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Home All issues Volume 495 / No 2 (February IV 2009) A&A, 495 2 (2009) 577-586 Full HTML
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Table 2:

Spectroscopic properties of the atomic spectral lines listed in Table 1, which present unambiguous identification and Q/I profile classification and measurement. The lines are collected element by element. The various quantities that are listed for each line are described in Sect. 3.

Elem.		 $\lambda^{\rm Sun}$ $\lambda^{\rm Lab}$ W $_{\lambda}$/$\lambda$ Q/I Type Multiplet J A E. low E. high g g Lower Coup.
  (Å) (Å) (F) (%)       (107 s-1) (cm-1) (cm-1) low high level (%)

H  I		 4340.475 4340.468 659 0.12 W n=2 - n=5 (1)   2.107 82 259.105 10 5291.651 1.000$^{\ast }$ 1.000$^{\ast }$ PL?  
  6562.808 6562.817 649 0.110 S n=2 - n=3 (1)   13.23 82 259.105 97 492.302 1.000$^{\ast }$ 1.000$^{\ast }$ PL?  
Na  I 5889.973 5889.953 120 0.309 MS 3s 2S-3p 2P$^{\rm o}$ (1) 1/2-3/2 6.16 0.00 16 973.379 2.000$^{\ast }$ 1.333$^{\ast }$ GL  
  5895.940 5895.923 91.0 0.07 -   1/2-1/2 6.14 0.00 16 956.183 2.000$^{\ast }$ 0.667$^{\ast }$ GL  
Mg  I 5167.327 5167.3216 173 0.100 W 3p 3P $^{\rm o} -$4s 3S (2) 0-1 1.13 21 850.368 41 197.37 0 2.000$^{\ast }$ ML  
  3829.365 3829.3549 308 0.24 M1 3p 3P $^{\rm o} -$3d 3D (3) 0-1 8.99 21 850.368 47 957.047 0 0.500$^{\ast }$ ML  
  3832.310 3832.2996 600 0.125 M1   1-1 6.74 21 870.426 47 957.047 1.500$^{\ast }$ 0.500$^{\ast }$ ML  
    3832.3037         1-2 12.1 21 870.426 47 957.018 1.500$^{\ast }$ 1.167$^{\ast }$ ML  
  3838.302 3838.2918 641 0.11 M1   2-3 16.1 21 911.140 47 957.035 1.500$^{\ast }$ 1.333$^{\ast }$ ML  
    3838.2943         2-2 4.03 21 911.140 47 957.018 1.500$^{\ast }$ 1.167$^{\ast }$ ML  
    3838.290         2-1 0.448 21 911.140 47 957.047 1.500$^{\ast }$ 0.500$^{\ast }$ ML  
  5528.418 5528.4094 53.8 0.052 W 3p 1P $^{\rm o} -$4d 1D (9) 1-2 1.39 35 051.36 53 134.70 1.000$^{\ast }$ 1.000$^{\ast }$ PL?  
  4703.003 4702.991 71.9 0.050 W 3p 1P $^{\rm o} -$5d 1D (11) 1-2 2.19 35 051.36 56 308.43 1.000$^{\ast }$ 1.000$^{\ast }$ PL?  
Ca  I 4226.740 4226.728 342 1.955 M1 4s 1S-4p 1P$^{\rm o}$ (2) 0-1 21.76 0.00 23 652.324 0 1.000$^{\ast }$ GL  
  4425.444 4425.441 31.6 0.110 S 4p 3P $^{\rm o} -$4d 3D (4) 0-1 4.98 15 157.910 37 748.192 0 0.500$^{\ast }$ ML  
  4283.014 4283.010 31.0 0.15 W 4s 3P $^{\rm o} -$4p 3P (5) 1-2 4.339 15 210.067 38 551.588 1.500$^{\ast }$ 1.500$^{\ast }$ ML  
  4307.748 4307.741 40.2 0.10 S   1-0 19.92 15 210.067 38 417.585 1.500$^{\ast }$ 0 ML  
  5598.491 5598.487 21.1 0.050 S 4s 3D-4p 3D$^{\rm o}$ (21) 1-1 4.272 20 335.344 38 192.373 0.501 0.500$^{\ast }$ ML  

