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Abstract <p>The cylindrical electromagnetic calorimeter of the MPD experiment being built within the framework of the NICA project, is assembled from 50 half-sectors, each contains 768 ‘‘shashlyk’’-type towers of different sizes and various spatial orientations. Methods for calibrating individual half-sectors with cosmic-ray muons under test-bench conditions are currently being developed. This article discusses the applicability of these methods to a fully assembled calorimeter ready for experiments on a heavy ion collider.</p>

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Simulation of the MPD/ECal Setup for Cosmic Ray Calibration

  • 期刊论文

  • 发表日期：

    2025年2月1日

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  • M. A. Martemianov,
  • P. A. Bakhtin,
  • V. M. Baryshnikov,
  • S. A. Bulychjov,
  • V. V. Kulikov,
  • A. A. Kulikovskaya,
  • M. A. Matsyuk,
  • I. A. Tyapkin,
  • G. E. Fomenko

摘要

Abstract

The cylindrical electromagnetic calorimeter of the MPD experiment being built within the framework of the NICA project, is assembled from 50 half-sectors, each contains 768 ‘‘shashlyk’’-type towers of different sizes and various spatial orientations. Methods for calibrating individual half-sectors with cosmic-ray muons under test-bench conditions are currently being developed. This article discusses the applicability of these methods to a fully assembled calorimeter ready for experiments on a heavy ion collider.