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    IBIC 2015

    14–17 Sept 2015
    MCEC
    Australia/Melbourne timezone

    Session

    MOCLA

    MOCLA
    14 Sept 2015, 14:00
    MCEC

    MCEC

    1 Convention Centre Place, South Wharf VIC 3006, Australia

    Conveners

    MOCLA: Time Resolved Diagnostics and Synchronization

    • Steve Smith (SLAC)

    Presentation materials

    There are no materials yet.

    1. 7. Microbunching Instability in Relativistic Electron Bunches: Direct Observations of the Microstructures Using Ultrafast YBCO Detectors
      Eleonore Roussel (Elettra)
      14/09/2015, 14:00
      Time Resolved Diagnostics and Synchronization
      Invited Oral
      Relativistic electron bunches circulating in accelerators are subjected to a dynamical instability leading to microstructures at millimeter to centimeter scale. Although this is a well-known fact, direct experimental observations of the structures, or the field that they emit, remained up to now an open problem. Here, we report the direct, shot-by-shot, time-resolved recording of the shapes...
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    2. 22. Design of a Compact L-band Transverse Deflecting Cavity with Arbitrary Polarisations for the SACLA Injector
      Hirokazu Maesaka (RIKEN SPring-8 Center)
      14/09/2015, 14:40
      Time Resolved Diagnostics and Synchronization
      Contributed Oral
      We are planning to install a transverse deflecting cavity (TCAV) in the injector of the X-ray free electron laser (XFEL) facility, SACLA [*], in order to measure longitudinal bunch profiles after a velocity bunching process. This is because the longitudinal bunch profile in the injector is critically important for reproducing the XFEL performance [**]. The TCAV will be installed at the end of...
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    3. 24. Fully Intensity and Timing Jitter Compensated Ultra-Fast Experiments at Accelerator-Driven Photonsources at High Repetition Rates
      Sergey Kovalev (HZDR)
      14/09/2015, 15:00
      Time Resolved Diagnostics and Synchronization
      Contributed Oral
      Timing jitter and power instabilities are crucial parameters which greatly reduce the applicability of accelerator driven light sources for time-resolved experiments. In this contribution we present a technique that allows achieving few 10 fs time-resolution in experiments operating at cw repetition rates of up to 100 kHz by employing high repetition rate data acquisition. The method employs a...
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