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Table A.1

Abundances of HD 71066 from the ATLAS12 model with parameters Teff = 12 000 K, log    g = 4.1.

HD 71 066[12000, 4.1, AT12]
Species λ(Å) log    gf Ref.a χlow W(mÅ) log (NZ)/Ntot) Notes
He ia 4026.209  −0.374 NIST4 169 087.008 profile  −2.28 the core is computed too strong
He i 4471.502  +0.043 NIST4 169 087.008 profile  −2.28 the core is computed too strong
He i 5875.661  +0.739 NIST4 169 086.964 profile  −2.50 the core is computed too strong
He i 6678.151  +0.328 NIST4 171 135.00 profile  −2.50
Be ii 3130.420  −0.178 NIST4 0.00 profile  −10.80
C ii 3918.968  −0.533 NIST4 131 724.370 profile  −3.90 observed at 3918.92 Å
C ii 4267.001  +0.563 NIST4 145 549.270 profile  −3.90 observed at 4267.10 Å
C ii 4267.261  +0.716 NIST4 145 550.700 profile  −3.90
C ii 4267.261  −0.584 NIST4 145 550.700 profile  −3.90
C ii 6578.052  −0.021 NIST4 116 537.65 profile  −3.90
C ii 7236.420  +0.294 NIST4 131 735.52 profile  −3.90 observed at 7236.35 Å
N i 8680.282  +0.359 NIST4 83 364.620 not obs  ≤  −5.50
N i 8683.403  +0.105 NIST4 88 317.830 not obs  ≤  −5.50
O i 4368.193  −2.665 NIST4 76 794.978 profile  −3.70
O i 4368.242  −1.964 NIST4 76 794.978 profile  −3.70
O i 4368.258  −2.186 NIST4 76 794.978 profile  −3.70
O i 5329.096  −1.938 NIST4 86 625.757 profile  −3.67:
O i 5329.099  −1.586 NIST4 86 625.757 profile  −3.67:
O i 5329.107  −1.695 NIST4 86 625.757 profile  −3.67:
O i 6155.961  −1.363 NIST4 86 625.757 profile  −3.57
O i 6155.971  −1.011 NIST4 86 625.757 profile  −3.57
O i 6155.989  −1.120 NIST4 86 625.757 profile  −3.57
O i 6156.737  −1.487 NIST4 86 627.778 profile  −3.57
O i 6156.755  −0.898 NIST4 86 627.778 profile  −3.57
O i 6156.778  −0.694 NIST4 86 627.778 profile  −3.57
O i 6454.444  −1.066 NIST4 86 627.778 profile  −3.57
O i 6455.977  −0.920 NIST4 86 631.454 profile  −3.60
O i 7002.173  −2.644 NIST4 88 631.146 profile  −3.58
O i 7002.196  −1.489 NIST4 88 631.146 profile  −3.58
O i 7002.230  −0.741 NIST4 88 631.146 profile  −3.58
O i 7002.250  −1.364 NIST4 88 631.303 profile  −3.58
Ne i 6402.248  +0.345 NIST4 13 4041.840 not obs  ≤  −5.70
Ne i 7032.413  −0.249 NIST4 13 4041.840 not obs  ≤  −5.70
Na i 5889.950  +0.108 NIST4 0.00 38.2  −5.42
Na i 5895.924  −0.194 NIST4 0.00 19.3  −5.62
Mg i 5167.321  −0.870 NIST4 21 850.405 1.30  −5.36
Mg i 5172.684  −0.393 NIST4 21 870.464 4.60  −5.27
Mg ii 4481.126  +0.749 NIST4 71 490.190 profile  −5.40
Mg ii 4481.150  −0.553 NIST4 71 490.190 profile  −5.40
Mg ii 4481.325  +0.594 NIST4 71 491.063 profile  −5.40
Al i 3944.006  −0.638 NIST4 0.000 not obs  ≤  −7.30
Al i 3961.520  −0.336 NIST4 112.061 not obs  ≤  −7.30
Al ii 7056.712  +0.110 NIST4 91 274.500 not obs  ≤  −7.30
Si ii 3853.665  −1.341 NIST4 55 309.350 66.7  −4.81
Si ii 3856.018  −0.406 NIST4 55 325.180 113.7  −4.91
Si ii 3862.595  −0.757 NIST4 55 309.350 101.4  −4.74
Si ii 4072.709  −2.701 NIST4 79 338.500 2.3  −4.32
Si ii 4075.452  −1.400 NIST4 79 355.020 16.37  −4.65
Si ii 4190.724  −0.351 LA 108 820.600 8.35  −4.58
Si ii 4198.133  −0.611 LA 108 778.700 5.98  −4.48
Si ii 5041.024  +0.029 NIST4 81 191.340 82.89  −4.35
Si ii 5055.984  +0.523 NIST4 81 251.320 100.6  −4.60
Si ii 5056.317  −0.492 NIST4 81 251.320 46.08  −4.48
Si ii 5957.559  −0.225 NIST4 81 191.340 44.44  −4.57
