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Abstract <p>The scope of the review includes: the vertical and lateral forces determining the load capacity and stability of motion of HTSC MLT; the friction of aerodynamic and electromagnetic nature in vacuum determining the maximal speed of MLT; the gravitational acceleration/breaking principal, useful for low speed local MLT; the problem of the thermal stability of the cryogenic systems needed for high speed vacuum HTSC-based MLT, and acceleration/breaking and recuperation by linear synchronous superconducting motor for high speed vacuum MLT. The preliminary experimental results and future works are discussed.</p>

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Physical and Technological Problems of Vacuum Magnetolevitation Transport Based on High-Temperature Superconductors

  • 期刊论文

  • 发表日期：

    2025年12月1日

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  • V. V. Koledov,
  • Yu. A. Terentyev,
  • D. A. Karpukhin,
  • K. A. Kolesov,
  • S. V. von Gratowski,
  • V. S. Laryukhin,
  • V. K. Balabanov,
  • A. V. Babachanakh,
  • A. P. Kamantsev,
  • A. V. Mashirov,
  • D. A. Suslov,
  • S. V. Taskaev,
  • M. V. Matyunina

摘要

Abstract

The scope of the review includes: the vertical and lateral forces determining the load capacity and stability of motion of HTSC MLT; the friction of aerodynamic and electromagnetic nature in vacuum determining the maximal speed of MLT; the gravitational acceleration/breaking principal, useful for low speed local MLT; the problem of the thermal stability of the cryogenic systems needed for high speed vacuum HTSC-based MLT, and acceleration/breaking and recuperation by linear synchronous superconducting motor for high speed vacuum MLT. The preliminary experimental results and future works are discussed.