Empirical Rules on the Attenuation of Quasifree Scattering in Nucleon-Deuteron Breakup in the Energy Range from 15 to 156 MeV

  • Fujiwara Noboru
    Laboratory of Nuclear Science, Institute for Chemical Research, Kyoto University

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タイトル別名
  • Empirical Rules on the Attenuation of Q

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Simple empirical rules are in existence on the (σexp⁄σsm), the ratio of the experimental cross section for p-p and p-n quasifree scattering (QFS) to the one calculated with the spectator model. (1) The ratio for p-n QFS, (σexp⁄σsm)p1−n2, depends only on the relative energy En2−p3 between scattered neutron and spectator proton, namely (σexp⁄σsm)p1−n2=f(En2−p3). (2) The ratio for p-p QFS, (σexp⁄σsm)p1−p2 depends on the relative energies Ep1−n3 and Ep2−n3 and is expressed by a product form of the same function for p-n QFS, namely (σexp⁄σsm)p1−p2=f(Ep1−n3f(Ep2−n3). (3) Further, the function f(E) is expressed by the deuteron wave function in momentum space.

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