Nb-Si based alloys have the greatest potential to replace nickel-based superalloys and
become a new generation ultra-high temperature structural material with service …

Abstract MoSi 2-NbSi 2 coating and Ce-modified MoSi 2-NbSi 2 coating were prepared on
Nb-alloy through a new two-step process, including molybdenum slurry spraying and halide …

Y and Ge modified silicide coating was prepared on the Nb-Si based alloy by Si–Ge–Y co-
deposition at 1300° C for 10 h. It is observed that the coating is composed of an outer layer …

The effect of Y 2 O 3 on the oxidation resistance of Nb-Ti-Si based alloys was investigated.
Acicular Y 2 O 3 is generated with Y content exceeding 0.3 at%. Oxidation tests reveal that …

Ge-modified silicide coating was prepared on the Nb–Si based alloy by Si–Ge co-deposition
at 1300° C for 10 h. The pack powder for co-deposition consisted of 16Si–8Ge–5NaF–71Al …

In this work, we study the oxidation behavior of a B-modified silicide coating at 900–1350° C.
The coating was prepared by pack cementation, which mainly consisted of a (Nb, X) Si …

Several Y and Al modified silicide coatings containing different Al contents were prepared
on an Nb–Ti–Si based alloy by pack cementation technique. The microstructure and …

A B-modified silicide coating was prepared on the Nb-Si based alloy by Si-TiB 2 co-
deposition at 1300° C for 10 h. The results show that the two-layer coating is composed of a …

Hot corrosion behavior of an Nb–Ti–Si alloy and its silicide coating in Na 2 SO 4–25 wt.%
NaCl molten salts at 900° C was investigated. For the bare alloy, a thick and porous …

Two kinds of Y and Al modified silicide coatings on an Nb–Ti–Si based alloy were prepared
by pack cementation technique. The microstructure and oxidation behavior of both coatings …