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  4. Measurements with an FBG inscribed on a new type of polymer fibre
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Measurements with an FBG inscribed on a new type of polymer fibre

Date Issued
September 2017
Author(s)
Theodosiou, Antreas  
Palchik, Oleg  
Tal, N.  
Shafir, Ehud  
Berkovic, Garry E.  
Zilberman, Shlomi  
Kalli, Kyriacos  
Abstract
We present our latest achievements measuring the effects of temperature and pressure on a Bragg grating inscribed on a new type of non-PMMA polymer optical fibre. The fibre is produced using the Light Polymerization Spinning (LPS) process and the Bragg grating is written using a plane-by-plane femto-second laser inscription method. In particular, the 580 micron core fibre was designed to have a very low Young's modulus.
Subjects

Bragg gratings

Elastic moduli

Fibers

Optical fibers

Plastic optical fiber...

A-plane

Core fibre

Effects of temperatur...

Femto-second laser

Light polymerization

Low young's modulus

PMMA polymers

Polymer fibres

Fiber Bragg gratings

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paper_77.pdf

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630.97 KB

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Adobe PDF

Checksum (MD5)

4798b27a4cd20c07dcad0f350d6a6cce

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