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<p>The objective of this work is to promote a nucleonic control system for a laboratory-scale pilot unit using the neutron backscattering technique, supported by OpenMC simulations. A reference scan showed that the four trays of the unit were in place and contained approximately the same amount of water. The diagnostic scan revealed a positive correlation between peak intensities and the components of the trays, according to their hydrogen content: gasoline &gt; diesel &gt; water &gt; borated paraffin. The results provided by OpenMC simulations are in agreement with the experimental data, validating the measurements and the methodology developed using this technique.</p>

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Assessment of pilot unit configurations using neutron backscattering and OpenMC simulation

  • 期刊论文

  • 发表日期：

    2025年10月10日

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  • Rabie Outayad,
  • Youness Oulahou,
  • Tarek Elbardouni,
  • Wilson Macharia Kairu,
  • Alaa Jainija,
  • Abdelaziz Saadaoui,
  • Abdelghafour Ezzahri

摘要

The objective of this work is to promote a nucleonic control system for a laboratory-scale pilot unit using the neutron backscattering technique, supported by OpenMC simulations. A reference scan showed that the four trays of the unit were in place and contained approximately the same amount of water. The diagnostic scan revealed a positive correlation between peak intensities and the components of the trays, according to their hydrogen content: gasoline > diesel > water > borated paraffin. The results provided by OpenMC simulations are in agreement with the experimental data, validating the measurements and the methodology developed using this technique.