Synchro-Compton radiation from relativistic charges driven by a strong plane vacuum wave of elliptic polarization

Astronomy and Astrophysics – Astrophysics

Scientific paper

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Charged Particles, Compton Effect, Elliptical Polarization, Plane Waves, Relativistic Particles, Synchrotron Radiation, Astrophysics, Asymptotic Methods, Coherent Radiation, Frequency Distribution, Harmonic Radiation

Scientific paper

A solution is given for the problem of the angular and spectral distributions of incoherent radiation emitted by relativistic charges that are driven by a strong, plane electromagnetic vacuum wave of elliptic polarization, using the asymptotic technique of Bleistein (1967) and Ursell (1972) to yield an approximation to the pertinent cross section that is uniformly valid for (1) arbitrary charged particle initial momentum, (2) arbitrary intensity and polarization of the incident strong wave, (3) arbitrary observational direction, and (4) over the entire range of the incident frequency's high harmonics. A reexamination of the main steps of the method's derivation shows that the method holds promise for the quantitative analysis of astrophysical radiation processes more general than the one considered.

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