TmIV_EnergyTable1.txt
Table 1. Even parity energy levels of the Tm3+ ion (Tm IV)
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From Eur. Ohys. J. D 44, 35-45 (2007)
by Ali Meftah, Jean-Francois Wyart, Norbert Champion and Wan-Ü Lydia Tchang-Brillet
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ReadMe for this table
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col.1 Configuration
col.2 Total angular momentum J
col.3 Experimental level energy, followed by its uncertainty between parentheses, in cm^-1
col.4 N, number of transitions invlved in the calculation of the level energy
col.5 Calculated Landé factor
col.6 Deviation DE=Eexp-Ecalc in cm^-1, Ecalc derived from the Least Squares Fit (Cf Table 5 of the article) using Cowan's code
col.7-8 Leading LS component and purcentage(squared amplitude)
col.9-11 Purcentages of the three configurations mixted (sum of squared amplitudes for each configuration)
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Conf. J Eexp (unc.) N g(calc) DE LS term Percentage composition (%)
(cm-1) (cm-1) 1st comp. % 4f12 4f116p 5p54f13
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4f12 6 0.00 (.07) 58 1.166 -25 3H 99 100.00 0.01 0.00
4f12 4 5634.02 (.07) 63 1.138 -10 3F 62 99.98 0.01 0.01
4f12 5 8216.73 (.06) 67 1.033 22 3H 100 99.99 0.01 0.00
4f12 4 12547.23 (.07) 55 0.952 -16 3H 59 99.99 0.01 0.00
4f12 3 14410.41 (.08) 46 1.084 -42 3F 100 99.98 0.01 0.01
4f12 2 15089.60 (.11) 25 0.750 17 3F 78 99.98 0.01 0.01
4f12 4 21174.20 (.10) 39 0.960 -19 1G 57 99.99 0.01 0.01
4f12 2 28163.25 (.14) 14 1.132 -32 1D 43 99.98 0.02 0.00
4f12 6 35329.31 (.10) 21 1.001 -3 1I 99 99.98 0.02 0.00
4f12 2 38532.46 (.17) 8 1.286 58 3P 60 99.98 0.02 0.00
4f11(4I15/2)_6p 1/2 7 144991.40 (.13) 6 1.241 -15 (4I)5H 66 0.00 100. 0.00
4f11(4I15/2)_6p 1/2 8 145564.25 (.10) 8 1.163 16 (4I)3K 47 0.00 100. 0.00
4f11(4I13/2)_6p 1/2 6 152729.67 (.09) 11 1.155 -8 (4I)5H 63 0.00 100. 0.00
4f11(4I13/2)_6p 1/2 7 153028.54 (.07) 13 1.084 -1 (4I)5K 42 0.00 100. 0.00
4f11(4I15/2)_6p 3/2 9 153217.84 (.15) 5 1.219 -8 (4I)5K 97 0.00 100. 0.00
4f11(4I15/2)_6p 3/2 8 153952.89 (.12) 10 1.208 -7 (4I)5I 67 0.00 100. 0.00
4f11(4I15/2)_6p 3/2 7 154466.21 (.08) 13 1.171 -5 (4I)3I 69 0.00 100. 0.00
