NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE

By applying BOR-FDTD method, fluorescence enhancement by using nano-antennas is investigated. Details of computational method are described including, updating equations, source, detector, absorbing boundary conditions. It is shown that fluorescence enhancement depends on nano-antenna features, ambi...

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Main Author: احمد Mohammadi
Format: Article
Language:fas
Published: Semnan University 2013-04-01
Series:مجله مدل سازی در مهندسی
Subjects:
Online Access:https://modelling.semnan.ac.ir/article_1637_44bbfc7b8fa16d43ea921a92f565d103.pdf
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author احمد Mohammadi
author_facet احمد Mohammadi
author_sort احمد Mohammadi
collection DOAJ
description By applying BOR-FDTD method, fluorescence enhancement by using nano-antennas is investigated. Details of computational method are described including, updating equations, source, detector, absorbing boundary conditions. It is shown that fluorescence enhancement depends on nano-antenna features, ambient environment, the wavelength of incident light and the distance between emitter and nano-antenna. By the precise investigation of the impact of distance on the parameters effective in fluorescence enhancement (Purcell factor, antenna gain, the electric field intensity) we show that by setting the appropriate emitter distance from nano-antenna the highest enhancement can be obtained.
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spelling doaj.art-ad8aee69d83e4bbc89d527c6eb77267b2024-02-23T18:57:27ZfasSemnan Universityمجله مدل سازی در مهندسی2008-48542783-25382013-04-011132576710.22075/jme.2017.16371637NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCEاحمد MohammadiBy applying BOR-FDTD method, fluorescence enhancement by using nano-antennas is investigated. Details of computational method are described including, updating equations, source, detector, absorbing boundary conditions. It is shown that fluorescence enhancement depends on nano-antenna features, ambient environment, the wavelength of incident light and the distance between emitter and nano-antenna. By the precise investigation of the impact of distance on the parameters effective in fluorescence enhancement (Purcell factor, antenna gain, the electric field intensity) we show that by setting the appropriate emitter distance from nano-antenna the highest enhancement can be obtained.https://modelling.semnan.ac.ir/article_1637_44bbfc7b8fa16d43ea921a92f565d103.pdfbor-fdtd fluorescence nano-antenna
spellingShingle احمد Mohammadi
NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE
مجله مدل سازی در مهندسی
bor-fdtd fluorescence nano-antenna
title NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE
title_full NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE
title_fullStr NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE
title_full_unstemmed NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE
title_short NANO-ANTENNAS MODELING WITH BOR-FDTD AND INVESTIGATING EFFECT OF DISTANCE ON FLUORESCENCE
title_sort nano antennas modeling with bor fdtd and investigating effect of distance on fluorescence
topic bor-fdtd fluorescence nano-antenna
url https://modelling.semnan.ac.ir/article_1637_44bbfc7b8fa16d43ea921a92f565d103.pdf
work_keys_str_mv AT ạḥmdmohammadi nanoantennasmodelingwithborfdtdandinvestigatingeffectofdistanceonfluorescence