Abstract
A flexible parametrization of local-density distributions in nuclei is suggested on the basis of local-scale point transformations performed on certain model many-particle wave functions. The new set of local densities can be helpful in many problems in nuclear physics. Two examples are considered: i) an analysis of experimental elastic electron scattering data and ii) variational calculations with effective interaction for reproducing the Hartree-Fock shell oscillations of the local-density distributions.
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