This paper deals with glass-based photonic structurers, which allow to control and modify the optical and spectroscopic properties of rare earth ions. Starting with sol gel-derived planar waveguides the most significant properties obtained for spherical microresonators, 1-D photonic band gap structures, and ultra-transparent glass ceramics are reported.
Rare Earth-Activated Confined Structures for Spectroscopic Properties Enhancement: Ultratransparent Glass Ceramics, Planar Waveguides, Spherical Microresonators and Microcavities
A Chiasera;M Ferrari;A Chiappini;V Foglietti;A Minotti;G Nunzi Conti;S Pelli;
2004
Abstract
This paper deals with glass-based photonic structurers, which allow to control and modify the optical and spectroscopic properties of rare earth ions. Starting with sol gel-derived planar waveguides the most significant properties obtained for spherical microresonators, 1-D photonic band gap structures, and ultra-transparent glass ceramics are reported.File in questo prodotto:
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