Coulomb Force Effects in Deuteron--Proton Breakup Reaction
I. CiepałB. KłosA. KozelaE. StephanSt. KistrynA. BiegunK. BodekA. DeltuvaM. R. EslamiV. JhaN. Kalantar-NayestanakiG. KhatriDa. KirillovDi. KirillovS. KliczewskiM. KravčíkováP. KulessaH. MachnerA. MagieraG. MartinskáJ. G. MesschendorpW. ParolA. Ramazani-Moghaddam-AraniB. J. RoyH. SakaiK. SekiguchiI.M. SitnikR. SiudakI. Skwira-ChalotR. SworstJ. UrbánJ. Zejma
Abstract
A large set of cross-section data for the ^{1}H(d,pp)n breakup reaction was measured at 130 MeV deuteron beam energy with the Germanium Wall setup covering the range of very forward polar angles. In the investigated part of the phase-space, the dynamics is dominated by the Coulomb force influence. The data are compared with results of theoretical calculations based on the realistic Argonne V18 potential supplemented with the long-range electromagnetic component. The predictions also include the Urbana IX three nucleon force model. The cross-section data reveal seizable Coulomb force effects.
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