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In-In @158 GeV: Simulation of the E ZDC spectrum

In-In @158 GeV: Simulation of the E ZDC spectrum. Simulation of the Ezdc spectrum performed with VENUS. The spectrum is obtained via a geometrical simulation: 1) summing the energy of the MC particles in the  acceptance of the Ezdc collimator (no tracking

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In-In @158 GeV: Simulation of the E ZDC spectrum

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  1. In-In @158 GeV: Simulation of the EZDC spectrum Simulation of the Ezdc spectrum performed with VENUS The spectrum is obtained via a geometrical simulation: 1) summing the energy of the MC particles in the  acceptance of the Ezdc collimator (no tracking of the particles up to the ZDC) 2) enlarging the spectrum by the experimental resolution Interaction spectrum NA60 Coll. Meeting, 4-5/09/03

  2. Comparison with Pb-Pb @ 30 GeV Comparison with Pb-Pb @ 158 GeV In-In Pb-Pb Pb-Pb In-In

  3. b (fm) NPart EZDC (GeV) EZDC (GeV) Comparison with RQMD: VENUS RQMD Correlations with centrality parameters:

  4. Bin Number N. Part Centrality bins: We can perform 7 centrality classes corresponding to percentages of inelastic cross section

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