| Title |
Characteristics of Water Surface Discharge due to Water Conductivity |
| Authors |
Seung-Lok Park ; Jin-Gyu Kim ; Hyung-Pyo Kim |
| Keywords |
Ozone ; Taylor cone ; Water Surface Discharge ; Water Conductivity |
| Abstract |
A silent type ozone generator using water surface electrode was proposed. And it was investigated experimentally that a variation of water conductivity affected to water surface discharge. Important factors affecting to water surface discharge are ions in discharge space and ions and polarized molecules in water and so on. In this study, It was intended to change the characteristics of discharge by controlling the number of ions in water. The number of ions in water could be controlled by changing the water conductivity. Water conductivity was controlled by quantity of inserted NaCl to distilled water. At this time, current-voltage characteristics and characteristics of ozone generation quantity were investigated in each case. As a result, when NaCl was inserted in distilled water, more stable discharge was generated. As the quantity of NaCl was increased, discharge starting voltage could be lowered. |