Titlebook: Spin Observables of Nuclear Probes; Charles J. Horowitz,Charles D. Goodman,George E. W Book 1988 Plenum Press, New York 1988 Beta decay.Cr

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Spin Excitations in a Schematic Model,r spin response .. In particular, in a recent experiment using the proton beam at LAMPF, Glashauser .. have shown that spin-flip states in 40 . are strongly excited at excitation energies above 10 MeV and that nuclear spin excitations appear . but surprisingly ..

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Spin Observables in Electron Scattering from Nuclei,ion,.is characterized at least by having an electron scattered, (.′), with the initial electron possibly polarized; the target . can also possibly be polarized. Furthermore, as labeled by .. the one or more particles (and possibly their polarizations as well) may be detected in coincidence with the

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,Relativistic Treatment of Mesonic Contributions to Quasielastic (e,é), dramatically in the description of the high momentum components of the elastic form factors of .=3 nuclei.. For quasielastic scattering, two calculations exist, one which examines the effects at the quasielastic peak for 1p–1h exchange currents,. and one which examines 2p–2h contributions.. (It sho

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Spin-Observables for the , Reactions at 400 MeV,mediate-energy proton scattering. Relativistic effects are features such as the large vector and scalar potentials (which could be responsible for medium effects such as an effective mass. for a nucleon in the nucleus) or cancellation of short-range structure in the particle propagator due to antipa

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