High Power and Solid State Lasers: 23-24 January, 1986, Los Angeles, CaliforniaWilliam W. Simmons SPIE--the International Society for Optical Engineering, 1986 - Technology & Engineering - 192 pages |
Contents
HIGH POWERED GASEOUS MEDIUM LASERS | 69 |
SOLID STATE LASER TECHNOLOGY | 119 |
NONLINEAR OPTICAL TECHNIQUES AND ASSOCIATED TECHNOLOGY | 155 |
Copyright | |
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Common terms and phrases
absorption active mirror Alamos alexandrite alexandrite laser amplified spontaneous emission amplifier aperture axis beam birefringence chemical laser coating configuration conversion efficiency cooling cross-section crystal density diode distortion double-pass dye laser emission cross section excimer laser excited excited state absorption extraction flashlamp fluence fluorescence fluoride Free-Electron Laser frequency conversion gain glass GSGG high average power high power IEEE intensity intracavity ions KrF laser laser operation laser pump laser system lasing Lawrence Livermore National Lett lifetime Livermore National Laboratory magnetic material measured Methods in Phys microns Nd:YAG Nd:YLF nonlinear nonlinear optical Nova Nucl optical oscillator output coupler output energy parameters peak performance phase conjugation polarization pulse pump Q-switched raman laser reflector repetition rate saturation scaling shown in Figure single-pass Slab Geometry slab laser solid state lasers spectra storage surface temperature threshold Ti:Sapphire transition tunable wavelength Wiebull