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Home All issues Volume 499 / No 3 (June I 2009) A&A, 499 3 (2009) 865-878 Full HTML
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Table A.1:

Analysed lines in the stellar spectra and measured equivalent widths in mÅ.

Species		 $\lambda $(Å) $\log~gf$ Ref. Ei (cm-1) W(T183) W(T191) W(T193) W(B0652) W(B2151) W(B2206)
C II 4267.261 0.716 NIST3 145550.700 not obs not obs not obs not obs not obs not obs
N I 8680.282 0.347 NIST3 83364.620 not obs not obs not obs not obs not obs not obs
N I 8683.403 0.087 NIST3 88317.830 not obs not obs not obs not obs not obs not obs
O I 7771.944 0.369 NIST3 73768.200 not obs profile not obs not obs not obs not obs
O I 7774.166 0.223 NIST3 73768.200 not obs profile not obs not obs not obs not obs
O I 7775.388 0.002 NIST3 73768.200 not obs profile not obs not obs not obs not obs
Na I 5889.950 0.108 NIST3 0.000 not obs not obs not obs profile not obs profile
Na I 5895.924 -0.194 NIST3 0.000 not obs not obs not obs profile not obs profile?
Mg II 4481.126 0.749 NIST3 71490.190 profile profile profile profile profile profile
Mg II 4481.150 -0.553 NIST3 71490.190 profile profile profile profile profile profile
Mg II 4481.325 0.594 NIST3 71491.063 profile profile profile profile profile profile
Al I 3944.006 -0.638 NIST3 0.000 not obs not obs not obs not obs not obs not obs
Al I 3961.520 -0.336 NIST3 112.061 not obs not obs not obs not obs not obs not obs
Si II 3853.665 -1.341 NIST3 55309.350 not obs profile not obs not obs not obs not obs
Si II 3856.018 -0.406 NIST3 55325.180 profile profile not obs not obs not obs not obs
Si II 3862.595 -0.757 NIST3 55309.350 not obs profile not obs not obs not obs not obs
Si II 4130.872 -0.783 NIST3 79355.020 not obs profile not obs not obs not obs not obs
Si II 4130.894 0.552 NIST3 79355.020 not obs profile not obs not obs not obs not obs
P II 4044.576 0.481 K,MRB 107360.250 profile not obs profile 20.9 profile profile
P II 4127.559 -0.110 K,KP 103667.860 profile not obs not obs 10.6 profile profile
P II 4420.712 -0.329 NIST3 88893.220 profile not obs 7.3 17.7 not obs 5.3
P II 4475.270 0.440 NIST3 105549.670 profile not obs 9.1 13.1 not obs 7.1
P II 6024.178 0.137 NIST3 86743.960 profile not obs profile 37.9 profile profile
P II 6034.039 -0.220 NIST3 86597.550 profile not obs profile 27.4 profile profile
P II 6043.084 0.416 NIST3 87124.600 profile not obs 18.8 42.9 profile 12.8
S II 4153.068 0.617 NIST3 128233.200 not obs not obs not obs not obs not obs not obs
S II 4162.665 0.777 NIST3 128599.160 not obs not obs not obs not obs not obs not obs
Ca II 3933.663 0.135 NIST3 0.000 profile profile profile profile profile profile
Ca II 3968.469 -0.180 NIST3 0.000 profile profile profile profile profile profile
Ca II 8498.023 -1.450 GAL 13650.190 profile profile profile profile profile profile
