During their birth all stars undergo periods of copious mass loss, frequently characterized by the occurrence of bipolar outflows. These outflows are believed to play a fundamental role in the star formation process. However the exact outflow generating method is obscure at present. To elucidate this problem we are investigating whether the flow properties are correlated over the entire protostellar mass spectrum. Progress in this area requires that we assemble a statistically valid sample of high-mass outflow systems. This is necessary since existing catalogues of such objects are heterogeneous and statistically incomplete
Context. Outflows provide indirect means to gain insight into diverse star formation-associated phen...
With the aim of understanding the role of massive outflows in high-mass star formation, we mapped in...
We review some aspects of the bipolar molecular outflow phenomenon. In particular, we compare the mo...
We present a study of molecular outflows toward a sample of 69 luminous IRAS point sources. The samp...
A statistical study of the properties of molecular outflows is performed based on an up-to-date sam...
A statistical study of the properties of molecular outflows is performed based on an up-to-date samp...
A statistical study of the properties of molecular outflows is performed based on an up-to-date sam...
Received; accepted Context. Theoretical models suggest that massive stars form via disk-mediated acc...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
We have observed 99 mid-infrared-bright, massive young stellar objects and compact H ii regions draw...
Using the eight-beam array receiver of the NRAO 12 m telescope, we mapped the CO = J 2-1 emission to...
Context: The formation processes of massive stars are still unclear but a picture is emerging involv...
Context. Outflows provide indirect means to gain insight into diverse star formation-associated phen...
With the aim of understanding the role of massive outflows in high-mass star formation, we mapped in...
We review some aspects of the bipolar molecular outflow phenomenon. In particular, we compare the mo...
We present a study of molecular outflows toward a sample of 69 luminous IRAS point sources. The samp...
A statistical study of the properties of molecular outflows is performed based on an up-to-date sam...
A statistical study of the properties of molecular outflows is performed based on an up-to-date samp...
A statistical study of the properties of molecular outflows is performed based on an up-to-date sam...
Received; accepted Context. Theoretical models suggest that massive stars form via disk-mediated acc...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
International audienceContext. Theoretical models suggest that massive stars form via disk-mediated ...
We have observed 99 mid-infrared-bright, massive young stellar objects and compact H ii regions draw...
Using the eight-beam array receiver of the NRAO 12 m telescope, we mapped the CO = J 2-1 emission to...
Context: The formation processes of massive stars are still unclear but a picture is emerging involv...
Context. Outflows provide indirect means to gain insight into diverse star formation-associated phen...
With the aim of understanding the role of massive outflows in high-mass star formation, we mapped in...
We review some aspects of the bipolar molecular outflow phenomenon. In particular, we compare the mo...