그래핀 복합재료 합성 및 응용
Fabrication and Application of Graphene Composite
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A brief introduction was provided on the synthesis methods and various applications of graphene-based composite materials. Among the diverse synthesis techniques, particular emphasis was placed on a simple and cost-effective method for fabricating graphene-metal composites, along with the analysis of their properties. The synthesis of graphene-metal composites using Chemical Vapor Deposition (CVD) offers the advantage of forming graphene uniformly and three-dimensionally along the grain boundaries within the metal matrix. However, the shape and size of the products are limited by the constraints of the CVD equipment. Nevertheless, graphene-metal composites synthesized via CVD are considered promising for further research and development due to their simplicity, economic feasibility, and superior physical, chemical, and mechanical properties, which enable their application across various fields.
Abstract
A brief introduction was provided on the synthesis methods and various applications of graphene-based composite materials. Among the diverse synthesis techniques, particular emphasis was placed on a simple and cost-effective method for fabricating graphene-metal composites, along with the analysis of their properties. The synthesis of graphene-metal composites using Chemical Vapor Deposition (CVD) offers the advantage of forming graphene uniformly and three-dimensionally along the grain boundaries within the metal matrix. However, the shape and size of the products are limited by the constraints of the CVD equipment. Nevertheless, graphene-metal composites synthesized via CVD are considered promising for further research and development due to their simplicity, economic feasibility, and superior physical, chemical, and mechanical properties, which enable their application across various fields.