Final-state interaction in the high-energy proton-deuteron break-up reaction

The charge exchange reaction dp → (pp)n

“…Moreover experimental investigations of final state interactions (FSI) showed that the backwardforward asymmetries of the cos α = ( )/(| || |) dis- * E-mail: martinska.gabriela@upjs.sk tributions are very sensitive to FSI, where -is the momentum of the spectator with respect to the deuteron frame, and -is the three-dimensional momentum transfer from the incident nucleon to the scattered one. In the works [6,7] it has been shown that for the values of | | < 0 1(GeV/c) 2 and spectator momenta | | < 0 1 GeV/c the asymmetries caused by FSI are practically absent, this is well demonstrated for both charge retention and charge exchange deuteron break-up channels in Fig. 1.…”

Spin-dependentp̄dcross sections at low and intermediate energies

“…Also here the singlescattering mechanism as well as the double-scattering terms were included in the corresponding calculation. The ABB form factor [25] is used for the deuteron. At T lab = 179.3 MeV data for the elastic differential cross section are available [26].…”

Forwardp¯delastic scattering and total spin-dependentp¯dUzikov1, Haidenbauer2 2009Phys. Rev. C228421View full textAdd to dashboardCite

“…In the corresponding calculations of the forwardpd elastic amplitude the single-scattering mechanism as well as the double-scattering terms were included. The ABB form factor [51] is used for the deuteron. At T lab = 179.3 MeV data for the elastic differential cross section are available [52].…”

“…This Table I. The ABB form factor [51] is used for the deuteron. Data for elastic scattering (179.3 MeV) are taken from [52] (squares) and for elastic plus inelastic scattering events (57.4-170.5 MeV) from [46] (circles).…”