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Theoretical analysis demonstrates Born propagator corrections for Compton scattering in helium atoms, indicating a clear physical explanation for Compton defects.
A series expansion of the Born propagator allows one to represent successive corrections to the impulse approximation and exhibits their relative dependence in momentum transfer k and the Compton (target-structure) parameter q. The proposed treatment provides a physical interpretation of the observed Compton defects. It is shown here to be in close agreement with high-energy-electron-impact spectroscopy measurements obtained for helium atoms.
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Tavard et al. (1983) studied this question.
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