In this study, nano-CeO 2 particles as nucleating agents were incorporated into Ni625 alloy
powder by ball milling method, with the aim of inhibiting occurrence of liquation crack during …

The goal of this work was to study the corrosion resistance of boiler steel and protective alloy
coatings. Four ashes obtained from wood biomass, straw, refused-derived fuel and coal …

It is essential to reveal the phase transformation and element diffusion mechanism at the
interface between the Inconel 625 coating prepared by high-speed laser cladding and the …

The corrosion behaviour of Fe-25Cr-20Ni, 310SS, Ni-25Cr, and Ni-25Cr-2Mn-1Si (all in
wt%) with and without NaCl-KCl deposits in Ar-60% CO 2-20% H 2 O gas at 650° C was …

Much attention has been paid to hydrophobic coatings in metal surface engineering. In this
study, a rough micro-structure was formed on the coating by utilizing powder adhesion …

Molten chloride salts hold significant promise as both thermal transfer and storage media for
next-generation concentrated solar power (CSP) systems. However, molten chlorides pose …

The growing demands for high-temperature materials, especially in aerospace and energy
production, compel thorough explorations of innovative materials. Here, we demonstrate …

Molten salt has been extensively applied as a medium for heat transfer and thermal energy
storage. In this work, a novel quinary nitrate/nitrite mixed molten salt is developed and its …

Here, a NiCoCr-based superalloy coating has been developed in ultra-supercritical
environments. However, optimizing the coating composition to enhance the anti-corrosion …

A phase-field model coupled with polycrystalline microstructure is utilized to investigate the
effect of grain size and grain boundary types on intergranular stress corrosion cracking in …