Laser Spectroscopy: Applications & Techniques : August 30-31, 1978, San Diego, California |
Contents
COMBUSTION | 41 |
SPECTROSCOPIC TECHNIQUES APPLICATIONS TO CHEMISTRY II | 97 |
APPLICATIONS TO REMOTE SENSING | 133 |
Copyright | |
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absorbed absorption anti-Stokes applications atoms background band bandwidth beam calculated CARS cell Chem chemical collisions compared concentration constant cross density dependence detection detector determined direct discussed dissociation effect electronic emission energy example excitation experimental experiments Figure filter flame fluorescence frequency function gas phase given important indicated infrared intensity interaction interference Laboratory laser Lett levels light limited linewidth liquid measurements method mixture mode molecular molecules monitoring observed obtained operating optical output peak photon Phys pollution possible present pressure probe pulse pump radiation Raman scattering Raman spectroscopy range ratio reaction reference region relative reported Research resolution resonance rotational sample sensitivity separation shown shows signal single solution species spectra spectral spectroscopy spectrum Stokes technique temperature tion torr transition tunable values vibrational wavelength yield