4f11(4I15/2)_6p 3/2 6 154491.66 (.11) 14 1.156 -7 (4I)3H 88 0.00 100. 0.00
4f11(4I11/2)_6p 1/2 5 157024.55 (.08) 14 1.027 0 (4I)5I 28 0.00 100. 0.00
4f11(4I11/2)_6p 1/2 6 157221.39 (.08) 16 0.969 16 (4I)5K 48 0.00 100. 0.00
4f11(4I9/2)_6p 1/2 4 159250.39 (.08) 14 1.000 56 (4I)3H 15 0.00 100. 0.00
4f11(4I9/2)_6p 1/2 5 159400.74 (.09) 14 0.919 73 (4I)5K 32 0.00 100. 0.00
4f11(4I13/2)_6p 3/2 8 161113.30 (.10) 9 1.148 -2 (4I)5K 74 0.00 100. 0.00
4f11(4I13/2)_6p 3/2 5 161402.13 (.09) 17 1.061 0 (4I)3H 47 0.00 100. 0.00
4f11(4I13/2)_6p 3/2 7 161679.40 (.09) 13 1.130 -10 (4I)5I 58 0.00 100. 0.00
4f11(4I13/2)_6p 3/2 6 161783.68 (.09) 17 1.092 -3 (4I)3I 45 0.00 100. 0.00
4f11(4F9/2)_6p 1/2 5 162661.03 (.08) 15 1.062 -10 (4I)5K 27 0.00 100. 0.00
4f11(4F9/2)_6p 1/2 4 162680.11 (.10) 9 1.103 -3 (4F)5D 24 0.00 100. 0.00
4f11(4I11/2)_6p 3/2 4 165251.03 (.10) 11 0.902 28 (4I)5H 57 0.00 100. 0.00
4f11(4I11/2)_6p 3/2 7 165411.44 (.12) 10 1.065 22 (4I)5K 39 0.00 100. 0.00
4f11(4I11/2)_6p 3/2 5 165710.96 (.08) 19 0.975 -12 (4I)5I 30 0.00 100. 0.00
4f11(4I11/2)_6p 3/2 6 165724.96 (.10) 14 1.047 -3 (4I)5I 29 0.00 100. 0.00
4f11_6p 5 166583.10 (.11) 13 1.182 -80 (4G)5F 19 0.00 100. 0.00
4f11_6p 6 167021.69 (.10) 13 1.092 -93 (2H2)1I 22 0.00 100. 0.00
4f11_6p 6 167952.24 (.09) 12 1.041 55 (4I)3K 34 0.00 100. 0.00
4f11_6p 5 168065.80 (.08) 17 1.028 2 (4I)5I 16 0.00 100. 0.00
4f11_6p 4 168149.43 (.10) 12 0.949 51 (4I)5I 23 0.00 100. 0.00
4f11_6p 4 168777.63 (.10) 10 1.131 36 (4F)5G 36 0.00 100. 0.00
4f11_6p 5 170949.35 (.09) 15 1.086 -14 (4F)5F 32 0.00 100. 0.00
4f11_6p 6 171069.80 (.14) 6 1.145 -16 (4F)5G 50 0.00 100. 0.00
4f11_6p 4 171296.50 (.09) 12 1.095 -7 (4F)5D 26 0.00 100. 0.00
4f11_6p 4 173151.59 (.11) 9 1.157 31 (4F)5F 16 0.00 100. 0.00
4f11_6p 5 173348.49 (.11) 9 1.046 -41 (4F)3G 18 0.00 99.99 0.01
caption{textcolor{red}{Odd parity energy levels of Tm IV with energy value (in cm ^{-1} ) and corresponding uncertainty between parenthesis, number of transitions involved N and calculated Land'e factors g_{calc} .}
The deviations Delta E = E _{exp} -E _{calc} use calculated energies derived by means of the Cowan codes cite{Cow81} with parameters given in Table 6.
