Table A.2: Abundances of the iron group elements.
Mult. $\lambda$(Å) $\log~gf$ Ref.a $\chi_{{\rm low}}$ W(mÅ) $\log(N_{Z})/N_{\rm tot}$) Notes
Sc II   $\log N$(Sc II)/ $N_{\rm tot}$ = -9.08 $\pm$ 0.15
3 3580.925 -0.070 K, MFW 0.00 2.02 -8.89  
2 3613.829 +0.520 K, MFW 177.76 5.81 -8.96  
2 3630.742 +0.340 K, MFW 67.76 4.28 -8.94  
2 3642.784 +0.180 K, MFW 0.00 2.73 -8.99  
7 4246.822 +0.320 K, MFW 2540.95 4.44 -9.37  
15 4314.083 -0.100 K, MFW 4987.79 1.96 -9.17  
14 4374.457 -0.440 K, MFW 4987.79 1.07 -9.10  
31 5526.790 +0.130 K, MFW 14261.32 0.86 -9.19  
Ti II   $\log N$(Ti II)/ $N_{\rm tot}$ = -5.67 $\pm$ 0.11
5 3072.107 -0.620 PTP 225.73 61.34 -5.43  
4 3121.598 -2.360 PTP 0.00 16.36 -5.51  
4 3130.798 -1.190 PTP 94.10 44.49 -5.54  
10 3145.396 -2.600 PTP 983.89 7.31 -5.69  
4 3157.393 -2.170 PTP 94.10 18.33 -5.61  
10 3161.201 -0.690 PTP 908.02 54.92 -5.57  
10 3161.769 -0.550 PTP 983.89 59.71 -5.52  
10 3162.566 -0.380 PTP 1087.32 60.63 -5.65  
10 3168.518 -0.200 PTP 1215.84 66.26 -5.61  
3 3214.767 -1.400 PTP 393.44 38.79 -5.53  
2 3222.841 -0.420 PTP 94.10 63.99 -5.55  
3 3226.769 -1.840 PTP 225.73 26.00 -5.61  
2 3234.514 +0.430 PTP 393.44 86.84 -5.67  
23 3236.119 -0.430 PTP 8710.44 48.44 -5.53  
2 3236.572 +0.240 PTP 225.73 79.21 -5.70  
2 3239.036 +0.070 PTP 94.10 76.96 -5.60  
23 3239.661 -0.200 PTP 8744.25 76.96 -5.53  
2 3241.983 -0.030 PTP 0.00 76.81 -5.51  
23 3249.366 -1.360 PTP 8710.44 24.74 -5.57  
2 3251.908 -0.590 PTP 94.10 59.53 -5.55  
2 3254.245 -0.560 PTP 393.44 58.86 -5.58  
7 3308.803 -1.140 PTP 1087.32 41.01 -5.64  
7 3318.023 -1.040 PTP 983.89 46.15 -5.55  
7 3343.761 -1.150 PTP 1215.84 40.92 -5.63  
7 3346.741 -1.060 PTP 1087.42 45.59 -5.54  
1 3361.212 +0.430 PTP 225.73 84.33 -5.69  
1 3372.793 +0.280 PTP 94.10 79.51 -5.69  
1 3380.279 -0.570 K, MFW 393.44 61.97 -5.44  
1 3383.759 +0.160 PTP 0.00 87.01 -5.36  
6 3477.180 -0.960 PTP 983.89 46.13 -5.61  
6 3489.736 -1.980 PTP 1087.32 17.60 -5.71  
6 3500.330 -2.100 PTP 983.89 18.55 -5.56  
15 3561.575 -1.940 PTP 4268.58 11.65 -5.81  
15 3573.731 -1.490 PTP 4628.58 24.62 -5.66  
15 3587.131 -1.590 PTP 4897.65 22.00 -5.65  
15 3596.047 -1.030 PTP 4897.65 37.79 -5.58  
34 3900.539 -0.200 PTP 9118.26 76.60 -5.96  
