Matches in SemOpenAlex for { <https://semopenalex.org/work/W3178782567> ?p ?o ?g. }
- W3178782567 endingPage "109106" @default.
- W3178782567 startingPage "109106" @default.
- W3178782567 abstract "To reduce the interfacial thermal resistance between boron nitride nanotubes (BNNTs) and epoxy resin, we report a novel method to obtain NH2-functionalized BNNTs with a perfect crystal structure by C doping to construct chemically active sites on the BNNT surface (BNNT-A), and compare it with the conventional method of NH2-functionalized BNNTs by breaking the B–N bond (BNNT-B). The results show that the insulation properties and thermal conductivity of BNNT-A were better than those of BNNT-B. When the NH2-functionalized ratio was 5%, the thermal conductivity of BNNT-A was improved by 12.21 W/(m·K) compared with that of BNNT-B. NH2 functionalization had little effect on the insulation properties of BNNT-A/epoxy resin (BNNT-A-EP), and BNNT-B/epoxy resin (BNNT-B-EP) comparing with BNNT/epoxy resin (BNNT-EP). The thermal conductivity of BNNT-A-EP was 2.52 W/(m·K), which was improved by 23.5% and 77.5% compared with BNNT-B-EP and BNNT-EP, respectively. In addition, the volume change rate of BNNT-A-EP was reduced by 27.6% and 50% relative to BNNT-EP and BNNT-B-EP. The functionalization of NH2 on the surface of BNNTs by C doping can establish an effective heat transfer bridge between BNNTs and epoxy resin, which is beneficial for improving the thermal conductivity of epoxy composites. This work presents a strong potential method to reduce the interfacial thermal resistance of electronic packaging materials." @default.
- W3178782567 created "2021-07-19" @default.
- W3178782567 creator A5008879641 @default.
- W3178782567 creator A5012429750 @default.
- W3178782567 creator A5021863629 @default.
- W3178782567 creator A5024510575 @default.
- W3178782567 creator A5052359429 @default.
- W3178782567 creator A5061810778 @default.
- W3178782567 creator A5062665487 @default.
- W3178782567 creator A5086247438 @default.
- W3178782567 date "2021-10-01" @default.
- W3178782567 modified "2023-10-18" @default.
- W3178782567 title "Surface NH2-functionalized by C doping of boron nitride nanotube to improve the thermal conductivity of epoxy composites" @default.
- W3178782567 cites W1146441306 @default.
- W3178782567 cites W1970426210 @default.
- W3178782567 cites W1981368803 @default.
- W3178782567 cites W1987067952 @default.
- W3178782567 cites W1987101017 @default.
- W3178782567 cites W2019465613 @default.
- W3178782567 cites W2019620932 @default.
- W3178782567 cites W2030971064 @default.
- W3178782567 cites W2035266068 @default.
- W3178782567 cites W2041469647 @default.
- W3178782567 cites W2067673358 @default.
- W3178782567 cites W2076638955 @default.
- W3178782567 cites W2097425508 @default.
- W3178782567 cites W2111331499 @default.
- W3178782567 cites W2158139941 @default.
- W3178782567 cites W2177026884 @default.
- W3178782567 cites W2250956236 @default.
- W3178782567 cites W2294908282 @default.
- W3178782567 cites W2296594409 @default.
- W3178782567 cites W2316831679 @default.
- W3178782567 cites W2330684673 @default.
- W3178782567 cites W2335697532 @default.
- W3178782567 cites W2371724664 @default.
- W3178782567 cites W2572587559 @default.
- W3178782567 cites W2594113847 @default.
- W3178782567 cites W2605792304 @default.
- W3178782567 cites W2724619893 @default.
- W3178782567 cites W2731264952 @default.
- W3178782567 cites W2731988503 @default.
- W3178782567 cites W2733063550 @default.
- W3178782567 cites W2737349113 @default.
- W3178782567 cites W2753898964 @default.
- W3178782567 cites W2756162325 @default.
- W3178782567 cites W2791192341 @default.
- W3178782567 cites W2791346924 @default.
- W3178782567 cites W2794848354 @default.
- W3178782567 cites W2800538251 @default.
- W3178782567 cites W2802976123 @default.
- W3178782567 cites W2807483850 @default.
- W3178782567 cites W2885005945 @default.
- W3178782567 cites W2897590940 @default.
- W3178782567 cites W2912330945 @default.
- W3178782567 cites W2923756148 @default.
- W3178782567 cites W2929905258 @default.
- W3178782567 cites W2946032704 @default.
- W3178782567 cites W2949105891 @default.
- W3178782567 cites W2958810737 @default.
- W3178782567 cites W2975617259 @default.
- W3178782567 cites W2997081142 @default.
- W3178782567 cites W3005280476 @default.
- W3178782567 cites W3005464017 @default.
- W3178782567 cites W3012603129 @default.
- W3178782567 cites W3018363301 @default.
- W3178782567 cites W3019066947 @default.
- W3178782567 cites W3022688382 @default.
- W3178782567 cites W3029510717 @default.
- W3178782567 cites W3045771481 @default.
- W3178782567 cites W3085942657 @default.
- W3178782567 cites W3088694287 @default.
- W3178782567 cites W3101684983 @default.
- W3178782567 cites W3113006837 @default.
- W3178782567 cites W3118509780 @default.
- W3178782567 doi "https://doi.org/10.1016/j.compositesb.2021.109106" @default.
- W3178782567 hasPublicationYear "2021" @default.
- W3178782567 type Work @default.
- W3178782567 sameAs 3178782567 @default.
- W3178782567 citedByCount "15" @default.
- W3178782567 countsByYear W31787825672021 @default.
- W3178782567 countsByYear W31787825672022 @default.
- W3178782567 countsByYear W31787825672023 @default.
- W3178782567 crossrefType "journal-article" @default.
- W3178782567 hasAuthorship W3178782567A5008879641 @default.
- W3178782567 hasAuthorship W3178782567A5012429750 @default.
- W3178782567 hasAuthorship W3178782567A5021863629 @default.
- W3178782567 hasAuthorship W3178782567A5024510575 @default.
- W3178782567 hasAuthorship W3178782567A5052359429 @default.
- W3178782567 hasAuthorship W3178782567A5061810778 @default.
- W3178782567 hasAuthorship W3178782567A5062665487 @default.
- W3178782567 hasAuthorship W3178782567A5086247438 @default.
- W3178782567 hasConcept C104779481 @default.
- W3178782567 hasConcept C115537861 @default.
- W3178782567 hasConcept C127413603 @default.
- W3178782567 hasConcept C159985019 @default.
- W3178782567 hasConcept C166595027 @default.
- W3178782567 hasConcept C178790620 @default.