Oxidation behaviors of ferritic heat resistant steel T91 exposed to high-temperature flue gas
for long term have been investigated in this study. Oxidation mechanism in high-temperature …

The petrochemical industry is implementing practices to recover flue gases to reduce energy
waste. H 2 S in the recovered gas makes the gaseous environment acidic during reuse. This …

Interpreting high-temperature corrosion induced by mixed-gas atmospheres is challenging
due to the different contributions of oxidizing gases. Here, a comprehensive study on the …

This study elucidates the impact of the microstructure of Fe-16Cr-0.2 C on oxide layer
formation at 650° C in Ar-0.5% SO 2. A cold-rolled and two heat-treated states of the alloy …

The early stages of corrosion of Fe-Cr-model alloys (2 and 9% Cr) were investigated after
exposure at 650° C in 0.5% SO 2 containing gas by electron backscattered diffraction …

T92 steel was oxidized at 650° C for 1000 h in dry and wet oxyfuel gases. The microstructure
of inner oxide layer was investigated using scanning transmission electron microscopy and …

The influences of the applied radial bending stresses on the corrosion behaviour of
dissimilar weldments of two types of martensitic heat-resistant steel (F92/Co3W2) are …

In this study, we examined the microstructure and composition of the scales formed after
exposures from 825° C through to 950° C for 60 min in the atmosphere containing 2.0% SO …

Sulfur and water have a fundamental impact on the corrosion rate and potential failure of
materials. It is therefore necessary to understand the mechanisms, rates, and potential …

The precise analysis of cation diffusion profiles through corrosion scales is an important
aspect to evaluate corrosion phenomena under multicomponent chemical load, as during …