7- and 19-Element-Core Bend-Resistant Microstructured Fibers

K.V. Dukel`skii; A.V. Komarov; A.V. Khokhlov; E.V. Ter-Nersesyantz; V.S. Shevandin

doi:10.4028/www.scientific.net/AMR.39-40.261

Paper Titles

Thermal Stability and Optical Properties of Er³⁺ Doped BaTi₂O₅ Glasses
p.243

Second-Harmonic Generation in Thermally Poled Na₂O-Al₂O₃-TeO₂ Glasses
p.247

Optical Transitions in Chalcogenide Glasses From the Point of View of a Barrier-Cluster Model
p.253

Lead-Free High Refractive Index Glasses Produced from Local Raw Materials
p.257

7- and 19-Element-Core Bend-Resistant Microstructured Fibers
p.261

Fluorine Containing High-Silica Glasses for Speciality Optical Fibers
p.265

The Influence of the Vitreous Matrix for the Determination of the Lanthanides Doping Concentration from the Optical Transmission Spectra
p.269

Anomalously Low Light Scattering in the Na₂O-Nb₂O₅-SiO₂ Glass-Ceramics
p.273

Complex Study of E-Glass Corrosion
p.279

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 39-407- and 19-Element-Core Bend-Resistant...

7- and 19-Element-Core Bend-Resistant Microstructured Fibers

Abstract:

The conception of main role of the lattice pitch value in bend-induced short-wavelength optical losses is presented. There is shown that creation of the fiber core by substitution with seven or nineteen central elements leads to the essential expansion of spectral working range in microstructured large core optical fibers.