Abstract
Abstract An analytical approach with Yukawa-type three-body wave functions has been developed for calculations of the particle momentum distributions in light two-neutron halo nuclei. In the frame-work of the model the core and the neutron momentum distributions are well described by a lorentzian shape. The momentum distributions, the angular correlation between the valence neutrons and the ratio between the core and the neutron widths are analytically obtained and compared with experimental data for 11 Li and 14 Be.
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