Scanning electron microscopy (SEM) with energy-dispersive microanalysis (EDS) and energy-dispersive x-ray spectrometry (EDXRS) were used to investigate the composition and microstructure of some Roman coins from the Julius Caesar and Octavianus periods. The samples were Cu-based alloys with different surface conditions. The microstructural examination supported the chemical analysis data, explaining compositional changes from the surface to the bulk. Compositional data confirm the numismatic interpretation: coins issued by Julius Caesar were orichalcum (Cu\u2013Zn alloy) coins whereas asses issued by Octavianus were Cu\u2013Pb\u2013Sn coins
International audienceThis work is a contribution to the microchemical surface analysis of two Numid...
The paper reports the results of the analyses performed on a Roman quadrans dating back to the first...
Voltammetry of microparticles (VMP) and electrochemical impedance spectroscopy (EIS) techniques, com...
Metallography is an important tool that provides useful data on the fabrication technology, thermo-m...
A selected number of Roman orichalcum coins, from private collections, have been studied. Numismatic...
By means of the combined use of surface and micro-analytical techniques the surface chemical composi...
A collection of ancient Roman orichalcum coins, i.e., a copper-zinc alloy, minted under the reigns f...
AbstractMuseum CIRTA of the town of Constantine has a collection of more than 35000 coins and statue...
This study is focused on ten Roman leaded coins from the archaeological site of the Magna Mater Temp...
A group of orichalcum Roman coins, from private collections, have been studied for this research. Nu...
This study investigated the micro and nanoscale structure in Cu-Zn alloy, as well as its corrosion p...
By means of the combined use of XPS and scanning electron microscopy + energy dispersive spectrometr...
Thirty-three Byzantine copper-based coins (so-called anonymous follis) from 970 to 1085 CE were inve...
A set of Roman orichalcum coins, issued from 88 B.C. to 96 A.D., has been investigate...
The rule of the Roman emperor Trajan (AD 98–117) has always attracted specific interest among financ...
International audienceThis work is a contribution to the microchemical surface analysis of two Numid...
The paper reports the results of the analyses performed on a Roman quadrans dating back to the first...
Voltammetry of microparticles (VMP) and electrochemical impedance spectroscopy (EIS) techniques, com...
Metallography is an important tool that provides useful data on the fabrication technology, thermo-m...
A selected number of Roman orichalcum coins, from private collections, have been studied. Numismatic...
By means of the combined use of surface and micro-analytical techniques the surface chemical composi...
A collection of ancient Roman orichalcum coins, i.e., a copper-zinc alloy, minted under the reigns f...
AbstractMuseum CIRTA of the town of Constantine has a collection of more than 35000 coins and statue...
This study is focused on ten Roman leaded coins from the archaeological site of the Magna Mater Temp...
A group of orichalcum Roman coins, from private collections, have been studied for this research. Nu...
This study investigated the micro and nanoscale structure in Cu-Zn alloy, as well as its corrosion p...
By means of the combined use of XPS and scanning electron microscopy + energy dispersive spectrometr...
Thirty-three Byzantine copper-based coins (so-called anonymous follis) from 970 to 1085 CE were inve...
A set of Roman orichalcum coins, issued from 88 B.C. to 96 A.D., has been investigate...
The rule of the Roman emperor Trajan (AD 98–117) has always attracted specific interest among financ...
International audienceThis work is a contribution to the microchemical surface analysis of two Numid...
The paper reports the results of the analyses performed on a Roman quadrans dating back to the first...
Voltammetry of microparticles (VMP) and electrochemical impedance spectroscopy (EIS) techniques, com...