Double discharges in bi-polar pulsed dielectric barrier discharge lamps in Xenon and their influence on the VUV (λ=172nm) production efficiency

R. J. Carman; B. K. Ward; R. F. Mildren; D. M. Kane

Double discharges in bi-polar pulsed dielectric barrier discharge lamps in Xenon and their influence on the VUV (λ=172nm) production efficiency

R. J. Carman^*, B. K. Ward, R. F. Mildren, D. M. Kane

^*Corresponding author for this work

Department of Physics and Astronomy

Research output: Contribution to journal › Article

3 Citations (Scopus)

Abstract

The double discharges in bi-polar pulsed dielectric barrier discharge lamps in Xenon and their influence on the VUV production efficiency were investigated. The time resolved VUV output was recorded using an N₂ purged cell containing sodium salicylate phosphor screen and a photo-multiplier. A one-dimensional model was used to simulate the plasma kinetics and the electrical and optical characterstics of the pulsed-excited DBD Xenon Plasma. The results show that the VUV output from the secondary discharge is a significant fraction of the total output and that the overall discharge efficiency is nearly constant.

Original language	English
Pages (from-to)	651-652
Number of pages	2
Journal	Institute of Physics Conference Series
Volume	182
Publication status	Published - 2004

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Carman, R. J., Ward, B. K., Mildren, R. F., & Kane, D. M. (2004). Double discharges in bi-polar pulsed dielectric barrier discharge lamps in Xenon and their influence on the VUV (λ=172nm) production efficiency. Institute of Physics Conference Series, 182, 651-652.

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AU - Carman, R. J.

AU - Ward, B. K.

AU - Mildren, R. F.

AU - Kane, D. M.

PY - 2004

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N2 - The double discharges in bi-polar pulsed dielectric barrier discharge lamps in Xenon and their influence on the VUV production efficiency were investigated. The time resolved VUV output was recorded using an N2 purged cell containing sodium salicylate phosphor screen and a photo-multiplier. A one-dimensional model was used to simulate the plasma kinetics and the electrical and optical characterstics of the pulsed-excited DBD Xenon Plasma. The results show that the VUV output from the secondary discharge is a significant fraction of the total output and that the overall discharge efficiency is nearly constant.

AB - The double discharges in bi-polar pulsed dielectric barrier discharge lamps in Xenon and their influence on the VUV production efficiency were investigated. The time resolved VUV output was recorded using an N2 purged cell containing sodium salicylate phosphor screen and a photo-multiplier. A one-dimensional model was used to simulate the plasma kinetics and the electrical and optical characterstics of the pulsed-excited DBD Xenon Plasma. The results show that the VUV output from the secondary discharge is a significant fraction of the total output and that the overall discharge efficiency is nearly constant.

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