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首页> 外文期刊>IEEE journal on electromagnetic compatibility practice and applications >A Discussion of the New M-component Engineering Model From Azadifar et al. by Simultaneous Measurements in Rocket-Triggered Lightning
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A Discussion of the New M-component Engineering Model From Azadifar et al. by Simultaneous Measurements in Rocket-Triggered Lightning

机译:通过火箭触发闪电的同步测量对Azadifar等人的新M分量工程模型的讨论

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摘要

A discussion of the new M-component engineering model proposed by Azadifar et al. (2019) is presented. The M-component electric fields were measured at both close distance of 78 m and far multiple-station distances ranging 69 km ?126 km in rocket-triggered lightning. Both the fast microsecond-scale pulse and the following slow millisecond-scale pulse are reproduced in the new engineering model. The electrostatic field component produced by the return-stroke like process along the branch among the new engineering model contributes to weaken the positive overshoot of the close M-component electric field. The modified new engineering model considering an exponential current decay along the grounded channel in the study allows a more satisfactory performance of reproducing full M-component electric fields than that of the model from Azadifar et al .
机译:讨论新M-component工程Azadifar et al .(2019)提出的模型提出了。测量在近78米的距离,太远了多工位的距离范围69公里? 126公里在rocket-triggered闪电。microsecond-scale脉搏和下面的缓慢复制在新的millisecond-scale脉冲工程模型。组件产生的回击进程的新分支工程模型有助于削弱积极密切M-component的过度电场。考虑到当前一个指数衰减模型沿着通道接地允许复制完整的更多令人满意的性能M-component电场比模型从Azadifar et al。

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