53 citations · 177 across the 6 of their papers we have counts for
6 papers
Fundamental properties of Fanaroff-Riley II radio galaxies investigated via Monte Carlo simulations
Anna D. Kapińska, Phil Uttley, Christian R. Kaiser
[Abridged] Radio galaxies and quasars are among the largest and most powerful single objects known and are believed to have had a significant impact on the evolving Universe and it…
A relativistic mixing-layer model for jets in low-luminosity radio galaxies
Y. Wang, C. R. Kaiser, R. Laing +3
We present an analytical model for jets in Fanaroff & Riley Class I (FRI) radio galaxies, in which an initially laminar, relativistic flow is surrounded by a shear layer. We apply…
Cosmological evolution of the Fanaroff-Riley type II source population
Y. Wang, C. R. Kaiser
By combining a model for the evolution of the radio luminosity of an individual source with the radio luminosity function, we perform a multi-dimensional Monte-Carlo simulation to…
The stability of buoyant bubbles in the atmospheres of galaxy clusters
C. R. Kaiser, G. Pavlovski, E. C. D. Pope +1
The buoyant rise of hot plasma bubbles inflated by AGN outflows in galaxy clusters can heat the cluster gas and thereby compensate radiative energy losses of this material. Numeric…
The depolarisation properties of powerful radio sources: breaking the radio-power vs. redshift degeneracy
J. A. Goodlet, C. R. Kaiser, P. N. Best +1
We define 3 samples of extragalactic radio sources of type FRII, containing 26 objects in total. The control sample consists of 6C and 7C sources with radio powers of around 10e27…
A radio jet in the prototypical symbiotic star Z And?
C. Brocksopp, J. L. Sokoloski, C. Kaiser +3
As part of a multi-wavelength campaign to observe the 2000--2002 outburst of the prototypical symbiotic star Z Andromedae, we observed this object six times each with the Multi-Ele…