Abstract. We present ground-based multi-colour Geneva photometry and high-resolution spectra of the variable B-type star HD 131120. All sets of data reveal a monoperiodic star with a period of 1.569 days. We compare the variability of the star with a non-radial g-mode pulsation model and with a rotational modulation model. The latter model appears to be the best explanation for the observed line-prole variations of the star. Moreover, contrary to the pulsational model, it is able to reproduce the behaviour of the rst three moments of the Si and He lines as well as the large variability of their equivalent width. We therefore remove the star from the list of new Slowly Pulsating B stars found from Hipparcos data
Item does not contain fulltextOB stars are important building blocks of the Universe, but we have on...
The B[e] phenomenon can be present in stars of different types and at different evolutionary stages....
We present the results of detailed frequency analyses of a sample of thirteen confirmed slowly pulsa...
Abstract. We present ground-based multi-colour Geneva photometry and high-resolution spectra of the ...
We present ground-based multi-colour Geneva photometry and high-resolution spectra of the variable B...
We present ground-based multi-colour Geneva photometry and high-resolution spectra of the variable B...
Contains fulltext : 32568.pdf (publisher's version ) (Open Access)We have gathered...
We report monoperiodic variablitity for the four B-type stars HD 131120, HD 105382, HD 138769 and HD...
We present ground-based multi-colour Geneva photometry and high-resolution high S/N spectra of the v...
We have gathered and analysed multicolour Geneva photometry and high-resolution spectroscopy of the...
We present ground-based multi-colour Geneva photometry and high-resolution spectra of four variable ...
International audienceContext. There exist few variability studies of stars in the region in the Her...
International audienceThe analysis of the light curves of 48 B-type stars observed by Kepler is pres...
Context: Modeling of pre-main sequence (PMS) stars through asteroseismology of PMS p-mode pulsators ...
Context. HD 181231 is a B5IVe star, which has been observed with the CoRoT satellite during similar ...
Item does not contain fulltextOB stars are important building blocks of the Universe, but we have on...
The B[e] phenomenon can be present in stars of different types and at different evolutionary stages....
We present the results of detailed frequency analyses of a sample of thirteen confirmed slowly pulsa...
Abstract. We present ground-based multi-colour Geneva photometry and high-resolution spectra of the ...
We present ground-based multi-colour Geneva photometry and high-resolution spectra of the variable B...
We present ground-based multi-colour Geneva photometry and high-resolution spectra of the variable B...
Contains fulltext : 32568.pdf (publisher's version ) (Open Access)We have gathered...
We report monoperiodic variablitity for the four B-type stars HD 131120, HD 105382, HD 138769 and HD...
We present ground-based multi-colour Geneva photometry and high-resolution high S/N spectra of the v...
We have gathered and analysed multicolour Geneva photometry and high-resolution spectroscopy of the...
We present ground-based multi-colour Geneva photometry and high-resolution spectra of four variable ...
International audienceContext. There exist few variability studies of stars in the region in the Her...
International audienceThe analysis of the light curves of 48 B-type stars observed by Kepler is pres...
Context: Modeling of pre-main sequence (PMS) stars through asteroseismology of PMS p-mode pulsators ...
Context. HD 181231 is a B5IVe star, which has been observed with the CoRoT satellite during similar ...
Item does not contain fulltextOB stars are important building blocks of the Universe, but we have on...
The B[e] phenomenon can be present in stars of different types and at different evolutionary stages....
We present the results of detailed frequency analyses of a sample of thirteen confirmed slowly pulsa...