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Nanoflower‑structured biomass‑derived carbon@CoNi core–shell composites with synergistic dielectric–magnetic loss for broadband low‑frequency microwave absorption

Yufeng Bai, Chen Zu, Cuikai Yang, Di Yin, Yufan Song, Tai Peng

2025Journal of Alloys and Compounds7 citationsDOI

Topics & Concepts

Reflection lossMicrowaveMaterials scienceImpedance matchingNanoflowerDielectric lossOptoelectronicsComposite materialAbsorption (acoustics)AttenuationBandwidth (computing)BroadbandElectromagnetic radiationDielectricElectrical impedanceStanding wave ratioX bandDissipationInsertion lossFrequency bandMicrostripReflection (computer programming)HeterojunctionOpticsElectromagnetic fieldElectromagnetic wave absorption materialsMagnetic Properties and Synthesis of FerritesAdvanced Antenna and Metasurface Technologies
Nanoflower‑structured biomass‑derived carbon@CoNi core–shell composites with synergistic dielectric–magnetic loss for broadband low‑frequency microwave absorption | Litcius