The excavation of archaeological iron artefacts are accompanied by degradation if they are not readily stored in an inert atmosphere or treated. In the case of artifacts from underwater excavations, the presence of chlorinated volatile corrosion products on contact with air accelerates the recovery of corrosion phenomena. To limit this degradation and stabilize the object, it is necessary to remove chloride ions trapped in the corrosion pattern. Various dechlorination treatments have been developed by conservation workshops (immersion in alkaline solutions, cathodic polarization, hydrogen plasma, subcritical fluid ...). Despite a genuine efficiency, these treatments need to be optimized (processing time, reliability, reproducibility ...) by...
Although desalination of archaeological iron reduces its chloride concentration and enhances object ...
Archaeological iron objects become infested with chloride ions during burial. These enhance electroc...
Understanding mechanisms of long term indoor atmospheric corrosion of ferrous alloys is relevant to ...
The excavation of archaeological iron artefacts are accompanied by degradation if they are not readi...
La mise au jour du mobilier archéologique ferreux s'accompagne de dégradations si ce dernier n'est p...
interface rayonnement synchrotron et materiaux du patrimoinePreservation of iron artefacts is one of...
The conservation of iron objects exposed to marine aerosol is threatened by the formation of akagane...
Les systèmes de corrosion du mobilier archéologique ferreux sous-marin et terrestre présentent des p...
Controlling the corrosion of historical and archaeological ferrous metal objects presents a signific...
International audienceDechlorination of ferrous archaeological artefacts is rendered necessary after...
International audienceIn the context of conservation of ferrous cultural heritage, dechlorination pr...
Although desalination of archaeological iron reduces its chloride concentration and enhances object ...
Archaeological iron objects become infested with chloride ions during burial. These enhance electroc...
Understanding mechanisms of long term indoor atmospheric corrosion of ferrous alloys is relevant to ...
The excavation of archaeological iron artefacts are accompanied by degradation if they are not readi...
La mise au jour du mobilier archéologique ferreux s'accompagne de dégradations si ce dernier n'est p...
interface rayonnement synchrotron et materiaux du patrimoinePreservation of iron artefacts is one of...
The conservation of iron objects exposed to marine aerosol is threatened by the formation of akagane...
Les systèmes de corrosion du mobilier archéologique ferreux sous-marin et terrestre présentent des p...
Controlling the corrosion of historical and archaeological ferrous metal objects presents a signific...
International audienceDechlorination of ferrous archaeological artefacts is rendered necessary after...
International audienceIn the context of conservation of ferrous cultural heritage, dechlorination pr...
Although desalination of archaeological iron reduces its chloride concentration and enhances object ...
Archaeological iron objects become infested with chloride ions during burial. These enhance electroc...
Understanding mechanisms of long term indoor atmospheric corrosion of ferrous alloys is relevant to ...