SIMBAD references

2014MNRAS.440..269M - Mon. Not. R. Astron. Soc., 440, 269-297 (2014/May-1)

An X-ray survey of the 2 Jy sample - I. Is there an accretion mode dichotomy in radio-loud AGN ?


Abstract (from CDS):

We carry out a systematic study of the X-ray emission from the active nuclei of the 0.02 < z < 0.7 2 Jy sample, using Chandra and XMM-Newton observations. We combine our results with those from mid-infrared, optical emission-line and radio observations, and add them to those of the 3CRR sources. We show that the low-excitation objects in our samples show signs of radiatively inefficient accretion. We study the effect of the jet-related emission on the various luminosities, confirming that it is the main source of soft X-ray emission for our sources. We also find strong correlations between the accretion-related luminosities, and identify several sources whose optical classification is incompatible with their accretion properties. We derive the bolometric and jet kinetic luminosities for the samples and find a difference in the total Eddington rate between the low- and high-excitation populations, with the former peaking at ∼ 1 percent and the latter at ∼ 20 percent Eddington. Our results are consistent with a simple Eddington switch when the effects of environment on radio luminosity and black hole mass calculations are considered. The apparent independence of jet kinetic power and radiative luminosity in the high-excitation population in our plots supports a model in which jet production and radiatively efficient accretion are not strongly correlated in high-excitation objects, though they have a common underlying mechanism.

Abstract Copyright: © 2014 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2014)

Journal keyword(s): galaxies: active - X-rays: galaxies

VizieR on-line data: <Available at CDS (J/MNRAS/440/269): table1.dat table2.dat table4.dat table6.dat tableb2.dat tableb3.dat>

CDS comments: PKS 0235+05, 0915-15 and 0945-27 are probable misprints.

Simbad objects: 183

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