Si ii 5978.930  +0.084 NIST4 81 251.320 56.53  −4.62
Si ii 7849.722  +0.470 NIST4 101 024.350 10.65  −4.94
P ii 4044.576  +0.481 K,MRB 107 360.250 18.35  −5.04
P ii 4127.559  −0.110 K,KP 103 667.860 8.01  −5.13
P ii 4288.606  −0.630 K,MRB 101 635.690 2.10  −5.34
P ii 4420.712  −0.329 NIST4 88 893.220 15.97  −5.12
P ii 4452.472  −0.194 K,MRB 105 302.170 6.30  −5.00
P ii 4463.027  +0.026 K,MRB 105 549.670 8.67  −5.04
P ii 4466.140  −0.560 NIST4 105 549.670 1.83  −5.24
P ii 4475.270  +0.440 NIST4 105 549.670 13.15  −5.20
P ii 5296.077  −0.160 NIST4 87 124.600 22.90  −4.86
P ii 5344.729  −0.390 NIST4 86 597.550 15.49  −4.99
P ii 5425.880  +0.180 NIST4 87 124.600 31.31  −4.92
P ii 6034.039  −0.220 NIST4 86 597.550 16.81  −4.95
P ii 6043.084  +0.416 NIST4 87 124.600 32.87  −4.94
P iii 4222.198  +0.210 NIST4 117 835.950 4.99  −5.13
S ii 4153.068  +0.617 NIST4 128 233.200 2.98  −5.66
S ii 4162.665  +0.777 NIST4 128 599.160 2.67  −5.87
Ca i 4226.728  +0.244 NIST4 0.000 profile  −5.68
Ca ii 3158.869  +0.27 NIST4 25 191.51 29.96  −6.60
Ca ii 3179.331  +0.52 NIST4 25 414.40 32.47  −6.73
Ca ii 3181.275  −0.45 NIST4 25 414.40 15.90  −6.45
Ca ii 3933.663  +0.135 NIST4 0.000 profile  −6.33
Ca ii 3968.469  −0.18 NIST4 0.000 profile  −6.90
Ca ii 8498.023  −1.45 GAL 13 650.19 profile  −6.33 Δλ = +0.16
Ca ii 8542.091  −0.50 GAL 13 710.88 profile  −6.33 Δλ = +0.16
Ca ii 8662.142  −0.76 GAL 13 650.19 profile  −6.33 Δλ = +0.16
Sc ii 4246.822  +0.242 NIST4 2540.950 not obs  ≤  −10.5
Sc ii 4314.083  −0.100 NIST4 4987.790 not obs  ≤  −10.5
Ti ii 4163.644  −0.130 PTP 20 891.660 40.17  −6.45
Ti ii 4287.873  −1.790 PTP 8710.440 9.09  −6.51
Ti ii 4290.215  −0.850 PTP 9395.710 37.88  −6.51
Ti ii 4294.094  −0.930 PTP 9744.250 40.01  −6.41
Ti ii 4300.042  −0.440 PTP 9518.060 57.29  −6.39
Ti ii 4301.922  −1.150 PTP 9363.620 24.83  −6.55
Ti ii 4367.652  −0.860 PTP 20 891.660 12.52  −6.53
Ti ii 4395.031  −0.540 PTP 8744.250 55.79  −6.38
Ti ii 4399.765  −1.190 PTP 9975.920 24.64  −6.94
Ti ii 4411.072  −0.670 PTP 24 961.030 13.25  −6.48
Ti ii 4417.714  −1.190 PTP 9395.710 24.69  −6.44
Ti ii 4443.810  −0.720 PTP 8710.440 49.85  −6.37
Ti ii 4464.448  −1.810 PTP 9363.620 9.85  −6.42
Ti ii 4468.492  −0.620 NIST4 9118.260 51.86  −6.41
Ti ii 4488.325  −0.510 PTP 25 192.710 16.92  −6.46
Ti ii 4805.085  −1.120 NIST4 16 625.110 18.79  −6.31
Ti ii 4911.195  −0.610 PTP 25 192.790 14.40  −6.44
V ii 3093.105  +0.559 K10V 3162.800 not obs  ≤  −10.0
V ii 3102.294  +0.434 K10V 2968.220 not obs  ≤  −10.0
Cr ii 4812.337  −1.997 K10Cr 31168.580 6.07  −6.22
Cr ii 4824.127  −0.980 K10Cr 31219.350 39.36  −6.06
Cr ii 4836.229  −1.963 K10Cr 31117.390 7.39  −6.16
Cr ii 5237.329  −1.160 NIST4 32854.310 22.48  −6.24
Cr ii 5246.768  −2.460 NIST4 29951.880 2.93  −6.17
Mn ii 3917.318  −1.135 K09Mn 55759.270 profile  −5.93
Mn ii 4363.255b  −1.887 K09Mn 44899.820 profile  −5.93
Mn ii 4365.217b  −1.344 K09Mn 44899.820 profile  −5.93
Mn ii 4478.637b  −0.945 K09Mn 53597.130 profile  −5.93
Mn ii 4806.823  −1.571 K09Mn 43696.120 profile  −6.03
Fe i 3581.193  +0.406 FW06 6928.27 28.28  −3.68
Fe i 3618.768  −0.003 FW06 7985.78 15.49  −3.88
Fe i 4005.242  −0.610 FW06 12 560.93 14.40  −3.87
Fe i 4071.738  −0.022 FW06 12 698.55 31.00  −3.91
Fe i 4202.029  −0.708 FW06 11 976.24 13.44  −3.85
Fe i 4219.360  +0.000 FW06 28 819.95 7.80  −3.82
