Multidimensional Silicon Carbide Nanostructures Constructed via Stepwise Joule Heating for Thin Thickness Electromagnetic Wave Absorption

Bo Yang

doi:10.1016/j.mtnano.2026.100926

Multidimensional Silicon Carbide Nanostructures Constructed via Stepwise Joule Heating for Thin Thickness Electromagnetic Wave Absorption

2026-08-13

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DOI：10.1016/j.mtnano.2026.100926

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• Stepwise Joule heating enables rapid synthesis of hierarchical SiC/C absorbers. • CoNi nanoalloy-loaded reduced graphene oxide was prepared during the first step. • SiC nanowires were grown in situ during the second step. • The hierarchical SiCnws@rGO absorber achieved a minimum reflection loss of −61.8 dB at 1.3 mm

Keywords:

Joule heating

Graphene Oxide

silicon carbide

electromagnetic wave absorption

Multidimensional Silicon Carbide Nanostructures Constructed via Stepwise Joule Heating for Thin Thickness Electromagnetic Wave Absorption

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