Hungary

Institutes

• UNIMISKOLC, Miskolc
  • Memorandum of Understanding signed on 25 November 2020
  • Addendum signed on 25 November 2020
    • The scope of this project is the development of a superconducting shield (SuShi) septum magnet. The University of Miskolc is elaborating a process to manufacture the superconducting Nbti/Nb/Cu multilayer sheet material, based on a material developed in Japan several decades ago. The collaboration focusses on improving the production process and assuring that the superconducting sheet material is compatible with the technical requirements to manufacture a super conducting shield for the SuShi septum
• Wigner RCP, Budapest, XII
  • Memorandum of Understanding signed on 23 November 2015
  • Addendum signed on 16 March 2016
    • The work described covers the evaluation (simulation, design, construction and testing of a prototype) of a new concept for a high-field superconducting septum magnet for beam extraction of a future hadron collider. This project foresees a superconducting shield and shielding supercurrents to create a field-free region for the circulating beam within the field of a superconducting magnet.
  • Addendum signed on 18 March 2019
    • The scope of this collaboration is to design, build and test a short (0.8 m) prototype accelerator-quality superconducting 'demonstrator' septum magnet, based on the flux-shield principle and Canted Cosine Theta dipole technology. The following approximate parameters are targeted: 20 mm aperture for the circulating beam, 30 mm aperture for the extracted beam, 3.2 T field, 1% field homogeneity, apparent septum thickness of 25 mm.

Find more about Hungary's relationship with CERN here.