We present the preliminary results of an intensive monitoring devoted to HD 150136. Already quoted as an O3+O6 binary, we detected a third O-type component physically linked to the system, making it one of the nearest (1.3 kpc) most massive systems known until now (~134Msolar). To determine the physical parameters of this system, we applied a disentangling program to study individually the three components. It allows us to constrain their spectral types and to derive a new orbital solution for the short-period system.status: publishe
Context. The triple system HD 150136 is composed of an O3 V((f*))–O3.5 V((f+)) primary, of an O5.5–6...
Context. Massive stars are of fundamental importance for almost all aspects of astrophysics, but the...
International audience Aims: HD 166734 is an eccentric eclipsing binary system composed of two super...
We present the preliminary results of an intensive monitoring devoted to HD 150136. Already quoted a...
Context. HD 150136 is one of the nearest systems harbouring an O3 star. Although this system was con...
Context. HD 150136 is a triple hierarchical system and a non-thermal radio emitter. It is formed by ...
Context. HD 150136 is a triple hierarchical system and a non-thermal radio emitter. It is formed by ...
Context. HD 150136 is a triple hierarchical system and a non-thermal radio emitter. It is formed by ...
Context. Massive stars are of fundamental importance for almost all aspects of astrophysics, but the...
From radial velocities determined in high signal-to-noise digital spectra, we report the discovery t...
Analyses of multi-epoch, high-resolution (R ~ 50 000) optical spectra of the O-type star HD 152246 (...
Aims. HD 166734 is an eccentric eclipsing binary system composed of two supergiant O-type stars, orb...
Analyses of multi-epoch, high-resolution (R ~ 50 000) optical spectra of the O-type star HD 152246 (...
We report the analysis of an extensive set of high-resolution spectroscopic observations of the mass...
Context. The triple system HD 150136 is composed of an O3 V((f*))–O3.5 V((f+)) primary, of an O5.5–6...
Context. Massive stars are of fundamental importance for almost all aspects of astrophysics, but the...
International audience Aims: HD 166734 is an eccentric eclipsing binary system composed of two super...
We present the preliminary results of an intensive monitoring devoted to HD 150136. Already quoted a...
Context. HD 150136 is one of the nearest systems harbouring an O3 star. Although this system was con...
Context. HD 150136 is a triple hierarchical system and a non-thermal radio emitter. It is formed by ...
Context. HD 150136 is a triple hierarchical system and a non-thermal radio emitter. It is formed by ...
Context. HD 150136 is a triple hierarchical system and a non-thermal radio emitter. It is formed by ...
Context. Massive stars are of fundamental importance for almost all aspects of astrophysics, but the...
From radial velocities determined in high signal-to-noise digital spectra, we report the discovery t...
Analyses of multi-epoch, high-resolution (R ~ 50 000) optical spectra of the O-type star HD 152246 (...
Aims. HD 166734 is an eccentric eclipsing binary system composed of two supergiant O-type stars, orb...
Analyses of multi-epoch, high-resolution (R ~ 50 000) optical spectra of the O-type star HD 152246 (...
We report the analysis of an extensive set of high-resolution spectroscopic observations of the mass...
Context. The triple system HD 150136 is composed of an O3 V((f*))–O3.5 V((f+)) primary, of an O5.5–6...
Context. Massive stars are of fundamental importance for almost all aspects of astrophysics, but the...
International audience Aims: HD 166734 is an eccentric eclipsing binary system composed of two super...