Bang, Ole

Fasano, Andrea

Markos, Christos

Nielsen, Kristian

Rasmussen, Henrik K.

Stefani, Alessio

Woyessa, Getinet

Optics Express

We have fabricated the first single-mode step-index and humidity insensitive polymer optical fiber operating in the 850 nm wavelength ranges. The step-index preform is fabricated using injection molding, which is an efficient method for cost effective, flexible and fast preparation of the fiber preform. The fabricated single-mode step-index (SI) polymer optical fiber (POF) has a 4.8µm core made from TOPAS grade 5013S-04 with a glass transition temperature of 134°C and a 150 µm cladding made from ZEONEX grade 480R with a glass transition temperature of 138°C. The key advantages of the proposed SIPOF are low water absorption, high operating temperature and chemical inertness to acids and bases and many polar solvents as compared to the conventional poly-methyl-methacrylate (PMMA) and polystyrene based POFs. In addition, the fiber Bragg grating writing time is short compared to microstructured POFs

Online Research Database In Technology

Single mode step-index polymer optical fiber for humidity insensitive high temperature fiberBragg grating sensors - DTU Orbit (08/11/2017) Single mode step-index polymer optical fiber for humidity insensitive high temperature fiber Bragg grating sensorsWe have fabricated the first single-mode step-index and humidity insensitive polymer optical fiber operating in the 850 nmwavelength ranges. The step-index preform is fabricated using injection molding, which is an efficient method for costeffective, flexible and fast preparation of the fiber preform. The fabricated single-mode step-index (SI) polymer optical fiber(POF) has a 4.8µm core made from TOPAS grade 5013S-04 with a glass transition temperature of 134°C and a 150 µmcladding made from ZEONEX grade 480R with a glass transition temperature of 138°C. The key advantages of theproposed SIPOF are low water absorption, high operating temperature and chemical inertness to acids and bases andmany polar solvents as compared to the conventional poly-methyl-methacrylate (PMMA) and polystyrene based POFs. Inaddition, the fiber Bragg grating writing time is short compared to microstructured POFs.  General informationState: PublishedOrganisations: Department of Photonics Engineering, Fiber Sensors and Supercontinuum Generation, Department ofMechanical Engineering, Manufacturing EngineeringAuthors: Woyessa, G. (Intern), Fasano, A. (Intern), Stefani, A. (Intern), Markos, C. (Intern), Nielsen, K. (Intern),Rasmussen, H. K. (Intern), Bang, O. (Intern)Pages: 1253-1260Publication date: 2016Main Research Area: Technical/natural sciences Publication informationJournal: Optics ExpressVolume: 24Issue number: 2ISSN (Print): 1094-4087Ratings: BFI (2017): BFI-level 2 Web of Science (2017): Indexed yes BFI (2016): BFI-level 2 Scopus rating (2016): CiteScore 3.48 SJR 1.487 SNIP 1.589 Web of Science (2016): Indexed yes BFI (2015): BFI-level 2 Scopus rating (2015): SJR 1.976 SNIP 1.755 CiteScore 3.78 Web of Science (2015): Indexed yes BFI (2014): BFI-level 2 Scopus rating (2014): SJR 2.349 SNIP 2.166 CiteScore 4.18 Web of Science (2014): Indexed yes BFI (2013): BFI-level 2 Scopus rating (2013): SJR 2.358 SNIP 2.226 CiteScore 4.38 ISI indexed (2013): ISI indexed yes Web of Science (2013): Indexed yes BFI (2012): BFI-level 2 Scopus rating (2012): SJR 2.587 SNIP 2.145 CiteScore 3.85 ISI indexed (2012): ISI indexed yes Web of Science (2012): Indexed yes BFI (2011): BFI-level 2 Scopus rating (2011): SJR 2.579 SNIP 2.606 CiteScore 4.04 ISI indexed (2011): ISI indexed yes Web of Science (2011): Indexed yes BFI (2010): BFI-level 2 Scopus rating (2010): SJR 2.943 SNIP 2.466 Web of Science (2010): Indexed yes BFI (2009): BFI-level 2 Scopus rating (2009): SJR 3.092 SNIP 2.669 Web of Science (2009): Indexed yes BFI (2008): BFI-level 2 Scopus rating (2008): SJR 3.195 SNIP 2.393 Web of Science (2008): Indexed yes Scopus rating (2007): SJR 3.27 SNIP 2.032 Web of Science (2007): Indexed yes Scopus rating (2006): SJR 3.233 SNIP 2.326 Web of Science (2006): Indexed yes Scopus rating (2005): SJR 3.334 SNIP 2.379 Web of Science (2005): Indexed yes Scopus rating (2004): SJR 2.833 SNIP 2.499 Web of Science (2004): Indexed yes Scopus rating (2003): SJR 2.688 SNIP 2.193 Web of Science (2003): Indexed yes Scopus rating (2002): SJR 1.547 SNIP 1.673 Web of Science (2002): Indexed yes Scopus rating (2001): SJR 1.442 SNIP 1.39 Web of Science (2001): Indexed yes Scopus rating (2000): SJR 1.246 SNIP 0.714 Web of Science (2000): Indexed yes Scopus rating (1999): SJR 1.381 SNIP 0.838 Original language: EnglishElectronic versions: Single_mode_step_index_polymer_optical_fiber_for_humidity_insensitive_high_temperature_fiber_Bragg_grating_sensors.pdf DOIs: 10.1364/OE.24.001253 Source: PublicationPreSubmissionSource-ID: 120985223Publication: Research - peer-review › Journal article – Annual report year: 2016 

Single mode step-index polymer optical fiber for humidity insensitive high temperature fiber Bragg grating sensors

http://orbit.dtu.dk/en/publications/single-mode-stepindex-polymer-optical-fiber-for-humidity-insensitive-high-temperature-fiber-bragg-grating-sensors(52996956-1fb6-4a59-9342-e1a9208cb094).pdf?nofollow=true&rendering=long

Single mode step-index polymer optical fiber for humidity insensitive high temperature fiber Bragg grating sensors

Abstract

Similar works

Full text

Available Versions

Online Research Database In Technology