151 citations · 955 across the 25 of their papers we have counts for
26 papers
9C spectral-index distributions and source-count estimates from 15 to 93 GHz - a re-assessment
E. M. Waldram, R. C. Bolton, J. M. Riley +1
In an earlier paper (2007), we used follow-up observations of a sample of sources from the 9C survey at 15.2 GHz to derive a set of spectral-index distributions up to a frequency o…
The prevalence of core emission in faint radio galaxies in the SKA Simulated Skies
Imogen H. Whittam, Matt J. Jarvis, David A. Green +2
Empirical simulations based on extrapolations from well-established low-frequency ( GHz) surveys fail to accurately model the faint, high frequency (~GHz) source populati…
GMRT 610-MHz observations of the faint radio source population - and what these tell us about the higher-radio-frequency sky
I. H. Whittam, D. A. Green, M. J. Jarvis +1
We present 610-MHz Giant Metrewave Radio Telescope observations of 0.84 deg of the AMI001 field (centred on , ) with an r.m.s…
The faint source population at 15.7 GHz - III. A high-frequency study of HERGs and LERGs
Imogen H. Whittam, Julia M. Riley, David A. Green +1
A complete sample of 96 faint ( mJy) radio galaxies is selected from the Tenth Cambridge (10C) survey at 15.7~GHz. Optical spectra are used to classify 17 of the sources a…
Exploring the faint source population at 15.7 GHz
Imogen H. Whittam, Julia M. Riley, David A. Green +1
We discuss our current understanding of the nature of the faint, high-frequency radio sky. The Tenth Cambridge (10C) survey at 15.7 GHz is the deepest high-frequency radio survey t…
Milli-arcsecond properties of 10C sources in the Lockman Hole
Imogen H. Whittam, Julia M. Riley, David A. Green
We have used recent Very Long Baseline Interferometry (VLBI) observations by Middelberg et al. with a resolution of mas to investigate the properties of faint sources…