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ADVANCED LASER APPLICATIONS I
ADVANCED LASER APPLICATIONS II
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absorption ADVANCED LASER TECHNOLOGY alexandrite alexandrite lasers amplifier approximately atoms average power beam birefringence branching ratios calculated cavity CO2 laser coaxial flashlamp covalent bond covalent electrons detectors developed devices diameter discharge dye laser electrical emission cross section energy levels experimental Figure fluorescence geometry laser glass hybridization infrared InGaAs InGaAs PIN input intensity isotope joules Laboratory laser materials laser radar laser sources laser systems lasers Oral lasing lattice leakage current lifetime Lincoln Laboratory linewidth measured modulation Nd:Glass Nd:YAG laser Nd:YLF neutron nuclear pumped obtained operation optical oscillator output parameters pellet gain photodetectors Phys picoseconds pulse width Q-switched quantum efficiency range rangefinder reactor risetime rod geometry shown in Fig slab geometry slope efficiency solid state lasers spectral spectrum stress induced surface Table TEA laser technique temperature thermal transitions transmitter tunable lasers valence valence-electron structures voltage waveguide waveguide laser wavelength YAIO3