无人机触发闪电:概念和初步实验室测试的结果

N. Parus, Chandima Gomes
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引用次数: 0

摘要

本文概述了使用无人机(遥控飞机系统或无人驾驶飞行器)进行触发和其他相关闪电研究的新想法。此外。,讨论了本研究所考虑的实际和技术问题。,小规模实验室测试的结果。,最后。南非无人机法规要求允许此类飞行。初步结果表明,在小范围内。这是一种商用无人机,周围有一个合适的法拉第笼。,可承受约16ka的电流冲击和大于300kv的电压冲击。,没有遇到任何电遥测问题。飞行不稳定或控制干扰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Drone- Triggered Lightning: The Concept and Results of Initial Laboratory Testing
This paper presents an overview of the novel idea of using drones (remotely piloted aircraft systems or unmanned aerial vehicles) for triggered and other related lightning research. In addition., it discusses the practical and technical issues considered for this research., the results of small-scale laboratory testing., and finally., the requirements of South Africa's drone regulations to allow such flights. Initial results show that, at a small scale., a commercially available drone encircled with a suitable Faraday cage., can withstand a current impulse of approximately 16 kA and a voltage impulse greater than 300 kV., without experiencing any electrical telemetry problems., flight instability or control interference.
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