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Scaling in quasielastic electron scattering
AIP Conference Proceedings, 1988The inclusive (e, e’) cross section on various nuclei in the quasielastic region (Q2/2Mν∼1) has recently been measured in the range 0.25≤Q2≤3.1. Analysis of these data in the plane‐wave impulse approximation allows extraction of a scaling function related to the nucleon momentum distribution.
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6 Coherent quasielastic neutron scattering
2000Abstract QENS on diffusing atoms with a sizable coherent neutron scattering cross section yields information on interference effects and correlated motion contained in the coherent scattering function S(Q, ω). As an introduction to this complex situation, this chapter begins by describing first coherent elastic scattering due to short ...
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Quasielastic Neutrino Scattering
Physical Review Letters, 1969R. L. Kustom +4 more
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Quasielastic laser light scattering
Chemical Society Reviews, 1973A. M. Jamieson, A. R. Maret
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Quasielastic and Inelastic Neutron Scattering
1982The neutron is a heavy particle compared to photons and therefore scattering spectroscopy using neutrons covers a unique range of frequency-spatial correlations. For inelastic experiments the far infra-red spectroscopic range up to ∼1000 cm-1 may be observed with sizeable wave vector transfers and phonon dispersion curves mapped out.
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5 Incoherent quasielastic neutron scattering
2000Abstract In the case of spatially limited jump diffusion, the incoherent scattering function consists of an elastic and a quasielastic part, and the fraction of elastic intensity is called the incoherent structure factor, EISF. This chapter evaluates different scenarios and the corresponding EISFs.
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Quasielastic incoherent scattering in fractal systems
Physical Review B, 1995, Dasgupta, , Ballabh, , Tarafdar
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