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Home All issues Volume 508 / No 1 (December II 2009) A&A, 508 1 (2009) 401-408 Full HTML
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Table B.1:

Analyzed lines in the stellar spectra, measured equivalent widths in mÅ, and relative abundances.He I is not included.
  HR 6000[13450, 4.3, AT12] 46 Aql[12560, 3.8, AT12]

Species 		$\lambda$($\AA$) $\log~gf$ Ref.a $\chi_{\rm low}$ W(m$\AA$) $\log(N_{\rm elem}/N_{\rm tot}$) W(m$\AA$) $\log(N_{\rm elem}/N_{\rm tot}$)

Be II 		3130.420 -0.170 NIST3 0.00 26.7 -9.78 31.0 -9.91
C II 4267.001 +0.562 NIST3 145549.270 profile -5.50 profile -4.75
C II 4267.261 +0.716 NIST3 145550.700 profile -5.50 profile -4.75
N I 8680.282 +0.347 NIST3 83364.620 not obs $\le$-5.80 not obs $\le$-5.50
N I 8683.403 +0.087 NIST3 88317.830 not obs $\le$-5.80 not obs $\le$-5.50
O I 3947.295 -2.095 NIST3 73768.200 profile -3.71 profile -3.71
O I 3947.481 -2.244 NIST3 73768.200 profile -3.71 profile -3.71
O I 3947.586 -2.467 NIST3 73768.200 profile -3.71 profile -3.71
O I 4368.193 -2.665 NIST3 76794.978 profile -3.71 profile -3.51
O I 4368.242 -1.964 NIST3 76794.978 profile -3.71 profile -3.51
O I 4368.258 -2.186 NIST3 76794.978 profile -3.71 profile -3.51
O I 5329.096 -1.938 NIST3 86625.757 profile -3.71 profile -3.46
O I 5329.099 -1.586 NIST3 86625.757 profile -3.71 profile -3.46
O I 5329.107 -1.695 NIST3 86625.757 profile -3.71 profile -3.46
O I 6155.961 -1.363 NIST3 86625.757 profile -3.64 profile -3.46
O I 6155.971 -1.011 NIST3 86625.757 profile -3.64 profile -3.46
O I 6155.989 -1.120 NIST3 86625.757 profile -3.64 profile -3.46
O I 6156.737 -1.487 NIST3 86627.778 profile -3.64 profile -3.43
O I 6156.755 -0.898 NIST3 86627.778 profile -3.64 profile -3.43
O I 6156.778 -0.694 NIST3 86627.778 profile -3.64 profile -3.43
O I 6455.977 -0.920 NIST3 86631.454 profile -3.59 profile -3.43
O I 7002.196 -1.489 NIST3 88631.146 profile -3.71 H2O -
O I 7002.230 -0.741 NIST3 88631.146 profile -3.71 H2O -
O I 7002.250 -1.364 NIST3 88631.303 profile -3.71 H2O -
Ne I 7032.413 -0.249 NIST3 134041.840 noise? -4.86 noise ? -4.51
Na I 5688.205 -0.452 NIST3 16973.368 not obs $\le$-5.71 profile -5.65
Na I 5889.950 +0.108 NIST3 0.00 inters. - profile -5.67
Na I 5895.924 -0.194 NIST3 0.00 inters. - profile -5.72
Mg II 4481.126 +0.749 NIST3 71490.190 profile -5.66 profile -5.45
Mg II 4481.150 -0.553 NIST3 71490.190 profile -5.66 profile -5.45
Mg II 4481.325 +0.594 NIST3 71491.063 profile -5.66 profile -5.45
Al I 3944.006 -0.638 NIST3 0.000 not obs $\le$-7.30 not obs $\le$-6.65
Al I 3961.520 -0.336 NIST3 112.061 not obs $\le$-7.30 profile -6.65
