The bright 25 GHz series of methanol masers is formed in highly energetic regions of massive star formation and provides a natural signpost of shocked gas surrounding newly forming stars. A systematic survey for the 25 GHz masers has only recently been carried out. We present the preliminary results from the interferometric follow up of 51 masers at 25 GHz in the southern sky.2 page(s
We report a simultaneous 44 and 95 GHz class I methanol maser survey toward 144 sources from the 95 ...
We present ∼1″-4″ resolution Very Large Array (VLA) observations of four CH3OH-E 25 GHz transitions ...
Recently, a comparison between the locations of 6.7-GHz methanol masers and dust continuum emission ...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
Methanol masers are often detected in regions of intense star formation. Several studies in the last...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
The Onsala VLBI group has been conducting an extensive study of the Northern hemisphere methanol mas...
Methanol masers are often detected in regions of intense star formation. Several studies in the las...
Thesis (Ph.D. (Physics)--North-West University, Potchefstroom Campus, 2004.The 6.7 GHz 51 - 60 A+ me...
Context. Maser lines from different molecular species, including water, hydroxyl, and meth...
We report the first detection of a methanol maser in the 101–92 A− transition at 23.4 GHz, discovere...
Restricted AccessWe present initial results of a blind survey for 6.7 GHz methanol masers that is be...
Class II methanol (CH3OH) masers are amongst the clearest signposts of recent high-mass star formati...
C.J. Cyganowski acknowledges support from the STFC (grant number ST/M001296/1).We present ∼1″-4″ res...
Class I methanol masers are believed to be produced in the shock-excited environment around star-for...
We report a simultaneous 44 and 95 GHz class I methanol maser survey toward 144 sources from the 95 ...
We present ∼1″-4″ resolution Very Large Array (VLA) observations of four CH3OH-E 25 GHz transitions ...
Recently, a comparison between the locations of 6.7-GHz methanol masers and dust continuum emission ...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
Methanol masers are often detected in regions of intense star formation. Several studies in the last...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
The Onsala VLBI group has been conducting an extensive study of the Northern hemisphere methanol mas...
Methanol masers are often detected in regions of intense star formation. Several studies in the las...
Thesis (Ph.D. (Physics)--North-West University, Potchefstroom Campus, 2004.The 6.7 GHz 51 - 60 A+ me...
Context. Maser lines from different molecular species, including water, hydroxyl, and meth...
We report the first detection of a methanol maser in the 101–92 A− transition at 23.4 GHz, discovere...
Restricted AccessWe present initial results of a blind survey for 6.7 GHz methanol masers that is be...
Class II methanol (CH3OH) masers are amongst the clearest signposts of recent high-mass star formati...
C.J. Cyganowski acknowledges support from the STFC (grant number ST/M001296/1).We present ∼1″-4″ res...
Class I methanol masers are believed to be produced in the shock-excited environment around star-for...
We report a simultaneous 44 and 95 GHz class I methanol maser survey toward 144 sources from the 95 ...
We present ∼1″-4″ resolution Very Large Array (VLA) observations of four CH3OH-E 25 GHz transitions ...
Recently, a comparison between the locations of 6.7-GHz methanol masers and dust continuum emission ...