Ca  II		 3933.682 3933.664 4874 0.80 M1 4s 2S-4p 2P$^{\rm o}$ (1) 1/2-3/2 14.70 0.00 25 414.427 2.000$^{\ast }$ 1.333$^{\ast }$ GL  
  3179.342 3179.332 182 0.35 W 4p 2P $^{\rm o} -$4d 2D (4) 3/2-5/2 35.73 25 414.427 56 858.511 1.333$^{\ast }$ 1.200$^{\ast }$ PL  
Sc  II 3651.800 3651.798 39.1 0.10 W a 3D-z 3F$^{\rm o}$ (2) 2-2 2.511 67.68 27 443.65 1.17 0.65 ML  
  4246.837 4246.829 40.3 0.235 MS a 1D-z 1D$^{~\rm o}$ (7) 2-2 15.44 2540.97 26 081.32 1.00 1.00 ML  
  5239.823 5239.823 10.5 0.069 S a 1S-z 1P$^{\rm o}$ (26) 0-1 1.374 11 736.35 30 815.65 0 1.00 ML  

Ti  I		 4536.054 4536.051 16.3 0.115$^{\ast }$ S a 5F-y 5F$^{\rm o}$ (42) 1-1 6.814 6556.86 28 596.45 0.00 0.00 ML  
  4527.325 4527.305 14.8 0.070 S   1-2 2.204 6556.86 28 638.82 0.00 1.01 ML  
  4840.884 4840.874 12.6 0.054 S a 1D-y 1D$^{\rm o}$ (53) 2-2 1.762 7255.29 27 906.91 1.02 0.98 ML  

Ti  I		 3308.399 3308.391 9.7 0.34$^{\ast }$ S a 3P-t 3D$^{\rm o}$ (87) 0-1 7.898 8436.630 38 654.23 0 0.54 ML  
  4186.126 4186.119 10.0 0.26$^{\ast }$ S a 1G-y 1G$^{\rm o}$ (129) 4-4 2.094 12 118.46 36 000.25 0.98 1.00 ML  
  3724.574 3724.570 23.1 0.155 S a 1G-x 1G$^{\rm o}$ (131) 4-4 9.067 12 118.46 38 959.53 0.98 1.02 ML  
  4639.368 4639.369 8.4 0.070 S a 5P-w 5D$^{\rm o}$ (145) 2-2 5.902 14 028.47 35 577.14 1.82 1.53 ML  
  4639.946 4639.944 7.3 0.060 S   1-1 6.633 13 981.75 35 527.76 2.50 1.51 ML  
  4453.710 4453.708 9.0 0.125 S a 3G-v 3G$^{\rm o}$ (160) 3-3 4.692 15 108.153 37 554.99 0.74 0.77 ML  
  4431.292 4431.284 1.1 0.22 S b 3P-r 3D$^{\rm o}$ (218) 0-1 1.769 17 995.75 40 556.07 0 0.49 ML  
  4599.227 4599.226 1.3 0.065 S c 3P-r 3D$^{\rm o}$ 0-1 1.543 18 818.23 40 556.07 0 0.49 ML  
  5565.485 5565.476 2.9 0.119 S a 3H-y 1G$^{\rm o}$ (229) 4-4 1.408 18 037.28 36 000.25 0.80 1.00 ML  
  4868.263 4868.264 5.5 0.050 S a 3H-z 3I$^{\rm o}$ (231) 4-5 4.147 18 037.28 38 572.75 0.80 0.81 ML  
  4778.258 4778.259 3.3 0.056 S a 3H-x 1G$^{\rm o}$ (232) 4-4 1.955 18 037.28 38 959.53 0.80 1.02 ML  
  4742.798 4742.791 5.7 0.192 S a 3H-x 3H$^{\rm o}$ (233) 4-4 5.340 18 037.28 39 115.99 0.80 0.88? ML  
  4758.124 4758.120 8.2 0.107 S   5-5 7.122 18 141.252 39 152.14 1.02 1.02 ML  
  4759.276 4759.272 8.6 0.097 S   6-6 7.394 18 192.594 39 198.39 1.17 1.18 ML  
  5644.146 5644.137 5.1 0.231 S b 1G-y 1G$^{\rm o}$ (240) 4-4 2.491 18 287.62 36 000.25 1.02 1.00 ML  
  4805.420 4805.416 7.7 0.063 S c 3P-s 3D$^{\rm o}$ (260) 2-3 5.825 18 911.55 39 715.51 1.54 1.31 ML  
  4796.189 4796.210 5.0 0.055 S   0-1 1.469 18 818.23 39 662.15 0 0.52 ML  
  4975.351 4975.344 3.6 0.095 S b 1D-w 1F$^{\rm o}$ (283) 2-3 6.097 20 209.64 40 303.04 1.01 1.05 ML  
  4237.891 4237.889 4.0 0.15 S b 1D-u 1D$^{\rm o}$ (284) 2-2 11.50 20 209.64 43 799.57 1.01 0.98 ML  
  5120.420 5120.420 6.0 0.080 S a 1H-z 1I$^{\rm o}$ (288) 5-6 4.692 20 795.65 40 319.80 1.01 1.03 ML  

