Chemistry and structure at interfaces: new laser and optical techniques
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Examination of the GasSolid and Metal
FinalStateResolved Studies of Molecule
PulsedLaserInduced Desorption Studies
4 other sections not shown
absorption adsorbed adsorption applied potential atoms band gap beam Boltzmann Boltzmann distribution bulk calculated catalyst CdS:Te CdSe Chem conduction band curves dead-layer model decomposition density dependence desorbed desorption detection diffusion Doppler profile edge emission edge structure effects efficiency electrode electrolyte electromagnetic enhancement etching ethylene excitation wavelength experimental experiments fluorescence flux distribution frequency function heating rate incident increase interaction interface kinetic laser pulse laser-induced layer Lett local-field measured metal surfaces methanol molecular molecules monolayer n-type semiconductor observed obtained optical oxide particles photocurrent Phys PL intensity PL quenching PL spectra polarization probe properties pyridine quantum Raman scattering ratio reaction recombination redox region Reprinted from reference resonance line Rh(lll rotational sample SERS SH signal shown in Figure solid species spectroscopy spectrum sphere studies Surf surface normal surface SHG surface temperature symmetry techniques thermal desorption transitions valence band values velocity vibrational