Few-nucleon physics is a field rich with high-quality experimental data and possibilities for
accurate calculations of strongly correlated quantum systems. In this article the authors …

An iterative technique was used to solve the Faddeev equations, which determine the bound
state of the triton, for the Reid soft core, Argonne v 14, super soft core (C), and de Tourreil …

The relation between non-spherical components in the bound state wavefunctions of light
nuclei A< or= 4 and the tensor component of the nuclear force is analysed. A discussion of …

Elastic-scattering phase shifts for four-nucleon systems are studied in an ab-initio type
cluster model in order to clarify the role of the tensor force and to investigate cluster …

Abstract The H 2 (d, γ) 4 He cross section was measured for deuteron laboratory energies
between 0.7 and 4.5 MeV. Angular distributions were obtained at laboratory energies of E …

Two-deuteron radiative capture reaction is one of the deuterium-burning processes that the
cross section is not well known at very low-energies. We develop the formalism based on …

Abstract The H 2 (d, γ) 4 He reaction is studied at center-of-mass energies below 500 keV,
where it is dominated by the E2 transition from the 5 S 2 continuum state to the ground state …

We present a phenomenological study of the H 2 (d, γ) 4 He reaction that allows for the D-
state component of the colliding deuterons. The low-energy cross section is determined by …

In the framework of the microscopic multi-channel resonating group model the radiative
capture reaction 2H (d, γ) 4He is studied. Within this model the existing data can be …

Previously experimental data on the H 2 (d, γ) 4 He reaction have been analyzed within a
potential model of structureless particles to derive quantitative information about the He 4 …