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DEVELOPMENTS IN LASERS AND LASER TECHNIQUES
POLLUTION AND COMBUSTION
ATOMIC AND MOLECULAR SPECTROSCOPY
3 other sections not shown
absorption absorption spectrum atoms band calculated cell Chem chemical Chemistry coherent collisions components concentration constants crystal decay detection detector dissociation Doppler dye laser effect efficiency electronic emission energy transfer equation etalon excitation experimental experiments Figure flash photolysis fluorescence frequency function hyper-Raman hyper-Rayleigh infrared intensity isotope isotope separation kinetics laser beam laser irradiation laser pulse levels lifetime light linewidth maximum measurements mode molecular molecules monitoring nitromethane observed obtained operation OPML optical output parameters parametric oscillator peak photochemistry photolysis photomultiplier photon Phys picosecond pollutant predissociation pressure pump Q-switched quantum yield radiation radicals Raman scattering range ratio reaction region relaxation resolution resonance Rhodamine 6G rotational sample scan shown in Fig shows signal solution species spectra spectrometer spectroscopy spectrum technique temperature thermal torr transition triplet tunable tunable lasers tuning vibration-rotation vibrational wavelength wavenumber width