Al II 7042.083 +0.340 NIST3 91274.500 noise ? $\le$-7.30 noise ? $\le$-7.40
Al II 7056.712 +0.110 NIST3 91274.500 noise ? $\le$-7.30 noise ? $\le$-7.00
Si II 3853.665 -1.341 NIST3 55309.350 not obs - 31.8 -5.62
Si II 3856.018 -0.406 NIST3 55325.180 not obs - 71.8 -5.68
Si II 3862.595 -0.757 NIST3 55309.350 profile -7.35 62.6 -5.53
P II 4044.576 +0.481 K, MRB 107360.250 45.3 -4.42 19.9 -5.16
P II 4062.149 -0.585 K, MRB 103339.140 8.6 -4.79 2.4 -5.45
P II 4127.559 -0.110 K, KP 103667.860 25.2 -4.54 9.3 -5.21
P II 4160.623 -0.410 K, KP 103339.140 9.4 -4.90 7.6 -5.03
P II 4244.622 -0.308 K, MRB 107360.250 9.6 -4.78 2.6 -5.46
P II 4288.606 -0.630 K, MRB 101635.690 7.0 -4.88 blend -
P II 4420.712 -0.329 NIST3 88893.220 40.1 -4.51 19.4 -5.18
P II 4452.472 -0.194 K, MRB 105302.170 19.9 -4.48 6.9 -5.13
P II 4463.027 +0.026 K, MRB 105549.670 25.6 -4.52 9.1 -5.19
P II 4466.140 -0.560 NIST3 105549.670 9.8 -4.57 2.2 -5.32
P II 4468.000 -0.208 K, MRB 105244.060 24.0 -4.35 blend -
P II 4475.270 +0.440 NIST3 105549.670 36.8 -4.63 16.2 -5.25
P II 4483.693 -0.431 NIST3 105302.370 10.0 -4.69 2.3 -5.43
P II 4499.230 +0.470 NIST3 107922.930 38.0 -4.44 blend -
P II 5296.077 -0.160 NIST3 87124.600 56.3 -4.15 33.9 -4.74
P II 5316.055 -0.294 NIST3 86743.960 47.9 -4.31 28.3 -4.82
P II 5344.729 -0.390 NIST3 86597.550 45.6 -4.28 25.7 -4.81
P II 5386.895 -0.520 NIST3 86743.960 51.8 -3.98 25.6 -4.67
P II 5425.880 +0.180 NIST3 87124.600 71.8 -4.22 47.4 -4.71
P II 6024.178 +0.137 NIST3 86743.960 69.8 -4.04 45.7 -4.57
P II 6034.039 -0.220 NIST3 86597.550 52.6 -4.10 29.4 -4.70
P II 6043.084 +0.416 NIST3 87124.600 81.1 -4.05 55.5 -4.57
P III 4059.312 -0.051 NIST3 116885.870 11.1 -4.97 2.5 -5.87
P III 4080.089 -0.306 NIST3 116874.560 5.5 -5.21 not ob -
P III 4222.198 +0.210 NIST3 117835.950 19.5 -5.45 not obs -
P III 4246.720 -0.120 NIST3 117835.950 10.6 -4.78 not obs -
S II 4162.665 +0.777 NIST3 128599.160 2.0 -6.26 5.3 -5.74
Cl I 4794.556 +0.400 NIST3 107879.660 not obs $\le$-7.24 not obs $\le$-7.04
Ca I 4226.728 +0.244 NIST3 0.000 profile >-5.68 profile >-5.98
Ca II 3933.663 +0.135 NIST3 0.000 profile -5.68 profile -5.98
Ca II 3968.469 -0.180 NIST3 0.000 profile -5.68 profile -5.98
Sc II 4246.822 +0.242 NIST3 2540.950 blend - blend -
Sc II 4314.083 -0.100 NIST3 4987.790 not obs $\le$-9.50 not obs $\le$-9.50
Ti II 4053.821 -1.130 PTP 15265.620 6.4 -6.40 11.1 -6.46
Ti II 4163.644 -0.130 PTP 20891.660 19.3 -6.51 30.4 -6.50
Ti II 4287.873 -1.790 PTP 8710.440 3.5 -6.38 6.1 -6.49
Ti II 4290.215 -0.850 PTP 9395.710 15.6 -6.55 28.3 -6.52
Ti II 4294.094 -0.930 PTP 9744.250 16.5 -6.47 28.3 -6.48
Ti II 4300.042 -0.440 PTP 9518.060 30.2 -6.52 45.2 -6.49
