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    FCC Week 2016

    11–15 Apr 2016
    Italy
    Europe/Zurich timezone
    There is a live webcast for this event.
    Webcast: Only Plenary sessions on Monday and Friday, and the public event will be webcast

    Session

    Material, cavities and cryomodules R&D

    Tue12
    12 Apr 2016, 13:30
    Italy

    Italy

    Crowne Plaza Hotel St. Peter's Via Aurelia Antica 415, 00165 Roma, Italy

    Conveners

    Material, cavities and cryomodules R&D

    • Akira Yamamoto (High Energy Accelerator Research Organization (JP))

    Presentation materials

    There are no materials yet.

    1. 236. Advances on seamless cavities and Nb/Cu coatings
      Enzo Palmieri (INFN)
      12/04/2016, 13:30
      Superconducting RF
      Oral
    2. 193. SRF Material Options for FCC
      Sarah Katharina Aull (CERN)
      12/04/2016, 13:50
      Superconducting RF
      Oral
      In contrast to bulk niobium, the use of niobium on copper coated SRF cavities allows operation at 4.5 K due to the lower BCS resistance and the high thermal stability of the copper substrate. Moreover, Nb/Cu technology lowers significantly production cost for cavities as well as the cryo modules as coated cavities do not require magnetic shielding. This talk will present the latest advances in...
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    3. 101. Bulk based technologies
      Alexander Romanenko (Fermilab)
      12/04/2016, 14:10
      Superconducting RF
      Oral
      Recent years have seen a tremendous progress in fundamental understanding of physical mechanisms limiting the performance of superconducting radio frequency (SRF) cavities, enabled by implementation of new research techniques, and exploring new materials such as Nb3Sn. Accelerating gradient limit of SRF cavities both of Nb and Nb3Sn was shown to be higher than Hc1, providing a tantalizing...
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    4. 129. Beyond bulk Nb
      Anne-Marie Valente-Feliciano (Jefferson Lab)
      12/04/2016, 14:30
      Superconducting RF
      Oral
      With the development of energetic vacuum deposition techniques, high quality Nb films have been produced supporting the promise of high RF performance. A Nb/Cu thin film deposited by ECR (electron cyclotron resonance) plasma has shown a significantly improved Q-slope, at 4 K and 400 MHz, compared to magnetron sputtered Nb films. Another category of ECR Nb films show first flux penetration at...
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    5. 97. Innovative Nb3Sn Thin Film Approaches and their Potential for Research and Applications
      emanuela barzi (Fermilab)
      12/04/2016, 14:45
      Superconducting RF
      Oral
      Two different electro-chemical deposition techniques, both under US Patent Application No. 62/190, 199, to produce Nb3Sn coatings have been studied in the last few years by FNAL in collaboration with Politecnico di Milano. In the first technique, the Nb3Sn phase is obtained by electrodeposition from aqueous solutions of Sn layers and Cu intermediate layers onto Nb substrates followed by...
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