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• W2088911595 abstract "The dispersion relations for surface plasma oscillations in normal metals are investigated for single- and multiple-film systems taking retardation effects into account. The simple dielectric function $ensuremath{epsilon}(ensuremath{omega})=1ensuremath{-}frac{{{ensuremath{omega}}_{p}}^{2}}{{ensuremath{omega}}^{2}}$ is found to be adequate for the high-frequency region in which oscillations remain undamped. Two types of possible modes of oscillation are found. One type corresponds to dispersion relations which behave linearly for not-so-high frequency, with a phase velocity always smaller than the velocity of light in the dielectric, but at least ten times larger than the Fermi velocity, while the other type consists of high-frequency modes ($ensuremath{omega}ensuremath{sim}{ensuremath{omega}}_{p}$). The role of these oscillations in the problem of transition radiation is reexamined. In the case of a thin metal film, a new interpretation is proposed for the peak observed in the transition radiation spectrum. Finally, the work is extended to superconducting metals where, in the frequency range $ensuremath{hbar}ensuremath{omega}<2ensuremath{Delta}$ ($2ensuremath{Delta}$ is the superconducting energy gap), we have justified the use of a dielectric function of the same functional form as given above but with ${{ensuremath{omega}}_{p}}^{2}$ replaced by an almost frequency-independent quantity ${{ensuremath{omega}}_{mathrm{ps}}}^{2}$, where ${ensuremath{omega}}_{mathrm{ps}}=frac{c}{{ensuremath{lambda}}_{mathrm{ps}}}$ and ${ensuremath{lambda}}_{mathrm{ps}}$ is the actual penetration depth. In this frequency range, the oscillations are essentially undamped and play an important role in the electromagnetic properties of the multiple-film systems, and particularly when the systems exhibit the ac Josephson effect." @default.
• W2088911595 created "2016-06-24" @default.
• W2088911595 creator A5083942178 @default.
• W2088911595 date "1969-06-10" @default.
• W2088911595 modified "2023-10-01" @default.
• W2088911595 title "Surface Plasmons in Thin Films" @default.
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• W2088911595 doi "https://doi.org/10.1103/physrev.182.539" @default.
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