MONTE CARLO SIMULATIONS OF ENERGY RESOLUTION OF THE ELECTROMAGNETIC CALORIMETER PROTOTYPE FOR ELECTRON–ION COLLIDER

Artur Hoghmrtsyan

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Abstract

In this article, we present energy resolution studies of an electromagnetic calorimeter prototype for Electron–Ion Collider. The results of energy resolution for various configurations of lead tungstate crystals were obtained based on the Geant4 simulation package. The energy resolution was studied as a function of the polar angle of incident electrons in a momentum range of 1 to 10 GeV.

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MONTE CARLO SIMULATIONS OF ENERGY RESOLUTION OF THE ELECTROMAGNETIC CALORIMETER PROTOTYPE FOR ELECTRON–ION COLLIDER

Abstract

Author(s)

Table of Contents

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MONTE CARLO SIMULATIONS OF ENERGY RESOLUTION OF THE ELECTROMAGNETIC CALORIMETER PROTOTYPE FOR ELECTRON–ION COLLIDER

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