Ca II 8542.091 -0.500 GAL 13710.880 profile profile profile profile profile profile
Ca II 8662.141 -0.760 GAL 13650.190 profile profile profile profile profile profile
Sc II 4246.822 0.242 NIST3 2540.950 not obs not obs not obs not obs not obs not obs
Sc II 4314.083 -0.100 NIST3 4987.790 not obs not obs not obs not obs not obs not obs
Ti II 4053.821 -1.130 PTP 15265.620 31.8 profile 15.3 profile 13.6 15.0
Ti II 4161.529 -2.360 NIST3 8744.250 profile 37.8 profile not obs not obs profile
Ti II 4163.644 -0.130 PTP 20891.660 50.1 80.6 38.1 16.7 32.3 36.0
Ti II 4287.873 -1.790 PTP 8710.440 21.7 54.1 profile profile 9.2 8.7
Ti II 4290.215 -0.850 PTP 9395.710 53.8 93.8 36.6 13.6 34.5 34.9
Ti II 4294.094 -0.930 PTP 9744.250 55.7 83.0 39.3 blend blend 37.3
Ti II 4300.042 -0.440 PTP 9518.060 69.3 103.8 58.2 31.4 49.4 50.4
Ti II 4301.922 -1.150 PTP 9363.620 39.9 70.2 26.5 7.8 21.5 21.9
Ti II 4312.860 -1.100 PTP 9518.060 51.4 78.9 36.3 blend 26.2 25.8
Ti II 4314.971 -1.100 PTP 9363.620 46.1 75.6 35.7 blend blend blend
Ti II 4367.652 -0.860 PTP 20891.660 28.2 59.0 profile profile 10.2 13.5
Ti II 4386.847 -0.960 PTP 20951.620 21.4 53.5 12.4 not obs 9.6 10.4
Ti II 4394.059 -1.780 PTP 9850.900 16.7 48.4 8.7 not obs 6.4 7.1
Ti II 4395.031 -0.540 PTP 8744.250 65.1 94.0 53.0 30.3 48.1 50.9
Ti II 4399.765 -1.190 PTP 9975.920 37.0 66.4 24.0 11.9 20.4 22.1
Ti II 4411.072 -0.670 PTP 24961.030 22.2 51.6 15.3 not obs 10.6 12.0
Ti II 4417.714 -1.190 PTP 9395.710 37.2 70.5 25.2 11.6 22.3 22.0
Ti II 4418.331 -1.970 PTP 9975.920 12.3 42.1 profile not obs 7.1 5.8
Ti II 4443.801 -0.720 PTP 8710.440 65.6 90.6 46.5 24.6 42.5 44.1
Ti II 4450.482 -1.520 PTP 8744.250 32.0 64.9 profile blend 15.4 14.1
Ti II 4464.448 -1.810 PTP 9363.620 19.0 51.8 13.0 not obs 6.8 8.3
Ti II 4468.492 -0.620 NIST3 9118.260 64.3 90.5 48.0 23.9 44.0 45.7
Ti II 4488.325 -0.510 PTP 25192.710 28.3 59.1 18.8 profile 14.9 16.0
Ti II 4501.270 -0.770 PTP 8997.710 72.4 94.9 45.8 26.4 44.7 47.5
Ti II 4563.757 -0.690 PTP 9050.900 51.9 87.7 40.0 20.2 30.8 37.3
Ti II 4571.971 -0.320 PTP 12676.970 71.7 101.5 57.3 33.4 49.5 55.6
Ti II 4805.085 -1.120 NIST3 16625.110 33.6 64.9 20.8 profile 16.9 15.5
Ti II 4911.195 -0.610 PTP 25192.790 25.0 59.9 17.7 profile 12.1 12.9
Cr II 4558.650 -0.410 SL 32854.310 27.3 48.5 47.0 30.6 32.4 36.2
Cr II 4588.199 -0.640 NIST3 32836.680 22.0 37.8 40.2 blend 26.9 31.8
Cr II 4618.803 -0.860 SL 32854.950 12.5 32.2 27.3 13.7 18.5 22.1
Cr II 4634.070 -0.990 SL 32844.760 profile 26.7 23.7 profile 13.7 16.4
Mn II1 4206.367 -1.590 K03Mn 43528.640 profile profile profile profile not obs profile
Mn II 4242.333 -1.288 K03Mn 49820.160 profile profile blend blend blend blend
Mn II 4252.963 -1.172 K03Mn 49889.860 profile profile profile profile profile profile
