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Table B.2

Best fit values of wind parameters, Eddington factors and ionising fluxes.

Source logM˙\log \dot{M} [M yr-1] v [km s-1] vwindturb [v] β fcl fic fvel vcl,start [v] ΓEdd,e log Q0 [s-1] log Q1 [s-1]
Presumed single
W61-28-23 6.25±0.100.25${-}6.25\pm^{0.25}_{0.10}$ 3125±150125$3125\pm^{125}_{150}$ 0.04±0.040.04$0.04\pm^{0.04}_{0.04}$ 1.80±0.500.30$1.80\pm^{0.30}_{0.50}$ (2±213)$(2\pm^{13}_{2})$ (0.29±0.260.15)$(0.29\pm^{0.15}_{0.26})$ (0.40±0.300.60)$(0.40\pm^{0.60}_{0.30})$ (0.07±0.020.23)$(0.07\pm^{0.23}_{0.02})$ 0.22±0.030.02$0.22\pm^{0.02}_{0.03}$ 49.4 48.7
Sk −67°167 5.66±0.080.13${-}5.66\pm^{0.13}_{0.08}$ 2375±225100$2375\pm^{100}_{225}$ 0.12±0.020.09$0.12\pm^{0.09}_{0.02}$ 0.90±0.150.25$0.90\pm^{0.25}_{0.15}$ 42±195$42\pm^{5}_{19}$ 0.09±0.040.09$0.09\pm^{0.09}_{0.04}$ 0.40±0.100.24$0.40\pm^{0.24}_{0.10}$ 0.07±0.020.04$0.07\pm^{0.04}_{0.02}$ 0.36±0.030.03$0.36\pm^{0.03}_{0.03}$ 49.6 48.7
ST 92-4-18 6.08±0.180.05${-}6.08\pm^{0.05}_{0.18}$ 2350±125100$2350\pm^{100}_{125}$ 0.07±0.020.06$0.07\pm^{0.06}_{0.02}$ 1.50±0.350.45$1.50\pm^{0.45}_{0.35}$ 32±1019$32\pm^{19}_{10}$ (0.46±0.450.07)$(0.46\pm^{0.07}_{0.45})$ (0.38±0.160.64)$(0.38\pm^{0.64}_{0.16})$ 0.18±0.060.06$0.18\pm^{0.06}_{0.06}$ 0.28±0.050.03$0.28\pm^{0.03}_{0.05}$ 49.4 48.6
Sk −67°69 6.18±0.230.03${-}6.18\pm^{0.03}_{0.23}$ 2550±12575$2550\pm^{75}_{125}$ 0.07±0.020.05$0.07\pm^{0.05}_{0.02}$ 1.65±0.300.40$1.65\pm^{0.40}_{0.30}$ 11±618$11\pm^{18}_{6}$ 0.42±0.310.11$0.42\pm^{0.11}_{0.31}$ 0.56±0.260.38$0.56\pm^{0.38}_{0.26}$ 0.08±0.020.05$0.08\pm^{0.05}_{0.02}$ 0.28±0.030.04$0.28\pm^{0.04}_{0.03}$ 49.5 48.7
Farina-88 6.35±0.150.06${-}6.35\pm^{0.06}_{0.15}$ 2750±25100$2750\pm^{100}_{25}$ 0.08±0.050.01$0.08\pm^{0.01}_{0.05}$ 1.60±0.050.25$1.60\pm^{0.25}_{0.05}$ 10±48$10\pm^{8}_{4}$ 0.11±0.000.14$0.11\pm^{0.14}_{0.00}$ 0.44±0.160.10$0.44\pm^{0.10}_{0.16}$ 0.06±0.040.01$0.06\pm^{0.01}_{0.04}$ 0.26±0.020.03$0.26\pm^{0.03}_{0.02}$ 49.5 48.8
LMCe 078-1 6.01±0.080.18${-}6.01\pm^{0.18}_{0.08}$ 2325±200125$2325\pm^{125}_{200}$ 0.13±0.080.04$0.13\pm^{0.04}_{0.08}$ 1.65±0.300.20$1.65\pm^{0.20}_{0.30}$ 50±331$50\pm^{1}_{33}$ 0.14±0.070.23$0.14\pm^{0.23}_{0.07}$ 0.74±0.220.28$0.74\pm^{0.28}_{0.22}$ 0.28±0.050.03$0.28\pm^{0.03}_{0.05}$ 0.24±0.020.03$0.24\pm^{0.03}_{0.02}$ 49.3 48.4
