Abstract
The uncorrelated jet model (UJM) and the hydrodynamical model for particle production in very high energy scattering of two protons have been investigated. The differential cross-section for elastic scattering has been calculated in the UJM with Regge phase and the shrinkage of the diffraction peak has been discussed . Inclusive two-particle correlations due to energy-momentum conservation have been computed in the UJM and compared to experiment. Statistical quantities for particle production have been defined using t he analogy between the phase-space integral in particle production and the definition of the grand canonical partition function in statistical mechanics. The statistical quantities have been used in the hydrodynamical model of Landau to calculate the inclusive single particle rapidity distribution for pions and thermodynamical properties of the two colliding hadrons .
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