Matches in SemOpenAlex for { <https://semopenalex.org/work/W3206534110> ?p ?o ?g. }
- W3206534110 endingPage "107315" @default.
- W3206534110 startingPage "107315" @default.
- W3206534110 abstract "Near-field radiation heat transfer (NFRHT) in two-dimensional (2D) hexagonal boron nitride (hBN) monolayer and its composite symmetric-based structure was investigated. Contrary to three-dimensional (3D) materials, the splitting of modes (in 2D materials) into the longitudinal optical (LO) and transverse optical (TO) phononic modes disappears at the Γ-point even in some polar materials. The conductivity of atomic thin hBN monolayer depends on the LO phonon frequency under the long wavelength limit. Exploiting such concept, the electromagnetic local density of states (EM-LDOS) accounting for the near-field radiation spectrum was evaluated in free-space close to an interface with the hBN monolayer as well as composite structures. An intense narrow peak of LDOS was found in the case of hBN monolayer caused by the surface phonon polariton (SPhP) resonance. This peak was modified in the case of hBN-graphene composite due to hybridization, which strongly depends on two factors – the distance of observer (in vacuum) from interface and graphene Fermi energy. It was found that the flux density between monolayer hBN gets 2.8-fold enhanced as compared to the monolayer graphene configuration under 0.11 eV Fermi energy applied at a vacuum gap of 15 nm. The possibility of tuning Fermi energy has great potentials in designing thermally controlled devices." @default.
- W3206534110 created "2021-10-25" @default.
- W3206534110 creator A5037774305 @default.
- W3206534110 creator A5039480817 @default.
- W3206534110 creator A5039591064 @default.
- W3206534110 creator A5042923682 @default.
- W3206534110 creator A5049424240 @default.
- W3206534110 date "2022-02-01" @default.
- W3206534110 modified "2023-09-23" @default.
- W3206534110 title "Super-Planckian thermal radiation between 2D phononic hBN monolayers" @default.
- W3206534110 cites W1517711083 @default.
- W3206534110 cites W1891506349 @default.
- W3206534110 cites W1894028547 @default.
- W3206534110 cites W1952604013 @default.
- W3206534110 cites W1964357056 @default.
- W3206534110 cites W1964763238 @default.
- W3206534110 cites W1965156659 @default.
- W3206534110 cites W1966552921 @default.
- W3206534110 cites W1988086744 @default.
- W3206534110 cites W1996506709 @default.
- W3206534110 cites W2003785031 @default.
- W3206534110 cites W2006105172 @default.
- W3206534110 cites W2012739860 @default.
- W3206534110 cites W2036077422 @default.
- W3206534110 cites W2040077883 @default.
- W3206534110 cites W2044613866 @default.
- W3206534110 cites W2054524782 @default.
- W3206534110 cites W2068979262 @default.
- W3206534110 cites W2073745844 @default.
- W3206534110 cites W2077676411 @default.
- W3206534110 cites W2078291005 @default.
- W3206534110 cites W2079981912 @default.
- W3206534110 cites W2093596311 @default.
- W3206534110 cites W2107554235 @default.
- W3206534110 cites W2143984225 @default.
- W3206534110 cites W2156635854 @default.
- W3206534110 cites W2315678872 @default.
- W3206534110 cites W2327314303 @default.
- W3206534110 cites W2395949997 @default.
- W3206534110 cites W2398276631 @default.
- W3206534110 cites W2474739281 @default.
- W3206534110 cites W2475977626 @default.
- W3206534110 cites W2522246409 @default.
- W3206534110 cites W2547361818 @default.
- W3206534110 cites W2557528190 @default.
- W3206534110 cites W2560003090 @default.
- W3206534110 cites W2566247748 @default.
- W3206534110 cites W2600284420 @default.
- W3206534110 cites W2626462421 @default.
- W3206534110 cites W2788520989 @default.
- W3206534110 cites W2801422513 @default.
- W3206534110 cites W2805841978 @default.
- W3206534110 cites W2808207459 @default.
- W3206534110 cites W2888000093 @default.
- W3206534110 cites W2892287937 @default.
- W3206534110 cites W2893494054 @default.
- W3206534110 cites W2896394934 @default.
- W3206534110 cites W2897579340 @default.
- W3206534110 cites W2908586992 @default.
- W3206534110 cites W2945086778 @default.
- W3206534110 cites W2964185644 @default.
- W3206534110 cites W2981555260 @default.
- W3206534110 cites W3000567037 @default.
- W3206534110 cites W3002075121 @default.
- W3206534110 cites W3022453525 @default.
- W3206534110 cites W3038362750 @default.
- W3206534110 cites W3049571861 @default.
- W3206534110 cites W3049609640 @default.
- W3206534110 cites W3098486025 @default.
- W3206534110 cites W3106339292 @default.
- W3206534110 cites W3213475224 @default.
- W3206534110 doi "https://doi.org/10.1016/j.ijthermalsci.2021.107315" @default.
- W3206534110 hasPublicationYear "2022" @default.
- W3206534110 type Work @default.
- W3206534110 sameAs 3206534110 @default.
- W3206534110 citedByCount "5" @default.
- W3206534110 countsByYear W32065341102022 @default.
- W3206534110 countsByYear W32065341102023 @default.
- W3206534110 crossrefType "journal-article" @default.
- W3206534110 hasAuthorship W3206534110A5037774305 @default.
- W3206534110 hasAuthorship W3206534110A5039480817 @default.
- W3206534110 hasAuthorship W3206534110A5039591064 @default.
- W3206534110 hasAuthorship W3206534110A5042923682 @default.
- W3206534110 hasAuthorship W3206534110A5049424240 @default.
- W3206534110 hasConcept C121332964 @default.
- W3206534110 hasConcept C130725296 @default.
- W3206534110 hasConcept C147120987 @default.
- W3206534110 hasConcept C171250308 @default.
- W3206534110 hasConcept C192562407 @default.
- W3206534110 hasConcept C24169881 @default.
- W3206534110 hasConcept C26057338 @default.
- W3206534110 hasConcept C26873012 @default.
- W3206534110 hasConcept C2778205538 @default.
- W3206534110 hasConcept C30080830 @default.
- W3206534110 hasConcept C40636707 @default.
- W3206534110 hasConcept C53964469 @default.
- W3206534110 hasConcept C62520636 @default.
- W3206534110 hasConcept C7070889 @default.