Carbon nanotubes (CNTs) are used to enhance the electrical conductivity of electronic
materials, due to their outstanding electrical properties. In this article, the general concept of …

Natural materials usually have excellent performance for their special structures. Learning
from the nature may catalyze the creation of artificial composites with unprecedented …

Composites demonstrating enhanced electrical conductivity compared to copper have been
highly sought after for their advantages in efficient energy transport behavior. While such …

In the pursuit of advanced materials with multifunctional capabilities, graphene-based
composites have gained substantial attention due to their exceptional mechanical, electrical …

The effects of cold drawing process on the microstructure, mechanical properties and
electrical conductivity of low-oxygen copper wires were studied. The results show that at low …

Graphene/Cu composite wire with a diameter as fine as 195 μm was successfully fabricated
for the first time by using a synergistic methodology consists of in-situ growth high-quality …

Combining the excellent properties of carbon nanotube (CNT) and copper, CNT/Cu
composite fibers were fabricated by physical vapor deposition (PVD) and rolling treatment …

Multi-walled carbon nanotube-reinforced Cu matrix composites (Cu/MCNTs) present a
challenge in achieving high strength and good ductility. To address this issue, the bimodal …

Aluminum wire with multiple gradient structures (MGSs) was processed by cryogenic pre-
torsion. Microstructural characterizations illustrate that grain size gradient, dislocation …

Due to their outstanding electrical and thermal properties, carbon nanotubes (CNTs) are
used to enhance the electrical and thermal conductivity of other materials, such as polymers …