Sk −67°111 6.01±0.080.15${-}6.01\pm^{0.15}_{0.08}$ 2000±100125$2000\pm^{125}_{100}$ 0.08±0.040.04$0.08\pm^{0.04}_{0.04}$ 1.70±0.300.75$1.70\pm^{0.75}_{0.30}$ 31±1514$31\pm^{14}_{15}$ 0.28±0.230.23$0.28\pm^{0.23}_{0.23}$ (0.82±0.460.18)$(0.82\pm^{0.18}_{0.46})$ 0.14±0.030.08$0.14\pm^{0.08}_{0.03}$ 0.32±0.020.04$0.32\pm^{0.04}_{0.02}$ 49.4 48.3
N11-018 6.03±0.080.15${-}6.03\pm^{0.15}_{0.08}$ 2300±12575$2300\pm^{75}_{125}$ 0.10±0.030.04$0.10\pm^{0.04}_{0.03}$ 1.75±0.500.25$1.75\pm^{0.25}_{0.50}$ 48±243$48\pm^{3}_{24}$ 0.38±0.240.14$0.38\pm^{0.14}_{0.24}$ 0.92±0.300.10$0.92\pm^{0.10}_{0.30}$ 0.29±0.050.01$0.29\pm^{0.01}_{0.05}$ 0.30±0.030.02$0.30\pm^{0.02}_{0.03}$ 49.4 48.4
Sk −69°50 6.16±0.130.03${-}6.16\pm^{0.03}_{0.13}$ 1925±15025$1925\pm^{25}_{150}$ 0.14±0.010.04$0.14\pm^{0.04}_{0.01}$ 0.95±0.050.10$0.95\pm^{0.10}_{0.05}$ 35±48$35\pm^{8}_{4}$ 0.23±0.020.06$0.23\pm^{0.06}_{0.02}$ (0.04±0.020.04)$(0.04\pm^{0.04}_{0.02})$ 0.14±0.010.03$0.14\pm^{0.03}_{0.01}$ 0.23±0.010.01$0.23\pm^{0.01}_{0.01}$ 49.1 47.9
Sk −71°50 6.43±0.050.13${-}6.43\pm^{0.13}_{0.05}$ 1875±12550$1875\pm^{50}_{125}$ 0.14±0.010.06$0.14\pm^{0.06}_{0.01}$ 1.25±0.300.30$1.25\pm^{0.30}_{0.30}$ 43±182$43\pm^{2}_{18}$ 0.32±0.230.01$0.32\pm^{0.01}_{0.23}$ 0.52±0.040.30$0.52\pm^{0.30}_{0.04}$ 0.14±0.040.04$0.14\pm^{0.04}_{0.04}$ 0.23±0.020.01$0.23\pm^{0.01}_{0.02}$ 49.1 48.1
Sk −69°104 5.930.150.13${-}5.93\pm^{0.13}_{0.15}$ 2700±200225$2700\pm^{225}_{200}$ 0.20±0.100.08$0.20\pm^{0.08}_{0.10}$ 0.75±0.150.25$0.75\pm^{0.25}_{0.15}$ 44±248$44\pm^{8}_{24}$ 0.05±0.020.03$0.05\pm^{0.03}_{0.02}$ 0.28±0.100.20$0.28\pm^{0.20}_{0.10}$ 0.03±0.020.05$0.03\pm^{0.05}_{0.02}$ 0.37±0.020.03$0.37\pm^{0.03}_{0.02}$ 49.4 48.3
Sk −68°16 6.22±0.150.13${-}6.22\pm^{0.13}_{0.15}$ 2400±75250$2400\pm^{250}_{75}$ 0.14±0.100.16$0.14\pm^{0.16}_{0.10}$ 1.70±0.400.35$1.70\pm^{0.35}_{0.40}$ 45±177$45\pm^{7}_{17}$ 0.03±0.020.04$0.03\pm^{0.04}_{0.02}$ 0.50±0.200.20$0.50\pm^{0.20}_{0.20}$ 0.29±0.040.01$0.29\pm^{0.01}_{0.04}$ 0.28±0.030.02$0.28\pm^{0.02}_{0.03}$ 49.3 48.3
LH 9-34 5.80±0.300.15${-}5.80\pm^{0.15}_{0.30}$ 1500±10075$1500\pm^{75}_{100}$ 0.09±0.010.07$0.09\pm^{0.07}_{0.01}$ 1.15±0.150.60$1.15\pm^{0.60}_{0.15}$ 6±411$6\pm^{11}_{4}$ 0.38±0.170.02$0.38\pm^{0.02}_{0.17}$ 0.92±0.220.08$0.92\pm^{0.08}_{0.22}$ 0.10±0.040.14$0.10\pm^{0.14}_{0.04}$ 0.33±0.030.03$0.33\pm^{0.03}_{0.03}$ 49.2 47.7
