FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2324971704> ?p ?o ?g. }

• W2324971704 endingPage "1321" @default.
• W2324971704 startingPage "1313" @default.
• W2324971704 abstract "Aluminum, despite its abundance and low cost, is usually avoided for plasmonic applications due to losses in visible/infrared regimes and its interband absorption at 800 nm. Yet, it is compatible with silicon CMOS processes, making it a promising alternative for integrated plasmonic applications. It is also well known that a thin layer of native Al2O3 is formed on aluminum when exposed to air, which must be taken into account properly while designing plasmonic structures. Here, for the first time we report exploitation of the native Al2O3 layer for fabrication of periodic metal–insulator–metal (MIM) plasmonic structures that exhibit resonances spanning a wide spectral range, from the near-ultraviolet to mid-infrared region of the spectrum. Through fabrication of silver nanoislands on aluminum surfaces and MIM plasmonic surfaces with a thin native Al2O3 layer, hierarchical plasmonic structures are formed and used in surface-enhanced infrared spectroscopy (SEIRA) and surface-enhanced Raman spectrocopy (SERS..." @default.
• W2324971704 created "2016-06-24" @default.
• W2324971704 creator A5007979639 @default.
• W2324971704 creator A5016189176 @default.
• W2324971704 creator A5034339558 @default.
• W2324971704 creator A5055441687 @default.
• W2324971704 creator A5060527750 @default.
• W2324971704 creator A5069813782 @default.
• W2324971704 date "2014-11-24" @default.
• W2324971704 modified "2023-10-12" @default.
• W2324971704 title "Exploiting Native Al₂O₃ for Multispectral Aluminum Plasmonics" @default.
• W2324971704 cites W1964103463 @default.
• W2324971704 cites W1964253941 @default.
• W2324971704 cites W1971743333 @default.
• W2324971704 cites W1985470401 @default.
• W2324971704 cites W1987880468 @default.
• W2324971704 cites W1989261001 @default.
• W2324971704 cites W1997755773 @default.
• W2324971704 cites W1998271768 @default.
• W2324971704 cites W2000511676 @default.
• W2324971704 cites W2000551948 @default.
• W2324971704 cites W2004990557 @default.
• W2324971704 cites W2010992983 @default.
• W2324971704 cites W2014438788 @default.
• W2324971704 cites W2019302190 @default.
• W2324971704 cites W2023314679 @default.
• W2324971704 cites W2024230043 @default.
• W2324971704 cites W2031171780 @default.
• W2324971704 cites W2033670590 @default.
• W2324971704 cites W2035669546 @default.
• W2324971704 cites W2037532684 @default.
• W2324971704 cites W2052174531 @default.
• W2324971704 cites W2058676445 @default.
• W2324971704 cites W2069250368 @default.
• W2324971704 cites W2074493668 @default.
• W2324971704 cites W2079603800 @default.
• W2324971704 cites W2086390560 @default.
• W2324971704 cites W2089552145 @default.
• W2324971704 cites W2093913522 @default.
• W2324971704 cites W2095978718 @default.
• W2324971704 cites W2097414574 @default.
• W2324971704 cites W2099545170 @default.
• W2324971704 cites W2103690879 @default.
• W2324971704 cites W2115607954 @default.
• W2324971704 cites W2115797520 @default.
• W2324971704 cites W2120686074 @default.
• W2324971704 cites W2136004420 @default.
• W2324971704 cites W2141774548 @default.
• W2324971704 cites W2142269155 @default.
• W2324971704 cites W2151706197 @default.
• W2324971704 cites W2152744436 @default.
• W2324971704 cites W2162186602 @default.
• W2324971704 cites W2164795483 @default.
• W2324971704 cites W2165417236 @default.
• W2324971704 cites W2167587343 @default.
• W2324971704 cites W2185386454 @default.
• W2324971704 cites W2323809314 @default.
• W2324971704 cites W2327573369 @default.
• W2324971704 cites W2329170567 @default.
• W2324971704 cites W2332184527 @default.
• W2324971704 cites W2333909253 @default.
• W2324971704 cites W2335553802 @default.
• W2324971704 cites W2335596424 @default.
• W2324971704 doi "https://doi.org/10.1021/ph500330x" @default.
• W2324971704 hasPublicationYear "2014" @default.
• W2324971704 type Work @default.
• W2324971704 sameAs 2324971704 @default.
• W2324971704 citedByCount "42" @default.
• W2324971704 countsByYear W23249717042015 @default.
• W2324971704 countsByYear W23249717042016 @default.
• W2324971704 countsByYear W23249717042017 @default.
• W2324971704 countsByYear W23249717042018 @default.
• W2324971704 countsByYear W23249717042019 @default.
• W2324971704 countsByYear W23249717042020 @default.
• W2324971704 countsByYear W23249717042021 @default.
• W2324971704 countsByYear W23249717042022 @default.
• W2324971704 countsByYear W23249717042023 @default.
• W2324971704 crossrefType "journal-article" @default.
• W2324971704 hasAuthorship W2324971704A5007979639 @default.
• W2324971704 hasAuthorship W2324971704A5016189176 @default.
• W2324971704 hasAuthorship W2324971704A5034339558 @default.
• W2324971704 hasAuthorship W2324971704A5055441687 @default.
• W2324971704 hasAuthorship W2324971704A5060527750 @default.
• W2324971704 hasAuthorship W2324971704A5069813782 @default.
• W2324971704 hasBestOaLocation W23249717042 @default.
• W2324971704 hasConcept C110879396 @default.
• W2324971704 hasConcept C154945302 @default.
• W2324971704 hasConcept C171250308 @default.
• W2324971704 hasConcept C173163844 @default.
• W2324971704 hasConcept C191897082 @default.
• W2324971704 hasConcept C192562407 @default.
• W2324971704 hasConcept C41008148 @default.
• W2324971704 hasConcept C49040817 @default.
• W2324971704 hasConcept C513153333 @default.
• W2324971704 hasConceptScore W2324971704C110879396 @default.
• W2324971704 hasConceptScore W2324971704C154945302 @default.
• W2324971704 hasConceptScore W2324971704C171250308 @default.
• W2324971704 hasConceptScore W2324971704C173163844 @default.

• next