HFM

Contributions at ASC 2026

All talks available at https://indico.cern.ch/event/1727351/

E. Todesco, et al.,”Status of the HFM programme: a global R&D effort for High Field Magnets for future particle accelerators”

Technology developments

  • Vincent Schenk, et al., “Ceramic-Filled Epoxy Systems and Vacuum Impregnation Parameters for Nb₃Sn Superconducting Coils”
  • Roland Piccin, et al., “Electrical Insulation Requirements and Technologies for High Field Magnets”
  • Javier Osuna, et al.,”Thermal and Plasma-Based De-Sizing of Glass Fiber Insulation for Nb₃Sn Superconducting Cables”
  • Filip Louka, et al., “Ceramic coatings for superconducting magnets”
  • Christian Scheuerlein, et al., “Dose limits of polymers for superconducting magnets”
  • Christian Scheuerlein, et al., “Radiation hardness of wax for superconducting magnet impregnation”
  • Vincenzo Di Capua, et al., “Acoustic Emission Measurements during Superconducting Magnet Testing: Experience and Lessons Learned at CERN”
  • Tim Mulder, et. al., “Demonstration and Prospect of the E-CLIQ Quench Protection Concept for High-Field Magnets”

LTS

  • S. Hopkins, et al.,”Heat Treatment Optimisation and Phase Transformations in Distributed Tin Nb3Sn Wires”
  • Youngkyoung Kim, et al., “”Design-Dependent Heat Treatment Optimization of High Jc Nb3Sn Wires for High-Field Magnet Applications”
  • J. Carlos Perez, et al., “Assembly and test results of RMM magnets, a 17 T CERN technology demonstrator based on racetrack Nb3Sn coils”
  • J. Carlos Perez, et al., “Design and fabrication of BOND: a 14 T Dipole for HFM”
  • M. D’Addazio, et al. “Design and analysis of a hybrid Nb₃Sn/Nb-Ti Short Model Coil (SMC) dipole magnet”
  • N. Sala, et al., “Mechanical design and optimization of the Nb3Sn 12 T dipole for High Field Magnet programme”
  • T. Maiello, et al., “Mechanical structure design of the FalconD Nb_3 Sn 12 T Cos-Theta Dipole for the High Field Magnets R&D Programme”
  • M. Elisei, et al.,”Conceptual design of CTH: A 14 T Hybrid Nb₃Sn/NbTi Dipole for the HFM Programme”
  • S. Perraud, et al., “Mechanical Analysis of the magnet assemblies for R2D2, the Research Racetrack Dipole Demonstrator”
  • E. Rochepault, et al., “Assembly and Test of R2D2, the Research Racetrack Dipole Demonstrator”
  • G. Gachot, et al., “Mechanical characterization of Nb3Sn conductor constituents during the high-temperature heat treatment.”
  • J. Á. García-Matos, et al., “Mechanical Design Studies for the DAISY 14 T Common Coil Demonstrator Magnet”
  • C. Martins Jardim, et al., “Assembly and Power Tests of ISAAC: A 12 T Common Coil dipole demonstrator for HFM”

HTS

  • A. Ballarino, et al., “Roadmap and Progress of REBCO High Field Accelerator Magnet Activities at CERN”
  • A. Baskys, et al., “Construction and test results of a Common Coil REBCO demonstrator magnet developed at CERN”
  • A. Baskys, et al.,”Qualification measurements of 48 km REBCO coated conductor procured for the High Field Magnet Programme and the HL-LHC project at CERN”
  • A. Caunes, et al., “Test Results of The First 600 mm Long Metal Insulated HTS Double Racetrack”
  • S. Sorti, et al., “Conceptual designs and experimental activities toward an accelerator-graded all-HTS 10 T dipole demonstrator.”
  • S. Sorti, et al., “Test of IRIS-ESMA HTS dipole in a 4-coil configuration and manufacturing of the final 12-coil magnet”
  • N. Bagrets, et al., “Status and perspectives at KC4 production line”
  • O. Atikin, et al., “Validation of No Ic Degradations in Fibreglass Insulated and Epoxy Impregnated REBCO Pancake Coils”
  • T. Mulder, et al., “Demonstration of the Remove-and-Replace (RaR) method for NI ReBCO HTS Magnets”