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IPAC'23 - 14th International Particle Accelerator Conference

7–12 May 2023
Venice, Italy
Europe/Zurich timezone

IPAC'23

Session

MC07.2 - Accelerator Technology and Sustainability (Contributed)

WEODC
10 May 2023, 15:30
Venice, Italy

Venice, Italy

Lungomare Marconi 1861 30126 Lido di Venezia Italy

Conveners

MC07.2 - Accelerator Technology and Sustainability (Contributed)

  • Giovanni Bisoffi (Istituto Nazionale di Fisica Nucleare)

Presentation materials

There are no materials yet.

  1. 1795. A short-length transport line for laser-plasma accelerators using HTS periodic magnets (WEODC1)
    Samira Fatehi (Karlsruhe Institute of Technology)
    10/05/2023, 15:30
    MC7.T10: Superconducting Magnets
    Contributed Oral Presentation

    In laser-plasma accelerators (LPA), due to extremely high accelerating gradients, electron bunches are accelerated to high energies in only a few millimeters to centimeters of acceleration length. To efficiently capture and transport the LPA-generated bunches in a compact transport line, beam line designs employing high-strength combined-function magnets based on high-temperature...

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  2. 1321. Novel iron lamination for fast kicker magnets with high flux density (WEODC2)
    Kenji Fukami (Japan Synchrotron Radiation Research Institute)
    10/05/2023, 15:50
    MC7.T09: Room Temperature Magnets
    Contributed Oral Presentation

    Novel iron lamination with additional interlaminar insulation has been successfully developed for magnet cores of fast kicker magnets in particle accelerators. By minimizing the eddy current induced between core laminas, a pulse profile of the excited magnetic field has been significantly improved up to a few MHz range. The magnet core is formed by alternately stacking thin steel and...

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  3. 1476. High-power tests of the compactly HOM-damped TM020-cavities for a next generation light source (WEODC3)
    Takahiro Inagaki (RIKEN SPring-8 Center)
    10/05/2023, 16:10
    MC7.T06: Room Temperature RF
    Contributed Oral Presentation

    Coupled-bunch instability arising from impedances of higher-order modes (HOMs) in RF cavities is a problem to be suppressed in high-current, low-emittance electron storage rings. As a countermeasure against the problem, we have developed a compactly HOM-damped cavity resonating in the TM020-mode at a frequency of 509 MHz. The damping structure compromises circumferential and shallow slots in...

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