Thermal characterization of epidermal RFID sensor for skin temperature measurements
Thermal characterization of epidermal RFID sensor for skin temperature measurements
复制标题
用于皮肤温度测量的表皮 RFID 传感器的热特性
DOI：
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发表时间：
2016
期刊：
影响因子：
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通讯作者：
G. Marrocco
中科院分区：
文献类型：
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作者：
S. Amendola;G. Bovesecchi;P. Coppa;G. Marrocco
皮肤温度的测量在热生理和临床应用以及运动医学中都是必不可少的。表皮电子系统和超高频RFID技术在皮肤应用中的联合开发为无线无源体温传感提供了新的解决方案。本文研究了一种小尺寸（2.5cm × 5cm）表皮RFID温度计的热特性。在unifom重新校准后，RFID传感器的精度低于0.25°C，而响应时间等于4.3秒，从而能够在静态和动态条件下可靠地监测表面温度。
The measurement of skin temperature is essential in both thermo-physiological and clinical applications as well as for sport medicine. The jointed development of Epidermal Electronics systems and UHF RFID technology for skin applications originates novel solution for the wireless passive sensing of body temperature. In this paper the thermal characterization of a small size (2.5cm × 5cm) epidermal RFID thermometer is addressed. After unifom recalibration, the accuracy of the RFID sensors results below 0.25°C while the response time is equal to 4.3 sec, thus enabling the reliable monitoring of surface temperature under both static and dynamic conditions.