Abstract The supercritical CO 2 (S-CO 2) Brayton cycle has drawn much attention in the field
of thermal cycles due to its merits of high efficiency, simple layout and compact …

Under the background of carbon reduction, the development of efficient power conversion
system has drawn more important attention. The advantages of high efficiency and …

The supercritical carbon dioxide Brayton cycle is a promising power conversion option for
green energies, such as solar power and nuclear reactors. The material challenge is a …

It is generally believed that when a chromia scale forms in high-temperature CO 2
environments, carbon uptake of alloys is nearly eliminated, thereby preventing carburization …

The initial oxidation behavior of Fe10Cr and Fe20Cr alloys in supercritical H 2 O and
supercritical CO 2 with O 2 at 650℃ is investigated by molecular dynamics. O 2 has the …

This study investigated corrosion of T91 in supercritical carbon dioxide (sCO 2) with impurity
of 100 ppm O 2, SO 2 or H 2 S at 550℃ and 15 MPa. O 2 slightly increased mass gain of …

Past and current gas-cooled nuclear reactors rely on CO2-rich gases as a coolant to transfer
heat from the reactor core, while future reactors may utilize supercritical CO2 Brayton cycle …

The effects of grain boundary (GB) structure and bulk Cr content (from 15 wt.% to 30 wt.%)
on GB oxidation behavior of Ni-Cr binary alloys were investigated in 650° C/1atm CO 2 gas …

The effect of Fe on the oxidation, sulfidation and carburization behaviors of alloys in CO 2
containing SO 2 at 1000℃ was investigated using multiple evaluation methods, including …

Future CO 2 based power systems require steels resistant to corrosion in high-temperature
CO 2-rich environments. Candidate 9Cr ferritic-martensitic steels degrade by surface …