RETRACTED: Measuring DBD main discharge parameters using Q-V Lissajous figures (Retracted Article)

Through establishing dielectric barrier discharge (DBD) experiment system, the effects of applied voltage (V) and its frequency (f) on the main parameters of DBD were studied by Q-V Lissajous figures method. some conclusions could be drawn that improving V and f effectively enhanced DBD power(P) and charge transfer value(Q); when DBD device structure parameters were certain, the effects of V and f on the total equivalent capacitance(C) was little, dielectric equivalent capacitance(Cd) increased with the increase of V and f, equivalent capacitance of the discharge gap(Cg) slightly decreased with the increase of V and f; the effective electric field of the discharge gap(Eg) increased with the increase of V, the effects of f on Eg was little; the average electron energy of the DBD device was high and could be used to the equipment such as O-3 generator.