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Properties of DBD Plasma Jets using Powered Electrode With and Without Contact with the Plasma
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Academic Article
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title
Properties of DBD Plasma Jets using Powered Electrode With and Without Contact with the Plasma
Creator
Kostov, Konstantin
Wataghin, Gleb
source
ArXiv
abstract
An experimental investigation comparing the properties of plasma jets in dielectric barrier discharge (DBD) configuration using a powered electrode with and without a dielectric barrier is reported in this work. Measurements of plasma parameters were performed for both configurations using argon and helium as working gases. As a result, differences were found in discharge power ($P_{plasma}$), rotational and vibrational temperatures ($T_r$ and $T_v$, respectively) when switching from one configuration to the other. It has been observed that despite the remarkable increase in $P_{plasma}$ when changing from the double barrier configuration to the single barrier one, the values obtained for $T_r$ and $T_v$ also increased, but not in the same proportion as the increase in $P_{plasma}$, which suggests a non-linear dependency between temperature and discharge power s in the plasma jet. As a general conclusion, if higher power is really required for some application it is better to use the non-covered tip configuration.
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2020-08-21
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d570a20c976ef707dff28d9a7cf41d4c54c56cc6
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Properties of DBD Plasma Jets using Powered Electrode With and Without Contact with the Plasma
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covid:d570a20c976ef707dff28d9a7cf41d4c54c56cc6#body_text
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named entity 'DBD'
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named entity 'Contact'
covid:arg/d570a20c976ef707dff28d9a7cf41d4c54c56cc6
named entity 'configuration'
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