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Abstract <p>This article presents the design and functions of the automated and robotic gamma-ray spectrometric complex developed at MEPhI. The basis of the complex is a xenon gamma-ray detector with high spectrometric and operational characteristics. Experience with the complex demonstrated the need for visualization of data obtained from radioactive radiation sources. For this reason, the creation of an indicator system was started for determining the level of gamma radiation based on the intensity of flows, and, subsequently, the localization of radionuclides.</p>

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Application of the Automated and Robotic Gamma-Ray Spectrometric Complex for Radiation Hazard Situation Assessment

  • 期刊论文

  • 发表日期：

    2025年10月3日

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  • O. V. Nagikh,
  • A. I. Madzhidov,
  • V. M. Grachev,
  • A. E. Shustov,
  • Z. M. Uteshev,
  • K. F. Vlasik,
  • S. E. Ulin,
  • I. A. Yuzhakov,
  • E. I. Olshevsky

摘要

Abstract

This article presents the design and functions of the automated and robotic gamma-ray spectrometric complex developed at MEPhI. The basis of the complex is a xenon gamma-ray detector with high spectrometric and operational characteristics. Experience with the complex demonstrated the need for visualization of data obtained from radioactive radiation sources. For this reason, the creation of an indicator system was started for determining the level of gamma radiation based on the intensity of flows, and, subsequently, the localization of radionuclides.