Ancient Roman silver coins, especially forgeries, contain various amounts of silver on the surfaces. The state of preservation of the outer layer can vary strongly among different areas of the same coin, thus an investigation of the entire surface is indispensable. The measurement of the silver distribution is a first step towards uncovering the manufacturing techniques. Element mapping by electron probe micro-analysis (EPMA) with increasing step size allows a survey of the complete coin surface. The suitability of this approach is shown and applied to coins having a dark optical appearance and unknown minting technique
Debasement of silver Roman coins is a well-known phenomenon and understanding the quality of ancient...
EnPhysical analyses by Laser Ablation coupled to Mass Quadrupole Spectrometry (LAMQS), Energy Disper...
International audienceThis work is a contribution to the microchemical surface analysis of two Numid...
Ancient Roman silver coins, especially forgeries, contain various amounts of silver on the surfaces....
Abstract. Four ancient Roman silver coins from about 200 BC to 200 AD, mainly contemporary forg-erie...
By means of the combined use of surface and micro-analytical techniques the surface chemical composi...
A number of serrated silver denars of the Roman Republic and a Greek bronze coin were investigated, ...
Archaeometrists use a variety of analytical methods to determine trace elements in ancient Greek sil...
Four contemporary forgeries of ancient gold coins were investigated regarding techniques used for gi...
Four contemporary forgeries of ancient gold coins were investigated regarding techniques used for gi...
The investigation on the differences occurring in the manufacture of silver coins allows to get info...
AbstractMuseum CIRTA of the town of Constantine has a collection of more than 35000 coins and statue...
A selected number of Roman orichalcum coins, from private collections, have been studied. Numismatic...
In the framework of the PROMET project (European Commission contract No. 509126) aimed to develop ne...
The aim of this research was to characterize ten Provisini, one of the most common silver coins in t...
Debasement of silver Roman coins is a well-known phenomenon and understanding the quality of ancient...
EnPhysical analyses by Laser Ablation coupled to Mass Quadrupole Spectrometry (LAMQS), Energy Disper...
International audienceThis work is a contribution to the microchemical surface analysis of two Numid...
Ancient Roman silver coins, especially forgeries, contain various amounts of silver on the surfaces....
Abstract. Four ancient Roman silver coins from about 200 BC to 200 AD, mainly contemporary forg-erie...
By means of the combined use of surface and micro-analytical techniques the surface chemical composi...
A number of serrated silver denars of the Roman Republic and a Greek bronze coin were investigated, ...
Archaeometrists use a variety of analytical methods to determine trace elements in ancient Greek sil...
Four contemporary forgeries of ancient gold coins were investigated regarding techniques used for gi...
Four contemporary forgeries of ancient gold coins were investigated regarding techniques used for gi...
The investigation on the differences occurring in the manufacture of silver coins allows to get info...
AbstractMuseum CIRTA of the town of Constantine has a collection of more than 35000 coins and statue...
A selected number of Roman orichalcum coins, from private collections, have been studied. Numismatic...
In the framework of the PROMET project (European Commission contract No. 509126) aimed to develop ne...
The aim of this research was to characterize ten Provisini, one of the most common silver coins in t...
Debasement of silver Roman coins is a well-known phenomenon and understanding the quality of ancient...
EnPhysical analyses by Laser Ablation coupled to Mass Quadrupole Spectrometry (LAMQS), Energy Disper...
International audienceThis work is a contribution to the microchemical surface analysis of two Numid...