Ti  II		 3372.812 3372.800 135.9 0.12 M0 a 4F-z 4G$^{\rm o}$ (1) 5/2-7/2 11.09 93.94 29 734.45 1.029$^{\ast }$ 0.98 ML  
  3380.260 3380.278 31.2 0.10 W   9/2-9/2 1.570 393.22 29 968.08 1.333$^{\ast }$ 1.172$^{\ast }$ ML  
  3383.765 3383.761 127 0.12 M0   3/2-5/2 10.94 0.00 29 544.37 0.400$^{\ast }$ 0.57 GL  
  3242.007 3241.984 83.0 0.15 M1 a 4F-z 4F$^{\rm o}$ (2) 3/2-3/2 11.62 0.00 30 836.52 0.400$^{\ast }$ 0.40 GL  
  3234.518 3234.517 15.2 0.12 M1   9/2-9/2 13.81 393.22 31 300.92 1.333$^{\ast }$ 1.333$^{\ast }$ ML  
  3761.320 3761.320 61.0 0.10 M1 a 2F-z 2F$^{\rm o}$ (13) 5/2-5/2 9.887 4628.61 31 207.44 0.86 0.86 ML  
  3759.299 3759.291 115 0.10 W   7/2-7/2 9.345 4897.60 31 490.82 1.14 1.14 ML  
  3510.846 3510.840 29.1 0.12$^{\ast }$ S b 2G-y 2G$^{\rm o}$ (88) 7/2-7/2 9.332 15 265.60 43 740.77 0.89 0.89 ML  
  3504.892 3504.890 37.6 0.14$^{\ast }$ W   9/2-9/2 8.213 15 257.53 43 780.99 1.11 1.11 ML  

V  I		 4268.628 4268.643 5.6 0.23 S a 4H-x 4H$^{~\rm o}$ (88) 13/2-13/2 11.67 15 062.94 38 482.96 1.18 1.22 ML  
V  II 3592.027 3592.012 21.0 0.10 W a 3F-z 5F$^{\rm o}$ (4) 3-2 4.408 8841.97 36 673.51 1.04 1.08 ML  

