Highly sensitive nano-photonic embedded sensor

This paper will detail a novel enabling fiber optic sensor based on the use of a photonic crystal structure embedded in the core of a fiber. We will start by briefly introducing photonic crystals (PCs) and reviewing fiber optics (FOs) used as sensors for mechanical deformations. We will then show th...

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Hauptverfasser:	Beiu, Roxana-Mariana, Stanescu, Constantin D., Beiu, Valeriu C.
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	deformation fiber optic Force Materials Optical fiber sensors Optical fibers photonic crystal Photonic crystals Sensor Strain Temperature measurement
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creator	Beiu, Roxana-Mariana Stanescu, Constantin D. Beiu, Valeriu C.
description	This paper will detail a novel enabling fiber optic sensor based on the use of a photonic crystal structure embedded in the core of a fiber. We will start by briefly introducing photonic crystals (PCs) and reviewing fiber optics (FOs) used as sensors for mechanical deformations. We will then show that embedding PC structures into standard monomode FOs allows for highly sensitive detection of mechanical deformations. Finally, we will detail the sensing mechanism principle and evaluate its sensitivity. Extensive simulation results have been performed. They support our claim that embedded PCs can be used to sense mechanical deformations down to tens of pico-meters range.
doi_str_mv	10.1109/NANO.2007.4601293
format	Conference Proceeding
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subjects	deformation fiber optic Force Materials Optical fiber sensors Optical fibers photonic crystal Photonic crystals Sensor Strain Temperature measurement
title	Highly sensitive nano-photonic embedded sensor
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