11 pages matching surface plasmon in this book
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Diagnostic Studies of YBa2Cu307 Laser Ablation
InSitu Monitoring of Laser Ablation of Superconductors
19 other sections not shown
ablation process absorbed absorption Appl atoms bandgap biological tissue carbon cluster Chem coefficient crystal damage decreases dependence desorbed detected effects ejected electron etching evaporation excimer laser excitation exciton experimental experiments Figure films deposited heating hibonite increases interaction ionization ions irradiation kinetic energy LARIS laser ablation laser beam laser desorption laser energy laser fluence laser intensity laser irradiation laser power laser pulse laser radiation laser wavelength laser-induced Lett mass spectra mass spectrometer material measured mechanism metal molecular molecules multiphoton Nd:YAG laser neutral Noid Oak Ridge observed optical oxide oxygen peak photon Phys plasma plume polymer power density pressure pulse width pulsed laser pulsed laser deposition resonant sample shown in Fig shows signal solid spall species spectroscopy spectrum stoichiometric structures substrate superconducting superlattice surface plasmon target technique temperature thermal thin films threshold tissue transition trapped vacuum wavelength YBCO yield