Table 2: Fundamental parameters derived for the qWR star
in HD 45166.
Parameter Value

log ( $L_\star$ / $L_\odot$ ) $3.75 \pm 0.08$

$T_\star$ (K) 70 000 $\pm$ 2000

$\ensuremath{\mathit{T}_{\rm eff}}$ (K) 50 000 $\pm$ 2000

$R_\star$ / $R_\odot$ ( $\tau=100)$ 0.51

$\ensuremath{\mathit{R}_{\rm phot}}$ / $R_\odot$ ( $\tau=0.67)$ 1.00

$\ensuremath{\dot{M}}$ ( $\ensuremath{{M}_{\odot}~{\rm yr}^{-1}}$ ) $2.2 \times 10^{-7}$

$v_{\infty}$ ( $\ensuremath{{\rm km~s^{-1}}}$ ) 425

$\beta$ 4.0

f 0.5

$v_{\rm c}$ ( $\ensuremath{{\rm km~s^{-1}}}$ ) 100

**Table 2:** Fundamental parameters derived for the qWR star
in HD 45166.
Parameter	Value
log ( $L_\star$ / $L_\odot$ )	$3.75 \pm 0.08$
$T_\star$ (K)	70 000 $\pm$ 2000
$\ensuremath{\mathit{T}_{\rm eff}}$ (K)	50 000 $\pm$ 2000
$R_\star$ / $R_\odot$ ( $\tau=100)$	0.51
$\ensuremath{\mathit{R}_{\rm phot}}$ / $R_\odot$ ( $\tau=0.67)$	1.00
$\ensuremath{\dot{M}}$ ( $\ensuremath{{M}_{\odot}~{\rm yr}^{-1}}$ )	$2.2 \times 10^{-7}$
$v_{\infty}$ ( $\ensuremath{{\rm km~s^{-1}}}$ )	425
$\beta$	4.0
f	0.5
$v_{\rm c}$ ( $\ensuremath{{\rm km~s^{-1}}}$ )	100

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