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Numerical study of secondary electron emission in a coaxial radio-frequency driven plasma jet at atmospheric pressure

In this work we investigate a numerical model of a coaxial RF-driven plasma jet operated at atmospheric pressure. Due to the cylindrical symmetry an adequate 2-D representation of the otherwise 3-dimensional structure is used. A helium-oxygen chemistry reaction scheme is applied. We study the effect of secondary electrons emitted at the inner electrode as well as the inserted dielectric tube and discuss their impact on the discharge behavior. We conclude that a proper choice of materials can improve the desired mode of operation of such plasma jets in terms of materials and surface processing.

preprint2011arXivOpen access
Torben HemkeJan TrieschmannAlexander WollnyRalf Peter BrinkmannThomas Mussenbrock
physics.plasm-ph
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Open access5 authors1 topic
Imported metadata coverageMissing code, dataset, citation and institution fields are tracked without dominating the paper.Details
Citations: 0Reviews: 0Saves: 0Code: not linkedDataset: not linkedInstitutions: 0

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Torben HemkeJan TrieschmannAlexander WollnyRalf Peter BrinkmannThomas Mussenbrock

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