SIMBAD references

2014ApJ...786....3S - Astrophys. J., 786, 3 (2014/May-1)

The three-dimensional properties and energetics of radio-jet-driven outflows.

SHIH H.-Y. and STOCKTON A.

Abstract (from CDS):

Extended emission-line regions (EELRs), found around radio-loud sources, are likely outflows driven by one form of powerful active galactic nucleus (AGN) feedback mechanism. We seek to constrain the three-dimensional gas properties and the outflow energetics of the EELRs in this study. We used an integral field unit to observe EELRs around two samples of radio-loud AGNs with similar radio properties, but different orientations: a sample of quasars and a sample of radio galaxies. A morphological comparison suggests a scenario where the three-dimensional EELR gas distribution follows rough biconical shapes with wide opening angles. The average extent of the EELRs is ∼18.5 kpc. The estimated average mass of the EELRs, with reasonable assumptions for gas densities, is ∼3x108 M, and the average mass outflow rate is ∼30 M/yr. The EELRs around quasars and radio galaxies share similar kinematic properties. Both samples have velocity structures that display a range of complexities, they do not appear to correlate with the jet orientations, and both span a similar range of velocity dispersions. Around 30% of the detected EELRs show large-scale rotational motions, which may have originated from recent mergers involving gas-rich disk galaxies.

Abstract Copyright:

Journal keyword(s): galaxies: evolution - galaxies: jets - galaxies: kinematics and dynamics - quasars: emission lines

CDS comments: Table 1: Object SDSSJ22163 is not identified.

Simbad objects: 111

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2021.01.23-00:25:33

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