Abstract
The results of a new set of photon–atom scattering measurements in a low momentum-transfer region (0.02–0.04 mc) for medium- and high-Z elemental scatterers in the form of foils are presented. A comparison with the theoretical results based on the Thomas–Fermi model for the incoherent scattering components and the numerical S-matrix predictions for the coherent Rayleigh-scattering amplitudes are also given. The present series of measurements fills a gap in the region of low momentum transfer that has not been covered by other recent scattering experiments.
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