The objective of this review is to outline the aqueous corrosion research activities being undertaken on iron aluminides. Key results are extracted and reviewed from publications covering the past 25 years of research activity in aqueous corrosion behaviour of iron aluminides. This review deals with phenomena, which are related with electrochemical corrosion such as passivation and repassivation kinetics, breakdown of passivity, chemistry of the passive film and mechanism of passivation. The role of constituent elements and the effect of alloying elements on the corrosion behaviour of iron aluminides have also been discussed. To assess corrosion resistance of iron aluminides a comparative study was put up with that of stainless steels. (C) ...
The electrochemical and corrosion behaviour of 6013-T6, 2024-T3 aluminium alloys and pure aluminium ...
International audienceAluminium is the second most often used metal after steel. In this paper, the ...
Iron aluminides have been among the most studied intermetallics since the 1930s, when their excellen...
In this study, the corrosion behaviour of two different iron aluminides based on FeAl, with two diff...
Passivity-inducing elements have been added to iron aluminide, FeaAI, to tackle their poor room-temp...
The repassivation kinetics of iron aluminide having a composition of Fe-16Al-0.14C (wt.%) were inves...
The passivity and passivity breakdown of Fe3Al-Si and Fe3Al-Ge iron aluminides were studied in borat...
The passivity and passivity breakdown of Fe3Al–Si and Fe3Al–Ge iron aluminides were studied in borat...
This paper presents an investigation on the corrosion resistance of iron aluminides FeAl-based alloy...
Iron aluminide intermetallics are being developed for use as structural materials and/or as cladding...
The passivity of iron in borate buffer solutions and its breakdown in presence of sulfide ions was s...
The electrochemical behaviour of pure iron anodes in molten KHSO4 at 250°C was studied. Typical pass...
The passivity and passivity breakdown of Fe3Al\u2013Si and Fe3Al\u2013Ge iron aluminides were studie...
Studies were conducted to determine the effects of high-temperature surface oxides, produced during ...
The electrochemical behavior of the oxide layers on two metal-metal glassy alloys, Fe78Co9Cr10Mo2Al1...
The electrochemical and corrosion behaviour of 6013-T6, 2024-T3 aluminium alloys and pure aluminium ...
International audienceAluminium is the second most often used metal after steel. In this paper, the ...
Iron aluminides have been among the most studied intermetallics since the 1930s, when their excellen...
In this study, the corrosion behaviour of two different iron aluminides based on FeAl, with two diff...
Passivity-inducing elements have been added to iron aluminide, FeaAI, to tackle their poor room-temp...
The repassivation kinetics of iron aluminide having a composition of Fe-16Al-0.14C (wt.%) were inves...
The passivity and passivity breakdown of Fe3Al-Si and Fe3Al-Ge iron aluminides were studied in borat...
The passivity and passivity breakdown of Fe3Al–Si and Fe3Al–Ge iron aluminides were studied in borat...
This paper presents an investigation on the corrosion resistance of iron aluminides FeAl-based alloy...
Iron aluminide intermetallics are being developed for use as structural materials and/or as cladding...
The passivity of iron in borate buffer solutions and its breakdown in presence of sulfide ions was s...
The electrochemical behaviour of pure iron anodes in molten KHSO4 at 250°C was studied. Typical pass...
The passivity and passivity breakdown of Fe3Al\u2013Si and Fe3Al\u2013Ge iron aluminides were studie...
Studies were conducted to determine the effects of high-temperature surface oxides, produced during ...
The electrochemical behavior of the oxide layers on two metal-metal glassy alloys, Fe78Co9Cr10Mo2Al1...
The electrochemical and corrosion behaviour of 6013-T6, 2024-T3 aluminium alloys and pure aluminium ...
International audienceAluminium is the second most often used metal after steel. In this paper, the ...
Iron aluminides have been among the most studied intermetallics since the 1930s, when their excellen...