Sk −66°171 6.18±0.080.55${-}6.18\pm^{0.55}_{0.08}$ 1850±10075$1850\pm^{75}_{100}$ 0.17±0.060.02$0.17\pm^{0.02}_{0.06}$ 1.60±0.300.70$1.60\pm^{0.70}_{0.30}$ (41±351)$(41\pm^{1}_{35})$ (0.08±0.050.07)$(0.08\pm^{0.07}_{0.05})$ (0.90±0.200.08)$(0.90\pm^{0.08}_{0.20})$ (0.06±0.040.18)$(0.06\pm^{0.18}_{0.04})$ 0.36±0.060.03$0.36\pm^{0.03}_{0.06}$ 49.3 47.9
Sk −71°41 6.55±0.050.18${-}6.55\pm^{0.18}_{0.05}$ 1850±17575$1850\pm^{75}_{175}$ 0.18±0.110.06$0.18\pm^{0.06}_{0.11}$ 2.90±0.250.65$2.90\pm^{0.65}_{0.25}$ 30±819$30\pm^{19}_{8}$ (0.25±0.230.19)$(0.25\pm^{0.19}_{0.23})$ 0.76±0.120.20$0.76\pm^{0.20}_{0.12}$ 0.04±0.010.07$0.04\pm^{0.07}_{0.01}$ 0.31±0.040.03$0.31\pm^{0.03}_{0.04}$ 49.1 47.4
Sk −67°5 6.64±0.130.15${-}6.64\pm^{0.15}_{0.13}$ 1425±7575$1425\pm^{75}_{75}$ 0.14±0.040.06$0.14\pm^{0.06}_{0.04}$ 2.25±0.900.50$2.25\pm^{0.50}_{0.90}$ 34±817$34\pm^{17}_{8}$ 0.18±0.100.25$0.18\pm^{0.25}_{0.10}$ 0.82±0.680.10$0.82\pm^{0.10}_{0.68}$ 0.10±0.060.07$0.10\pm^{0.07}_{0.06}$ 0.23±0.020.03$0.23\pm^{0.03}_{0.02}$ 48.4 45.6
Signs of binarity
LH 114-7 6.46±0.200.10${-}6.46\pm^{0.10}_{0.20}$ 3425±375350$3425\pm^{350}_{375}$ 0.27±0.140.04$0.27\pm^{0.04}_{0.14}$ 1.00±0.200.25$1.00\pm^{0.25}_{0.20}$ 24±528$24\pm^{28}_{5}$ 0.36±0.330.16$0.36\pm^{0.16}_{0.33}$ 0.42±0.260.54$0.42\pm^{0.54}_{0.26}$ 0.01±0.010.04$0.01\pm^{0.04}_{0.01}$ 0.47±0.120.03$0.47\pm^{0.03}^{0.12}$ 49.8 49.3
VFTS-267 6.15±0.030.18${-}6.15\pm^{0.18}_{0.03}$ 2700±75200$2700\pm^{200}_{75}$ 0.04±0.030.07$0.04\pm^{0.07}_{0.03}$ 1.70±0.400.40$1.70\pm^{0.40}_{0.40}$ 51±211$51\pm^{1}_{21}$ 0.05±0.020.07$0.05\pm^{0.07}_{0.02}$ 0.26±0.240.40$0.26\pm^{0.40}_{0.24}$ 0.10±0.010.04$0.10\pm^{0.04}_{0.01}$ 0.35±0.040.04$0.35\pm^{0.04}_{0.04}$ 49.7 48.9
Sk −71°46 5.68±0.100.10${-}5.68\pm^{0.10}_{0.10}$ 2575±100100$2575\pm^{100}_{100}$ 0.06±0.010.04$0.06\pm^{0.04}_{0.01}$ 1.70±0.300.20$1.70\pm^{0.20}_{0.30}$ 29±716$29\pm^{16}_{7}$ (0.50±0.490.02)$(0.50\pm^{0.02}_{0.49})$ 0.96±0.180.06$0.96\pm^{0.06}_{0.18}$ 0.29±0.040.01$0.29\pm^{0.01}_{0.04}$ 0.34±0.020.03$0.34\pm^{0.03}_{0.02}$ 49.6 48.7
