Whatever the supercritical fluid is, the performance of structural materials is a key issue for
industrial applications. An overview is carried out on the corrosion behavior of metallic …

Abstract A Point Defect Model has been developed to describe theoretically the corrosion of
metals and alloys in supercritical aqueous systems. The model, SCW_PDM, accounts for the …

This study investigates the oxidation behavior of several stainless steels and nickel-based
superalloys exposed to supercritical water at 800° C for 12 h. Characterization of the …

A comparison investigation on the oxidation behavior of SIMP and T91 steels exposed to
oxygen saturated LBE up to 10000 h at 450℃ was conducted. The results show that the …

The oxide scale developed on a 12Cr ferritic/martensitic steel exposed to oxygen saturated
lead-bismuth eutectic (LBE) at 550℃ for 2000 h was investigated by multiscale …

Ferritic–martensitic and ODS alloys are primary candidates for application as cladding and
structural materials in the Generation IV Supercritical Water Reactor. One of the main in …

The corrosion behavior of a nickel-based alloy Hastelloy C-276 exposed in supercritical
water at 500–600° C/25MPa was investigated by means of gravimetry, scanning electron …

The surface oxide scale formed on T91 steel after exposure to deaerated supercritical water
(SCW) at 600° C for 100–1500 h are characterized in detail to reveal the oxide evolution …

As important structural materials for advanced power plants, the corrosion of 9–12% Cr
ferritic–martensitic steels exposed to both high-temperature water and supercritical water …

A general formula with high generalization and accurate prediction power is highly desirable
for science, technology and engineering. In addition to human beings, artificial intelligence …