC=0.0001511 22
233PA G 86.50 5 1.843 19 E1 1.43 8
233PA cG RI$1.8428 {I18} (2008De31)
233PA cG $E|g=86.50 {I5} (1972SeZI), 86.6 {I1} (1969HoZY), 86.3 {I1}
233PA2cG (1969-Fettweis), 86.55 {I5} (1970-Malmskog)
233PA cG $I|g=2.7 (1972SeZI), 2.7 (1969HoZY), 2.7 (1969-Fettweis), 2.7
233PA2cG (1970-Malmskog). Value of absolute intensity=2.7 taken from 1957Fr55
233PA cG $Ice(L1)=0.7 {I1}, Ice(L2)=0.8 {I1}, Ice(L3)=0.10 {I2},
233PA2cG Ice(M1)=0.35 {I5}, Ice(M2)=0.28 {I4}, Ice(M3)=0.047 {I10} mixed
233PA3cG Ice(K) of 195|g, Ice(N1)=0.14 {I4}, Ice(O)=0.05 {I1} (1972SeZI)
233PA2 G EL1C=0.27$ EL2C=0.30$ EL3C=0.035$EM1C=0.13$ EM2C=0.10$ EM3C=0.017$
233PA2 G EN1C=0.05$ EOC=0.017 (1972SeZI)
233PA cG M,CC$from experimental ce data in {+237}Np |a decay. Transition is
233PA2cG anomalous, the total conversion coefficient is much enhanced as
233PA3cG compared to the theoretical value of 0.177.
233PA L 94.666 19 3/2+
233PA B 11 AP 6.6 AP
233PAS B EAV=377.43 42
233PA cB E$1158 (1957Fr55)
233PA G 8.22 5 0.008 AP (M1) 1.64E3 4 13 AP
233PAS G MC=1.22E+3 3$ NC=329 8$ OC=78.9 19$ PC=15.1 4$ QC=1.25 3
233PA cG E$from conversion electron spectra only (1972SeZI)
233PA cG TI$from intensity balance at 86.4 level, where no |b feeding is
233PA2cG expected.
233PA cG $Ice(N2)=1.8 {I3}, Ice(N3)=1.7 {I3} (1972SeZI)
233PA cG $|d(E2/M1)<0.11 from N2/N3 ratio in 1972SeZI
233PA G 87.8 2 0.1698 19[E1] 0.170 3
233PAS G LC=0.1284 20$MC=0.0314 5
233PAS G NC=0.00828 13$OC=0.00190 3$PC=0.000323 5$QC=1.547E-5 23
233PA cG RI$0.1698 {I8} (2008De31)
233PA cG $E|g=87.8 {I2} (1972SeZI, from |g|g-coin), 89.51 {I15} (1969-Fettweis),
233PA2cG 88.6 {I7} (1970-Malmskog); 88.2 (1969Va06)
233PA cG $I|g=0.3 (1972SeZI), 1.1 (1969-Fettweis), 0.27 (1970-Malmskog)
233PA G 94.68 5 0.775 8 E1 0.1397
233PA cG RI$0.7749 {I13} (2008De31)
233PA cG E$from the Adopted Gammas. Measured values from {+233}Th decay are:
233PA2cG E|g=94.7 {I2} (1972SeZI), 94.5 {I5} (1969HoZY), 93.97 {I10}
233PA3cG (1969-Fettweis), 94.60 (1970-Malmskog); 94.5 (1969Va06)
233PA cG $I|g=0.8 (1972SeZI), 0.88 (1969HoZY), 5.5 (1969-Fettweis), 0.92
233PA2cG (1970-Malmskog)
233PA cG $Ice(L1)=0.05 {I2}, Ice(M1)=0.010 {I5} mixed with Ice(K) of 201|g
233PA2cG (1972SeZI)
233PAS G LC=0.1053 15$MC=0.0257 4
233PAS G NC=0.00679 10$OC=0.001559 22$PC=0.000267 4$QC=1.311E-5 19
233PA L 103.661 22 7/2+
233PA G 17.40 5 [M1+E2] 8.0E3 78 k
233PA cG E$from conversion electron spectra only (1972SeZI)
233PA G 46.53 4 [E1] 0.914 S S
233PAF G FLAG=k
233PAS G LC=0.687 10$MC=0.1707 25
233PAS G NC=0.0448 7$OC=0.01000 15$PC=0.001587 23$QC=5.98E-5 9
233PA L 169.169 10 1/2+
233PA B 1.4 8 7.4 3
233PAS B EAV=349.36 42
233PA cB E$1073 (1957Fr55)
233PA G 74.7 2 0.0402 17[M1+E2] 29 20
233PAS G LC=21 14$MC=5.8 40
233PAS G NC=1.6 11$OC=0.35 24$PC=0.059 37$QC=0.00106 76
233PA cG $E|g=74.7 {I2} (1972SeZI), 74.70 {I10} (1970-Malmskog), 76.1 (1969Va06)
233PA cG $I|g=0.052 (1972SeZI), 0.064 (1970-Malmskog)
233PA G 162.504 12 0.1305 52 (E1) 0.1574 @C
233PAF G FLAG=A
233PA cG E$Other measured values in {+233}Th decay are:
233PA2cG E|g=162.5 {I1} (1972SeZI), 162.7 {I1} (1969HoZY), 162.70 {I10}
233PA3cG (1969-Fettweis), 162.55 {I10} (1970-Malmskog), 161.9 (1969Va06)
233PA cG $I|g=0.32 (1972SeZI), 0.28 (1969HoZY), 0.31 (1969-Fettweis), 0.30
233PA2cG (1970-Malmskog)
233PA cG RI$0.1674 {I10} for the doublet (2008De31). Intensity divided
233PA2cG based on I|g(162)/I(169)=0.52 {I2} in Adopted Gammas, where
233PA3cG it is taken from {+237}Np |a decay. Rest of the intensity i.e.
233PA4cG 0.0369 {I52} of the 162|g is assigned from the 257 level
233PA cG $Ice(K)=0.010 {I5} (1972SeZI)
233PAS G KC=0.1230 18$LC=0.0260 4$MC=0.00630 9
233PAS G NC=0.001670 24$OC=0.000389 6$PC=6.91E-5 10$QC=3.99E-6 6
233PA2 G EKC=0.12 (1972SeZI)
233PA G 169.162 10 0.2509 26[E1] 0.1431 AC
233PA cG RI$0.2509 {I8} (2008De31)
233PA cG E$other measurements:
233PA2cG E|g=169.1 {I2} (1972SeZI), 169.4 {I1} (1969HoZY), 169.36 {I10}
233PA3cG (1969-Fettweis), 170.3 (1969Va06)
233PA cG $I|g=0.34 (1972SeZI), 0.47 (1969HoZY), 0.50 (1969-Fettweis)
233PAS G KC=0.1120 16$LC=0.0235 4$MC=0.00568 8
233PAS G NC=0.001508 22$OC=0.000351 5$PC=6.26E-5 9$QC=3.65E-6 6
233PA L 201.605 23 3/2+
233PA B 0.026 17 9.1 3 ?
