7th International Workshop on Thin Films and New Ideas for Pushing the Limits of RF Superconductivity

Session

RF Behavior

Jul 28, 2016, 2:10 PM

Jefferson Lab

Conveners

RF Behavior: Surface impedance and trapped magnetic flux; Q-drop mechanisms; Thermal boundary impedance between film and substrate and liquid helium

• Tobias Junginger (TRIUMF and HZB)

RF Behavior: Surface impedance and trapped magnetic flux; Q-drop mechanisms; Thermal boundary impedance between film and substrate and liquid helium

• Sarah Aull (CERN)

RF Behavior: Discussion

• Sarah Aull (CERN)
• Enzo Palmieri (INFN LNL)
• Xiaoxing Xi (Temple University)
• Tobias Junginger (TRIUMF and HZB)

21. A Test Cavity & Cryostat for Rapid RF Characterization of Superconducting Materials

Dr Paul Welander (SLAC National Accelerator Laboratory)

7/28/16, 2:10 PM

22. Material study results and performance of the Cornell TE-mode sample host cavity

Mr Daniel Hall (Cornell University)

7/28/16, 2:35 PM

23. Progress of the Commissioning of the Choked Resonator Cavity for SRF Thin Film Measurements

Dr Goudket Philippe (STFC Daresbury Laboratory)

7/28/16, 3:00 PM

24. Activities on SRF Thin Film study at KEK and Kyoto University

Dr Takayuki Saeki (KEK)

7/28/16, 3:25 PM

25. RF dissipation due to nonlinear dynamics of Josephson vortices in polycrystalline TFSRF structures

Ahmad Sheikhzada (Old Dominion University)

7/28/16, 4:10 PM

36. New insight into flux trapping ratio and added surface losses due to trapped flux

Mr Shichun Huang (Jefferson Lab)

7/28/16, 4:35 PM

26. Thermal boundary resistance for superconducting cavities

Prof. Vicenzo Palmieri (INFN LNL)

7/28/16, 5:00 PM