Ti II 4301.922 -1.150 PTP 9363.620 8.6 -6.56 17.1 -6.55
Ti II 4367.652 -0.860 PTP 20891.660 5.7 -6.42 9.9 -6.46
Ti II 4395.031 -0.540 PTP 8744.250 29.2 -6.49 45.2 -6.43
Ti II 4399.765 -1.190 PTP 9975.920 3.3 -6.94 17.2 -6.48
Ti II 4411.072 -0.670 PTP 24961.030 5.0 -6.45 10.1 -6.40
Ti II 4417.714 -1.190 PTP 9395.710 8.8 -6.51 16.4 -6.54
Ti II 4418.331 -1.970 PTP 9975.920 2.4 -6.31 3.5 -6.50
Ti II 4443.810 -0.720 PTP 8710.440 22.3 -6.50 37.1 -6.47
Ti II 4450.482 -1.520 PTP 8744.250 5.5 -6.45 11.5 -6.44
Ti II 4464.448 -1.810 PTP 9363.620 3.1 -6.40 6.8 -6.38
Ti II 4468.492 -0.620 NIST3 9118.260 25.6 -6.50 39.6 -6.50
Ti II 4488.325 -0.510 PTP 25192.710 7.0 -6.44 12.4 -6.44
Ti II 4501.270 -0.770 PTP 8997.710 23.0 -6.41 37.6 -6.39
Ti II 4805.085 -1.120 NIST3 16625.110 7.2 -6.28 14.5 -6.27
Ti II 4911.195 -0.610 PTP 25192.790 5.4 -6.45 10.7 -6.42
V II 3093.105 +0.530 K, NBS 3162.800 blend $\le$-9.14 noise ? $\le$-8.94
V II 3102.289 +0.410 K, NBS 2968.220 not obs $\le$-9.14 noise $\le$-8.94
V II 3110.695 +0.300 K, NBS 2808.720 blend $\le$-9.14 blend $\le$-8.94
V II 3113.376 +0.180 K, NBS 2687.010 not obs $\le$-9.14 not obs $\le$-8.94
V II 3125.276 +0.070 K, NBS 2604.820 blend $\le$-9.14 blend -8.94
Cr II 4812.337 -1.800 NIST3 31168.580 3.7 -6.21 not obs -
Cr II 4824.127 -0.970 SL 31219.350 26.4 -5.98 blend -
Cr II 4836.229 -2.000 SL 31117.390 3.9 -5.99 not obs -
Cr II 5237.329 -1.160 NIST3 32854.310 12.5 -6.16 1.5 -7.48
Cr II 5246.768 -2.460 NIST3 29951.880 1.2 -6.14 not obs -
Mn II 3441.988 -0.270 NIST3 14325.860 85.3 -4.92 (-5.00)b 74.5 -5.48 (-5.35)b
Mn II 3460.316 -0.540 NIST3 14593.820 74.5 -4.91 (-5.00) 60.2 -5.65 (-5.65)
Mn II 3482.905 -0.740 NIST3 14781.190 65.3 -4.98 (-5.00) 53.0 -5.70 (-5.65)
Mn II 3488.677 -0.860 NIST3 14901.180 65.7 -4.85 (-4.85) 52.5 -5.60 (-5.60)
Mn II 3495.833 -1.220 NIST3 14959.840 55.3 -4.85 (-4.85) 42.2 -5.65 (-5.65)
Mn II 3496.809 -1.690 NIST3 14781.190 38.1 -5.09 (-5.00) 27.0 -5.87 (-5.90)
Mn II 3497.526 -1.330 NIST3 14901.180 47.7 -5.05 (-4.90) 35.5 -5.84 (-5.85)
Mn II 3917.318 -1.169 K03Mn 55759.270 4.9 -5.61 (-5.65) 2.8 -6.09 (-6.17)
Mn II 4363.258 -1.929 K03Mn 44899.820 4.2 -5.49 (-5.58) 2.3 -6.03 (-6.15)
Mn II 4365.219 -1.339 K03Mn 44899.820 4.7 -5.59 (-5.63) 3.1 -6.02 (-6.07)
Mn II 4478.635 -0.942 K03Mn 53597.130 8.2 -5.68 (-5.63) 5.0 -6.16 (-6.15)
Fe I 3581.193 +0.406 FW06 6928.27 17.3 -3.67 19.2 -3.86
Fe I 3618.768 -0.003 FW06 7985.78 8.0 -3.73 10.3 -3.88
Fe I 4005.242 -0.610 FW06 12560.93 6.6 -3.59 6.4 -3.94
Fe I 4071.738 -0.022 FW06 12698.55 15.4 -3.71 17.0 -3.99
Fe I 4202.029 -0.708 FW06 11976.24 4.5 -3.71 5.7 -3.93
Fe I 4219.360 +0.000 FW06 28819.95 4.0 -3.55 4.4 -3.78
