Dye laser and chemical laser studies of chemical reaction dynamics

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University of Wisconsin--Madison, 1977 - Technology & Engineering - 406 pages
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Contents

INTRACAVITY CW DYE LASER QUENCHING STUDIES
5
INTRACAVITY TRANSIENT SPECTROSCOPY
54
CHEMICAL LASER STUDIES
156
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absorption absorption bands absorption coefficient absorption line absorption spectrum Acetonitrile acetylene activation energies alkenes argon ATMOSPHERIC BAND Band Transitions bandwidth birefringent birefringent filter Brewster angle butenes C-H stretching C'J C'J C'J C'J C'J C'J CO capacitor cavity cell CH3NC Chem chemical laser chemical reactions Chemiluminescent CM C'J CM CM CM CM CO cn cn cn cn cn CN CO cn rH cn vo CO CO CO CO LU CO Tf CO X Coherent Radiation cw dye laser cyanoacetylene cyclopropane dye laser bandwidth dye laser output dye laser quenching electronic chemical energy etalons excitation FIGURE flash photolysis flashlamp Franck-Condon factors furan FWHM Hewlett-Packard hydrogen chloride hydrogen halides ignitron II II II intracavity cw dye intracavity dye laser intracavity photoacoustic intracavity power ion laser isobutene isocyanide isomerization kcal kcal/mole krypton Kvant laser cavity laser pumped lasing Lett line positions lock-in amplifier LU CO LU LU LU LU LU megahertz methane molecular molecules monochromator observed olefins output coupler overtone band overtone transitions oxazine oxygen photoacoustic spectroscopy Photoacoustic Spectrum photoactivation photodiode photodissociation Photoisomerization photon Phys polyatomic molecules potential energy surface pumped Pyrex quantum yield rate coefficient reactants reaction coordinate reaction rate rH cn rH rH rH rH rH Rhodamine RRKM Spectra-Physics spectral spectroscopy technique Tf CO Tf Tf thyratron torr unimo unimolecular University of Wisconsin University of Wisconsin-Madison vibrational vidicon vo CN vo vo vo wavelength X LU ysec

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