Abstract
The influence of an intense pulsed light wave on nonresonant scattering of a photon by an electron is investigated in the approximation when the pulse width is considerably greater than the characteristic time of wave oscillation. The partial differential cross-sections for different numbers of absorption (emission) wave photons are analyzed for a range of external field intensities I ∼ 1017 W cm−2. The general relativistic expression for the nonresonant cross-section of laser-modified Compton scattering summed over all possible partial processes is derived. It is shown that for nonrelativistic energies the pulse character of the external field significantly affects the process.
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