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Table 3

Same as Table 2 but for three exemplary mock composite spectra.

S/N T eff log (g) νrad ν sin(i) ζ ξ A eff,s/A eff,p log (n(x))
(K) (cgs) (km s-1) He C N O Ne Mg Al Si S Ar Fe
Mock spectrum as a proxy to the observed spectrum of object #5 in Table 4 (sharp and well-separated features):
In p 220 16 680 4.098 −84.7 7.9 11.4 2.10 ... −0.96 −3.55 −4.16 −3.25 −4.04 −4.73 −5.86 −4.45 −4.91 −5.58 −4.66
Out f 215 16 680 4.098 −84.7 6.9 12.2 2.17 ... −0.97 −3.56 −4.19 −3.25 −4.03 −4.74 −5.91 −4.47 −4.91 −5.60 −4.68
Stat. ...
Sys. ... ...
Out i ... 16 660 4.096 −84.7 6.6 12.4 2.20 ... −0.97 −3.56 −4.18 −3.26 −4.03 −4.75 −5.90 −4.47 −4.91 −5.60 −4.68
Stat. ... ...
Sys. ... ...
Start ... 15 000 4.100 −80.0 10.0 10.0 3.00 ... −0.85 −3.60 −4.20 −3.20 −4.00 −4.60 −5.80 −4.40 −4.90 −5.60 −4.60
In s ... 13 490 4.274 125.0 28.3 15.6 0.79 0.642 −0.96 −3.55 −4.16 −3.25 −4.04 −4.73 −5.86 −4.45 −4.91 −5.58 −4.66
Out f ... 13 200 4.210 125.3 29.3 14.2 0.30 0.662 −0.91 −3.46 −4.21 −3.29 −4.12 −4.79 −5.73 −4.50 −4.97 ... −4.76
Stat. ... ...
Sys. ... ...
Out i ... 13 360 4.258 125.3 28.7 15.1 0.15 0.650 ... ... ... ... ... ... ... ... ... ... ...
Stat. ... ... ... ... ... ... ... ... ... ... ... ...
Sys. ... ... ... ... ... ... ... ... ... ... ... ...
Start ... 15 000 4.100 120.0 10.0 10.0 3.00 0.800 −0.85 −3.60 −4.20 −3.20 −4.00 −4.60 −5.80 −4.40 −4.90 −5.60 −4.60
Mock spectrum as a proxy to the observed spectrum of object #6 in Table 4 (extremely blended features):
In p 350 20 600 3.485 −11.2 54.2 9.4 6.04 ... −1.02 −3.79 −4.38 −3.39 −4.02 −4.74 −5.87 −4.66 −4.99 −5.59 −4.79
Out f 350 20 740 3.502 −11.3 54.4 1.9 5.80 ... −1.02 −3.76 −4.37 −3.39 −4.03 −4.74 −5.87 −4.68 −5.02 −5.57 −4.76
Stat. ...
Sys. ... ...
Out i ... 20 790 3.506 −11.3 54.4 3.1 5.74 ... −1.01 −3.79 −4.38 −3.41 −4.03 −4.74 −5.87 −4.68 −5.01 −5.59 −4.79
Stat. ... ...
Sys. ... ...
Start ... 20 000 3.500 −10.0 50.0 10.0 8.00 ... −1.05 −3.60 −4.20 −3.20 −4.00 −4.60 −5.80 −4.40 −4.90 −5.60 −4.60
In s ... 18 610 3.227 −9.1 134.0 59.5 2.90 0.936 −1.02 −3.79 −4.38 −3.39 −4.02 −4.74 −5.87 −4.66 −4.99 −5.59 −4.79
Out f ... 18 520 3.200 −9.6 118.0 87.0 3.82 1.085 −1.00 −3.89 −4.40 −3.46 −4.05 −4.75 −5.86 −4.68 −5.01 −5.68 −4.89
Stat. ...
Sys. ...
Out i ... 18 410 3.197 −9.9 120.3 84.9 3.71 1.066 ... ... ... ... ... ... ... ... ... ... ...
Stat. ... ... ... ... ... ... ... ... ... ... ... ...
Sys. ... ... ... ... ... ... ... ... ... ... ... ...
Start ... 20 000 3.500 −10.0 100.0 50.0 8.00 1.000 −1.05 −3.60 −4.20 −3.20 −4.00 −4.60 −5.80 −4.40 −4.90 −5.60 −4.60
Mock spectrum as a proxy to the observed spectrum of object #4 b in Table 4 (but with individual metal abundances for the two components):
In p 340 29 710 3.669 104.0 23.7 41.2 14.92 ... −1.17 −3.79 −4.38 −3.39 −4.02 −4.74 −5.87 −4.66 −4.99 −5.59 −4.79
Out f 353 29 730 3.678 103.9 24.9 39.3 15.02 ... −1.17 −3.81 −4.39 −3.41 −4.03 −4.75 −5.88 −4.68 −5.00 ... −4.86
Stat. ... ...
Sys. ... ... ...
Out i ... 29 700 3.673 103.9 24.7 39.6 14.98 ... −1.17 −3.81 −4.39 −3.41 −4.04 −4.74 −5.86 −4.68 −5.00 ... −4.80
Stat. ... ... ...
Sys. ... ... ...
Start ... 31 000 3.800 100.0 40.0 10.0 9.00 ... −1.05 −3.60 −4.20 −3.20 −4.10 −4.60 −5.80 −4.40 −4.90 −5.60 −4.60
In s ... 28 070 4.343 −110.9 35.5 62.6 6.04 0.218 −1.17 −3.76 −4.50 −3.59 −4.07 −4.61 −5.70 −4.71 −4.94 −5.60 −4.69
Out f ... 27 740 4.253 −110.2 28.2 67.7 6.50 0.221 −1.23 −3.86 −4.50 −3.64 −4.28 −4.45 −5.73 −4.85 −4.96 ... −4.64
Stat. ... ...
Sys. ... ...
Out i ... 26 870 4.220 −110.7 33.5 65.0 4.74 0.231 ... ... ... ... ... ... ... ... ... ... ...
Stat. ... ... ... ... ... ... ... ... ... ... ... ...
Sys. ... ... ... ... ... ... ... ... ... ... ... ...
Start ... 23 500 3.800 −100.0 30.0 10.0 8.00 0.300 −1.05 −3.60 −4.20 −3.20 −4.10 −4.60 −5.80 −4.40 −4.90 −5.60 −4.60

Notes. Same as Table 2. Argon lines are not visible for all temperatures. The letter “p” denotes the primary and “s” the secondary component. The letter “f” indicates that all abundances were allowed to vary freely during the fitting process, whereas “i” denotes the assumption of an identical chemical composition of both components.

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