We present a new empirical prescription for the mass-loss rates of hydrogen-free Wolf-Rayet stars based on results of detailed spectral analyses of WC and WO stars. Compared to the prescription of Nugis & Lamers (2000), M⊙ is less sensitive to the surface helium abundance, implying a stronger mass loss at the late stages of Wolf-Rayet evolution. The winds of hydrogen-free WN stars have a strong metallicity dependence, while those of WC and WO stars have a very weak metallicity dependence
International audienceMassive stars that become stripped of their hydrogen envelope through binary i...
Aims. We investigate the influence of metallicity and stellar wind mass loss on the radius of Wolf-R...
Aims.We investigate the influence of metallicity and stellar wind mass loss on the radius of Wolf-R...
© 2016. The American Astronomical Society. All rights reserved. We present a new empirical prescript...
Context. Wolf-Rayet (WR) stars have a severe impact on their environments owing to their strong ioni...
We have performed a pilot study of mass loss predictions for late-type Wolf-Rayet (WR) stars as a fu...
Context. The classical Wolf-Rayet (WR) phase is believed to mark the end stage of the evolution of m...
Classical Wolf-Rayet (WR) stars mark an important stage in the late evolution of massive stars. As h...
We investigate the influence of metallicity and wind mass loss on the radii of luminous Wolf-Rayet s...
Aims.Recent theoretical predictions for the winds of Wolf-Rayet stars indicate that their mass-loss ...
Context. The mass loss from Wolf-Rayet (WR) stars is of fundamental importance for the final fate o...
We present mass-loss predictions from Monte Carlo radiative transfer models for helium (He) stars as...
Context. The mass loss of helium-burning stars, which are partially or completely stripped of their ...
Context. The most massive stars are thought to be hydrogen-rich Wolf-Rayet stars of late spectral su...
Massive stars that become stripped of their hydrogen envelope through binary interaction or winds ca...
International audienceMassive stars that become stripped of their hydrogen envelope through binary i...
Aims. We investigate the influence of metallicity and stellar wind mass loss on the radius of Wolf-R...
Aims.We investigate the influence of metallicity and stellar wind mass loss on the radius of Wolf-R...
© 2016. The American Astronomical Society. All rights reserved. We present a new empirical prescript...
Context. Wolf-Rayet (WR) stars have a severe impact on their environments owing to their strong ioni...
We have performed a pilot study of mass loss predictions for late-type Wolf-Rayet (WR) stars as a fu...
Context. The classical Wolf-Rayet (WR) phase is believed to mark the end stage of the evolution of m...
Classical Wolf-Rayet (WR) stars mark an important stage in the late evolution of massive stars. As h...
We investigate the influence of metallicity and wind mass loss on the radii of luminous Wolf-Rayet s...
Aims.Recent theoretical predictions for the winds of Wolf-Rayet stars indicate that their mass-loss ...
Context. The mass loss from Wolf-Rayet (WR) stars is of fundamental importance for the final fate o...
We present mass-loss predictions from Monte Carlo radiative transfer models for helium (He) stars as...
Context. The mass loss of helium-burning stars, which are partially or completely stripped of their ...
Context. The most massive stars are thought to be hydrogen-rich Wolf-Rayet stars of late spectral su...
Massive stars that become stripped of their hydrogen envelope through binary interaction or winds ca...
International audienceMassive stars that become stripped of their hydrogen envelope through binary i...
Aims. We investigate the influence of metallicity and stellar wind mass loss on the radius of Wolf-R...
Aims.We investigate the influence of metallicity and stellar wind mass loss on the radius of Wolf-R...