ABSTRACT We combine all previously published radial velocity measurements of the spectroscopic binary WR 141 with new CCD data ... 1991, in IAU Symp. 143, Wolf‐Rayet Stars and Interrelations with ...

WR 104 is notable not just for the rarity of Wolf-Rayet stars in the galaxy, but also for the spiral shape its escaping dust forms as it leaks out into space. This is the result of the gravitational ...

As a result, they found that Melnick 39 is a colliding-wind binary ... stars are so luminous that their radiation can drive fast stellar winds with terminal velocities of 1,000–3,000 km/s. Wolf ...

My research focuses on observational studies of young stars, star-forming regions, and massive Wolf-Rayet stars. I make use of several space-based telescopes including the Chandra and XMM-Newton X-ray ...

A team of astronomers used three instruments from the Keck Observatory to study WR 104, a stellar system nicknamed the 'death ... a unique laboratory for studying massive stars and their interactions.

It's part of a star system called Wolf-Rayet 104 (WR ... The dust blowing away from Wolf-Rayet stars with a binary companion can become carved into spectacular shapes by the orbital interaction ...