We report a significant advance in preform extrusion and die design, which has allowed for the first time the fabrication of complex structured preforms using soft glass and polymer billets. Structural preform distortions are minimized by adjustment of the material flow within the die. The low propagation loss of an extruded complex bismuth glass fiber demonstrates the potential of this advanced extrusion technique for the fabrication of novel soft glass and polymer microstructured fiber designs.Heike Ebendorff-Heidepriem and Tanya M. Monr
A miniature co-extrusion technique, to produce a concentric multilayered glass fiber-optic preform o...
Photonic crystal fibers are now widely research on its applications due to the special properties. O...
Conventional clad core fiber optic technology has relied on a concentric structure of glass of diffe...
This paper was presented at the 1st Workshop on Specialty Optical Fibers and Their Applications, Sao...
©2006 Optical Society of AmericaWe report on use of billet extrusion for the first time to fabricate...
Extrusion of glass preforms that are used to draw microstructured optical fibers was simulated using...
Progress in developing new classes of soft glass microstructured fibres will be presented. We report...
Copyright © 2007 Elsevier B.V. All rights reserved.We report on use of billet ram extrusion for the ...
Conventional clad core fiber optic technology has relied on a concentric structure of glass of diffe...
We report the use of the extrusion technique at highest temperatures to date (975 °C-1000 °C) for th...
5noThe steps toward the fabrication of directly extruded microstructured fiber preforms made of a bi...
A miniature co-extrusion technique, to produce a concentric multilayered glass fiber-optic preform o...
The steps toward the fabrication of directly-extruded microstructured fibre preforms made of a biore...
Progress in developing new classes of soft glass microstructured fibres will be presented. We report...
We demonstrate the first fluorozirconate microstructured fiber for use in the mid-infrared. The fibe...
A miniature co-extrusion technique, to produce a concentric multilayered glass fiber-optic preform o...
Photonic crystal fibers are now widely research on its applications due to the special properties. O...
Conventional clad core fiber optic technology has relied on a concentric structure of glass of diffe...
This paper was presented at the 1st Workshop on Specialty Optical Fibers and Their Applications, Sao...
©2006 Optical Society of AmericaWe report on use of billet extrusion for the first time to fabricate...
Extrusion of glass preforms that are used to draw microstructured optical fibers was simulated using...
Progress in developing new classes of soft glass microstructured fibres will be presented. We report...
Copyright © 2007 Elsevier B.V. All rights reserved.We report on use of billet ram extrusion for the ...
Conventional clad core fiber optic technology has relied on a concentric structure of glass of diffe...
We report the use of the extrusion technique at highest temperatures to date (975 °C-1000 °C) for th...
5noThe steps toward the fabrication of directly extruded microstructured fiber preforms made of a bi...
A miniature co-extrusion technique, to produce a concentric multilayered glass fiber-optic preform o...
The steps toward the fabrication of directly-extruded microstructured fibre preforms made of a biore...
Progress in developing new classes of soft glass microstructured fibres will be presented. We report...
We demonstrate the first fluorozirconate microstructured fiber for use in the mid-infrared. The fibe...
A miniature co-extrusion technique, to produce a concentric multilayered glass fiber-optic preform o...
Photonic crystal fibers are now widely research on its applications due to the special properties. O...
Conventional clad core fiber optic technology has relied on a concentric structure of glass of diffe...