StreamPro ADCP性能特点

R. Marsden
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引用次数: 8

摘要

StreamPro ADCP的现场和实验室测试获得了低于1厘米/秒的底部跟踪速度标准偏差,集成时间为1秒。采用新的脉冲-脉冲相干剖面模式测量的水速度剖面标准偏差在1秒的积分时间内得到小于5毫米/秒的标准偏差。这种模式是独特的,具有噪声性能,是独立的尺寸的轮廓bin尺寸在1-10厘米的范围内。低噪声底部跟踪和水剖面相结合,用于在非常缓慢和浅水中进行移动平台速度或流量测量。灌溉渠和自然溪流的现场数据将与ADCP误差模型的预测结果进行比较。组成ADCP的电子和固件将简要讨论与实现实验室和现场数据所示的性能有关的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
StreamPro ADCP performance characteristics
Field and laboratory testing of the StreamPro ADCP obtain bottom tracking velocity standard deviation of less than 1 cm/sec with one-second integration time. Water velocity profile standard deviation measured with a new pulse-to-pulse coherent profiling mode obtains standard deviation of less than 5 mm/sec with one-second integration time. This mode is unique, having noise performance that is independent of the size of the profiling bin size over the range of 1-10 cm. The combination of low noise bottom tracking and water profiling are used to make moving platform velocity or discharge measurements in very slow and shallow water. Field data from irrigation canals and natural streams will be presented with comparison of the field data to predictions of an ADCP error model. The electronics and firmware that comprise the ADCP will be briefly discussed in relation to achieving the performance illustrated by the laboratory and field data.
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