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Breakdown streamers in coronas in a crossed magnetic field

机译:交叉磁场中电晕中的击穿拖缆

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This study introduced the test results which have been carried out on a wire - tube corona apparatus to measure the corona onset voltage, the maximum pre-breakdown corona current and the breakdown voltage in atmospheric air with a crossed magnetic field. In general transverse magnetic field, applied perpendicularly to the electric field, resulted in an improvement in pre-breakdown, characteristic of the wire - tube gap. The application of the transverse field has the effect of increasing the corona onset voltage and the breakdown voltage, also the transverse applied field has the effect of decreasing the corona current. It has been observed that triggering of the breakdown streamers in negative corona is affected appreciably by the transverse magnetic field It is believed that the results indicate the significance of the crossed magnetic field on the breakdown streamers in both positive and negative coronas.
机译:这项研究介绍了在线管式电晕仪上进行的测试结果,以测量电晕起始电压,最大击穿前电晕电流和大气中具有交叉磁场的击穿电压。通常,垂直于电场施加的横向磁场会改善预击穿性能,即导线管间隙的特征。横向电场的施加具有增加电晕起始电压和击穿电压的作用,横向电场的施加具有减小电晕电流的作用。已经观察到,在负电晕中击穿拖缆的触发受到横向磁场的明显影响。据信,结果表明在正和负电晕中,交叉磁场对击穿拖缆的重要性。

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