We use Faddeev's mathematical work on nonrelativistic three-particle systems to obtain a
practical theory of three-particle states. Each of the two-particle subsystems is assumed to …

For the n-particle collision problem, integral equations are derived which have the form of
two-particle Lippmann-Schwinger equations. This is achieved by applying a modified …

The emphasis in this review is on the extent to which theoretical studies have accounted for
the empirical data on the three-nucleon systems. The ground, excited, and continuum states …

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 …

A calculation of the K−− d low-energy elastic-scattering cross sections is carried out with the
intent of determining the importance of multiple scatterings. Under the assumption that the …

Exact three-body calculations using separable two-body interactions have been carried out
for the neutron-deuteron system at low and intermediate energies. Binding energies …

A formalism, proposed previously, which represents a generalization of the separable-
potential model is applied to the four-nucleon system. It consists essentially in approximating …

It is shown that a single separable potential can give both an attraction and a repulsion. This
property is used to construct an interaction that fits the two-nucleon, S-wave phase shifts. For …

We present a new technique to calculate the n+ d break-up cross sections with separable
potentials. Similar calculations were made earlier by Cahill and Sloan 1). We give some …

Solutions are obtained for a three-dimensional model three-body problem involving a
spinless D particle and a spinless n particle with coupling D⇄ n+ n. D− n scattering and D− n …