Molybdenum and its alloys, with high melting points, excellent corrosion resistance and high
temperature creep resistance, are a vital high-temperature structural material. However, the …

Mo–Si–B alloys are a crucial focus for the development of the next generation of ultra-high-
temperature structural materials. They have garnered significant attention over the past few …

Abstract The Mo-Si-B, Mo-Zr-Si-B, and Mo-Hf-Si-B coatings were deposited by magnetron
sputtering of the MoSi 2-MoB, MoSi 2-MoB-ZrB 2 and MoSi 2-MoB-HfB 2 targets. The …

Abstract The search for Mo-Si-B based alloys exhibit excellent high-temperature wear
resistance is highly demanding for their structural applications. For this target, the Mo-Si-B …

Microstructure and oxidation behaviour of multi-phase Mo-Ti-Si-B alloys with 0.2–1.0 at% Y
addition were investigated in this study. In addition to Mo ss, Ti 5 Si 3, and Mo 5 SiB 2, a Y …

Mo–Si–B alloys have attracted considerable research interest during the last several
decades due to their high melting points, excellent high-temperature strength and relatively …

The high-temperature oxidation behavior of the DED repaired IC10 DS superalloy is studied
by selecting five representative zones, ie, substrate, HAZ, and the bottom, middle, and top …

The oxidation resistance of TiC/Ni composites is crucial for its application in high-
temperature oxidation environment. The in-situ TiC/Ni composites are fabricated by reactive …

The microstructure, mechanical properties, and oxidation behavior of Mo–10Si–8B-xTiC
(at.%, x= 0, 5, 10, 15) alloys fabricated via oscillatory pressure sintering are studied. The …

The oxidation behavior at 1073 K of in-situ TiC/Ni composites prepared by reactive sintering
obey parabolic kinetics. The oxidation activation energy is 210±30 kJ• mol− 1, closed to that …