A simple space-time description of high-energy hadron-nucleus collisions is presented. The model is based on the two-sheet description of soft multiparticle production in hadron-hadron collisions, and can be formulated in a parton framework. This zeroparameter model agrees well with the general features of hadron-nucleus data.
A simple space-time description of high-energy hadron-nucleus interactions is presented. The model is based on the DTU (dual topological unitarization) -parton-model description of soft multiparticle production in hadron-hadron interactions. The essentially parameter-free model agrees well with the general features of high-energy data for hadron-nucleus interactions; in particular, this DTU-parton model has a natural explanation for an approximate 9 universality. The extension to high-energy nucleus-nucleus interactions is presented. We also compare and contrast this model with several previously proposed models.
A perturbation series of a quantized composite field theory which is based upon the asymptotic condition defined by the Bethe-Salpeter wave function is derived from the interaction representation. The problem of choosing graphs describing various processes in the straton model is discussed.
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