Large-gap AC coplanar plasma display cells: Macro-cell experiments and 3-D simulations

J. Ouyang; Th Callegari; B. Caillier; J. P. Boeuf

doi:10.1109/TPS.2003.812343

Large-gap AC coplanar plasma display cells: Macro-cell experiments and 3-D simulations

J. Ouyang^*, Th Callegari, B. Caillier, J. P. Boeuf

^*Corresponding author for this work

School of Physics

CNRS

Research output: Contribution to journal › Article › peer-review

63 Citations (Scopus)

Abstract

We present experimental and simulation studies of the plasma in a macroscopic ac plasma display panel discharge cell operating with a large coplanar gap. We find that the xenon excitation efficiency is much larger than that in the conventional, small-gap electrode configuration but with larger sustaining voltage. We discuss the discharge mode and efficiency in such large gap configurations, with the help of time resolved optical diagnostics and simulations.

Original language	English
Pages (from-to)	422-428
Number of pages	7
Journal	IEEE Transactions on Plasma Science
Volume	31
Issue number	3
DOIs	https://doi.org/10.1109/TPS.2003.812343
Publication status	Published - Jun 2003

Keywords

Dielectric barrier discharges
Discharge simulation
Glow discharge plasma
Plasma display panel (FDP)
Ultraviolet (UV) emission

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10.1109/TPS.2003.812343

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abstract = "We present experimental and simulation studies of the plasma in a macroscopic ac plasma display panel discharge cell operating with a large coplanar gap. We find that the xenon excitation efficiency is much larger than that in the conventional, small-gap electrode configuration but with larger sustaining voltage. We discuss the discharge mode and efficiency in such large gap configurations, with the help of time resolved optical diagnostics and simulations.",

keywords = "Dielectric barrier discharges, Discharge simulation, Glow discharge plasma, Plasma display panel (FDP), Ultraviolet (UV) emission",

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AB - We present experimental and simulation studies of the plasma in a macroscopic ac plasma display panel discharge cell operating with a large coplanar gap. We find that the xenon excitation efficiency is much larger than that in the conventional, small-gap electrode configuration but with larger sustaining voltage. We discuss the discharge mode and efficiency in such large gap configurations, with the help of time resolved optical diagnostics and simulations.

KW - Dielectric barrier discharges

KW - Discharge simulation

KW - Glow discharge plasma

KW - Plasma display panel (FDP)

KW - Ultraviolet (UV) emission

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Large-gap AC coplanar plasma display cells: Macro-cell experiments and 3-D simulations

Abstract

Keywords

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