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Proximity effects in ion-exchanged glass waveguides: numerical modeling

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Abstract

Numerical modeling of the ion exchange process in glass is performed, accounting for the presence of an arbitrary, nonhomogeneous, time-dependent electric field. Several waveguide devices are modeled, and it is shown that the mutual influence between closely spaced waveguides during processing can have a significant effect on device performance.

© 2003 Optical Society of America

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