The leading components of the eigenfunctions are given in the LS coupling scheme. Repeating doublets of 4f11 are labeled as in cite{NK63}.}
label{nivodd}
renewcommand{baselinestretch}{1.2}
%scriptsize
begin{tabular}{lrrrcclrccc}
hlinenoalign{smallskip}
Conf. {hspace{3mm}} J E_{exp} N g_{calc} Delta E {hspace{6mm}} 1^{st} comp. % 4f^{11}5d %
4f^{11}6s % 5p54f^{12}5d %
noalign{smallskip}hlinenoalign{smallskip}
4f11_5d 6 72011.02 (.20) 4 1.299 -62 (4I)5K 75 99.9 0 0.1
4f11_5d 7 72931.67 (.13) 6 1.258 -83 (4I)5H 76 99.9 0 0.1
4f11_5d 9 74506.41 (.18) 3 1.136 -24 (4I)3L 46 100. 0 0
4f11_5d 8 75585.02 (.16) 6 1.176 28 (4I)5I 39 100. 0 0
4f11_5d 5 78413.63 (.13) 7 1.209 -31 (4I)5G 64 99.9 0 0.1
4f11_5d 9 78677.88 (.23) 2 1.193 -38 (4I)5K 74 100. 0 0
4f11_5d 6 79225.87 (.13) 9 1.203 -19 (4I)5H 51 99.9 0 0.1
4f11_5d 8 80122.71 (.27) 4 1.173 -4 (4I)5I 50 100 0 0
4f11_5d 7 80264.65 (.10) 10 1.144 15 (4I)5I 27 99.9 0 0.1
4f11_5d 8 82258.89 (.13) 6 1.061 -3 (4I)5L 47 100 0 0
4f11_5d 5 83293.13 (.13) 11 1.137 -25 (4I)3G 50 99.9 0 0.1
4f11_5d 7 83530.02 (.12) 11 1.056 12 (4I)3I 36 99.9 0 0.1
4f11_5d 4 83548.79 (.15) 5 1.070 -30 (4I)5G 46 99.9 0 0.1
4f11_5d 6 84485.81 (.12) 11 1.066 17 (4I)3H 31 99.9 0 0.1
4f11_5d 5 85541.93 (.12) 11 1.156 10 (4I)3G 30 99.9 0 0.1
4f11_5d 7 86145.56 (.13) 7 0.991 24 (4I)5L 47 100. 0 0
4f11_5d 4 86577.02 (.12) 8 1.143 -2 (4I)5G 25 99.9 0 0.1
4f11_5d 6 86717.61 (.11) 10 1.054 -8 (4I)3H 32 99.9 0 0.1
4f11_5d 8 86796.75 (.32) 2 1.128 -17 (4I)5K 57 100 0 0
4f11_5d 5 87090.72 (.09) 15 1.023 33 (2H2)3H 16 99.9 0 0.1
4f11_5d 7 87872.31 (.17) 6 1.108 12 (4I)5I 46 100 0 0
4f11_5d 6 87952.02 (.12) 11 0.957 66 (4I)5L 25 100 0 0
4f11_5d 4 87990.56 (.10) 13 1.084 38 (4I)5H 29 99.9 0 0.1
4f11_5d 5 88121.99 (.09) 15 1.086 67 (4F)5G 11 99.9 0 0.1
4f11_5d 6 88226.85 (.11) 10 0.955 40 (4I)5L 22 100 0 0
4f11_5d 4 89918.98 (.12) 12 1.000 14 (4I)3G 26 99.9 0 0.1
4f11_5d 5 90160.38 (.12) 12 0.977 42 (4I)5K 42 100. 0 0
4f11_5d 6 90842.21 (.13) 8 1.125 34 (4F)5G 35 100. 0 0
4f11_5d 4 90973.89 (.11) 10 0.976 34 (4I)5I 16 99.9 0 0.1
