Consistent treatment of relativistic effects in electrodisintegration of the deuteron

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Abstract
The influence of relativistic contributions to deuteron electrodisintegration is systematically studied in various kinematic regions of energy and momentum transfer. As theoretical framework the equation-of-motion and the unitarily equivalent S-matrix approaches are used. In a (p/M) expansion, all leading order relativistic π-exchange contributions consistent with the Bonn one-boson-exchange potential model (OBEPQ) are included. In addition, static heavy-meson-exchange currents including boost terms, γπρ/ω currents, and Δ-isobar contributions are considered. Sizable effects from the various relativistic two-body contributions, mainly from π exchange, have been found in inclusive form factors and exclusive structure functions for a variety of kinematic regions.
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