Striation Mechanism and Triggered Striation in Dielectric Microdischarge Plasma

Striation Mechanism and Triggered Striation in Dielectric Microdischarge Plasma

The striation mechanism of dielectric microdischarges, as in many plasma devices, is extensively explored by collisional kinetic and fluid simulations. Striation in a typical dielectric microdischarge device predominantly occurs near the anode region and is basically governed by the ionization-domin...

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Veröffentlicht in:Japanese Journal of Applied Physics 2001-05, Vol.40 (5B), p.L528
Hauptverfasser: Koo Lee, Jae, Hwa Shon, Sheikh Dastgeer, Sup Hur, Min, Chul Kim, Hyun, Suwon Cho, Suwon Cho
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container_issue 5B
container_start_page L528
container_title Japanese Journal of Applied Physics
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creator Koo Lee, Jae
Hwa Shon, Sheikh Dastgeer
Sup Hur, Min
Chul Kim, Hyun
Suwon Cho, Suwon Cho
description The striation mechanism of dielectric microdischarges, as in many plasma devices, is extensively explored by collisional kinetic and fluid simulations. Striation in a typical dielectric microdischarge device predominantly occurs near the anode region and is basically governed by the ionization-dominated α-processes, wherein surface and space charges collectively dictate the phenomenon in a complex manner. A novel type of striation has been investigated by us near the cathode region, which is dominated by γ-processes and is driven by the secondary-electron emission mechanism.
doi_str_mv 10.1143/JJAP.40.L528
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title Striation Mechanism and Triggered Striation in Dielectric Microdischarge Plasma
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