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"-c="
The column SED is a link to a plot of the radio spectrum, and the column Radio+Opt is a link to an Aladin preview. The SED plot contains points from the cross-identification (spectra; red), from the waste basket (waste; yellow), and the fitted radio spectra as lines. The Aladin preview contains a DSS image together with NVSS contours (blue) and the points and associated beams of the radio spectrum (red); points and beams of the sources from the waste basket are hidden but can be made visible by clicking on the corresponding plane (yellow). |
VIII/104/spectra Post annotation | SPECFIND V3.0 Catalog of radio continuum spectra (Stein+, 2021) [ReadMe+ftp] The parameters of the radio spectra[image] (1658207 rows) |
nu Name S(nu) e beam Seq a b RAJ2000 DEJ2000 MHz mJy mJy arcsec [mJy] deg deg
200 GLEAM J023400+205836 1.77e+02 3.5e+01 120.0000 54259 -0.84 4.19 038.5005 +20.9769 1400 NVSS J023400+205834 3.33e+01 6.7e+00 45.0000 54259 -0.84 4.19 038.5002 +20.9763 2380 UGC 2042 2.20e+01 4.4e+00 162.0000 54259 -0.84 4.19 038.5002 +20.9770
The column SED is a link to a plot of the radio spectrum, and the column Radio+Opt is a link to an Aladin preview. The SED plot contains points from the cross-identification (spectra; red), from the waste basket (waste; yellow), and the fitted radio spectra as lines. The Aladin preview contains a DSS image together with NVSS contours (blue) and the points and associated beams of the radio spectrum (red); points and beams of the sources from the waste basket are hidden but can be made visible by clicking on the corresponding plane (yellow). |
VIII/104/waste Post annotation | SPECFIND V3.0 Catalog of radio continuum spectra (Stein+, 2021) [ReadMe+ftp] Source parameters based on positional cross-id[spectrum] (3570814 rows) |
nu Name S(nu) e beam Seq RAJ2000 DEJ2000 MHz mJy mJy arcsec deg deg
200 GLEAM J023400+205836 1.77e+02 3.6e+01 120.0000 54259 038.5005 +20.9769 1400 NVSS J023358+205719 3.60e+00 7.0e-01 45.0000 -54259 038.4943 +20.9554 2380 UGC 2042 2.20e+01 4.4e+00 162.0000 54259 038.5002 +20.9770
Note: For the spectrum finding algorithm, the errors have been increased by 50%