FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366384612> ?p ?o ?g. }

• W4366384612 endingPage "124206" @default.
• W4366384612 startingPage "124206" @default.
• W4366384612 abstract "Near-field radiative heat transfer (NFRHT) has promising prospects in modern nanotechnology, such as near-field thermal microscopy, nanoscale non-contact thermal management, and information processing. Experimentally, supported substrates are crucial in ensuring structural stability, especially in ultrathin structures. However, the effect of the substrate on the NFRHT has seldom been explored. Here, the NFRHT between α-MoO3 films with different permittivities of substrate is studied. For lossless substrates, the NFRHT is suppressed as the permittivity of the substrate increases when the heat transfer is along the [010] and [100] crystal directions of α-MoO3. When the NFRHT is along the [001] crystal direction of α-MoO3, high-permittivity substrates suppress the NFRHT when the film is thin (< 10 nm), while enhancing the NFRHT in thicker films (> 10 nm). Moreover, we find that the effect of the substrate on the NFRHT highly relies on film thickness. The effect of lossy substrate on NFRHT is also discussed. We find that the loss of the substrate is more significant for the enhancement of heat flux at a small gap distance (20 nm). However, when the gap distance is large (100 nm), the excessive loss suppresses the NFRHT. Hyperbolic polaritons (HPs) can effectively explain the above phenomenon, as confirmed by energy transmission coefficients distribution and dispersion relation in wavevector space. In particular, the volume-confined hyperbolic polaritons play a dominant role in the flux variation between the thin films (1 nm and 10 nm). For the 100-nm film, surface-confined hyperbolic polaritons are more important. This study sheds light on the effect of substrate on HPs and provides theoretical guidance for designing near-field thermal radiation devices." @default.
• W4366384612 created "2023-04-21" @default.
• W4366384612 creator A5018322940 @default.
• W4366384612 creator A5019174961 @default.
• W4366384612 creator A5063458295 @default.
• W4366384612 creator A5075096194 @default.
• W4366384612 creator A5075412755 @default.
• W4366384612 creator A5084336869 @default.
• W4366384612 date "2023-08-01" @default.
• W4366384612 modified "2023-09-25" @default.
• W4366384612 title "Effect of substrate on the near-field radiative heat transfer between α-MoO3 films" @default.
• W4366384612 cites W1494457126 @default.
• W4366384612 cites W1969744342 @default.
• W4366384612 cites W1971688609 @default.
• W4366384612 cites W1982392666 @default.
• W4366384612 cites W1983800205 @default.
• W4366384612 cites W1993661954 @default.
• W4366384612 cites W2001805283 @default.
• W4366384612 cites W2003779496 @default.
• W4366384612 cites W2005984533 @default.
• W4366384612 cites W2009171709 @default.
• W4366384612 cites W2011480453 @default.
• W4366384612 cites W2031570578 @default.
• W4366384612 cites W2051560676 @default.
• W4366384612 cites W2054524782 @default.
• W4366384612 cites W2068045520 @default.
• W4366384612 cites W2073745844 @default.
• W4366384612 cites W2074563620 @default.
• W4366384612 cites W2092760774 @default.
• W4366384612 cites W2136648903 @default.
• W4366384612 cites W2332560809 @default.
• W4366384612 cites W2526586394 @default.
• W4366384612 cites W2530346154 @default.
• W4366384612 cites W2600284420 @default.
• W4366384612 cites W2763422037 @default.
• W4366384612 cites W2783611967 @default.
• W4366384612 cites W2784180717 @default.
• W4366384612 cites W2785997962 @default.
• W4366384612 cites W2892118382 @default.
• W4366384612 cites W2917386456 @default.
• W4366384612 cites W2981555260 @default.
• W4366384612 cites W2991867712 @default.
• W4366384612 cites W3000567037 @default.
• W4366384612 cites W3017636700 @default.
• W4366384612 cites W3020822517 @default.
• W4366384612 cites W3041366775 @default.
• W4366384612 cites W3057586093 @default.
• W4366384612 cites W3098696461 @default.
• W4366384612 cites W3100476762 @default.
• W4366384612 cites W3105737721 @default.
• W4366384612 cites W3119094599 @default.
• W4366384612 cites W3126290409 @default.
• W4366384612 cites W3135983148 @default.
• W4366384612 cites W3157061533 @default.
• W4366384612 cites W3158968428 @default.
• W4366384612 cites W3204267693 @default.
• W4366384612 cites W3205674146 @default.
• W4366384612 cites W3209054154 @default.
• W4366384612 cites W3211140974 @default.
• W4366384612 cites W3213513434 @default.
• W4366384612 cites W4200441668 @default.
• W4366384612 cites W4206342202 @default.
• W4366384612 cites W4206935454 @default.
• W4366384612 cites W4210378012 @default.
• W4366384612 cites W4210423220 @default.
• W4366384612 cites W4212827475 @default.
• W4366384612 cites W4220711304 @default.
• W4366384612 cites W4220746030 @default.
• W4366384612 cites W4220766671 @default.
• W4366384612 cites W4224249687 @default.
• W4366384612 cites W4225407796 @default.
• W4366384612 cites W4281483506 @default.
• W4366384612 cites W4281675993 @default.
• W4366384612 cites W4283810576 @default.
• W4366384612 cites W4292184663 @default.
• W4366384612 cites W4292375905 @default.
• W4366384612 cites W4293574476 @default.
• W4366384612 cites W4297257825 @default.
• W4366384612 cites W4301319679 @default.
• W4366384612 cites W4303700329 @default.
• W4366384612 cites W4307110876 @default.
• W4366384612 cites W4308197671 @default.
• W4366384612 cites W4308486182 @default.
• W4366384612 cites W4308681936 @default.
• W4366384612 cites W4309327122 @default.
• W4366384612 cites W4309621262 @default.
• W4366384612 cites W4310238806 @default.
• W4366384612 cites W4310854575 @default.
• W4366384612 cites W4311499964 @default.
• W4366384612 cites W4313446216 @default.
• W4366384612 cites W4319346755 @default.
• W4366384612 cites W4376595525 @default.
• W4366384612 doi "https://doi.org/10.1016/j.ijheatmasstransfer.2023.124206" @default.
• W4366384612 hasPublicationYear "2023" @default.
• W4366384612 type Work @default.
• W4366384612 citedByCount "1" @default.
• W4366384612 countsByYear W43663846122023 @default.
• W4366384612 crossrefType "journal-article" @default.

• next