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Table 1

Lines retained in this analysis: atomic and solar data, line weightings, LTE abundance results for the 5 models used in this analysis, NLTE corrections to the LTE result (when available), and the corresponding 3D+NLTE abundance result.

λ Eexc log  gf gf Wλ Wt. LTE Abundances ΔNLTE 3D
(nm) (eV) Ref. (pm) 3D ⟨ 3D ⟩ HM marcs miss (3D) NLTE
Cu i
510.5541 1.390 −1.516 1 9.300 1 4.152 4.135 4.217 4.087 4.141 + 0.020 4.172
521.8201 3.820 + 0.264 1 5.250 1 4.214 4.185 4.228 4.125 4.207 + 0.020 4.234
522.0070 3.820 −0.616 1 1.450 1 4.220 4.223 4.264 4.182 4.251 + 0.010 4.230
793.3130 3.790 −0.372 2 2.800 1 4.187 4.176 4.216 4.133 4.196 −0.050 4.137
809.2634 3.820 −0.045 2 4.200 1 4.169 4.142 4.182 4.094 4.157 −0.050 4.119
Zn i
472.2159 4.030 −0.380 3 6.800 1 4.687 4.580 4.603 4.511 4.602 −0.032 4.655
481.0534 4.080 −0.160 3 7.500 1 4.649 4.539 4.560 4.466 4.559 −0.039 4.610
636.2347 5.800 + 0.140 4 2.150 1 4.535 4.519 4.524 4.469 4.545 −0.014 4.521
1105.4280 5.800 −0.330 4 1.400 1 4.485 4.475 4.481 4.435 4.500 −0.018 4.467
1305.3650 6.650 + 0.320 4 1.900 2 4.548 4.549 4.558 4.507 4.575 −0.007 4.541
Ga i
417.2053 0.100 −0.337 5 5.220 1 3.023 3.003 3.085 2.956 3.019
Ge i
326.9489 0.890 −1.080 6 4.350 1 3.634 3.547 3.624 3.511 3.566
Rb i
780.0268 0.000 + 0.144 7 0.670 1 2.530 2.574 2.627 2.537 2.595
794.7603 0.000 −0.164 7 0.270 1 2.417 2.462 2.514 2.425 2.484
Sr i
460.7340 0.000 + 0.283 8 4.450 2 2.698 2.688 2.771 2.644 2.705 + 0.146 2.844
707.0100 1.830 −0.030 9 0.135 2 2.680 2.719 2.774 2.680 2.743 + 0.084 2.764
Sr ii
1003.6670 1.810 −1.202 10 6.650 2 2.963 2.876 2.887 2.831 2.886 −0.091 2.872
1032.7360 1.840 −0.248 10 14.860 3 3.078 2.982 2.995 2.918 2.986 −0.208 2.870
1091.4880 1.810 −0.478 10 12.360 1 2.936 2.829 2.843 2.772 2.834 −0.195 2.741
Y ii
412.4909 0.410 −1.500 11 1.880 1 2.179 2.168 2.203 2.153 2.202
439.8015 0.130 −1.000 11 4.600 1 2.116 2.065 2.101 2.032 2.092
490.0124 1.030 −0.101 12 5.550 2 2.291 2.200 2.228 2.154 2.223
508.7425 1.080 −0.170 11 4.700 1 2.156 2.091 2.116 2.050 2.116
511.9119 0.990 −1.360 11 1.370 1 2.326 2.318 2.345 2.298 2.349
520.0414 0.990 −0.570 11 3.500 1 2.149 2.113 2.139 2.081 2.142
528.9821 1.030 −1.850 11 0.370 1 2.205 2.204 2.229 2.185 2.237
547.3385 1.740 −0.954 13 0.670 1 2.248 2.244 2.265 2.223 2.276
572.8876 1.840 −1.054 13 0.330 1 2.092 2.089 2.110 2.070 2.121
Zr i
424.1706 0.650 + 0.140 14 0.270 1 2.247 2.346 2.428 2.320 2.369
454.2234 0.630 −0.310 14 0.430 1 2.855 2.955 3.038 2.927 2.977
468.7805 0.730 + 0.550 14 0.850 1 2.410 2.498 2.579 2.469 2.519
480.9477 1.580 + 0.160 14 0.145 1 2.828 2.894 2.966 2.862 2.920
481.5637 0.600 −0.030 14 0.275 1 2.311 2.416 2.499 2.389 2.437
538.5128 0.520 −0.710 14 0.185 1 2.678 2.793 2.877 2.766 2.811
644.5720 1.000 −0.830 14 0.090 1 2.892 2.994 3.075 2.963 3.012
710.2890 0.650 −0.840 14 0.060 1 2.318 2.442 2.525 2.416 2.456
Zr ii
350.5666 0.164 −0.375 15 5.350 1 2.666 2.527 2.564 2.491 2.551
360.7369 1.236 −0.670 15 1.250 1 2.522 2.503 2.532 2.487 2.537
367.1264 0.713 −0.590 15 3.150 1 2.480 2.449 2.483 2.429 2.481
371.4777 0.527 −0.950 15 2.750 1 2.542 2.519 2.554 2.501 2.551
402.4435 0.999 −1.130 16 1.350 1 2.659 2.650 2.682 2.638 2.684
403.4083 0.802 −1.530 15 0.790 1 2.594 2.590 2.624 2.579 2.624
405.0320 0.713 −1.025 15 2.200 3 2.571 2.555 2.589 2.538 2.589
420.8980 0.713 −0.485 15 4.400 2 2.627 2.569 2.602 2.536 2.599
425.8041 0.559 −1.170 15 2.350 1 2.585 2.569 2.603 2.550 2.602
444.2992 1.486 −0.375 15 2.200 1 2.608 2.590 2.618 2.567 2.624
Nb ii
319.4974a 0.326 + 0.120 17 1 1.473 1.50
321.5593a 0.439 −0.235 17 1 1.505 1.53
371.7060a 1.694 + 0.030 18 1 1.455 1.48
374.0725a 1.619 −0.307 17 1 1.442 1.47
Mo i
550.6496 1.335 + 0.060 19 0.450 1 1.937 2.011 2.090 1.983 2.031
553.3034 1.335 −0.069 19 0.270 1 1.824 1.907 1.988 1.877 1.928
Ru i
343.6736 0.148 + 0.150 20 1.000 1 1.572 1.653 1.749 1.632 1.670
349.8945 0.000 + 0.310 20 2.050 1 1.689 1.742 1.842 1.719 1.756
374.2280 0.336 −0.180 20 0.740 1 1.849 1.935 2.028 1.915 1.955
408.0600 0.812 −0.040 20 0.280 1 1.670 1.755 1.841 1.731 1.778
455.4517 0.812 + 0.070 20 0.550 1 1.819 1.898 1.985 1.874 1.918
458.4443 1.002 −0.550 20 0.105 1 1.881 1.960 2.042 1.933 1.982
Rh i
343.4889 0.000 + 0.450 21 1.130 1 0.930 1.002 1.096 0.982 1.018
369.2361 0.000 + 0.150 21 0.655 1 0.853 0.948 1.037 0.928 0.966
Pd i
324.2701 0.810 + 0.070 22 2.400 1 1.533 1.528 1.616 1.504 1.547
340.4581 0.810 + 0.330 22 3.330 1 1.565 1.510 1.602 1.483 1.526
Ag i
328.0681 0.000 −0.021 23 3.500 1 1.044 1.000 1.093 0.971 1.015
338.2900 0.000 −0.333 23 2.230 1 0.869 0.893 0.986 0.870 0.911
Cd i
508.5823 3.950 −0.144 24 0.073 1 1.766 1.760 1.792 1.728 1.793
Sn i
380.1025 1.770 −0.620 25 0.120 1 2.016 2.061 2.130 2.036 2.088
Ba ii
455.4036 0.000 + 0.172 26 18.200 1 2.236 2.208 2.241 2.150 2.226 −0.016 2.220
585.3688 0.600 −1.026 26 6.300 1 2.391 2.250 2.280 2.203 2.263 −0.080 2.311
649.6908 0.600 −0.407 27 9.960 1 2.372 2.244 2.271 2.185 2.249 −0.147 2.225
W i
400.8750b 0.360 −0.446 28 0.350 1 0.788 0.976
484.3846b 0.410 −1.471 29 0.035 1 0.880 1.081
Os i
330.1559 0.000 −0.743 30 0.960 1 1.405 1.413 1.496 1.396 1.437
Ir i
322.0775 0.350 −0.536 31 0.975 1 1.418 1.398 1.455 1.381 1.429
Au i
312.2784 1.140 −0.950 32 0.290 1 0.908 0.891 0.925 0.878 0.927
Pb i
368.3480 0.970 −0.524 33 0.855 1 1.796 1.854 1.934 1.831 1.876 + 0.120 1.916
Th ii
401.9130 0.000 −0.228 34 0.314 1 0.018 0.021 0.059 0.012 0.055 + 0.010 0.028

