This paper reports on a study carried out on patinas covering copper-based Greek and Roman coins found in the archaeological excavation of Regio VIII.7.1-15 in Pompeii (Italy). Since in cultural heritage ancient artefacts should not be damaged, non-destructive and micro-destructive techniques have been used to identify typical and uncommon compounds and to characterize the surface morphology. The chlorine content of light green patinas and the presence of typical minerals allowed us to identify the bronze disease. Coins from the same stratigraphic unit have shown different morphologies of corrosion, probably due to different micro-environmental conditions
Archaeological copper alloy objects form unique corrosion structures according to their manufacture ...
This work focuses on the study of the solid state processes on naturally corroded ancient brass arte...
The paper presents the first archaeometric results on a selection of ancient Roman coins (antoninian...
This paper reports on a study carried out on patinas covering copper-based Greek and Roman coins fou...
Abstract. Patinas naturally formed on archaeological bronze alloys were characterized using light mi...
A large number of Cu-based archaeological artefacts fromthe Mediterranean basin have been selected f...
We studied the corrosion of Roman copper alloy coins that experienced alternations or progressive ch...
WOS: 000237570700007A large number of Cu-based archaeological artefacts from the Mediterranean basin...
Although it is well known that any material degrades faster when exposed to an aggressive environmen...
We studied the corrosion of Roman copper alloy coins that experienced alternations or progressive ch...
Research activities regarding the conservation of Cultural Heritage have significantly increased in ...
This study is focused on ten Roman leaded coins from the archaeological site of the Magna Mater Temp...
Editeur du Congrès METAL 95 -ok autorisationInternational audienceStudy of the patinas of two Roman ...
Archaeological bronze artefacts are covered with corrosion products, that is, the patinas, whose nat...
Archaeological objects are a unique source of information for long-term corrosion studies. The prese...
Archaeological copper alloy objects form unique corrosion structures according to their manufacture ...
This work focuses on the study of the solid state processes on naturally corroded ancient brass arte...
The paper presents the first archaeometric results on a selection of ancient Roman coins (antoninian...
This paper reports on a study carried out on patinas covering copper-based Greek and Roman coins fou...
Abstract. Patinas naturally formed on archaeological bronze alloys were characterized using light mi...
A large number of Cu-based archaeological artefacts fromthe Mediterranean basin have been selected f...
We studied the corrosion of Roman copper alloy coins that experienced alternations or progressive ch...
WOS: 000237570700007A large number of Cu-based archaeological artefacts from the Mediterranean basin...
Although it is well known that any material degrades faster when exposed to an aggressive environmen...
We studied the corrosion of Roman copper alloy coins that experienced alternations or progressive ch...
Research activities regarding the conservation of Cultural Heritage have significantly increased in ...
This study is focused on ten Roman leaded coins from the archaeological site of the Magna Mater Temp...
Editeur du Congrès METAL 95 -ok autorisationInternational audienceStudy of the patinas of two Roman ...
Archaeological bronze artefacts are covered with corrosion products, that is, the patinas, whose nat...
Archaeological objects are a unique source of information for long-term corrosion studies. The prese...
Archaeological copper alloy objects form unique corrosion structures according to their manufacture ...
This work focuses on the study of the solid state processes on naturally corroded ancient brass arte...
The paper presents the first archaeometric results on a selection of ancient Roman coins (antoninian...