Abstract
In order to clarify the influence of nitrogen addition on the fundamental properties of plasma display panel (PDP) discharges in Ne/Xe(10%) gas mixture, the PDP discharges in Ne/Xe/N2 gas mixtures have been simulated using an one-dimensional fluid model, based on the continuity equations for electrons, ions, excited atoms and molecules, the Poisson equation and the electron energy balance equation. From simulation results, it is found that pulsed discharge with a short time (∼100 ns) occurs once during every half cycle. In case of nitrogen concentration more than 100 ppm, the phase-delay of the gap-voltage and discharge current in Ne/Xe gas mixture PDP discharges began to appear.
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