electromagnetic shielding, Cu-Fe alloy, Electrical conductivity, magnetic properties, precipitation
Ag-Ti2SnC, contact material, first-principal calculation, Electrical contact performance, arc erosion, Functional applications
contact materials, wet mixing, Ag particle size, arc erosion, arc energy
Cu-Zr alloy, flake graphite, ZrC, electrical conductivity, ultimate tensile strength
electromagnetic shielding, Cu-Fe alloy, electrical conductivity, magnetic properties, precipitation.
electromagnetic shielding, Cu-Fe alloy, Electrical conductivity, Magnetic properties, Precipitation
Contact material, Graphite, Arc energy, Arc duration, Arc erosion
Contact material, graphite, Arc energy, Arc duration, Arc erosion
CNTs/Cu composite material, interface bonding, First-principles calculation, Mechanical properties
AgNi contact material, Three-dimensional graphene, Electrical conductivity, Arc energy, Arc erosion
CNTs/Cu composite, Microstructure, Mechanical properties, Electrical conductivity
Laminated composite material, Carbon nanotube, microstructure, Mechanical Properties, Interfacial energy
Carbon film, cathode, Hyphae, Heteroatomic doping
Lithium sulfur batteries, free-standing cathode, balsa wood, Carbon Nanotubes
Ag-TiB2 contact material, mechanical properties, Arc erosion behavior, Ni content
Ag based contact materials, Asymmetric pairing, Arc erosion resistance, Welding resistance, Material transfer
Titanium matrix composites, Interface configuration, Graphene nanoplatelets, microstructure, mechanical properties
Cu-Fe alloy, thermomechanical processing, Electrical conductivity, magnetic properties, strengthening
Laminated composite, Carbon nanotube, microstructure, mechanical properties, Interfacial energy
CuO content, Ag-TiB2 contact material, Material transfer, Arc erosion behavior
Cu-Zr alloy, flake graphite, ZrC, Electrical conductivity, ultimate tensile strength
Ag-based contact material, Interfacial bonding, Crack, The first principles, CuO
Cu-3Zr alloy, thermomechanical treatment, Cu-Zr intermetallic compounds
CNTs/Cu composites, Interfaces, microstructure, Mechanical properties
Cu-Fe alloy, Fe solute content, Grain refinement, α-Fe phases, mechanical properties.