| Title |
Effects of Properties of Binder between Electrode and Dielectric Barrier on Ozone Generation Characteristics |
| Authors |
Seung-Lok Park ; Jin-Gyu Kim ; Hyung-Pyo Kim |
| Abstract |
The temperature decrease of discharge space was very important to generate the high concentration of ozone in silent discharge type ozone generator. At this time, binding materials and methods between dielectric barrier and ground electrode affected to the discharge importantly in electrical and thermal point of view. So, above two factors become very important parameters should be considered before designing the ozone generator. In this study, binders of silicone compound, electroconductive resin and charcoal were used for variations of binders properties. Resultantly, when the binding materials were used, better ozone generation characteristics were shown(maximum ozone generation 28044[ppmV] at 6.0[kV]) in comparison with the non-used case (maximum ozone generation 15944[ppmV] at 4.0[kV]). In addition, when the binding materials were used, the case of pure silicone compound showed better characteristics(maximum ozone generation 28044[ppmV] at 6.0[kV]) than the cases of conductive binding materials(maximum ozone generation 25842[ppmV] at 5.5[kV] and including the charcoal 5%). |