92 West Dazhi Street
Nan Gang District
Harbin, 150001
China
Harbin Institute of Technology - School of Materials Science and Engineering
Powder Metallurgy, Mg-Fe alloy, Ductility, Yield Strength, Strengthening mechanism
Oxygen content, Titanium-oxygen alloy, Spark plasma sintering, Yield strength, Ductility
TiZrNbTa/β-Ti titanium matrix composite, Phase transformation, Low Young's modulus, Mechanical properties, Biocompatibility
Porous Ti-O alloy, surface modification, One-step, Non-toxic metallic biomaterials, Low Young's modulus, Bioactivity
Ti-N alloy, Solid solution strengthening, Ultra-high yield strength, Ball milling, Spark plasma sintering.
Bulk metallic glass, Ca-Mg-Zn, Spark plasma sintering, Mechanical properties, Biodegradable metal
Corrosion behavior, crystalline/amorphous composites, spark plasma sintering, NaCl solution
High strength, High conductivity, Metallic glass composites, Ball milling, Grain refinement
Halogen-free, Flame-retardant polyethylene, Mechanical property, Carbon fiber, Surface modification
Metallic glass, Interface bonding, Nanocrystalline strengthened, Electrical properties, Mechanical properties
high-entropy alloy, Metal matrix composite, High-strength conductive, Strengthening effect
Metallic glass, Interface bonding, Nanocrystalline strengthened, Electrical properties, Mechanical properties.
Titanium-oxygen alloy, ball milling, Spark plasma sintering, Ultra-high strength, Oxygen solid solution strengthening
Ti-O alloy, Yield strength, Ductility, Solid solution strengthening, Grain refinement
High strength conductive, High entropy alloy composites, Spark Plasma Sintering, Interface bonding.
Ti-N alloy, Nitrogen solid solution strengthening, Grain refinement strengthening, Mechanical properties, Ball milling process, Spark plasma sintering.
Metallic glass, Interface bonding, Nanocrystalline strengthened, Electrical properties, mechanical properties