One-Dimensional Modeling of a Dielectric Barrier Discharge in NeXe Mixture, Application to Excimer Lamps

Khadidja Khodja; Habiba Sisabeur; Ahmed Belasri

doi:10.4028/www.scientific.net/AMR.227.101

Paper Titles

A Review of the Laser Pyrolysis Technique Used to Synthesize Vanadium and Tungsten Oxide Thin Films
p.80

In Situ Metal Matrix Composite Surfacing by Laser Surface Alloying
p.84

Laser-Based Additive Manufacturing of Metals
p.92

Comparison of the Capability of Peak Function in Describing Real Condensation Particle Counter Profiles
p.96

One-Dimensional Modeling of a Dielectric Barrier Discharge in NeXe Mixture, Application to Excimer Lamps
p.101

Electromagnetic Modeling of Microwave Axial Injection Torch at Atmospheric Pressure Used for Thin Film Deposition
p.105

Modelling Sequential Impact of Molten Droplets on a Solid Surface in Plasma Spray Process
p.111

Fluid Model Simulation of DC Glow Discharges
p.116

PIC-MC Simulation Method of DC Discharge Plasmas
p.121

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One-Dimensional Modeling of a Dielectric Barrier Discharge in NeXe Mixture, Application to Excimer Lamps

Abstract:

The dielectric barriers discharges or silent discharges had knew these last years a great progress, particularly in the area of ultraviolet light production, which produced by Xe2* excimer molecules. This new application led to the realization of the nonpolluting excimer lamps. In this work we develop a one-dimensional model of sheath coupled to a kinetic model in NeXe mixture. Calculations were done for sixteen chemicals species in xenon concentration of 10% and under pressure of 400 torr. The results illustrate the spatiotemporal evolution of the charged particles and neutral species as well as the variations of the electric parameters of the lamp during the first pulse discharge.