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Table C.1

Photometric and spectral informations of the TMBM targets.

ID Spec. Type V B−V J σ J H σ H K σ K Δνrad SB
042 O9.5 III((n)) 14.66 −0.12 14.75 0.02 14.77 0.01 14.82 0.02 30.1 SB1
047 O9 V + O9.5 V 16.91 0.28 15.56 0.02 15.32 0.02 15.17 0.03 325.2 SB2
055 O8.5 V + O9.5 IV 15.56 0.23 14.86 0.02 14.74 0.02 14.62 0.02 295.3 SB2
061 ON8.5 III: + O9.7: V: 15.15 0.22 14.88 0.02 14.80 0.02 14.78 0.02 560.2 SB2
063 O5 III(n)(fc) + sec 14.23 0.00 13.90 0.02 13.83 0.01 13.82 0.02 62.2 SB2
064 O7.5 II(f) 14.62 0.13 13.49 0.02 13.29 0.01 13.19 0.02 14.8 RV var.
066 O9.5 III(n) 15.54 0.10 15.20 0.02 15.14 0.02 15.09 0.02 46.8 SB1
073 O9.5 III 16.14 0.38 15.25 0.02 15.10 0.02 15.00 0.02 31.7 SB1
086 O9 III((n)) 14.47 0.12 13.69 0.02 13.55 0.01 13.46 0.01 26.4 SB1
087 O9.7 Ib-II 13.58 −0.14 13.77 0.02 13.79 0.01 13.81 0.01 8.4 RV var.
093 O9.2 III-IV 15.03 0.10 14.92 0.02 14.88 0.02 14.85 0.02 9.1 RV var.
094 O3.5 Inf*p + sec? 14.12 0.11 13.49 0.01 13.38 0.01 13.28 0.01 353.8 SB2
113 O9.7 II or B0 IV? 16.69 0.19 16.27 0.02 16.20 0.02 16.12 0.06 15.2 RV var.
114 O8.5 IV + sec 15.97 0.17 15.33 0.01 15.21 0.01 15.09 0.02 181.1 SB2
116 O9.7: V: + B0: V: 16.44 0.21 15.89 0.02 15.76 0.02 15.71 0.04 199.9 SB2
120 O9.5 IV: 14.95 0.12 14.66 0.02 14.62 0.02 14.54 0.02 40.9 SB2
140 O8.5 Vz 16.05 0.23 15.48 0.02 15.37 0.01 15.29 0.02 68.9 SB1
148 O9.7 II-III(n) 16.04 −0.04 16.39 0.02 16.42 0.03 16.27 0.07 54.0 SB1
171 O8 II-III(f) 14.06 −0.05 13.90 0.02 13.87 0.01 13.85 0.01 15.3 RV var.
174 O8 V + B0: V: 15.50 0.25 15.07 0.02 14.97 0.02 14.96 0.03 320.3 SB2
176 O6 V:((f)) + O9.5: V: 14.78 0.03 14.50 0.01 14.49 0.01 14.45 0.02 59.58 SB2
178 O9.7 Iab 12.91 −0.05 12.84 0.02 12.83 0.01 12.81 0.01 10.19 RV var.
184 O6.5 Vnz 15.38 −0.09 15.29 0.02 15.28 0.02 15.28 0.03 4.47 RV var.
187 O9 IV: + B0: V: 15.81 0.22 15.32 0.01 15.24 0.01 15.19 0.02 22.99 SB1
191 O9.5 V 15.74 0.12 15.49 0.01 15.49 0.01 15.45 0.03 9.32 RV var.
197 O9 III 13.86 −0.06 13.84 0.02 13.86 0.02 13.85 0.01 36.18 SB1
201 O9.7 V + sec 16.43 0.16 16.15 0.01 16.12 0.02 16.05 0.05 9.88 SB2/RV var.
217 O4 V((fc)): + O5 V((fc)): 13.79 −0.11 13.86 0.02 13.87 0.01 13.87 0.01 139.77 SB2
223 O9.5 IV 14.77 −0.05 14.94 0.02 14.93 0.01 14.93 0.02 5.07 RV var.
225 B0.7-1III-II 15.07 −0.01 15.12 0.02 15.19 0.02 15.16 0.04 – –
231 O9.7 IV:(n) + sec 16.18 0.11 15.89 0.02 15.84 0.02 15.76 0.05 143.7 SB2
243 O7 V(n)((f)) 15.26 0.21 14.73 0.02 14.62 0.01 14.55 0.02 128.5 SB1
