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Abstract <p>Modern trends in tokamak design include the use of strong magnetic fields, whose generation produces Lorentz forces, which can damage the electromagnetic system (EMS) of the tokamak. A concept for the tokamak EMS is proposed that ensures reduced loads in the central region. Results of numerical simulations are presented, which substantiate the possibility of a significant reduction in mechanical stresses on the tokamak inductor through the use of quasi-force-free windings.</p>

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Estimate of the Possibility to Reduce the Mechanical Stresses in the Central Region of the Magnetic System of a Tokamak

  • 期刊论文

  • 发表日期：

    2025年12月1日

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  • G. A. Shneerson,
  • V. V. Titkov,
  • K. V. Voloshin,
  • A. L. O. Andreeva,
  • E. R. Zapretilina,
  • V. A. Trofimov,
  • A. M. Kudryavtseva,
  • I. Yu. Rodin

摘要

Abstract

Modern trends in tokamak design include the use of strong magnetic fields, whose generation produces Lorentz forces, which can damage the electromagnetic system (EMS) of the tokamak. A concept for the tokamak EMS is proposed that ensures reduced loads in the central region. Results of numerical simulations are presented, which substantiate the possibility of a significant reduction in mechanical stresses on the tokamak inductor through the use of quasi-force-free windings.