Archeological pieces with high Ag concentrations often have a surface enrichment of Ag. Usually, researchers in this field do not agree on the causes of these enrichments, one of which could be the cleaning procedures. In this work, a set of 18 ancient Greek silver coins was selected to study the effects of different cleaning procedures in terms of producing a surface Ag enrichment. The aim of this study is to find and select the less aggressive one in terms of the lower modification of Ag concentrations and visual aspect. These coins were analyzed by X-ray fluorescence (XRF) before and after each cleaning procedure
<p class="p1">A big group of silver coins{35 coins} was discovered in Banawa excavation , Dhamar , s...
X-ray fluorescence (XRF) spectrometry is known as excellent nondestructive technique for analysis of...
Surface elemental analysis presenting high silver (Ag) contents have been regarded as reliable for o...
Archeological pieces with high Ag concentrations often have a surface enrichment of Ag. Usually, res...
The application of X-ray Fluorescence (XRF) analysis in a non-invasive manner on ancient silver coin...
The investigation on the differences occurring in the manufacture of silver coins allows to get info...
Archaeological silver-copper alloys are usually affected by silver enrichment of the near surface la...
Archeological silver-copper pieces often show surface enrichments in silver, either intentional or f...
By means of the combined use of surface and micro-analytical techniques the surface chemical composi...
A common issue in non-destructive surface analysis of historical silver coins is depletion of Cu fro...
The investigation of silver coins dated since the first century B.C. up to recent times, coming from...
This research dealt examining, analysis and treatment of a silver - copper belt, it exhibited in Agr...
The presence of various defects of different colours and sizes on precious collection coins is the c...
Imitation of archeological artifacts or replacing the authentic ones with fake replicates is a unive...
The true purity of Roman silver coinage was hidden by enriching the surfaces of the coins. The quest...
<p class="p1">A big group of silver coins{35 coins} was discovered in Banawa excavation , Dhamar , s...
X-ray fluorescence (XRF) spectrometry is known as excellent nondestructive technique for analysis of...
Surface elemental analysis presenting high silver (Ag) contents have been regarded as reliable for o...
Archeological pieces with high Ag concentrations often have a surface enrichment of Ag. Usually, res...
The application of X-ray Fluorescence (XRF) analysis in a non-invasive manner on ancient silver coin...
The investigation on the differences occurring in the manufacture of silver coins allows to get info...
Archaeological silver-copper alloys are usually affected by silver enrichment of the near surface la...
Archeological silver-copper pieces often show surface enrichments in silver, either intentional or f...
By means of the combined use of surface and micro-analytical techniques the surface chemical composi...
A common issue in non-destructive surface analysis of historical silver coins is depletion of Cu fro...
The investigation of silver coins dated since the first century B.C. up to recent times, coming from...
This research dealt examining, analysis and treatment of a silver - copper belt, it exhibited in Agr...
The presence of various defects of different colours and sizes on precious collection coins is the c...
Imitation of archeological artifacts or replacing the authentic ones with fake replicates is a unive...
The true purity of Roman silver coinage was hidden by enriching the surfaces of the coins. The quest...
<p class="p1">A big group of silver coins{35 coins} was discovered in Banawa excavation , Dhamar , s...
X-ray fluorescence (XRF) spectrometry is known as excellent nondestructive technique for analysis of...
Surface elemental analysis presenting high silver (Ag) contents have been regarded as reliable for o...