Production and knockout of nucleon isobars from helium by 5 GeV pions

Details Production and knockout of nucleon isobars from helium by 5 GeV pions Production and knockout of nucleon isobars from helium by 5 GeV pions

Jan 1980

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1980phrvc..21..306j&link_type=abstract

Physical Review C (Nuclear Physics), Volume 21, Issue 1, January 1980, pp.306-323

Physics

Nuclear Physics

4

Scientific paper

Using both recoil and fast-particle spectrometers, the reaction π-+4He-->π-+3H+x has been measured for triton momenta in the region 0.24-0.60 GeV/c. The experimental spectra are presented as functions of triton momentum and angle and of mass of the unmeasured object. In the theoretical analysis it is assumed that the final state can be reached via quasielastic scattering from N*3H states and via N* productions from the p3H state of helium. The most credible of three investigated p3H wave functions requires one percent of N*3H states in the mass range 1.08-1.80 GeV/c2. NUCLEAR REACTIONS 4He(π-,π-x)t, E=5 GeV, Et>10 MeV measured σ(θt,mx), σ(mx,Et), σ(mx,θt) deduced p-t wave-f, x-t prob. 1.1

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