BOOF153MHZ - Bootes Field GMRT 153-MHz Source Catalog
This table contains the list of 598 153-MHz sources detected in the GMRT observation and their properties at this frequency. There are a number of other tables of objects in the Bootes field made at other frequencies:
HEASARC Table | Title | Reference BOOTESDF | 1.4GHz imaging of the Bootes field | de Vries+ 2002,AJ,123,1784 LALABOOCXO | LALA Bootes field X-ray source catalog | Wang+ 2004,AJ,127,213 --- | Faint radio sources in NOAO Bootes field | Wrobel+ 2005,AJ,130,923 --- | 16um sources in the NOAO Bootes field | Kasliwal+ 2005,ApJ,634,L1 XBOOTES | X-ray survey of the NDWFS Bootes field | Kenter+ 2005,ApJS,161,9 XBOOTESOID | Optical counterparts in the NDWFS Bootes | Brand+ 2006,ApJ,64,140 | field |
Deep low-frequency radio observations of the NOAO Bootes field. I. Data reduction and catalog construction. Intema H.T., van Weeren R.J., Rottgering H.J.A., Lal D.V. <Astron. Astrophys. 535, A38 (2011)> =2011A&A...535A..38I (SIMBAD/NED BibCode)
The radio source designation using the J2000.0 equatorial coordinates truncated to 1 second of time in RA and 1 arcsecond in Declination and the '[IVR2011]' prefix (for Intema, van Weeren, Roetgering 2011), e.g., '[IVR2011] JHHMMSS+DDMMSS'. This prefix was added by the HEASARC to the original source identifier 'JHHMMSS+DDMMSS' used in the reference paper following the precepts of the Dictionary of Nomenclature of Celestial Objects.
The Right Ascension of the radio source centroid in the selected equinox. This was given in J2000.0 decimal degrees to a precision of 10-5 degrees (0.036") in the original table.
The Declination of the radio source centroid in the selected equinox. This was given in J2000.0 decimal degrees to a precision of 10-5 degrees (0.036") in the original table.
The Galactic Longitude of the radio source centroid.
The Galactic Latitude of the radio source centroid.
The 1-sigma rms uncertainty in the centroid position in the Right Ascension direction, in arcseconds.
The 1-sigma rms uncertainty in the centroid position in the Declination direction, in arcseconds.
The integrated 153-MHz flux density of the radio source, in mJy.
The 1-sigma uncertainty in the integrated 153-MHz flux density of the radio source, in mJy.
The local background rms noise level near the radio source, in mJy/beam.
The number of Gaussian components which were fitted to the source.