1990•Canadian Journal of PhysicsRequires access

Evidence for three-body forces in p–d breakup at 25 MeV?

W. B. Wango, J. H. L. Birchall, J.S.C. McKee, Juris P. Svenne

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Abstract

Experimental data for deuteron breakup by protons in collinear geometry at 25.00 MeV are compared with the predictions of rigorous Faddeev calculations using the Paris potential and with those of the Doleschall code. The Paris potential significantly underdetermines the breakup cross section in collinear geometry. The explanation for this discrepancy is not entirely clear at this time.

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What this paper is about

Experimental data for deuteron breakup by protons in collinear geometry at 25.00 MeV are compared with the predictions of rigorous Faddeev calculations using the Paris potential and with those of the Doleschall code. The Paris potential significantly underdetermines the breakup cross section in collinear geometry. The explanation for this discrepancy is not entirely clear at this time.

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Available abstract

Experimental data for deuteron breakup by protons in collinear geometry at 25.00 MeV are compared with the predictions of rigorous Faddeev calculations using the Paris potential and with those of the Doleschall code. The Paris potential significantly underdetermines the breakup cross section in collinear geometry. The explanation for this discrepancy is not entirely clear at this time.

Key concepts: Breakup, Physics, Faddeev equations, Nuclear physics, Deuterium, Few-body systems, Three-body problem, Cross section (physics)

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Evidence for three-body forces in p–d breakup at 25 MeV? — Research Paper | ScholarLens