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4th International Workshop on Mechanisms of Vacuum Arcs (MeVArc 2013)

4–7 Nov 2013
Hotel Les Aiglons
Europe/Zurich timezone

Session

Experimental 1 - rf systems

5 Nov 2013, 09:00
Hotel Les Aiglons

Hotel Les Aiglons

270 Avenue de Courmayeur 74400 Chamonix-Mont-Blanc

Conveners

Experimental 1 - rf systems

  • Matthew Hopkins (Sandia National Laboratories)

Presentation materials

There are no materials yet.

  1. 31. High-gradient test results from CERN XBox-1
    Ben Woolley (Lancaster University (GB))
    05/11/2013, 09:00
  2. 22. Studies of breakdowns at high-gradients in TBTS/CTF3
    Alexey Dubrovskiy (Joint Inst. for Nuclear Research (RU))
    05/11/2013, 09:30
    Breakdown studies and results in Two-Beam Test Stand in CTF3, where accelerating structures are being tested at gradients up to 150MV/m, will be summarized. The planned modifications will be outlined.
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  3. 23. Laser triggered RF breakdown experiment
    Jiaru Shi (Tsinghua University)
    05/11/2013, 10:00
  4. 7. Recent High Gradient Experiments at SLAC
    Dr Valery Dolgashev (SLAC)
    05/11/2013, 11:00
    I will review results of our dual-mode cavity experiment, update on cryo experiments with normal conducting single-cell structure and on reproducibility test of hard CuAg.
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  5. 9. Research and Achievements on X-band accelerator structures at LNF
    Bruno Spataro (INFN - LNF)
    05/11/2013, 11:30
    The next generation of linear accelerators is highly demanding in terms of accelerating gradients. To upgrade performances of X band Linacs at 11.424 GHz many resources are devoted to achieve higher accelerating gradients and at the same time obtain the highest possible reliability. In the framework of a large collaboration among SLAC (USA), KEK (Japan) and INFN-LNF, our laboratories have been...
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  6. 20. Multi-Harmonic Cavities with Suppression of Surface Pulsed Heating and Field Emission
    Jiang Yong (Yale University)
    05/11/2013, 12:00
    Multi-harmonic cavities that are designed for RF breakdown experiments are described. The fundamental TM010 and its higher harmonic, either TM020, or TM011, or TM012 modes of the cavities are to be excited coherently by an external RF source in the expectation of lowering surface field emission and/or surface pulsed heating, so as to reduce breakdown probability and possibly achieve an...
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