As a non-destructive method for characterizing battery dynamic behavior, electrochemical
impedance spectroscopy (EIS) is becoming increasingly important to analyze electrode …

Distribution-based analyses, such as the distribution of relaxation times (DRT) and the
distribution of diffusion times (DDT), present model-free alternatives to equivalent circuit …

The analysis of a Distribution of Relaxation Times (DRT) has proven to be extremely
effective for the study of electrochemical power sources. Biological systems are non …

This manuscript describes a novel methodology for studying relaxation dynamics in tissues
and cells using characteristic frequency of bioimpedance spectroscopy measurements. The …

The development of sensitive and affordable testing devices for infectious diseases is
essential to preserve public health, especially in pandemic scenarios. In this work, we have …

The potential of electrical impedance spectroscopy (EIS) was demonstrated for the
investigation of microstructural properties of osseous tissue. Therefore, a deep neural …

A unified mixing (UM) model was developed to derive microstructural information of
trabecular bone, ie, bone volume fraction (BV/TV), from electrical impedance spectroscopy …

Electroporation has an application in the selective delivery of drugs explicitly into cells.
However, the challenge is to achieve efficiency in delivering the drugs. The key parameter …

This work aimed to investigate the potential selective effects of nano-pulse stimulation (NPS)
on adherent cancer and normal cells using impedance spectroscopy. A constant phase …

The conductivity modeling approach in pulsed field ablation of tumors and atrial fibrillation
highlights the advantages of in situ, real-time monitoring for intraoperative diagnostics to …