Polarization Observables in $A(d,p)$ Breakup and Quark Degrees of Freedom in the Deuteron

Abstract

The differential cross section, the tensor analyzing power, $T_{20}$, and the polarization transfer, ${\kappa }_0$, in ${}^{12}C(d,p)$ breakup at relativistic energy are calculated within a model which incorporates multiple scattering and Pauli principle at quark level. It is shown that the rescattering and quark exchange affect drastically the polarization observables for kinematical region corresponding to high internal momentum in the deuteron.

12 pages, Latex and 4 PostScript figures

References in corpus (1)

• The Nucleon-Nucleon Interaction in a Chiral Constituent Quark Model

Cited by in corpus (5)

• A Possibility to Observe Short-Range NN Properties in the Deuteron Breakup $pd\to ppn$
• Momentum distributions, spin-dependent observables, and the D_2 parameter for 3He breakup
• Analytical forms of the deuteron wave function for Nijmegen group potentials and polarization characteristics of A(d,d')X reactions
• Inclusion of the Longitudinal Momentum-Transfer Component and Kinematic Factors in a diffraction approach for H(d,p)X Reactions
• The p(d,p)d and p(d,p)pn reactions as a tool for the study of the short range internal structure of the deuteron