Analytical Laser Spectroscopy
John Wiley & Sons, Jan 18, 1979 - Science - 550 pages
Papers by foremost international experts examine techniques, applications, and future developments. Also deals with the physics underlying analytical implementations, covering fundamentals of the interaction of lasers with atoms and molecules. Includes research areas of fundamental interest, such as chemistry, physical chemistry, photochemistry, physics, biology, environmental ecology, and signal processing.
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BASIC PRINCIPLES OF LASERS
ANALYTICAL SPECTROSCOPY USING LASER ATOMIZERS
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absorbing absorption coefficient absorption lines amplitude analysis analytical analytical curve Appl applications atmospheric atomic absorption autocorrelation background bandwidth Chem collisions components concentration corresponding cross section density detection detector Doppler broadening dye laser effect electronic emission energy levels Equation etalon excitation factor filter flame fluorescence frequency function infrared integral intensity interval irradiance laser beam laser cavity laser pulse laser radiation Laser Spectroscopy lasor Lett lifetime limited line profile linear linewidth measurements method mode modulation molecular molecules noise observed obtained operation optical parameter photocathode photodetector photomultiplier photon Phys population pumping Q-switched quantum efficiency Raman scattering Raman spectroscopy random range ratio represents Reproduced by permission resolution resonance rotational sample cell saturation Sect sensitivity shot noise signal spatial spectral Spectrochim Spectrosc spectrum spontaneous emission technique temperature tion transition tunable lasers tuning two-photon vapor variable vibrational wave waveform wavelength width