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Resonant Scattering of Light From a Two Layer System With a Random Rough Surface

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Abstract

The scattered light from a two layer system, metallic and dielectric films, with a shallow, random, one-dimension rough surface bounded by glass and vacuum is calculated in the transmission hemisphere. A scattering integral, obtained using the Rayleigh's hypothesis, is solved both by perturbation up to second order on the surface profile-function and numerically.

© 2001 Optical Society of America

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