Open Access
Erratum
This article is an erratum for:
[https://doi.org/10.1051/0004-6361/202449383]


Table 2.

Mass-loss rate prescriptions from different works.

relation (M yr−1) DUSTY mode Reference Sample
M ˙ = 10 8.158 L 1.769 T eff 1.676 $ \dot{M} = 10^{-8.158}L^{1.769}T_{\mathrm{eff}}^{1.676} $ de Jager et al. (1988) Milky Way
M ˙ = 10 5.56 ( L 10 4 ) 1.05 ( T eff 3500 ) 6.3 $ \dot{M}=10^{-5.56}\left(\frac{L}{10^4}\right)^{1.05}\left(\frac{T_{\mathrm{eff}}}{3500}\right)^{-6.3} $ RDW Analytic van Loon et al. (2005) LMC
M ˙ = 1.06 × 10 5 ( L 10 4 ) 0.9 ( P 500 d ) 0.75 ( r gd 200 ) 0.03 $ \dot{M}=1.06 \times 10^{-5}\left(\frac{L}{10^4}\right)^{0.9}\left(\frac{P}{500\,\mathrm{d}}\right)^{0.75}\left(\frac{r_{\mathrm{gd}}}{200}\right)^{-0.03} $ RDW Goldman et al. (2017) LMC
Analytic solution (see reference) Kee et al. (2021)
log = −21.5 − 0.15 Mini+.36 log L Steady-state, r−2 Beasor et al. (2023) Galactic clusters
log = 0.45(log L)3 − 5.26(log L)2 + 20.93 log L −34.56 RDW Yang et al. (2023) SMC
log M ˙ = 0.26 log L 14.19 log ( T eff 4000 ) 9.17 , log L < 4.4 $ \log{\dot{M}} = 0.26 \log{L}-14.19\log{\left(\frac{T_{\mathrm{eff}}}{4000}\right)} - 9.17, \ \log{L} < 4.4 $ Steady-state, r−2 This work LMC
log M ˙ = 2.5 log L 33.7 log ( T eff 4000 ) 19.1 , log L 4.4 $ \log{\dot{M}} = 2.5 \log{L}-33.7\log{\left(\frac{T_{\mathrm{eff}}}{4000}\right)} - 19.1, \ \log{L} \gtrsim 4.4 $

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