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SAMPLE PREPARATION AND CHARACTERIZATION
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A. J. Sievers absorption by small acetone Ag-gelatin composite anomalous atomic absorption spectroscopy Bruggeman model calculation Carey Lea sol clumping cm-l composite material curves density dielectric constant dielectric function dielectric host discussed distribution Drude Ag particles Drude model Dyson effective medium theories electric and magnetic electric dipole term electric field electromagnetic energy enhancement epoxy Equation factor FD,C Fermi Fermi energy Figure fraction of metal freeze-dried frequency dependence gelatin Gor'kov and Eliashberg Gor'kov-Eliashberg model Hamiltonian infrared absorption coefficient infrared spectroscopy Lett levels Lushnikov magnetic dipole terms matrix Maxwell-Garnett model measured model for Drude obtained orders of magnitude oscillations particles imbedded Pd black phonons Phys potentiometric titration pressed pellets quantum size effects radiation samples Section shows small metal particles small particles sodium citrate solution sphere resonance Stroud and Pan studied surface temperature tion titration Transmission electron micrographs transmission electron microscopy Volume fraction dependence wave well-dispersed particles