233PAS B EAV=337.24 41
233PA G 115.44 20 0.0003 7 [M1+E2] 10.0 35 E
233PAS G KC=5.4 52$LC=3.3 13$MC=0.89 39
233PAS G NC=0.24 11$OC=0.055 23$PC=0.0094 32$QC=2.9E-4 23
233PA G 131.1 1 0.0508 10 E1 0.262 a
233PA cG RI$0.0508 {I8} (2008De31)
233PA2cG E|g=131.1 {I1} (1972SeZI), 131.2 {I1} (1969HoZY), 131.22 {I10}
233PA3cG (1969-Fettweis), 131.20 {I20} (1970-Malmskog)
233PA cG $I|g=0.056 (1972SeZI), 0.074 (1969HoZY), 0.058 (1969-Fettweis),
233PA2cG 0.079 (1970-Malmskog)
233PAS G KC=0.202 3$LC=0.0451 7$MC=0.01094 16
233PAS G NC=0.00290 4$OC=0.000672 10$PC=0.0001179 17$QC=6.40E-6 9
233PA G 194.90 5 0.1073 14 E1 0.1025 aC
233PA cG RI$0.1073 {I9} (2008De31)
233PA cG $E|g=194.90 {I5} (1972Vo08), 195.0 {I2} (1972SeZI), 195.00 {I5}
233PA2cG (1969HoZY), 195.08 {I10} (1969-Fettweis), 195.00 {I20} (1970-Malmskog)
233PA cG $I|g=0.16 (1972SeZI), 0.18 (1969HoZY), 0.23 (1969-Fettweis), 0.19
233PA2cG (1970-Malmskog)
233PA cG $Ice(L1)=0.005 (1972SeZI)
233PA2 G EL1C=0.03 (1972SeZI)
233PAS G KC=0.0807 12$LC=0.01645 23$MC=0.00398 6
233PAS G NC=0.001056 15$OC=0.000247 4$PC=4.43E-5 7$QC=2.68E-6 4
233PA G 201.72 10 0.0221 8 E1 0.0945 a
233PA cG $E|g=201.6 {I2} (1972SeZI), 201.75 {I10} (1969HoZY), 201.77 {I15}
233PA2cG (1969-Fettweis), 200.99 {I30} (1970-Malmskog), 161.9 (1969Va06)
233PA cG $I|g=0.031 (1972SeZI), 0.031 (1969HoZY), 0.042 (1969-Fettweis),
233PA2cG 0.028 (1970-Malmskog)
233PA cG $Ice(K)<0.01, mixed with Ice(M1) of 94|g (1972SeZI)
233PA2 G EKC<0.3 (1972SeZI)
233PAS G KC=0.0745 11$LC=0.01511 22$MC=0.00365 6
233PAS G NC=0.000969 14$OC=0.000227 4$PC=4.08E-5 6$QC=2.48E-6 4
233PA L 212.328 17 5/2+
233PA G 108.7 0.0018 3 M1(+E2) 0.9 LT 4.4 12 S S
233PA2 G FLAG=ab
233PAS G LC=2.57 9$MC=0.62 3
233PAS G NC=0.168 8$OC=0.0401 16$PC=0.00759 24$QC=0.000598 15
233PA cG RI$from I|g(108.7|g)/I|g(155.2|g)=0.80 {I4}, as in the Adopted
233PA2cG Gammas, where the data are from {+237}Np |a decay.
233PA G 117.5 2 0.0029 3 M1+E2 0.46 +22-13 11.5 10 a
233PAF G FLAG=bx
233PA cG $E|g=117.5 {I2}, I|g=0.0015 (1972SeZI)
233PAS G KC=9.3 5$LC=2.17 12$MC=0.54 4
233PAS G NC=0.144 10$OC=0.0342 21$PC=0.0064 3$QC=0.000452 23
233PA G 155.242 20 0.0023 3 E1 0.1755 E
233PAF G FLAG=a
233PAS G KC=0.1368 20$LC=0.0292 4$MC=0.00708 10
233PAS G NC=0.00188 3$OC=0.000437 7$PC=7.74E-5 11$QC=4.41E-6 7
233PA G 212.32 2 0.0065 6 E1 0.0839 E
233PAF G FLAG=ax
233PAS G KC=0.0663 10$LC=0.01331 19$MC=0.00321 5
233PAS G NC=0.000854 12$OC=0.000200 3$PC=3.60E-5 5$QC=2.22E-6 4
233PA L 237.917 18 5/2+
233PA G 36.32 2 0.00014 3 M1+E2 0.31 9 2.13E+276 S S
233PAF G FLAG=ab
233PAS G LC=1.57E+2 56$MC=41 16
233PAS G NC=11.1 41$OC=2.56 93$PC=0.44 15$QC=0.0144 5
233PA G 134.276 20 0.0018 5 [M1+E2] 0.4 AP 8.04 AP E
233PAF G FLAG=ab
233PAS G KC AP 6.05$LC AP 1.484$MC AP 0.369
233PAS G NC AP 0.0991$OC AP 0.0235$PC AP 0.00433$QC AP 0.000291
233PA G 143.32 6 0.0114 7 M1+E2 0.69 19 5.8 6 a
233PAF G FLAG=b
233PA cG $E|g=143.2 {I1} (1972SeZI), 143.35 {I5} (1969HoZY), 143.36 {I20}
233PA2cG (1969-Fettweis), 143.38 {I20} (1970-Malmskog)
233PA cG $I|g=0.014 (1972SeZI), 0.020 (1969HoZY), 0.012 (1969-Fettweis),
233PA2cG 0.024 (1970-Malmskog)
233PA cG $Ice(L1)=0.014 (1972SeZI)
233PA2 G EL1C=1.0 (1972SeZI)
233PAS G KC=4.0 7$LC=1.31 8$MC=0.34 3
233PAS G NC=0.090 7$OC=0.0211 15$PC=0.00378 18$QC=0.00020 3
233PA G 151.5 2 0.0067 3 M1+E2 0.28 12 5.9 3 a
233PAF G FLAG=b
233PAS G KC=4.6 4 $LC=0.99 3$MC=0.242 10
233PAS G NC=0.065 3 $OC=0.0155 6$PC=0.00291 7$QC=0.000220 14
233PA cG $E|g=151.5 {I2}, I|g=0.009 (1972SeZI)
233PA G 180.79 5 0.0011 3 [E1] 0.1223 E
233PAS G NC=0.001275 18$OC=0.000298 5$PC=5.32E-5 8$QC=3.15E-6 5
233PAS G KC=0.0960 14$LC=0.0199 3$MC=0.00480 7
233PA G 237.884 24 0.0019 4 [E1] 0.0645 E
233PAS G KC=0.0511 8$LC=0.01008 15$MC=0.00243 4
233PAS G NC=0.000646 9$OC=0.0001516 22$PC=2.75E-5 4$QC=1.740E-6 25
233PA L 257.176 18 5/2-
233PA B 0.06 LT 9.1 GT 1U?
233PAS B EAV=308.99 38
233PA G 153.5 1 0.0407 6 [E1] 0.180 C
233PAS G KC=0.1404 20$LC=0.0301 5$MC=0.00728 11
233PAS G NC=0.00193 3$OC=0.000449 7$PC=7.96E-5 12$QC=4.52E-6 7
233PA cG RI$0.0407 {I4} (2008De31)
233PA cG $E|g=153.6 {I2} (1972SeZI), 153.5 {I1} (1969HoZY), 153.74 {I10}
233PA2cG (1969-Fettweis), 153.54 {I20} (1970-Malmskog)
233PA cG $I|g=0.066 (1972SeZI), 0.062 (1969HoZY), 0.071 (1969-Fettweis),
233PA2cG 0.077 (1970-Malmskog)
233PA G 162.504 12 0.0369 52 [E1] 0.1574 @
233PAS G KC=0.1230 18$LC=0.0260 4$MC=0.00630 9
233PAS G NC=0.001670 24$OC=0.000389 6$PC=6.91E-5 10$QC=3.99E-6 6
233PA G 170.9 3 0.0507 6 [E1] 0.1397 C
233PAS G KC=0.1094 16$LC=0.0229 4$MC=0.00554 9
233PAS G NC=0.001470 22$OC=0.000343 5$PC=6.11E-5 9$QC=3.57E-6 6
233PA cG RI$0.0507 {I4} (2008De31)
233PA cG $E|g=170.7 {I3} (1972SeZI), 171.2 {I3} (1969HoZY), 171.32 {I30}
233PA2cG (1969-Fettweis)
233PA cG $I|g=0.13 (1972SeZI), 0.014 (1969HoZY), 0.071 (1969-Fettweis)
233PA G 186.8 1 0.0209 7 M1+E2 0.8 3 2.5 5 C
233PA cG $E|g=186.8 {I2} (1972SeZI), 186.8 {I1} (1969HoZY), 186.13 {I15}
233PA2cG (1969-Fettweis), 186.88 {I30} (1970-Malmskog)
233PA cG $I|g=0.034 (1972SeZI), 0.023 (1969HoZY), 0.058 (1969-Fettweis),
233PA2cG 0.039 (1970-Malmskog)
233PA cG $Ice(K)=0.075, Ice(L1)=0.009 (1972SeZI)
233PA2 G EKC=2.2$ EL1C=0.27 (1972SeZI)
233PAS G KC=1.74 49$LC=0.530 8$MC=0.135 5
233PAS G NC=0.0362 12$OC=0.00850 20$PC=0.00153 3$QC=8.4E-5 22
233PA G 250.5 3 0.0047 3 [E2] 0.317
233PA cG $E|g=250.5 {I3}, I|g=0.0047 (1972SeZI)
233PAS G KC=0.1044 15$LC=0.1561 24$MC=0.0424 7
233PAS G NC=0.01144 17$OC=0.00261 4$PC=0.000437 7$QC=6.55E-6 10
233PA G 257.37 15 0.0524 11M1+E2 1.1 2 0.80 12 *C
233PA cG RI$0.0524 {I10} (2008De31). All the intensity of the 257.3
233PA2cG doublet is assigned from the 257 level, based on intensity
233PA3cG balance arguments.
