Abstract
Propagation of guided waves in layered crystalline media is investigated. Two-dimensional guided-mode dispersion curves are computed and classified for a three-layer uniaxial configuration with arbitrary optic-axis orientation in each layer. It is found that the dispersion curves can be either circular or elliptical and can also be discontinuous. Other interesting aspects of wave behavior include wave tilt of the evanescent fields and independent TE and TM mode-existence criteria.
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