The elementary p(p,p'π^{+})n reaction

preprint1998arXivOpen access

Abstract

A detailed study of the elementary p(p,p′π+'π^{+})n reaction is presented using the delta isobar model. In this model, in the first step one of the two protons in the initial state gets excited to ΔΔ. This, in the second step, decays into a nucleon and a pion. For the pp→NΔpp \to NΔ step the parametrized form of the DWBA t-matrix of Jain and Santra, which reproduces most of the available data on pp→nΔ++pp \to nΔ^{++}, is used. The cross-sections studied include the outgoing proton momentum spectra in coincidence with the pion, the outgoing pion momentum spectra and the integrated total cross-section. We find that all the calculated numbers are in good agreement with the corresponding measured cross sections.

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