Abstract
Recent electron scattering and muonic X-ray data are simultaneously analysed using a three-parameter parabolic Fermi distribution, the same distribution with a realistic exponential tail and a theoretical distribution from density dependent Hartree-Fock theory. Inclusion of the known muonic X-ray corrections is shown to give a slightly inconsistent fit to the four lowest muon energy levels, χ-square contours for electron scattering and muonic X-rays are shown to overlap somewhat better for distributions with a wine-bottle shape, but a completely satisfactory simultaneous fit is not obtained.
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