IPAC'10 - List of Authors (Moody, J.T.)

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Moody, J.T.

Paper	Title	Page
MOPEA084	Timestamping for Relativistic Electron Diffraction	271
	C.M. Scoby, M.S. Gutierrez, J.T. Moody, P. Musumeci, M.T. Westfall UCLA, Los Angeles, California
	High brightness ultrashort electron beams have been produced at the UCLA Pegasus photoinjector lab for use in time-resolved electron diffraction applications. Beams have been generated with high enough brightness to obtain single shot diffraction patterns of thin solid targets. These beams contain a few pC at 3.5 MeV in a 200 fs pulse. Pump-probe experiments on thin metal foils have already shown promising results on picosecond time scales. Current research focuses on materials with processes that are observable on the sub-100 fs scale. To overcome rf jitter and synchronization problems, electro-optic sampling is used as a single shot time-of-arrival diagnostic* to help reconstruct the melting "movie." P. Musumeci, et al., Rev. Sci. Instrum. 80, 013302 (2009) *C. Scoby, et al., PR-ST Beams and Accel. 13 (2010)

Paper

Title

Page

MOPEA084

Timestamping for Relativistic Electron Diffraction

271

C.M. Scoby, M.S. Gutierrez, J.T. Moody, P. Musumeci, M.T. Westfall
UCLA, Los Angeles, California

High brightness ultrashort electron beams have been produced at the UCLA Pegasus photoinjector lab for use in time-resolved electron diffraction applications. Beams have been generated with high enough brightness to obtain single shot diffraction patterns of thin solid targets. These beams contain a few pC at 3.5 MeV in a 200 fs pulse. Pump-probe experiments on thin metal foils have already shown promising results on picosecond time scales*. Current research focuses on materials with processes that are observable on the sub-100 fs scale. To overcome rf jitter and synchronization problems, electro-optic sampling is used as a single shot time-of-arrival diagnostic** to help reconstruct the melting "movie."

*P. Musumeci, et al., Rev. Sci. Instrum. 80, 013302 (2009)
**C. Scoby, et al., PR-ST Beams and Accel. 13 (2010)