首页> 外文会议>2011 IEEE/OES 10th Current, Waves and Turbulence Measurements >Noise in Ice-Tethered Profiler and McLane Moored Profiler velocity measurements
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Noise in Ice-Tethered Profiler and McLane Moored Profiler velocity measurements

机译:冰绳系留廓线仪和McLane系泊廓线仪速度测量中的噪声

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In order to measure current profiles, and most recently, turbulent fluxes, moored profiling instrument have been equipped with acoustic travel-time current sensors. Noise in the measured currents has exceeded expectations. A customized Falmouth Scientific acoustic current sensor on a McLane Moored Profiler (MMP) has a standard deviation of measured velocity that is 4.4% of the profiler velocity in still water and a modified Modular Acoustic Velocity Sensor (MAVS) on an MMP and an Ice-Tethered Profiler (ITP) has a standard deviation of 4.6% of profiler velocity. Both of these sensors measure velocity along four acoustic paths and the water velocities were computed neglecting their downstream paths.
机译:为了测量电流分布,最近测量了湍流,系泊轮廓分析仪配备了声行时电流传感器。测量电流中的噪声超出了预期。在McLane系泊轮廓仪(MMP)上定制的Falmouth Scientific声电流传感器的测量速度标准偏差为静止水中轮廓仪速度的4.4%,在MMP和冰上具有改进的模块化声速传感器(MAVS)。系留轮廓仪(ITP)的标准偏差为轮廓仪速度的4.6%。这两个传感器均沿四个声波路径测量速度,而忽略了其下游路径而计算出水的速度。

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