4f11_5d 7 91061.55 (.17) 7 1.084 -29 (4I)3K 31 99.9 0 0.1
4f11_5d 5 92006.67 (.11) 11 0.983 24 (4I)3I 25 99.9 0 0.1
4f11_5d 6 92583.34 (.11) 9 1.047 -25 (4I)3K 22 99.9 0 0.1
4f11_5d 7 92971.03 (.17) 3 1.040 55 (4I)3L 36 99.9 0 0.1
4f11_5d 4 93826.93 (.14) 8 1.149 -12 (4F)5G 27 99.9 0 0.1
4f11_5d 6 94119.93 (.14) 7 1.120 6 (4F)3H 22 99.9 0 0.1
4f11_5d 3 94619.16 (.14) 5 1.269 -4 (4S)5D 40 99.9 0 0.1
4f11_5d 5 94854.50 (.12) 11 1.128 4 (4F)5F 22 99.9 0 0.1
4f11_5d 5 95379.52 (.14) 8 0.987 28 (4F)5I 21 99.9 0 0.1
4f11_5d 7 95637.50 (.20) 2 1.088 -16 (4F)5H 31 100. 0 0
4f11_5d 6 95685.30 (.15) 7 0.998 -9 (4I)3K 33 100. 0 0
4f11_5d 3 96078.53 (.15) 5 1.069 30 (4F)5G 21 99.9 0 0.1
4f11_5d 4 96463.05 (.13) 9 0.965 63 (4I)5I 21 99.9 0 0.1
4f11_5d 2 96518.62 (.22) 2 0.988 -242 (4F)5G 22 99.9 0 0.1
4f11_5d 6 96982.12 (.15) 8 1.142 -48 (4G)5G 25 99.9 0 0.1
4f11_5d 4 97319.40 (.16) 5 1.228 31 (4F)5D 29 99.9 0 0.1
4f11_5d 3 97437.93 (.17) 5 1.172 -19 (4F)3D 20 99.9 0 0.1
4f11_5d 5 97637.17 (.13) 10 1.091 -40 (4F)3G 21 99.9 0 0.1
4f11_5d 4 98135.23 (.20) 4 1.074 39 (4F)5H 23 99.9 0 0.1
4f11_5d 5 98321.42 (.17) 5 1.126 33 (4F)5H 22 99.9 0 0.1
4f11_5d 3 98787.43 (.21) 3 0.885 -6 (4F)5H 30 99.9 0 0.1
4f11_6s 8 98972.81 (.10) 5 1.245 3 6s(4I)5I 95 1.8 98.2 0
4f11_5d 4 99082.59 (.19) 4 1.042 16 (4F)5H 27 99.9 0 0.1
4f11_5d 4 99544.71 (.17) 6 1.252 -22 (4S)5D 23 99.9 0 0.1
4f11_5d 5 100027.46 (.24) 4 1.192 73 (4F)5G 44 99.9 0 0.1
4f11_6s 7 100145.05 (.10) 8 1.148 4 6s(4I)3I 69 2.1 97.9 0
4f11_5d 5 101925.68 (.16) 7 1.100 -30 (2H2)3G 20 99.9 0 0.1
4f11_5d 6 102020.08 (.23) 4 1.069 -44 (2K)3H 21 99.7 0.3 0.1
4f11_5d 5 102098.60 (.16) 5 1.100 -23 (4G)5G 12 99.9 0 0.1
4f11_5d 2 102581.33 (.35) 3 1.005 19 (4F)3F 25 99.9 0 0.1
4f11_5d 4 102738.24 (.20) 5 1.129 -57 (4G)5G 19 99.9 0 0.1
4f11_5d 2 103397.05 (.27) 2 1.198 -93 (4F)5P 24 99.9 0 0.1
4f11_5d 4 103781.31 (.29) 3 1.088 60 (4F)3F 27 99.9 0 0.1
4f11_5d 6 103799.19 (.26) 2 1.098 -2 (4F)3H 14 99.9 0 0.1
4f11_5d 5 104570.90 (.26) 3 1.064 -38 (4F)3H 21 99.9 0 0.1
