Nanchang
China
Jiangxi Academy of Sciences
Cu alloys, properties, Microstructure, EBSD, Strengthening and conductivity mechanisms.
Copper Alloys, Aging treatment, mechanical properties, microstructure, precipitation strengthening
Cu-1.35Ni-1.35Co-0.65Si-0.1Mg alloy, Aging treatment, Properties, Precipitates, strengthening mechanisms
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-Ti-Fe alloys, Flow stress, Precipitated phase, Constitutive equations, Microstructure evolution
Cu-Fe alloy, Corrosion resistance, reduction rate, electrochemical test
Cu-Fe alloy, corrosion resistance, depression rate, electrochemical test
Keywords: Cu-Fe alloy, corrosion resistance, reduction rate, electrochemical test
Hot deformation, Cu-Ti alloy, Constitutive equations, EBSD
Machine learning, Feature selection, alloy design, Cu-Ni-Co-Si-Mg-Ag alloy
Cu-1.35Ni-1.35Co-0.65Si-0.1Mg alloy, aging treatment, properties, precipitates, strengthening mechanisms.