Paper |
Title |
Other Keywords |
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MOXBCH01 |
Industrial Technology for Unprecendented Energy and Luminosity: the Large Hadron Collider
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hadron, collider, vacuum |
6 |
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- P. Lebrun
CERN, Geneva
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With over 2.7 billion Swiss francs procurement contracts under execution in industry and the installation of major technical systems proceeding in its first 3.3 km sector, the Large Hadron Collider (LHC) construction is now in full swing at CERN, the European Organization for Nuclear Research. The LHC is not only the most challenging particle accelerator under construction, it is also the largest global project ever for a scientific instrument based on advanced technology. Starting from accelerator performance requirements, we recall how these can be met by an appropriate combination of technologies, such as high-field superconducting magnets, superfluid helium cryogenics, beam and insulation vacuum or power electronics, with particular emphasis on the developments required to meet demanding specifications, and the industrialization issues which had to be solved for achieving series production of precision components under tight quality assurance and within limited resources. This provides the opportunity for reviewing the production status of the different systems and the progress of the project.
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Video of talk
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Transparencies
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MOYCH01 |
The TESLA XFEL Project
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linac, hadron, collider, vacuum |
11 |
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MOYCH02 |
Physics Challenges for ERL Light Sources
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hadron, collider, extraction, vacuum |
16 |
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- L. Merminga
Jefferson Lab, Newport News, Virginia
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We present an overview of the physics challenges encountered in the design and operation of Energy Recovering Linac (ERL) based light sources. These challenges include the generation and preservation of low emittance, high-average current beams, manipulating and preserving the transverse and longitudinal phase space, control of the multipass beam breakup instability, efficient extraction of higher order mode power and RF control and stability of the superconducting cavities. These key R&D issues drive the design and technology choices for proposed ERL light sources. Simulations and calculations of these processes will be presented and compared with experimental data obtained at the Jefferson Lab FEL Upgrade, a 10 mA ERL light source presently in commissioning, and during a 1 GeV demonstration of energy recovery at CEBAF.
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Video of talk
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Transparencies
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