A one-year follow-up campaign of high-resolution, high-signal-to-noise spectroscopy for 10 candidate slowly pulsating B stars, which were discovered from the HIPPARCOS astrometric mission, shows that all stars exhibit line-profile variability. From our data, and from the HIPPARCOS photometry, we conclude that all but one of the targets provide evidence of multiperiodicity, with periods of the order of days, confirming their pulsational nature. Thus they are confirmed slowly pulsating B stars. We summarize the pulsation periods and Q-values and select the most interesting targets for very-long-term follow-up observations with the goal of performing asteroseismology. Based on observations obtained at the Observatoire de Haute-Provence
We present the first detection of a rotationally affected series consisting of 36 consecutive high-o...
Contains fulltext : 36162.pdf (publisher's version ) (Open Access)We present a stu...
Context. Massive stars are important for the chemical enrichment of the universe. Since internal mix...
A one-year follow-up campaign of high-resolution, high-signal-to-noise spectroscopy for 10 candidate...
We review the current status of our long-term monitoring project on slowly pulsating B stars that we...
Context. Slowly pulsating B (SPB) stars are upper main-sequence multi-periodic pulsators that show n...
We present the results of detailed frequency analyses of a sample of thirteen confirmed slowly pulsa...
Contains fulltext : 34555.pdf (publisher's version ) (Open Access)Aims. We selecte...
The FRESIP project offers an unprecedented opportunity to study pulsations in hot stars (which vary ...
Aims. We selected a large sample of O-B stars that were considered as (candidate) slowly pulsating B...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...
Aims. We selected a large sample of O-B stars that were considered as (candidate) slowly pulsating B...
Massive stars are important building blocks of the Universe, and their stellar structure and evoluti...
Publisher's version/PDFWe report the discovery of a new slowly pulsating B star, with the largest nu...
Pulsations and binarity are both common features of massive stars. The study of pulsating massive st...
We present the first detection of a rotationally affected series consisting of 36 consecutive high-o...
Contains fulltext : 36162.pdf (publisher's version ) (Open Access)We present a stu...
Context. Massive stars are important for the chemical enrichment of the universe. Since internal mix...
A one-year follow-up campaign of high-resolution, high-signal-to-noise spectroscopy for 10 candidate...
We review the current status of our long-term monitoring project on slowly pulsating B stars that we...
Context. Slowly pulsating B (SPB) stars are upper main-sequence multi-periodic pulsators that show n...
We present the results of detailed frequency analyses of a sample of thirteen confirmed slowly pulsa...
Contains fulltext : 34555.pdf (publisher's version ) (Open Access)Aims. We selecte...
The FRESIP project offers an unprecedented opportunity to study pulsations in hot stars (which vary ...
Aims. We selected a large sample of O-B stars that were considered as (candidate) slowly pulsating B...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...
Aims. We selected a large sample of O-B stars that were considered as (candidate) slowly pulsating B...
Massive stars are important building blocks of the Universe, and their stellar structure and evoluti...
Publisher's version/PDFWe report the discovery of a new slowly pulsating B star, with the largest nu...
Pulsations and binarity are both common features of massive stars. The study of pulsating massive st...
We present the first detection of a rotationally affected series consisting of 36 consecutive high-o...
Contains fulltext : 36162.pdf (publisher's version ) (Open Access)We present a stu...
Context. Massive stars are important for the chemical enrichment of the universe. Since internal mix...