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INVERSE RAMAN AND RAMAN GAIN SPECTROSCOPY
WHAT WE CAN LEARN WITH SURFACE ENHANCED
LASER BASED FLOWFIELD AND COMBUSTION
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absorption spectrum adsorbed atoms bands benzene bilirubin bond calculations carbonyl cell CF3NO Chem chemical cluster CO2 laser concentration counterion counterion condensation D. H. Levy density Department of Chemistry detected diffusion dissociation dye laser effect electromagnetic electronic electrophoretic mobility ellipsoid energy enhancement mechanisms excitation experimental experiments field enhancement Figure flash photolysis fragments frequency gas phase geometry homolysis intensity interactions inverse Raman spectroscopy ions irradiation laser induced fluorescence laser surgery Lett levels light linewidth measured mode molecular molecule monolayer multiphoton ionization Nd-YAG non-linear observed obtained one-photon optical overlayer overtone particles photochemical photochemistry photodissociation photofragment photolysis photon Phys polarization polyion predict probe laser produced pulse radiation Raman gain Raman scattering Raman shifting Raman spectrum region resolution resonance Raman spectrum sample SERS enhancement solution species spectra spectrometer spontaneous Raman substrate surface symmetry technique temperature thermal tissue vibrational Vibrational Spectroscopies vibronic wavelength Wavenumber