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 …

For the problem of interaction between the lightest p+d, d+ 3 He nuclei supermultiplet
expansion of the reaction amplitude TLS is proposed. We have disclosed the nonpotential …

The structure of the alpha particle is examined through microscopic studies with a variety of
interaction models. Variational calculations are presented for the Argonne, Bonn r space …

Recently, Green's Function Monte Carlo methods have been developed which enable one
to perform exact calculations for the ground states of three and four body nuclei. These …

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 …

The status of experimental evidence on four-nucleon reactions in the range from very low to
medium energies (∼ 50 MeV) is reviewed. The recent progress of microscopic theories as …

The He 4 (d→, γ) Li 6 reaction at low energies is discussed using a direct capture model and
assuming that the process is predominantly E 2. A good description of the total cross section …

Measurements of the H 2 (d→, γ) 4 He cross section σ (θ), the vector analyzing power A y
(θ), and the tensor analyzing power A yy (θ) have been obtained at E d (lab)= 14.7 and 1.2 …

In the present work, the radiative capture process is studied. This process is of significant
interest for astrophysical applications. The theoretical framework of the study is based on the …

Measurements of the tensor and vector analyzing powers, Ayy (130°) and Ay (130°), have
been obtained for the 2H (d, γ) 4He reaction for energies ranging from Ed (lab)= 0.3 MeV to …