近实时IWRAP 3D风检索

Joseph W. Sapp;Zorana Jelenak;Paul S. Chang;Stephen R. Guimond;James R. Carswell
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摘要

历史上,美国国家海洋和大气管理局(NOAA) WP-3D飓风猎人飞机上使用的成像风雨机载廓线雷达系统(IWRAP)作为研究仪器,收集数据用于飞行后处理和分析。对于2020年飓风季节,我们展示了初步的近实时(NRT)大气3D风处理能力,在飞行过程中产生检索并传输到地面服务器。随后,3D风反演算法得到了改进,利用IWRAP雷达采样的多普勒频谱来抑制地表杂波。这使得风力检索更接近海洋表面,但增加了检索处理器的复杂性。本文介绍了IWRAP雷达系统从原始测量到最终NRT 3D风反演产品的最新技术,包括校准/验证方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Near-Real-Time IWRAP 3D Wind Retrievals
Historically, the Imaging Wind and Rain Airborne Profiler (IWRAP) radar system has been used as a research instrument aboard the National Oceanic and Atmospheric Administration (NOAA) WP-3D Hurricane Hunter airplanes collecting data for postflight processing and analysis. For the 2020 hurricane season, we demonstrated an initial near-real-time (NRT) atmospheric 3D wind processing capability, where retrievals were produced during a flight and transmitted to servers on the ground. Subsequently, the 3D wind retrieval algorithms have advanced to use the Doppler spectrum sampled by the IWRAP radars to reject surface clutter. This allowed wind retrievals closer to the ocean surface but increased the complexity of the retrieval processor. This article describes the latest technology implemented in the IWRAP radar system from the raw measurement to the final NRT 3D wind retrieval product, including the calibration/validation methodologies.
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