Fe I 4235.936 -0.341 FW06 19562.44 4.9 -3.62 5.9 -3.84
Fe I 4271.760 -0.164 FW06 11976.24 14.7 -3.66 16.4 -3.93
Fe I 4383.545 +0.200 FW06 11976.24 25.2 -3.67 27.6 -3.95
Fe I 4404.750 -0.142 FW06 12560.93 18.6 -3.51 18.0 -3.87
Fe I 4415.122 -0.615 FW06 12968.55 6.2 -3.61 8.0 -3.81
Fe I 5324.179 -0.103 FW06 25899.99 blend - 3.3 -3.98
Fe I 5364.871 +0.228 FW06 35856.40 2.4 -3.61 2.2 -3.92
Fe I 5369.962 +0.536 FW06 35257.32 5.0 -3.62 4.3 -3.95
Fe I 5410.910 +0.398 FW06 36079.37 2.6 -3.74 2.9 -3.94
Fe I 5424.068 +0.580 FW06 34843.95 blend - 5.0 -3.94
Fe I 5615.644 +0.050 FW06 26874.55 blend - 3.9 -3.99
Fe II 3906.035 -1.700 FW06 44929.55 42.8 -3.82 43.7 -4.02
Fe II 3914.503 -4.370 FW06 13473.41 18.1 -3.60 22.4 -3.80
Fe II 3935.962 -1.720 FW06 44915.05 43.3 -3.79 44.1 -3.99
Fe II 3938.290 -4.070 FW06 13471.41 37.1 -3.35 31.7 -3.83
Fe II 3945.210 -4.440 FW06 13673.18 14.7 -3.65 18.1 -3.85
Fe II 4122.668 -3.300 FW06 20830.58 33.4 -3.82 36.8 -4.03
Fe II 4128.748 -3.580 FW06 20830.58 23.6 -3.82 27.9 -4.00
Fe II 4178.862 -2.440 FW06 20830.58 58.3 -3.93 61.7 -4.11
Fe II 4258.154 -3.480 FW06 21812.05 26.6 -3.78 29.7 -3.99
Fe II 4273.326 -3.300 FW06 21812.05 32.6 -3.79 39.6 -3.90
Fe II 4296.572 -2.930 FW06 21812.05 44.5 -3.82 50.1 -3.95
Fe II 4303.176 -2.610 FW06 21812.05 57.6 -3.74 63.1 -3.86
Fe II 4369.411 -3.580 FW06 22409.85 21.5 -3.80 25.5 -3.98
Fe II 4413.601 -4.190 FW06 21581.64 10.4 -3.66 13.7 -3.81
Fe II 4416.830 -2.600 FW06 22409.85 56.7 -3.75 59.3 -3.96
Fe II 4491.405 -2.640 FW06 23031.30 49.8 -3.88 53.5 -4.06
Fe II 4508.288 -2.350 FW06 23031.30 66.2 -3.68 70.1 -3.84
Fe II 4515.339 -2.360 FW06 23939.36 57.8 -3.86 61.3 -4.04
Fe II 4520.224 -2.620 FW06 22637.21 54.4 -3.78 no spectra -
Fe II 4522.634 -1.990 FW06 22939.36 68.7 -3.97 no spectra -
Fe II 4923.927 -1.210 FW06 23317.63 100.8 -3.91 blend -
Fe II 4993.358 -3.680 FW06 22637.20 19.6 -3.74 23.2 -3.93
Fe II 5004.188 +0.482 K09 82853.66     47.6 -3.88
Fe II 5006.840 -0.281 K09 83713.53     20.4 -3.90
Fe II 5007.450 -0.382 K09 83726.37     16.4 -3.94
Fe II 5010.060 -0.808 K09 83726.37     10.1 -3.80
Fe II 5011.026 -1.177 K09 83726.37     3.6 -3.95
Fe II 5018.440 -1.350 FW06 23317.63 111.7 -3.57 116.7 -3.77
Fe II 5022.419 -0.052 K09 83459.67     23.6 -4.03
Fe II 5026.798 -0.235 K09 83136.46     22.0 -3.92
Fe II 5030.631 +0.431 FW06 82978.68 50.7 -3.69 43.2 -3.95
Fe II 5032.704 +0.143 K09 83812.30     30.9 -3.97
Fe II 5035.700 +0.630 FW06 82978.68 59.7 -3.64 51.6 -3.90
Fe II 5036.713 -0.527 K09 83812.30     13.0 -3.94
Fe II 5045.108 -0.116 K09 83136.46     26.8 -3.88
Fe II 5060.249 -0.479 K09 84266.54     12.7 -3.97
Fe II 5062.927 -1.166 K09 83136.46     7.0 -3.68
