B[e] supergiants are evolved massive stars with a complex circumstellar environment. A number of important emission features probe the structure and the kinematics of the circumstellar material. In our survey of Magellanic Cloud B[e] supergiants we focus on the [OI] and [CaII] emission lines, which we identified in four more objects
We present a study of the high-resolution (R = 60 000) optical spectrum of the B[e] supergiant CI Ca...
B[e] stars are massive B type emission line stars in different evolutionary stages ranging from pre-...
B[e] supergiants are luminous evolved massive stars. The mass-loss during this phase creates a compl...
The disc formation mechanism of B[e] supergiants is one of the puzzling phenomena in massive star ev...
The disc formation mechanism of B[e] supergiants is one of the puzzling phenomena in massive star ev...
We report on the detection of [OI] emission lines in the high-resolution optical spectra of several ...
Context. B[e] supergiants are massive post-main-sequence stars, surrounded by a complex circumstella...
We report on the first detection of 13C enhancement in two B[e] supergiants (B[e]SGs) in the Large M...
Aims: The study is aimed at discovering new objects with the B[e] phenomenon in the Large Magellanic...
Context. B[e] supergiants are evolved massive stars, enshrouded in a dense wind and surrounded by a ...
Aims. The study is aimed at discovering new objects with the B[e] phenomenon in the Large Magellanic...
We present the discovery of three new B[e] supergiants (sgB[e] stars) in the Small Magellanic Cloud ...
Context. B[e] supergiants are luminous, massive post-main sequence stars exhibiting non-spherical wi...
Context. The appearance of the B[e] phenomenon in evolved massive stars such as B[e] supergiants is ...
Context. B[e] supergiants are luminous, massive post-main sequence stars exhibiting non-spherical wi...
We present a study of the high-resolution (R = 60 000) optical spectrum of the B[e] supergiant CI Ca...
B[e] stars are massive B type emission line stars in different evolutionary stages ranging from pre-...
B[e] supergiants are luminous evolved massive stars. The mass-loss during this phase creates a compl...
The disc formation mechanism of B[e] supergiants is one of the puzzling phenomena in massive star ev...
The disc formation mechanism of B[e] supergiants is one of the puzzling phenomena in massive star ev...
We report on the detection of [OI] emission lines in the high-resolution optical spectra of several ...
Context. B[e] supergiants are massive post-main-sequence stars, surrounded by a complex circumstella...
We report on the first detection of 13C enhancement in two B[e] supergiants (B[e]SGs) in the Large M...
Aims: The study is aimed at discovering new objects with the B[e] phenomenon in the Large Magellanic...
Context. B[e] supergiants are evolved massive stars, enshrouded in a dense wind and surrounded by a ...
Aims. The study is aimed at discovering new objects with the B[e] phenomenon in the Large Magellanic...
We present the discovery of three new B[e] supergiants (sgB[e] stars) in the Small Magellanic Cloud ...
Context. B[e] supergiants are luminous, massive post-main sequence stars exhibiting non-spherical wi...
Context. The appearance of the B[e] phenomenon in evolved massive stars such as B[e] supergiants is ...
Context. B[e] supergiants are luminous, massive post-main sequence stars exhibiting non-spherical wi...
We present a study of the high-resolution (R = 60 000) optical spectrum of the B[e] supergiant CI Ca...
B[e] stars are massive B type emission line stars in different evolutionary stages ranging from pre-...
B[e] supergiants are luminous evolved massive stars. The mass-loss during this phase creates a compl...