HG2006

Contribution List

25. Introductory remarks

Jean-Pierre Delahaye (CERN)

25/09/2006, 09:00

High-gradient rf experiments and results

6. Pulsed heating/superconducting cavity set-up

Prof. Sami Tantawi (SLAC)

25/09/2006, 09:30

High-gradient rf experiments and results

7. CLIC structure testing results

Jose Alberto Rodriguez (CERN)

25/09/2006, 10:00

High-gradient rf experiments and results

8. Waveguide and single cell experiments

Dr Valery Dolgashev (SLAC)

25/09/2006, 11:00

High-gradient rf experiments and results (cont.)

26. RF driven and beam-driven high-gradient test of dielectric structures

Dr John Power (Argonne National Lab)

25/09/2006, 11:30

High-gradient rf experiments and results (cont.)

28. Status report of JINR-IAP-CLIC experiment on the copper cavity heating

Dr Sergey Sedykh (Joint Institute for Nuclear Research)

25/09/2006, 12:00

High-gradient rf experiments and results (cont.)

12. Developments in rf breakdown theory since AAC06

Prof. Perry Wilson (SLAC)

25/09/2006, 14:00

Theory and computation

13. Traveling-wave breakdown limit scaling

Dr Walter WUENSCH (CERN)

25/09/2006, 14:30

Theory and computation

32. Breakdown theory

Mr Jim Norem (Argonne National Lab)

25/09/2006, 15:00

Theory and computation

17. Tungsten development

Dr Lisa Laurent (SLAC)

25/09/2006, 16:00

High-gradient technology, materials and processing

23. 3 and 30 GHz conditioning control software

Alexey Dubrovskiy (Unknown)

25/09/2006, 16:30

High-gradient technology, materials and processing

33. Experiment on metal surface damage using 120 keV beam

Dr Valery Dolgashev (SLAC)

25/09/2006, 17:00

High-gradient technology, materials and processing

22. RF breakdown and pulsed surface heating tests of different materials

Prof. Jay L Hirshfield (Yale University & Omega-P, Inc.)

26/09/2006, 09:00

High-gradient technology, materials and processing (cont.)

27. Electron microscopy analyses of CLIC Study structures exposed to RF

Gonzalo Arnau Izquierdo (CERN)

26/09/2006, 09:30

High-gradient technology, materials and processing (cont.)

29. rf acquisition system for CLIC high Gradient testing

Raquel Fandos (Unknown)

26/09/2006, 10:00

High-gradient technology, materials and processing (cont.)

21. DC spark testing

Trond Ramsvik (Unknown)

26/09/2006, 11:00

Specialized experiments.

16. Active RF pulse compression

Prof. Sami Tantawi (SLAC)

26/09/2006, 11:30

Specialized experiments.

31. High Voltage DC testing in the framework of a low emittance gun development

Dr Frederic Le Pimpec (Paul Scherrer Institute)

26/09/2006, 12:00

Specialized experiments.

19. Pulsed surface heating: Ultrasonic and Laser fatigue experiments

Samuli Tapio Heikkinen (Unknown)

26/09/2006, 14:00

Specialized experiments

18. Some HG RF Issues in a HOM Polarized RF Gun for the ILC

Dr Juwen Wang (SLAC)

26/09/2006, 14:30

Specialized experiments

30. What to do with a high gradient

Jonathan R. Ellis (CERN)

26/09/2006, 15:00

Specialized experiments

36. Beta Enhancement Studies with an RF Photocathode Gun

Dr john power (Argonne National Lab)

26/09/2006, 16:00

General discussion

34. Proposal to Study Dark Current Using X-band RF Gun

Dr Valery Dolgashev (SLAC)

26/09/2006, 16:30

General discussion

35. Open discussion

Steffen Doebert (CERN)

26/09/2006, 17:00

General discussion

10. The Two-beam Test-stand in CTF3

Magnus Johnson (Uppsala University)

27/09/2006, 11:00

Reports on facilities and from collaborations and projects

11. The Yale/Omega-p 34 GHz test facility

Prof. Jay L Hirshfield (Yale University & Omega-P, Inc.)

27/09/2006, 11:30

Reports on facilities and from collaborations and projects

24. High Frequency and High Field Studies at KEK

Dr Shuji Matsumoto (KEK)

27/09/2006, 12:00

Reports on facilities and from collaborations and projects

15. Breakdown theory

Mr Jim Norem (Argonne National Lab)

14. Dielectric multipactor calculations

Dr john power (Argonne National Lab)

20. Pulsed surface heating: laser fatigue experiments

Mr Sergio Calatroni (CERN)

5. RF breakdown and pulsed surface heating tests of different materials

Prof. Jay L Hirshfield (Yale University & Omega-P, Inc.)