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Araujo, Fm
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Topics
Publications (10/10 displayed)
- 2012Intrinsic Fabry-Perot Cavity Sensor Based on Etched Multimode Graded Index Fiber for Strain and Temperature Measurementcitations
- 2010Splicing and coupling losses in hollow-core photonic crystal glass fiberscitations
- 2010Intrinsic Fabry-Perot cavity sensor based on chemical etching of a multimode graded index fiber spliced to a single mode fibercitations
- 2009Modal Interferometer Based on ARROW Fiber for Strain and Temperature Measurementcitations
- 2009Geometrical effects on the refractive index sensitivity of Mach-Zehnder fibre modal interferometers based on long-period gratingscitations
- 2005Strain and temperature discrimination using a Hi-Bi grating partially exposed to chemical etchingcitations
- 2005Intensity-referenced and temperature-independent curvature-sensing concept based on chirped fiber Bragg gratingscitations
- 2004Intensity-referenced temperature-independent curvature sensing concept based on chirped gratings embedded in a composite laminatecitations
- 2003Load cell for structural monitoring based on a microbend self-referenced fiber optic intensity sensor
- 2001Smart composite for monitoring of structure
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document
Splicing and coupling losses in hollow-core photonic crystal glass fibers
Abstract
Hollow-core photonic crystal glass fibers have a high potential for gas sensing applications, since large light-gas interaction lengths can be effectively attained. Nevertheless, in order to enhance effective diffusion of gas into the hollow-core fiber, multi-coupling gaps are often needed, which raise coupling loss issues that must be evaluated prior to the development of practical systems. In this paper, a study on the coupling losses dependence on lateral and axial gap misalignment for single-mode fiber and two different types of hollow-core photonic crystal glass fibers is carried out. In addition, an experimental technique on splicing these glass fibers is also described and some results are presented showing that low splice losses can be obtained with high reproducibility. © (2010) Trans Tech Publications.