Matches in SemOpenAlex for { <https://semopenalex.org/work/W2022059210> ?p ?o ?g. }
- W2022059210 endingPage "505901" @default.
- W2022059210 startingPage "505901" @default.
- W2022059210 abstract "We give an analytical and experimental demonstration of a classical analogue of the electromagnetic induced absorption (EIA) in a simple photonic device consisting of two stubs of lengths d1 and d2 grafted at the same site along a waveguide. By detuning the lengths of the two stubs (i.e. δ = d(2) - d(1)) we show that: (i) the amplitudes of the electromagnetic waves in the two stubs can be written following the two resonators model where each stub plays the role of a radiative resonator with low Q factor. The destructive interference between the waves in the two stubs may give rise to a sharp resonance peak with high Q factor in the transmission as well as in the absorption. (ii) The transmission coefficient around the resonance induced by the stubs can be written following a Fano-like form. In particular, we give an explicit expression of the position, width and Fano parameter of the resonances as a function of δ. (iii) By taking into account the loss in the waveguides, we show that at the transmission resonance, the transmission (reflection) increases (decreases) as a function of δ. Whereas the absorption goes through a maximum around 0.5 for a threshold value δth which depends on the attenuation in the system and then falls to zero. (iv) We give a comparison between the phase of the determinant of the scattering matrix, the so-called Friedel phase and the phase of the transmission amplitude. (v) The effect of the boundary conditions at the end of the resonators on the EIA resonance is also discussed. The analytical results are obtained by means of the Green's function method, whereas the experiments are carried out using coaxial cables in the radio-frequency regime. These results should have important consequences for designing integrated devices such as narrow-frequency optical or microwave filters and high-speed switches." @default.
- W2022059210 created "2016-06-24" @default.
- W2022059210 creator A5001613990 @default.
- W2022059210 creator A5005222961 @default.
- W2022059210 creator A5006277911 @default.
- W2022059210 creator A5023936715 @default.
- W2022059210 creator A5024035703 @default.
- W2022059210 creator A5028605216 @default.
- W2022059210 creator A5050947509 @default.
- W2022059210 date "2014-11-19" @default.
- W2022059210 modified "2023-10-12" @default.
- W2022059210 title "Electromagnetically induced absorption in detuned stub waveguides: a simple analytical and experimental model" @default.
- W2022059210 cites W1974532508 @default.
- W2022059210 cites W1979134776 @default.
- W2022059210 cites W1982709228 @default.
- W2022059210 cites W1982928963 @default.
- W2022059210 cites W1987963334 @default.
- W2022059210 cites W1988948476 @default.
- W2022059210 cites W1991652919 @default.
- W2022059210 cites W2011054254 @default.
- W2022059210 cites W2012273880 @default.
- W2022059210 cites W2013210086 @default.
- W2022059210 cites W2015775422 @default.
- W2022059210 cites W2017920588 @default.
- W2022059210 cites W2017970108 @default.
- W2022059210 cites W2021132043 @default.
- W2022059210 cites W2022879022 @default.
- W2022059210 cites W2023270593 @default.
- W2022059210 cites W2023413849 @default.
- W2022059210 cites W2032042797 @default.
- W2022059210 cites W2033568720 @default.
- W2022059210 cites W2035506311 @default.
- W2022059210 cites W2038890200 @default.
- W2022059210 cites W2040887799 @default.
- W2022059210 cites W2043857342 @default.
- W2022059210 cites W2044182614 @default.
- W2022059210 cites W2046145819 @default.
- W2022059210 cites W2047464595 @default.
- W2022059210 cites W2048142960 @default.
- W2022059210 cites W2050205870 @default.
- W2022059210 cites W2050478398 @default.
- W2022059210 cites W2051024642 @default.
- W2022059210 cites W2053183933 @default.
- W2022059210 cites W2058541903 @default.
- W2022059210 cites W2059584724 @default.
- W2022059210 cites W2059805488 @default.
- W2022059210 cites W2060436859 @default.
- W2022059210 cites W2068361247 @default.
- W2022059210 cites W2068895447 @default.
- W2022059210 cites W2071673603 @default.
- W2022059210 cites W2072021653 @default.
- W2022059210 cites W2074005433 @default.
- W2022059210 cites W2074021390 @default.
- W2022059210 cites W2075062858 @default.
- W2022059210 cites W2082071425 @default.
- W2022059210 cites W2090247282 @default.
- W2022059210 cites W2090291256 @default.
- W2022059210 cites W2091796359 @default.
- W2022059210 cites W2092692504 @default.
- W2022059210 cites W2098342677 @default.
- W2022059210 cites W2136152398 @default.
- W2022059210 cites W2139653117 @default.
- W2022059210 cites W2140562769 @default.
- W2022059210 cites W2150994393 @default.
- W2022059210 cites W2170744552 @default.
- W2022059210 cites W2222517232 @default.
- W2022059210 cites W2962962645 @default.
- W2022059210 cites W3037952079 @default.
- W2022059210 cites W3102653690 @default.
- W2022059210 doi "https://doi.org/10.1088/0953-8984/26/50/505901" @default.
- W2022059210 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25406973" @default.
- W2022059210 hasPublicationYear "2014" @default.
- W2022059210 type Work @default.
- W2022059210 sameAs 2022059210 @default.
- W2022059210 citedByCount "28" @default.
- W2022059210 countsByYear W20220592102015 @default.
- W2022059210 countsByYear W20220592102016 @default.
- W2022059210 countsByYear W20220592102017 @default.
- W2022059210 countsByYear W20220592102018 @default.
- W2022059210 countsByYear W20220592102019 @default.
- W2022059210 countsByYear W20220592102020 @default.
- W2022059210 countsByYear W20220592102021 @default.
- W2022059210 countsByYear W20220592102022 @default.
- W2022059210 countsByYear W20220592102023 @default.
- W2022059210 crossrefType "journal-article" @default.
- W2022059210 hasAuthorship W2022059210A5001613990 @default.
- W2022059210 hasAuthorship W2022059210A5005222961 @default.
- W2022059210 hasAuthorship W2022059210A5006277911 @default.
- W2022059210 hasAuthorship W2022059210A5023936715 @default.
- W2022059210 hasAuthorship W2022059210A5024035703 @default.
- W2022059210 hasAuthorship W2022059210A5028605216 @default.
- W2022059210 hasAuthorship W2022059210A5050947509 @default.
- W2022059210 hasConcept C110879396 @default.
- W2022059210 hasConcept C120665830 @default.
- W2022059210 hasConcept C121332964 @default.
- W2022059210 hasConcept C125287762 @default.
- W2022059210 hasConcept C127413603 @default.
- W2022059210 hasConcept C139210041 @default.