An AC-biased third electrode with out-of-phase driving increases DBD actuator thrust by up to ~40% (max 54 mN/m) and produces sliding discharge at high field strengths.
Figure 3 shows the plasma images at varying third electrode phase shifts with a fixed VDBD = 30 kV and 40 kV and VACA = 28 kV
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AC-Augmented Dielectric Barrier Discharge
An AC-biased third electrode with out-of-phase driving increases DBD actuator thrust by up to ~40% (max 54 mN/m) and produces sliding discharge at high field strengths.