Notes.

(a)

3D correction applied to HM results of Nilsson et al. (2010).

(b)

3D correction and gf update applied to HM results of Holweger & Werner (1974).

Reference. 1. Kock & Richter (1968), renormalised to lifetimes of Carlsson et al. (1989); 2. Meggers et al. (1961), via Bielski (1975); 3. Ref. 4, renormalised to lifetimes of Kerkhoff et al. (1980); 4. Biémont & Godefroid (1980a); 5. Cunningham & Link (1967); 6. Biémont et al. (1999); 7. mean of lifetimes from Simsarian et al. (1998) and Volz & Schmoranzer (1996) weighted according to uncertainties, via Morton (2000); 8. Migdalek & Baylis (1987); 9. Garcia & Campos (1988), normalised by them to other existing lifetimes 10. relative data of Gallagher (1967), normalised with the mean of (equal uncertainty) lifetimes from Kuske et al. (1978) and Pinnington et al. (1995); 11. Hannaford et al. (1982); 12. Ref. 11, renormalised with unweighted mean of lifetimes from Ref. 11 and Wännström et al. (1988); 13. Ref. 11, renormalised using unweighted mean of lifetimes from Ref. 11, Wännström et al. (1988) and Biémont et al. (2011); 14. Biémont et al. (1981); 15. Log-scale mean of Refs. 14 and 16; 16. Ljung et al. (2006); 17. Nilsson & Ivarsson (2008); 18. Nilsson et al. (2010); 19. Whaling & Brault (1988); 20. Wickliffe et al. (1994); 21. Kwiatkowski et al. (1982); 22. Xu et al. (2006); 23. Total doublet strength from lifetime of Carlsson et al. (1990), with the relative contribution of each line given by theoretical data of Civiš et al. (2010); 24. Veer et al. (1990); 25. Lotrian et al. (1976); 26. Kurz et al. (2008); 27. Davidson et al. (1992); 28. log-scale mean of Ref. 29 and Kling & Kock (1999); 29. den Hartog et al. (1987); 30. Ivarsson et al. (2003); 31. Gough et al. (1983), renormalised using the uncertainty-weighted mean of lifetimes from Gough et al. and Xu et al. (2007); 32. Hannaford et al. (1981); 33. Biémont et al. (2000); 34. Nilsson et al. (2002).

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