2007AIP conference proceedingsRequires access

The Nucleons go Two by Two: Studying Correlations with (e,e[sup ʹ]pp)

L. B. Weinstein, Geralyn P. Zeller, Jorge G. Morfin, F. Cavanna

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Abstract

Despite tremendous progress in recent years in measuring single nucleon momentum distributions in nuclei, two‐nucleon momentum distributions remain largely unmeasured. Here we report on a measurement of 3He(e,e′pp)n that is primarily sensitive to the two‐nucleon momentum distribution and relatively uncontaminated by final state rescattering or by two‐body currents. We also look at the general sources and relative strengths of two‐ and three‐nucleon knockout from nuclei.

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What this paper is about

Despite tremendous progress in recent years in measuring single nucleon momentum distributions in nuclei, two‐nucleon momentum distributions remain largely unmeasured. Here we report on a measurement of 3He(e,e′pp)n that is primarily sensitive to the two‐nucleon momentum distribution and relatively uncontaminated by final state rescattering or by two‐body currents. We also look at the general sources and relative strengths of two‐ and three‐nucleon knockout from nuclei.

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Available abstract

Despite tremendous progress in recent years in measuring single nucleon momentum distributions in nuclei, two‐nucleon momentum distributions remain largely unmeasured. Here we report on a measurement of 3He(e,e′pp)n that is primarily sensitive to the two‐nucleon momentum distribution and relatively uncontaminated by final state rescattering or by two‐body currents. We also look at the general sources and relative strengths of two‐ and three‐nucleon knockout from nuclei.

Key concepts: Nucleon, Physics, Momentum (technical analysis), Nuclear physics, Particle physics, Distribution (mathematics), Statistical physics, Mathematics

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