Table B1. Open in new tab The mechanical...

ID^a	Sp-type^a	\|$M_{\rm bol}^a$\|	\|$\lg T_*^a$\|	\|$v_w^b$\|	\|$\lg \dot {M}$\|	L_w
2–01	O5.5 III	−9.73	4.62	2000	−5.71	2.49
2–02	O7:	−8.07	4.60	2400	−6.68	0.38
2–03	O5.5 V	−9.61	4.64	2000	−5.75	2.26
2–04	O8 V	−7.43	4.58	1900	−6.94	0.13
2–08	O9.7 I	−10.63	4.48	1700	−4.85	25.89
2–10	O3-6	−7.76	4.65	2900	−6.88	0.35
2–11	O9 V	−7.39	4.55	1500	−6.89	0.09
2–13	O6: f	−9.21	4.60	2300	−6.06	1.46
2–14	O5.5 III	−7.86	4.62	2000	−6.69	0.26
2–16	O8 V	−7.26	4.58	1900	−7.03	0.11
2–17	O8 V	−7.98	4.58	1900	−6.65	0.26
2–20	O5.5 III	−8.95	4.62	2000	−6.12	0.97
2–22	O3 III(f*)	−9.91	4.67	3000	−5.74	5.22
2–24	O6 V	−8.09	4.63	2600	−6.68	0.45
2–26	O9 V	−7.22	4.55	1500	−6.98	0.08
2–28	O8 V	−8.54	4.58	1900	−6.35	0.51
2–29	O9:	−8.21	4.53	1500	−6.47	0.24
2–30	O7:	−9.41	4.58	2400	−6.00	1.85
2–32	O6: I	−9.41	4.58	2300	−5.50	10.71
2–33	O5.5 III	−9.25	4.62	2000	−5.96	1.39
2–36	O8 V	−9.13	4.58	1900	−6.04	1.04
2–38A	O9-B0	−9.34	4.48	1500	−5.93	0.84
2–50	O7 III	−8.96	4.58	2600	−6.27	1.16
2–51	O7 V	−8.20	4.60	2400	−6.61	0.45
2–53	O6 If	−10.33	4.58	2300	−5.03	31.13
Total						89.71

ID^a

Sp-type^a

|$M_{\rm bol}^a$|

|$\lg T_*^a$|

|$v_w^b$|

|$\lg \dot {M}$|

L_w

(mag)

(km s⁻¹)

(10³⁶ erg s⁻¹)

2–01

O5.5 III

−9.73

4.62

2000

−5.71

2.49

2–02

O7:

−8.07

4.60

2400

−6.68

0.38

2–03

O5.5 V

−9.61

4.64

2000

−5.75

2.26

2–04

O8 V

−7.43

4.58

1900

−6.94

0.13

2–08

O9.7 I

−10.63

4.48

1700

−4.85

25.89

2–10

O3-6

−7.76

4.65

2900

−6.88

0.35

2–11

O9 V

−7.39

4.55

1500

−6.89

0.09

2–13

O6: f

−9.21

4.60

2300

−6.06

1.46

2–14

O5.5 III

−7.86

4.62

2000

−6.69

0.26

2–16

O8 V

−7.26

4.58

1900

−7.03

0.11

2–17

O8 V

−7.98

4.58

1900

−6.65

0.26

2–20

O5.5 III

−8.95

4.62

2000

−6.12

0.97

2–22

O3 III(f*)

−9.91

4.67

3000

−5.74

5.22

2–24

O6 V

−8.09

4.63

2600

−6.68

0.45

2–26

O9 V

−7.22

4.55

1500

−6.98

0.08

2–28

O8 V

−8.54

4.58

1900

−6.35

0.51

2–29

O9:

−8.21

4.53

1500

−6.47

0.24

2–30

O7:

−9.41

4.58

2400

−6.00

1.85

2–32

O6: I

−9.41

4.58

2300

−5.50

10.71

2–33

O5.5 III

−9.25

4.62

2000

−5.96

1.39

2–36

O8 V

−9.13

4.58

1900

−6.04

1.04

2–38A

O9-B0

−9.34

4.48

1500

−5.93

0.84

2–50

O7 III

−8.96

4.58

2600

−6.27

1.16

2–51

O7 V

−8.20

4.60

2400

−6.61

0.45

2–53

O6 If

−10.33

4.58

2300

−5.03

31.13

Total

89.71

ID^a	Sp-type^a	\|$M_{\rm bol}^a$\|	\|$\lg T_*^a$\|	\|$v_w^b$\|	\|$\lg \dot {M}$\|	L_w
2–01	O5.5 III	−9.73	4.62	2000	−5.71	2.49
2–02	O7:	−8.07	4.60	2400	−6.68	0.38
2–03	O5.5 V	−9.61	4.64	2000	−5.75	2.26
2–04	O8 V	−7.43	4.58	1900	−6.94	0.13
2–08	O9.7 I	−10.63	4.48	1700	−4.85	25.89
2–10	O3-6	−7.76	4.65	2900	−6.88	0.35
2–11	O9 V	−7.39	4.55	1500	−6.89	0.09
2–13	O6: f	−9.21	4.60	2300	−6.06	1.46
2–14	O5.5 III	−7.86	4.62	2000	−6.69	0.26
2–16	O8 V	−7.26	4.58	1900	−7.03	0.11
2–17	O8 V	−7.98	4.58	1900	−6.65	0.26
2–20	O5.5 III	−8.95	4.62	2000	−6.12	0.97
2–22	O3 III(f*)	−9.91	4.67	3000	−5.74	5.22
2–24	O6 V	−8.09	4.63	2600	−6.68	0.45
2–26	O9 V	−7.22	4.55	1500	−6.98	0.08
2–28	O8 V	−8.54	4.58	1900	−6.35	0.51
2–29	O9:	−8.21	4.53	1500	−6.47	0.24
2–30	O7:	−9.41	4.58	2400	−6.00	1.85
2–32	O6: I	−9.41	4.58	2300	−5.50	10.71
2–33	O5.5 III	−9.25	4.62	2000	−5.96	1.39
2–36	O8 V	−9.13	4.58	1900	−6.04	1.04
2–38A	O9-B0	−9.34	4.48	1500	−5.93	0.84
2–50	O7 III	−8.96	4.58	2600	−6.27	1.16
2–51	O7 V	−8.20	4.60	2400	−6.61	0.45
2–53	O6 If	−10.33	4.58	2300	−5.03	31.13
Total						89.71

