Structure of light neutron-rich nuclei and mechanism of elastic proton scattering

Mechanisms of sequential particle transfer and characteristics of light neutron-excess and oriented nuclei

“…The second (cigarlike) configuration consists of uncorrelated neutrons located on opposite sides of the core. The existence of such configurations together with an estimate of their relative contribution to the nuclear periphery was experimentally con firmed and investigated in some detail both theoreti cally [57][58][59][60][61][62] and experimentally [57,63,64] in the most studied neutron excess nucleus 6 He.…”

Rescattering effects in proton interaction with light neutron rich nuclei

“…− is the Clebsh-Gordan coefficient determining the composition of the momenta scheme, As shown in [25,27], three components with compounded weight of more than 95%, give the main contribution in…”

“…We use WFs obtained in the framework of the modern three-body models −n−n (for 6 He) [24], −t−n (for 8 Li) [25], and −t−2n (for 9 Li) [26] with realistic intercluster potentials. The justification for using intercluster potentials to calculate the WFs was given in our previous papers [25][26][27][28]. The static characteristics of the nuclei (rms radii, magnetic and quadrupole moments), the binding energies in the channels, and their comparison with data were shown.…”

Determining the statistical weight of multicluster wave functions for light nuclei in a parametrized phase analysis

“…Especially great success has been achieved in the field of such light nuclei as 6,7 Li and 9 Be [1], whose multicluster structures have been com pletely proven in theory. However, experimental con firmation of the multicluster nuclear structure remains a problem of great interest.…”