YbV_Table1_Evenlevels.txt
Table 1 Even parity energy levels of the two configurations 4f12 and 4f116p of the Yb4+ ion.
=================================================================================================================================
From Physica Scripta 88 (2013) 045305 (12pp)
A. Meftah, J.-F. Wyart, W.-U L. Tchang-Brillet, C. Blaess and N. Champion
=================================================================================================================================
Readme for this table
=================================================================================================================================
col.1 Main configuration
col.2 Total angular momentum J
col.3 Experimental level energy followed by its uncertainty between parenthesis, both in cm^-1
col.4 Ncl, the total number of transitions involving the experimental level determination
col.5 DE = Eexp-Ecalc , in cm^-1 (Calculated level energy from the Least-Squares Fit in Cowan's RCE code, corresponding to the parameters given in Table 5 of the article)
col.6 Calculated Lande factor
col.7 First leading component in LS coupling scheme
col.8 Percentage of the first LS component (squared amplitude)
col.9 Second leading LS component
col.10 Percentage of the second LS component (squared amplitude)
col.11 Third leading LS component
col.12 Percentage of the third LS component (squared amplitude)
col.13 First leading component in JJ coupling scheme
col.14 Percentage of the first JJ component (squared amplitude)
col.15 Second leading JJ component
col.16 Percentage of the second JJ component (squared amplitude)
col.17 Third leading JJ component
col.18 Percentage of the third JJ component (squared amplitude)
* The number following a term designation is an ordering number related to the seniority of the parent term as given by Cowan's code;
==============================================================================================================================================
Conf. J Eexp(unc.) Ncl DE gLande LSComp1 % LScomp2 % LSComp3 % JJComp1 % JJComp2 % JJComp3 %
==============================================================================================================================================
4f12 6 0.00(23) 53 52 1.165 3H 99 1I 1
4f12 4 6112.03(19) 73 -62 1.140 3F 62 1G 30 3H 8
4f12 5 9579.89(19) 68 69 1.033 3H 100
4f12 4 14405.00(19) 75 -11 0.954 3H 58 3F 28 1G 14
4f12 3 16372.19(23) 52 -20 1.084 3F 100
