Longitudinal phase space manipulation of an ultrashort electron beam via THz IFEL interaction

Longitudinal phase space manipulation of an ultrashort electron beam via THz IFEL interaction

A scheme where a laser locked THz source is used to manipulate the longitudinal phase space of an ultrashort electron beam using an IFEL interaction is investigated. The efficiency of THz source based on the pulse front tilt optical rectification scheme is increased by cryogenic cooling to achieve s...

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Veröffentlicht in:AIP conference proceedings 2012-12, Vol.1507 (1)
Hauptverfasser: Moody, J T, Li, R K, Musumeci, P, Scoby, C M, To, H
Format: Artikel
Sprache:eng
Schlagworte:
BEAM COOLING
Beams (radiation)
CATHODES
Compressing
COMPUTERIZED SIMULATION
CRYOGENICS
ELECTRON BEAMS
Evolution
FREE ELECTRON LASERS
Lasers
PARTICLE ACCELERATORS
PHASE SPACE
PULSES
Simulation
SYNCHRONIZATION
THZ RANGE
Tilt
WIGGLER MAGNETS
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creator Moody, J T
Li, R K
Musumeci, P
Scoby, C M
To, H
description A scheme where a laser locked THz source is used to manipulate the longitudinal phase space of an ultrashort electron beam using an IFEL interaction is investigated. The efficiency of THz source based on the pulse front tilt optical rectification scheme is increased by cryogenic cooling to achieve sufficient THz power for compression and synchronization. Start-to-end simulations describing the evolution of the beam from the cathode to the compression point after the undulator are presented.
doi_str_mv 10.1063/1.4773787
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source AIP Journals Complete
subjects BEAM COOLING
Beams (radiation)
CATHODES
Compressing
COMPUTERIZED SIMULATION
CRYOGENICS
ELECTRON BEAMS
Evolution
FREE ELECTRON LASERS
Lasers
PARTICLE ACCELERATORS
PHASE SPACE
PULSES
Simulation
SYNCHRONIZATION
THZ RANGE
Tilt
WIGGLER MAGNETS
title Longitudinal phase space manipulation of an ultrashort electron beam via THz IFEL interaction
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