256 O7.5-8 V((n))z 15.02 −0.10 15.20 0.02 15.22 0.02 15.24 0.03 42.9 SB1
259 O6 Iaf 13.65 0.21 12.85 0.02 12.73 0.01 12.61 0.01 13.9 RV var.
267 O3 III-I(n)f* 13.49 −0.05 13.34 0.02 13.29 0.01 13.28 0.01 9.1 RV var.
277 O9 V 15.04 0.01 15.01 0.02 15.02 0.02 14.99 0.02 30.1 SB1
314 O9.7 IV:(n) + sec 16.06 0.03 16.08 0.03 16.07 0.02 16.07 0.06 244.7 SB2
318 O((n))p 16.56 −0.07 16.86 0.02 16.92 0.04 16.93 0.10 56.9 SB1
327 O8.5 V(n) + sec 15.33 0.01 15.15 0.02 15.14 0.02 15.12 0.03 154.4 SB2
329 O9.7 II-III(n) 15.55 0.00 15.57 0.02 15.55 0.02 15.55 0.04 32.8 SB1
332 O9.2 II-III 14.07 0.08 13.98 0.02 13.94 0.01 13.94 0.01 19.9 SB1
333 O8 II-III((f)) 12.49 −0.06 12.61 0.02 12.62 0.01 12.64 0.01 3.2 RV var.
350 O8 V 14.95 0.12 14.46 0.03 14.42 0.02 14.38 0.03 115.9 SB1
352 O4.5 V(n)((fc)):z: + O5.5 V(n)((fc)):z: 14.38 −0.10 14.32 0.01 14.31 0.01 14.31 0.01 375.8 SB2
386 O9 IV(n) 14.75 0.20 14.67 0.04 14.83 0.05 14.67 0.10 35.2 SB1
390 O5-6 V(n)((fc))z 15.49 0.14 15.13 0.01 14.92 0.02 14.89 0.04 112.4 SB1
404 O3.5 V(n)((fc)) 14.14 0.02 13.77 0.02 13.70 0.01 13.69 0.01 39.7 SB1
409 O4 V((f))z 15.75 0.59 14.86 0.03 14.78 0.02 14.68 0.03 56.5 SB1
429 O7.5-8 V 14.69 −0.11 14.68 0.02 14.66 0.02 14.71 0.02 174.2 SB2
432 O3.5 V((f)) 15.65 0.25 14.90 0.03 14.76 0.02 14.71 0.05 49.5 SB2:
440 O6-6.5 II(f) 13.66 0.02 13.33 0.02 13.31 0.01 13.28 0.02 6.7 SB2:/RV var.
441 O9.5 V 15.07 −0.07 15.09 0.03 15.10 0.03 15.05 0.04 105.0 SB2
445 O3-4 V:((fc)): + O4-7 V: ((fc) 14.75 0.10 14.18 0.02 14.08 0.01 14.03 0.02 191.8 SB2
450 O9.7 III: + O7:: 13.60 0.20 13.08 0.02 12.91 0.01 12.89 0.03 417.9 SB2
475 O9.7 III 16.43 0.37 15.38 0.02 15.23 0.02 15.13 0.03 124.4 SB1
479 O4-5 V((fc))z 15.90 0.14 15.40 0.03 15.31 0.02 15.26 0.04 142.0 SB1
481 O8.5 III 14.16 −0.04 14.09 0.01 14.06 0.01 14.08 0.03 73.1 SB1
487 O6.5: IV:((f)): + O6.5: IV:((f)): 16.88 0.12 − − 15.69 0.09 15.37 0.12 272.5 SB2
500 O6.5 IV((fc)) + O6.5 V((fc)) 14.19 −0.08 13.80 0.02 13.73 0.01 13.68 0.03 407.1 SB2
508 O9.5 V 15.98 0.17 15.57 0.02 15.33 0.04 15.48 0.05 39.9 SB1
514 O9.7 III 15.84 −0.13 16.12 0.02 16.16 0.03 16.25 0.08 37.8 SB1
526 O8.5 I((n))fp 14.92 0.54 13.57 0.02 13.31 0.01 13.15 0.01 27.6 SB1
527 O6.5 Iafc + O6 Iaf 11.94 0.10 11.52 0.02 11.42 0.01 11.31 0.01 39.9 SB2
532 O3 V(n)((f*))z+OB 14.76 0.20 14.24 0.02 14.12 0.02 14.08 0.02 58.6 SB1
538 ON9 Ia: + O7.5: I:(f): 13.99 −0.03 13.89 0.02 13.84 0.02 13.77 0.02 472.6 SB2
543 O9 IV + O9.7: V 15.41 0.02 15.50 0.06 15.43 0.05 15.74 0.13 372.5 SB2
555 O9.5 Vz 15.88 0.08 15.51 0.02 15.37 0.02 15.29 0.04 38.9 SB1
