Abstract
A method for studying photon tunneling in uniaxial crystal
films is presented. The complex refractive index and the complex
angle of refraction of the evanescent wave in a crystal are calculated
for the most general case. The reflectance and transmittance
resulting from the tunneling effect in crystal films are discussed, and
the relations among these coefficients and the optical parameters of
crystal are found. These relations provide a theoretical basis for
characterizing crystal films by means of photon tunneling.
© 1998 Optical Society of America
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