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LHC Crab Cavity Engineering Meeting

13–14 Dec 2012
FNAL
US/Central timezone

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Session

Review Fabrication Techniques, present status & test results

13 Dec 2012, 08:45
Hermitage Room, Industrial Center Building, 2 East (FNAL)

Hermitage Room, Industrial Center Building, 2 East

FNAL

Batavia, IL

Conveners

Review Fabrication Techniques, present status & test results

  • Thomas Nicol (Fermilab)

Presentation materials

There are no materials yet.

  1. 35. Introduction
    BOB KEPHART (FERMILAB), Giorgio Apollinari (Fermi National Accelerator Laboratory (FNAL))
    13/12/2012, 08:50
    Brief welcome and an introduction to meeting and its objectives. Some logistical information will be provided.
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  2. 3. UK 4Rod Prototype
    Dr Graeme Burt (Cockcroft Institute)
    13/12/2012, 09:00
    A technical overview of UK 4rod cavity development and construction at 400 MHz toward a crab cavity for the LHC. Cavity design and present status including deflecting mode characteristics, HOM spectra, damping scheme, coupler configurations associated choices should be addressed. The cavity fabrication challenges, treatment and recent test results should be reviewed as appropriate.
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  3. 4. ODU-SLAC RF Dipole Prototype
    De Silva Subashini (Old Dominion University)
    13/12/2012, 09:20
    A technical overview of the ODU-SLAC cavity development and construction at 400 MHz toward a crab cavity for the LHC. Cavity design and present status including deflecting mode characteristics, HOM spectra, damping scheme, coupler configurations and associated choices should be addressed. The cavity fabrication, treatment and recent test results should be reviewed as appropriate.
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  4. 5. BNL Quarter Wave Prototype
    Qiong Wu (Brookhaven National Lab)
    13/12/2012, 09:40
    A technical overview of the BNL quarter wave cavity development and construction at 400 MHz toward a crab cavity for the LHC. Cavity design and present status including deflecting mode characteristics, HOM spectra, damping schemes, coupler configurations and associated choices should be addressed. The cavity fabrication, treatment and recent test results should be reviewed as appropriate.
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  5. 30. Prototype Cavity Stress Analysis
    Luís Alberty (CERN)
    13/12/2012, 10:00
    Simulations of comparing the cavity integrity for the three designs up to a maximum pressure of 2 bar which maybe reached during the cool-down for cavity prototypes along with CERN recommendations for stiffening and appropriate modifications are presented.
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  6. 37. Discussion
    13/12/2012, 10:20
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