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IPAC'23 - 14th International Particle Accelerator Conference

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

IPAC'23

Session

MC07.1 - Accelerator Technology and Sustainability (Contributed)

MOOG
8 May 2023, 15:30
Venice, Italy

Venice, Italy

Lungomare Marconi 1861 30126 Lido di Venezia Italy

Conveners

MC07.1 - Accelerator Technology and Sustainability (Contributed)

  • Peter McIntosh (Science and Technology Facilities Council)

Presentation materials

There are no materials yet.

  1. 1692. X-band activities at INFN-LNF (MOOG1)
    Fabio Cardelli (Istituto Nazionale di Fisica Nucleare)
    08/05/2023, 15:30
    MC7.T06: Room Temperature RF
    Contributed Oral Presentation

    The Eupraxia@SPARC_LAB project, foreseen a 1GeV Linac based on a X-band booster composed by 16 accelerating structures working at the nominal gradient of 60MV/m. In this framework, an intense activity has started in the last years in order to prove the reliability and functionality of the X-band technology at very high peak power. The main step of this activity has been the implementation of a...

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  2. 2850. Characterisation of microbunching instability at the FERMI Free Electron Laser (MOOG2)
    Alexander Brynes (Elettra-Sincrotrone Trieste S.C.p.A.)
    08/05/2023, 15:50
    MC5.D01: Beam Optics Lattices, Correction Schemes, Transport
    Contributed Oral Presentation

    A systematic study of microbunching instability is being carried out in the FERMI free-electron laser linac driver. This talk will report about modelling and experiments related to the instability, including the development of an infrared (IR) spectrometer for the diagnostic of microbunching-induced coherent emission in the IR spectral range.

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  3. 2656. Additive manufacturing of copper RF structures for particle accelerator applications (MOOG3)
    Sergey Kurennoy (Los Alamos National Laboratory)
    08/05/2023, 16:10
    MC7.T06: Room Temperature RF
    Contributed Oral Presentation

    Particle accelerators, relevant to LANL’s mission spaces will rely on the use of copper based rf structure for charged particle acceleration. Additively manufactured (AM) copper structures offer the usual well-known advantages in terms of relaxation of physical design (shape) constraints, and thus hold the promise of making complex shaped rf structures. To rapidly demonstrate the potential to...

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