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NTIS 바로가기IEEE transactions on electrical insulation, v.23 no.1, 1988년, pp.129 - 135
Miyao, H. (Hitachi Ltd., Ibaraki, Japan) , Higaki, M. , Kamata, Y.
A study conducted by flowing transformer oil through a coaxial cylinder system is discussed. In the case of AC voltage, the streaming current increases with the field strength and with temperature. The increase of the streaming current at low AC field strength is attributed to vibration of positive ions, diffused into the oil at the interface with the electrode. In the case of DC voltage application, the polarity of the streaming current varies from slightly positive at low DC field strength to negative at high field strength. The streaming current at low fields may be caused by the difference between positive and negative ion mobilities.
IEEE PES Summer Meeting Static Electrification by Forccd Oil Flow in Large Power Transformer tamura 1979
Shimizu, S., Murata, H., Honda, M.. Electrostatics in Power Transformers. IEEE transactions on power apparatus and systems, vol.pas98, no.4, 1244-1250.
JIEE-A Diffusion of Ionic Charge Carrier in Insulating Oil miyamoto 1980 100 149
JIEE Flow Electrification in Large Power Transformer tamura 1979 99 913
JIEE Discharge Hand Book toriyama 1958 404
Sato, T., Sakamoto, S.. Relation between ion mobility and fluid motion in dielectric liquids. Electrical engineering in Japan, vol.93, no.1, 23-30.
Higaki, M., Kako, Y., Moriyama, M., Hirano, M., Hiraishi, K., Kurita, K.. Static Electrification and Partial Discharges Caused by Oil Flow in Forced Oil Cooled Core Type Transformers. IEEE transactions on power apparatus and systems, vol.pas98, no.4, 1259-1267.
Electrostatics in the Petroleum Industry klinkenberg 1958
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