Coulomb effects in the neutron-deuteron and proton-deuteron polarization-y are studied at energies above the deuteron breakup threshold. Theoretical predictions for these ob-servables are evaluated in the framework of the Kohn Variational Principle using correlated basis functions to expand the three-nucleon scattering wave function. The two-nucleon Argonne v 18 and the three-nucleon Urbana IX ...

Several realistic phenomenological nucleon-nucleon interaction models are employed to investigate the possibility of bound deuteron-like states of such heavy flavor hyperons and nucleons, for which the interaction between the light flavor quark components is expected to be the most significant interaction. The results indicate that deuteron-like bound states are likely to form between nucleons ...

The contribution of nucleon isobar N exchanges to backward elastic pd-scattering is calculated on the basis of deuteron 6q-model and found to be negligible in comparison with the neutron exchange. It is shown that the pole amplitude of neutron pickup from the deuteron nN-component is favoured in the reaction pd → dN for backward going N(1440) and N(1710) at kinetic energy of incident proton of ...

Radiative capture of the K by the deuteron is examined as a reaction for measurement of the Λ-neutron scattering lengths. Using the final state interaction, analogous to measurements of the radiative capture of pions by deuterium, the scattering lengths of both the triplet and singlet Λ-n interaction can be inferred. The problem of the separation of these two fundamental parameters without and ...

For deuteron electroweak disintegration, parity violating effects are investigated which arise from the interference of γ and Z exchange as well as from the hadronic sector via a small parity violating component in the deuteron. The general formalism for the differential cross section and polarization observables of electromagnetic deuteron disintegration is extended to incorporate parity viola...

We demonstrate that the final state p-n interaction in the reaction of electrodissociation of the deuteron at large Q in a static external field leads to the apparent reacceleration of neutrons. The shift of the neutron velocity from the velocity of the deuteron beam is related to the quantum-mechanical forward-backward asymmetry of the missing momentum distribution in the H(e, ep)n scattering....

The molecular-beam magnetic-resonance method has been applied to study the radiofrequency spectra of the molecules D2 and HD, in the state J=1.All the measurements were made in applied magnetic fields large enough to decouple the angular momentum vectors concerned. The spectrum of D2 for the transitions mq —~1 consists of six lines as in H2. The HD spectrum consists of two sets, one of nine lin...

The electromagnetic interactions of a relativistic two-body bound state are formulated in three dimensions using an equal-time (ET) formalism. This involves a systematic reduction of four-dimensional dynamics to a threedimensional form by integrating out the time components of relative momenta. A conserved electromagnetic current is developed for the ET formalism. It is shown that consistent tr...