At this International Seminar, the six invited speakers presented several lectures each on current FEL research. The volume contains papers on the theory and experimental research done on the oscillator, including the Los Alamos, Stanford/TRW program and recent important achievements on Induction FEL at Lawrence Livermore.
Contents:
- High-Efficiency, High-Power Free-Electron Lasers
- A Tunable Submillimeter-to-Far-Infrared Coherent Radiation Source (R H Pantell)
- Recent Results from the Los Alamos Free-Electron Laser; Short-Range Wakefield Effects in RF-Based Free-Electron Laser; Long-Range Wakefield Effects in RF-Based Free-Electron Laser
- High-Brightness Injectors for RF-Driven Free-Electron Lasers (K-C D Chan)
- Superconducting Linac FEL Technology
- Design Considerations of RF Oscillators (G R Neil)
- Development of Multicomponent Wiggler Free Electron Lasers (C-C Shih)
- Overview of FEL Development with Induction Linacs at LLNL (R J Briggs)
- An Introduction to the Physics of High-Gain Free-Electron Lasers
- The Electron Laser Facility: Measurement of Modes, Harmonics, Parametric Dependence, and Phase Shift
- Paladin: A 10.6 μm Free-Electron Laser Amplifier (T J Orzechowski)
- and others
Readership: Laser scientists, applied physicists and applied chemists.