34 3913.461 -0.420 PTP 8997.71 77.23 -5.73  
11 4012.383 -1.840 PTP 4628.58 41.10 -5.67  
87 4053.821 -1.130 PTP 15265.62 40.03 -5.76  
21 4161.529 -2.360 K, MFW 8744.25 17.44 -5.55  
105 4163.644 -0.130 PTP 20891.66 62.40 -5.77  
20 4287.873 -1.790 PTP 8710.44 27.82 -5.82  
41 4290.215 -0.850 PTP 9395.71 65.27 -5.71  
20 4294.094 -0.930 PTP 8744.25 63.27 -5.72  
41 4300.042 -0.440 PTP 9518.06 78.06 -5.74  
41 4301.922 -1.150 PTP 9363.62 54.33 -5.73  
41 4312.860 -1.100 PTP 9518.05 57.56 -5.68  
41 4314.971 -1.100 PTP 9363.62 55.37 -5.75  
41 4320.950 -1.800 PTP 9395.71 24.78 -5.85  
104 4367.652 -0.860 PTP 20 891.66 35.88 -5.80  
93 4374.816 -1.610 PTP 16 625.11 21.38 -5.70  
104 4386.847 -0.960 PTP 20 951.62 31.82 -5.80  
51 4394.059 -1.780 PTP 9850.90 30.58 -5.69  
19 4395.031 -0.540 PTP 8744.25 79.02 -5.64  
51 4399.765 -1.190 PTP 9975.92 54.35 -5.66  
115 4411.072 -0.670 PTP 24 961.03 31.84 -5.84  
40 4417.714 -1.190 PTP 9395.71 55.39 -5.66  
51 4418.331 -1.970 PTP 9395.71 19.61 -5.80  
40 4441.729 -2.330 PTP 9518.06 11.70 -5.76  
19 4443.801 -0.720 PTP 8710.44 72.95 -5.65  
19 4450.482 -1.520 PTP 8744.25 42.66 -5.72  
40 4464.448 -1.810 PTP 9363.62 28.90 -5.74  
31 4468.492 -0.600 K, MFW 9118.26 75.93 -5.65  
115 4488.325 -0.510 PTP 25 192.79 37.27 -5.84  
31 4501.270 -0.770 PTP 8997.71 71.44 -5.63  
50 4533.960 -0.530 PTP 9975.92 77.23 -5.64  
60 4544.016 -2.580 PTP 10 024.73 6.49 -5.77  
50 4563.757 -0.690 PTP 9850.90 68.15 -5.76  
82 4571.971 -0.320 PTP 12 676.97 81.77 -5.56  
59 4657.206 -2.240 PTP 10 024.73 12.39 -5.79  
49 4708.662 -2.340 PTP 9975.92 10.08 -5.80  
92 4779.985 -1.370 K, MFW 16 515.86 32.07 -5.65  
17 4798.532 -2.680 PTP 8710.44 7.48 -5.69  
92 4805.085 -1.100 K, MFW 16 625.11 45.57 -5.57  
114 4911.195 -0.610 PTP 25 192.79 36.40 -5.76  
113 5069.092 -1.820 PTP 25 192.79 5.75 -5.66  
113 5072.287 -1.060 PTP 25 192.79 20.15 -5.75  
- 5154.070 -1.750 PTP 12 628.73 22.57 -5.77  
86 5185.902 -1.490 PTP 15 265.62 32.05 -5.61  
- 5188.687 -1.050 PTP 12 758.11 50.88 -5.72  
- 5226.538 -1.260 PTP 12 628.73 44.34 -5.69  
103 5268.615 -1.620 K, MFW 20 951.62 11.80 -5.76  
- 5336.786 -1.590 PTP 12 758.11 29.32 -5.73  
- 5381.021 -1.920 PTP 12 628.73 16.59 -5.78  