Table B1.

Open in new tab

The mechanical luminosities of 25 O stars in LH 90.

ID^a	Sp-type^a	\|$M_{\rm bol}^a$\|	\|$\lg T_*^a$\|	\|$v_w^b$\|	\|$\lg \dot {M}$\|	L_w
		(mag)		(km s⁻¹)		(10³⁶ erg s⁻¹)
2–01	O5.5 III	−9.73	4.62	2000	−5.71	2.49
2–02	O7:	−8.07	4.60	2400	−6.68	0.38
2–03	O5.5 V	−9.61	4.64	2000	−5.75	2.26
2–04	O8 V	−7.43	4.58	1900	−6.94	0.13
2–08	O9.7 I	−10.63	4.48	1700	−4.85	25.89
2–10	O3-6	−7.76	4.65	2900	−6.88	0.35
2–11	O9 V	−7.39	4.55	1500	−6.89	0.09
2–13	O6: f	−9.21	4.60	2300	−6.06	1.46
2–14	O5.5 III	−7.86	4.62	2000	−6.69	0.26
2–16	O8 V	−7.26	4.58	1900	−7.03	0.11
2–17	O8 V	−7.98	4.58	1900	−6.65	0.26
2–20	O5.5 III	−8.95	4.62	2000	−6.12	0.97
2–22	O3 III(f*)	−9.91	4.67	3000	−5.74	5.22
2–24	O6 V	−8.09	4.63	2600	−6.68	0.45
2–26	O9 V	−7.22	4.55	1500	−6.98	0.08
2–28	O8 V	−8.54	4.58	1900	−6.35	0.51
2–29	O9:	−8.21	4.53	1500	−6.47	0.24
2–30	O7:	−9.41	4.58	2400	−6.00	1.85
2–32	O6: I	−9.41	4.58	2300	−5.50	10.71
2–33	O5.5 III	−9.25	4.62	2000	−5.96	1.39
2–36	O8 V	−9.13	4.58	1900	−6.04	1.04
2–38A	O9-B0	−9.34	4.48	1500	−5.93	0.84
2–50	O7 III	−8.96	4.58	2600	−6.27	1.16
2–51	O7 V	−8.20	4.60	2400	−6.61	0.45
2–53	O6 If	−10.33	4.58	2300	−5.03	31.13
Total						89.71

ID^a	Sp-type^a	\|$M_{\rm bol}^a$\|	\|$\lg T_*^a$\|	\|$v_w^b$\|	\|$\lg \dot {M}$\|	L_w
		(mag)		(km s⁻¹)		(10³⁶ erg s⁻¹)
2–01	O5.5 III	−9.73	4.62	2000	−5.71	2.49
2–02	O7:	−8.07	4.60	2400	−6.68	0.38
2–03	O5.5 V	−9.61	4.64	2000	−5.75	2.26
2–04	O8 V	−7.43	4.58	1900	−6.94	0.13
2–08	O9.7 I	−10.63	4.48	1700	−4.85	25.89
2–10	O3-6	−7.76	4.65	2900	−6.88	0.35
2–11	O9 V	−7.39	4.55	1500	−6.89	0.09
2–13	O6: f	−9.21	4.60	2300	−6.06	1.46
2–14	O5.5 III	−7.86	4.62	2000	−6.69	0.26
2–16	O8 V	−7.26	4.58	1900	−7.03	0.11
2–17	O8 V	−7.98	4.58	1900	−6.65	0.26
2–20	O5.5 III	−8.95	4.62	2000	−6.12	0.97
2–22	O3 III(f*)	−9.91	4.67	3000	−5.74	5.22
2–24	O6 V	−8.09	4.63	2600	−6.68	0.45
2–26	O9 V	−7.22	4.55	1500	−6.98	0.08
2–28	O8 V	−8.54	4.58	1900	−6.35	0.51
2–29	O9:	−8.21	4.53	1500	−6.47	0.24
2–30	O7:	−9.41	4.58	2400	−6.00	1.85
2–32	O6: I	−9.41	4.58	2300	−5.50	10.71
2–33	O5.5 III	−9.25	4.62	2000	−5.96	1.39
2–36	O8 V	−9.13	4.58	1900	−6.04	1.04
2–38A	O9-B0	−9.34	4.48	1500	−5.93	0.84
2–50	O7 III	−8.96	4.58	2600	−6.27	1.16
2–51	O7 V	−8.20	4.60	2400	−6.61	0.45
2–53	O6 If	−10.33	4.58	2300	−5.03	31.13
Total						89.71

Notes. The units of T and |$\dot {M}$| are K and M_⊙ yr⁻¹, respectively. This result requires a further correction for low metallicity in the LMC.

Reference: ^aTestor et al. (1993); ^bKudritzki & Puls (2000).

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