Coordinate space proton-deuteron scattering calculations including Coulomb force effects

Abstract

We present a practical method to solve the proton-deuteron scattering problem at energies above the three-body breakup threshold, in which we treat three-body integral equations in coordinate space accommodating long-range proton-proton Coulomb interactions. The method is examined for phase shift parameters, and then applied to calculations of differential cross sections in elastic and breakup reactions, analyzing powers, etc. with a realistic nucleon-nucleon force and three-nucleon forces. Effects of the Coulomb force and the three-nucleon forces on these observables are discussed in comparing with experimental data.

15 pages, 14 figures, submitted to PRC

References in corpus (3)

• Two-pion exchange three-nucleon potential: O(q^4) chiral expansion
• New calculation schemes for proton-deuteron scattering including the Coulomb interaction
• Operation of Faddeev-Kernel in Configuration Space

Cited by in corpus (11)

• Decay and structure of the Hoyle state
• Momentum-space calculation of proton-deuteron scattering including Coulomb and irreducible three-nucleon forces
• Three-body calculations of triple-alpha reaction
• Application of complex-scaling method for few-body scattering
• Study of three-neutron bound and continuum states
• Three-nucleon system: Irreducible and reducible contributions of the three-nucleon force
• Monopole transition strength function of ${}^{12}$C in three-$\alpha$ model
• Spin-isospin excitation of ${}^3$He with three-proton final state
• Three-Nucleon Forces
• Low-energy ${}^{12}$C continuum states in three-$\alpha$ model
• Still Few-Nucleon Systems - After So Many Years