233PA cG $E|g=257.30 {I15} (1972SeZI, doublet), 257.4 {I1} (1969HoZY),
233PA2cG 257.45 {I10} (1969-Fettweis), 257.3 {I4} (1970-Malmskog)
233PA cG $I|g=0.068 (1972SeZI), 0.085 (1969HoZY), 0.15 (1969-Fettweis),
233PA2cG 0.081 (1970-Malmskog)
233PA cG $Ice(K)=0.035 {I7}, Ice(L1)=0.009 {I4} (1972SeZI)
233PA2 G EKC=0.5$ EL1C=0.13 (1972SeZI)
233PAS G KC=0.56 11$LC=0.174 8$MC=0.0442 15
233PAS G NC=0.0119 4$OC=0.00278 11$PC=0.00050 3$QC=2.7E-5 5
233PA L 447.733 16 3/2-
233PA B 0.77 5 7.20 3
233PAS B EAV=247.52 40
233PA cB E$880 (1957Fr55), possibly for 447.8+454.4 levels
233PA G 190.552 14 0.0861 13 M1(+E2) 0.5 LT 2.8 5 AC
233PA cG RI$0.0861 {I9} (2008De31)
233PA cG E$others: 190.54 {I8} (1972SeZI), 190.7 {I1} (1969HoZY), 190.72 {I10}
233PA2cG (1969-Fettweis), 190.59 {I20} (1970-Malmskog), 191.2 (1969Va06)
233PA cG $I|g=0.13 (1972SeZI), 0.16 (1969HoZY), 0.17 (1969-Fettweis),
233PA2cG 0.15 (1970-Malmskog)
233PA cG $Ice(K)=0.39, Ice(L1)=0.028, Ice(M1)=0.018, Ice(N)=0.007, mixed with
233PA2cG Ice(L1) of 210|g (1972SeZI)
233PA2 G EKC=3.0$ EL1C=0.22$ EM1C=0.14$ENC=0.04 (1972SeZI)
233PA cG MR$from |a(K)exp. Others: <0.7 from |a(M1)exp is consistent, but
233PA2cG 1.4 {I+4-3} from |a(L1)exp is inconsistent; |a(N)exp allows all |d
233PAS G KC=2.1 5$LC=0.497 8$MC=0.123 4
233PAS G NC=0.0331 10$OC=0.00784 15$PC=0.00146 4$QC=0.000100 22
233PA G 210.6 2 0.0178 11 [E1] 0.0855 B
233PAF G FL=237.917
233PA cG $E|g=210.6 {I2} (1972SeZI), 210.1 {I3} (1970-Malmskog)
233PA cG $I|g=0.035 (1972SeZI), 0.032 (1970-Malmskog)
233PA cG $Ice(K)=0.04 {I1} (1972SeZI); M1+E2 suggested by 1972SeZI from |a(K)exp
233PA2cG is inconsistent with |DJ|p
233PA2 G EKC=1.2 (1972SeZI)
233PAS G KC=0.0675 10$LC=0.01358 20$MC=0.00328 5
233PAS G NC=0.000871 13$OC=0.000204 3$PC=3.67E-5 6$QC=2.26E-6 4
233PA G 246.0 3 0.0041 6 [E1] 0.0597 C
233PA cG $E|g=246.0 {I3} (1972SeZI, from |g|g-coin)
233PAS G KC=0.0474 7$LC=0.00930 14$MC=0.00224 4
233PAS G NC=0.000596 9$OC=0.0001398 20$PC=2.54E-5 4$QC=1.620E-6 23
233PA G 278.7 4 0.0047 6 [E1] 0.0450 B
233PAS G KC=0.0359 6$LC=0.00691 10$MC=0.001662 24
233PAS G NC=0.000442 7$OC=0.0001040 15$PC=1.90E-5 3$QC=1.244E-6 18
233PA cG $E|g=278.7 {I4} (1972SeZI), 279.0 {I4} (1970-Malmskog),
233PA2cG 278.0 (1969Va06)
233PA cG $I|g=0.0078 (1972SeZI)
233PA G 361.4 2 0.0218 5 [E1] 0.0255
233PA cG $E|g=361.4 {I2} (1972SeZI), 362.0 {I6} (1970-Malmskog),
233PA2cG 362.9 (1969Va06)
233PA cG $I|g=0.038 (1972SeZI), 0.043 (1970-Malmskog)
233PAS G KC=0.0205 3$LC=0.00380 6$MC=0.000911 13
233PAS G NC=0.000242 4$OC=5.73E-5 8$PC=1.055E-5 15$QC=7.29E-7 11
233PA G 377.2 2 0.0275 9 [M1+E2] 0.29 20
233PAS G NC=0.0036 13$OC=8.5E-4 31$PC=1.56E-4 64$QC=1.04E-5 79
233PA cG $E|g=377.0 {I3} (1972SeZI), 377.3 {I2} (1969HoZY), 376.94 {I10}
233PA2cG (1969-Fettweis), 377.2 {I4} (1970-Malmskog), 377.2 (1969Va06)
233PA cG $I|g=0.038 (1972SeZI), 0.032 (1969HoZY), 0.10 (1969-Fettweis),
233PA2cG 0.041 (1970-Malmskog)
233PAS G KC=0.22 18$LC=0.054 21$MC=0.0133 47
233PA G 440.94 4 0.1912 23M1(+E2) 0.7 LT 0.28 5 A
233PA cG RI$0.1912 {I13} (2008De31)
233PA cG E$others: 440.96 {I7} (1972Vo08), 441.0 {I3} (1972SeZI), 440.9 {I2}
233PA2cG (1969HoZY), 440.86 {I10} (1969-Fettweis), 440.97 {I20} (1970-Malmskog),
233PA3cG 441.5 (1969Va06)
233PA cG $I|g=0.23 (1972SeZI), 0.27 (1969HoZY), 0.79 (1969-Fettweis),
233PA2cG 0.39 (1970-Malmskog)
233PA cG $Ice(K)=0.058 {I7} (1972SeZI)
233PA2 G EKC=0.25 (1972SeZI)
233PAS G KC=0.22 4$LC=0.044 5$MC=0.0106 11
233PAS G NC=0.0028 3$OC=0.00068 8$PC=0.000129 15$QC=1.02E-5 17
233PA G 447.762 20 0.1043 15M1(+E2) 0.6 LT 0.28 4 A
233PA cG RI$0.1043 {I10} (2008De31)
233PA cG E$others: 447.77 {I30} (1972Vo08), 447.7 {I3} (1972SeZI), 447.6 {I2}
233PA2cG (1969HoZY), 447.57 {I10} (1969-Fettweis), 447.6 {I20} (1970-Malmskog),
233PA3cG 445.3 (1969Va06)
233PA cG $I|g=0.15 (1972SeZI), 0.14 (1969HoZY), 0.42 (1969-Fettweis),
233PA2cG 0.18 (1970-Malmskog)
233PA cG $Ice(K)=0.037 {I7} (1972SeZI)
233PA2 G EKC=0.26 (1972SeZI)
233PAS G KC=0.22 3$LC=0.043 4$MC=0.0104 9
233PAS G NC=0.00278 24$OC=0.00066 6$PC=0.000126 12$QC=1.01E-5 13
233PA L 454.42 4 3/2+
233PA B 0.214 14 7.74 3
233PAS B EAV=245.14 40
233PA G 216.7 2 0.0130 7 [M1+E2] 1.40 88
233PA cG $E|g=216.6 {I2} (1972SeZI), 216.9 {I2} (1969HoZY), 216.92 {I20}
233PA2cG (1969-Fettweis), 216.7 {I3} (1970-Malmskog)
233PA cG $I|g=0.015 (1972SeZI), 0.055 (1969HoZY), 0.012 (1969-Fettweis),
233PA2cG 0.018 (1970-Malmskog)
233PA cG $Ice(K)=0.016 {I7} (1972SeZI)
233PA2 G EKC=1.1 (1972SeZI)
233PAS G KC=0.97 84$LC=0.32 4$MC=0.081 4
