140 citations · 492 across the 13 of their papers we have counts for
13 papers
Infall, outflow, and turbulence in massive star-forming cores in the G333 giant molecular cloud
N. Lo, B. Wiles, M. P. Redman +5
We present molecular line imaging observations of three massive molecular outflow sources, G333.6-0.2, G333.1-0.4, and G332.8-0.5, all of which also show evidence for infall, withi…
A Spitzer Space Telescope survey of massive young stellar objects in the G333.2-0.4 giant molecular cloud
Janet P. Simpson, Angela S. Cotera, Michael G. Burton +3
The G333 giant molecular cloud contains a few star clusters and H II regions, plus a number of condensations currently forming stars. We have mapped 13 of these sources with the ap…
Observations and radiative transfer modelling of a massive dense cold core in G333
N. Lo, M. P. Redman, P. A. Jones +4
Cold massive cores are one of the earliest manifestations of high mass star formation. Following the detection of SiO emission from G333.125-0.562, a cold massive core, further inv…
Discrete Source Survey of 6 GHz OH emission from PNe & pPNe and first 6 GHz images of K 3-35
J. -F. Desmurs, A. Baudry, P. Sivagnanam +3
The aim of this study is to investigate the physical properties of molecular envelopes of planetary nebulae in their earliest stages of evolution. Using the 100m telescope at Effel…
The 2008 Outburst in the Young Stellar System Z CMa: The First Detection of Twin Jets
Emma Whelan, Catherine Dougados, Marshall Perrin +11
The Z CMa binary is understood to undergo both FU Orionis (FUOR) and EX Orionis (EXOR) type outbursts. While the SE component has been spectro- scopically identified as an FUOR, th…
Supersonic turbulence in the cold massive core JCMT 18354-0649S
P. B. Carolan, T. Khanzadyan, M. P. Redman +6
An example of a cold massive core, JCMT 18354-0649S, a possible high mass analogue to a low mass star forming core is studied. Line and continuum observations from JCMT, Mopra Tele…