Cr I   $\log N$(Cr I)/ $N_{\rm tot}$ = -5.22 $\pm$ 0.09  
4 3578.686 +0.409 K, MFW 0.00 6.26 -5.17  
4 3593.485 +0.307 K, MFW 0.00 4.52 -5.24  
4 3605.329 +0.197 K, MFW 0.00 4.41 -5.14  
1 4254.336 -0.114 K, MFW 0.00 6.40 -5.27  
1 4274.797 -0.231 K, MFW 0.00 4.23 -5.35  
1 4289.717 -0.361 K, MFW 0.00 3.28 -5.34  
7 5204.511 -0.208 K, MFW 7593.15 2.54 -5.16  
7 5206.037 +0.019 K, MFW 7593.15 4.93 -5.08  
7 5208.425 +0.158 K, MFW 7593.15 4.62 -5.25  
Cr II   $\log N$(Cr II)/ $N_{\rm tot}$ = -5.41 $\pm$ 0.07  
5 3118.646 -0.000 K, MFW 19 528.25 74.61 -5.38  
5 3120.359 +0.120 K, MFW 19 631.17 78.48 -5.38  
54 3122.596 -0.110 K, MFW 33 694.15 49.42 -5.25  
39 4539.595 -2.280 SL 32 603.40 13.96 -5.42  
44 4558.650 -0.410 SL 32 854.31 79.21 -5.34  
39 4565.770 -1.860 SL 32 603.40 27.00 -5.43  
- 4587.264 -1.648 K, MFW 52 321.01 3.77 -5.53  
44 4588.199 -0.643 K, MFW 32 836.68 71.39 -5.35  
44 4592.049 -1.217 K, MFW 32 854.95 44.53 -5.58  
44 4616.629 -1.291 K, MFW 32 844.76 44.28 -5.51  
44 4618.803 -0.860 SL 32 854.95 64.13 -5.35  
44 4634.070 -0.990 SL 32 844.76 57.91 -5.41  
- 4697.598 -1.882 K, MFW 45 730.58 6.36 -5.44  
30 4812.337 -1.995 K, K88 31 168.58 24.44 -5.44  
30 4824.127 -0.970 SL 31 219.35 65.81 -5.28  
30 4836.229 -2.000 SL 31 117.39 25.57 -5.38  
43 5237.329 -1.160 K, MFW 32 854.31 53.12 -5.38  
23 5246.768 -2.450 K, MFW 29 951.88 14.55 -5.39  
43 5279.880 -2.100 K, MFW 32 854.31 21.07 -5.33  
24 5305.860 -2.080 K, MFW 30 864.76 24.27 -5.38  
43 5308.440 -1.810 K, MFW 32 836.68 24.04 -5.53  
43 5310.700 -2.280 K, MFW 32 844.76 14.54 -5.38  
43 5313.590 -1.650 K, MFW 32 854.95 34.42 -5.40  
23 5420.922 -2.360 K, MFW 30 307.44 13.80 -5.48  
50 5502.067 -1.990 K, MFW 33 618.94 20.73 -5.40  
50 5508.606 -2.110 K, MFW 33 521.11 16.35 -5.43  
105 6053.466 -2.160 K, MFW 38 269.59 8.21 -5.44  
Mn I   $\log N$(Mn I)/ $N_{\rm tot}$ = -4.20 $\pm$ 0.08  
8 3577.868 +0.160 K, MFW 17 052.29 6.54 -4.29  
8 3595.107 -0.860 K, MFW 17 451.52 0.75 -4.27  
8 3607.526 -0.440 K, MFW 17 282.00 2.21 -4.21  
8 3608.481 -0.370 K, MFW 17 451.52 3.18 -4.09  
5 4018.100 -0.309 K, MFW 17 052.29 12.27 -4.18  
2 4030.753 -0.470 K, MFW 0.00 40.68 -4.18 (W, log(N/ $N_{\rm tot}$) $_{{\rm JDA}}$) = (41.0,-4.35)b