233PAS G NC=0.0217 9$OC=0.0051 4$PC=0.00091 12$QC=4.7E-5 38
233PA G 242.3 0.0029 6 [M1+E2] 1.01 66 EC
233PAS G KC=0.72 61$LC=0.22 4$MC=0.055 7
233PAS G NC=0.0148 17$OC=0.0035 5$PC=0.00063 13$QC=3.5E-5 28
233PA G 252.9 3 0.0066 3 [M1+E2] 0.9 6
233PA cG $E|g=252.9 {I3} (1972SeZI), 252.5 {I5} (1970-Malmskog)
233PA cG $I|g=0.012 (1972SeZI), 0.011 (1970-Malmskog)
233PAS G KC=0.64 54$LC=0.19 4$MC=0.048 7
233PAS G NC=0.0128 18$OC=0.0030 5$PC=0.00054 13$QC=3.1E-5 25
233PA G 285.5 3 0.0154 9 M1(+E2) 0.7 LT 0.92 14 C
233PA cG $E|g=285.5 {I3} (1972SeZI), 284.90 {I20} (1969-Fettweis)
233PA cG $I|g=0.021 (1972SeZI), 0.048 (1969-Fettweis)
233PA cG $Ice(K)=0.016 {I4} (1972SeZI)
233PA2 G EKC=0.8 (1972SeZI)
233PAS G KC=0.72 13$LC=0.149 12$MC=0.0365 23
233PAS G NC=0.0098 7$OC=0.00233 16$PC=0.00044 4$QC=3.4E-5 6
233PA G 359.74 4 0.0869 11M1(+E2) 0.23 LT 0.54 3 A
233PA cG RI$0.0869 {I7} (2008De31)
233PA cG E$others: 359.9 {I1} (1972SeZI), 359.9 {I1} (1969HoZY), 360.09 {I10}
233PA2cG (1969-Fettweis), 360.1 {I1} (1970-Malmskog)
233PA cG $I|g=0.12 (1972SeZI), 0.13 (1969HoZY), 0.39 (1969-Fettweis),
233PA2cG 0.15 (1970-Malmskog)
233PA cG $Ice(K)=0.07 {I1}, Ice(L1)=0.009 {I4} (1972SeZI)
233PA2 G EKC=0.58 $ EL1C=0.077 (1972SeZI)
233PAS G KC=0.427 21$LC=0.082 3$MC=0.0199 6
233PAS G NC=0.00534 16$OC=0.00128 4$PC=0.000244 8$QC=1.98E-5 10
233PA G 368.0 3 0.0037 7 [M1+E2] 0.31 22
233PAS G KC=0.23 19$LC=0.058 22$MC=0.0143 49
233PAS G NC=0.0039 13$OC=9.1E-4 33$PC=1.68E-4 68$QC=1.11E-5 84
233PA cG $E|g=368.0 {I3}, I|g=0.0047 (1972SeZI)
233PA G 383.5 0.0019 6 [E1] 0.0225 E
233PAS G KC=0.0181 3$LC=0.00333 5$MC=0.000797 12
233PAS G NC=0.000212 3$OC=5.02E-5 7$PC=9.26E-6 13$QC=6.48E-7 9
233PA L 553.888 20 1/2+,3/2+
233PA B 1.19 5 6.80 2
233PAS B EAV=210.18 39
233PA cB E$790 (1957Fr55)
233PA G 316.1 0.0037 4 [M1,E2] 0.47 33 E
233PAS G KC=0.35 29$LC=0.092 30$MC=0.0230 62
233PAS G NC=0.0062 17$OC=0.00146 42$PC=2.67E-4 91$QC=1.7E-5 13
233PA G 459.222 7 0.989 10M1(+E2) 0.6 LT 0.26 4 A
233PA cG RI$0.9886 {I20} (2008De31)
233PA cG E$others: 459.26 {I6} (1972Vo08), 459.2 {I2} (1972SeZI), 459.2 {I1}
233PA2cG (1969HoZY), 459.10 {I10} (1969-Fettweis), 459.18 {I20} (1970-Malmskog),
233PA3cG 460.5 (1969Va06)
233PA cG $I|g=1.4 (1972SeZI), 1.4 (1969HoZY), 4.2 (1969-Fettweis),
233PA2cG 1.7 (1970-Malmskog)
233PA cG $Ice(K)=0.40 {I5}, Ice(L1)=0.046 {I7} (1972SeZI)
233PA2 G EKC=0.28 $ EL1C=0.03 (1972SeZI)
233PAS G KC=0.20 3$LC=0.040 4$MC=0.0097 9
233PAS G NC=0.00259 22$OC=0.00062 6$PC=0.000118 11$QC=9.4E-6 12
233PA G 467.6 3 0.0144 4 [M1,E2] 0.16 11
233PAS G KC=0.125 94$LC=0.029 13$MC=0.0070 30
233PAS G NC=0.00189 79$OC=4.5E-4 20$PC=8.4E-5 39$QC=5.8E-6 43
233PA cG $E|g=467.5 {I3} (1972SeZI), 467.8 {I3} (1969HoZY)
233PA cG $I|g=0.018 (1972SeZI), 0.023 (1969HoZY)
233PA G 497.1 4 0.0128 4 B ?
233PA cG E$others: 497.1 {I4} (1972SeZI), 496.5 (1969Va06)
233PA cG $I|g=0.021 (1972SeZI)
233PA cG $Placement considered uncertain as it involves transition from
233PA2cG 1/2+,3/2+ level to 7/2-, 57 level
233PA G 553.7 0.0030 3 [E1] 0.01068 E
233PAS G KC=0.00866 13$LC=0.001526 22$MC=0.000364 5
233PAS G NC=9.69E-5 14$OC=2.30E-5 4$PC=4.30E-6 6$QC=3.19E-7 5
233PA L 585.44 4 3/2+
233PA B 0.147 18 7.64 6
233PAS B EAV=199.29 38
233PA G 347.4 3 0.0145 8 [M1+E2] 0.37 25
233PAS G KC=0.27 22$LC=0.069 25$MC=0.0171 54
233PAS G NC=0.0046 15$OC=0.00109 36$PC=2.00E-4 76$QC=1.29E-5 99
233PA cG $E|g=347.3 {I3} (1972SeZI), 347.6 {I3} (1969HoZY), 347.5 {I3}
233PA2cG (1969-Fettweis), 347.5 {I5} (1970-Malmskog), 460.5 (1969Va06)
233PA cG $I|g=0.012 (1972SeZI), 0.0081 (1969HoZY), 0.066 (1969-Fettweis),
233PA2cG 0.015 (1970-Malmskog)
233PA G 490.80 6 0.1078 15M1(+E2) 0.6 LT 0.21 3 A
233PA cG RI$0.1078 {I11} (2008De31)
233PA cG E$others: 490.9 {I3} (1972SeZI), 490.7 {I2} (1969HoZY), 490.70 {I10}
233PA2cG (1969-Fettweis), 490.82 {I20} (1970-Malmskog), 492.0 (1969Va06)
233PA cG $I|g=0.17 (1972SeZI), 0.14 (1969HoZY), 0.46 (1969-Fettweis),
233PA2cG 0.15 (1970-Malmskog)
233PA cG $Ice(K)=0.037 {I7} (1972SeZI)
233PA2 G EKC=0.21 (1972SeZI)
233PAS G KC=0.171 22$LC=0.033 3$MC=0.0080 7
233PAS G NC=0.00216 19$OC=0.00052 5$PC=9.8E-5 10$QC=7.9E-6 10
233PA G 499.02 4 0.1576 18M1(+E2) 0.8 LT 0.19 4 A
233PA cG RI$0.1576 {I9} (2008De31)
233PA cG E$others: 499.20 {I30} (1972Vo08), 499.0 {I3} (1972SeZI), 498.2 {I2}
233PA2cG (1969HoZY), 498.74 {I10} (1969-Fettweis), 498.94 {I20} (1970-Malmskog),
233PA3cG 500.0 (1969Va06)
233PA cG $I|g=0.21 (1972SeZI), 0.19 (1969HoZY), 0.71 (1969-Fettweis),
233PA2cG 0.27 (1970-Malmskog)
