Title :
Preparation of Chalcogenide Step-Index and Micro-Structured Fiber for Telecommunication
Author :
Troles, J. ; Smektala, F. ; Brillant, L. ; Houizot, P. ; Désévédavy, F. ; Boudebs, G. ; Chartier, T. ; Traynor, N.
Author_Institution :
CNRS, Rennes I Univ.
Abstract :
Chalcogenide glasses are based on sulfur, selenium, tellurium and the addition of other elements such as arsenic, germanium, antimony, gallium, etc. These glasses combine high non linear properties with large infrared transmission from 0.5-1 mum to 12-18 mum depending on the composition. This work presents recent studies, concerning non linear optical properties of chalcogenide glasses and the elaboration of single mode fibers. Classical step index fibers and several complex and regular holey fibers from chalcogenide glasses have been realized by a stack and draw technique which were optically characterized by near field spectroscopy at 1.55 mum
Keywords :
antimony compounds; arsenic compounds; carbon compounds; chalcogenide glasses; gallium compounds; germanium compounds; holey fibres; infrared spectra; materials preparation; nonlinear optics; optical fibre communication; optical glass; 0.5 to 1 mum; 1.55 mum; 12 to 18 mum; As2S3; As2Se3; CS2; Ga5Ge20Sb10S65; GeSe4; chalcogenide fiber; chalcogenide glasses; infrared transmission; linear optical properties; microstructured fiber; near field spectroscopy; nonlinear properties; regular holey fibers; single mode fibers; stack-and-draw technique; step-index fiber; telecommunication applications; Gallium compounds; Geometrical optics; Germanium; Glass; Holey fibers; Optical fibers; Optical materials; Stimulated emission; Tellurium; Temperature; chalcogenide glasses; non linear optical properties; optical fiber; photonic crystal fiber;
Conference_Titel :
Transparent Optical Networks, 2006 International Conference on
Conference_Location :
Nottingham
Print_ISBN :
1-4244-0235-2
Electronic_ISBN :
1-4244-0236-0
DOI :
10.1109/ICTON.2006.248351
