Effect of γ-ray irradiation on partial discharge characteristics in internal void
Masahiro Nagao, N. Hioki, Nakatani Yuri, M. Kosaki
Abstract
Masahiro Nagao, N. Hioki, Nakatani Yuri, M. Kosaki
Abstract
In insulation diagnosis, it is very important to detect voids in electrical insulation. In this paper, a trial to detect voids was made in terms of measurements of partial discharge characteristics and scanning of a narrow /spl gamma/-ray beam. The experiments were performed under the application of a very low frequency voltage. When we take advantage of the change of partial discharge characteristics caused by /spl gamma/-ray irradiation of a void, there is a high possibility to establish a new detection method of voids in insulators using conventional partial discharge measurements under low frequency voltage application and scanning of a narrow /spl gamma/-ray beam.
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In insulation diagnosis, it is very important to detect voids in electrical insulation. In this paper, a trial to detect voids was made in terms of measurements of partial discharge characteristics and scanning of a narrow /spl gamma/-ray beam. The experiments were performed under the application of a very low frequency voltage. When we take advantage of the change of partial discharge characteristics caused by /spl gamma/-ray irradiation of a void, there is a high possibility to establish a new detection method of voids in insulators using conventional partial discharge measurements under low frequency voltage application and scanning of a narrow /spl gamma/-ray beam.
Key concepts: Partial discharge, Void (composites), Materials science, Irradiation, High voltage, Voltage, Beam (structure), Gamma ray