The effect of rainfall intensity, electric field strengths, alternating and both polarities of direct voltage as well as the velocity of a transverse wind on the corona-induced vibration of an ACSR conductor were studied. The results showed that the amplitude of the vibration was linearly proportional to the intensity of precipitation up to 24 mm/h. When the intensity of precipitation was higher than 24 mm/h, the amplitude of the vibration remained constant. At a constant intensity of precipitation and a steady vibration, the amplitude of the vibration was generally highest with negative DC fields and lowest with AC fields. Moreover, the corona current contained a relatively constant component and a pulsating component.
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机译：研究了降雨强度，电场强度，交变电压和直流电压的两个极性以及横向风速对ACSR导体的电晕感应振动的影响。结果表明，振动幅度与24 mm / h以下的降水强度成线性比例关系。当沉淀强度高于24mm / h时，振动幅度保持恒定。在恒定的降水强度和稳定的振动下，负直流磁场的振幅通常最高，而交流磁场的振幅最低。此外，电晕电流包含相对恒定的分量和脉动分量。
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