Solid oxide cell (SOC) is an important technology for hydrogen energy utilization. Durability
and reliability of metal components including interconnect and metal support of metal …

The kinetics of oxide formation in the presence of water vapour are discussed and compared
with oxidation in dry atmospheres. The main protective oxide systems are considered, ie …

The vaporization of chromium species from chromia scales limits the applicability of chromia-
forming steels at high temperatures and is one of the major reasons for degradation in the …

Abstract Binary Fe–Cr alloys containing 10 and 20 mass% Cr were studied with respect to
isothermal oxidation behavior at 900 and 1,050° C in Ar–20% O 2, Ar–7% H 2 O and Ar–4 …

It is well-known that steels always oxidize faster in the environments containing water
vapour than in dry oxygen. Due to the difficulties in obtaining necessary experimental scale …

Oxidation tests of AISI 304L in breakaway conditions (850° C in O 2) were performed up to
312 h. The evolution of the oxidation affected zone microstructure was investigated using a …

Medium-entropy alloys (MEAs) and high-entropy alloys (HEAs) are good candidates for high-
temperature applications, taking advantage of their exceptional thermal stability. However …

Binary Fe–Cr alloys were studied with respect to isothermal oxidation behavior at 900° C in
Ar–O2, Ar–H2O and Ar–H2–H2O gas mixtures. Chromium in solution exhibits a higher …

The oxidation of 304-type (Fe18Cr10Ni) austenitic stainless steel was investigated at 500
and 600° C in 5% O 2+ 40% H 2 O. Prior to exposure the samples were sprayed with KCl, K …

High-temperature oxidation of additively manufactured (AM) Ni-base alloy IN625 has been
studied in air and Ar-5% H 2-3% H 2 O at 900-1000° C. AM material is found to oxidize faster …