Near-barrier fusion, breakup and scattering for the 9Be +144Sm system

Systematic study of suppression of complete fusion in reactions involving weakly bound nuclei at energies above the Coulomb barrier

“…In this case, the separate measurements of CF and ICF cross sections can be achieved [4]. In recent years, many measurements of the CF cross sections have been performed [5][6][7][8][9][10][11][12][13][14][15][16].…”

Elastic scattering of9Be+51V near the Coulomb barrier

“…2, our data are compared to total reaction cross sections reported previously for the 7 Be+ 58 Ni system [3], such comparison is made in reduced units as suggested in ref [8,9] and the solid line corresponds to a Wong function fit [10]. Comparison of the reaction cross sections for 9 Be+ 51 V and 7 Be+ 58 Ni [3] at different energies.…”

“…3 shows a comparison with several systems having the same projectile, 9 Be. Previously reported data were taken from the literature [5][6][7]. All experimental points seem to be clustered in a specific region, regardless of the mass number of the target.…”

“…A Semimicroscopic Optical Model, which combines microscopic calculations of the mean-field double folding potential (DFP) and a phenomenological construction of the dynamical polarization potential [1,2], is used in the * E-mail: enrique.martinez@inin.gob.mx (corresponding author) analysis. A comparison with recent data for 7 Be+ 58 Ni [3,4] and other 9 Be systems is made [5][6][7].…”

Modelling scattering and resonances of weakly-bound radioactive nuclei

“…[5][6][7], particle-unstable scattering bodies are considered in coupled-channel calculations for heavy mass systems at high energies where resonances are not an important feature in cross sections. However, in the lowenergy and low-mass regime where resonances are important, a different method of accounting for particleinstability is more appropriate: modifying the Green's functions of the S -matrix [8].…”