Simultaneously achieving homogeneous dispersion and appropriate interfacial adhesion is
the foremost concern for designing high-performance carbon nanotube (CNT)/Al matrix …

As the prospective carbon materials, graphene oxide (GO) and carbon nanotubes (CNTs)
have attracted extensive attention in the fabrication of copper matrix composites (CMCs), but …

A simple approach to decorate carbon nanotube (CNT) with silver nanoparticles (Ag-NPs)
was developed to enhance the electrical conductivity of CNT. CNTs were functionalized …

As a hybrid reinforcement, interconnected architecture of carbon nanotubes (CNT)/Tungsten
(W) composite powder was designed and fabricated by spraying pyrolysis (SP) method …

The homogeneous distribution of carbon nanotubes (CNTs) in the Cu matrix and good
interfacial bonding are the key factors to obtain excellent properties of carbon nanotube …

There is a growing demand for advanced conductors with enhanced electrical properties to
increase the energy efficiency in various applications. A promising strategy to achieve this …

Carbon nanotube reinforced copper (CNT/Cu) nanoplatelets were developed by a simple
two-step deposition method; thermal vapor deposition of Cu and anodic eletrophoretic …

Copper–CNT (carbon nanotube) composite materials are promising alternatives to
conventional conductors in applications ranging from interconnects in microelectronics to …

The development of high-performance (structure-function integration) Cu matrix composites
have become a focus by introducing the novel hybrid carbon nanomaterials and giving full …

For the realization of high-performance power electronics, further improvements to thermal
and electrical conductivities are required. Although much effort has been put into revealing …