Copper matrix composites reinforced by in-situ grown graphene provides a promising
approach to realize both high strength and high electrical conductivity in metallic conductors …

Graphene-reinforced copper matrix composites were fabricated by in-situ chemical vapor
deposition (CVD), ball-milling, and spark plasma sintering (SPS). The effects of different …

Copper is a well-known traditional metal and has been widely used for thousands years due
to its combination of properties, especially its electrical conductivity. Any efforts to increase …

Graphene, with its excellent mechanical properties and electrical conductivity, has been
considered as an effective reinforcement phase for copper matrix composites. However, due …

Successful applications of WCu alloys in high voltage electrical switches require their high
strength and excellent conductivity. Unfortunately, the strategies for increasing their strength …

The dispersion of graphene in copper matrix and their interfacial bonding quality decisively
determine the comprehensive performance of graphene/copper composites. To explore the …

Abstract Graphene/Cu (Gr/Cu) composites have promising applications in many industrial
fields. However, it is still a challenge to prepare Gr/Cu composites with excellent mechanical …

High-performance Cu/graphene composites synergistically strengthened by nanoparticles
were directly synthesized by hot press sintering using different organometallic substances …

Graphene reinforced copper composites (Gr/Cu) have considerable potential applications in
many fields of modern industry. However, the present preparation methods are complicated …

In order to uniformly disperse graphene in the copper matrix, the complete coating of few-
layers high-quality graphene on the surface of the copper powder was realized by chemical …