| Authors |
Hyoung-Jun Gil ; Dong-Ook Kim ; Chung-Seog Choi |
| Keywords |
Assessment ; Potential Interference ; Electrolytic tank modeling method ; Distance |
| Abstract |
This paper deals with the assessment of potential interference between individual grounding electrodes using an Electrolytic Tank Modeling method, When a test current was passed through a grounding electrode, potential rise was treasured and analyzed using an electrolytic tank in real time. In order to analyze the potential interference between grounding electrodes, a reduced scale modeling method was studied. Potential interference between isolated grounding electrodes was evaluated as a function of the separation distance between grounding electrodes and the configuration of grounding electrode to be induced. It was found that the separation distance between grounding electrodes was a major factor in reducing the potential interference. |