Cr  I		 4274.806 4274.803 45.8 0.37 M1 a 7S-z 7P$^{\rm o}$ (1) 3-3 3.062 0.00 23 386.35 2.007 1.92 GL  
  4254.346 4254.346 92.4 0.24 M1   3-4 3.148 0.00 23 498.84 2.007 1.752 GL  
  3578.693 3578.687 142 0.25 M1 a 7S-y 7P$^{\rm o}$ (4) 3-4 14.83 0.00 27 935.26 2.007 1.761 GL  
  3593.495 3593.488 127 0.505 M1   3-3 14.95 0.00 27 820.23 2.007 1.929 GL  
  3605.339 3605.333 136 0.15 W   3-2 16.14 0.00 27 728.87 2.007 2.341 GL  
  5208.432 5208.436 47.4 0.070 MS a 5S-z 5P$^{\rm o}$ (7) 2-3 5.051 7593.16 26 787.50 2.006 1.670 ML  
  5206.044 5206.039 36.6 0.065 MS   2-2 5.139 7593.16 26 796.28 2.006 1.830 ML  
  4339.722 4339.718 23.8 0.12$^{\ast }$ S a 5D-z 5F$^{\rm o}$ (22) 0-1 0.4394 7750.78 30 787.30 0 0.002 ML  
  3883.639 3883.660 9.3 0.23$^{\ast }$ S b 5D-s 5F$^{\rm o}$ (138) 0-1 2.076 24 277.06 50 018.80 0 0.000$^{\ast }$ ML  
  4500.288 4500.295 6.2 0.085 S a 3G-y 3G$^{\rm o}$ (150) 3-3 2.100 24 833.86 47 048.48 0.750$^{\ast }$ 0.750$^{\ast }$ ML  
  4511.900 4511.903 8.4 0.055$^{\ast }$ S   4-4 1.652 24 897.55 47 054.91 1.050$^{\ast }$ 1.050$^{\ast }$ ML  
  4540.710 4540.719 12.3 0.055$^{\ast }$ S   5-5 3.135 25 038.61 47 055.31 1.200$^{\ast }$ 1.200$^{\ast }$ ML  
  5387.565 5387.573 1.8 0.060 S b 3P-y 3P$^{\rm o}$ (191) 0-1 0.8933 27 163.20 45 719.20 0 1.500$^{\ast }$ ML  
  5139.648 5139.654 8.9 0.066 S b 3G-y 3G$^{\rm o}$ (207) 3-3 1.250 27 597.22 47 048.48 0.750$^{\ast }$ 0.750$^{\ast }$ ML  
  5196.452 5196.443 6.5 0.050$^{\ast }$ S   5-5 1.205 27 816.88 47 055.31 1.200$^{\ast }$ 1.200$^{\ast }$ ML  
  4039.096 4039.100 10.4 0.100 S a 3I-x 3I$^{\rm o}$ (251) 7-7 6.687 31 048.00 55 799.10 1.143$^{\ast }$ 1.143$^{\ast }$ ML  
  4595.593 4595.590 4.6 0.150$^{\ast }$ S b 1I-y 1I$^{\rm o}$ (286) 6-6 4.734 33 762.74 55 516.69 1.000$^{\ast }$ 1.000$^{\ast }$ ML  

Mn  I		 4030.763 4030.755 75.2 0.23 W a 6S-z 6P$^{\rm o}$ (2) 5/2-7/2 1.738 0.00 24 802.25 1.999 1.714 GL  
  4033.072 4033.073 54.8 0.11 W   5/2-5/2 1.646 0.00 24 788.05 1.999 1.886$^{\ast }$ GL  
  4034.492 4034.490 46.1 0.17 W   5/2-3/2 1.582 0.00 24 779.32 1.999 2.364 GL  
Fe  I 3920.269 3920.260 101 0.35 W a 5D-z 5D$^{\rm o}$ (4) 0-1 0.2595 978.074 26 479.393 0 1.495 ML  
  3922.923 3922.914 124 0.52 W   3-4 0.1075 415.933 25 900.002 1.497 1.502 ML  
  3927.933 3927.922 144 0.41 W   1-2 0.2221 888.132 26 339.708 1.498 1.503 ML  
  3705.577 3705.567 180 0.10 W a 5D-z 5F$^{\rm o}$ (5) 3-3 0.3214 415.933 27 394.703 1.497 1.250 ML  
  3719.947 3719.935 538 0.10 M0   4-5 1.623 0.00 26 874.562 1.496 1.399 GL  
  3737.141 3737.133 428 0.15 W   3-4 1.414 415.933 27 166.837 1.497 1.355 ML  
  3745.574 3745.561 459 0.125 W   2-3 1.150 704.003 27 394.703 1.494 1.250 ML  
  3748.271 3748.264 228 0.14 W   1-2 0.9146 888.132 27 559.598 1.498 1.004 ML  
  3745.910 3745.901 301 0.295$^{\ast }$ S   0-1 0.7322 978.074 27 666.362 0 -0.012 ML  

