Add to ORKGSpecimens of ferritic and martensitic steels have been exposed to steam atmospheres at 550 °C using three different experimental procedures. Slight differences in scale growth kinetics were observed but the major differences were in the morphology of the oxide scales that were formed. The microstructures of the scales have been compared with those formed on similar materials during service
The microstructure of the surface oxide film formed on an Fe-9Cr Ferritic-Martensitic (F-M) steel af...
High temperature oxidation behavior of T91 ferritic/martensitic steel was examined over the temperat...
The modern power generation industry needs materials able to withstand severe conditions, such as hi...
Specimens of ferritic and martensitic steels have been exposed to steam atmospheres at 550 °C using ...
The oxidation resistance of 9-12% chromium steels in steam-containing environments simulating the se...
The oxidation behavior of a number of selected ferritic steels in a simulated steam environment at t...
The study aims to the development of methods and models for the assessment of material performance i...
The study aims to the development of methods and models for the assessment of material performance i...
A detailed understanding of the steam oxidation kinetics of boiler steels is required for creep rupt...
This thesis examines the oxidation of Interstitial-free steels in air by means of an experimental i...
The steam oxidation behavior of inner tube surfaces in the as-manufactured condition for selected ma...
Oxidation of ferritic/martensitic steel P92 was investigated in pure oxygen and in pure steam at 600...
Oxidation of ferritic/martensitic steel P92 was investigated in pure oxygen and in pure steam at 600...
Investigation of the oxidation behavior of 9% Cr steels at 650°C in dry air and air + 10% H2O have s...
The oxidation behaviour of several commercial alloys in simulated steam was investigated and compare...
The microstructure of the surface oxide film formed on an Fe-9Cr Ferritic-Martensitic (F-M) steel af...
High temperature oxidation behavior of T91 ferritic/martensitic steel was examined over the temperat...
The modern power generation industry needs materials able to withstand severe conditions, such as hi...
Specimens of ferritic and martensitic steels have been exposed to steam atmospheres at 550 °C using ...
The oxidation resistance of 9-12% chromium steels in steam-containing environments simulating the se...
The oxidation behavior of a number of selected ferritic steels in a simulated steam environment at t...
The study aims to the development of methods and models for the assessment of material performance i...
The study aims to the development of methods and models for the assessment of material performance i...
A detailed understanding of the steam oxidation kinetics of boiler steels is required for creep rupt...
This thesis examines the oxidation of Interstitial-free steels in air by means of an experimental i...
The steam oxidation behavior of inner tube surfaces in the as-manufactured condition for selected ma...
Oxidation of ferritic/martensitic steel P92 was investigated in pure oxygen and in pure steam at 600...
Oxidation of ferritic/martensitic steel P92 was investigated in pure oxygen and in pure steam at 600...
Investigation of the oxidation behavior of 9% Cr steels at 650°C in dry air and air + 10% H2O have s...
The oxidation behaviour of several commercial alloys in simulated steam was investigated and compare...
The microstructure of the surface oxide film formed on an Fe-9Cr Ferritic-Martensitic (F-M) steel af...
High temperature oxidation behavior of T91 ferritic/martensitic steel was examined over the temperat...
The modern power generation industry needs materials able to withstand severe conditions, such as hi...