Fe i 4235.936  −0.341 FW06 19 562.44 12.27  −3.81
Fe i 4271.760  −0.164 FW06 11 976.24 30.68  −3.84
Fe i 4383.545  +0.200 FW06 11 976.24 43.10  −3.85
Fe i 4404.750  −0.142 FW06 12560.93 29.22  −3.87
Fe i 4415.122  −0.615 FW06 12968.55 14.49  −3.84
Fe i 5364.871  +0.228 FW06 35856.40 3.77  −3.96
Fe ii 4128.748  −3.580 FW06 20830.58 31.85  −3.92
Fe ii 4178.862  −2.440 FW06 20830.58 67.36  −3.96
Fe ii 4273.326  −3.300 FW06 21812.05 41.90  −3.86
Fe ii 4296.572  −2.930 FW06 21812.05 54.16  −3.85
Fe ii 4369.411  −3.580 FW06 22409.85 27.75  −3.93
Fe ii 4413.601  −4.190 FW06 21581.64 15.83  −3.75
Fe ii 4416.830  −2.600 FW06 22409.85 64.47  −3.83
Fe ii 4491.405  −2.640 FW06 23031.30 57.57  −3.96
Fe ii 4508.288  −2.350 FW06 23031.30 73.82  −3.76
Fe ii 4515.339  −2.360 FW06 23939.36 65.01  −3.94
Fe ii 4913.295  +0.016 J07 82978.71 33.22  −3.77
Fe ii 4993.358  −3.680 FW06 22637.20 26.98  −3.83
Fe ii 5001.953  +0.933 J07 82853.65 65.38  −3.85
Fe ii 5030.631  +0.431 FW06 82978.68 44.23  −3.87
Fe ii 5035.700  +0.630 FW06 82978.68 52.34  −3.84
Fe ii 5144.352  +0.307 FW06 84424.37 23.98  −4.24
Fe ii 5247.956  +0.550 FW06 84938.18 41.29  −3.88
Fe ii 5260.254  +1.090 J07 84863.38 65.44  −3.84
Fe ii 5276.002  −1.900 FW06 25805.33 76.52  −3.95
Fe ii 5339.592  +0.568 J07 84296.87 44.50  −3.85
Fe ii 5414.852  −0.258 J07 84863.38 20.80  −3.72
Fe ii 5425.257  −3.390 FW06 25805.33 36.19  −3.64
Fe ii 5465.932  +0.348 FW06 85679.70 38.16  −3.70
Fe ii 5493.830  +0.259 FW06 84685.20 33.73  −3.80
Fe ii 5506.199  +0.923 J07 84863.38 53.95  −3.89
Fe ii 5510.783  +0.043 J07 85184.77 27.35  −3.76
Co ii 4160.657  −1.751 K06Co 27484.371 blend  ≤  −7.88
Ni ii 4067.031  −1.834 K03Ni 32499.530 blend  ≤  −7.90
Cu ii 4909.734  +0.790 K03Cu 115568.985 not obs  ≤  −7.8
Zn ii 4911.625  +0.540 NIST4 96909.740 not obs  ≤  −7.94
As ii 4466.348
As ii 4494.230
As ii 5105.58 81508.925 3.74
As ii 5231.38 79128.330 3.16
As ii 5331.23 81508.925 7.07
As ii 5497.727 78730.893 4.52 blend
As ii 5558.09 79128.330 7.11 blend
As ii 5651.32 81508.925 9.29
As ii 6110.07 82819.214 2.32
As ii 6170.27 79128.330 2.62 blend
Sr ii 4077.709  +0.151 NIST4 0.000 32.45  −8.27
Y ii 3950.349  −0.485 NIST4 840.213 17.38  −7.68
Y ii 4883.682  +0.070 NIST4 8743.316 25.22  −7.49
Y ii 4900.120  −0.090 NIST4 8328.041 20.57  −7.52
Xe ii 4844.33  +0.49 NIST4 93068.440 20.72  −5.43
Xe ii 5292.21  +0.35 NIST4 93068.440 19.72  −5.20
Xe ii 5419.14  +0.21 NIST4 95064.38 14.27  −5.24
Xe ii 5438.97  −0.19 NIST4 102799.07 2.93  −5.55
Xe ii 5472.61  −0.45 NIST4 95437.67 5.03  −5.34
Xe ii 5531.06  −0.62 NIST4 95437.67 1.87  −5.71
Xe ii 5719.61  −0.74 NIST4 96033.48 1.40  −5.64
Xe ii 5976.46  −0.22 NIST4 95064.38 4.70  −5.49
Xe ii 6036.20  −0.61 NIST4 95396.74 2.44  −5.45
Xe ii 6051.15  −0.25 NIST4 95437.67 4.59  −5.44
Xe ii 6097.59  −0.24 NIST4 95436.74 3.93  −5.53
Xe ii 6990.88  +0.20 NIST4 99409.99 5.18  −5.36
Nd iii 4927.488  −0.83 DREAM 3715. 1.78  −9.63
Nd iii 5294.113  −0.65 DREAM 0. 4.12  −9.62
Dy iii 3930.640  −0.88 DREAM 0. profile  −9.90
Au ii 4016.067  −1.88 RW 84510.894 2.39  −7.15
Au ii 4052.790  −1.69 RW 84510.894 3.99  −7.08
Hg i 4358.314  −0.321 NIST4 39412.300 profile  −6.40
Hg ii 3983.890  −1.51 NIST4 35514.000 profile  −6.40
Hg ii 5677.102  +0.82 NIST4 105543.000 5.56  −6.19 blend

