Final-state interaction and quasi-free scattering in the four-body d + d reaction at 46.7 MeV

Effects of final state interaction in B^+_c to D^0 K^+ decay

In this paper, the decay of Bc+ meson, which consists of two b and c heavy quarks, into the Do and K+  mesons was studied. Given that the experimental branching ratio for this decay was within the range of 3.75*10-5 to 11.16*10-5; it was decided to calculate the theoretical branching ratio by applying the final state interaction (FSI) through the T and cross-section channels. In this process, b...

Threshold Structure of the Quasi-free P+n!d+ Reaction

Accurate Four-Body Response Function with Full Final State Interaction: Application to Electron Scattering off He

The longitudinal (e, e′) response function of 4He is calculated precisely with full final state interaction. The explicit calculation of the four-body continuum states is avoided by the method of integral transforms. Precision tests of the response show the high level of accuracy. Non–relativistic nuclear dynamics are used. The agreement with experimental data is very good over a large energy r...

Polarization observables in p− d scattering below 30 MeV

Differential and total breakup cross sections as well as vector and tensor analyzing powers for p-d scattering are studied for energies above the deuteron breakup threshold up to Elab = 28 MeV. The p-d scattering wave function is expanded in terms of the correlated hyperspherical harmonic basis and the elastic S-matrix is obtained using the Kohn variational principle in its complex form. The ef...

(d, a) reaction and the a particle D state

There is great interest in the technique of using transfer reaction observables to investigate aspects of the internal structure of composite projectiles. The work of Johnson, ' which showed the sensitivity of calculated tensor analyzing powers to the D-state component of the relative motion of the transferred (x) and residual (b) clusters in the projectile (a), has led to extensive experimenta...