Fast gas heating in fast ionization wave discharge: Experiment and modelling

Summary form only given. The fast ionization wave (FIW) resulting from nanosecond pulsed discharge at very high overvoltage provides an excellent high reduced electric field (E/N) example discharge due to its spatial uniformity. A comprehensive model of FIW would provide insight into other high E/N...

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Bibliographic Details
Main Authors: Pendleton, Scott J, Gundersen, Martin A, Popov, Nikolai A, Mintoussov, Eugene, Starikovskaia, Svetlana
Format: Conference Proceeding
Language:English
Subjects:
Heating
Ignition
Ionization
Plasma applications
Plasma measurements
Plasma temperature
Plasma waves
Spectroscopy
Temperature measurement
Voltage control
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Summary:Summary form only given. The fast ionization wave (FIW) resulting from nanosecond pulsed discharge at very high overvoltage provides an excellent high reduced electric field (E/N) example discharge due to its spatial uniformity. A comprehensive model of FIW would provide insight into other high E/N discharges used for plasma ignition applications, such as DBD and streamer discharge. To that end the mechanism of fast gas heating due to dissociation, relaxation, and recombination is investigated. Spectroscopic methods were used to measure temperature during and after the discharge. Preliminary results are presented and the agreement between modeling and experiment is discussed. Future experiments are proposed in order to better understand FIW and to apply the results to other discharges in plasma ignition applications.
ISSN:0730-9244
2576-7208
DOI:10.1109/PLASMA.2010.5534435