Detail publikace
Diagnostic of Plasmachemical Removal of Copper Based Corrosion Layers
Originální název
Diagnostic of Plasmachemical Removal of Copper Based Corrosion Layers
Anglický název
Diagnostic of Plasmachemical Removal of Copper Based Corrosion Layers
Jazyk
en
Originální abstrakt
The article gives the results of complex corrosion layers removal by low-pressure hydrogen plasma. The corrosion layers contain also the chlorine, amino, carbon, sulfate and other corrosion types. The complex corrosion layers on the copper samples were prepared in this study. Besides the hydrogen and OH radicals spectra the spectra of molecules containing nitrogen, carbon and oxygen were recorded as a function of the plasma treatment duration. These species are removed from the plasma faster than oxides and thus the monitoring of OH radicals spectra will be sufficient for the process monitoring in the cases when the oxide corrosion is presented, too.
Anglický abstrakt
The article gives the results of complex corrosion layers removal by low-pressure hydrogen plasma. The corrosion layers contain also the chlorine, amino, carbon, sulfate and other corrosion types. The complex corrosion layers on the copper samples were prepared in this study. Besides the hydrogen and OH radicals spectra the spectra of molecules containing nitrogen, carbon and oxygen were recorded as a function of the plasma treatment duration. These species are removed from the plasma faster than oxides and thus the monitoring of OH radicals spectra will be sufficient for the process monitoring in the cases when the oxide corrosion is presented, too.
BibTex
@article{BUT42441,
author="František {Krčma} and Marek {Cihlář} and Miloš {Klíma}",
title="Diagnostic of Plasmachemical Removal of Copper Based Corrosion Layers",
annote="The article gives the results of complex corrosion layers removal by low-pressure hydrogen plasma. The corrosion layers contain also the chlorine, amino, carbon, sulfate and other corrosion types. The complex corrosion layers on the copper samples were prepared in this study. Besides the hydrogen and OH radicals spectra the spectra of molecules containing nitrogen, carbon and oxygen were recorded as a function of the plasma treatment duration. These species are removed from the plasma faster than oxides and thus the monitoring of OH radicals spectra will be sufficient for the process monitoring in the cases when the oxide corrosion is presented, too.",
address="AV ČR",
chapter="42441",
institution="AV ČR",
journal="Chemické listy",
number="S",
volume="99",
year="2005",
month="september",
pages="S583--S585",
publisher="AV ČR",
type="journal article - other"
}