Free-electron Lasers: 15-16 January 1987, Los Angeles, CaliforniaBrian E. Newnam |
Common terms and phrases
Alamos amplifier amplitude angle average axial axis beam energy beam quality betatron bunching devices diffraction dimensionless effects efficiency electric field electron beam electron energy Electron Laser electron phase electron pulse emittance energy spread experiments FELS focusing free-electron laser frequency gain medium harmonic helical high gain IEEE Instr interaction klystron Lett light linac linear longitudinal Los Alamos Madey magnetic field Methods in Phys micropulse mode structure modulation Newnam Nucl operation optical beam optical field optical guiding optical mode optical pulse optical wave optical wavelength outcoupling output power parameters pass peak current phase shift phase space phase velocity Physics of Quantum Quantum Electronics radius Rayleigh range refractive guiding regime resonator rf linacs saturation short wavelength shown in Figure sideband sideband instability simulation spontaneous emission Stanford storage ring trajectories transverse mode typically UCSB undulator length undulator period W. B. Colson wave equation waveguide wavelength wiggler