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MT29 Abstracts and Technical Program

1–6 Jul 2025
Omni Boston Hotel at the Seaport
US/Eastern timezone

Conference Management

Session

Thu-Af-Po.08 - Materials for Pulsed Magnets

3 Jul 2025, 14:00
Ensemble Ballroom, Level 2

Ensemble Ballroom, Level 2

Conveners

Thu-Af-Po.08 - Materials for Pulsed Magnets

  • Andrea Zappatore (Politecnico di Torino)
  • Joachim Wosnitza (Helmholtz-Zentrum Dresden)

Presentation materials

There are no materials yet.

  1. 20. Thu-Af-Po.08-01: Development of a Glass-Carbon-Glass Reinforced Pulsed High-field Magnet at the WHMFC
    Dr Siyuan Chen
    03/07/2025, 14:00
    Poster

    Pulsed high-field magnets are commonly reinforced with Zylon fiber to counterbalance the inter-radial Lorentz forces. However, these magnets usually undergo unintended axial disruptions. Previous studies have shown that Zylon fiber-reinforced polymers (ZFRPs) exhibit limited transverse and in-plane shear strength. This limitation results in substantial transverse damage at the ends of the...

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  2. 266. Thu-Af-Po.08-02: A Novel Radial Reinforcing Scheme for High-field Pulsed Magnets
    Wenzhe Li (Wuhan National High Magnetic Field Center, Huazhong University of Science and Technology)
    03/07/2025, 14:00
    Poster

    Conventional high-field pulsed magnets employ layered reinforcement techniques, where high-strength fiber composites are inserted around each conductor layer within solenoid coils to withstand the substantial Lorentz forces. For magnets exceeding 80 T, the required reinforcement layer thickness exceeds 5 mm. However, this design reduces the conductor filling factor and increases the coil...

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  3. 652. Thu-Af-Po.08-04: Performance of fiber-reinforced conductors under cyclic loading
    Ke Han
    03/07/2025, 14:00
    C02: Resistive and Pulsed High-Field Magnets
    Poster

    Pulsed magnets in the US National High Magnetic Field Laboratory (MagLab) use rectangular cross-section conductors that reinforced by Nb-fibers. During the manufacture of the conductors, large deformation strain was required, leading to very high internal stresses. The internal stresses affected deformation behavior of the conductors. This special deformation behavior was reflected in...

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  4. 800. Thu-Af-Po.08-05: Fast cooling pulsed magnet using high thermal conductive reinforcement layers
    Luchen Wei (Huazhong University of Science and Technology)
    03/07/2025, 14:00
    Poster

    Accelerating the cooling rate of pulsed magnets has a significant impact on the efficiency of physics experiments. Inserting axial liquid nitrogen cooling channels in the magnet is a common method to accelerate the cooling rate. However, the cooling channels prevent stress from being transmitted between the layers of the magnet, which reduces the structural strength and increases the design...

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  5. 447. Thu-Af-Po.08-07: Development of a Copper-Tungsten Composite wires Using Cold Spray and Wire-drawing for High Magnetic Field Applications
    Mr Simon Tardieu (CNRS - Laboratoire National des Champs Magnétiques Intenses, EMFL, CNRS-INSA-UGA-UPS)
    03/07/2025, 14:00
    Poster

    Copper-based conductive wires with both a high strength and a high electrical conductivity could find applications in aerospace and power engineering as well as in niche scientific applications such as materials for the production of high-field pulsed magnets. Indeed, in order to produce non-destructive fields, the coils must be wound of wires with a very high mechanical strength to resist...

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