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A platform for research: civil engineering, architecture and urbanism
Ceramic Foams with Imbedded Self-Assembled Electrically Conductive Pristine Graphene Networks
Porous, electrically conductive ceramic foams incorporating continuous self-assembled graphene networks are described. The disclosed approach uses interfacial trapping to spontaneously exfoliate and assemble pristine graphite, not graphite oxide, in a ceramic sol-gel. The composite foams display electrical conductivity and joule heating, with anticipated applications as, for example, catalyst supports, thermoelectrics, and porous electrodes.
Ceramic Foams with Imbedded Self-Assembled Electrically Conductive Pristine Graphene Networks
Porous, electrically conductive ceramic foams incorporating continuous self-assembled graphene networks are described. The disclosed approach uses interfacial trapping to spontaneously exfoliate and assemble pristine graphite, not graphite oxide, in a ceramic sol-gel. The composite foams display electrical conductivity and joule heating, with anticipated applications as, for example, catalyst supports, thermoelectrics, and porous electrodes.
Ceramic Foams with Imbedded Self-Assembled Electrically Conductive Pristine Graphene Networks
ADAMSON DOUGLAS H (author) / KRAFT GARRETT (author)
2022-06-23
Patent
Electronic Resource
English
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