<p>Plots of the impedance <i>vs.</i> frequency dependence for mitochondria sample calculated from the equivalent circuit (a) and by using different values of double layer capacitance C<sub>dl</sub> in the equivalent circuit (b).</p
<p>Equivalent circuit parameters deduced by fitting Nyquist plots and the frequencies at ɸ = −45° fo...
The performance of three analytical methods for multiple-frequency bioelectrical impedance analysis ...
<p>(Top) Electrical reactance as a function of insertion depth. (Bottom) Electrical resistance as a ...
<p>Frequency dependence plots of voltage at different regions of the mitochondria equivalent circuit...
Purpose. Modeling the dispersion of the biological tissue impedance of vegetable and animal origin u...
<p>a) The cell population is represented by the Cole-Cole model with an extracellular resistance (<i...
<p>(A) Nyquist plots, (B) Simulation equivalent circuit, (C) frequency versus impedance magnitude, (...
In electrochemical experiments much of information is enclosed in the impedance response. It is usua...
A biological microelectromechanical system (BioMEMS) device was designed to study complementary mito...
Dyanamic Impedance Row data on Electrical Double-Layer Capactior This repository contains signals di...
To my little princess Leïla The impedance of biological material changes with frequency, a phenomeno...
<p>Note that for a given AC frequency, the specific impedance of IRON+ samples is higher than that o...
It has been proposed that multiple frequency bioelectrical impedance models of the human body should...
<p><b>A)</b> Nyquist diagram of an impedance spectrum calculated for circuits depicted in (C) and (D...
<p>Equivalent circuit used in the analysis of the impedance diagrams in <a href="http://www.plosone....
<p>Equivalent circuit parameters deduced by fitting Nyquist plots and the frequencies at ɸ = −45° fo...
The performance of three analytical methods for multiple-frequency bioelectrical impedance analysis ...
<p>(Top) Electrical reactance as a function of insertion depth. (Bottom) Electrical resistance as a ...
<p>Frequency dependence plots of voltage at different regions of the mitochondria equivalent circuit...
Purpose. Modeling the dispersion of the biological tissue impedance of vegetable and animal origin u...
<p>a) The cell population is represented by the Cole-Cole model with an extracellular resistance (<i...
<p>(A) Nyquist plots, (B) Simulation equivalent circuit, (C) frequency versus impedance magnitude, (...
In electrochemical experiments much of information is enclosed in the impedance response. It is usua...
A biological microelectromechanical system (BioMEMS) device was designed to study complementary mito...
Dyanamic Impedance Row data on Electrical Double-Layer Capactior This repository contains signals di...
To my little princess Leïla The impedance of biological material changes with frequency, a phenomeno...
<p>Note that for a given AC frequency, the specific impedance of IRON+ samples is higher than that o...
It has been proposed that multiple frequency bioelectrical impedance models of the human body should...
<p><b>A)</b> Nyquist diagram of an impedance spectrum calculated for circuits depicted in (C) and (D...
<p>Equivalent circuit used in the analysis of the impedance diagrams in <a href="http://www.plosone....
<p>Equivalent circuit parameters deduced by fitting Nyquist plots and the frequencies at ɸ = −45° fo...
The performance of three analytical methods for multiple-frequency bioelectrical impedance analysis ...
<p>(Top) Electrical reactance as a function of insertion depth. (Bottom) Electrical resistance as a ...