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20032005
most citedEffects of gravitational darkening on the determination of fundamental parameters in fast rotating B-type stars

274 citations

6 papers

astro-ph2005

Fast Rotation vs. Metallicity

Ronaldo Levenhagen, Nelson Vani Leister, Juan Zorec +1

Fast rotation seems to be the major factor to trigger the Be phenomenon. Surface fast rotation can be favored by initial formation conditions such as metal abundance. Models of fas…

astro-ph2005

Zams Rotational Velocities of be Stars

Juan Zorec, Christophe Martayan, Yves Fremat +2

We show that Be stars belong to a high velocity tail of a single B-type star rotational velocity distribution in the main sequence (MS). We studied 127 galactic field Be stars and…

astro-ph2005

Achernar Can be a Differential Rotator

Juan Zorec, Armando Domiciano De Souza, Yves Fremat +1

We take advantage of interferometric measurements of Achernar to inquire on its internal rotational law. The reinterpretation of interferome-tric data and the use of fundamental pa…

astro-ph20051 cited

On the Frequency of Field Galactic Be Stars

Juan Zorec, Yves Fremat

Since Be stars belong to the high velocity tail of a single B star velocity distribution, the appearance of the Be phenomenon must be independent of the stellar mass. In the presen…

astro-ph2005

Evolution of Galactic Field be Stars

Juan Zorec, Yves Fremat, Lydia Cidale

Galactic field Be stars were studied by taking into account the effects induced by the fast rotation on their fundamental parameters. Fractional ages (

astro-ph2005274 cited

Effects of gravitational darkening on the determination of fundamental parameters in fast rotating B-type stars

Y. Fremat, J. Zorec, A. -M. Hubert +1

In this paper we develop a calculation code to account for the effects carried by fast rotation on the observed spectra of early-type stars. Stars are assumed to be in rigid rotati…