4f11_5d 5 105156.00 (.21) 4 1.079 20 (4F)3G 25 99.9 0 0.1
4f11_5d 6 105879.41 (.44) 1 1.143 29 (2H2)3G 22 99.9 0 0.1
4f11_5d 6 106101.98 (.44) 1 1.047 -15 (4G)5I 38 99.7 0.2 0.1
4f11_5d 2 106461.65 (.26) 2 0.880 -51 (4F)3D 19 99.9 0 0.1
4f11_5d 4 106684.87 (.18) 5 1.056 67 (4F)3G 13 99.8 0.1 0.1
4f11_5d 3 106770.52 (.26) 4 1.009 13 (4G)5G 14 99.8 0 0.2
4f11_6s 7 106895.45 (.08) 8 1.159 -111 6s(4I)5I 57 21.8 78.2 0
4f11_5d 4 107073.00 (.28) 5 1.085 55 (2G2)3F 13 99.9 0 0.1
4f11_5d 6 107294.13 (.10) 9 1.099 -124 (2K)3H 15 67.2 32.6 0.2
4f11_6s 6 107603.36 (.08) 9 1.072 48 6s(4I)5I 37 34.4 65.6 0.1
4f11_5d 7 107885.74 (.10) 7 1.118 19 (2K)3I 38 80.6 19.3 0.1
4f11_5d 4 108205.10 (.29) 3 0.942 -10 (2G2)3H 13 99.8 0.1 0.1
4f11_5d 5 108273.35 (.29) 3 1.035 76 (2K)3H 21 99.9 0 0.1
4f11_5d 3 108304.84 (.34) 2 1.129 171 (4F)3D 21 99.9 0 0.1
4f11_5d 6 109128.14 (.30) 2 1.077 19 (4G)3H 26 99.6 0.3 0.1
4f11_5d 3 109386.12 (.26) 3 1.124 -12 (4G)5G 25 99.9 0 0.1
4f11_5d 5 109463.34 (.28) 3 1.300 35 (4G)5F 46 99.8 0.1 0.1
4f11_5d 3 109693.61 (.28) 3 1.067 -69 (4G)3F 10 99.9 0 0.1
4f11_5d 4 109967.25 (.28) 3 1.093 -45 (4G)3F 31 99.8 0.1 0.1
4f11_5d 6 110092.40 (.24) 4 1.068 3 (2K)1I 23 97.7 2.2 0.1
4f11_5d 5 110723.68 (.14) 4 1.070 16 (2K)3H 21 98.5 1.4 0.1
4f11_6s 5 111236.63 (.11) 7 0.924 -32 6s(4I)5I 65 2.4 97.6 0
4f11_5d 6 111381.45 (.09) 6 1.026 -24 (2K)3H 16 94.9 5.0 0.1
4f11_6s 6 111598.24 (.09) 6 1.085 -30 6s(4I)3I 31 38.9 61.1 0
4f11_5d 5 111881.49 (.39) 2 1.077 -6 (4G)3G 28 99.5 0.4 0.1
4f11_5d 3 112218.37 (.31) 3 0.935 -56 (4G)5H 17 99.8 0 0.1
4f11_5d 7 112290.52 (.25) 2 1.007 -1 (2K)3L 26 99.7 0.2 0.1
4f11_5d 4 112408.89 (.33) 2 0.798 -190 (4G)5I 52 98.9 1.0 0.1
4f11_5d 5 112491.99 (.32) 2 1.094 65 (4G)3G 26 96.9 2.9 0.2
4f11_5d 3 113175.70 (.21) 4 1.199 -10 (4G)3D 26 99.9 0 0.1
4f11_6s 5 113441.16 (.09) 7 1.017 -57 6s(4I)3I 16 47.8 52.1 0
4f11_6s 4 113442.32 (.09) 4 0.807 38 6s(4I)5I 47 6.2 93.0 0
4f11_5d 3 113453.35 (.33) 2 1.026 28 (4G)5F 20 99.8 0.1 0.1
4f11_5d 5 113965.49 (.12) 8 1.022 37 (4G)5I 19 55.9 44.0 0.1
4f11_5d 5 114168.84 (.13) 6 0.952 41 (2K)3I 35 98.8 1.0 0.2
