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Two-body forces and amplitudes in the three-body model for the4He(\(\vec d\),pα)n reaction withE d =12 and 17 MeV

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Abstract

The4He(\(\vec d\),pα)n cross section, vector and tensor analyzing-power data with 12 and 17 MeV deuterons at kinematic conditions including proton-alpha quasifree scattering, neutron-alpha and proton-alpha final-state interactions, as well as collinearity, are compared with the predictions of the three-body model using different nucleon-alpha and neutron-proton forces. In general, better two-body potentials give a better fit to the data, except for the vector analyzing-power data. The roles of the impulse and multiple-scattering amplitudes are studied to understand the sensitivity to two-body potentials and to understand the reason for the successes and the failures of the model.

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Supek, I., Šlaus, I., Koike, Y. et al. Two-body forces and amplitudes in the three-body model for the4He(\(\vec d\),pα)n reaction withE d =12 and 17 MeV. Few-Body Systems 4, 39–49 (1988). https://doi.org/10.1007/BF01076274

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Keywords

  • Elementary Particle
  • Kinematic Condition
  • Quasifree Scattering