The analysis of surface degradation mechanism on epoxy/glass fiber used for outdoor insulator

The analysis of surface degradation mechanism on epoxy/glass fiber used for outdoor insulator

In this study, composite materials were put to dry interfacial treatment by use of plasma technology. It has been presented that the optimum parameters for the best wettability of the samples at the time of generation of plasma were oxygen atmosphere, 0.1 torr of system pressure, 100 W of discharge...

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Hauptverfasser: Gu-Bum Park, Kyung-Bum Lim, Jae-Ho Yuk, Do-Hyun You, Myung-Hwan Hwang
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Atmosphere
Composite materials
Corona
Degradation
Glass
Insulation
Plasma materials processing
Power generation
Surface discharges
Surface treatment
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Kyung-Bum Lim
Jae-Ho Yuk
Do-Hyun You
Myung-Hwan Hwang
description In this study, composite materials were put to dry interfacial treatment by use of plasma technology. It has been presented that the optimum parameters for the best wettability of the samples at the time of generation of plasma were oxygen atmosphere, 0.1 torr of system pressure, 100 W of discharge power, and 3 minutes of discharge time. The decrease in surface potential of charged samples by corona discharge indicates that the amount of accumulated electrical charges reduces and the charges that have been injected lessen rapidly when the duration of UV irradiation increases. The surface resistivity and the tensile strength of plasma treated samples, a longer UV irradiation time resulted in decreased insulation
doi_str_mv 10.1109/ELINSL.2006.1665257
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subjects Atmosphere
Composite materials
Corona
Degradation
Glass
Insulation
Plasma materials processing
Power generation
Surface discharges
Surface treatment
title The analysis of surface degradation mechanism on epoxy/glass fiber used for outdoor insulator
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