Surface degradation phenomena of two model equiatomic alloys from the CrMnFeCoNi
alloy system were investigated in 2% O 2 and 10% H 2 O (p O2= 0.02 and 10− 7 atm …

Nickel-based alloys were exposed to a synthetic flue gas at varying temperatures from 700°
C to 800° C. Two main damage mechanisms were revealed, including general surface …

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 …

The influences of temperature, SO 2, water vapor and simulated ash on the high-
temperature corrosion of an Fe–Ni-based alloy HR6W at 750° C and 810° C for 1000 h was …

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 …

The high-temperature corrosion behaviors of the equimolar CrCoNi medium-entropy alloy
and CrMnFeCoNi high-entropy alloy were studied in a gas atmosphere consisting of a …

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 …

Severe corrosion to superheater tubes at high temperatures was gained virtually by gaseous
corrosion media, such as HCl and SO2, in the municipal solid waste incineration flue gas. To …

This study deals with the material analysis of a Cr-Mo steel superheater at the bending point.
The crack occurred on the inside of the bend after 4,300 h of boiler operation, which resulted …