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Evolution of transverse-electric surface and leaky waves guided by an asymmetric layer configuration

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Abstract

The evolution of surface and leaky waves as a function of frequency is examined for perpendicular polarization [transverse-electric (TEN) modes] in configurations consisting of a dielectric slab bounded by media having different refractive indices. We find that, at any frequency, these waves occur in sets of four types for all higher-order (N > 1) mode numbers. The characteristics and the field patterns of these wave types are discussed, and the special behavior of the first two (N = 0, 1) modes is described in detail.

© 1984 Optical Society of America

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