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Particle Acceleration and Radiation with Super-Strong Field Interactions
2002
AIP Conference Proceedings
Preserved Fulltext
New concepts of particle acceleration and coherent x-ray generation in the superstrong laser -beam interactions are investigated, the quantum effects are treated using the Klein -Gordon theory. Particles are accelerated up to TeV energy range in the scattering by the leading edge of the laser pulse propagating at the group velocity which is less than the speed of light. The quantum regime in the x-ray Compton FEL is investigated, in which the PEL becomes the two-level quantum oscillator with a
doi:10.1063/1.1514278
fatcat:fqhoi7nqwzgubdpgvnmahwayii