One artefact of the archaeological cultural heritage from Roman period (IV century) that was found near Å abac in Serbia, was analysed. In corrosion products of the artefact (knife), dominant phases were goethite (α-FeOOH) and magnetite (Fe3O4). Presence of these types of corrosion products explains a good preservation of the base metal (iron) over the centuries and stability after excavation. Also, the less stable lepidocrocite (γ-FeOOH) and the phases that come from rocks and land surrounding environment (like SiO2) were identified in the corrosion products. Phases containing chloride ions (i.e. akaganéite) have not been detected in the corrosion products. This indirectly indicates that the amount chloride ions were rather low in underg...
International audienceIron sulphides are observed on long term anoxic corrosion profiles of iron art...
The chloride bearing corrosion product akaganéite (βFeOOH) can form during post-excavation corrosion...
Akaganéite (β-FeOOH) corrodes iron in contact with it due to its hygroscopicity and the mobility of ...
One artefact of the archaeological cultural heritage from Roman period (IV century) that was found n...
A spearhead of archaeological and cultural significance has been found and analysed in Serbia. In th...
A spearhead of archaeological and cultural significance has been found and analysed in Serbia. In th...
The degree of preservation of iron artifacts depends on the type of underground environment and the ...
The degree of preservation of iron artifacts depends on the type of underground environment and the ...
A degree of preservation of iron artefacts depends on the type of underground environment and the ty...
A collection of archaeological iron artifacts, whose age could be assigned from the Iron Age up to t...
International audienceThis paper presents a study made on 40 iron archaeological artefacts buried in...
International audienceThis chapter provides an overview of contribution of iron archaeological artef...
International audienceIn the context of conservation of ferrous cultural heritage, dechlorination pr...
International audienceDechlorination of ferrous archaeological artefacts is rendered necessary after...
The study of archaeological analogues is necessary to improve the knowledge on the long-term corrosi...
International audienceIron sulphides are observed on long term anoxic corrosion profiles of iron art...
The chloride bearing corrosion product akaganéite (βFeOOH) can form during post-excavation corrosion...
Akaganéite (β-FeOOH) corrodes iron in contact with it due to its hygroscopicity and the mobility of ...
One artefact of the archaeological cultural heritage from Roman period (IV century) that was found n...
A spearhead of archaeological and cultural significance has been found and analysed in Serbia. In th...
A spearhead of archaeological and cultural significance has been found and analysed in Serbia. In th...
The degree of preservation of iron artifacts depends on the type of underground environment and the ...
The degree of preservation of iron artifacts depends on the type of underground environment and the ...
A degree of preservation of iron artefacts depends on the type of underground environment and the ty...
A collection of archaeological iron artifacts, whose age could be assigned from the Iron Age up to t...
International audienceThis paper presents a study made on 40 iron archaeological artefacts buried in...
International audienceThis chapter provides an overview of contribution of iron archaeological artef...
International audienceIn the context of conservation of ferrous cultural heritage, dechlorination pr...
International audienceDechlorination of ferrous archaeological artefacts is rendered necessary after...
The study of archaeological analogues is necessary to improve the knowledge on the long-term corrosi...
International audienceIron sulphides are observed on long term anoxic corrosion profiles of iron art...
The chloride bearing corrosion product akaganéite (βFeOOH) can form during post-excavation corrosion...
Akaganéite (β-FeOOH) corrodes iron in contact with it due to its hygroscopicity and the mobility of ...