We calculated the influence of the limb-darkened finite-disk correction factor in the theory of radiation-driven winds from massive stars. We solved the one-dimensional m-CAK hydrodynamical equation of rotating radiation-driven winds for all three known solutions, i.e., fast, Ω-slow, and δ-slow. We found that for the fast solution, the mass-loss rate is increased by a factor of 10%, while the terminal velocity is reduced about 10%, when compared with the solution using a finite-disk correction factor from a uniformly bright star. For the other two slow solutions, the changes are almost negligible. Although we found that the limb darkening has no effects on the wind-momentum-luminosity relationship, it would affect the calculation of synthet...
International audienceContext. The understanding of the evolution of early-type stars is tightly rel...
We present a general method for solving the non--linear differential equation of monotonically incre...
We investigate the effect of rotation on the maximum mass-loss rate due to an optically-thin radiati...
We calculated the influence of the limb-darkened finite-disk correction factor in the theory of radi...
Accurate mass-loss rate estimates are crucial keys in the study of wind properties of massive stars ...
Context. Radiation-driven mass loss plays a key role in the life cycles of massive stars. However, b...
The theory of radiation-driven winds succeeded in describing terminal velocities and mass-loss rates...
We compare models of line-driven winds from accretion discs and single spherical stars. We look at t...
The theory of radiation driven wind including stellar rotation is re-examined. After a suitable chan...
Accurate mass-loss rate estimates are crucial keys in the study of wind properties of massive stars ...
As the disk formation mechanism(s) in Be stars is(are) as yet unknown, we investigate the role of ra...
The hottest and most massive stars (spectral types O, B, Wolf-Rayet) have strong stellar winds that ...
Accurate mass-loss rates and terminal velocities from massive stars winds are essential to obtain sy...
We develop a theoretical treatment that allows us to determine the maximum mass-loss rate of a hot ...
We investigate the effect of rotation on the maximum mass-loss rate due to an optically-thin radiati...
International audienceContext. The understanding of the evolution of early-type stars is tightly rel...
We present a general method for solving the non--linear differential equation of monotonically incre...
We investigate the effect of rotation on the maximum mass-loss rate due to an optically-thin radiati...
We calculated the influence of the limb-darkened finite-disk correction factor in the theory of radi...
Accurate mass-loss rate estimates are crucial keys in the study of wind properties of massive stars ...
Context. Radiation-driven mass loss plays a key role in the life cycles of massive stars. However, b...
The theory of radiation-driven winds succeeded in describing terminal velocities and mass-loss rates...
We compare models of line-driven winds from accretion discs and single spherical stars. We look at t...
The theory of radiation driven wind including stellar rotation is re-examined. After a suitable chan...
Accurate mass-loss rate estimates are crucial keys in the study of wind properties of massive stars ...
As the disk formation mechanism(s) in Be stars is(are) as yet unknown, we investigate the role of ra...
The hottest and most massive stars (spectral types O, B, Wolf-Rayet) have strong stellar winds that ...
Accurate mass-loss rates and terminal velocities from massive stars winds are essential to obtain sy...
We develop a theoretical treatment that allows us to determine the maximum mass-loss rate of a hot ...
We investigate the effect of rotation on the maximum mass-loss rate due to an optically-thin radiati...
International audienceContext. The understanding of the evolution of early-type stars is tightly rel...
We present a general method for solving the non--linear differential equation of monotonically incre...
We investigate the effect of rotation on the maximum mass-loss rate due to an optically-thin radiati...