Here is presented a study of the processes generated by the electromagnetic interaction in
relativistic nuclear, and atomic collisions. There is nowadays a vivid interest in this field due …

The formalism and results of truncated coupled channels evaluations of three-body models
of deutron-induced nuclear reactions are reviewed. Emphasis is placed on breakup, elastic …

Nuclear reaction cross sections are important for a variety of applications in the areas of
astrophysics, nuclear energy, and national security. When these cross sections cannot be …

It is proposed to use breakup reactions as a means to extract information on charged-
particle induced reactions at low relative energies. The Coulomb penetration factor, which …

We present an account of the current status of the theoretical treatment of inclusive (d, p)
reactions in the breakup-fusion formalism, pointing to some applications and making the …

A critical examination of sum rules derived previously by Austern and Vincent (post form)
and by Udagawa and Tamura (prior form) demonstrates that agreement between the two …

This article aims at reviewing the present status of the understanding of the structure and
reactions of neutron-rich nuclei. The properties of the low-lying soft giant dipole resonance …

Differential and total cross sections for the exclusive breakup of a 6 Li projectile into α+ d
and α+ p fragments from a 208 Pb target were measured at several energies around the …

Fragmentation processes in nuclear collisions are reviewed. The main emphasis is put on
light ion breakup at nonrelativistic energies. The post-and prior-form DWBA theories are …

We present calculations of deuteron elastic and nonelastic breakup cross sections and
angular distributions at deuteron energies below 100 MeV obtained using the post-form …