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| WEYAB01 |
Overview of Industrialization Strategies for ILC
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1961 |
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ILC is by far the largest and most challenging application of superconducting RF accelerator technology. Starting from the experience with TESLA and XFEL I will describe the level of industrial competence in the three global regions (Asia, America and Europe). In particular I will refer to the state of the art of cavity fabrication, module assembly and auxiliary components as well as to the synergy with the XFEL project. I will use the fabrication experience with SC magnets for LHC at CERN as benchmark for industrialization strategies for ILC.
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| WEYAB02 |
Availability and Reliability Issues for ILC
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1966 |
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- T. M. Himel
- J. Nelson, N. Phinney
SLAC, Menlo Park, California
- M. C. Ross
Fermilab, Batavia, Illinois
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Funding: Work supported by the U. S. Department of Energy under contract number DE-AC03-76SF00515.
The International Linear Collider will be the largest most complicated accelerator ever built. For this reason extensive work is being done early in the design phase to ensure that it will be reliable enough. This includes gathering failure mode data from existing accelerators and simulating the failures and repair times of the ILC. This simulation has been written in a general fashion using MATLAB and could be used for other accelerators. Results from the simulation tool have been used in making some of the major ILC design decisions and an unavailability budget has been developed.
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Slides
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