Experimental investigation of the dielectric barrier discharge using design of experiments

Many experimental and numerical studies were devoted to dielectric barrier discharge (dbd)in air, but no mathematical models were proposed, either for current or for power. as they depend onseveral parameters, it is difficult to find a formula that considers many factors. the aim of this paper is firstto make a brief comparison between surface and volume dbd, and second to model the current and powerof a dbd in a ``multipoints-plane'' electrode system, using the methodology of experimental design. threefactors were considered: inter-electrode distance, distance between adjacent points, and thickness of theglass dielectric barrier. a double composite centred faces experimental design (ccf) was carried out. theobtained results made it possible to propose mathematical models and, therefore to study interactionsbetween various factors.