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<p>A description is given of simulation experiments of the interaction of lunar dust with the surface of solar panels. The experiments are based on the creation of a dust plasma cloud by exposure of a substance simulating lunar dust to the radiation from a powerful pulse gyrotron. This approach has been tested using a lunar regolith simulant. An analysis is presented of the results of precipitation of charged regolith particles on solar panels of various types and variation in their efficiency.</p>

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Simulation Experiments on LMS-1D Regolith Particles Precipitation in a Gyrotronic Discharge and Their Impact on Solar Panels of Space Vehicles

  • 期刊论文

  • 发表日期：

    2025年1月1日

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  • A. S. Sokolov,
  • V. D. Stepakhin,
  • N. N. Skvortsova,
  • V. D. Borzosekov,
  • T. É. Gayanova,
  • A. K. Kozak,
  • N. T. Vagapova,
  • I. V. Badurin,
  • E. S. Loginova,
  • E. A. Obraztsova,
  • L. V. Kolik,
  • A. S. Kon’kova,
  • E. M. Konchekov,
  • N. G. Gusein-Zade

摘要

A description is given of simulation experiments of the interaction of lunar dust with the surface of solar panels. The experiments are based on the creation of a dust plasma cloud by exposure of a substance simulating lunar dust to the radiation from a powerful pulse gyrotron. This approach has been tested using a lunar regolith simulant. An analysis is presented of the results of precipitation of charged regolith particles on solar panels of various types and variation in their efficiency.