Gas discharging experiment device under unconventional conditions

• Main Authors: LIU ZHIYONG, CHEN TING, ZHAO DAWEI, YANG RENXU, ZHENG DIANCHUN
• Format: Patent
• Language: English
• Published: 18.03.2015
• Subjects: MEASURING; MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES; PHYSICS; TESTING

The utility model provides a gas discharging experiment device under unconventional conditions and belongs to the high-voltage and high-energy physics gas discharging test technology field. The problems are solved that the discharging process state cannot be obtained accurately caused by outdated test means of the gas discharging process under unconventional conditions and therefore information expressed by an air gap discharging signal cannot be understood. A rod-plate copper electrode is arranged in an enclosed discharging chamber. The plate part is connected with a power supply. The tail end of the rod part is connected with a high-voltage power supply through a resistor. Quartz glass windows are arranged in two opposite side walls of the enclosed discharging chamber respectively. The two opposite side walls are vertical to the discharging surface of the plate part of the rod-plate copper electrode. A monochrometer is used for collecting an optical signal through one quartz glass window. An optical image collector is used for collecting an optical signal output by the outlet of the monochrometer. A discharging image collector is used for collecting a discharging image through the other quartz glass window. The gas discharging experiment device is used for collecting gas discharging signals.