Dec 14, 2015 · Based on the results of the simulations, prototypes were then implemented and tested with an experimental system that mimicked the thermometer ...
May 31, 2024 · The simulation phase proposed the adoption of an aluminum cover to boost measurement accuracy and suggested that thermometers of different ...
This study develops a transcutaneous thermometer based on the dual-heat-flux method invoking the principle of heat transfer, for which measurement error was ...
[PDF] From Theoretical Simulation to Experimental Verification
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Structural Optimization of a Wearable Deep. Body Thermometer: From ... is an important step in developing a practical noninvasive deep body thermometer.
Structural Optimization of a Wearable Deep Body Thermometer: From Theoretical Simulation to Experimental Verification. Ming Huang ; Toshiyo Tamura ; Zunyi ...
Structural optimization of a wearable deep body thermometer: From theoretical simulation to experimental verification. M Huang, T Tamura, Z Tang, W Chen, S ...
Evaluation of a noninvasive deep body thermometer in measurement of specific positions · Structural Optimization of a Wearable Deep Body Thermometer: From ...
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Abstract. This paper presents an improved structure of core body temperature (CBT) probe based on the dual-heat-flux (DHF) principle.
AbstractThis paper presents an improved structure of core body temperature (CBT) probe based on the dual-heat-flux (DHF) principle. A new frustum-shaped ...
Kanaya, "Structural Optimization of a. Wearable Deep Body Thermometer: From Theoretical Simulation to Experimental. Verification," Journal of Sensors, vol.