Low-energy p-d Scattering: High Precision Data, Comparisons with Theory, and Phase-Shift Analyses

Details Low-energy p-d Scattering: High Precision Data, Comparisons with Theory, and Phase-Shift Analyses Low-energy p-d Scattering: High Precision Data, Comparisons with Theory, and Phase-Shift Analyses

2001-10-24

arxiv.org/abs/nucl-ex/0110014v1

Phys.Rev. C65 (2002) 034002

Physics

Nuclear Physics

Nuclear Experiment

18 pages, 6 figures

Scientific paper

10.1103/PhysRevC.65.034002

Angular distributions of sigma(theta), A_y, iT_11, T_20, T_21, and T_22 have been measured for d-p scattering at E_c.m.=667 keV. This set of high-precision data is compared to variational calculations with the nucleon-nucleon potential alone and also to calculations including a three-nucleon (3N) potential. Agreement with cross-section and tensor analyzing power data is excellent when a 3N potential is used. However, a comparison between the vector analyzing powers reveals differences of approximately 40% in the maxima of the angular distributions which is larger than reported at higher energies for both p-d and n-d scattering. Single-energy phase-shift analyses were performed on this data set and a similar data set at E_c.m.=431.3 keV. The role of the different phase-shift parameters in fitting these data is discussed.

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