Matches in SemOpenAlex for { <https://semopenalex.org/work/W4381486693> ?p ?o ?g. }
- W4381486693 endingPage "110858" @default.
- W4381486693 startingPage "110858" @default.
- W4381486693 abstract "Heterointerface engineering is now recognized as a powerful strategy to optimize the microwave absorption performance of dielectric materials through composition adjustment and structural design. Herein, a hydrangea-like N-doped Carbon/MoO2@SnS2 (NC/MoO2@SnS2) composite was successfully prepared by high-temperature pyrolysis and oil bath treatment. The surface of each NC/MoO2 microsphere was vertically covered with interconnected SnS2 nanosheets, forming a porous core-shell morphology. We found that the number of heterojunctions and the proportion of high-lossy phases played a decisive role in optimizing the electromagnetic parameters. By regulating the content of dielectric phases, the optimized NC/MoO2@SnS2 (S3 sample) displayed a minimum reflection loss (RLmin) of −75.0 dB at an ultrathin thickness of 1.41 mm and a wide EAB of 4.2 GHz at 1.53 mm. The enhanced microwave absorption was mainly ascribed to multiple polarization relaxation, multi-interface reflection and good impedance matching characteristics produced by this semiconductor/carbon heterostructure with dual Schottky barriers. Therefore, this work provided a feasible strategy for making full use of heterointerface engineering to design ternary semiconductor/carbon heterostructures as high-performance dielectric MAMs." @default.
- W4381486693 created "2023-06-22" @default.
- W4381486693 creator A5010043275 @default.
- W4381486693 creator A5010744194 @default.
- W4381486693 creator A5011092016 @default.
- W4381486693 creator A5039449977 @default.
- W4381486693 creator A5046924068 @default.
- W4381486693 creator A5063531375 @default.
- W4381486693 creator A5088853402 @default.
- W4381486693 date "2023-08-01" @default.
- W4381486693 modified "2023-09-27" @default.
- W4381486693 title "Hydrangea-like N-doped Carbon/MoO2@SnS2 microspheres with Schottky contact: A multi-interface heterostructure for high-performance microwave absorption" @default.
- W4381486693 cites W1491337546 @default.
- W4381486693 cites W2580939524 @default.
- W4381486693 cites W2735122148 @default.
- W4381486693 cites W2753350686 @default.
- W4381486693 cites W2790708496 @default.
- W4381486693 cites W2900453255 @default.
- W4381486693 cites W2944263077 @default.
- W4381486693 cites W2956398915 @default.
- W4381486693 cites W2979385198 @default.
- W4381486693 cites W2980325629 @default.
- W4381486693 cites W2985838221 @default.
- W4381486693 cites W3006451409 @default.
- W4381486693 cites W3012452836 @default.
- W4381486693 cites W3012888616 @default.
- W4381486693 cites W3015373756 @default.
- W4381486693 cites W3015667990 @default.
- W4381486693 cites W3034512537 @default.
- W4381486693 cites W3036047782 @default.
- W4381486693 cites W3083619747 @default.
- W4381486693 cites W3093057417 @default.
- W4381486693 cites W3101639238 @default.
- W4381486693 cites W3111469418 @default.
- W4381486693 cites W3132350892 @default.
- W4381486693 cites W3134553825 @default.
- W4381486693 cites W3140945625 @default.
- W4381486693 cites W3167646631 @default.
- W4381486693 cites W3170359774 @default.
- W4381486693 cites W3193155182 @default.
- W4381486693 cites W3198515217 @default.
- W4381486693 cites W3201566847 @default.
- W4381486693 cites W3203760588 @default.
- W4381486693 cites W3212534526 @default.
- W4381486693 cites W3214034476 @default.
- W4381486693 cites W3216084041 @default.
- W4381486693 cites W3216657767 @default.
- W4381486693 cites W4200235289 @default.
- W4381486693 cites W4210338164 @default.
- W4381486693 cites W4210344839 @default.
- W4381486693 cites W4213191721 @default.
- W4381486693 cites W4220967138 @default.
- W4381486693 cites W4224217577 @default.
- W4381486693 cites W4280535652 @default.
- W4381486693 cites W4280624484 @default.
- W4381486693 cites W4283516556 @default.
- W4381486693 cites W4286782892 @default.
- W4381486693 cites W4292544875 @default.
- W4381486693 cites W4294647023 @default.
- W4381486693 cites W4296195804 @default.
- W4381486693 cites W4307650044 @default.
- W4381486693 cites W4309194113 @default.
- W4381486693 cites W4309486266 @default.
- W4381486693 cites W4310278096 @default.
- W4381486693 cites W4361212240 @default.
- W4381486693 cites W4362465221 @default.
- W4381486693 cites W4375843197 @default.
- W4381486693 doi "https://doi.org/10.1016/j.compositesb.2023.110858" @default.
- W4381486693 hasPublicationYear "2023" @default.
- W4381486693 type Work @default.
- W4381486693 citedByCount "3" @default.
- W4381486693 countsByYear W43814866932023 @default.
- W4381486693 crossrefType "journal-article" @default.
- W4381486693 hasAuthorship W4381486693A5010043275 @default.
- W4381486693 hasAuthorship W4381486693A5010744194 @default.
- W4381486693 hasAuthorship W4381486693A5011092016 @default.
- W4381486693 hasAuthorship W4381486693A5039449977 @default.
- W4381486693 hasAuthorship W4381486693A5046924068 @default.
- W4381486693 hasAuthorship W4381486693A5063531375 @default.
- W4381486693 hasAuthorship W4381486693A5088853402 @default.
- W4381486693 hasConcept C104779481 @default.
- W4381486693 hasConcept C108225325 @default.
- W4381486693 hasConcept C125287762 @default.
- W4381486693 hasConcept C133386390 @default.
- W4381486693 hasConcept C140205800 @default.
- W4381486693 hasConcept C159985019 @default.
- W4381486693 hasConcept C16115445 @default.
- W4381486693 hasConcept C171250308 @default.
- W4381486693 hasConcept C192562407 @default.
- W4381486693 hasConcept C199360897 @default.
- W4381486693 hasConcept C2777036283 @default.
- W4381486693 hasConcept C41008148 @default.
- W4381486693 hasConcept C44838205 @default.
- W4381486693 hasConcept C49040817 @default.
- W4381486693 hasConcept C57863236 @default.
- W4381486693 hasConcept C64452783 @default.
- W4381486693 hasConcept C76155785 @default.
- W4381486693 hasConcept C78434282 @default.