Abstract
A new mathematical processing method for current signals from surface dielectric barrier discharge in conditions of high noise is suggested. This technique is based on the analysis of isolated microdischarge parameters: charge transfer, impulse duration, and voltage/phase, followed by statistical analysis. Research was carried out on surface dielectric barrier discharge units with a copper thin corona electrode on a 1 mm aluminum nitride barrier. Four modes with the corresponding rms-voltages of 1.8, 2.0, 2.2, and 2.4 kV were considered. Distributions of microdischarge parameters and overall phase characteristics were collected.
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