In this paper we study the electric conductivity of continuous media in the contest of the non-equilibrium thermodynamics with internal variables. Namely, we shall use some recent results that allow to infer conductivity as function of the frequency of perturbation, only by means of dielectric measurements. Although the results obtained can be applied to several materials, we have applied them to the study of electric conductivity on porcine liver tissue obtaining the spectrum frequency of conductivity (real and imaginary part)
Very low frequency dielectric relaxation can by studied by transforming the measured time data into ...
Radiofrequency ablation (RFA) is a widely used thermal treatment for liver tumors. Knowledge about t...
This paper discusses the impact of tissue dehydration on the dielectric properties of excised tissue...
<p>Numerical simulation of the A) electric field and C) electric conductivity distributions during i...
Objective: The released energy during radio frequency thermal ablation (RFTA) therapy changes the di...
A critical review is given, of range and depth not previously available, of the dielectric dispersio...
Relations and distinctions which are relavant to small-signal electrical-relaxation behavior are rev...
We collect some results concerning electrical conduction problems in biological tissues. Indeed, it ...
1) An Experimental Estimation of the Maximum Period of Liver Preservation Using Dielectric Parameter...
Abstract There is a shortage of donor livers and patients consequently die on waiting lists worldwid...
Accurate knowledge of the dielectric permittivity and conductivity of biological tissue provides dir...
<p>An electrical conductivity of a liver tissue obtained by MREIT. Tissues were exposed to four 100 ...
The heat dissipation function for polarizable anisotropic media in which phenomena of dielectric rel...
In some previous papers one of us developed a theory of dielectric and magnetic relaxation phenomena...
In this paper, we will show the possibility of studying physical properties and irreversible phenome...
Very low frequency dielectric relaxation can by studied by transforming the measured time data into ...
Radiofrequency ablation (RFA) is a widely used thermal treatment for liver tumors. Knowledge about t...
This paper discusses the impact of tissue dehydration on the dielectric properties of excised tissue...
<p>Numerical simulation of the A) electric field and C) electric conductivity distributions during i...
Objective: The released energy during radio frequency thermal ablation (RFTA) therapy changes the di...
A critical review is given, of range and depth not previously available, of the dielectric dispersio...
Relations and distinctions which are relavant to small-signal electrical-relaxation behavior are rev...
We collect some results concerning electrical conduction problems in biological tissues. Indeed, it ...
1) An Experimental Estimation of the Maximum Period of Liver Preservation Using Dielectric Parameter...
Abstract There is a shortage of donor livers and patients consequently die on waiting lists worldwid...
Accurate knowledge of the dielectric permittivity and conductivity of biological tissue provides dir...
<p>An electrical conductivity of a liver tissue obtained by MREIT. Tissues were exposed to four 100 ...
The heat dissipation function for polarizable anisotropic media in which phenomena of dielectric rel...
In some previous papers one of us developed a theory of dielectric and magnetic relaxation phenomena...
In this paper, we will show the possibility of studying physical properties and irreversible phenome...
Very low frequency dielectric relaxation can by studied by transforming the measured time data into ...
Radiofrequency ablation (RFA) is a widely used thermal treatment for liver tumors. Knowledge about t...
This paper discusses the impact of tissue dehydration on the dielectric properties of excised tissue...