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Introductory Discussion of Pions and Nucleons
Scattering of Pions by Nucleons
Theoretical Treatment of the Scattering
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angular distribution angular momentum antiparticles approximation assumed axial vector baryons beta interaction beta particles binding energy capture charged pions coefficient Compton wavelength conservation of leptons correlation coupling constant decay interactions decay modes decay processes density diagram Dirac Dirac neutrinos directional asymmetry discussion dispersion relations effective range electromagnetic electron emission emitted equation experiment experimental Fermi interaction fermion function Gamow-Teller Gell-Mann Hamiltonian hypernuclei hyperons if-mesons implies involved isotopic spin leptonic leptonic charge lifetime longitudinal polarization low energies lowest order magnetic mass matrix elements meson meson decay multiplets negaton neutral pion neutrino neutron nuclear beta decay nucleon Nuovo Cimento observed operator ordinary oriented nuclei phase shifts Phya Phys pion current pion decay pion field pion photoproduction pion-nucleon interaction positive pions positons production protons pseudoscalar reactions recoil resonance result reversal invariance s-wave scalar static strong interactions theoretical theory total cross section wave X-meson