The young eruptive star V1647 Ori was observed with MIDI, the mid-infrared interferometric instrument at the Very Large Telescope Interferometer (VLTI), on March 2, 2005. We present the first spectrally resolved interferometric visibility points for this object. Our results show that (1) the mid-infrared emitting region is extended, having a size of â7 AU at 10 mum; (2) no signatures of a close companion can be seen; (3) the 8{-}13 mum spectrum exhibits no obvious spectral features. Comparison with similar observations of Herbig Ae stars suggests that V1647 Ori probably possesses a disk of moderate flaring. A simple disk model with T~ r-0.53, Sigma~ r-1.5, M_d=0.05 {M}â is able to fit both the spectral energy distribution and the observ...
The mid-infrared interferometric instrument MIDI has performed its first scientific observation...
We report on recent observations of the pre-main sequence star FU Orionis with VLTI/MIDI. FU Ori was...
International audience Aims: We studied the accretion disk of the archetypal eruptive young star FU ...
The young eruptive star V1647 Ori was observed with MIDI, the mid-infrared interferometric instrumen...
Aims.The occurrence of new FU Orionis-like objects is fundamental to understand the outburst mechani...
Aims:The occurrence of new FU Orionis-like objects is fundamental to understand the outburst mechani...
We present the first long baseline mid-infrared interferometric observations of the circumstellar di...
Abstract We present results of the Mt Abu JHK photometric and HI Brackett γ line monitoring of the e...
Aims. We studied the accretion disk of the archetypal eruptive young star FU Orionis with the use of...
We report new near-infrared, long-baseline interferometric observations at the AU scale of the pre-m...
Aims: We studied the accretion disk of the archetypal eruptive young star FU Orionis with the use of...
The mid-infrared interferometric instrument MIDI has performed its first scientific observation...
We report on recent observations of the pre-main sequence star FU Orionis with VLTI/MIDI. FU Ori was...
International audience Aims: We studied the accretion disk of the archetypal eruptive young star FU ...
The young eruptive star V1647 Ori was observed with MIDI, the mid-infrared interferometric instrumen...
Aims.The occurrence of new FU Orionis-like objects is fundamental to understand the outburst mechani...
Aims:The occurrence of new FU Orionis-like objects is fundamental to understand the outburst mechani...
We present the first long baseline mid-infrared interferometric observations of the circumstellar di...
Abstract We present results of the Mt Abu JHK photometric and HI Brackett γ line monitoring of the e...
Aims. We studied the accretion disk of the archetypal eruptive young star FU Orionis with the use of...
We report new near-infrared, long-baseline interferometric observations at the AU scale of the pre-m...
Aims: We studied the accretion disk of the archetypal eruptive young star FU Orionis with the use of...
The mid-infrared interferometric instrument MIDI has performed its first scientific observation...
We report on recent observations of the pre-main sequence star FU Orionis with VLTI/MIDI. FU Ori was...
International audience Aims: We studied the accretion disk of the archetypal eruptive young star FU ...