233PA cG $Ice(K)=0.037 {I7} (1972SeZI)
233PA2 G EKC=0.18 (1972SeZI)
233PAS G KC=0.15 3$LC=0.030 5$MC=0.0074 10
233PAS G NC=0.0020 3$OC=0.00047 7$PC=9.0E-5 13$QC=7.1E-6 14
233PA G 578.7 0.0017 5 [E1] 0.00980 E
233PAS G KC=0.00796 12$LC=0.001395 20$MC=0.000332 5
233PAS G NC=8.85E-5 13$OC=2.10E-5 3$PC=3.93E-6 6$QC=2.94E-7 5
233PA L 669.88 3 3/2-
233PA B 0.0173 13 8.37 4
233PAS B EAV=170.55 37
233PA G 412.5 5 0.0083 7 M1+E2 1.0 3 0.23 6
233PA cG $Ice(K)=0.005 {I2} (1972SeZI)
233PA cG $E|g=412.5 {I5} (1972SeZI), 413.8 (1969Va06)
233PA cG $I|g=0.013 (1972SeZI)
233PA2 G EKC=0.17 (1972SeZI)
233PAS G KC=0.174 46$LC=0.041 6$MC=0.0102 14
233PAS G NC=0.0027 4$OC=0.00065 9$PC=0.000120 18$QC=8.2E-6 21
233PA G 583.2 0.0016 5 [E1] 0.00966 E
233PAS G KC=0.00784 11$LC=0.001373 20$MC=0.000327 5
233PAS G NC=8.72E-5 13$OC=2.07E-5 3$PC=3.87E-6 6$QC=2.90E-7 4
233PA G 663.3 5 0.0037 5 [M1+E2] 0.066 42
233PAS G KC=0.051 35$LC=0.0108 54$MC=0.0026 13
233PAS G NC=7.1E-4 34$OC=1.68E-4 81$PC=3.2E-5 16$QC=2.4E-6 16
233PA cG $E|g=663.3 {I5}, I|g=0.0024 (1972SeZI)
233PA G 669.885 28 0.0014 AP[M1+E2] 0.064 41 @
233PAF G FLAG=B
233PAS G KC=0.050 34$LC=0.0105 53$MC=0.0026 13
233PAS G NC=6.9E-4 33$OC=1.64E-4 79$PC=3.1E-5 16$QC=2.3E-6 16
233PA cG RI$0.5038 {I15} (2008De31)
233PA L 764.53 3 1/2+,3/2+
233PA B 1.182 20 6.27 1
233PAS B EAV=139.22 36
233PA cB E$580 (1957Fr55), possibly for 764+585 levels
233PA G 179.1 1 0.0278 5 M1(+E2) 0.7 LT 3.4 5
233PA cG RI$0.0278 {I4} (2008De31)
233PA cG $Ice(L1)=0.018 {I6} (1972SeZI)
233PA cG $E|g=179.0 {I2} (1972SeZI), 179.1 {I1} (1969HoZY), 179.32 {I10}
233PA2cG (1969-Fettweis), 179.18 {I30} (1970-Malmskog)
233PA cG $I|g=0.038 (1972SeZI), 0.054 (1969HoZY), 0.033 (1969-Fettweis),
233PA2cG 0.041 (1970-Malmskog)
233PA2 G EL1C=0.5 (1972SeZI)
233PAS G KC=2.6 5$LC=0.603 12$MC=0.149 6
233PAS G NC=0.0399 16$OC=0.0095 3$PC=0.001766 25$QC=0.000124 22
233PA G 211.3 2 0.0202 9 M1+E2 1.0 3 1.5 4
233PAF G FL=553.888
233PA cG $E|g=211.3 {I2} (1972SeZI), 211.3 {I3} (1970-Malmskog)
233PA cG $I|g=0.019 (1972SeZI), 0.032 (1970-Malmskog)
233PA cG $Ice(K)=0.02 {I1} (1972SeZI)
233PA2 G EKC=1.0 (1972SeZI)
233PAS G KC=1.04 31$LC=0.344 11$MC=0.0881 14
233PAS G NC=0.0237 4$OC=0.00554 12$PC=0.00099 5$QC=5.1E-5 14
233PA G 309.9 0.0032 3 [M1+E2] 0.50 34 E
233PAS G KC=0.37 31$LC=0.098 31$MC=0.0245 64
233PAS G NC=0.0066 17$OC=0.00155 43$PC=2.84E-4 95$QC=1.8E-5 14
233PA G 526.5 2 0.0463 10[M1,E2] 0.120 80
233PA cG RI$0.0463 {I9} (2008De31)
233PA cG $E|g=526.5 {I2} (1972SeZI), 526.6 {I2} (1969HoZY), 526.30 {I10}
233PA2cG (1969-Fettweis), 526.58 {I30} (1970-Malmskog), 528.0 (1969Va06)
233PA cG $I|g=0.063 (1972SeZI), 0.064 (1969HoZY), 0.19 (1969-Fettweis),
233PA2cG 0.071 (1970-Malmskog)
233PAS G KC=0.092 68$LC=0.0204 97$MC=0.0050 23
233PAS G NC=0.00134 60$OC=3.2E-4 15$PC=6.0E-5 29$QC=4.3E-6 31
233PA G 552.2 2 0.0165 5 [M1,E2] 0.106 70
233PA cG $E|g=552.1 {I3} (1972SeZI), 552.3 {I2} (1969HoZY), 551.17 {I20}
233PA2cG (1969-Fettweis), 551.89 {I60} (1970-Malmskog), 553.5 (1969Va06)
233PA cG $I|g=0.024 (1972SeZI), 0.047 (1969HoZY), 0.054 (1969-Fettweis),
233PA2cG 0.026 (1970-Malmskog)
233PAS G KC=0.082 59$LC=0.0178 86$MC=0.0044 20
233PAS G NC=0.00117 53$OC=2.8E-4 13$PC=5.2E-5 26$QC=3.8E-6 27
233PA G 562.6 2 0.0545 11[M1+E2] 0.101 67 C
233PAS G KC=0.078 56$LC=0.0169 82$MC=0.0042 19
233PAS G NC=0.00111 51$OC=2.6E-4 13$PC=5.0E-5 25$QC=3.6E-6 26
233PA cG RI$0.0545 {I10} (2008De31)
233PA cG $E|g=562.8 {I4} (1972SeZI), 562.6 {I2} (1969HoZY), 562.56 {I10}
233PA2cG (1969-Fettweis), 562.79 {I40} (1970-Malmskog), 564.0 (1969Va06)
233PA cG $I|g=0.070 (1972SeZI), 0.088 (1969HoZY), 0.22 (1969-Fettweis),
233PA2cG 0.084 (1970-Malmskog)
233PA G 595.2 2 0.1178 14M1(+E2) 0.9 LT 0.12 3 C
233PA cG RI$0.1178 {I8} (2008De31)
233PA cG $Ice(K)=0.016 {I7} (1972SeZI)
233PA2 G EKC=0.10 (1972SeZI)
233PAS G KC=0.094 22$LC=0.018 4$MC=0.0045 8
233PAS G NC=0.00119 20$OC=0.00029 5$PC=5.4E-5 10$QC=4.3E-6 10
233PA cG $E|g=595.2 {I2} (1972SeZI), 595.3 {I2} (1969HoZY), 595.15 {I10}
233PA2cG (1969-Fettweis), 595.3 {I4} (1970-Malmskog), 596.0 (1969Va06)
233PA cG $I|g=0.16 (1972SeZI), 0.12 (1969HoZY), 0.50 (1969-Fettweis)
233PA G 669.885 28 0.5024 52M1(+E2) 0.5 LT 0.097 9 @
233PA cG RI$0.5038 {I15} (2008De31), most of the intensity of 669.9 doublet
233PA2cG is assigned from the 764 level. Based on Alaga rule, only a small
233PA3cG component may belong from the 669 level
233PA cG E$weighted average of 669.901 {I16} (1979Bo30), 669.64 {I20}
233PA2cG (1972Vo08), 669.8 {I2} (1972SeZI), 669.75 {I5} (1969HoZY).
