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Titlebook: Nuclear and Particle Physics at Intermediate Energies; J. B. Warren Book 1976 Springer Science+Business Media New York 1976 CERN.Meson.Par

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Muonic and Hadronic Atoms, hadronic atoms. The purpose of these lectures is not to confront you with all available data, but rather to explain the ideas and data of selected experiments. A survey of the data existing so far can be found, for example, in review articles and conference contributions.). In contrast with many of
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,Studies of Low Energy π Elastic Scattering from Light Nuclei,he analysis of the limited amount of data that exists have indicated that optical model theories of suprising simplicity describe well the general features of the data, especially at energies above 100 MeV. The success in this energy region is probably due to the dominance of the (3,3) resonance tha
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Radiative Pion Capture and Muon Capture in Three-Nucleon Systems, method (IAM). The EPM is fully relativistic and incorporates the effects due to virtual mesons and baryon resonances within nuclei. The structure of the nuclei are described by form factors which are partially determined by electron scattering and β decay data. Unlike the EPM, the IAM can be applie
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Status Report on the SIN Universal Spectrometer Installation (SUSI),structure studies. For the π-channel an achromatic system with a large dispersion at the intermediate focus was designed in order to provide a versatile beam line for different kinds of experiments. The lay out is shown in Fig. 1. The π-channel consists of two ion optically almost symmetric sections
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