Mn II 4253.025 -2.312 K03Mn 43395.380 profile profile profile profile not obs profile
Mn II 4253.112 -2.079 K03Mn 49889.860 profile profile profile profile not obs profile
Mn II1 4282.490 -1.698 K03Mn 44521.520 profile profile profile blend blend profile
Fe I* 3815.840 0.232 FW06 11976.238 40.8 22.8 33.2 45.2 46.2 38.7
Fe I* 3820.425 0.119 FW06 6928.268 50.4 30.3 45.2 46.3 55.8 49.4
Fe I* 3856.371 -1.286 FW06 415.933 13.0 profile profile profile 15.3 14.8
Fe I* 3859.911 -0.710 FW06 0.000 27.8 21.2 27.8 31.6 36.8 33.9
Fe I 4005.242 -0.610 FW06 12560.933 profile profile 13.3 18.9 15.8 7.6
Fe I 4045.812 0.280 FW06 11976.238 41.9 20.1 38.1 42.9 44.1 45.1
Fe I 4071.738 -0.022 FW06 12968.553 28.5 profile 23.5 27.8 30.1 31.9
Fe I 4202.029 -0.708 FW06 11976.238 10.5 profile 9.3 16.0 12.3 14.4
Fe I 4219.360 0.000 FW06 28819.952 profile not obs profile not obs 7.1 7.0
Fe I 4235.936 -0.341 FW06 43163.323 profile not obs profile profile 11.1 10.7
Fe I 4271.760 -0.164 FW06 11976.238 29.4 profile 26.9 31.9 30.5 32.2
Fe I 4383.545 0.200 FW06 11976.238 43.3 21.7 37.5 38.8 45.7 41.5
Fe I 4404.750 -0.142 FW06 12560.933 26.2 profile 27.4 29.3 29.2 32.3
Fe I 4415.122 -0.615 FW06 12968.553 17.6 profile 14.2 18.1 16.6 17.2
Fe II 4122.668 -3.300 FW06 20830.582 39.4 20.1 36.6 47.2 39.5 37.8
Fe II 4128.748 -3.578 FW06 20830.582 24.5 13.7 23.2 33.5 25.9 27.9
Fe II 4178.862 -2.443 FW06 20830.582 59.6 46.8 56.1 70.4 61.1 66.5
Fe II 4258.154 -3.480 FW06 21812.055 31.0 14.3 27.2: 38.8 31.7 29.2
Fe II 4273.326 -3.300 FW06 21812.055 32.8 18.5 30.9 43.6 33.9 34.1
Fe II 4296.572 -2.930 FW06 21812.055 50.2 28.3 42.9 58.1 46.9 47.3
Fe II 4303.176 -2.610 FW06 21812.055 65.5 49.0 59.4 68.6 61.4 61.9
Fe II 4369.411 -3.580 FW06 22409.852 27.9 13.0 22.7 33.8 25.3 26.6
Fe II 4385.387 -2.580 FW06 22409.852 62.7 37.5 57.0 63.6 57.7 57.3
Fe II 4413.601 -4.190 FW06 21581.638 10.0 not obs 12.7 19.1 14.8 11.7
Fe II 4416.830 -2.600 FW06 22409.852 57.1 38.9 55.3 65.6 63.0 58.9
Fe II 4491.405 -2.640 FW06 23031.300 53.7 34.5 50.7 64.0 52.5 52.3
Fe II 4508.288 -2.350 FW06 23031.300 69.1 48.9 65.2 77.4 68.6 68.1
Fe II 4515.339 -2.360 FW06 22939.358 64.8 43.8 58.1 68.8 62.7 65.1
Fe II 4520.224 -2.620 FW06 22637.205 55.2 40.5 52.3 63.5 57.6 56.9
Fe II 4522.634 -1.990 FW06 22939.358 69.5 54.6 69.4 81.3 70.1 74.4
Fe II 4541.524 -2.970 FW06 23031.300 47.0 27.3 41.5 54.0 48.3 45.7
Fe II 4549.192 -1.705 K07F 47674.721 39.8 21.7 36.3 profile 37.1 37.3
Fe II 4549.474 -1.730 FW06 22810.357 blend blend blend blend 82.3: 81.6:
Fe II 4555.893 -2.250 FW06 22810.357 69.2 49.4 61.0 69.2 64.6 64.5
Fe II 4576.340 -2.920 FW06 22939.358 47.5 28.7 41.0 56.3 44.4 46.4
Fe II 4582.835 -3.062 FW06 22939.358 41.7 21.6 37.7 45.6 39.2 37.4
Fe II 4583.837 -1.740 FW06 22637.205 88.9 63.8 86.2 102.3 82.1 82.1
Fe II* 6147.741 -2.702 K07F 31364.440 32.4 20.0 26.690 49.4 39.2 33.6
