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Dual-functional SiOC ceramics coating modified carbon fibers with enhanced microwave absorption performance

Sifan ZengInstitute of Nuclear Physics and ChemistryWanlin FengChinaShuyuan PengChinaZhen TengInnovation Research Team for Advanced CeramicsChen ChenInstitute of Nuclear Physics and ChemistryHaibin ZhangInstitute of Nuclear Physics and ChemistryShuming PengDalian
RSC Advancesjournal2019en
ABI

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, and amorphous carbon phases. The SiOC ceramics as dual-functional coating not only heightened the oxidation temperature from 415 °C to 890 °C, but also highly improved the microwave absorbing ability from -12.60 dB to -47.50 dB. The enhanced MA performance could be attributed to multiple reflections in the cross-linked structure, various polarization relaxation processes, and the favorable impedance matching effect. The SiOC ceramics coating as a semiconductor could suppress the skin effect originating from the cross-linked CF network, thus leading to a favorable impedance matching behavior.

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