Luoyang
China
Henan University of Science and Technology - School of Materials Science and Engineering
Cu alloys, properties, Microstructure, EBSD, Strengthening and conductivity mechanisms.
Cu-Co-Si-Ti alloy, precipitation, multiple strengthening, mechanical properties
Mn-Co-Ni-Cu-O, film, sensor, phase, resistance-temperature, linearity
Cu-Co-Si alloy, Co/Si mass ratio, properties, microstructure, precipitates.
Cu-Co-Si alloy, Co/Si mass ratio, properties, microstructure, precipitates
Copper Alloys, Aging treatment, mechanical properties, microstructure, precipitation strengthening
Cu-Ti alloy, Aging treatment, Recrystallize, precipitates
Cu-1.35Ni-1.35Co-0.65Si-0.1Mg alloy, Aging treatment, Properties, Precipitates, strengthening mechanisms
strain, Microstructure, dislocation, crack tip, Silicon, Mechanism
Nanocomposites, Fenton catalysis, Oxidation, Photothermal, Wastewater treatment
Copper matrix composites, Fast hot press sintering, Electrical contact, Mass change, Arc erosion
Copper alloy, Nanotwin, 9R phase, Aging
Cu-0.3Zr-0.15Cr alloy, Properties, Microstructure, twins, strengthening mechanisms.
Copper-based composites, electrical contact, material transfer, arc energy, welding force
Keywords: Cu-Zr-Mg-Y alloy, Precipitates, Microstructure evolution, Mechanical properties.
Cu-W alloys, hot forging, cryogenic dynamic plastic, strengthening mechanisms
Cu-Ti-Fe alloys, Flow stress, Precipitated phase, Constitutive equations, Microstructure evolution
Hydrogen storage materials, Pd@nanoZrCo composite, Anti-disproportionation, CO poisoning resistance
Keywords: copper matrix composites, dispersion strengthening, graphene oxide, electrical contact, arc erosion
Refinery organic contaminants, Photothermal, Heterogeneous, Photocatalysis, dye degradation
Hot deformation, Cu-Ti alloy, Constitutive equations, EBSD
Cu-1.35Ni-1.35Co-0.65Si-0.1Mg alloy, aging treatment, properties, precipitates, strengthening mechanisms.