Measurement of quasielastic He3(p, pN) scattering from polarized He3 and the three-body ground state spin structure Article

cited authors

  • Miller, MA; Lee, K; Smith, A; Hansen, JO; Bloch, C; Van Den Brand, JFJ; Bulten, HJ; Deschepper, D; Ent, R; Goodman, CD; Jacobs, WW; Jones, CE; Korsch, W; Kramer, LH; Leuschner, M; Lorenzon, W; Makins, NCR; Marchlenski, D; Meyer, HO; Milner, RG; Neal, JS; Pancella, PV; Pate, SF; Pitts, WK; Von Przewoski, B; Rinckel, T; Savopulos, G; Sowinski, J; Sperisen, F; Sugarbaker, ER; Tschalär, C; Unal, O; Welch, TP; Zhou, ZL

fiu authors


  • We report measurements of spin correlations and analyzing powers in He3(p, 2p) and He3(p, pn) quasielastic scattering as a function of momentum transfer and missing momentum at 197 MeV using a polarized internal target at the Indiana University Cyclotron Facility Cooler Ring. At sufficiently high momentum transfer we find He3(p, pn) spin observables are in good agreement with free p-n scattering observables, and therefore that He3 can serve as a good polarized neutron target. The extracted polarizations of nucleons in He3 at low missing momentum are consistent with Faddeev calculations. © 1995 The American Physical Society.

publication date

  • January 1, 1995

Digital Object Identifier (DOI)

start page

  • 502

end page

  • 505


  • 74


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