Laser Applications in Chemistry: 5-6 June 1986, Québec City, CanadaD. Keith Evans |
Contents
LASER INDUCED CHEMISTRY I | 63 |
LASER SPECTROSCOPY | 119 |
LASER INDUCED CHEMISTRY II | 143 |
Copyright | |
1 other sections not shown
Common terms and phrases
Appl argon band cavity cell CH3OH Chem chemical chemistry Cl₂ clusters CO₂ CO2 laser collision concentration cooling coupled cyclobutane D.K. Evans decomposition density deposition detector dissociation distribution dye laser effect electronic emission equation ethylene excimer excimer laser excited state absorption experimental experiments Figure fluence fluorescence fluoroform fragment frequency function gallium hexafluoroethane HF laser hydrogen infrared intensity interaction ionization IRMPD isotope separation J/cm² kinetic laser beam laser fluence laser induced laser line Lett measured metal methane methanol methoxy methyl radicals molecular beam molecules multiphoton nozzle observed obtained optical oxidation oxygen peak phenetole photodissociation photolysis photolysis laser photon Phys polarization probe pulse energy pump radiation Raman rate constants ratio reactive reactor relaxation REMPI resonant rotational self-focusing shown signal spectra spectrometer spectroscopy spectrum Stilbene studies supersonic technique temperature tion torr transition trimethylgallium vapor vibrational wavelength yield zirconium