This article describes a unique ground‐based weather radar dataset collected during the landfall of Hurricane Harvey (2017) along the United States Gulf Coast, documents the wind retrievals conducted with this dataset, and reports on the location of the archive of the data and wind retrievals so that others may gain access and use of these data. Datasets from C‐band dual‐polarimetric Shared Mobile Atmospheric Research and Teaching (SMART) radar and the United States National Weather Service WSR‐88D in Corpus Christi, Texas, are presented, along with dual‐Doppler analyses before and during Harvey's landfall on the United States Gulf Coast. The quality assurance and dual‐Doppler wind synthesis procedures are detailed. Nearly 8 hr of dual‐Doppler wind analyses were constructed, providing an unprecedented dataset for use in understanding hurricane dynamics at landfall and validating numerical simulations of Hurricane Harvey. In addition, raw, dual‐polarization data not used in the dual‐Doppler syntheses, but included in each radar dataset, are also summarized.

中文翻译：

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哈维飓风登陆期间基于地面的移动式SMART雷达观测和风能恢复（2017）

本文介绍了在美国墨西哥湾沿岸飓风哈维（2017）登陆期间收集的独特的地面气象雷达数据集，记录了使用该数据集进行的风向取回，并报告了数据和风向档案的位置检索，以便其他人可以访问和使用这些数据。介绍了C波段双极化共享移动大气研究与教学（SMART）雷达和美国国家气象局WSR-88D在得克萨斯州科珀斯克里斯蒂市的数据集，以及在哈维登陆之前和期间的双多普勒分析。美国墨西哥湾沿岸。详细说明了质量保证和双多普勒测风综合程序。进行了将近8小时的双多普勒风分析，提供了前所未有的数据集，可用于了解登陆时的飓风动态以及验证哈维飓风的数值模拟。此外，还总结了未在双多普勒合成中使用但未包含在每个雷达数据集中的原始双极化数据。