Achieving high strength and ductility for copper matrix composites reinforced by carbon
nanofillers remains challenging due to secondary agglomeration, few intragranular …

The formation of interfacial carbides by in-situ reaction is a valid way to improve the
interfacial bonding strength and mechanical performance of metal matrix composites. In this …

Inhomogeneous structures with carbon nanotubes (CNTs), reinforced with Cu composite
foams as the reinforcing skeletons (CNTs/Cuf® Cu), have been designed to overcome the …

Because of the dilemma that the current industrial Cu enhancement methods lead to a
significant decline in conductivity and ductility, Cu matrix composites reinforced by oriented …

The size, distribution, and morphology of TiC particle in Fe–Ti–C system have a great
influence on the mechanical properties of TiC/Fe composites. In this work, TiC/Fe …

We experimentally establish for the first time the influence of oxygen at carbon nanotube
(CNT)-Cu interface on CNT/Cu composite electrical performances. We fabricated CNT/Cu …

Integration of excellent mechanical and electrical properties is the vital requirement for
engineering application of copper matrix composites (CMCs). In this study, reduced …

Silver composites with an inhomogeneous structure have been designed and prepared
through spark plasma sintering (SPS) with carbon nanotubes reinforced Cu foams (CNTs/Cu …

Carbon nanotube (CNT) cathodes have attracted much attention in recent years due to the
advantages of large field enhancement factor and low emission threshold. However, the …

The outstanding properties of carbon nanotubes (CNTs) have led to their being studied by
nanomaterials researchers worldwide. A major focus of these studies is the development of …