An overview is given of the available generators for the ep reaction, as they are implemented in the general purpose Monte Carlo HERWIG. Deep Inelastic Scattering, boson-gluon fusion, J/psi production, photoproduction reactions will be dealt with, focusing on the unique features of the Marchesini-Webber description for the parton cascade development in both time-like and space-like domains. We will concentrate mainly on the enrgy range of HERA, which will offer the next physics oppotunities for the ep scattering. A comparison with the previous data from the European Muon Collaboration experiment will be also presented.

Simulation of different ep reactions in HERWIG

BRUGNERA, RICCARDO;STROILI, ROBERTO
1992

Abstract

An overview is given of the available generators for the ep reaction, as they are implemented in the general purpose Monte Carlo HERWIG. Deep Inelastic Scattering, boson-gluon fusion, J/psi production, photoproduction reactions will be dealt with, focusing on the unique features of the Marchesini-Webber description for the parton cascade development in both time-like and space-like domains. We will concentrate mainly on the enrgy range of HERA, which will offer the next physics oppotunities for the ep scattering. A comparison with the previous data from the European Muon Collaboration experiment will be also presented.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11577/2519974
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