FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2802955241> ?p ?o ?g. }

• W2802955241 endingPage "2199" @default.
• W2802955241 startingPage "2189" @default.
• W2802955241 abstract "The control of the spontaneous emission properties of quantum emitters with limited losses by near-field coupling with plasmons-supporting nanostructures is one of the keys for next-generation high-efficiency and high-coherence plasmonic devices. In the present work, gold nanohole arrays are demonstrated to be an effective plasmonic system for controlling radiative rate and quantum efficiency of the 1540 nm emission of Er3+ ions embedded in silica. Finite element method electrodynamic simulations were used to describe the interaction between dipolar Er3+ emitters and the nanohole arrays. The results are in agreement with those of photoluminescence measurements performed in different coupling configurations. Particularly, we demonstrated that owing to the combination of strong emission enhancement and low level of ohmic losses in the metal, nanohole arrays are able to enhance the far-field photon yield up to 74%. This in turn is related to an extremely high far-field quantum efficiency: more than 90% of the emitted photons reach the far-field for the most efficient configurations investigated in which the extraordinary optical transmission peak of the nanohole array is matched with the Er3+ emission." @default.
• W2802955241 created "2018-05-17" @default.
• W2802955241 creator A5000497245 @default.
• W2802955241 creator A5012118992 @default.
• W2802955241 creator A5025291204 @default.
• W2802955241 creator A5041961921 @default.
• W2802955241 creator A5070569569 @default.
• W2802955241 date "2018-04-22" @default.
• W2802955241 modified "2023-10-18" @default.
• W2802955241 title "Emission Rate Modification and Quantum Efficiency Enhancement of Er³⁺ Emitters by Near-Field Coupling with Nanohole Arrays" @default.
• W2802955241 cites W1141124757 @default.
• W2802955241 cites W1508762865 @default.
• W2802955241 cites W1649808901 @default.
• W2802955241 cites W1847381154 @default.
• W2802955241 cites W1861507745 @default.
• W2802955241 cites W1964221169 @default.
• W2802955241 cites W1966447867 @default.
• W2802955241 cites W1969873924 @default.
• W2802955241 cites W1972827346 @default.
• W2802955241 cites W1977820127 @default.
• W2802955241 cites W1981606423 @default.
• W2802955241 cites W1983718136 @default.
• W2802955241 cites W1985089074 @default.
• W2802955241 cites W1988436745 @default.
• W2802955241 cites W2001564329 @default.
• W2802955241 cites W2003070696 @default.
• W2802955241 cites W2006054243 @default.
• W2802955241 cites W2010359322 @default.
• W2802955241 cites W2013990293 @default.
• W2802955241 cites W2019834464 @default.
• W2802955241 cites W2020014625 @default.
• W2802955241 cites W2020588125 @default.
• W2802955241 cites W2023147957 @default.
• W2802955241 cites W2024539289 @default.
• W2802955241 cites W2025340588 @default.
• W2802955241 cites W2025657744 @default.
• W2802955241 cites W2034131433 @default.
• W2802955241 cites W2036394496 @default.
• W2802955241 cites W2037175610 @default.
• W2802955241 cites W2041597836 @default.
• W2802955241 cites W2050012591 @default.
• W2802955241 cites W2053949848 @default.
• W2802955241 cites W2056702438 @default.
• W2802955241 cites W2057511192 @default.
• W2802955241 cites W2059748602 @default.
• W2802955241 cites W2074164867 @default.
• W2802955241 cites W2079394332 @default.
• W2802955241 cites W2079418353 @default.
• W2802955241 cites W2088263770 @default.
• W2802955241 cites W2089210943 @default.
• W2802955241 cites W2090391674 @default.
• W2802955241 cites W2091098757 @default.
• W2802955241 cites W2094664846 @default.
• W2802955241 cites W2096701510 @default.
• W2802955241 cites W2111355921 @default.
• W2802955241 cites W2120866064 @default.
• W2802955241 cites W2127697031 @default.
• W2802955241 cites W2133676706 @default.
• W2802955241 cites W2139185317 @default.
• W2802955241 cites W2139516501 @default.
• W2802955241 cites W2142063750 @default.
• W2802955241 cites W2146268973 @default.
• W2802955241 cites W2159587145 @default.
• W2802955241 cites W2242529320 @default.
• W2802955241 cites W2316662888 @default.
• W2802955241 cites W2318856421 @default.
• W2802955241 cites W2319657239 @default.
• W2802955241 cites W2321758653 @default.
• W2802955241 cites W2322829713 @default.
• W2802955241 cites W2326672444 @default.
• W2802955241 cites W2338127759 @default.
• W2802955241 cites W2418622137 @default.
• W2802955241 cites W2529893867 @default.
• W2802955241 cites W2567337929 @default.
• W2802955241 cites W2603245563 @default.
• W2802955241 cites W2725898210 @default.
• W2802955241 cites W2730455076 @default.
• W2802955241 cites W2766504910 @default.
• W2802955241 cites W2786076047 @default.
• W2802955241 doi "https://doi.org/10.1021/acsphotonics.8b00042" @default.
• W2802955241 hasPublicationYear "2018" @default.
• W2802955241 type Work @default.
• W2802955241 sameAs 2802955241 @default.
• W2802955241 citedByCount "21" @default.
• W2802955241 countsByYear W28029552412018 @default.
• W2802955241 countsByYear W28029552412019 @default.
• W2802955241 countsByYear W28029552412020 @default.
• W2802955241 countsByYear W28029552412021 @default.
• W2802955241 countsByYear W28029552412022 @default.
• W2802955241 countsByYear W28029552412023 @default.
• W2802955241 crossrefType "journal-article" @default.
• W2802955241 hasAuthorship W2802955241A5000497245 @default.
• W2802955241 hasAuthorship W2802955241A5012118992 @default.
• W2802955241 hasAuthorship W2802955241A5025291204 @default.
• W2802955241 hasAuthorship W2802955241A5041961921 @default.
• W2802955241 hasAuthorship W2802955241A5070569569 @default.
• W2802955241 hasConcept C110879396 @default.
• W2802955241 hasConcept C111154242 @default.

• next