Radiation reduction due to a step profile in the upper face of a curved optical waveguide

In order to reduce the radiation in curved optical waveguides, the introduction of a step index of refraction profile in its upper face by means of diffusion (ion implantation) or by growth of a dielectric layer is discussed. Expressions are obtained for the propagation constants along the x and y d...

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Published in:International Symposium on Antennas and Propagation Society, Merging Technologies for the 90's pp. 1930 - 1933 vol.4
Main Authors: Souza, R.M.D.F., Giarola, A.J.
Format: Conference Proceeding
Language:English
Published: IEEE 1990
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Abstract In order to reduce the radiation in curved optical waveguides, the introduction of a step index of refraction profile in its upper face by means of diffusion (ion implantation) or by growth of a dielectric layer is discussed. Expressions are obtained for the propagation constants along the x and y directions of a rectangular dielectric waveguide with two layers, for the conversion coefficient, and for the attenuation coefficient.< >
AbstractList In order to reduce the radiation in curved optical waveguides, the introduction of a step index of refraction profile in its upper face by means of diffusion (ion implantation) or by growth of a dielectric layer is discussed. Expressions are obtained for the propagation constants along the x and y directions of a rectangular dielectric waveguide with two layers, for the conversion coefficient, and for the attenuation coefficient.< >
Author Souza, R.M.D.F.
Giarola, A.J.
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Snippet In order to reduce the radiation in curved optical waveguides, the introduction of a step index of refraction profile in its upper face by means of diffusion...
SourceID ieee
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StartPage 1930
SubjectTerms Equations
Integrated optics
Optical devices
Optical losses
Optical refraction
Optical waveguides
Particle beam optics
Photonic integrated circuits
Power engineering and energy
Region 2
Title Radiation reduction due to a step profile in the upper face of a curved optical waveguide
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