${}^2$H$(e,e^{\prime }p)$ observables using a Regge model parameterization of final state interactions

Abstract

In previous papers we have presented a calculation describing electrodisintegration of the deuteron at GeV energies. The model is fully relativistic and incorporates full spin dependence of the final state interactions (FSI), which were obtained from the SAID analysis. It was, however, limited kinematically due to lack of availability of the SAID amplitudes. This work rectifies this problem by implementing a Regge model to describe the FSI. We present an outline of the model and show comparisons between the two approaches in a region of overlap. We see good agreement between the models, and note observables which can provide additional insight due to model sensitivity.

References in corpus (4)

• Updated analysis of NN elastic scattering to 3 GeV
• Probing the high momentum component of the deuteron at high Q^2
• A new calculation for D(e,e'p)n at GeV energies
• A Regge Model for Nucleon-Nucleon Spin Dependent Amplitudes

Cited by in corpus (7)

• Momentum distributions for ${}^2$H$(e,e^{\prime }p)$
• Coincidence charged-current neutrino-induced deuteron disintegration
• Off-shell extrapolation of Regge-model NN scattering amplitudes describing final state interactions in ${}^{2}H(e,e^{\prime }p)$
• Factorization Breaking of $A_d^T$ for polarized deuteron targets in a relativistic framework
• Inclusive and Exclusive Scatterings from Tensor Polarized Deuteron
• Reduced nuclear helicity amplitudes for deuteron electrodisintegration and other processes
• Neutral-Current Neutrino Scattering from the Deuteron