Three-dimensional theory of Compton scattering and advanced biomedical applications

Frederic V Hartemann,B Rupp,H Baldis,D J Gibson,Arthur K Kerman,A Le Foll

Particle Accelerator Conference, 2001. PAC 2001. Proceedings of the 2001（2001）

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Abstract

A complete, three-dimensional theory of Compton scattering is described, which fully takes into account the effects of the electron beam emittance and energy spread upon the scattered X-ray spectral brightness. This formalism is then applied to Compton scattering in a three-dimensional laser focus, and yields a complete description of the influence of the electron beam phase space topology on the X-ray spectral brightness; analytical expressions including the effects of emittance and energy spread are also obtained in the one-dimensional limit

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Key words

compton effect,x-ray production,particle beam diagnostics,compton scattering,x-ray spectral brightness,biomedical,electron beam emittance,electron beam energy spread,electron beam phase space topology,three-dimensional,three-dimensional laser focus,electron beam,three dimensional,light scattering,cutoff frequency,phase space,brightness,electron emission

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