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Philosophy and application of high-resolution temperature sensors for stratified waters
van Haren, H. (2018). Philosophy and application of high-resolution temperature sensors for stratified waters. Sensors 18(10): 3184. https://doi.org/10.3390/s18103184
In: Sensors. MDPI: Basel. ISSN 1424-8220, meer
Peer reviewed article  

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Author keywords
    high-resolution deep-ocean temperature sensors; internal waves; turbulent overturning

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  • van Haren, H., meer

Abstract
    Every application may have its specifically designed sensor. For studying the effects of short-term temperature variations on life in water, a high-resolution sensor has been designed with low noise level <0.1 mK. Pro and cons of the design include its adequacy for use in large heat-capacity environments like water but less in air. The sensor can be used under high static environmental pressure of >1000 Bar (>108 N m−2) in the deepest ocean regions. Its response time of 0.5 s in water allows quantitative studies of internal wave turbulent mixing effects, e.g., on the redistribution of matter and on nearly completely submerged human bodies. In a chain of >100 sensors, clocks are synchronized to sample within 0.02 s and a verified range of 600 m.

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