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- W8194457 abstract "Theoretical approaches for investigating nuclear structure with (e,e'), (ensuremath{pi},ensuremath{pi}'), and (ensuremath{gamma},ensuremath{pi}) reactions are presented and applied to study the shell-model description of $^{10}mathrm{B}$. The distorted wave impulse approximation formulated in momentum space is used to calculate the cross sections of (ensuremath{pi},ensuremath{pi}') and (ensuremath{gamma},ensuremath{pi}) reactions from the ensuremath{pi}Nensuremath{rightarrow}ensuremath{pi}N and ensuremath{pi}Nensuremath{rightarrow}ensuremath{gamma}N off-shell amplitudes which are generated from the model of Nozawa, Blankleider, and Lee[1]. It is found that the nonlocal effects due to ensuremath{pi}N off-shell dynamics and nucleon Fermi motion are important in predicting (ensuremath{gamma},ensuremath{pi}) cross sections. The one-pion-exchange two-body exchange currents are included in (e,e') calculations. It is shown that the core polarization effects, calculated in a perturbation approach including excitations up to 6ensuremath{Elzxh}ensuremath{omega}, are essential in obtaining quantitative agreements with the data with no adjustable parameters. The predictions based on the shell model of Cohen and Kurath [2] and Hague and Maripuu [3] are compared in order to illustrate the use of (e,e'), (ensuremath{pi},ensuremath{pi}'), and (ensuremath{gamma},ensuremath{pi}) reactions in distinguishing nuclear structure theories which are almost equivalent in describing static properties in nuclei. Predictions for future (e,e') and (ensuremath{gamma},ensuremath{pi}) experiments are also presented." @default.
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- W8194457 date "1994-02-01" @default.
- W8194457 modified "2023-09-25" @default.
- W8194457 title "Nuclear structure studies with (e,e’), (π,π’), and (γ,π) reactions: Applications toB10" @default.
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- W8194457 doi "https://doi.org/10.1103/physrevc.49.776" @default.
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