The oxidation behavior of Y-Hf co-doped AlCoCrFeNi high-entropy alloy coating (HEA
coating) at 1100° C was investigated and compared with that of conventional Y-Hf co-doped …

This study investigates the effect of Y, Hf and Y/Hf addition on oxidation behavior of
NiCoCrAl alloys at 1100° C. It is demonstrated that Hf is most effective in reducing the oxide …

Abstract Hf, Y, and Ce (0.1 wt% each) were added in Ni-based superalloy, prepared by
vacuum induction melting (VIM), and their effects on oxidation behavior were investigated …

The paper presents the impact of a surface treatment (an aluminizing process) on the
microstructure and tensile strength of the nickel superalloy IN 718 produced by Selective …

A quasi-continuous α-W-based diffusion barrier (DB) forms in-situ between the (Ni, Pt) Al
and the inter-diffusion zone by adding a Ni-W plating layer before the coating preparation …

The combined vacuum technology involving electrospark deposition (ESD) and pulsed arc
evaporation (PAE) is used to deposit a double-layer NiAlCrCoHf coating onto a substrate …

Abstracts In this paper, in order to improve the carbon steel service condition in a severe
high-temperature wear field, a novel and dense NiAl/WC (NiAl-20% wtWC) and NiAl/WC-Fe …

The initial-stage oxidation behaviours of unmodified, Pt and Pt+ Hf modified NiAl coating are
systematically investigated by employing the photo-stimulated luminescence spectroscopy …

Here we report an innovative contactless method for vacuum-pulse-arc melting of single Ni
41 Al 41 Cr 12 Co 6 Hf 0.25 (at.%) granules with a size of 160±20 μm using a non …

NiAl-based intermetallic coatings were obtained using non-vacuum electron beam cladding
on low-carbon steel. The structure of the coatings was investigated using optical microscopy …