Fe II 5067.890 -0.173 K09 83308.19     22.4 -3.95
Fe II 5070.583 -0.865 K09 83308.19     6.6 -3.99
Fe II 5070.895 +0.262 K09 83136.46     37.9 -3.92
Fe II 5075.760 +0.233 K09 84326.92     33.3 -3.95
Fe II 5076.597 -0.749 K09 83713.53     8.8 -3.95
Fe II 5081.898 -0.689 K09 83713.53     8.3 -4.02
Fe II 5086.306 -0.472 K09 83990.06     14.7 -3.90
Fe II 5089.214 -0.014 K09 83308.19     27.0 -3.96
Fe II 5093.783 -0.703 K09 83726.37     12.7 -3.77
Fe II 5117.032 -0.129 K09 84131.58     22.0 -3.96
Fe II 5132.669 -4.090 FW06 22637.20 17.5 -3.40 14.0 -3.83
Fe II 5140.692 -0.822 K09 83990.06     9.9 -3.78
Fe II 5143.875 +0.054 K09 84266.54     21.6 -4.14
Fe II 5144.352 +0.307 FW06 84424.37 40.1 -3.73 32.8 -4.03
Fe II 5169.033 -0.870 FW06 23317.63 115.1 -4.01 121.0 -4.19
Fe II 5180.312 +0.002 K09 83812.30     26.9 -3.94
Fe II 5199.118 +0.054 K09 83713.53     30.3 -3.87
Fe II 5200.798 -0.390 K09 83812.30     17.4 -3.87
Fe II 5203.634 -0.088 K09 83812.30     25.9 -3.88
Fe II 5218.841 -0.250 K09 83726.37     23.6 -3.85
Fe II 5219.920 -0.628 K09 84870.86     10.3 -3.89
Fe II 5222.350 -0.332 K09 84844.82     15.0 -3.96
Fe II 5223.802 -0.546 K09 83713.53     14.6 -3.83
Fe II 5224.404 -0.581 K09 83990.06     12.5 -3.87
Fe II 5234.625 -2.210 FW06 25981.63 69.6 -3.54 71.0 -3.76
Fe II 5237.949 +0.103 K09 84266.54     29.8 -3.90
Fe II 5245.455 -0.502 K09 84326.92     13.6 -3.88
Fe II 5247.956 +0.550 FW06 84938.18 46.2 -3.74 39.7 -4.01
Fe II 5257.119 +0.115 K07 84685.20     26.7 -4.00
Fe II 5265.985 -0.936 K09 84035.12     9.3 -3.68
Fe II 5270.029 -0.097 K09 84710.70     18.0 -4.08
Fe II 5272.397 -2.010 FW06 48039.09 35.0 -3.51 35.4 -3.71
Fe II 5276.002 -1.900 FW06 25805.33 67.0 -3.93 71.7 -4.07
Fe II 5284.109 -3.200 FW06 23317.63 38.2 -3.63 40.6 -3.86
Fe II 5291.661 +0.561 K09 84527.76     42.8 -3.95
Fe II 5306.182 +0.044 FW06 84870.87 30.4 -3.70 26.7 -3.91
Fe II 5315.083 -0.422 K09 85048.61     13.2 -3.93
Fe II 5316.615 -1.780 FW06 25428.78 79.9 -3.71 81.9 -3.93
Fe II 5318.055 -0.177 K09 84527.76     22.3 -3.85
Fe II 5355.421 -0.203 K09 84685.20     13.2 -4.17
Fe II 5358.872 -0.130 K09 84685.20     14.8 -4.17
Fe II 5359.237 -1.112 K09 84710.70     7.2 -3.59
Fe II 5366.210 -0.549 K09 84710.70     16.4 -3.68
Fe II 5425.257 -3.390 FW06 25805.33 27.8 -3.59 30.2 -3.81
Fe II 5430.003 +0.427 FW06 85462.86     36.7 -3.92
Fe II 5444.386 -0.153 K09 85495.32     19.5 -3.90
Fe II 5451.316 -0.756 K09 84685.20     7.1 -3.95
Fe II 5465.932 +0.348 FW06 85679.70 42.3 -3.58 35.6 -3.86
Fe II 5472.855 -0.723 K09 84685.20     10.5 -3.77
Fe II 5475.826 -0.129 K09 84685.20     19.7 -3.96
Fe II 5488.776 -0.468 K09 85462.86     13.3 -3.84
Fe II 5492.398 -0.127 K09 84685.20     25.1 -3.78
