A MoSi 2-based oxidation resistant coating was directly deposited on Nb alloy substrate by
supersonic atmospheric plasma spraying using pure agglomerated MoSi 2 powders. The as …

Abstract The Si-NbSi2 composite coatings were prepared on Nb substrated by hot dip
plating process. The surface and cross section microstructure, element distribution and …

To enhance the tribological properties of the Ti 2 AlNb based alloy, a Si-Y/Al coating was
prepared by a two-step halide activated pack cementation process including Si-Y co …

Abstract A Mo-Si-Al coating was prepared on Nb-based alloy utilizing D-gun spraying of a
Mo layer followed by co-deposition of Si and Al. The coating possesses a three-layer …

Nb-silicide-based alloys have the potential to replace Ni-based superalloys in future aero
engines to enable the latter to meet environmental and performance targets. These new …

The aim of the research is to elucidate the patterns of modification of the elemental and
phase composition, defective substructure, and mechanical and tribological properties of a …

Обнаружены закономерности модификации элементного и фазового состава и
дефектной субструктуры, механических и трибологических свойств углеродистой …

Nb-silicide based alloys are new ultra-high temperature materials that could replace Ni-
based superalloys. Environmentally resistant coating system (s) with αAl2O3 or SiO2 …

Abstract Ti–45Al–2Nb–2Mn–1B was plasma enhanced paste aluminized at 800° C for 30
min with Al–Si alloys, to investigate the effect of silicon on the structure of coatings and …

The growth kinetics and silicon diffusion coefficients of intermediate silicide phases in MoSi
2-3.5 vol.% Si 3 N 4-5.0 vol.% WSi 2/Mo diffusion couple prepared by spark plasma sintering …