An AISI 430 stainless steel was coated by Mn-Co and Mn-Co-Cu oxides, then tested in O 2-
5% H 2 O at 800° C. The coated samples had reduced rates of oxidation and Cr loss due to …

Abstract The developed Mn–Co and Mn–Co–Cu electroplated AISI 430 stainless steels
were annealed in argon and further treated in oxygen, at 800° C for 4 h in each step. The …

The chapter introduces components and working principle of solid oxide fuel cells (SOFCs).
It is followed by the explanation on the choices of materials focussing on ferritic stainless …

Less mass gain and poorer scale adhesion assessed by the tensile test of the AISI 430
stainless steel exposed to O 2-40% H 2 O at 800° C were observed in comparison with the …

Though the classical transport theory does not mathematically express the Arrhenius-like
relation between Cr-loss flux due to volatilisation and absolute temperature, such relation …

Chromium volatilization from the surface of Cr2O3 pellets was investigated in the
atmospheres containing Ar–20% CO2 and Ar–20% CO2–40% H2O at 600–800° C. The …

This chapter primarily reviews the nature of water vapour when it presents in bulk gas. The
change in a ratio between water vapour and corresponding dissociated hydrogen, which …

Cobalt, nickel and iron-based alloys containing 25wt.% Cr and strengthened either by
chromium carbides or by HfC were oxidized at 1000, 1100 and 1200° C to obtain external …

Solid Oxide Fuel Cell (SOFC) is a type of fuel cells–an electrochemical device that converts
the chemical energy to electrical energy with relatively high efficiency and low greenhouse …

Three cast cobalt-based alloys containing or not chromium carbides and tantalum carbides
were exposed at 900° C to 100% water vapour for 46 or 100 h. The oxidised samples were …