2 4034.483 -0.811 K, MFW 0.00 23.85 -4.32 (W, log(N/ $N_{\rm tot}$) $_{{\rm JDA}}$) = (23.0,-4.50)b
5 4041.355 +0.258 K, MFW 17 052.29 36.24 -4.02  
5 4055.544 -0.070 K, MFW 17 282.00 17.59 -4.20  
5 4070.278 -0.950 K, MFW 17 637.15 2.81 -4.22  
5 4082.939 -0.354 K, MFW 17 568.48 10.33 -4.20  
22 4453.012 -0.490 K, MFW 23 719.52 3.39 -4.24  
28 4457.044 -0.555 K, MFW 24 788.05 1.66 -4.43  
28 4458.254 +0.042 K, MFW 24 788.05 7.42 -4.33  
28 4461.079 -0.380 K, MFW 24 802.25 4.22 -4.18  
28 4462.031 +0.320 K, MFW 24 802.25 14.74 -4.25  
22 4464.682 -0.104 K, MFW 23 549.20 6.79 -4.31  
- 4479.393 +0.010 K, MFW 41 230.30 1.74 -3.99  
22 4490.080 -0.522 K, MFW 23 818.87 3.30 -4.21  
22 4502.213 -0.345 K, MFW 23 549.20 4.60 -4.26  
- 4626.530 +0.210 K, MFW 38 008.70 4.76 -3.92  
21 4727.461 -0.470 K, MFW 23 549.20 3.96 -4.20  
21 4739.110 -0.490 K, MFW 23 719.52 3.46 -4.23  
21 4762.367 +0.425 K, MFW 23 296.67 20.45 -4.24  
21 4765.846 -0.080 K, MFW 23 719.52 9.77 -4.14  
21 4766.418 +0.100 K, MFW 23 549.20 13.73 -4.14  
16 4783.427 +0.042 K, MFW 18 531.64 21.56 -4.12  
16 4823.524 +0.144 K, MFW 18 705.37 23.71 -4.14  
27 6013.480 -0.251 K, MFW 25 779.32 5.92 -4.13  
27 6021.790 +0.034 K, MFW 24 802.25 9.24 -4.19  
Mn II   $\log N$(Mn II)/ $N_{\rm tot}$ = -4.25 $\pm$ 0.04  
3 3441.988 -0.272 K, MFW 14 325.86 176.9 -4.27  
3 3460.316 -0.542 K, MFW 14 593.82 140.3 -4.25  
3 3482.905 -0.740 K, MFW 14 781.19 117.2 -4.28  
3 3488.677 -0.864 K, MFW 14 910.18 108.8 -4.26  
3 3495.833 -1.218 K, MFW 14 959.84 92.87 -4.15  
3 3496.809 -1.687 K, MFW 14 781.19 69.99 -4.27  
3 3497.526 -1.330 K, MFW 14 901.18 82.89 -4.26  
The Mn II lines used by Jomaron et al. (1999) (JDA)  
- 3917.318 -1.147 K, K88 55 759.27 39.59 -4.55 (W, log(N/ $N_{\rm tot}$) $_{{\rm JDA}}$) = (43.5,-4.52)b
- 4363.258 -1.909 K, K88 44 899.82 39.35 -4.43 (W, log(N/ $N_{\rm tot}$) $_{{\rm JDA}}$) = (37.5,-4.54)b
- 4365.219 -1.350 K, K88 53 017.16 40.60 -4.46 (W, log(N/ $N_{\rm tot}$) $_{{\rm JDA}}$) = (40.5,-4.59)b
- 4478.635 -0.950 K, K88 53 597.13 54.37 -4.39 (W, log(N/ $N_{\rm tot}$) $_{{\rm JDA}}$) = (55.0,-4.66)b
Fe I   $\log N$(Fe I)/ $N_{\rm tot}$ = -4.78 $\pm$ 0.08
23 3581.193 +0.406 K, FMW 6928.27 6.90 -4.84  
23 3618.768 +0.000 K, FMW 7985.78 2.06 -4.97  
