We report design and fabrication of all-glass LMA leakage-channel fiber constituting fluorine doped rods surrounding silica core. Fabrication of fluorine doped rods and fiber are described. Silica bridge width is engineered for effectively single-mode behaviour.
Design and fabrication of F-doped large mode area leakage channel fiber / Pal, M.; Paul, M. C.; Mahanty, T.; Ghosh, D.; Bhadra, S. K.; Rosa, Lorenzo; Saitoh, K.. - (2010), pp. 5588462.784-5588462.785. (Intervento presentato al convegno 15th OptoElectronics and Communications Conference, OECC2010 tenutosi a Sapporo, jpn nel July 5-9 2010).
Design and fabrication of F-doped large mode area leakage channel fiber
ROSA, Lorenzo;
2010
Abstract
We report design and fabrication of all-glass LMA leakage-channel fiber constituting fluorine doped rods surrounding silica core. Fabrication of fluorine doped rods and fiber are described. Silica bridge width is engineered for effectively single-mode behaviour.
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