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- W4368351330 endingPage "112156" @default.
- W4368351330 startingPage "112156" @default.
- W4368351330 abstract "The properties of popular absorbing materials include low thickness, lightweight, a wide frequency range of absorption, and a significant absorption capacity. However, synthesizing a material that contains all these properties remain a considerable challenge. In this manuscript, Zn, N, O-doped microspheres precursors were innovatively synthesized using the one-pot method, which was efficient and simple. Zn, N, O-doped carbon composites (ZnO/N-CNs) were synthesized by heating precursors in an Ar atmosphere. The electromagnetic wave absorption (EMWA) performances for the composites were modified by altering the calcination temperature of the precursors. As a result, the performance of the ZnO/N-CNs calcined at 700 °C (ZnO/N-CNs-700) in electromagnetic wave absorption (EMWA) was outstanding. The effective absorption bandwidth (EAB) attained 5.68 GHz (12.32–18 GHz, 2.08 mm), while the minimum reflection loss (RLmin) achieved −44.6 dB (12.24 GHz, 2.5 mm). The synergistic interaction of the porous structure, ZnO/C heterostructure, ZnO particles, carbon, and nitrogen was responsible for the superior EMWA properties of ZnO/N-CNs composites. Therefore, the composites exhibited improved interface and dipole polarization loss, conduction loss, multiple reflection and scattering, and impedance matching. This technique made it possible to mass-produce brand-new N-doped carbon-based composites, which had effective EMWA performance. This article suggested a practical method for creating dielectric wave-absorbing composites with excellent all-around performances." @default.
- W4368351330 created "2023-05-05" @default.
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- W4368351330 date "2023-07-01" @default.
- W4368351330 modified "2023-10-14" @default.
- W4368351330 title "Enhanced electromagnetic wave absorption performance of ZnO/N-doped carbon microspheres in 2–18 GHz" @default.
- W4368351330 cites W1197437182 @default.
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- W4368351330 cites W2030382330 @default.
- W4368351330 cites W2032884655 @default.
- W4368351330 cites W2047709352 @default.
- W4368351330 cites W2109476032 @default.
- W4368351330 cites W2224801177 @default.
- W4368351330 cites W2331861777 @default.
- W4368351330 cites W2554778170 @default.
- W4368351330 cites W2563826044 @default.
- W4368351330 cites W2583018973 @default.
- W4368351330 cites W2592941099 @default.
- W4368351330 cites W2620926693 @default.
- W4368351330 cites W2731881472 @default.
- W4368351330 cites W2758704771 @default.
- W4368351330 cites W2762040823 @default.
- W4368351330 cites W2767784395 @default.
- W4368351330 cites W2768157146 @default.
- W4368351330 cites W2775320921 @default.
- W4368351330 cites W2794048050 @default.
- W4368351330 cites W2799442935 @default.
- W4368351330 cites W2810116238 @default.
- W4368351330 cites W2889108381 @default.
- W4368351330 cites W2894765051 @default.
- W4368351330 cites W2898464047 @default.
- W4368351330 cites W2900458609 @default.
- W4368351330 cites W2906693383 @default.
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- W4368351330 cites W2976160888 @default.
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- W4368351330 cites W2993395121 @default.
- W4368351330 cites W2999084258 @default.
- W4368351330 cites W3006065011 @default.
- W4368351330 cites W3012559569 @default.
- W4368351330 cites W3026244747 @default.
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- W4368351330 cites W3097190993 @default.
- W4368351330 cites W3110961051 @default.
- W4368351330 cites W3112424438 @default.
- W4368351330 cites W3126184973 @default.
- W4368351330 cites W3131027071 @default.
- W4368351330 cites W3163881689 @default.
- W4368351330 cites W3164459714 @default.
- W4368351330 cites W3165145820 @default.
- W4368351330 cites W3195252418 @default.
- W4368351330 cites W3198874015 @default.
- W4368351330 cites W3204073939 @default.
- W4368351330 cites W3204234660 @default.
- W4368351330 cites W3205015607 @default.
- W4368351330 cites W3205147674 @default.
- W4368351330 cites W3206605542 @default.
- W4368351330 cites W3207710585 @default.
- W4368351330 cites W3216106089 @default.
- W4368351330 cites W4205640505 @default.
- W4368351330 cites W4213113465 @default.
- W4368351330 cites W4220884475 @default.
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- W4368351330 cites W4224243290 @default.
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- W4368351330 cites W4293084755 @default.
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- W4368351330 doi "https://doi.org/10.1016/j.vacuum.2023.112156" @default.
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