4f12 2 16877.3(3) 38 52 0.761 3F 75 1D 23 3P 2
4f12 4 24192.89(22) 51 -118 0.956 1G 56 3H 34 3F 10
4f12 2 31319.7(3) 35 -49 1.126 1D 40 3P 39 3F 21
4f12 6 39037.9(5) 10 1 1.002 1I 99 3H 1
4f12 0 39791.7(5) 7 -9 # 3P 94 1S 6
4f12 1 41080.9(4) 14 80 1.501 3P 100
4f12 2 43119.5(3) 23 15 1.280 3P 59 1D 37 3F 4
4f12 0 83804.0(6) 2 -0.1 # 1S 94 3P 6
4f116p 7 247890.51(12) 5 -42 1.239 (4I)5H 65 (4I)3I 16 (4I)5I 14 (4I15/2)1/2 93 (2K15/2)1/2 3 (4I15/2)3/2 1
4f116p 8 248573.04(13) 5 -25 1.163 (4I)3K 46 (4I)5I 28 (4I)5K 22 (4I15/2)1/2 96 (2K15/2)1/2 2 (2K15/2)3/2 1
4f116p 6 257065.63(14) 11 16 1.148 (4I)5H 55 (4I)5I 26 (4I)3I 9 (4I13/2)1/2 93 (4I15/2)3/2 4 (4I13/2)3/2 1
4f116p 7 257348.77(09) 13 3 1.077 (4I)5K 43 (4I)3K 29 (4I)5I 18 (4I13/2)1/2 96 (4I15/2)3/2 2 # #
4f116p 9 259305.05(22) 4 -53 1.219 (4I)5K 96 (2K)3L 4 # # (4I15/2)3/2 96 (2K15/2)3/2 4 # #
4f116p 8 260218.14(17) 9 -31 1.207 (4I)5I 66 (4I)3K 28 (2K)3K 2 (4I15/2)3/2 96 (2K15/2)3/2 3 # #
4f116p 6 260509.01(09) 18 -60 1.128 (4I)3H 63 (4I)5H 11 (4I)5K 8 (4I15/2)3/2 74 (4I11/2)1/2 8 (4I9/2)3/2 2
4f116p 7 260750.18(11) 15 -42 1.180 (4I)3I 63 (4I)5H 26 (4I)5I 7 (4I15/2)3/2 94 (4I13/2)1/2 2 (2K15/2)3/2 2
4f116p 5 261583.94(12) 13 69 1.033 (4I)5I 26 (4I)5H 23 (4I)3H 20 (4I11/2)1/2 64 (2H11/2)1/2 16 (4I9/2)3/2 3
4f116p 6 262021.27(11) 14 39 1.007 (4I)5K 37 (4I)3H 24 (4I)3I 9 (4I11/2)1/2 54 (4I15/2)3/2 16 (4I13/2)1/2 5
4f116p 4 263549.91(15) 11 64 1.051 (4F)5D 13 (4I)3H 12 (4I)5I 11 (4I9/2)1/2 21 (4F9/2)1/2 7 (4F9/2)3/2 5
4f116p 5 263796.29(15) 12 78 0.966 (4I)5K 24 (2H)3I2 13 (4F)3G 10 (4I9/2)1/2 30 (4F9/2)1/2 13 (2H9/2)1/2 9
4f116p 5 267577.92(12) 16 -28 1.017 (4I)5K 29 (4F)3G 16 (4F)5F 14 (4F9/2)1/2 40 (4I9/2)1/2 35 (4I9/2)3/2 1
4f116p 4 267798.48(10) 13 5 1.058 (4F)5D 21 (4I)5I 19 (4I)3H 18 (4F9/2)1/2 39 (4I9/2)1/2 32 (4I9/2)3/2 2
4f116p 8 268532.23(17) 9 -4 1.148 (4I)5K 74 (4I)3K 22 (4I)5I 3 (4I13/2)3/2 99 (2K13/2)3/2 1 # #
4f116p 5 268864.41(11) 23 -5 1.070 (4I)5H 44 (4I)3H 38 (4I)5K 3 (4I13/2)3/2 77 (4I11/2)3/2 4 (4I9/2)1/2 2
4f116p 7 269233.49(15) 12 11 1.130 (4I)5I 57 (4I)3K 23 (4I)3I 11 (4I13/2)3/2 98 # # # #
4f116p 6 269333.95(13) 14 13 1.094 (4I)3I 42 (4I)5H 30 (4I)5I 23 (4I13/2)3/2 94 (4I11/2)3/2 2 (4I11/2)1/2 1
4f116p 5 272011.18(13) 23 -85 1.170 (2H)3G2 23 (4G)5F 22 (4I)3H 18 (2H11/2)1/2 24 (4I11/2)1/2 18 (4G11/2)1/2 12
4f116p 6 272186.73(13) 13 -80 1.096 (2H)3H2 19 (4I)5K 19 (4G)3H 13 (4G11/2)1/2 19 (2H11/2)1/2 17 (4I11/2)1/2 10
