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The πd elastic scattering observables are calculated in the 142 to 256 MeV energy range within a relativistic three-body theory without π absorption. The nonresonant πN partial waves are included perturbatively to an excellent degree of accuracy. Various NN tensor forces are elaborated at different levels of quality. The sensitivity of elastic differential cross sections and polarization parameters to the description of the NN and πN channels is investigated. The importance of using a realistic deuteron wave function is demonstrated.NUCLEAR REACTIONS πd elastic scattering, T_π=140-260 MeV, dσdΩ, total cross section, vector and tensor polarizations, Faddeev calculation, relativistic NN tensor force.
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Giraud et al. (1980) studied this question.
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