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SPECTROSCOPY OF MOLECULES AT HIGH EXCITATION LEVELS
OPTICALOPTICAL DOUBLE RESONANCEMULTIPHOTON
MULTIPHOTON ELECTRONIC SPECTROSCOPY OF ATOMS
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absorption spectrum acoustic soft mode adsorbed atoms autoionizing band Brillouin scattering broadband buffer gas cell Chem chemical Chemistry chlorine CIOCIO3 components continuum cross section crystal density dependence detection dipole double resonance dye laser electronic resonance emission experimental experiments explosions ferroelastic field Figure fluence fluorescence four-wave mixing frequency Garetz induced intensity interaction intersystem crossing ionization laser beam laser pulse Lett levels light linear lines measurements metal method modelocked molecular molecules monolayer MTPPS multiphoton nonlinear nonlinear optical observed obtained OODR-MPI optical resonance phase transitions photoionization photolysis photon photon energy Phys picosecond polarization spectroscopy predissociation probe beam processes pump pyridine quantum R.E. Smalley Raman scattering ratio reaction region rotational Rydberg sample selection rules sensitivity SERS shown in Fig signal spectra spectroscopy substrate T.E. Furtak technique temperature three-photon tion triplet tunable two-photon absorption two-photon excitation upconverted vibronic wavelength