Bunching of Relativistic Electron Beams at Optical Frequencies by the Stimulated Cerenkov Interaction

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Stanford University, 1983 - Cherenkov radiation - 286 pages

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Contents

CALCULATION OF SPONTANEOUS COHERENT EMISSION
68
5
71
EXPERIMENTAL OBSERVATIONS
80

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Common terms and phrases

1/e half-width amount of bunching angular divergence effects angular spectrum assumed attenuation axis Bessel function bunching parameter calculated cavity Cerenkov angle Cerenkov radiation Chapter CLAS coherent radiation component computer simulation coordinate distribution electromagnetic wave electron beam direction electron beam energy experimental factor free electron laser GAMMAP gas cell GASCEL Gaussian GOTO harmonic amplitude integral interaction plane LASANG laser beam length magnet system magnetic field parameters magnetic field system mean electron beam modulating laser mrad NUMBER optical klystron based output particle peak phase slippage phase-fronts phase-matching photomultiplier plane wave plot pressure proportional RELATIVISTIC ELECTRON RUTHERFORD SCATTERING scattering events second harmonic shown in Fig SINPO SLAS spontaneous Cerenkov spontaneous emission stimulated Cerenkov effect TDIF TDIFO UMAG vector velocity gain velocity modulation wavelength width XANG XANGO YANGO z-axis ი ი ი

Bibliographic information

TitleBunching of Relativistic Electron Beams at Optical Frequencies by the Stimulated Cerenkov Interaction
AuthorDanny Y. Wang
ContributorStanford University. Department of Applied Physics
PublisherStanford University, 1983
Length286 pages
  
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