FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384934633> ?p ?o ?g. }

• W4384934633 endingPage "2426" @default.
• W4384934633 startingPage "2426" @default.
• W4384934633 abstract "Organic thin film based excitonic nanostructures are of great interest in modern resonant nanophotonics as a promising alternative for plasmonic systems. Such nanostructures sustain propagating and localized surface exciton modes that can be exploited in refractive index sensing and near-field enhanced spectroscopy. To realize these surface excitonic modes and to enhance their optical performance, the concentration of the excitonic molecules present in the organic thin film has to be quite high so that a large oscillator strength can be achieved. Unfortunately, this often results in a broadening of the material response, which might prevent achieving the very goal. Therefore, systematic and in-depth studies are needed on the molecular concentration dependence of the surface excitonic modes to acquire optimal performance from them. Here, we study the effect of molecular concentration in terms of oscillator strength and Lorentzian broadening on various surface excitonic modes when employed in sensing and spectroscopy. The optical performance of the modes is evaluated in terms of sensing, like sensitivity and figure of merit, as well as near-field enhancement, like enhancement factor and field confinement. Our numerical investigation reveals that, in general, an increase in oscillator strength enhances the performance of the surface excitonic modes while a broadening degrades that as a counteracting effect. Most of all, this demonstrates that the optical performance of an excitonic system is tunable via molecular concentration unlike the plasmonic systems. Moreover, different surface excitonic modes show different degrees of tunability and equivalency in performance when compared to plasmons in metals (silver and gold). Our findings provide crucial information for developing and optimizing novel excitonic nanodevices for contemporary organic nanophotonics." @default.
• W4384934633 created "2023-07-22" @default.
• W4384934633 creator A5026042245 @default.
• W4384934633 creator A5043962758 @default.
• W4384934633 date "2023-07-31" @default.
• W4384934633 modified "2023-10-14" @default.
• W4384934633 title "Effect of molecular concentration on excitonic nanostructure based refractive index sensing and near-field enhanced spectroscopy" @default.
• W4384934633 cites W1964221169 @default.
• W4384934633 cites W1965873470 @default.
• W4384934633 cites W1970924456 @default.
• W4384934633 cites W1990619897 @default.
• W4384934633 cites W2002848209 @default.
• W4384934633 cites W2039179465 @default.
• W4384934633 cites W2044786813 @default.
• W4384934633 cites W2059115563 @default.
• W4384934633 cites W2068772776 @default.
• W4384934633 cites W2069234380 @default.
• W4384934633 cites W2081372764 @default.
• W4384934633 cites W2083926174 @default.
• W4384934633 cites W2093041592 @default.
• W4384934633 cites W2110221397 @default.
• W4384934633 cites W2117165026 @default.
• W4384934633 cites W2121830147 @default.
• W4384934633 cites W2123343298 @default.
• W4384934633 cites W2127159287 @default.
• W4384934633 cites W2143623790 @default.
• W4384934633 cites W2165062463 @default.
• W4384934633 cites W2165712830 @default.
• W4384934633 cites W2275032767 @default.
• W4384934633 cites W2315919247 @default.
• W4384934633 cites W2323117485 @default.
• W4384934633 cites W2329696075 @default.
• W4384934633 cites W2487886915 @default.
• W4384934633 cites W2515652756 @default.
• W4384934633 cites W2516096521 @default.
• W4384934633 cites W2567424754 @default.
• W4384934633 cites W2593058181 @default.
• W4384934633 cites W2602600633 @default.
• W4384934633 cites W2623897985 @default.
• W4384934633 cites W2681263597 @default.
• W4384934633 cites W2755382325 @default.
• W4384934633 cites W2757239344 @default.
• W4384934633 cites W2774406466 @default.
• W4384934633 cites W2807198354 @default.
• W4384934633 cites W2915285521 @default.
• W4384934633 cites W2938842445 @default.
• W4384934633 cites W2970679574 @default.
• W4384934633 cites W2971763914 @default.
• W4384934633 cites W2978501406 @default.
• W4384934633 cites W2992094078 @default.
• W4384934633 cites W3021981944 @default.
• W4384934633 cites W3023023942 @default.
• W4384934633 cites W3023082515 @default.
• W4384934633 cites W3048397840 @default.
• W4384934633 cites W3093405839 @default.
• W4384934633 cites W3094980762 @default.
• W4384934633 cites W3100182089 @default.
• W4384934633 cites W3103941796 @default.
• W4384934633 cites W3105739800 @default.
• W4384934633 cites W3120404780 @default.
• W4384934633 cites W3136223073 @default.
• W4384934633 cites W3215742843 @default.
• W4384934633 cites W4211100070 @default.
• W4384934633 cites W4283213687 @default.
• W4384934633 cites W4295152428 @default.
• W4384934633 cites W4317569467 @default.
• W4384934633 cites W4378953355 @default.
• W4384934633 cites W608607667 @default.
• W4384934633 doi "https://doi.org/10.1364/ome.497366" @default.
• W4384934633 hasPublicationYear "2023" @default.
• W4384934633 type Work @default.
• W4384934633 citedByCount "0" @default.
• W4384934633 crossrefType "journal-article" @default.
• W4384934633 hasAuthorship W4384934633A5026042245 @default.
• W4384934633 hasAuthorship W4384934633A5043962758 @default.
• W4384934633 hasBestOaLocation W43849346331 @default.
• W4384934633 hasConcept C110879396 @default.
• W4384934633 hasConcept C121332964 @default.
• W4384934633 hasConcept C1276947 @default.
• W4384934633 hasConcept C130277099 @default.
• W4384934633 hasConcept C136676167 @default.
• W4384934633 hasConcept C171250308 @default.
• W4384934633 hasConcept C17729963 @default.
• W4384934633 hasConcept C186187911 @default.
• W4384934633 hasConcept C192562407 @default.
• W4384934633 hasConcept C26873012 @default.
• W4384934633 hasConcept C27289702 @default.
• W4384934633 hasConcept C32891209 @default.
• W4384934633 hasConcept C42067758 @default.
• W4384934633 hasConcept C4839761 @default.
• W4384934633 hasConcept C49040817 @default.
• W4384934633 hasConcept C62520636 @default.
• W4384934633 hasConcept C99191460 @default.
• W4384934633 hasConceptScore W4384934633C110879396 @default.
• W4384934633 hasConceptScore W4384934633C121332964 @default.
• W4384934633 hasConceptScore W4384934633C1276947 @default.
• W4384934633 hasConceptScore W4384934633C130277099 @default.
• W4384934633 hasConceptScore W4384934633C136676167 @default.

• next