Fe  I		 3476.712 3476.704 136 0.15 W a 5D-z 5P$^{\rm o}$ (6) 0-1 0.5425 978.074 29 732.749 0 2.487 ML  
  3465.880 3465.863 158 0.11 W   1-1 0.8455 888.132 29 732.749 1.498 2.487 ML  
  3734.874 3734.867 945 0.205 W a 5F-y 5F$^{\rm o}$ (21) 5-5 9.014 6928.280 33 695.418 1.404 1.417 ML  
  3743.368 3743.364 193 0.100 W   2-1 2.602 7985.795 34 692.172 0.995 -0.016 ML  
  3749.495 3749.487 578 0.25 W   4-4 7.633 7376.775 34 039.540 1.349 1.344 ML  
  3758.245 3758.235 497 0.18 M1   3-3 6.336 7728.071 34 328.775 1.248 1.244 ML  
  3763.803 3763.790 255 0.21 M1   2-2 5.441 7985.795 34 547.235 0.995 0.998 ML  
- 3767.204 3767.194 262 0.10 M1   1-1 6.393 8154.725 34 692.172 -0.014 -0.016 ML  
  3581.209 3581.195 599 0.16 M1 a 5F-z 5G$^{\rm o}$ (23) 5-6 10.18 6928.280 34 843.980 1.404 1.332 ML  
  3586.990 3586.985 147 0.13 W   2-2 1.568 7985.795 35 856.424 0.995 0.335 ML  
  3608.869 3608.861 287 0.13 M1   1-2 8.131 8154.725 35 856.424 -0.014 0.335 ML  
  3618.777 3618.769 385 0.24 M1   2-3 7.272 7985.795 35 611.649 0.995 0.887 ML  
  3585.714 3585.708 63.0 0.11 W   4-4 0.3745 7376.775 35 257.345 1.349 1.103 ML  
  3631.475 3631.464 369 0.10 M1   3-4 5.170 7728.071 35 257.345 1.248 1.103 ML  
  3647.851 3647.844 313 0.17 M1   4-5 2.913 7376.775 34 782.448 1.349 1.218 ML  
  3521.270 3521.264 110 0.13 W a 5F-z 3G$^{\rm o}$ (24) 4-4 0.2846 7376.775 35 767.591 1.349 1.100 ML  
  3570.134 3570.100 387 0.14 M1   4-5 6.763 7376.775 35 379.237 1.349 1.248 ML  
  3558.532 3558.518 137 0.18 W   2-3 0.5758 7985.795 36 079.395 0.995 0.791 ML  
  3565.396 3565.381 274 0.12 W   3-4 3.762 7728.071 35 767.591 1.248 1.100 ML  
  4383.557 4383.547 235 0.300 M1 a 3F-z 5G$^{\rm o}$ (41) 4-5 4.998 11 976.260 34 782.448 1.254 1.218 ML  
  4404.761 4404.752 181 0.23 M1   3-4 2.753 12 560.953 35 257.345 1.086 1.103 ML  
  4415.135 4415.125 92.9 0.13 W   2-3 1.185 12 968.573 35 611.649 0.670 0.887 ML  
  4271.774 4271.764 177 0.15 W a 3F-z 3G$^{\rm o}$ (42) 4-5 2.277 11 976.260 35 379.237 1.254 1.248 ML  
  4307.912 4307.906 165 0.10 W   3-4 3.397 12 560.953 35 767.591 1.086 1.100 ML  
  4325.775 4325.765 174 0.20 M1   2-3 4.973 12 968.573 36 079.395 0.670 0.791 ML  
  4045.825 4045.815 316 0.275 M1 a 3F-y 3F$^{\rm o}$ (43) 4-4 8.622 11 976.260 36 686.204 1.254 1.246 ML  
  4071.749 4071.740 191 0.25 M1   2-2 7.645 12 968.573 37 521.186 0.670 0.688 ML  
  4063.605 4063.597 219 0.26 M1   3-3 6.776 12 560.953 37 162.770 1.086 1.086 ML  
  4233.612 4233.608 70.4 0.10 W z 7D$^{\rm o}$-e 7D (152) 1-2 1.851 20 019.648 43 633.535 2.999 2.009 ML  
  4250.130 4250.125 79.5 0.14 W   2-3 2.075 19 912.511 43 434.633 2.008 1.755 ML  
  4235.949 4235.942 90.9 0.15 W   4-4 1.883 19 562.457 43 163.327 1.642 1.655 ML  
  4299.249 4299.242 49.3 0.10 W   4-5 1.218 19 562.457 42 815.855 1.642 1.585 ML  
  3621.467 3621.463 40.6 0.10 W a 3G-y 3H$^{\rm o}$ (294) 4-5 5.067 21 999.167 49 604.45 1.051 1.075 ML  
  3594.638 3594.632 40.8 0.13 W z 7F$^{\rm o}$-f 7D (322) 4-4 2.744 22 996.686 50 808.053 1.493 1.574 ML  

