Analysis of Experimental Data for Electrical Parameters of Water at a High Voltage Pulse Discharge

Abstract

In this research paper, we will analyze experimental data pertaining to the electrical parameters of water subjected to high voltage pulse discharge. Such study is crucial for industrial production as it examines the pressure properties and attenuation law of these waves. The pulse discharge in water may generate an extremely high voltage pulse, which was measured at various locations during this study. Through a series of experiments, we discovered that hydrostatic pressure exerted an inhibitory effect on discharge breakdown. This inhibition resulted in an increase in high voltage pulse pressure and a decrease in attenuation, correlating with rising breakdown energy and hydrostatic pressure during the high voltage pulse transfer under different conditions. To further our analysis, we combined the high-frequency discharge characteristics of the pulsed high voltages with the discharge properties of water. Finally, an equation was devised for high voltage pulse attenuation as a function of discharge energy and other electrical properties.