4f11_5d 3 114987.37 (.31) 2 0.907 16 (4G)5H 26 99.9 0 0.1
4f11_5d 2 115069.24 (.29) 2 0.896 5 (4G)5G 15 99.8 0 0.2
4f11_5d 5 115778.36 (.20) 5 0.968 48 (2K)3I 22 98.4 1.4 0.2
4f11_5d 3 115807.55 (.24) 4 0.990 -13 (4G)5H 18 99.8 0 0.2
4f11_5d 4 116283.34 (.39) 4 1.059 -25 (2D1)3F 22 98.4 1.5 0.2
4f11_5d 4 116373.53 (.39) 2 1.109 -22 (2D1)3F 33 99.7 0.2 0.1
4f11_5d 4 116738.25 (.23) 4 1.012 -4 (2K)3H 13 99.5 0.3 0.2
4f11_5d 5 116881.54 (.09) 5 1.056 -29 6s(4F)5F 19 52.1 47.8 0.1
4f11_5d 5 116946.33 (.19) 6 1.078 -23 6s(4F)5F 21 53.5 46.4 0.1
4f11_6s 4 117225.30 (.11) 3 1.051 -18 6s(4F)3F 40 3.6 96.4 0
4f11_5d 7 117531.05 (.28) 2 1.092 -29 (2L)3I 49 99.7 0 0.3
4f11_5d 6 117607.00 (.24) 3 0.933 42 (2K)3K 52 99.7 0.3 0.1
4f11_5d 2 117828.10 (.34) 2 0.936 85 (4G)3F 46 99.8 0.1 0.1
4f11_5d 5 118287.97 (.26) 4 1.103 179 (2D1)3G 10 98.4 1.5 0.1
4f11_5d 3 118493.86 (.22) 4 1.248 -51 (4G)5F 12 99.6 0.3 0.1
4f11_5d 5 119057.80 (.26) 4 0.983 -84 (4G)3I 26 99.4 0.5 0.1
4f11_5d 7 119100.52 (.28) 2 1.010 -12 (2I)3L 23 99.9 0 0.1
4f11_5d 4 119103.32 (.34) 2 1.050 53 (2D1)1G 16 99.4 0.5 0.1
4f11_5d 3 119149.30 (.19) 4 1.324 80 (4D)5P 27 99.7 0.2 0.1
4f11_5d 4 119685.65 (.40) 2 1.039 -48 (4G)3G 22 99.5 0.3 0.1
4f11_5d 3 120140.74 (.25) 4 1.025 61 (4D)5G 18 99.8 0 0.2
4f11_5d 7 120223.30 (.28) 2 0.974 40 (2I)3L 29 99.9 0 0.1
4f11_5d 2 120227.62 (.32) 1 1.067 -38 (4G)5F 13 99.7 0.2 0.1
4f11_5d 4 120467.68 (.28) 4 1.075 24 (2H1)1G 11 99.7 0.1 0.2
4f11_5d 6 120621.37 (.35) 3 0.971 -14 (2I)3K 33 99.9 0 0.1
4f11_5d 4 120776.11 (.34) 3 0.935 16 (4G)3H 40 99.7 0.1 0.2
4f11_5d 5 120875.97 (.36) 2 1.161 -23 (2D1)3G 34 99.7 0.1 0.2
4f11_5d 3 121130.44 (.28) 4 1.023 -89 (2D1)3G 18 99.4 0.3 0.2
4f11_5d 2 121249.45 (.23) 3 1.308 53 (4D)3P 17 97.9 1.9 0.2
4f11_5d 5 122038.11 (.17) 3 0.969 -34 (2I)3I 33 88.2 0.1 0.1
4f11_5d 4 122049.47 (.26) 4 1.165 4 (4D)5D 25 98.5 1.3 0.2
4f11_5d 2 122366.42 (.45) 1 1.292 34 (4G)3D 17 99.5 0.2 0.2
4f11_5d 4 122424.99 (.16) 4 1.240 54 6s(4F)5F 18 74.5 25.4 0.1
4f11_5d 5 123086.74 (.54) 1 1.204 -59 (4D)3G 41 98.0 1.8 0.2
