B. V. Danilin

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FaCE is a self contained programme, with namelist input, that solves the three body Faddeev equations. It enables the inclusion of excitation of one of the three bodies, whilst the other two remain inert. It is particularly useful for obtaining the binding energies and bound state structure compositions of light exotic nuclei treated as three-body systems,(More)
The electric dipole response of the halo nucleus 11Li is calculated in a hyperspherical three-body formulation, and is studied as a function of the interaction employed for n−9Li to reflect the Pauli principle. Strength concentrations at lower energies are found but no narrow resonances. Only one possible scenario of 11Li structure is in close(More)
Angular distribution of neutrinos (recoil nucleus) in muon capture for an allowed Gamov-Teller transition is considered by taking account of hyperfine effects. This angular distribution is shown to include a correlation of the form ∼ P2(cos θ), where θ is the angle between the neutrino momentum and the axis specifying the orientation of the initial mesic(More)
Project of a new in-flight fragment separator is proposed as a part of the third generation DRIBs facilities in Dubna. As compared to the existing separator ACCULINNA, beam intensity should be increased by a factor 10-15, the beam quality improved and the RIB assortment should broaden considerably at ACCULINNA-2. Research program and structure are outlined(More)
Nuclei typically show few-body behaviour just below and above the cluster separation thresholds. Many exotic nuclei have just one or a few bound states, and show pronounced cluster dynamics even in their ground states. Probing more details of these structures may follow from elastic scattering or cluster transfers, but breakup cross sections are typically(More)
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