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Second International Accelerator School for Linear Colliders

1–10 Oct 2007
ETTORE MAJORANA FOUNDATION AND CENTRE FOR SCIENTIFIC CULTURE
Europe/Zurich timezone

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Session

Morning Session

2 Oct 2007, 09:00
ETTORE MAJORANA FOUNDATION AND CENTRE FOR SCIENTIFIC CULTURE

ETTORE MAJORANA FOUNDATION AND CENTRE FOR SCIENTIFIC CULTURE

Via Guarnotta, 26 - 91016 ERICE (Sicily) - Italy

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  1. 0. Opening Remarks
    Weiren Chou (Fermilab)
    02/10/2007, 09:00
  2. 1. Lecture I - Introduction
    Nicholas Walker (DESY)
    02/10/2007, 09:10
    • Why LC
    • What’s ILC
    • Layout of ILC
    • Parameter choices & optimization
    • Overview of accelerator issues
    Go to contribution page
  3. 4. Lecture 3 – Damping ring I
    Andrzej Wolski (Cockcroft Institute and University of Liverpool)
    03/10/2007, 09:00
    • Role of damping rings
    • High-level overview of structure, and principles of operation
    • Review of basic linear beam dynamics
    • Damping ring lattice
    • Radiation damping (derivation of damping times, and the need for a damping wiggler in LC damping rings)
    • Quantum excitation and equilibrium beam Go to contribution page
  4. 5. Lecture 3 – Damping ring II
    Andrzej Wolski (Cockcroft Institute and University of Liverpool)
    04/10/2007, 09:00
    • Brief overview of technical systems
    • R&D challenges for selected technical components
     injection/extraction kickers
     damping wiggler
    • Brief overview of beam dynamics issues
    • Selected beam dynamics issues
     impedance effects
     electron cloud effects Go to contribution page
  5. 6. Lecture 5 – LLRF & high power RF
    Stefan Simrock (DESY)
    05/10/2007, 09:00
    • RF system overview
    • LLRF
    • Timing and synchronization
    • Modulators
    • Klystrons
    • RF distribution
    Go to contribution page
  6. 11. Lecture 6 – Superconducting RF I
    Kenji Saito (KEK)
    06/10/2007, 09:00
    • Superconductivity basics
    • SRF specifics and constraints
    • Cavity design
    • Cryogenics
    • ILC cryomodules
    Go to contribution page
  7. 12. Lecture 6 – Superconducting RF II
    Kenji Saito (KEK)
    07/10/2007, 09:00
    • Material issues
    • Cavity fabrication and tuning
    • Surface preparation
    • Gradient limit and spread
    • Power Coupler
    • HOM Couplers
    • Slow and fast tuner
    • ILC design Go to contribution page
  8. 13. Lecture 8 – Instrumentation & control II
    Marc Ross (FNAL)
    08/10/2007, 09:00
    • Electronics
    • Data processing Go to contribution page
  9. 14. Lecture 9 – Operations
    Marc Ross (FNAL)
    08/10/2007, 10:30
    • Reliability
    • Availability
    • Remote control and global network Go to contribution page
  10. 15. Final Exam
    09/10/2007, 08:00
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