基于adcp的多向测波仪和电流剖面

N. Trenaman, P. Devine, B. Strong
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引用次数: 2

摘要

在过去的几年里,RDI的WorkHorse ADCP提供了一种新的方法来同时测量明确的定向波谱、电流剖面和水位。与复制传统方法和设备相比,单个ADCP提供了直接测量波场的空间测量阵列。该阵列可以创建高分辨率的波向极坐标图,从而分离而不是涂抹来自多个方向的频率相似的波。ADCPs测量一个完整的频率方向波谱。此外,ADCP测量可以扭曲波场的表层电流。最近的结果表明,这种新技术具有独特的优势,特别是基于ADCP的波浪分析可以避免传统方法所需的一些假设,因为ADCP正在收集新的数据类型。这项新功能是WorkHorse adcp在现场的升级版。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ADCP-based multidirectional wave gauge and current profiling
During the last couple of years, RDI's WorkHorse ADCP has provided a new method to measure unambiguous directional wave spectra, current profiles, and water level at the same time. Much more than duplicating traditional methods and devices, a single ADCP provides a spatial array of measurements for measuring the wave field directly. This array enables creation of high-definition polar plots of wave direction that separate, rather than smear, waves of similar frequency from multiple directions. ADCPs measure a complete frequency-direction wave spectrum. Further, the ADCP measures the surface-layer currents that can distort the wave field. Recent results are shown that demonstrate the unique advantages of this new technology - notably an ADCP-based analysis of waves can avoid some of the assumptions required by more traditional methods because new types of data are being collected by the ADCP. This new capability is available as an upgrade for WorkHorse ADCPs in the field.
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