International audienceWe report the detection in the envelope of the C-rich star IRC +10216 of four series of lines with harmonically related frequencies: B1389, B1390, B1394, and B1401. The four series must arise from linear molecules with mass and size close to those of C6H and C5N. Three of the series have half-integer rotational quantum numbers; we assign them to the 2Delta and 2Sigma- vibronic states of C6H in its lowest (nu11) bending mode. The fourth series, B1389, has integer J with no evidence of fine or hyperfine structure; it has a rotational constant of 1388.860(2) MHz and a centrifugal distortion constant of 33(1) Hz; it is almost certainly the C5N- anion
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80 detected ...
Author Institution: Herzberg Institute of Astrophysics, National Research Council of CanadaA carbon ...
International audienceWe report the detection in the envelope of the C-rich star IRC +10216 of four ...
International audienceWe report the detection in the envelope of the C-rich star IRC +10216 of four ...
Observations of IRC +10216 with the Yebes 40 m telescope between 31 and 50 GHz have revealed more th...
Aims.Following the recent detection of C6H- in the laboratory and in space we have succeeded in stud...
Aims.Following the recent detection of C6H- in the laboratory and in space we have succeeded in stud...
Aims.Following the recent detection of C6H- in the laboratory and in space we have succeeded in stud...
We report on the discovery of the C7N− anion towards the starless core TMC-1 and towards the carbon-...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden Street, Cambridge, MA 02...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden Street, Cambridge, MA 02...
We report on the discovery of the C7N− anion towards the starless core TMC-1 and towards the carbon-...
We report on the discovery of the C7N− anion towards the starless core TMC-1 and towards the carbon-...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80 detected ...
Author Institution: Herzberg Institute of Astrophysics, National Research Council of CanadaA carbon ...
International audienceWe report the detection in the envelope of the C-rich star IRC +10216 of four ...
International audienceWe report the detection in the envelope of the C-rich star IRC +10216 of four ...
Observations of IRC +10216 with the Yebes 40 m telescope between 31 and 50 GHz have revealed more th...
Aims.Following the recent detection of C6H- in the laboratory and in space we have succeeded in stud...
Aims.Following the recent detection of C6H- in the laboratory and in space we have succeeded in stud...
Aims.Following the recent detection of C6H- in the laboratory and in space we have succeeded in stud...
We report on the discovery of the C7N− anion towards the starless core TMC-1 and towards the carbon-...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden Street, Cambridge, MA 02...
Author Institution: Harvard-Smithsonian Center for Astrophysics, 60 Garden Street, Cambridge, MA 02...
We report on the discovery of the C7N− anion towards the starless core TMC-1 and towards the carbon-...
We report on the discovery of the C7N− anion towards the starless core TMC-1 and towards the carbon-...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80...
The carbon-star envelope IRC +10216 harbors a rich variety of molecules, with more than 80 detected ...
Author Institution: Herzberg Institute of Astrophysics, National Research Council of CanadaA carbon ...