4f116p 4 272996.60(13) 12 81 0.912 (4I)5H 56 (4I)3H 19 (2H)3G2 9 (4I11/2)3/2 71 (2H11/2)3/2 17 (4I9/2)3/2 4
4f116p 7 273216.25(22) 11 54 1.070 (4I)5K 37 (4I)3K 35 (2H)3I2 21 (4I11/2)3/2 73 (2H11/2)3/2 21 (4G11/2)3/2 2
4f116p 5 273623.27(15) 17 46 0.981 (4I)5I 24 (4I)3I 19 (4I)3H 16 (4I11/2)3/2 68 (4I13/2)3/2 4 (2H11/2)3/2 4
4f116p 6 273728.28(15) 18 38 1.047 (4I)5I 31 (4I)3I 27 (2H)3H2 9 (4I11/2)3/2 37 (2H11/2)3/2 20 (4I11/2)1/2 15
4f116p 3 273832.99(11) 10 -16 1.218 (4F)5F 38 (4F)5D 27 (4F)3F 6 (4F7/2)1/2 77 (4F9/2)3/2 3 (4F5/2)3/2 1
4f116p 4 274298.83(10) 13 -14 1.151 (4F)5G 40 (4F)3G 22 (4F)5F 11 (4F7/2)1/2 87 (4F9/2)3/2 1 # #
4f116p 6 275554.90(22) 15 67 1.078 (4I)3K 29 (4F)5G 25 (2G)3H1 13 (4F9/2)3/2 25 (4I9/2)3/2 19 (2G9/2)3/2 13
4f116p 5 275541.01(17) 19 39 1.074 (4F)5F 16 (4I)5I 12 (4F)3G 11 (4F9/2)3/2 27 (4I9/2)3/2 16 (4I9/2)1/2 5
4f116p 4 276008.50(13) 17 59 0.979 (4I)5I 17 (4F)3F 17 (4I)3H 14 (4F9/2)3/2 23 (4I9/2)3/2 22 (4I11/2)3/2 9
4f116p 5 278864.67(13) 19 -8 1.045 (4F)5F 29 (4I)5K 23 (2H)3H2 9 (4F9/2)3/2 19 (4I9/2)3/2 15 (4I9/2)1/2 8
4f116p 4 278976.88(14) 13 13 1.114 (4F)5D 24 (4I)5I 20 (4F)5F 6 (4F9/2)1/2 23 (4I9/2)3/2 11 (4I9/2)1/2 8
4f116p 6 279350.06(17) 12 -13 1.109 (4F)5G 42 (4I)3K 25 (4I)5K 15 (4F9/2)3/2 42 (4I9/2)3/2 38 (2G9/2)3/2 4
4f116p 3 279774.7(3) 9 -56 1.067 (4F)3D 47 (4I)5H 25 (2G)1F1 5 (4F9/2)3/2 45 (4I9/2)3/2 25 (2G9/2)3/2 10
4f116p 5 279959.30(16) 18 -20 1.053 (4F)3G 27 (4I)3I 21 (2H)3I2 8 (4F9/2)1/2 13 (4F9/2)3/2 9 (4I9/2)3/2 8
4f116p 4 279976.85(15) 18 -12 1.088 (4F)3F 28 (4I)3H 16 (4I)5I 10 (4F9/2)3/2 19 (4I9/2)3/2 17 (4F9/2)1/2 14
4f116p 6 282023.84(24) 8 20 1.156 (4G)3H 25 (4G)5G 20 (4G)5H 12 (4G11/2)1/2 57 (2H11/2)1/2 14 (2H11/2)3/2 5
4f116p 6 283961.9(3) 6 -85 1.149 (2H)3H2 30 (4G)5G 20 (4G)3H 13 (2H11/2)3/2 34 (4G11/2)3/2 33 (4I11/2)3/2 5
4f116p 5 284143.17(21) 15 -67 1.117 (4G)3G 25 (2H)3G2 20 (2H)1H2 14 (2H11/2)3/2 41 (4G11/2)3/2 14 (4G11/2)1/2 5
4f116p 4 285892.87(14) 16 -2 1.221 (4F)5F 41 (4F)3G 20 (4F)5D 6 (4F7/2)3/2 70 (4G7/2)3/2 3 (4G9/2)1/2 2
4f116p 3 286033.97(23) 16 9 1.296 (4F)5D 49 (4F)3F 24 (4F)5F 12 (4F7/2)3/2 72 (4F5/2)3/2 11 (2G7/2)3/2 4
4f116p 5 286033.82(16) 15 -21 1.236 (4F)5G 63 (4F)3G 15 (4F)5F 7 (4F7/2)3/2 85 (2G7/2)3/2 1 (2G9/2)1/2 1
4f116p 3 287800.7(4) 4 20 1.124 (4F)3F 26 (4F)5F 20 (4F)5G 17 (4F5/2)3/2 38 (4F7/2)3/2 16 (4F3/2)3/2 11
4f116p 4 288008.29(17) 18 25 1.130 (4F)5G 36 (4F)3G 35 (2D)3F1 15 (4F5/2)3/2 68 (2D5/2)3/2 15 (4F7/2)3/2 4
––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––
