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摘要

Convective severe weather is a major safety concern for aviation around the world. Turbulence, icing, hail and lightning strikes can create dangerous situations en route and have major impacts on airfield operations. Detecting areas of convective weather at an early stage is critical to improving situational awareness and safety. Convective events pose considerable risk to aircraft, crew and passengers while in flight, as well as during approach, arrival and departure. This risk extends to airport ground operations. Given that thunderstorms include lightning, and the majority of that lightning is typically in-cloud, it is critical to have a network in place that detects both in-cloud (IC) and cloud-to-ground (CG) - total lightning - activity. Integrating total lightning data into all operational aspects of aviation will not only help save lives and protect assets, but will also enable efficient scheduling and enhanced operational continuity during severe weather events.
机译:对流恶劣天气是全球航空业的主要安全隐患。湍流,结冰,冰雹和雷击会在途中造成危险情况,并对机场运营产生重大影响。尽早发现对流天气区域对于提高态势感知和安全性至关重要。对流事件在飞行中以及进场,进场和离场期间对飞机,机组人员和乘客构成相当大的风险。该风险扩展到机场地面运营。鉴于雷暴包括闪电,并且大部分闪电通常在云中,因此拥有一个能够同时检测云内(IC)和云对地(CG)的网络至关重要-总闪电-活动。将全部闪电数据整合到航空的所有运营方面,不仅将有助于挽救生命和保护资产,而且还可以在发生严重天气事件时进行有效的调度并增强运营连续性。

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