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- W2755363971 abstract "In this work, 1D carbon/SiC nanocomposites were fabricated by the electrospinning of polycarbosilane (PCS) and polyvinylpyrrolidone (PVP) with subsequent polymer pyrolysis and annealing treatment. The dielectric properties and electromagnetic (EM) wave absorption performance of the nanocomposites were studied over the frequency range of 2–18 GHz. By controlling the weight ratio of precursor PVP, both the dielectric loss ability and microwave absorption performance of the nanocomposites were improved. The nanocomposites obtained from 4.3 wt% PVP exhibited excellent EM performance, their optimal reflection loss (RL, in dB unit) value reached as high as −57.8 dB at a coating thickness of 1.9 mm. In addition, the nanocomposites displayed an ultrawide effective absorption bandwidth (EAB, RL below −10 dB, 90% EM attenuation) of 7.3 GHz at an absorber coating thickness of 2.7 mm. It was found that the carbon defects, SiC nanocrystals, and heterojunction interfaces among carbon, SiC, and amorphous SiOxCy contribute to the nanocomposite's outstanding EM performance. The low RL values and wide absorption bandwidth of the carbon/SiC nanocomposites make it a good candidate as highly efficient radar wave absorbers under harsh conditions." @default.
- W2755363971 created "2017-09-25" @default.
- W2755363971 creator A5021488921 @default.
- W2755363971 creator A5049078993 @default.
- W2755363971 creator A5072912162 @default.
- W2755363971 date "2017-12-01" @default.
- W2755363971 modified "2023-10-14" @default.
- W2755363971 title "One-dimensional carbon/SiC nanocomposites with tunable dielectric and broadband electromagnetic wave absorption properties" @default.
- W2755363971 cites W1572722670 @default.
- W2755363971 cites W1686393723 @default.
- W2755363971 cites W1886223843 @default.
- W2755363971 cites W1964380727 @default.
- W2755363971 cites W1966960868 @default.
- W2755363971 cites W1968813661 @default.
- W2755363971 cites W1972651820 @default.
- W2755363971 cites W1982820298 @default.
- W2755363971 cites W1982965486 @default.
- W2755363971 cites W1984263216 @default.
- W2755363971 cites W1990203030 @default.
- W2755363971 cites W1993573305 @default.
- W2755363971 cites W1997344039 @default.
- W2755363971 cites W2000258716 @default.
- W2755363971 cites W2001911391 @default.
- W2755363971 cites W2006167590 @default.
- W2755363971 cites W2009101023 @default.
- W2755363971 cites W2021065470 @default.
- W2755363971 cites W2025191013 @default.
- W2755363971 cites W2032195777 @default.
- W2755363971 cites W2034179451 @default.
- W2755363971 cites W2035744564 @default.
- W2755363971 cites W2036188661 @default.
- W2755363971 cites W2036472310 @default.
- W2755363971 cites W2036562418 @default.
- W2755363971 cites W2038195652 @default.
- W2755363971 cites W2046016098 @default.
- W2755363971 cites W2046280938 @default.
- W2755363971 cites W2050487162 @default.
- W2755363971 cites W2063219977 @default.
- W2755363971 cites W2063832590 @default.
- W2755363971 cites W2066370293 @default.
- W2755363971 cites W2070633282 @default.
- W2755363971 cites W2072329909 @default.
- W2755363971 cites W2077726929 @default.
- W2755363971 cites W2086156677 @default.
- W2755363971 cites W2086588390 @default.
- W2755363971 cites W2089491679 @default.
- W2755363971 cites W2092098038 @default.
- W2755363971 cites W2094509483 @default.
- W2755363971 cites W2103478208 @default.
- W2755363971 cites W2114370186 @default.
- W2755363971 cites W2125991226 @default.
- W2755363971 cites W2126263690 @default.
- W2755363971 cites W2136334331 @default.
- W2755363971 cites W2161488877 @default.
- W2755363971 cites W2162739079 @default.
- W2755363971 cites W2185466478 @default.
- W2755363971 cites W2224180898 @default.
- W2755363971 cites W2224801177 @default.
- W2755363971 cites W2226291091 @default.
- W2755363971 cites W2235679284 @default.
- W2755363971 cites W2256980341 @default.
- W2755363971 cites W2289510104 @default.
- W2755363971 cites W2299040254 @default.
- W2755363971 cites W2324459621 @default.
- W2755363971 cites W2332210042 @default.
- W2755363971 cites W2340857900 @default.
- W2755363971 cites W2405098792 @default.
- W2755363971 cites W2406683875 @default.
- W2755363971 cites W2417344868 @default.
- W2755363971 cites W2430752436 @default.
- W2755363971 cites W2431727435 @default.
- W2755363971 cites W2460201293 @default.
- W2755363971 cites W2474107075 @default.
- W2755363971 cites W2510212294 @default.
- W2755363971 cites W2517810639 @default.
- W2755363971 cites W2549275610 @default.
- W2755363971 cites W2557597235 @default.
- W2755363971 cites W2558768914 @default.
- W2755363971 cites W2568695182 @default.
- W2755363971 cites W2574321793 @default.
- W2755363971 cites W2582224994 @default.
- W2755363971 cites W2583018973 @default.
- W2755363971 cites W2599530827 @default.
- W2755363971 cites W2610991310 @default.
- W2755363971 cites W2613394217 @default.
- W2755363971 cites W2617774015 @default.
- W2755363971 cites W4242111810 @default.
- W2755363971 doi "https://doi.org/10.1016/j.carbon.2017.09.052" @default.
- W2755363971 hasPublicationYear "2017" @default.
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