233PA3cG Others: 669.98 {I10} (1969-Fettweis), 669.8 {I3} (1970-Malmskog),
233PA4cG 670.5 (1969Va06)
233PA cG $I|g=0.68 (1972SeZI), 0.63 (1969HoZY), 2.3 (1969-Fettweis),
233PA2cG 0.75 (1970-Malmskog)
233PA cG $Ice(K)=0.068 {I10} (1972SeZI)
233PA2 G EKC=0.10 (1972SeZI)
233PAS G KC=0.077 7$LC=0.0147 11$MC=0.00353 25
233PAS G NC=0.00095 7$OC=0.000227 17$PC=4.3E-5 4$QC=3.5E-6 4
233PA cG $Total I|g=0.5038 {I15} (2008De31); divided by 2008De31
233PA G 678.04 10 0.0647 9 [M1,E2] 0.062 40 A
233PA cG RI$0.0647 {I6} (2008De31)
233PA cG E$others: 677.8 {I4} (1972SeZI), 677.8 {I3} (1969HoZY), 677.88 {I15}
233PA2cG (1969-Fettweis), 678.0 {I4} (1970-Malmskog), 801.0 (1969Va06)
233PA cG $I|g=0.087 (1972SeZI), 0.082 (1969HoZY), 0.27 (1969-Fettweis),
233PA2cG 0.094 (1970-Malmskog)
233PAS G KC=0.049 33$LC=0.0102 51$MC=0.0025 12
233PAS G NC=6.6E-4 32$OC=1.58E-4 77$PC=3.0E-5 15$QC=2.2E-6 15
233PA G 757.6 2 0.0324 7 [E1] 0.00591
233PAS G NC=5.21E-5 8$OC=1.240E-5 18$PC=2.33E-6 4$QC=1.81E-7 3
233PA cG RI$0.0324 {I6} (2008De31)
233PA cG $E|g=757.8 {I4} (1972SeZI), 757.6 {I2} (1969HoZY), 757.66 {I10}
233PA2cG (1969-Fettweis), 757.8 {I7} (1970-Malmskog), 757.0 (1969Va06)
233PA cG $I|g=0.042 (1972SeZI), 0.042 (1969HoZY), 0.16 (1969-Fettweis),
233PA2cG 0.047 (1970-Malmskog)
233PAS G KC=0.00482 7$LC=0.000823 12$MC=0.000195 3
233PA G 764.3 2 0.0891 11[E1] 0.00581
233PAS G NC=5.12E-5 8$OC=1.220E-5 17$PC=2.30E-6 4$QC=1.784E-7 25
233PA cG RI$0.0891 {I7} (2008De31)
233PA cG $E|g=764.4 {I4} (1972SeZI), 764.3 {I2} (1969HoZY), 764.57 {I10}
233PA2cG (1969-Fettweis), 764.5 (1970-Malmskog), 763.1 (1969Va06)
233PA cG $I|g=0.12 (1972SeZI), 0.11 (1969HoZY), 0.42 (1969-Fettweis),
233PA2cG 0.12 (1970-Malmskog)
233PAS G KC=0.00475 7$LC=0.000809 12$MC=0.000192 3
233PA L 811.60 7 3/2+
233PA B 0.367 8 6.64 1
233PAS B EAV=124.03 36
233PA G 226.3 1 0.0171 7 M1+E2 0.7 3 1.5 3
233PA cG $Ice(K)=0.02 {I1}, Ice(L1)=0.007 {I3} (1972SeZI)
233PA cG $E|g=226.1 {I2} (1972SeZI), 226.3 {I1} (1969HoZY), 226.23 {I10}
233PA2cG (1969-Fettweis), 226.2 {I2} (1970-Malmskog), 801.0 (1969Va06)
233PA cG $I|g=0.023 (1972SeZI), 0.026 (1969HoZY), 0.042 (1969-Fettweis),
233PA2cG 0.026 (1970-Malmskog)
233PA2 G EKC=1.1$ EL1C=0.3 (1972SeZI)
233PAS G KC=1.12 29$LC=0.284 14$MC=0.0710 21
233PAS G NC=0.0191 6$OC=0.00450 17$PC=0.00083 5$QC=5.3E-5 13
233PA G 257.30 15 [M1+E2] 0.85 56 *
233PAS G KC=0.61 52$LC=0.18 4$MC=0.045 7
233PAS G NC=0.0121 19$OC=0.0028 5$PC=0.00051 13$QC=2.9E-5 24
233PA G 573.6 3 0.0332 9 [M1+E2] 0.096 63
233PAS G KC=0.074 53$LC=0.0161 78$MC=0.0039 18
233PAS G NC=0.00105 49$OC=2.5E-4 12$PC=4.7E-5 24$QC=3.4E-6 24
233PA cG RI$0.0332 {I8} (2008De31)
233PA cG $E|g=573.7 {I4} (1972SeZI), 573.5 {I3} (1969HoZY), 573.40 {I15}
233PA2cG (1969-Fettweis), 573.76 {I40} (1970-Malmskog), 576.9 (1969Va06)
233PA cG $I|g=0.042 (1972SeZI), 0.043 (1969HoZY), 0.136 (1969-Fettweis),
233PA2cG 0.043 (1970-Malmskog)
233PA G 599.3 2 0.0294 5 [M1+E2] 0.085 56
233PAS G KC=0.066 47$LC=0.0142 70$MC=0.0035 17
233PAS G NC=9.3E-4 44$OC=2.2E-4 11$PC=4.2E-5 21$QC=3.1E-6 21
233PA cG RI$0.0294 {I4} (2008De31)
233PA cG $E|g=599.1 {I4} (1972SeZI), 599.3 {I2} (1969HoZY), 599.36 {I10}
233PA2cG (1969-Fettweis), 599.13 {I40} (1970-Malmskog)
233PA cG $I|g=0.047 (1972SeZI), 0.041 (1969HoZY), 0.12 (1969-Fettweis),
233PA2cG 0.047 (1970-Malmskog)
233PA G 610.0 3 0.0567 11[M1+E2] 0.081 53 C
233PAS G KC=0.063 45$LC=0.0135 67$MC=0.0033 16
233PAS G NC=8.9E-4 42$OC=2.1E-4 10$PC=4.0E-5 20$QC=2.9E-6 20
233PA cG RI$0.0567 {I9} (2008De31)
233PA cG $E|g=610.0 {I3} (1972SeZI), 609.9 {I2} (1969HoZY), 609.89 {I10}
233PA2cG (1969-Fettweis), 610.2 {I5} (1970-Malmskog), 609.8 (1969Va06)
233PA cG $I|g=0.085 (1972SeZI), 0.080 (1969HoZY), 0.24 (1969-Fettweis),
233PA2cG 0.097 (1970-Malmskog)
233PA G 642.5 2 0.0202 5 [M1+E2] 0.071 46 C
233PAS G KC=0.056 39$LC=0.0118 59$MC=0.0029 14
233PAS G NC=7.7E-4 37$OC=1.83E-4 88$PC=3.4E-5 18$QC=2.6E-6 18
233PA cG RI$0.0202 {I4} (2008De31)
233PA cG $E|g=642.3 {I4} (1972SeZI), 642.6 {I2} (1969HoZY), 642.53 {I10}
233PA2cG (1969-Fettweis), 642.39 {I40} (1970-Malmskog), 641.9 (1969Va06)
233PA cG $I|g=0.028 (1972SeZI), 0.028 (1969HoZY), 0.091 (1969-Fettweis),
233PA2cG 0.030 (1970-Malmskog)
233PA G 707.9 5 0.0091 5 [E2] 0.0209
233PAS G NC=0.000310 5$OC=7.26E-5 11$PC=1.310E-5 19$QC=6.87E-7 10
233PA cG $E|g=708.0 {I6} (1972SeZI), 707.8 {I5} (1969HoZY),
233PA2cG 708.0 {I6} (1970-Malmskog), 707.9 (1969Va06)
233PA cG $I|g=0.012 (1972SeZI), 0.0068 (1969HoZY), 0.141 (1969-Fettweis),
233PA2cG 0.011 (1970-Malmskog)
233PAS G KC=0.01476 21$LC=0.00454 7$MC=0.001153 17
