W31 is a H II region/molecular cloud complex in the galactic plane at a distance of 6 Kpc. This complex consists of two prominent radio continuum sources (G10.2-0.3 and G10.3-0.1) representing H II regions. An extended region covering both these H II regions was mapped in the Far IR (FIR) using the TIFR 1 m balloon-borne telescope with an angular resolution of approx. 1 min and a dynamic range of 100. The resulting flux density distribution at an effective wavelength of 160 microns is presented. The coadded IRAS survey scan data at 60 and 100 microns were deconvolved using a maximum entropy method to generate the flux density maps of the same region. These 60 and 100 micron maps are given and are briefly discussed
Aims. We analyze the distribution of the molecular gas and dust in the molecular clump linked to IRA...
The IRAS data base has been used to study infrared radiation from molecular clouds in our galaxy. Th...
This paper presents the first results from a comparison of Planck dust maps at 353, 545 and 857 GHz,...
The property of dust in four southern H II region/molecular cloud complexes (RCW 108, RCW 57, RCW 12...
New 150 micron mapping of the W31 star-forming region with a resolution of 1.5 arcmin has resolved 1...
Three Galactic star forming regions associated with W3(OH), S209 and S187 have been simultaneously m...
The distributions of physical properties, such as the temperature, mass, or density of the dust grai...
An area of about 20 arcmin × 25 arcmin around the H II region-molecular cloud complexes G351.6-1.3 a...
Submillimetre mapping of a section of the molecular cloud/H II region complex W51 with a resolution ...
Because infrared emission is a very good tracer of mass at high latitudes, by combining it with HI o...
Three Galactic star forming regions associated with W3(OH), S209 and S187 have been simultaneously m...
The primary objective of the research funded under this grant has been to perform a high angular res...
Several 1.0 continuum mapping observations were made of seven southern hemisphere h12/molecular clou...
Far-infrared and radio continuum maps have been made of the central 6' of the inner-galaxy H II regi...
Based on the idea that star formation goes on progressively in molecular clouds, a search was conduc...
Aims. We analyze the distribution of the molecular gas and dust in the molecular clump linked to IRA...
The IRAS data base has been used to study infrared radiation from molecular clouds in our galaxy. Th...
This paper presents the first results from a comparison of Planck dust maps at 353, 545 and 857 GHz,...
The property of dust in four southern H II region/molecular cloud complexes (RCW 108, RCW 57, RCW 12...
New 150 micron mapping of the W31 star-forming region with a resolution of 1.5 arcmin has resolved 1...
Three Galactic star forming regions associated with W3(OH), S209 and S187 have been simultaneously m...
The distributions of physical properties, such as the temperature, mass, or density of the dust grai...
An area of about 20 arcmin × 25 arcmin around the H II region-molecular cloud complexes G351.6-1.3 a...
Submillimetre mapping of a section of the molecular cloud/H II region complex W51 with a resolution ...
Because infrared emission is a very good tracer of mass at high latitudes, by combining it with HI o...
Three Galactic star forming regions associated with W3(OH), S209 and S187 have been simultaneously m...
The primary objective of the research funded under this grant has been to perform a high angular res...
Several 1.0 continuum mapping observations were made of seven southern hemisphere h12/molecular clou...
Far-infrared and radio continuum maps have been made of the central 6' of the inner-galaxy H II regi...
Based on the idea that star formation goes on progressively in molecular clouds, a search was conduc...
Aims. We analyze the distribution of the molecular gas and dust in the molecular clump linked to IRA...
The IRAS data base has been used to study infrared radiation from molecular clouds in our galaxy. Th...
This paper presents the first results from a comparison of Planck dust maps at 353, 545 and 857 GHz,...