volume 107, issue 1, P127-138 1981
DOI: 10.1002/pssb.2221070112
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Abstract: The optical properties of the surface plasmon of n+ silicon are determined by a least-squares curve fit of the Drude intraband model t o the ATR reflection spectra. The surface plasmon resonance of n+ silicon is highly damped ( O~T = 2.69), and causes the ATR dispersion curve calculated on the real frequency axis t o exhibit back-bending for its complex frequency-like solutions; whereas the theoretical dispersion curve exhibits the standard wave vector divergence a t the surface plasmon frequency. This discre…

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