## Interactions of antiprotons in hydrogen, beryllium, and carbon |

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### Contents

Introduction | 5 |

Experimental Results Elastic Inelastic | 15 |

Calculations of PionExchange Potential | 25 |

2 other sections not shown

### Common terms and phrases

absorption cross section agreement annihilation interaction annihilation process anti antinucleon system antinucleon-nucleon antiproton experiments antiprotons scattered Ball and Chew Ball and Fulco beryllium and carbon Bevatron black sphere calculated by Ball change sign charge-exchange cross sections charged particles cross-section measurements detected determine differential cross section diffraction scattering dx dy elastic cross section elastic scattering Energy dependence energy range exchange scattering high-energy incident nucleon inelastic isotopic spin Koba and Takeda Lambertson Liquid hydrogen target mesons Mev kinetic energy millibarns momentum multiplicity of pions neutron nucleon-nucleon interaction optical model optical theorem P-Be p-p and p-n p-p system partial waves phase shifts pion cloud pion exchange proton-proton scattering protons quantum quantum field theory radius range from 133 real and imaginary scattering cross section scintillation counters section is approximately section mb shadow region simple model small angles spectrometer spin-orbit spin-orbit interaction strong interacting total cross section wave vector WKB approximation