AF7 - Subgroup RF - miniWorkshop on Cavity Performance Frontier

Contribution List

13. Structure Wakefield Acceleration (SWFA) Development for an Energy Frontier Machine

John Power (Argonne National Lab)

16/02/2021, 09:10

Structure wakefield accelerators

12. SWFA demonstrators with integrated technologies for future large-scale machines

Jiahang Shao (Argonne National Lab)

16/02/2021, 09:25

Structure wakefield accelerators

14. Short-pulse wakefield structure R&D for high gradient and high efficiency acceleration in future large-scale machines

Jiahang Shao (Argonne National Lab)

16/02/2021, 09:40

Structure wakefield accelerators

15. A model of rf vacuum arcs

Jim Norem (-)

16/02/2021, 10:15

Normal conducting high-gradient structures

16. High-Gradient Accelerators at THz Frequencies

Emilio Nanni (SLAC National Accelerator Laboratory)

16/02/2021, 10:30

Normal conducting high-gradient structures

17. High-gradient RF structures for C3

Prof. Sami Tantawi (SLAC National Acelerator Laboratory)

16/02/2021, 10:45

Normal conducting high-gradient structures

18. Key Directions for Research and Development of Superconducting Radiofrequency (SRF) Cavities

Sergey Belomestnykh (Fermilab)

16/02/2021, 11:20

SRF general (key directions, theory, structures, improving cavity performance)

22. Challenges and opportunities of SRF theory for particle accelerators

Alex Gurevich (Old Dominion University)

16/02/2021, 11:35

SRF general (key directions, theory, structures, improving cavity performance)

21. Normal and super conducting RF R&D for muon collider

Alexej Grudiev (CERN)

16/02/2021, 11:50

SRF general (key directions, theory, structures, improving cavity performance)

24. Plasma Processing for In-Situ Field Emission Mitigation of Superconducting Radiofrequency (SRF) Cryomodules

Martina Martinello (Fermilab)

16/02/2021, 12:05

SRF general (key directions, theory, structures, improving cavity performance)

25. Field Emission Suppression in High-Gradient SRF Cavity Systems

Rongli Geng (ORNL), Rongli Geng (Thomas Jefferson National Accelerator Facility)

16/02/2021, 12:20

SRF general (key directions, theory, structures, improving cavity performance)

20. Traveling wave SRF for ILC Energy Upgrade

Prof. Hasan Padamsee (Cornell University)

17/02/2021, 09:05

SRF general (new ideas, other)

23. Development of High-efficiency and Cost-effective Forged Ingot Niobium Technology for Science Frontiers and Accelerator Applications

Ganapati Myneni (JLab), Dr Ganapati Myneni

17/02/2021, 09:20

SRF general (new ideas, other)

26. Nb3Sn Superconducting Radiofrequency Cavities

Ryan Porter (Cornell University)

17/02/2021, 09:55

Nb3Sn cavities

28. An Impartial Perspective for Superconducting Nb3Sn coated Copper RF Cavities for Future Linear Accelerators

Emanuela Barzi (Fermilab)

17/02/2021, 10:10

Nb3Sn cavities

29. Next-Generation Superconducting RF Technology based on Advanced Thin Film Technologies and Innovative Materials for Accelerator Enhanced Performance & Energy Reach

Anne-Marie Valente-Feliciano (JLab)

17/02/2021, 10:45

Thin films, new materials

30. Innovative Materials and Surface Treatments for SRF applications

Mattia Checchin (FNAL/TD)

17/02/2021, 11:00

Thin films, new materials

31. The necessity of a basic materials research community for the accelerated development of SRF materials

Shreyas Balachandran (NATIONAL HIGH MAGNETIC FIELD LAB)

17/02/2021, 11:15

Thin films, new materials

32. Development of MgB2 Coated Superconducting Cavities

Dr Tsuyoshi Tajima (LANL)

17/02/2021, 11:30

Thin films, new materials

27. Next Generation SRF accelerators based on Nb3Sn

Robert Rimmer (JLab)

Nb3Sn cavities

19. SRF for future accelerators

Robert Rimmer (JLab)

SRF general (key directions, theory, structures, improving cavity performance)