Fe II* 6149.258 -2.703 K07F 31368.450 35.0 bad spect. 29.8 45.5 34.1 36.7
Fe II* 6383.722 -2.235 K07F 44784.761 17.6 not obs 14.8 25.9 19.1 19.8
Fe II* 6416.928 -2.718 K07F 31387.948 38.0 18.1 28.4 43.7 30.8 28.1
Fe II* 6456.383 -2.057 K07F 31483.176 60.7 40.8 53.8 73.7 56.4 56.6

Co II		 4160.657 -1.751 K06 27484.371 not obs profile not obs not obs not obs not obs
Ni II 4015.474 -2.410 K03Ni 32523.540 profile profile profile profile not obs profile
Ni II 4067.031 -1.834 K03Ni 32499.530 profile profile profile profile profile profile
Ga II 4255.722 0.634 RS94 113842.190 not obs not obs not obs not obs not obs not obs
Ga II 6334.069 1.000 RS94 102944.550 not obs not obs not obs not obs not obs not obs
Sr II 4077.709 0.151 NIST3 0.000 not obs not obs not obs not obs not obs not obs
Y II 3950.349 -0.490 K,HL 840.213 profile profile 12.6 25.1 profile profile
Y II 4883.682 0.070 K,HL 8743.316 profile profile 17.2 21.0 profile 11.9
Y II 4900.120 -0.090 K,HL 8328.041 profile profile 12.3 24.6 profile 12.3
Zr II 4149.198 -0.040 LNAJ 6467.610 not obs not obs not obs not obs not obs profile
Xe II 4603.005 0.017 NIST3 95064.380 not obs not obs not obs not obs not obs not obs
Xe II 4844.330 0.491 NIST3 93068.440 not obs not obs not obs not obs not obs not obs
Ba II 4554.029 -0.161 NIST3 0.000 not obs not obs not obs not obs not obs not obs
Ba II 4934.076 -0.458 NIST3 0.000 not obs not obs not obs not obs not obs not obs
Pt II 4514.124 -1.480 DSJ 29261.970 not obs not obs not obs not obs not obs not obs
Au II 4016.067 -1.880 RW 48510.890 not obs not obs not obs not obs not obs not obs
Au II 4052.790 -1.690 RW 48510.890 not obs not obs not obs not obs not obs not obs
Hg II 3983.890 -1.510 NIST3 35514.000 not obs not obs not obs not obs not obs not obs
Note: He I is not included. It is discussed in the text. The Fe I and Fe II lines marked with an asterisk were used only to estimate the error on $T_{\rm eff}$ due to the particular sample of lines (see Sect. 3.1).
1 The hyperfine structure was considered in the line profile computations. a (NIST3) NIST Atomic Spectra Database, version 3 at http://physics.nist.gov; (DSJ) Dworetsky et al. (1984); (FW06) Fuhr & Wiese (2006); (GAL) Gallager (1967); (LNAJ) Ljung et al. (2006); (PTP) Pickerin et al. (2002); (RS94) Ryabchikova & Smirnov (1994); (RW) Rosberg & Wyart (1997); (SL) Sigut & Landstreet (1990); K03Mn: http://kurucz.harvard.edu/atoms/2501/gf2501.pos; K03Ni: http://kurucz.harvard.edu/atoms/2801/gf2801.pos; K06: http://kurucz.harvard.edu/atoms/2701/gf2701.pos; K07F: http://kurucz.harvard.edu/atoms/2601/gf2601.pos. For these lines the Kurucz $\log~gf$'s give a better agreement with the observations than the FW06 $\log~gf's$; ``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).

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