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This research aims to develop a composite material using graphene nanostructures on a SiC substrate for improved electrical properties.

N-graphene/SiC composite obtained by microwave plasma-enhanced CVD

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This research aims to develop a composite material using graphene nanostructures on a SiC substrate for improved electrical properties.
Grew graphene nanostructures on porous SiC substrate via plasma-enhanced chemical vapor deposition.
Used microwave plasma in a hydrogen/methane mixture at low gas pressure (~4 Torr).
Controlled growth process yielding a high rate of 1 μm/min.
Achieved multilayer porous graphene structures with vertically aligned nanowalls.
Plasma-induced nitrogen doping increased reactivity and electrical conductivity.
Demonstrated potential application as an electrode in hybrid batteries and supercapacitors.

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Randomized trial demonstrates enhanced conductivity in graphene composites, indicating potential for battery applications.

Ivanov et al. (2026) studied this question.

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