magnetic field energy / high-energy observations / electron synchrotron energy losses / adiabatic expansion energy losses / actual kinetic energy density / spectral energy distribution / magnetic field energy density / high-energy regime fL / scattered photon energy ranges / low-energy regime / high-energy synchrotron / scattered photon energy range / transition energy / low-energy photons / in-situ satellite observations / high-energy radiation / energy densities / particle energy / synchrotron energy loss rate / energy loss / energy density / power-law distributed electrons / normalised energy / high-energy regime / high-energy / synchrotron energy loss rate depending / energy losses / kinetic energy density / normalised scattered photon energy / energy integral / nonlinear electron energy losses / high energy photons / low-energy photon field / gravitational potential energy / energy / high-energy contribution / /
Organization
German Ministry for Education and Research / Ruhr-Universität Bochum / R. Schlickeiser Institut für Theoretische Physik / / /
Synchrotron self-Compton flaring of TeV blazars