Polarization-Transfer Coefficients in $D(\vec {p},\vec {p})d$ and $D(\vec {p},\vec {d})p$ Reactions at $E_{p} = 19$ MeV: Experiment Compared to Calculations with Recent Nuclear-Interaction Models

Coulomb effects in nucleon-deuteron polarization-transfer coefficients

“…A definitive conclusion about the capability of the theory to describe these coefficients cannot be extracted from ref. [2] since the Coulomb interaction was neglected in the calculations. On the other hand, in the case of K y ′ y it was possible to make a direct comparison to the n-d data of ref.…”

“…[2,3]. Calculations for proton-deuteron scattering have been made using the Argonne v 18 (AV18) potential [7] (solid line) and also with the inclusion of the Urbana (UR) [8] TNI (dotted line).…”

Irreducible pionic effects in nucleon-deuteron scattering below 20 MeV

“…[54] that these observables are sensitive to the tensor part of the nuclear forces and therefore they could in principle represent a good testing ground for the 3NF -operator we are studying in the present paper, since this has a pronounced tensor structure. In addition, recent experimental data are now available, for both nd and pd systems, and a number of theoretical studies about these coefficients have been performed already [54][55][56][57][58] with a variety of different 2N potentials, with the addition of 3NF 's, and more recently also with the inclusion of the modifications introduced by Coulomb effects. From these studies it emerged that the nucleon-to-nucleon transfer coefficients K y , where it was possible to compare directly theory with nd data, it was found that the theoretical calculations underpredict the minimum at 110 o , once the scaling effect with binding, originated by the 2π-exchange 3NF , was properly taken into account.…”

Testing nuclear forces by polarization transfer coefficients ind(p→,p→)dWitała1, Golak2, Skibiński3 et al. 2006Phys. Rev. CSelf Cite220130View full textAdd to dashboardCite

“…A measurement of the neutron to neutron polarization transfer coefficients K y ′ y in neutron-deuteron (nd) elastic scattering [33] and their comparison to the corresponding pd data [31] shows that effects caused by the Coulomb force for this coefficient are nonnegligible. These effects have been studied on a few polarization transfer coefficients [36] as well as in other polarization observables [25] using the Kohn variational principle in conjunction with the PHH basis.…”