No.79 West Yingze Street
Taiyuan
China
Taiyuan University of Technology
refractory high entropy alloys, double glow plasma surface alloying technology, microstructure, oxidation characteristics, Wear
WTaVCr alloy coatings, He ion irradiation, lowest hardening rate, He bubbles
Refractory high entropy alloys, Oxidation resistance, Parabolic law, Protective oxide layer, Oxidation mechanism
Refractory high entropy alloys, oxidation resistance, Parabolic law, Protective oxide layer, oxidation mechanism
Double glow plasma surface alloying technology, TA2 titanium bipolar plate, Cr-doped carburized layer, Corrosion resistance, Conductivity
Double glow plasma surface alloying technology, TA2 titanium bipolar plate, Cr-doped carburized layer, Corrosion resistance, conductivity
refractory high entropy alloys, double glow plasma surface alloying technology, Microstructure, wear, oxidation
multi-alloy coatings, microstructure, Oxidation, Cr2O3 layer, mixing entropy
Refractory multi-component alloy coating, Double glow plasma surface alloying, Hardness enhancement, Friction and wear properties, High-temperature oxidation resistance
Double glow plasma surface alloying, Chromium doping, Toughness, Metal bipolar plate, Contact resistance, Corrosion resistance