The multifield-coupled manufacturing process has garnered considerable interest from a
multitude of scholars and researchers, owing to its superior efficacy in enhancing material …

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 …

By virtue of its ultra-high strength, toughness and specific surface area, graphene oxide (GO)
has been a research hotspot in nano-cement because of its excellent electrical, thermal and …

The production of low-dimensional materials is the key topic of nanoscience. The
development of new routes to downsize organic and inorganic materials has focused the …

The graphene oxide-Cu (GO-Cu) laminated composite films with nickel and silver
intermediate layers were prepared by electrodeposition, ultrasonic spraying and subsequent …

To improve the strengthening effect of graphene reinforcement in nickel-based superalloys,
introducing graphene nanosheets (GNSs) with multiple lateral areas into the GNS/metal …

The development of high-power and small-sized electronic components requires the
emergence of heat management materials with high heat flux. Hence, Ti-containing filler …

The catalytic efficiency of water electrolysis is directly affected by the oxygen evolution
reaction (OER). DFT simulation was used to calculate the doping of SiC nanoparticles into …

Rubber tire mold fouling is a severe problem leading to mold surface corrosion, tire defects,
and extra energy consumption. Traditional mechanical and chemical cleaning is inefficient …

Copper plays a key role in electronics, energy, and so on. However, copper faces the
challenge of increasing resistivity with increasing temperature. To overcome this problem …