Fe II 5493.830 +0.259 FW06 84685.20 37.7 -3.68 32.5 -3.93
Fe II 5502.670 -0.179 K09 85184.73     21.2 -3.83
Fe II 5534.847 -2.860 FW06 26170.18 50.5 -3.44 51.1 -3.70
Co II 3501.708 -1.111 K06 17771.506 not obs - not obs $\le$-8.02
Co II 4160.657 -1.751 K06 27484.371 blend - blend -
Ni II 4067.031 -1.834 K03Ni 32499.530 9.9 -6.24 9.8 -6.47
Cu II 4909.734 +0.790 K03Cu 115568.985 not obs - 3.1 -6.26
Cu II 4931.698 +0.704 K03Cu 115662.550 not obs - 2.7 -6.22
Zn I 4810.528 -0.137 K, WAR 32890.352 not obs - 5.1 -5.85
Zn II 4911.625 +0.540 NIST3 96909.740 not obs - 23.0 -5.76
Ga II 4255.722 +0.634 RS94 113842.190 not obs - not obs -
Ga II 6334.069 +1.000 RS94 102944.550 not obs - not obs -
As II 5105.58 - - 81508.925 not obs - 4.0 -
As II 5107.55 - - 82819.214 not obs - blend -
As II 5231.38 - - 79128.330 not obs - 3.2 -
As II 5331.23 - - 81508.925 not obs - 9.4 -
As II 5497.73 - - 78730.893 not obs - blend -
As II 5558.09 - - 79128.330 not obs - 9.4 -
As II 5651.32 - - 81508.925 not obs - 11.0 -
As II 6110.07 - - 83819.214 not obs - 3.3 -
As II 6170.27 - - 79128.330 not obs - blend -
Sr II 4077.709 +0.151 NIST3 0.000 not obs - not obs -
Y II 3950.349 -0.490 K,HL 840.213 profile -8.60 4.2 -8.20
Y II 4883.682 +0.070 K,HL 8743.316 profile -8.60 7.3 -8.03
Y II 4900.120 -0.090 K,HL 8328.041 profile -8.60 5.5 -8.04
Xe II 4844.330 +0.491 NIST3 93068.440 28.8 -5.23 17.5 -5.81
Hg II 3983.890 -1.510 NIST3 35514.000 profile -8.20 profile -7.10

a NIST3: NIST Atomic Spectra Database, version 3 at http://physics.nist.gov;
FW06: Fuhr & Wiese (2006);
PTP: Pickering et al. (2002);
RS94: Ryabchikova & Smirnov (1994);
SL: Sigut & Landstreet (1990);
K03Mn: http://kurucz.harvard.edu/atoms/2501/gf2501.pos;
K03Ni: http://kurucz.harvard.edu/atoms/2801/gf2801.pos;
K03Cu: http://kurucz.harvard.edu/atoms/2901/gf2901.pos;
K06: http://kurucz.harvard.edu/atoms/2701/gf2701.pos;
K07: http://kurucz.harvard.edu/atoms/2601/gf2601.pos, 2007 version, no longer available. The $\log~gf$ gives better agreement with the observations than the K09 new determination;
K09: http://kurucz.harvard.edu/atoms/2601/gf2601.pos, January 2009 version;
``K'' before another $\log~gf$ source means that the $\log~gf$ is from Kurucz files available at http://kurucz.harvard.edu/linelists/gf100/; (HL) Hannaford et al. (1982); (KP) Kurucz & Peytremann (1975); (MRB) Miller et al. (1971); (NBS) Younger et al. (1979); (WAR) Warner (1968).
b The abundances given in parenthesis were derived from line profiles. All computed line profiles include hyperfine components, except for that at 3917.318 $\AA$.


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