Notes.  DREAM: Biémont et al. (1999): http://w3.umons.ac.be/~astro/dream.shtml; NIST4: NIST Atomic Spectra Database, version 4 at http://physics.nist.gov/pml/data/asd.cfm; FW06: Fuhr & Wiese (2006); GAL: Gallagher (1967); LA: Lanz & Artru (1985); PTP: Pickering et al. (2002); J07: Johansson (2007); K03Ni: http://kurucz.harvard.edu/atoms/2801/gf2801.pos; K03Cu: http://kurucz.harvard.edu/atoms/2901/gf2901.pos; K06Co: http://kurucz.harvard.edu/atoms/2701/gf2701.pos; K09Mn: http://kurucz.harvard.edu/atoms/2501/gf2501.pos; K10V: http://kurucz.harvard.edu/atoms/2301/gf2301.pos; K10Cr: http://kurucz.harvard.edu/atoms/2401/gf2401.pos; “K” before another log    gf source means that the log    gf is from the Kurucz files available at http://kurucz.harvard.edu/linelists/gf100/; in particular: KP: Kurucz & Peytremann (1975); MRB: Miller et al. (1971); RW: Rosberg & Wyart (1997).

(a)

He i profiles were compute as described in Castelli & Hubrig (2004a). The wavelengths and log    gf-values are multiplet values.

(b)

The hyperfine structure was considered in the line profile computations.

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