Fe  I		 3554.937 3554.922 111 0.10 W z 7F$^{\rm o}$-e 7G (326) 5-6 16.99 22 845.880 50 967.873 1.498 1.415 ML  
  3533.014 3533.008 31.4 0.15 W   0-1 9.278 23 270.392 51 566.86 0 -0.374 ML  
  6024.068 6024.066 19.8 0.050$^{\ast }$ S y 3F$^{\rm o}$-f 5G (1178) 4-5 1.267 36 686.204 53 281.735 1.246 1.221 PL  
Co  I 3594.876 3594.870 25.7 0.11 W a 4F-z 4F$^{\rm o}$ (4) 5/2-5/2 0.9212 1406.84 29 216.37 1.028 1.033 ML  
  3453.512 3453.514 87.9 0.12 W b 4F-y 4G$^{\rm o}$ (22) 9/2-11/2 11.17 3482.82 32 430.59 1.336 1.287 ML  
  3405.126 3405.120 60.5 0.18 M0 b 4F-y 4F$^{\rm o}$ (23) 9/2-9/2 10.22 3482.82 32 841.99 1.336 1.313 ML  

Ni  I		 3624.733 3624.733 37.1 0.125 W a 3F-z 5G$^{\rm o}$ (2) 4-5 0.02 594 0.00 27 580.411 1.250 1.28 GL  
  3602.287 3602.281 26.2 0.12 W a 3F-z 5F$^{\rm o}$ (3) 3-4 0.04 431 1332.153 29 084.478 1.083 1.288 ML  
  3664.097 3664.095 43.8 0.11 W a 3F-z 3P$^{\rm o}$ (4) 2-1 0.1990 2216.519 29 500.690 0.671 1.426 ML  
  3452.905 3452.890 73.1 0.19 W a 3D-z 5F$^{\rm o}$ (17) 2-3 0.9827 879.813 29 832.810 1.149 1.208 ML  
  3461.667 3461.652 219 0.17 W   3-4 2.698 204.786 29 084.478 1.332 1.288 ML  
  3492.975 3492.956 239 0.10 W a 3D-z 3P$^{\rm o}$ (18) 2-1 9.781 879.813 29 500.690 1.149 1.426 ML  
  3610.460 3610.462 52.0 0.19 W   2-2 0.7241 879.813 28 569.210 1.149 1.485 ML  
  3597.712 3597.705 50.2 0.17 M1   1-1 1.395 1713.080 29 500.690 0.497 1.426 ML  
  3458.467 3458.474 189 0.14 M1 a 3D-z 3F$^{\rm o}$ (19) 1-2 6.126 1713.080 30 619.440 0.497 0.740 ML  
  3515.066 3515.054 202 0.12 W   2-3 4.236 879.813 29 320.782 1.149 1.086 ML  
  3433.579 3433.558 143 0.10 W   3-3 1.727 204.786 29 320.782 1.332 1.086 ML  
  3446.271 3446.263 136 0.100 M1 a 3D-z 3D$^{\rm o}$ (20) 2-2 4.367 879.813 29 888.505 1.149 1.044 ML  
  3472.558 3472.545 136 0.135 W   2-3 1.223 879.813 29 668.918 1.149 1.300 ML  
  3674.150 3674.15 33.0 0.10 W a 1D-z 3F$^{\rm o}$ (32) 2-2 0.2016 3409.925 30 619.440 1.014 0.740 ML  
  3619.400 3619.392 204 0.14 W a 1D-z 1F$^{\rm o}$ (35) 2-3 6.630 3409.925 31 031.042 1.014 1.048 ML  
  3380.585 3380.574 239 0.100 W a 1D-z 1P$^{\rm o}$ (37) 2-1 13.15 3409.925 32 982.280 1.014 1.005 ML  
  3485.110 3485.110 29.2 0.10$^{\ast }$ S$^{\ast }$ z 5F$^{\rm o}$-e 3H (118) 3-4 3.382 29 832.810 58 518.11 1.208 0.800$^{\ast }$ ML  
Cu  I 3247.569 3247.540 76.0 0.93 M0 4s 2S-4p 2P$^{\rm o}$ (1) 1/2-3/2 13.70 0.00 30 783.686 2.000$^{\ast }$ 1.333$^{\ast }$ GL  
  3273.972 3273.957 67.4 0.17 W   1/2-1/2 13.61 0.00 30 535.302 2.000$^{\ast }$ 0.667$^{\ast }$ GL  
  5218.209 5218.202 9.8 0.052 S 4p 2P$^{\rm o}$-4d 2D (7) 3/2-5/2 12.21 30 783.686 49 942.057 1.333$^{\ast }$ 1.200$^{\ast }$ PL  
  5153.241 5153.235 8.5 0.110 S   1/2-3/2 10.34 30 535.302 49 935.200 0.667$^{\ast }$ 0.800$^{\ast }$ PL  