563 O9.7 III: + B0: V: 15.91 0.19 15.54 0.02 15.40 0.02 15.37 0.04 327.3 SB2
588 O9.5 16.53 0.14 16.31 0.04 16.84 0.15 16.34 0.09 47.1 SB1
603 O4 III(fc) 13.99 0.04 13.49 0.02 13.40 0.01 13.29 0.02 29.7 SB1
613 O8.5 Vz 15.78 0.16 15.38 0.02 15.38 0.02 15.19 0.03 20.4 SB1
619 O7-8 V(n) 15.98 0.12 15.71 0.02 15.65 0.02 15.54 0.03 73.4 SB1
631 O9.7 III(n) 16.00 0.14 15.76 0.02 15.66 0.02 15.66 0.04 293.7 SB1
642 O5 Vz: + O8 Vz: 16.03 0.38 15.20 0.01 15.04 0.01 15.03 0.03 263.7 SB2
645 O9.5 V((n)) 16.29 0.16 15.91 0.02 15.80 0.02 15.82 0.05 71.0 SB1
652 B2 Ip + O9 III: 13.88 0.20 13.40 0.02 13.28 0.01 13.22 0.01 – –
656 O7.5 III(n)((f))p 14.24 0.06 14.14 0.02 14.10 0.01 14.09 0.02 22.9 SB1
657 O7-8 II(f) 15.45 0.44 14.19 0.02 13.96 0.02 13.73 0.02 92.7 SB1
661 O6.5 V(n) + O9.7: V: 15.13 0.08 15.15 0.02 15.12 0.02 15.12 0.03 362.0 SB2
696 B0.7 Ib-Iab Nwk 12.73 −0.02 12.50 0.01 12.45 0.01 12.40 0.02 – –
702 O8 V(n) 16.31 0.33 15.35 0.02 15.12 0.02 14.91 0.03 186.8 SB1
728 O9.7 II-III((n)) 15.61 0.07 15.50 0.02 15.45 0.02 15.42 0.04 28.4 SB1
733 O9.7p 14.28 0.12 13.90 0.02 13.82 0.01 13.74 0.02 135.6 SB1
736 O9.5 V 15.85 0.05 15.51 0.02 15.50 0.02 15.41 0.03 56.3 SB1
739 A0 Ip 12.26 0.31 11.13 0.02 10.93 0.03 10.85 0.02 – –
743 O9.5 V((n)) 15.04 −0.17 15.33 0.01 15.39 0.02 15.41 0.04 40.4 SB1
750 O9.5 IV 15.43 −0.11 15.70 0.01 15.71 0.02 15.68 0.06 62.7 SB1
764 O9.7 Ia Nstr 12.26 0.09 12.34 0.01 12.32 0.01 12.32 0.01 13.7 RV var.
769 O9.7 II-III 15.83 0.08 15.37 0.02 15.30 0.02 15.31 0.03 79.3 SB1
771 O9.7 III:(n) 15.66 0.16 15.17 0.02 15.08 0.02 15.04 0.03 104.9 SB1
774 O7.5 IVp + O8.5: V: 16.89 0.49 15.48 0.02 15.28 0.02 15.17 0.03 133.5 SB2
779 B1 II-Ib 15.46 0.19 15.01 0.02 14.78 0.01 14.71 0.03 – –
802 O7.5 Vz 14.14 −0.19 14.49 0.01 14.56 0.01 14.59 0.03 121.0 SB2
806 O5.5 V((fc)):z + O7 Vz: 14.06 −0.17 14.35 0.01 14.40 0.01 14.44 0.03 306.4 SB2
810 O9.7 V + B1: V: 16.36 0.07 16.24 0.02 16.17 0.02 16.26 0.07 235.1 SB2
812 O4-5 V((fc)) 14.81 0.05 14.46 0.02 14.40 0.01 14.36 0.02 88.1 SB1
827 B1.5 Ib 15.34 0.31 14.71 0.02 − − − − – –
829 B1.5-2 II 15.13 0.41 14.31 0.02 14.17 0.01 14.09 0.02 – –
830 O5-6 V(n)((f)) 15.39 −0.03 15.29 0.01 15.31 0.02 15.34 0.03 24.0 SB1
887 O9.5 II-IIIn 14.96 −0.06 15.09 0.01 15.08 0.01 15.15 0.02 59.1 SB2

Notes. Spectral types, optical and near-IR photometry are from Walborn et al. (2014), Evans et al. (2011), and Kato et al. (2007). Binary classification in SB2 and ΔRV are from Sana et al. (2013a).

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