Laser Handbook, Volume 6North-Holland Publishing Company, 1972 - Lasers |
Contents
Introduction to the Physics | 13 |
the Free Electron Laser J B MURPHY National Synchrotron Light Source Brookhaven National Laboratory Upton NY 11973 USA C PELLEGRINI | 14 |
Electron trajectories in an undulator | 17 |
Copyright | |
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accelerator amplifier beam energy betatron Billardon bucket coherent Colson Conf Dattoli decreases density diffraction dispersion relation dispersive section effects efficiency electromagnetic electron beam electron energy Elleaume emittance emitted energy spread evolution factor field amplitude field strength Free Electron Laser frequency gain spectrum Hamiltonian harmonics helical undulator high-gain increases initial instability Instrum interaction Kroll linear undulator longitudinal Madey magnetic field maximum Methods Phys mirrors mode modulation motion Nucl obtained operation optical cavity optical field optical klystron optical wave oscillator parameters particles peak current phase shift phase space phase velocity photons planar undulator ponderomotive pulse Quantum Electron radiation field refractive guiding regime relativistic Renieri resonance saturation Scharlemann small-signal gain spontaneous emission Sprangle storage ring storage-ring synchrotron radiation tapered undulator trajectory transverse trapped undulator field undulator length undulator magnet undulator period undulator sections wave equation wavelength wiggler