Sr  I		 4607.338 4607.331 7.8 1.080 S 5s2 1S-5s5p 1P$^{\rm o}$ (2) 0-1 20.1 0.00 21 698.482 0 1.000$^{\ast }$ GL  
Sr  II 4077.724 4077.714 100 0.905 MS 5s 2S-5p 2P$^{\rm o}$ (1) 1/2-3/2 14.2 0.00 24 516.65 2.000$^{\ast }$ 1.333$^{\ast }$ GL  

Y  I		 4128.309 4128.31 2.9 0.305 S a 2D-y 2D$^{\rm o}$ (5) 5/2-5/2 15.64 530.36 24 746.60 1.196 1.088 ML  
  4142.842 4142.86 5.3 0.165 S   3/2-3/2 15.75 0.00 24 131.20 0.798 0.823 GL  
Y  II 3633.138 3633.13 19.0 0.27 S a 1S-z 1P$^{\rm o}$ (2) 0-1 13.37 0.00 27 516.70 0 0.910 GL  
  3710.292 3710.30 27.2 0.15$^{\ast }$ S a 3D-z 3F$^{\rm o}$ (7) 3-4 15.52 1449.75 28 394.17 1.332 1.254 ML  
  3600.739 3600.74 19.2 0.10 W a 3D-z 3D$^{\rm o}$ (9) 3-3 14.00 1449.75 29 213.95 1.332 1.333 ML  
  4374.944 4374.94 20.1 0.21 S a 1D-z 1D$^{\rm o}$ (13) 2-2 10.07 3296.20 26 147.27 1.000 0.912 ML  
Zr  I 3519.618 3519.60 2.6 0.13$^{\ast }$ S a 3F-x 3G$^{\rm o}$ (13) 2-3 7.175 0.00 28 404.26 0.66 0.79 GL  
  3601.198 3601.18 3.6 0.11$^{\ast }$ S   4-5 13.79 1240.84 29 001.65 1.24 1.21 ML  
Zr  II 3391.973 3391.96 20.0 0.10 W a 4F-z 4G$^{\rm o}$ (1) 9/2-11/2 14.02 1322.91 30 795.74 1.324 1.275 ML  
  3273.052 3273.04 23.9 0.19 W a 4F-z 4F$^{\rm o}$ (3) 9/2-9/2 3.119 1322.91 31 866.49 1.324 1.321 ML  
  3556.597 3556.61 7.0 0.14$^{\ast }$ S b 4F-z 4F$^{~\rm o}$ (9) 9/2-9/2 7.275 3757.66 31 866.49 1.326 1.321 ML  
  5112.279 5112.28 1.6 0.050 S b 2D-y 2D$^{\rm o}$ (95) 3/2-3/2 1.639 13 428.50 32 983.73 0.800 0.810 ML  
Nb  II 3260.552 3260.561 6.1 0.15$^{\ast }$ S b 3H-z 3I$^{\rm o}$ 4-5 12.47 17 469.77 48 130.50 0.880 0.870 ML  
Ru  I 3728.042 3728.030 20.0 0.10$^{\ast }$ S$^{\ast }$ a 5F-z 5F$^{\rm o}$ (2) 5-5 7.935 0.00 26 816.23 1.397 1.394 GL  
  3742.278 3742.280 2.4 0.125$^{\ast }$ S   2-2 5.606 2713.24 29 427.32 1.000 1.164 ML  
  3589.222 3589.215 5.7 0.100 S a 5F-z 5G$^{\rm o}$ (4) 1-2 8.221 3105.49 30 958.80 0.000 0.375 ML  
Pd  I 3553.095 3553.10 3.4 0.185$^{\ast }$ S 5s 1D-5p 1F$^{\rm o}$ (9) 2-3 26.16 11 721.77 39 858.33 1.040 1.081 ML  
Ba  I 5535.51 5535.484 - 0.133 S 6s2 1S-6s6p 1P$^{\rm o}$ (2) 0-1 11.9 0.00 18 060.264 0 1.02 GL  
Ba  II 4554.036 4554.033 36.7 0.65 MS 6s 2S-6p 2P$^{\rm o}$ (1) 1/2-3/2 11.1 0.00 21 592.422 1.974 1.32 GL  
  3891.781 3891.781 11.6 0.14$^{\ast }$ S 6p 2P$^{\rm o}$-6d 2D (4) 1/2-3/2 21.7 20 261.562 45 949.496 0.672 0.79 -  
  4130.657 4130.648 10.9 0.27$^{\ast }$ S   3/2-5/2 21.8 21 952.422 46 154.89 1.32 1.18 PL  

