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G. Anderson

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Last Name: Anderson

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1 paper

title: Ultra-High Density Electron Beams for Beam Radiation and Beam Plasma Interaction

format: conference procceeding

conference: 2005 Particle Accelerator Conference

year:

11 authors: G. Anderson | W.J. Brown | D.J. Gibson | F.V. Hartemann | J.S. Jacob | A.M. Tremaine | J.K. Lim | P. Frigola | P. Musumeci | J.B. Rosenzweig | G. Travish

abstract: Current and future applications of high brightness electron beams, which include advanced accelerators such as the plasma wake-field accelerator (PWFA) and beam radiation interactions such as inverse-Compton scattering (ICS), require both transverse and longitudinal beam sizes on the order of tens of microns. Ultra-high density beams may be produced at moderate energy (50 MeV) by compression and subsequent strong focusing of low emittance, photoinjector sources. We describe the implementation of this method used at the PLEIADES ICS x-ray source in which the photoinjector-generated beam has been compressed to 300 fsec duration using the velocity bunching technique and focused to 20 um rms size using an extremely high gradient, permanent magnet quadrupole (PMQ) focusing system.

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title:	Ultra-High Density Electron Beams for Beam Radiation and Beam Plasma Interaction
format:	conference procceeding
conference:	2005 Particle Accelerator Conference
year:
11 authors:	G. Anderson \| W.J. Brown \| D.J. Gibson \| F.V. Hartemann \| J.S. Jacob \| A.M. Tremaine \| J.K. Lim \| P. Frigola \| P. Musumeci \| J.B. Rosenzweig \| G. Travish
abstract:	Current and future applications of high brightness electron beams, which include advanced accelerators such as the plasma wake-field accelerator (PWFA) and beam radiation interactions such as inverse-Compton scattering (ICS), require both transverse and longitudinal beam sizes on the order of tens of microns. Ultra-high density beams may be produced at moderate energy (50 MeV) by compression and subsequent strong focusing of low emittance, photoinjector sources. We describe the implementation of this method used at the PLEIADES ICS x-ray source in which the photoinjector-generated beam has been compressed to 300 fsec duration using the velocity bunching technique and focused to 20 um rms size using an extremely high gradient, permanent magnet quadrupole (PMQ) focusing system.
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