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Table B.1

Template W-R and Of/WN star models. Input spectra were both flux calibrated (bold) and non-flux calibrated.

Star Spectral Spectra (mV)/mv (AV)/Av (MV)/Mv T T eff (BCV)/BCv log L ν Abundance L EUV log q0 log Q0 Ref.
BAT99 Alias Type [mag] [mag] [mag] [kK] [kK] [mag] [L] [km s-1] [M yr-1] (by mass) [LBol ] [ph cm-2 s-1] [ph s-1]

12 Sk -67° 22 O2 If*/WN 5 a, b (13.49) (0.4) (− 5.4) 49.8 49.3 (− 4.4) 5.83 2650 3.7 × 10-6 60:39:0.3 0.64 24.79 49.67 (1)+(2)
97 Mk 51 O3.5 If*/WN 7 c (13.74) (2.2) (− 6.9) 41.0 40.8 (− 3.7) 6.14 1500 4.7 × 10-6 60:39:0.5 0.49 24.40 49.83 (1)

86 Brey 69 WN 3(h) c 16.68 1.98 −3.75 79.3 74.9 −5.2 5.43 1750 3.2 × 10-5 20:79:0.5 0.85 25.63 49.34 (1)
106 R136a3 WN 5h d, e, f 13.02 1.86 −7.29 53.0 53.0 −4.5 6.58 2200 3.7 × 10-5 40:59:0.4 0.69 24.90 50.47 (3)
118 Brey 89 WN 6h g, h, i 11.20 0.58 −7.83 45.0 39.4 −3.5 6.41 1450 8.0 × 10-5 20:79:0.5 0.54 24.62 50.26 (1)
89 Brey 71 WN 7h g, c 14.13 1.53 −5.85 49.8 44.5 −3.6 5.75 1000 1.9 × 10-5 15:84:0.5 0.58 24.96 49.61 (1)
96 Brey 81 WN 8(h) h, c 13.82 2.40 −7.03 42.5 36.9 −3.4 6.04 850 4.0 × 10-5 6:93:0.3 0.48 24.49 49.82 (1)

88 Brey 70a WN 4b/WCE c, g 17.75 4.04 −4.74 80.0 72.1 −5.0 5.78 1750 1.5 × 10-5 99:0.5:0.1 0.82 25.66 49.67 (1)
90 Brey 74 WC 4 e, j 15.41 1.48 −4.52 85.0 72.0 −4.7 5.57 2600 1.6 × 10-5 45:43:11 0.72 25.76 49.31 (4)

Notes.

Values in parentheses are given in broad band and apply to Of/WN stars. Narrow band is used for all other W-R stars. All properties except for (mV)/mv are model derived. Abundance ratios are given in H:He:N for Of/WN and WN stars, He:C:N for WN/C stars and He:C:O for WC stars. See Figs. B.1B.9 for model fits.

(⋆)

Recently revealed as a WN 5-6+WN 6-7 binary system by Sana et al. (2013b) but for our template model we adopt properties in the case of a single star.

Spectra: a – Hubble Space Telescope – Space Telescope Imaging Spectrograph (HST-STIS); b – Very Large Telescope – Fibre Large Array Multi-Element Spectrograph – Ultraviolet and Visual Echelle Spectrograph (VLT-FLAMES-UVES); c – VLT – FLAMES – Multi-object spectrometry mode (VLT-FLAMES-MEDUSA); d – HST-Goddard High-Resolution Spectrograph (HST-GHRS); e – HST-Faint Object Spectrograph (HST-FOS); f – VLT – Spectrograph for Integral Field Observations in the Near Infrared (VLT-SINFONI); g – Anglo Australian Telescope – Royal Greenwich Observatory Spectrograph (AAT-RGO); h – Mount Stromlo Observatory Coudé Spectrograph (MSO); i – International Ultraviolet Explorer (IUE-HIRES); j – Siding Spring Telescope – Dual-Beam Spectrograph (SSO-DBS).

Reference. (1) This work; (2) Doran & Crowther (2011); (3) Crowther et al. (2010); (4) Crowther et al. (2002).

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