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TTC 2020

4–7 Feb 2020
CERN
Europe/Zurich timezone

TTC 2020 Administrative Support

Session

Working Group Session

4 Feb 2020, 11:00
500/1-001 - Main Auditorium (CERN)

500/1-001 - Main Auditorium

CERN

Several rooms
400
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Conveners

Working Group Session: WG1 _Low/Mid T Bakes + N-treatments

  • Kensei Umemori (KEK)
  • Ari Palczewski (JLAB)
  • Marc Wenskat (Deutsches Elektronen-Synchrotron DESY)

Working Group Session: WG1_Low/Mid T Bakes + N-treatments

  • Marc Wenskat (Deutsches Elektronen-Synchrotron DESY)
  • Ari Palczewski (Thomas Jefferson National Accelerator Facility)
  • Kensei Umemori (KEK)

Working Group Session: WG1_Sample Studies

  • Marc Wenskat (Deutsches Elektronen-Synchrotron DESY)
  • Kensei Umemori (KEK)
  • Ari Palczewski (Thomas Jefferson National Accelerator Facility)

Working Group Session: WG1_Flux Expulsion

  • Marc Wenskat (Deutsches Elektronen-Synchrotron DESY)
  • Ari Palczewski (Thomas Jefferson National Accelerator Facility)
  • Kensei Umemori (KEK)

Working Group Session: WG3_Coating techniques

  • Tobias Junginger (University of Victoria/TRIUMF)
  • Teng Tan (IMP)
  • Guillaume Jonathan Rosaz (CERN)

Working Group Session: WG3_Alternative Materials/Structures to Nb films

  • Tobias Junginger (University of Victoria/TRIUMF)
  • Guillaume Jonathan Rosaz (CERN)
  • Teng Tan (IMP)

Working Group Session: WG3_Progress on Nb3Sn towards accelerator

  • Guillaume Jonathan Rosaz (CERN)
  • Teng Tan (IMP)
  • Tobias Junginger (University of Victoria/TRIUMF)

Working Group Session: WG3_Characterization techniques

  • Teng Tan (IMP)
  • Guillaume Jonathan Rosaz (CERN)
  • Tobias Junginger (University of Victoria/TRIUMF)

Presentation materials

There are no materials yet.

