Laboratory tests were conducted on iron, nickel, titanium, and cobalt base alloys and
zirconium 702, primarily at temperatures of 95 to 400 C for exposure periods of 15 days in a …

The corrosion product competition and transformation process of J55 under an O2/CO2
environment in the temperature range of 50–350° C and 0–1 MPa oxygen partial pressure …

The basis for the development of laboratory test programmes to provide data relevant to the
selection and design of alloys for use in complex, multi-component gases, such as those …

ABSTRACT A user-friendly Windows program has been developed with the capability to
assess corrosion of commercial alloys in complex gases at high temperatures …

The corrosion of high temperature alloys in a gas mixture (Ar-25H2–10HCl–5CO–1CO2, vol.-
%), which is oxidising to chromium and aluminium, but reducing to the base metal and …

The corrosion behaviour of nickel and binary Ni-Cr alloys in helium containing small
amounts of SO 2, H 2 and H 2 O has been investigated. The main emphasis was placed on …

Several high temperature alloys were evaluated for hot corrosion resistance at 1500 F (816
C) using a controlled atmosphere combustion furnace burning high sulfur diesel fuel …

Discontinuous mass-change measurements and corrosion-product analyses were made for
Fe-20Cr and Ni-20Cr alloys after exposing them to Ar-H 2 O-HBr gas mixtures at 1000 K for …

High temperature gaseous environments that promote corrosion attack are present in a
variety of industrial environments such as chemical and petrochemical processing, glass …

A large compilation of corrosion data for metals and alloys in high-temperature gases has
been created. The data compilation represents about 70 commercial alloys, 4100 corrosion …