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Introduction and Overview
List of Contributors
Principles of Laser Systems
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absorption Appl argon Bates beam Biondi Boltzmann distribution calculated Chem chemical laser collisional curve dependence diatomic dimer dissociative recombination electric electron energy electron-beam emission energy transfer equilibrium excimer lasers excited experimental extraction efficiency Flannery fluorescence formation gas density gas lasers halide lasers halogen harmonic oscillator HgBr2 high pressure increase interaction inversion ion pairs ion-ion ionization laser discharges laser level laser mixture lasing Lett measured metastable mode molecular molecules negative ions neon Nighan observed obtained peak Phys plasma population population inversion potential predicted production pulse Quantum Electron quantum number quenching rare-gas halide rate coefficient rate constants reaction recombination recombination processes resonance Rokni rotational levels rotational relaxation Setser shown in Fig species stimulated emission Tellinghuisen termolecular three-body tion transitions upper laser level V-R transfer V-T rates V-V pumping vibrational energy vibrational relaxation vibrational temperature wavelength XeCl xenon