La  II		 4354.436 4354.40 3.4 0.100$^{\ast }$ S a 1S-y 1P$^{\rm o}$ (58) 0-1 3.706 7394.57 30 353.33 0 1.074 ML 75-49
Ce  II 4572.284 4572.277 3.3 0.075 S 6s 4H-6p(5,1/2)$^{\rm o}$ 11/2-11/2 2.663 5513.709 27 378.515 1.125 1.005 ML 82-87
  4460.225 4460.213 6.0 0.160 S 6s 4H-6p(4,1/2)$^{\rm o}$ 7/2-7/2 6.210 3854.012 26 268.203 0.669 0.712 ML 95-75
  4115.376 4115.374 2.7 0.135 S 6s 4F-6p(2,3/2)$^{\rm o}$ 3/2-3/2 9.397 7454.951 31 747.243 0.407 0.860 ML 95-95
  4062.232 4062.223 1.5 0.16 S 6s 2G-6p(4,3/2)$^{\rm o}$ 7/2-7/2 9.253 11 015.579 35 625.700 1.016 0.923 ML 49-48
  4222.602 4222.599 5.2 0.12$^{\ast }$ S 5d2 4I$^{\rm o}$-6p 2H 9/2-9/2 1.869 987.611 24 663.053 0.948 0.933 ML 30-34
  4486.914 4486.909 2.5 0.13 S 6s 2G$^{\rm o}$-6p 2H 9/2-9/2 1.112 2382.246 24 663.053 1.039 0.933 ML 33-34
  4083.226 4083.233 6.4 0.15 S 6s 4H$^{\rm o}$-6p 4H 11/2-11/2 4.282 5651.357 30 134.910 1.085 1.146 ML 49-53
Nd  II 4109.450 4109.455 9.5 0.12 S 6s 6I-6p 6K$^{\rm o}$ (10) 13/2-15/2 4.923 2585.453 26 912.765 1.150 1.130 ML 87-
  4462.993 4462.985 2.9 0.11 S 6s 4I-6p 6K$^{\rm o}$ (50) 13/2-15/2 2.458 4512.481 26 912.765 1.110 1.130 ML 87-
  3784.252 3784.250 5.8 0.27 S 6s 4I-6p 4I$^{\rm o}$ 11/2-11/2 9.522 3066.750 29 484.600 0.980 1.022 ML 80-
Sm  II 3230.592 3230.559 10.5 0.21$^{\ast }$ S$^{\ast }$ a 8F-146$^{\rm o}$ (21) 7/2-9/2 1.804 1489.16 32 434.70 1.610 1.455 ML 97-
Eu  II 4129.724 4129.73 12.1 0.180 S a 9S$^{\rm o}$-z 9P (1) 4-4 6.947 0.00 24 207.86 1.984 1.877 GL -63
Gd  II 3439.229 3439.208 3.5 0.13$^{\ast }$ S a 8D$^{\rm o}$- 8F 5/2-5/2 10.30 3082.011 32 150.143 2.044 1.81 ML 79-77
Dy  II 3407.805 3407.796 18.8 0.10$^{\ast }$ S$^{\ast }$ 6s 6I-6p 6I$^{\rm o}$ 17/2-17/2 3.603 0.00 29 336.06 1.290 1.268 GL 95-52
  3694.817 3694.810 9.2 0.10$^{\ast }$ S 6s 4I-5d2 6I$^{\rm o}$ 15/2-15/2 2.586 828.31 27 885.60 1.203 1.251 ML 72-21

Yb  I		 3987.966 3987.98 5.0 0.11$^{\ast }$ S 6s2 1S-6s6p 1P$^{\rm o}$ (2) 0-1 17.6 0.00 25 068.222 0 1.035 GL 99-73

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