233PA G 716.9 4 0.0421 8 [M1+E2] 0.054 34
233PAS G KC=0.042 28$LC=0.0087 44$MC=0.0021 11
233PAS G NC=5.7E-4 28$OC=1.36E-4 67$PC=2.6E-5 13$QC=1.9E-6 13
233PA cG RI$0.0421 {I8} (2008De31)
233PA cG $E|g=716.9 {I4} (1972SeZI), 716.7 {I2} (1969HoZY), 716.78 {I30}
233PA2cG (1969-Fettweis), 716.96 {I60} (1970-Malmskog), 718.1 (1969Va06)
233PA cG $I|g=0.056 (1972SeZI), 0.054 (1969HoZY), 0.20 (1969-Fettweis),
233PA2cG 0.060 (1970-Malmskog)
233PA G 725.0 4 0.0633 9 M1(+E2) 0.5 LT 0.078 7
233PA cG RI$0.0633 {I6} (2008De31)
233PA cG $Ice(K)=0.010 {I5} (1972SeZI)
233PA2 G EKC=0.10 (1972SeZI)
233PAS G KC=0.063 6$LC=0.0119 9$MC=0.00286 21
233PAS G NC=0.00077 6$OC=0.000183 13$PC=3.5E-5 3$QC=2.86E-6 25
233PA cG $E|g=725.0 {I4} (1972SeZI), 724.8 {I2} (1969HoZY), 724.80 {I10}
233PA2cG (1969-Fettweis), 725.1 {I6} (1970-Malmskog), 724.0 (1969Va06)
233PA cG $I|g=0.087 (1972SeZI), 0.081 (1969HoZY), 0.33 (1969-Fettweis),
233PA2cG 0.090 (1970-Malmskog)
233PA G 740.9 2 0.0236 5 [E1] 0.00616
233PA cG RI$0.0236 {I4} (2008De31)
233PA cG $E|g=740.9 {I4} (1972SeZI), 740.9 {I2} (1969HoZY), 740.87 {I15}
233PA2cG (1969-Fettweis), 741.1 {I8} (1970-Malmskog), 740.5 (1969Va06)
233PA cG $I|g=0.031 (1972SeZI), 0.039 (1969HoZY), 0.11 (1969-Fettweis),
233PA2cG 0.011 (1970-Malmskog)
233PAS G KC=0.00502 7$LC=0.000859 12$MC=0.000204 3
233PAS G NC=5.44E-5 8$OC=1.294E-5 19$PC=2.43E-6 4$QC=1.88E-7 3
233PA G 805.2 2 0.0214 6 [E1] 0.00529
233PAS G KC=0.00432 6$LC=0.000733 11$MC=0.0001740 25
233PAS G NC=4.64E-5 7$OC=1.105E-5 16$PC=2.08E-6 3$QC=1.628E-7 23
233PA cG $E|g=804.8 {I4} (1972SeZI), 805.3 {I2} (1969HoZY), 805.13 {I10}
233PA2cG (1969-Fettweis), 805.6 {I6} (1970-Malmskog), 801.0 (1969Va06)
233PA cG $I|g=0.031 (1972SeZI), 0.034 (1969HoZY), 0.141 (1969-Fettweis),
233PA2cG 0.0056 (1970-Malmskog)
233PA G 811.4 7 0.0060 2 [E1] 0.00522
233PAS G KC=0.00426 6$LC=0.000723 11$MC=0.0001715 25
233PA cG $E|g=811.6 {I7} (1972SeZI), 811 {I1} (1969HoZY), 811.5 {I6}
233PA2cG (1969-Fettweis), 811.8 {I7} (1970-Malmskog), 811.9 (1969Va06)
233PA cG $I|g=0.0078 (1972SeZI), 0.0068 (1969HoZY), 0.029 (1969-Fettweis),
233PA2cG 0.011 (1970-Malmskog)
233PAS G NC=4.57E-5 7$OC=1.089E-5 16$PC=2.05E-6 3$QC=1.606E-7 23
233PA L 941.97 22 (3/2) B
233PA B 0.0554 13 6.95 1
233PAS B EAV=83.40 34
233PA G 703.6 5 0.0091 5 [D,E2] 0.05 4 B
233PA cG $E|g=703.7 {I6} (1972SeZI), 703.6 {I5} (1969HoZY), 703.6 {I6}
233PA2cG (1970-Malmskog)
233PA cG $I|g=0.011 (1972SeZI), 0.0068 (1969HoZY), 0.011 (1970-Malmskog)
233PA G 870.7 7 0.0031 2 [D,E2] 0.028 24 B
233PA cG $E|g=870.7 {I7}, I|g=0.0021 (1972SeZI)
233PA G 935.5 3 0.0369 7 [D,E2] 0.024 20 B
233PA cG RI$0.0369 {I6} (2008De31)
233PA cG $E|g=935.2 {I7} (1972SeZI), 935.6 {I3} (1969HoZY), 934.79 {I10}
233PA2cG (1969-Fettweis), 935.4 {I7} (1970-Malmskog), 931.0 (1969Va06)
233PA cG $I|g=0.049 (1972SeZI), 0.043 (1969HoZY), 0.17 (1969-Fettweis),
233PA2cG 0.054 (1970-Malmskog)
233PA G 942.2 5 0.0048 3 [D,E2] 0.023 19 B
233PA cG $E|g=941.9 {I8} (1972SeZI), 942.3 {I5} (1969HoZY),
233PA2cG 942.6 {I8} (1970-Malmskog), 939.5 (1969Va06)
233PA cG $I|g=0.0078 (1972SeZI), 0.0068 (1969HoZY), 0.0086 (1970-Malmskog)
233PA L 968.7 3 (1/2,3/2) B
233PA B 0.0224 6 7.22 1
233PAS B EAV=75.36 34
233PA G 873.9 3 0.0120 3 [D,E2] 0.028 24 B
233PA cG $E|g=874.0 {I5} (1972SeZI), 873.8 {I3} (1969HoZY), 873.81 {I15}
233PA2cG (1969-Fettweis), 874.24 {I8} (1970-Malmskog), 873.0 (1969Va06)
233PA cG $I|g=0.0082 (1972SeZI), 0.020 (1969HoZY), 0.066 (1969-Fettweis),
233PA2cG 0.021 (1970-Malmskog)
233PA G 962.8 9 0.0015 2 [D,E2] 0.022 18 B
233PA cG $E|g=962.8 {I9} (1972SeZI), 962.5 {I10} (1969HoZY), 961.6 {I8}
233PA2cG (1970-Malmskog)
233PA cG $I|g=0.0014 (1972SeZI), 0.0068 (1969HoZY), 0.0064 (1970-Malmskog)
233PA G 968.6 10 0.0083 3 [D,E2] 0.022 18 B
233PA cG $E|g=968.2 {I9} (1972SeZI), 970.8 {I20} (1969HoZY),
233PA2cG 969.8 {I9} (1970-Malmskog), 966.5 (1969Va06)
233PA cG $I|g=0.011 (1972SeZI), 0.0041 (1969HoZY), 0.011 (1970-Malmskog)
233PA L 984.80 10 (3/2)+
233PA B 0.203 4 6.18 1
233PAS B EAV=70.57 33
233PA G 398.8 2 0.0111 7 [M1+E2] 0.25 18
233PAS G KC=0.19 15$LC=0.045 19$MC=0.0112 42
233PAS G NC=0.0030 11$OC=7.2E-4 28$PC=1.33E-4 57$QC=8.9E-6 67
233PA cG $E|g=398.8 {I5} (1972SeZI), 398.8 {I2} (1969HoZY), 398.77 {I20}
233PA2cG (1969-Fettweis)
233PA cG $I|g=0.014 (1972SeZI), 0.023 (1969HoZY), 0.046 (1969-Fettweis)
233PA G 431.4 5 0.0178 4 M1(+E2) 0.5 LT 0.31 3
233PA cG $Ice(K)=0.007 {I3} (1972SeZI)
233PA2 G EKC=0.30 (1972SeZI)
233PAS G KC=0.249 24$LC=0.048 4$MC=0.0117 8
233PAS G NC=0.00314 20$OC=0.00075 5$PC=0.000143 10$QC=1.15E-5 11
