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Surface electromagnetic waves in the interface of an absorbing medium with a uniaxial crystal: comparison between closed solutions and attenuated total reflection

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Abstract

The dispersion relations and the fields for surface waves in interfaces formed by an isotropic metal and a uniaxial crystal are obtained for the cases in which the plane of incidence is a symmetry plane. These results are compared with those obtained for attenuated total reflection in Kretschmann’s configuration. An adequate coincidence, similar to that for the isotropic case, is obtained.

© 1996 Optical Society of America

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