4f11_5d 6 123253.77 (.32) 4 0.991 57 (2L)3I 57 99.7 0.1 0.2
4f11_5d 4 123881.66 (.33) 2 1.133 -34 (2D1)3F 12 99.5 0.4 0.1
4f11_5d 6 124370.09 (.42) 2 1.085 -144 (2I)3H 44 99.5 0.3 0.2
4f11_5d 5 124636.37 (.25) 4 1.130 11 (2I)3G 44 99.3 0.3 0.4
4f11_5d 2 125233.64 (.35) 2 1.050 -14 (2D1)3F 8 92.9 7.0 0.2
4f11_5d 3 125262.34 (.44) 2 1.144 28 (4D)3D 27 98.4 1.5 0.1
4f11_5d 4 125809.14 (.17) 5 0.997 40 (2I)3H 31 98.6 1.2 0.3
4f11_5d 7 126043.76 (.32) 2 1.046 17 (2I)1K 17 99.7 0.2 0.1
4f11_5d 6 126144.12 (.30) 3 1.048 -52 (2H1)3H 25 99.8 0.1 0.1
4f11_5d 3 126325.66 (.39) 3 0.931 72 (2I)3G 35 99.3 0.5 0.2
4f11_5d 3 126715.67 (.23) 4 1.043 11 (2I)3G 16 99.7 0.1 0.2
4f11_5d 5 126990.55 (.39) 3 1.305 136 (4D)5F 57 97.9 1.9 0.1
4f11_5d 4 127029.42 (.30) 3 1.107 -109 (2P)3F 14 86.0 13.9 0.1
4f11_5d 3 127872.85 (.28) 4 1.046 -130 (2P)1F 20 99.3 0.4 0.3
4f11_5d 6 127939.33 (.37) 2 1.003 54 (2L)1I 26 99.7 0.2 0.1
4f11_5d 4 127949.51 (.16) 3 1.058 40 6s(4F)3F 11 55.6 44.3 0.1
4f11_5d 3 128381.62 (.34) 3 1.131 0 (4D)3D 16 99.3 0.4 0.2
4f11_5d 3 129265.87 (.29) 3 1.059 -123 (4D)3G 18 99.2 0.7 0.1
4f11_5d 4 129767.30 (.32) 4 0.925 -89 (2H1)3H 26 98.0 1.7 0.2
4f11_5d 6 130181.47 (.31) 2 0.970 -5 (2L)3K 23 99.7 0.2 0.1
4f11_5d 3 130732.72 (.32) 3 0.983 34 (2H1)3F 29 98.2 1.5 0.3
4f11_5d 5 130836.09 (.32) 4 0.944 63 (2L)3I 47 89.0 10.7 0.3
4f11_5d 4 131791.26 (.48) 2 1.078 -112 6s(4G)3G 16 70.1 29.7 0.2
4f11_5d 4 132211.24 (.25) 5 1.116 26 (2H1)3F 26 89.7 10.0 0.2
4f11_5d 5 133524.48 (.35) 3 1.002 -35 (2H1)3H 26 99.7 0.2 0.1
4f11_5d 3 134332.29 (.32) 3 0.856 29 (2H1)3G 46 98.5 1.3 0.2
4f11_5d 3 135286.39 (.31) 3 1.130 -81 (2F2)3D 16 99.3 0.6 0.1
4f11_5d 5 135577.89 (.33) 3 1.066 139 (2H1)3G 18 99.7 0.1 0.2
4f11_5d 4 136837.71 (.30) 4 1.037 21 (2H1)1G 18 99.5 0.3 0.2
4f11_5d 3 138100.22 (.30) 5 0.977 45 (2H1)1F 27 98.8 0.9 0.3
4f11_5d 4 138248.06 (.39) 3 1.120 -127 (2F2)3G 12 65.8 34.1 0.1
4f11_5d 6 139066.49 (.59) 2 0.996 78 (2H1)1I 41 99.5 0.1 0.4
4f11_5d 3 139734.18 (.56) 2 0.937 -211 (2D2)3G 19 92.0 7.8 0.3
