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Physiol Meas. 2018 Feb 28;39(2):028001. doi: 10.1088/1361-6579/aaab0f.
Many electrochemical/bioelectrochemical systems are intrinsically nonstationary and are affected by time-dependent phenomena. The requirement of stationarity in the classical version of impedance spectroscopy appears to be in conflict with the essential properties of the object, therefore a post-experimental mathematical/analytical procedure is necessary for the reconstruction of the 'true' impedance spectra. In this communication, a method for the correction of the impedance data is discussed.
许多电化学/生物电化学系统本质上是非稳态的，并受到时间相关现象的影响。在阻抗谱的经典版本中对稳态的要求似乎与对象的基本特性相冲突，因此需要进行实验后的数学/分析处理，以重建“真实”的阻抗谱。在本通讯中，讨论了一种校正阻抗数据的方法。
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