195 citations · 620 across the 17 of their papers we have counts for
17 papers
Magnetic Field Alignment Relative to Multiple Tracers in the High-mass Star-forming Region RCW 36
Akanksha Bij, Laura M. Fissel, Lars Bonne +9
We use polarization data from SOFIA HAWC+ to investigate the interplay between magnetic fields and stellar feedback in altering gas dynamics within the high-mass star-forming regio…
Tracing Multi-Scale Magnetic Field Structure Using Multiple Chemical Tracers in Giant Molecular Clouds
Yue Hu, Ka Ho Yuen, A. Lazarian +3
Probing magnetic fields in Giant Molecular Clouds is often challenging. Fortunately, recently simulations show that analysis of velocity gradients (the Velocity Gradient Technique)…
Characterising the high-mass star forming filament G351.776--0.527 with Herschel and APEX dust continuum and gas observations
S. Leurini, E. Schisano, T. Pillai +13
G351.776-0.527 is among the most massive, closest, and youngest filaments in the inner Galactic plane and therefore it is an ideal laboratory to study the kinematics of dense gas a…
The foot points of the Giant Molecular Loops in the Galactic center region
D. Riquelme, A. Amo-Baladron, J. Martin-Pintado +8
Aims: To reveal the morphology, chemical composition, kinematics and to establish the main processes prevalent in the gas at the foot points of the giant molecular loops (GMLs) in…
Removing visual bias in filament identification: a new goodness-of-fit measure
C. -E. Green, M. R. Cunningham, J. R. Dawson +3
Different combinations of input parameters to filament identification algorithms, such as Disperse and FilFinder, produce numerous different output skeletons. The skeletons are a o…
Scaled up low-mass star formation in massive star-forming cores in the G333 giant molecular cloud
B. Wiles, N. Lo, M. P. Redman +4
Three bright molecular line sources in G333 have recently been shown to exhibit signatures of infall. We describe a molecular line radiative transfer modelling process which is req…