| 摘要 |
According to the method, a strip of nonconductive, fibrous material having a capillary effect with respect to water is fixed in close contact with each conductor of the transmission line. The capillary effect of the fibrous material ensures the formation of thin filaments of water on the surface of the conductor when the same is wet. These filaments of water promote the generation of a corona effect in the form of permanent discharges resulting in a luminescent phenomena and inhibit the occurrence of pulsatory discharges. A conductor for aerial, high voltage, electric power transmission line which allows the above method to be carried out, is also disclosed.
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