Circular polarization of synchrotron radiation in high magnetic fields
de Burca, Diarmaid
MetadataShow full item record
This item's downloads: 259 (view details)
Cited 8 times in Scopus (view citations)
de Burca, D,Shearer, A (2015) 'Circular polarization of synchrotron radiation in high magnetic fields'. Monthly Notices Of The Royal Astronomical Society, 450 :533-540.
The general model for incoherent synchrotron radiation has long been known, with the first theory being published by Westfold in 1959 and continued by Westfold and Legg in 1968. When this model was first developed, it was applied to radiation from Jupiter, with a magnetic field of approximate to 1G. Pulsars have a magnetic field of approximate to 10(12) G. The Westfold and Legg model predict a circular polarization which is proportional to the square root of the magnetic field, and consequently predicts greater than 100 per cent circular polarization at high magnetic fields. Here a new model is derived based upon a more detailed analysis of the pitch angle distribution. This model is concerned with the frequency range f(B0)/gamma