Biomathematical analysis on impedance measurement during COVID-19 pandemic

Bin Zhao
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Abstract

The coating impedance size can reflect the aging degree of the coating to a certain extent; therefore, the measurement of the coating impedance size can monitor the aging degree of the coating in real time. Since the coating is traditionally considered as an insulating medium, its impedance value before aging is as high as 10^8 Ω or more, it is difficult to achieve accurate impedance measurement, and the current generated by loading by voltammetry at low voltage is very weak and easily affected by external electromagnetic interference noise, and the measurement accuracy is low. In this paper, by pluralizing the high impedance, establishing the mathematical model of differential amplification circuit, and then using sinusoidal fitting in which processing, so that the obtained signal is more accurate during COVID-19 pandemic.
新冠肺炎大流行期间阻抗测量的生物数学分析
涂层阻抗大小能在一定程度上反映涂层的老化程度;因此,涂层阻抗尺寸的测量可以实时监测涂层的老化程度。由于传统上认为涂层是绝缘介质,其老化前的阻抗值高达10^8 Ω以上,难以实现精确的阻抗测量,且伏安法在低压下加载产生的电流非常微弱,容易受到外界电磁干扰噪声的影响,测量精度较低。本文通过对高阻抗进行多元化,建立差分放大电路的数学模型,然后在其中进行正弦拟合处理,使得到的信号在COVID-19大流行期间更加准确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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