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The differences between the neutron distributions of nickel isotopes were determined by the single-panicle potential method using single particle wavefunctions determined by the sub-coulomb (d. p) reaction and occupation numbers deduced from one-neutron transfer reactions at higher energies. The RMS radii of single particle orbits of valence neutrons, the RMS radii of excess neutrons and of the neutron distribution differences were determined. NUCLEAR REACTION M.6Z.MNi (d, p). E =2.7, 3.0, 3.3 MeV. Measured o(S). Enriched Ni largets, DWEA analysis, deduced single particle wavefunctions, density of valence neutrons and neutron isotope density di5eerences.

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