We present a model of deuteron stripping and elastic scattering which treats explicitly the
contributions from channels in which the deuteron is broken up into a relative S state and the …

A treatment of deuteron stripping is developed in which the three-body effects associated
with deuteron break-up in the nuclear field are included explicitly. The essence of the …

We present the details of a novel approach to the treatment of Coulomb effects in atomic and
nuclear reactions of the three-body type in which two of the particles are charged. Based on …

For a three-body model Hamiltonian, the scattering eigenfunction that corresponds to an
incident deuteron is expanded in terms of eigenfunctions of the neutron-proton relative …

Stripping channels are phenomenologically coupled to the incident deuteron channel and
the effect upon the elastic cross section is calculated for incident energies at 7, 11, 12.8 …

When one speaks of the three-body problem, the first characteristic that comes to mind is its
“insolubility.” This describes the situation for the helium atom whose Schrödinger equation …

This paper presents the results of exact calculations of neutron-deuteron scattering with a
non-central, spin-dependent, separable two-body force. The two-body force has just two …

We present preliminary results of calculations based on a soluble three-body model recently
proposed by Amado. Angular distributions for the deuteron stripping process are presented …

An exact numerical solution is given of a model for stripping and elastic scattering based on
three pairwise interacting spinless particles. Results are given (a) in the absence of a proton …

Recently developed methods of treating the three-body problem are applied to nuclear
rearrangement collisions involving a neutron, a proton, and a heavy nucleus assumed to …