Numerical Analysis of the DC Pulsed Micro-Discharge in Plasma Display Panel by 2-Dimensional Multi-Fluid equations

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概要

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• We have made a numerical analysis of the micro-discharge in plasma display panel using 2-dimensional multi-fluid equations. The plasma gas is Ne + Ar 0.1% gas in a state of non-LTE glow. We obtained the distributions of the microscopic variables such as the density, temperature, velocity of ion and electron. We also found the distributions of excited species during glow and after glow. From the simulation result, the non-discharge pulse applied to the auxiliary anode affect the distribution of ion density, meta-stable density and other excited species considerably. We have also found that the optimization of the frequency and voltage of the discharge pulse could improve the efficiency of the DC memory PDP.

• 社団法人映像情報メディア学会の論文
• 1992-10-19

著者

• Choi Kyung

  Dept Of Electrical Engineering Seoul National University

• Whang Ki-woong

  Dept of Electrical Engineering, Seoul National University

• Whang Ki-woong

  Dept Of Electrical Engineering Seoul National University

関連論文

• Numerical Analysis of the DC Pulsed Micro-Discharge in Plasma Display Panel by 2-Dimensional Multi-Fluid equations

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