Infrared photometry and maps from 2 to 100 microns are presented for three of the principal far infrared sources in NGC 6334. Each region is powered by two or more very young stars. The distribution of dust and ionized gas is probably strongly affected by the presence of the embedded stars; one of the sources is a blister H II region, another has a bipolar structure, and the third exhibits asymmetric temperature structure. The presence of protostellar objects throughout the region suggests that star formation has occurred nearly simultaneously in the whole molecular cloud rather than having been triggered sequentially from within
Using the Submillimeter Array (SMA) and Karl G. Jansky Very Large Array, we have imaged the massive ...
Context. The presence and properties of compact radio sources embedded in massive star forming regio...
We have made observations of the four hyperfine transitions of the 2Pi(3/2), J=3/2 ground state of O...
This paper presents a study of the rate and efficiency of star formation in the NGC 6334 star-formin...
International audienceWe have observed NGC 6334 with NASA's Spitzer Space Telescope, using the IRAC ...
International audienceAims. The formation of high-mass stars is still debated. For this reason, seve...
We present here our final report for the NASA grant "HIRES Dust Imaging of the NGC 6334 Star Forming...
We present high-resolution (<0.5") mid-infrared Keck II images of individual sources in the central ...
Aims. The eastern part of the massive star forming region NGC 6334 IV is characterized by the presen...
Aims. The formation of high-mass stars is still debated. For this reason, several projects such as H...
This paper presents a study of the rate and efficiency of star formation in the NGC 6334 star formin...
NGC 6334 (1=351°.1, b=0°.7, distance = 1.7 kpc) is a region where multiple star formation has occurr...
We present high spatial resolution (0$\farcs$3) polarimetric images in the $H$ and $K$ bands and dir...
We present sensitive, high angular resolution 1.3 cm and 7 mm observations of the massive core NGC 6...
Financial support for this work was provided by NASA through award #07_0156 issued by USRA. Based in...
Using the Submillimeter Array (SMA) and Karl G. Jansky Very Large Array, we have imaged the massive ...
Context. The presence and properties of compact radio sources embedded in massive star forming regio...
We have made observations of the four hyperfine transitions of the 2Pi(3/2), J=3/2 ground state of O...
This paper presents a study of the rate and efficiency of star formation in the NGC 6334 star-formin...
International audienceWe have observed NGC 6334 with NASA's Spitzer Space Telescope, using the IRAC ...
International audienceAims. The formation of high-mass stars is still debated. For this reason, seve...
We present here our final report for the NASA grant "HIRES Dust Imaging of the NGC 6334 Star Forming...
We present high-resolution (<0.5") mid-infrared Keck II images of individual sources in the central ...
Aims. The eastern part of the massive star forming region NGC 6334 IV is characterized by the presen...
Aims. The formation of high-mass stars is still debated. For this reason, several projects such as H...
This paper presents a study of the rate and efficiency of star formation in the NGC 6334 star formin...
NGC 6334 (1=351°.1, b=0°.7, distance = 1.7 kpc) is a region where multiple star formation has occurr...
We present high spatial resolution (0$\farcs$3) polarimetric images in the $H$ and $K$ bands and dir...
We present sensitive, high angular resolution 1.3 cm and 7 mm observations of the massive core NGC 6...
Financial support for this work was provided by NASA through award #07_0156 issued by USRA. Based in...
Using the Submillimeter Array (SMA) and Karl G. Jansky Very Large Array, we have imaged the massive ...
Context. The presence and properties of compact radio sources embedded in massive star forming regio...
We have made observations of the four hyperfine transitions of the 2Pi(3/2), J=3/2 ground state of O...