Detail publikačního výsledku
Spectroscopy of Low Pressure Discharges Used for Plasmachemical Treatment of Archaeological Artifacts
RAŠKOVÁ, Z., KRČMA, F., KLÍMA, M., KOUSAL, J.
Originální název
Spectroscopy of Low Pressure Discharges Used for Plasmachemical Treatment of Archaeological Artifacts
Anglický název
Spectroscopy of Low Pressure Discharges Used for Plasmachemical Treatment of Archaeological Artifacts
Druh
Článek recenzovaný mimo WoS a Scopus
Originální abstrakt
Plasmachemical treatment of the archaeological artifacts is a relatively new technique developed during the 1980s. The process is based on using low-pressure hydrogen plasma in which the artifacts (such as in this case silver coins and some pieces of iron) are treated for several hours, usually in more then one step. The problem is how long period of the plasmatic treatment is optimal and how to characterize its efficiency. The ancient artifacts always contain some corrosion layers on their surface. The studies focused on the composition of the layers show that various oxide and chloride complexes, usually containing crystalline water too, are the dominant compounds of the layer. Bulk corrosion contains especially chlorides and sulphides while surface corrosion is caused by oxygen and water.
Anglický abstrakt
Plasmachemical treatment of the archaeological artifacts is a relatively new technique developed during the 1980s. The process is based on using low-pressure hydrogen plasma in which the artifacts (such as in this case silver coins and some pieces of iron) are treated for several hours, usually in more then one step. The problem is how long period of the plasmatic treatment is optimal and how to characterize its efficiency. The ancient artifacts always contain some corrosion layers on their surface. The studies focused on the composition of the layers show that various oxide and chloride complexes, usually containing crystalline water too, are the dominant compounds of the layer. Bulk corrosion contains especially chlorides and sulphides while surface corrosion is caused by oxygen and water.
Klíčová slova
plasma conservation, archaeological artifact, optical spectroscopy
Klíčová slova v angličtině
plasma conservation, archaeological artifact, optical spectroscopy
Autoři
RAŠKOVÁ, Z., KRČMA, F., KLÍMA, M., KOUSAL, J.
Vydáno
10.09.2002
Nakladatel
AV ČR
Edice
neuvedena
ISSN
0009-2770
Periodikum
CHEMICKE LISTY
Svazek
96
Číslo
S
Stát
Česká republika
Strany od
S101
Strany počet
3
Plný text v Digitální knihovně