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An epidermal graphene oxide-based RFID sensor for the wireless analysis of human breath

机译:基于表皮氧化石墨烯的RFID传感器,用于无线分析人的呼吸

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Breath analysis as well as the detection of abnormal respiratory rate can provide important feedback on people's health status. In this contribution we propose a wearable radiofrequency identification (RFID) epidermal device consisting of a flexible open loop antenna, that enables an easy adhesion on the user's skin, coupled with a graphene oxide-based sensor sensitive to the water vapour. The graphene oxide sensor was characterised in reference conditions, while the communication performance of the antenna was estimated by electromagnetic simulations over a human head phantom as well as by means of measurements on a volunteer. Finally, the whole system was experimentally demonstrated to be capable of comfortably detecting the inhalation/exhalation cycles and abnormal patterns of respiration like the apnea and tachypnea conditions by measuring the changes in graphene oxide resistance.
机译:呼吸分析以及异常呼吸频率的检测可以提供有关人们健康状况的重要反馈。在这项贡献中,我们提出了一种可穿戴的射频识别(RFID)表皮设备,该设备由一个柔性的开环天线组成,该天线能够轻松粘附在用户的皮肤上,并结合了一种对水蒸气敏感的基于氧化石墨烯的传感器。氧化石墨烯传感器在参考条件下进行了表征,而天线的通信性能是通过对人体头部模型的电磁模拟以及志愿者的测量来评估的。最后,实验证明了整个系统能够通过测量氧化石墨烯的抵抗力,舒适地检测出吸气/呼气周期以及呼吸异常模式(如呼吸暂停和呼吸急促)。

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