The oxidation behavior of Si–MoSi 2 composite coating deposited on titanium-zirconium-
molybdenum alloy (TZM) at 1200° C in air was discussed. The oxidation tests show that the …

Abstract The Si-MoSi 2 ceramic coatings were prepared on TZM alloy through a hot dip
silicon-plating (HDS) process. The hot dip experiments results showed that Si-MoSi 2 …

Si-MoSi 2 oxidation protective coating was produced on Mo surface by hot dip silicon-plating
(HDS) technology. The isothermal oxidation behavior of Si-MoSi 2 coating was investigated …

Coating a MoSi 2 ceramic layer on Mo substrates is an excellent strategy to enhance their
oxidation resistance at elevated temperatures. Suppressing elemental interdiffusion across …

To develop an ultra-high temperature resistant coating for niobium alloy, a new type of 10%
ZrB 2+ 5% YSZ-modified Si-Mo-18% W coating with a boride diffusion barrier was prepared …

Refractory metals and their alloys have excellent properties such as high-temperature
strength and corrosion resistance. It is widely used in aerospace, electronics industry and …

Abstract A novel MoSi 2–Al 2 O 3 composite coating was prepared on Mo-based TZM alloy
by slurry sintering method. The oxidation behavior of the coating was evaluated at 1600° C …

The Al-rich hot-dip aluminum composite coatings were synthesized on Mo surface by hot-dip
aluminizing under different deposition processes. The aluminide coatings present a very …

Abstract The Al-Si coatings with a low surface roughness were deposited on Mo substrate
via the hot-dip plating technology, and the effects of deposition parameters on the …

To improve the ultra-high temperature oxidation and thermal shock resistance of Nb alloys,
we prepared a novel niobium-based oxide protective coating that forms three lines of …