The proposed HFAT scheme overcomes the limitations of existing in-situ temperature measuring meth- ods. It might be valuable for monitoring real-time range- averaged underwater temperature in order to track the impacts of extreme weather and other climate events on coastal oceans and estuaries.
Feb 20, 2019
Jan 23, 2019 · The range-averaged temperature was correlated with in situ temperature (R 2 = 0.93) during 48-hour real-time measurement experiments. The ...
In this paper, we proposed a new scheme of high-frequency acoustic thermometry to measure the real-time ranged-averaged underwater temperature. The cross- ...
Bibliographic details on Real-Time Observation of Range-Averaged Temperature by High-Frequency Underwater Acoustic Thermometry.
The ranged-average temperature extracted by the underwater acoustic sensor was compared with in situ temperature with a relative standard deviation of about 6%.
Yu Zhang : Real-Time Observation of Range-Averaged Temperature by High-Frequency Underwater Acoustic Thermometry. IEEE Access 7: 17975-17980 (2019); 2017. [c1].
The real-time monitoring of it is of both scientific and practical importance. In this paper, we proposed a new scheme of high-frequency acoustic thermometry to ...
The acoustic tomography technique can perform water temperature field measurements horizontally and vertically using sound wave travel information. The layer- ...
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