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Abstract <p>For extended uniformly magnetized bodies, a practical implementation of a numerical algorithm for solving an integro- differential equation on a function that defines the localization, shape, and size of a cavity in such a magnet based on the measured resulting field outside of it has been investigated. A program in the FORTRAN language that implements the above algorithm has been compiled. The shape, dimensions, and position of a noncoaxial cylindrical cavity in the magnet were reconstructed as a test and illustrative example of the studied algorithm for a uniformly magnetized cylindrical magnet.</p>

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Determining Cavity Shape and Size in Homogeneously Magnetized Magnets within the Framework of a Two-Dimensional Model

  • 期刊论文

  • 发表日期：

    2025年7月1日

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  • V. V. Dyakin,
  • O. V. Kudryashova,
  • V. Y. Raevskii

摘要

Abstract

For extended uniformly magnetized bodies, a practical implementation of a numerical algorithm for solving an integro- differential equation on a function that defines the localization, shape, and size of a cavity in such a magnet based on the measured resulting field outside of it has been investigated. A program in the FORTRAN language that implements the above algorithm has been compiled. The shape, dimensions, and position of a noncoaxial cylindrical cavity in the magnet were reconstructed as a test and illustrative example of the studied algorithm for a uniformly magnetized cylindrical magnet.