43 4005.242 -0.610 K, FMW 12 560.93 1.96 -4.75  
43 4045.812 +0.280 K, FMW 11 976.24 12.67 -4.78  
43 4071.738 -0.022 K, FMW 12 698.55 6.26 -4.78  
42 4202.029 -0.708 K, FMW 11 976.24 1.94 -4.70  
419 4219.360 +0.120 K, FMW 28 819.95 1.02 -4.81  
152 4235.936 -0.341 K, FMW 19 562.44 1.12 -4.86  
42 4271.760 -0.164 K, FMW 11 976.24 6.74 -4.67  
41 4383.545 +0.200 K, FMW 11 976.24 12.06 -4.74  
41 4404.750 -0.142 K, FMW 12 560.93 6.09 -4.71  
41 4415.122 -0.615 K, FMW 12 968.55 2.00 -4.72  
Fe II   $\log N$(Fe II)/ $N_{\rm tot}$ = -4.84 $\pm$ 0.13
173 3906.035 -1.830 K, FMW 44 929.55 15.01 -4.80  
3 3914.503 -4.050 K, FMW 13 473.41 4.38 -5.04  
173 3935.962 -1.860 K, FMW 44 915.05 16.00 -4.73  
3 3938.290 -3.890 K, FMW 13 471.41 8.55 -4.88  
3 3945.210 -4.250 K, FMW 13 673.18 3.84 -4.89  
28 4122.668 -3.380 K, FMW 20 830.58 10.98 -4.83  
27 4128.748 -3.770 K, FMW 20 830.58 6.90 -4.67  
28 4178.862 -2.480 K, FMW 20 830.58 34.36 -4.96  
28 4258.154 -3.400 K, FMW 21 812.05 7.57 -4.94  
27 4273.326 -3.258 K, FMW 21 812.05 10.74 -4.90  
28 4296.572 -3.010 K, FMW 21 812.05 19.75 -4.80  
27 4303.176 -2.490 K, FMW 21 812.05 34.78 -4.88  
28 4369.411 -3.670 K, FMW 22 409.85 5.04 -4.83  
27 4385.387 -2.570 K, FMW 22 409.85 24.50 -5.06  
32 4413.601 -3.870 K, FMW 21 581.64 2.06 -5.09  
27 4416.830 -2.600 K, FMW 22 409.85 30.13 -4.86  
37 4491.405 -2.700 K, FMW 23 031.30 24.60 -4.88  
38 4508.288 -2.210 K, FMW 23 031.30 37.25 -5.01  
37 4515.339 -2.480 K, FMW 23 939.36 31.54 -4.85  
37 4520.224 -2.600 K, FMW 22 637.21 29.09 -4.88  
38 4522.634 -2.030 K, FMW 22 939.36 44.78 -4.98  
38 4541.524 -3.050 K, FMW 23 031.30 17.41 -4.76  
186 4549.192 -1.870 K, FMW 47 674.72 15.09 -4.57  
38 4549.474 -1.750 K, FMW 22 810.36 53.65 -5.01  
37 4555.893 -2.290 K, FMW 22 810.36 34.65 -5.02  
38 4576.340 -3.040 K, FMW 22 939.36 18.15 -4.75  
37 4582.835 -3.100 K, FMW 22 939.36 12.89 -4.89  
38 4583.837 -2.020 K, FMW 22 637.21 55.43 -4.69  
38 4620.521 -3.280 K, FMW 22 810.36 10.08 -4.85  
186 4635.316 -1.650 K, FMW 47 674.72 18.70 -4.65  
43 4656.981 -3.630 K, FMW 23 317.63 5.90 -4.74  
37 4666.758 -3.330 K, FMW 22 810.36 9.50 -4.83  
25 4670.182 -4.100 K, FMW 20 830.58 2.12 -4.89  
43 4731.453 -3.360 K, FMW 23 317.63 13.19 -4.59  