233PA cG $E|g=430.9 {I4} (1972SeZI), 431.9 {I2} (1969HoZY), 431.62 {I10}
233PA2cG (1969-Fettweis), 430.8 {I6} (1970-Malmskog)
233PA cG $I|g=0.023 (1972SeZI), 0.049 (1969HoZY), 0.17 (1969-Fettweis),
233PA2cG 0.026 (1970-Malmskog)
233PA G 727.8 0.0029 2 [E1] 0.00636 E
233PAS G KC=0.00519 8$LC=0.000889 13$MC=0.000211 3
233PAS G NC=5.63E-5 8$OC=1.339E-5 19$PC=2.52E-6 4$QC=1.95E-7 3
233PA G 783.3 4 0.0056 3 [M1+E2] 0.043 26
233PAS G KC=0.034 22$LC=0.0069 35$MC=0.00168 81
233PAS G NC=4.5E-4 22$OC=1.07E-4 53$PC=2.0E-5 11$QC=1.55E-6 99
233PA cG $E|g=782.7 {I5} (1972SeZI), 783.5 {I3} (1969HoZY), 785.4 {I5}
233PA2cG (1969-Fettweis), 783.7 {I7} (1970-Malmskog), 785.0 (1969Va06)
233PA cG $I|g=0.0061 (1972SeZI), 0.0081 (1969HoZY), 0.10 (1969-Fettweis),
233PA2cG 0.013 (1970-Malmskog)
233PA G 816.1 2 0.0195 6 [M1+E2] 0.039 24
233PAS G KC=0.031 20$LC=0.0062 31$MC=0.00150 72
233PAS G NC=4.0E-4 20$OC=9.6E-5 47$PC=1.82E-5 92$QC=1.39E-6 88
233PA cG $E|g=815.9 {I4} (1972SeZI), 816.2 {I2} (1969HoZY), 816.25 {I10}
233PA2cG (1969-Fettweis), 816.2 {I7} (1970-Malmskog)
233PA cG $I|g=0.028 (1972SeZI), 0.034 (1969HoZY), 0.15 (1969-Fettweis),
233PA2cG 0.041 (1970-Malmskog)
233PA G 880.7 3 0.0097 4 [E2] 0.01345
233PAS G NC=0.0001731 25$OC=4.08E-5 6$PC=7.48E-6 11$QC=4.51E-7 7
233PA cG $E|g=880.9 {I5} (1972SeZI), 880.6 {I3} (1969HoZY), 880.04 {I20}
233PA2cG (1969-Fettweis), 881.3 {I8} (1970-Malmskog), 879.5 (1969Va06)
233PA cG $I|g=0.0078 (1972SeZI), 0.014 (1969HoZY), 0.037 (1969-Fettweis),
233PA2cG 0.015 (1970-Malmskog)
233PAS G KC=0.01000 14$LC=0.00258 4$MC=0.000645 9
233PA G 890.0 3 0.1052 13[M1+E2] 0.031 18
233PAS G KC=0.025 15$LC=0.0049 25$MC=0.00120 57
233PAS G NC=3.2E-4 16$OC=7.7E-5 37$PC=1.45E-5 72$QC=1.12E-6 68
233PA cG RI$0.1052 {I8} (2008De31)
233PA cG $E|g=890.1 {I5} (1972SeZI), 889.9 {I3} (1969HoZY), 889.89 {I15}
233PA2cG (1969-Fettweis), 890.5 {I6} (1970-Malmskog), 887.2 (1969Va06)
233PA cG $I|g=0.014 (1972SeZI), 0.011 (1969HoZY), 0.054 (1969-Fettweis),
233PA2cG 0.015 (1970-Malmskog)
233PA G 898.4 8 0.0022 4 [M1+E2] 0.031 18
233PAS G KC=0.024 15$LC=0.0048 24$MC=0.00117 56
233PAS G NC=3.1E-4 15$OC=7.5E-5 36$PC=1.41E-5 71$QC=1.09E-6 66
233PA cG $E|g=898.4 {I8} (1972SeZI), I|g=0.0033 (1972SeZI)
233PA G 978.6 8 0.0058 3 [E1] 0.00374
233PAS G KC=0.00306 5$LC=0.000512 8$MC=0.0001211 17
233PAS G NC=3.23E-5 5$OC=7.71E-6 11$PC=1.458E-6 21$QC=1.164E-7 17
233PA cG $E|g=978.3 {I8} (1972SeZI), 979.1 {I10} (1969HoZY), 978.6 {I4}
233PA2cG (1970-Malmskog), 976.8 (1969Va06)
233PA cG $I|g=0.0075 (1972SeZI), 0.0061 (1969HoZY), 0.0064 (1970-Malmskog)
233PA G 985.0 8 0.0102 3 [E1] 0.00369
233PA cG $E|g=985.0 {I8} (1972SeZI), 985.5 {I10} (1970-Malmskog)
233PA cG $I|g=0.0014 (1972SeZI), 0.015 (1969HoZY)
233PAS G KC=0.00303 5$LC=0.000506 8$MC=0.0001197 17
233PAS G NC=3.19E-5 5$OC=7.62E-6 11$PC=1.441E-6 21$QC=1.151E-7 17
233PA L 1018.64 16 (3/2)
233PA B 0.0515 23 6.58 2
233PAS B EAV=60.63 33
233PA G 433.2 4 0.0117 4 [D,E2] 0.18 16
233PA cG $E|g=433.2 {I4} (1972SeZI), 433.1 {I6} (1970-Malmskog)
233PA cG $I|g=0.015 (1972SeZI), 0.0043 (1970-Malmskog)
233PA G 464.8 0.0026 3 [D,E2] 0.15 13 E
233PA G 806.4 5 0.0123 5 [D,E2] 0.04 3
233PA cG $E|g=806.4 {I5}, I|g=0.013 (1972SeZI)
233PA G 817.0 6 0.0095 5 [D,E2] 0.034 28
233PA cG $E|g=817.0 {I6}, I|g=0.016 (1972SeZI)
233PA G 849.3 7 0.0039 3 [D,E2] 0.030 25
233PA cG $E|g=849.3 {I7} (1972SeZI), 851.8 {I8} (1969-Fettweis)
233PA cG $I|g=0.0047 (1972SeZI), 0.050 (1969-Fettweis)
233PA G 948.0 8 0.0060 3 [D,E2] 0.023 19
233PA cG $E|g=948.0 {I8} (1972SeZI), 948.7 {I8} (1970-Malmskog)
233PA cG $I|g=0.0075 (1972SeZI), 0.0085 (1970-Malmskog)
233PA G 1011 1 0.0019 2 [D,E2] 0.019 16 B
233PA cG $E|g=1011 {I1}, I|g=0.0040 (1972SeZI)
233PA L 1064.5 6 (3/2) B
233PA cL J$1/2,3/2 from log| {Ift} value of 7.2 from 1/2+ parent; 3/2+
233PA2cL from 960.8|g to 7/2+, but 3/2- from 1007|g to 7/2-, suggesting
233PA3cL that one of these placements is questionable. The weak
233PA4cL 994.3|g to 5/2- is consistent with both the assignments.
233PA B 0.0064 5 7.17 4
233PAS B EAV=52.27 39
233PA G 960.8 8 0.0041 2 [Q] 0.05 4 B
233PA cG $E|g=960.8 {I8}, I|g=0.0068 (1972SeZI)
233PA G 994.3 10 0.0006 1 [D,E2] 0.020 16 B
233PA cG $E|g=995 {I1} (1972SeZI), 993.5 {I10} (1969HoZY)
233PA cG $I|g=0.0028 (1972SeZI), 0.0014 (1969HoZY)
233PA G 1007 1 0.0014 2 [Q] 0.05 4 B
233PA cG $E|g=1007 {I1}, I|g=0.0028 (1972SeZI)
233PA L 1138.94 15 (1/2,3/2) B
233PA B 0.0010 2 7.3 1
233PAS B EAV=26.83 30
233PA G 1132.1 0.0006 2 [D,E2] 0.015 12 E
233PA G 1139.1 0.0004 1 [D,E2] 0.015 12 E