$Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber$
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Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber

Owing to photonics crystal fiber (PCF) microfluidic sensors pose great merits of low sample consuming, light weight and portable. They are expected to become on-chip biomedical point-of-care testing (POCT) devices. However, relative low sensing sensitivity of some reported PCF microfluidic sensors c...

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Autores principales:	Gurui Fu, Hongtao Li, Tianqi Huang, Dandan Rong, Liang Lu, Benli Yu
Formato:	article
Lenguaje:	EN
Publicado:	Elsevier 2021
Materias:	Photonics crystal fiber microfluidic sensors Nine-liqiud-core fiber Low-index Teflon cladding Ultrahigh sensing sensitivity Optics. Light QC350-467
Acceso en línea:	https://doaj.org/article/3e26fc76676b4f0a9a6f6ecba379b9f4
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spelling	oai:doaj.org-article:3e26fc76676b4f0a9a6f6ecba379b9f42021-11-26T04:42:21ZResearch on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber2666-950110.1016/j.rio.2021.100194https://doaj.org/article/3e26fc76676b4f0a9a6f6ecba379b9f42021-12-01T00:00:00Zhttp://www.sciencedirect.com/science/article/pii/S2666950121001395https://doaj.org/toc/2666-9501Owing to photonics crystal fiber (PCF) microfluidic sensors pose great merits of low sample consuming, light weight and portable. They are expected to become on-chip biomedical point-of-care testing (POCT) devices. However, relative low sensing sensitivity of some reported PCF microfluidic sensors can bring great challenges in monitoring early-stage physical diseases, environmental pollution and food safety. Herein, we propose an ultra-sensitive homogeneous nine-liqiud-core fiber (NLCF) microfluidic sensor with a low-index Teflon cladding. When aqueous solution is injected into nine core of the fiber, the light can be excited in the central core and coupled to other surrounding cores along the area of NLCF. More importantly, compared with reported various PCF microfluidic sensors, a much improved sensitivity of 39391 nm/RIU is numerically and theoretically realized based on coupled mode theory (CMT) through using finite element method (FEM). Therefore, this work opens up significant opportunities to develop new ultra-sensitive on-chip optical microfluidic sensors.Gurui FuHongtao LiTianqi HuangDandan RongLiang LuBenli YuElsevierarticlePhotonics crystal fiber microfluidic sensorsNine-liqiud-core fiberLow-index Teflon claddingUltrahigh sensing sensitivityOptics. LightQC350-467ENResults in Optics, Vol 5, Iss , Pp 100194- (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	Photonics crystal fiber microfluidic sensors Nine-liqiud-core fiber Low-index Teflon cladding Ultrahigh sensing sensitivity Optics. Light QC350-467
spellingShingle	Photonics crystal fiber microfluidic sensors Nine-liqiud-core fiber Low-index Teflon cladding Ultrahigh sensing sensitivity Optics. Light QC350-467 Gurui Fu Hongtao Li Tianqi Huang Dandan Rong Liang Lu Benli Yu Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
description	Owing to photonics crystal fiber (PCF) microfluidic sensors pose great merits of low sample consuming, light weight and portable. They are expected to become on-chip biomedical point-of-care testing (POCT) devices. However, relative low sensing sensitivity of some reported PCF microfluidic sensors can bring great challenges in monitoring early-stage physical diseases, environmental pollution and food safety. Herein, we propose an ultra-sensitive homogeneous nine-liqiud-core fiber (NLCF) microfluidic sensor with a low-index Teflon cladding. When aqueous solution is injected into nine core of the fiber, the light can be excited in the central core and coupled to other surrounding cores along the area of NLCF. More importantly, compared with reported various PCF microfluidic sensors, a much improved sensitivity of 39391 nm/RIU is numerically and theoretically realized based on coupled mode theory (CMT) through using finite element method (FEM). Therefore, this work opens up significant opportunities to develop new ultra-sensitive on-chip optical microfluidic sensors.
format	article
author	Gurui Fu Hongtao Li Tianqi Huang Dandan Rong Liang Lu Benli Yu
author_facet	Gurui Fu Hongtao Li Tianqi Huang Dandan Rong Liang Lu Benli Yu
author_sort	Gurui Fu
title	Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
title_short	Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
title_full	Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
title_fullStr	Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
title_full_unstemmed	Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
title_sort	research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber
publisher	Elsevier
publishDate	2021
url	https://doaj.org/article/3e26fc76676b4f0a9a6f6ecba379b9f4
work_keys_str_mv	AT guruifu researchonultrasensitiverefractiveindexsensorbasedonahomogeneouspolymernineliquidcorephotonicscrystalfiber AT hongtaoli researchonultrasensitiverefractiveindexsensorbasedonahomogeneouspolymernineliquidcorephotonicscrystalfiber AT tianqihuang researchonultrasensitiverefractiveindexsensorbasedonahomogeneouspolymernineliquidcorephotonicscrystalfiber AT dandanrong researchonultrasensitiverefractiveindexsensorbasedonahomogeneouspolymernineliquidcorephotonicscrystalfiber AT lianglu researchonultrasensitiverefractiveindexsensorbasedonahomogeneouspolymernineliquidcorephotonicscrystalfiber AT benliyu researchonultrasensitiverefractiveindexsensorbasedonahomogeneouspolymernineliquidcorephotonicscrystalfiber
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Research on ultra-sensitive refractive index sensor based on a homogeneous polymer nine-liquid-core photonics crystal fiber

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