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On the Classification of Self-Triggered versus Other-Triggered Lightning Flashes

机译:在自触发的分类上,与其他触发闪电闪烁

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We present in this paper lightning current measurements and LMA (Lightning Mapping Array) data associated with upward flashes observed at the Santis Tower during Summer 2017. The LMA network consists of six stations located in the vicinity of the tower at distances ranging from 100 m to 11 km from it. 20 flashes simultaneously recorded by the current measurement system and the LMA are analyzed. Based on the lightning activity derived from the European Lightning Detection Network (EUCLID) in an area within 30 km from the tower and in a 5-second time window before the start of the flash, all the 20 flashes were classified as 'self-triggered' (ST). However, the investigations based on the LMA data reveal that 3 of the flashes were preceded by nearby activity and should be therefore classified as 'other-triggered' (OT) flashes. The results suggest that the number of OT flashes inferred from LLS data can be underestimated.
机译:我们在本文中存在于2017年夏季Santis Tower在Santis Tower观察到与向上闪烁相关的LMA电流测量和LMA(Lightning Mapping array)数据。LMA网络由六个站在塔附近,距离从100米到100米的距离。距离它有11公里。通过当前测量系统同时记录20闪光,并分析LMA。基于距离欧洲雷电检测网络(EUCLID)的闪电活动,距离塔30公里,在闪光灯开始前的5秒时间窗口中,所有20张闪光都被归类为“自动触发” ' (英石)。然而,基于LMA数据的研究表明,在附近的活动之前,需要3个闪光,因此应该被归类为“其他触发”(OT)闪烁。结果表明,从LLS数据推断的OT闪烁的数量可以低估。

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