  1. 20. New results of KEK infusion and mid-T bake
    Kensei Umemori (KEK)
    04/02/2020, 11:00
  2. 21. Update on insitu mid-T bake
    Sam Posen (FNAL)
    04/02/2020, 11:15
  3. 22. Recent SRF cavity treatment R&D @ DESY
    Lea Steder (DESY)
    04/02/2020, 11:30
  4. 23. High Q&G activity at IHEP
    Chao Dong (IHEP)
    04/02/2020, 11:45
  5. 24. Status of infusion studies at IJCLab/CEA-Saclay
    David Longuevergne (IPNO)
    04/02/2020, 12:00
  6. 25. Status of infusion studies at JLab
    Pashupati Dhakal (Jefferson Lab)
    04/02/2020, 12:15
  7. 26. Progress in N doping at FNAL – new developments in higher gradients insights
    Daniel Bafia (Fermi National Accelerator Laboratory)
    04/02/2020, 14:00
  8. 27. LCLS-II investigation of failed LCLS-II HE prototype cavities EP analysis
    Dr Mattia Checchin (FNAL)
    04/02/2020, 14:18
  9. 28. Test results from the TRIUMF multi-mode coaxial resonators
    Philipp Kolb (TRIUMF)
    04/02/2020, 14:36
  10. 29. New low-T sample studies highlighting the important role of oxygen diffusion
    Alexander Romanenko (Fermilab)
    04/02/2020, 14:54
  11. 30. Sample Survey - Presentation
    04/02/2020, 15:18
  12. 31. Sample Survey - Discussion
    04/02/2020, 16:00
  13. 32. New insights on the SRF Nb cavities performance from spectroscopic data. An XPS study
    Arely Cano (FNAL)
    04/02/2020, 16:18
  14. 33. In-Situ EXAFS Investigation of N2 treatment of Nb
    Dirk Lützenkirchen-Hecht (U Wuppertal)
    04/02/2020, 16:36
  15. 34. The challenges of fully calibrated SIMS measurements using ion implant standards
    Jonny Angle (Jlab/Virginia Tech)
    04/02/2020, 16:54
  16. 35. Sample Studies on Nitrogen- and Heat-Treatments of Niobium
    Marc Wenskat (Deutsches Elektronen-Synchrotron DESY)
    04/02/2020, 17:12
  17. 36. Flux expulsion measurement with a flux lens
    Anton Evgeniev Ivanov (CERN)
    05/02/2020, 11:00
  18. 37. Metallurgical approach to addressing the issue of flux-trapping in Nb cavities and the variability found when using Nb sheet from different sources
    Shreyas Balachandran (NATIONAL HIGH MAGNETIC FIELD LAB)
    05/02/2020, 11:18
  19. 38. Comparison for the vortex penetration and dynamics in Nb, Nb/N and NbTi plates
    Chao Dong (IHEP), Haihu Wen (Nanjing U)
    05/02/2020, 11:36
  20. 39. Flux expulsion on small samples for LCLS-II HE
    Paulina Kulyavtsev
    05/02/2020, 11:54
  21. 40. Material studies on High-T Doping
    Marton Major (TUDA)
    05/02/2020, 12:12
  22. 41. Development of coating system for the Wide Open Waveguide (WOW) Crab Cavity (10'+8')
    Fabio Avino (CERN)
    05/02/2020, 14:00
  23. 42. Progresses on ECR plasma deposited Nb thin films (10'+8')
    Anne-Marie Valente-Feliciano (Jefferson Lab)
    05/02/2020, 14:18
  24. 43. Legnaro Thick films (10'+8')
    Cristian Pira (LNL-INFN)
    05/02/2020, 14:36
  25. 44. Test results of re-built LHC spare cavities (10'+8')
    Mr Franck Peauger (CERN)
    05/02/2020, 14:54
  26. 45. ARIES WP15 progresses (10'+8')
    Oliver Julius Kugeler
    05/02/2020, 15:12
  27. 47. Recent SIS layer results (10'+8')
    Claire Antoine (CEA)
    05/02/2020, 16:00
  28. 46. Overview Multilayers RF results (10'+8')
    Sebastian Keckert (Helmholtz-Zentrum Berlin)
    05/02/2020, 16:18
  29. 48. Nb3Sn/V3Si results (10'+8')
    Stephanie Fernandez (CERN)
    05/02/2020, 16:36
  30. 49. Two-stage coating of MgB2 system (10'+8')
    Hiroshi Sakai (KEK)
    05/02/2020, 16:54
  31. 50. CVD Thick Nb film and cavity coating (10'+8')
    Zeming Sun (Cornell)
    05/02/2020, 17:12
  32. 51. Nb3Sn progressess from Cornell (10'+8')
    Ryan Porter (CLASSE)
    06/02/2020, 09:00
  33. 52. Nb3Sn coated 1.5 GHz multi-cell cavities and perspectives for beam acceleration tests (10'+8')
    Grigory Eremeev (FNAL)
    06/02/2020, 09:18
  34. 53. Advances in Nb3Sn coating at Fermilab including recent world-record performance cavity results (10'+8')
    Mr Sam Posen (FNAL)
    06/02/2020, 09:36
  35. 55. Nb3Sn thin film synthesized via bronze route (10'+8')
    Akihiro Kikuchi (National Institute for Materials Science)
    06/02/2020, 09:54
  36. 54. Nb3Sn from the lab to the machine (10'+8')
    Rama Calaga (CERN)
    06/02/2020, 10:12
  37. 56. HIPIMS from QPR to 1.3GHz cavities (10'+8')
    Lorena Vega Cid (Centro de Investigaciones Energéti cas Medioambientales y Tecno)
    06/02/2020, 11:00
  38. 57. Predicting SRF Performance using muSR and betaNMR (10'+8')
    Edward Thoeng
    06/02/2020, 11:18
  39. 58. RF local magnetometry (10'+8')
    Steven Anlage (UMD)
    06/02/2020, 11:36
  40. 59. Predicting SRF performance PCT (10'+8')
    Thomas Proslier (CEA)
    06/02/2020, 11:54
  41. 60. Local magnetometry (10'+8')
    Daniel Turner (Cockroft)
    06/02/2020, 12:12
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