30 May 2022 to 3 June 2022
Campus des Cordeliers - Sorbonne Université
Europe/Zurich timezone

Session

FCC-hh accelerator

1 Jun 2022, 09:00

Conveners

FCC-hh accelerator

  • Giorgio Apollinari (Fermi National Accelerator Lab. (US))

Presentation materials

There are no materials yet.

  1. Massimo Giovannozzi (CERN)
    01/06/2022, 09:00
    FCC-hh accelerator
    Oral presention (by invitation only)

    In this talk, I review the current status of the FCC-hh ring layout and optics studies, starting from a brief overview of the CDR status and then moving to the recent developments. I also provide an outlook for future studies and activities.

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  2. Dr Roderik Bruce (CERN)
    01/06/2022, 09:25
    FCC-hh accelerator
    Oral presention (by invitation only)

    The FCC-hh will feature both an unprecedented stored proton beam energy
    of about 8.3 GJ, more than an order of magnitude higher than the HL-LHC,
    as well as superconducting magnets. This puts extreme demands on the
    collimation system that should safely intercept any beam losses, since
    even a tiny fraction of the beam carries enough energy to quench the
    magnets or even cause damage. This...

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  3. Guilherme Telles
    01/06/2022, 09:45
    FCC-hh accelerator
    Oral presention (by invitation only)

    Inside the vacuum chamber of the FCC-hh, image currents will be induced in the beam screen due to its proximity to the particle beam. To ensure a stable beam trajectory, it is important that the surrounding material has very low surface resistance and that the magnetic field homogeneity is maintained in the central region of the vacuum chamber. To achieve this, our consortium explores the...

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  4. Wolfgang Bartmann (CERN)
    01/06/2022, 10:05
    Oral presention (by invitation only)
  5. Dr Joffre Gutierrez Royo (ICMAB - CSIC)
    FCC-hh accelerator
    Oral presention (by invitation only)

    Since the late 1960s, superconductors are employed as materials for radio-frequency (RF) cavities because of its operation at higher acceleration voltage gradient and lower AC power demand than comparable normal conducting alternatives. In this field, elemental Nb is the most widely used material owing to its highest critical temperature Tc and highest RF critical field Hsh among the elemental...

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