Add to ORKGInternational audienceIn the present work the development of residual strains in the iron-oxide layers growing on α-Fe and phosphated α-Fe at 400°C in artificial air at 1 atm was investigated by X-ray diffraction of synchrotron radiation, both in-situ during oxide growth and at room temperature after cooling. The oxidation kinetics of α-Fe and phosphated α-Fe at 400°C and the microstructural state of the oxide layers are first presented. Then a detailed study of the residual strains in the oxides layers is undertaken. Correlations between the residual stresses measurements and the successive parabolic oxidation stages for phosphated α-iron are established. It leads to a better understanding of the oxidation behaviour
The development of residual strains in the iron-oxide layers growing on a-Fe and g-Fe2N1-z at 673 K ...
The high temperature performance of iron aluminides depends on the formation of a prote...
Iron phosphate thin films have been obtained under controlled conditions by chemical conversion depo...
International audienceIn the present work the development of residual strains in the iron-oxide laye...
International audienceIn the present work the development of strains in the iron-oxide layers growin...
International audienceThe development of residual stress in the iron-oxide layers growing on phospha...
International audienceIn the present work, the morphological evolution of the iron-oxide layers grow...
International audienceIn the present work, the calculated growth stresses arising from iron oxide la...
A metal oxidation leads to a specific strain link to the oxide growth. This growth strain is suppose...
A metal oxidation leads to a specific strain link to the oxide growth. This growth strain is suppose...
International audienceα-Iron specimens were treated with phosphoric acid to obtain a conversion surf...
The development of residual strains in the iron-oxide layers growing on α-Fe and ε-Fe2N1-z at 673 K ...
International audienceHigh temperature oxidation of metals leads to residual stresses both in the me...
In this present work, local stress development in the iron oxide layers growing on phosphated α-Fe a...
The oxidation behavior of iron polycrystals and single crystals with 110 surface orientation was s...
The development of residual strains in the iron-oxide layers growing on a-Fe and g-Fe2N1-z at 673 K ...
The high temperature performance of iron aluminides depends on the formation of a prote...
Iron phosphate thin films have been obtained under controlled conditions by chemical conversion depo...
International audienceIn the present work the development of residual strains in the iron-oxide laye...
International audienceIn the present work the development of strains in the iron-oxide layers growin...
International audienceThe development of residual stress in the iron-oxide layers growing on phospha...
International audienceIn the present work, the morphological evolution of the iron-oxide layers grow...
International audienceIn the present work, the calculated growth stresses arising from iron oxide la...
A metal oxidation leads to a specific strain link to the oxide growth. This growth strain is suppose...
A metal oxidation leads to a specific strain link to the oxide growth. This growth strain is suppose...
International audienceα-Iron specimens were treated with phosphoric acid to obtain a conversion surf...
The development of residual strains in the iron-oxide layers growing on α-Fe and ε-Fe2N1-z at 673 K ...
International audienceHigh temperature oxidation of metals leads to residual stresses both in the me...
In this present work, local stress development in the iron oxide layers growing on phosphated α-Fe a...
The oxidation behavior of iron polycrystals and single crystals with 110 surface orientation was s...
The development of residual strains in the iron-oxide layers growing on a-Fe and g-Fe2N1-z at 673 K ...
The high temperature performance of iron aluminides depends on the formation of a prote...
Iron phosphate thin films have been obtained under controlled conditions by chemical conversion depo...