Formation of universal and diffusion regions of nonlinear spectra of relativistic electrons in spatially limited sources

Astronomy and Astrophysics – Astronomy

Scientific paper

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Carrier Injection, High Energy Electrons, Radiation Spectra, Relativistic Particles, Astronomical Models, Compton Effect, Power Spectra, Radio Sources (Astronomy)

Scientific paper

It is demonstrated that in the case of hard injection of relativistic electrons accompanied by the joint action of synchrotron (Compton) losses and energy-dependent spatial diffusion, a spectrum with 'breaks' is formed containing universal (with index gamma = 2) and diffusion regions, both independent of the injection spectrum. The effect from nonlinearity of the electron spectrum is considered in averaged electromagnetic spectra for various geometries of sources (sphere, disk, arm). It is shown that a universal region (with index alpha = 0.5) can occur in the radiation spectrum.

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