Be stars represent about 20 % of the B-type stars in our Galaxy. These stars are surrounded by a circumstellar envelope fed by discrete and recurrent material ejections that come from the star. These stars are also pulsating and rapidly rotating stars. That is why Be stars have specifics pulsational features, that can be studied by the CoRoT satellite, successfully launched on the 27th December 2006. For the first time, CoRoT allows us to systematically study the link between pulsations of Be stars and material outflows that give rise to the circumstellar disk.The purpose of my PhD thesis work is to analyse the CoRoT data of Be stars observed in the first observations runs. Firstly, the data processing required improvements of the frequency...
Context. The class of Be stars are the epitome of rapid rotators in the main sequence. These stars a...
International audienceWe present an intensive study of a sample of 12 Be stars in the first exo-plan...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The b...
Be stars represent about 20 % of the B-type stars in our Galaxy. These stars are surrounded by a cir...
Be stars are early-type stars having near critical rotation. They are surrounded by an equatorial di...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The be...
International audienceContext. Classical Be stars are rapid rotators of spectral type late O to earl...
International audienceContext: Be stars undergo outbursts producing a circumstellar disk from the ej...
Context. In preparation for the COROT mission, an exhaustive photometric study of Be stars located i...
International audienceWe analyzed the star HD 171219, one of the relatively bright Be stars observed...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The be...
International audienceContext. Be stars are probably the most rapid rotators among stars in the main...
Context. The class of Be stars are the epitome of rapid rotators in the main sequence. These stars a...
International audienceWe present an intensive study of a sample of 12 Be stars in the first exo-plan...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The b...
Be stars represent about 20 % of the B-type stars in our Galaxy. These stars are surrounded by a cir...
Be stars are early-type stars having near critical rotation. They are surrounded by an equatorial di...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The be...
International audienceContext. Classical Be stars are rapid rotators of spectral type late O to earl...
International audienceContext: Be stars undergo outbursts producing a circumstellar disk from the ej...
Context. In preparation for the COROT mission, an exhaustive photometric study of Be stars located i...
International audienceWe analyzed the star HD 171219, one of the relatively bright Be stars observed...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The be...
International audienceContext. Be stars are probably the most rapid rotators among stars in the main...
Context. The class of Be stars are the epitome of rapid rotators in the main sequence. These stars a...
International audienceWe present an intensive study of a sample of 12 Be stars in the first exo-plan...
Context. Be stars undergo outbursts producing a circumstellar disk from the ejected material. The b...