Electron scattering measurements on nuclei from 9Be to 197Au show SRC pair formation probability increases with A but with steeper slopes across shell-structure transitions, indicating long-range shell effects on short-range correlations.
Experimental study of exclusive $^2$H$(e,e^\prime p)n$ reaction mechanisms at high $Q^2$
2 Pith papers cite this work, alongside 42 external citations. Polarity classification is still indexing.
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abstract
The reaction $^2$H$(e,e^\prime p)n$ has been studied with full kinematic coverage for photon virtuality $1.75<Q^2<5.5$ GeV$^2$. Comparisons of experimental data with theory indicate that for very low values of neutron recoil momentum ($p_n<100$ MeV/c) the neutron is primarily a spectator and the reaction can be described by the plane-wave impulse approximation. For $100<p_n<750$ MeV/c proton-neutron rescattering dominates the cross section, while $\Delta$ production followed by the $N\Delta \to NN$ transition is the primary contribution at higher momenta.
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nucl-ex 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
Short-range correlated pairs account for roughly 20% of nucleons in any nucleus and nearly all high-momentum nucleons, originating from the nucleon-nucleon tensor force.
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Short-range correlated pair formation and nuclear shell structure
Electron scattering measurements on nuclei from 9Be to 197Au show SRC pair formation probability increases with A but with steeper slopes across shell-structure transitions, indicating long-range shell effects on short-range correlations.
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Short-range correlations in nuclei
Short-range correlated pairs account for roughly 20% of nucleons in any nucleus and nearly all high-momentum nucleons, originating from the nucleon-nucleon tensor force.