42 4923.927 -1.320 K, FMW 23 317.63 75.84 -4.73  
36 4993.358 -3.650 K, FMW 22 637.20 4.71 -4.86  
42 5018.440 -1.220 K, FMW 23 317.63 83.50 -4.64  
35 5132.669 -4.180 K, FMW 22 637.20 2.35 -4.65  
42 5169.033 -0.870 K, FMW 23 317.63 88.23 -4.86  
49 5197.577 -2.100 K, FMW 26 055.42 36.50 -4.93  
49 5234.625 -2.050 K, FMW 25 981.63 37.62 -4.95  
- 5247.952 +0.630 K, FMW 84 938.18 11.82 -5.02  
185 5272.397 -2.030 K, FMW 48 039.09 9.61 -4.60  
49 5276.002 -1.940 K, FMW 25 805.33 39.99 -5.00  
41 5284.109 -3.190 K, FMW 23 317.63 13.28 -4.74  
49 5316.615 -1.850 K, FMW 25 428.78 47.28 -4.90  
49 5425.257 -3.360 K, FMW 25 805.33 3.74 -5.05  
- 5506.195 +0.950 K, FMW 84 863.35 21.48 -4.90  
55 5534.847 -2.930 K, FMW 26 170.18 16.85 -4.68  
- 5961.705 +0.699 K, FMW 86 124.30 13.10 -4.88  
46 6084.110 -3.980 K, FMW 25 805.33 1.95 -4.70  
74 6149.258 -2.724 K, K88 31 368.45 10.38 -4.81  
- 6383.722 -2.271 K, FMW 44 784.76 3.01 -5.05  
74 6416.919 -2.850 K, FMW 31 387.95 8.55 -4.78  
74 6456.383 -2.300 K, FMW 31 483.176 25.58 -4.64  
Ni II   $\log N$(Ni II)/ $N_{\rm tot}$ = -6.09 $\pm$ 0.16
1 3274.916 -2.805 K03 23 108.28 2.20 -6.03  
5 3290.534 -2.755 K03 25 036.38 1.67 -6.08  
1 3290.683 -3.016 K03 23 796.18 2.28 -5.76  
1 3350.419 -2.355 K03 23 796.18 5.77 -5.94  
1 3373.969 -2.006 K03 23 108.28 10.27 -5.99  
4 3401.766 -2.682 K03 24 788.20 1.58 -6.17  
4 3407.300 -1.855 K03 24 835.93 9.51 -6.07  
1 3454.164 -2.146 K03 23 796.18 6.73 -6.04  
4 3471.386 -1.902 K03 24 835.93 8.71 -6.06  
1 3513.987 -1.507 K03 23 108.28 19.35 -5.97  
4 3576.764 -1.676 K03 24 788.20 11.65 -6.08  
12 4015.474 -2.410 K03 32 523.54 3.79 -6.35  
11 4067.031 -1.834 K03 32 499.53 10.74 -6.41  
10 4192.065 -3.270 K03 32 523.54 1.12 -6.04  
9 4244.779 -3.095 K03 32 523.54 0.89 -6.31  
a "K'' before another $\log~gf$ source means that the $\log~gf$ is from Kurucz files available at http://kurucz.harvard.edu/linelists/gf100
(FMW) Fuhr et al. (1988); (K88) Kurucz (1988); (K03) Kurucz (2003); (MFW) Martin et al. (1988); (PTP) Pickering et al. (2002); (SL) Sigut & Landstreet (1990).
b Equivalent widths W and abundances from Jomaron et al. (1999) (JDA).


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