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2000ApJ...540..678B - Astrophys. J., 540, 678-686 (2000/September-2)
Jet-induced emission-line nebulosity and star formation in the high-redshift radio galaxy 4C 41.17.
BICKNELL G.V., SUTHERLAND R.S., VAN BREUGEL W.J.M., DOPITA M.A., DEY A. and MILEY G.K.
Abstract (from CDS):
The implied baryonic mass ∼8x1010 M☉ of the cloud is high and implies that Milky Way size condensations existed in the environments of forming radio galaxies at a redshift of 3.8. Our interpretation of the data provides a physical basis for the alignment of the radio, emission-line, and UV continuum images in some of the highest redshift radio galaxies, and the analysis presented here may form a basis for the calculation of densities and cloud masses in other high-redshift radio galaxies.
Abstract Copyright: ∼
Journal keyword(s): galaxies: individual (4C 41.17) - Galaxies: ISM - Galaxies: Jets - Galaxies: Structure - Stars: Formation
Nomenclature: Table 1, Fig.1: [BSV2000] 4C 41.47 BN (Nos B1-B3), [BSV2000] 4C 41.47 WWW (Nos S, NE, NW, NEE).
CDS comments: Fig.1: objects are first cited in Van Breugel+, 1998, 'The most distant radio galaxies, Ed. P. Best+, Dordrecht, Reidel
Simbad objects: 7
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