Aims: We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive star groupings. Methods: A neutral hydrogen (Hi) line survey carried out at the Instituto Argentino de Radioastronomía (IAR) and the Southern Galactic Plane Survey (SGPS) were the main databases used in this investigation. Results: A new Hi supershell (GS263-02+45) was found in the outer part of the Galaxy. This structure is located at a distance of 5.3 ± 1 kpc from the Sun and has a linear diameter of about 665 ± 40 pc. The expansion velocity of the supershell is ∼14 km s−1. The total amount of atomic gas related to GS263-02+45 is ∼2 × 106 M. Based on the analysis of the SGPS Hi data it is concluded that the OB-association Bochum 7 is likely t...
We present new high resolution neutral hydrogen (H I) images of the Galactic supershell GSH 242-03+3...
We present new high-resolution neutral hydrogen (H I) images of the Galactic supershell GSH 242-03+3...
Original article can be found at: http://journals.cambridge.org/ Copyright International Astronomica...
Aims.We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive sta...
Neutral hydrogen (HI) supershells are usually identified, in a given velocity range, as a brightness...
Aims. We carry out a multiwavelength study to characterize the H I supershell designated GS118+01-44...
Aims. The main goal of this work is to a have a new neutral hydrogen (H i) supershell candidate cata...
We report on the discovery of a new Galactic supershell, GSH 006−15+7, from the Galactic All Sky Sur...
Context. The Milky Way, when viewed in the neutral hydrogen line emission, presents large structures...
Con. The Milky Way, when viewed in the neutral hydrogen line emission, presents large structures cal...
Context. Massive stars have a profound effect on the surrounding interstellar medium. They ionize an...
Context. Massive stars deeply modify their surrounding interstellar medium (ISM) via their high thro...
Taking a clue from the pair of HI supershells found in the Scd galaxy NGC 3556 (M 108), we propose a...
A New catalogue of H I supershell candidates (GSc) was developed in the outer part of the Galaxy. T...
GSH 91.5 + 2 − 114 is a large H i shell located in the outer Galaxy at a kinematic distance of about...
We present new high resolution neutral hydrogen (H I) images of the Galactic supershell GSH 242-03+3...
We present new high-resolution neutral hydrogen (H I) images of the Galactic supershell GSH 242-03+3...
Original article can be found at: http://journals.cambridge.org/ Copyright International Astronomica...
Aims.We look for galactic neutral hydrogen (Hi) supershells likely to be associated with massive sta...
Neutral hydrogen (HI) supershells are usually identified, in a given velocity range, as a brightness...
Aims. We carry out a multiwavelength study to characterize the H I supershell designated GS118+01-44...
Aims. The main goal of this work is to a have a new neutral hydrogen (H i) supershell candidate cata...
We report on the discovery of a new Galactic supershell, GSH 006−15+7, from the Galactic All Sky Sur...
Context. The Milky Way, when viewed in the neutral hydrogen line emission, presents large structures...
Con. The Milky Way, when viewed in the neutral hydrogen line emission, presents large structures cal...
Context. Massive stars have a profound effect on the surrounding interstellar medium. They ionize an...
Context. Massive stars deeply modify their surrounding interstellar medium (ISM) via their high thro...
Taking a clue from the pair of HI supershells found in the Scd galaxy NGC 3556 (M 108), we propose a...
A New catalogue of H I supershell candidates (GSc) was developed in the outer part of the Galaxy. T...
GSH 91.5 + 2 − 114 is a large H i shell located in the outer Galaxy at a kinematic distance of about...
We present new high resolution neutral hydrogen (H I) images of the Galactic supershell GSH 242-03+3...
We present new high-resolution neutral hydrogen (H I) images of the Galactic supershell GSH 242-03+3...
Original article can be found at: http://journals.cambridge.org/ Copyright International Astronomica...