Sk −67°108 6.37±0.150.10${-}6.37\pm^{0.10}_{0.15}$ 2675±125125$2675\pm^{125}_{125}$ 0.03±0.040.07$0.03\pm^{0.07}_{0.04}$ 1.35±0.400.15$1.35\pm^{0.15}_{0.40}$ 36±135$36\pm^{5}_{13}$ 0.10±0.060.00$0.10\pm^{0.00}_{0.06}$ 0.02±0.020.06$0.02\pm^{0.06}_{0.02}$ 0.04±0.020.01$0.04\pm^{0.01}_{0.02}$ 0.37±0.030.03$0.37\pm^{0.03}_{0.03}$ 49.7 49.0
Sk −71°19 7.20±0.330.04${-}7.20\pm^{0.04}_{0.33}$ 1575±275225$1575\pm^{225}_{275}$ 0.20±0.200.07$0.20\pm^{0.07}_{0.20}$ 0.75±0.100.65$0.75\pm^{0.65}_{0.10}$ 40±199$40\pm^{9}_{19}$ 0.01±0.000.01$0.01\pm^{0.01}_{0.00}$ 0.02±0.020.06$0.02\pm^{0.06}_{0.02}$ 0.10±0.040.06$0.10\pm^{0.06}_{0.04}$ 0.13±0.010.01$0.13\pm^{0.01}_{0.01}$ 48.8 48.0
Sk −70°115 5.73±0.130.08${-}5.73\pm^{0.08}_{0.13}$ 2150±125100$2150\pm^{100}_{125}$ 0.04±0.030.04$0.04\pm^{0.04}_{0.03}$ 1.25±0.450.15$1.25\pm^{0.15}_{0.45}$ 33±517$33\pm^{17}_{5}$ 0.14±0.060.13$0.14\pm^{0.13}_{0.06}$ 0.08±0.080.18$0.08\pm^{0.18}_{0.08}$ 0.05±0.040.03$0.05\pm^{0.03}_{0.04}$ 0.43±0.040.04$0.43\pm^{0.04}_{0.04}$ 49.7 48.6
BI 173 6.71±0.130.18${-}6.71\pm^{0.18}_{0.13}$ 2725±250475$2725\pm^{475}_{250}$ 0.03±0.030.28$0.03\pm^{0.28}_{0.03}$ 3.50±0.500.05$3.50\pm^{0.05}_{0.50}$ (11±1136)$(11\pm^{36}_{11})$ (0.08±0.050.06)$(0.08\pm^{0.06}_{0.05})$ (0.22±0.220.36)$(0.22\pm^{0.36}_{0.22})$ (0.28±0.070.03)$(0.28\pm^{0.03}_{0.07})$ 0.30±0.020.04$0.30\pm^{0.04}_{0.02}$ 49.1 47.8
5.85±0.100.13${-}5.85\pm^{0.13}_{0.10}$ 1600±5050$1600\pm^{50}_{50}$ 0.08±0.040.01$0.08\pm^{0.01}_{0.04}$ 1.65±0.150.35$1.65\pm^{0.35}_{0.15}$ 17±710$17\pm^{10}_{7}$ 0.22±0.150.31$0.22\pm^{0.31}_{0.15}$ 0.90±0.100.10$0.90\pm^{0.10}_{0.10}$ 0.26±0.050.05$0.26\pm^{0.05}_{0.05}$ 0.36±0.020.03$0.36\pm^{0.03}_{0.02}$ 49.3 47.6

Notes: All values in this table are results from the combined optical and UV run. The electron scattering Eddington parameter is defined as Γe = Lκe/4πcGM, where we adopt κe = 0.34 (Sanyal et al. 2015) and M = Mevol; for LH 114-7 Mevol could not be derived and we use M = Mspec. The H and He I ionising fluxes Q0, Q1 are defined as Qx=qx4πR*2$Q_x = q_x 4 \pi R_*^2$, with qx the ionising radiation (number of photons) per unit surface area per second and x ∈ {0, 1}. The values that appear within brackets have 2σ uncertainties that span the full parameter space; they are not considered for the wind structure parameter analysis (Section 5.3).

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