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Freezing Fog and Drizzle Observations

机译:冷冻雾和毛毛雨的观察

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摘要

Fog and drizzle observations collected during the arctic weather and SAR (Search and Rescue) operations (SAAWSO) project at sub-freezing temperatures (T) are analyzed in this study to identify icing conditions, improve ground-based in-situ and remote sensing observations, and develop icing parameterizations for numerical weather prediction (NWP) models. The SAAWSO project took place during the 2012-2013 winter conditions that occurred over St. John's, NFL, Canada. Observations were obtained by a Droplet Measuring Technologies Fog Measuring Device (FMD), a ground cloud imaging probe (GCIP), a Radiometrics Profiling Microwave Radiometer (PMWR), a Rosemount icing detector, a laser disdrometer, and surface meteorological sensors. Precipitation, wind, and radiation data were also collected. Results suggest that observations obtained from integrated in-situ and remote sensors can be used to characterize icing conditions.
机译:在本研究中分析了在北极天气和SAR(搜救)和SAR(搜查和救援)操作(SAAWSO)项目期间收集的雾和毛毛雨观测(SAAWSO)项目,以确定结冰条件,改善基于地面的原位和遥感观察,并开发用于数值天气预报(NWP)模型的结冰参数化。 Sawso项目在2012-2013冬季条件下发生,即加拿大NFL发生在圣约翰。通过液滴测量技术雾测量装置(FMD),覆盖云成像探针(GCIP),射核分析微波辐射计(PMWR),罗斯蒙特结冰探测器,激光抑菌仪和表面气象传感器,获得观察。还收集了降水,风和放射线数据。结果表明,从集成的原位和远程传感器获得的观察可用于表征糖霜条件。

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