The Maxwell equations are solved together with the Pennes Bio-heat equation analytically. The procedure of solution is provoked by the solution to the Maxwell equation. The result revealed the effect of the model parameters such as: the thermal conductivity, blood perfusion coefficient, and the thickness of the tissues and the location of the effect of the electric field. Our result agrees with the results obtained by El-dabe et al (2003) the results are significant to medical experts and engineers. Journal of the Nigerian Association of Mathematical Physics Vol. 10 2006: pp. 223-22
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
Presented in this thesis are the following theoretical investigations carried out on the non-invasiv...
The existence and uniqueness of solution for a system of equations of microwave heating of biologic ...
A mathematical analysis of microwave heating equations in one-dimensional multi-layer model has been...
A mathematical analysis of microwave heating equations in one-dimensional multi-layer model has been...
We consider the effect of temperature dependent thermal conductivity on temperature rise in biologic...
In this paper, a complete electromagnetic and thermal analysis has been performed based on the Penne...
Microwave thermal ablation treatments induce coagulation necrosis of diseased tissue through the abs...
Microwave thermal ablation treatments induce coagulation necrosis of diseased tissue through the abs...
Reliable and accurate information regarding the heat distribution inside biologica.I tissue due to m...
Abstract:- Reliable information on the heat distribution inside biological tissues is necessary for ...
We report a numerical study of the induced electric fields and specific absorption rate (SAR) produc...
Aim of this work is to characterize temperature increases obtained during a microwave thermal ablati...
We report a numerical study of the induced electric fields and specific absorption rate (SAR) produc...
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
Presented in this thesis are the following theoretical investigations carried out on the non-invasiv...
The existence and uniqueness of solution for a system of equations of microwave heating of biologic ...
A mathematical analysis of microwave heating equations in one-dimensional multi-layer model has been...
A mathematical analysis of microwave heating equations in one-dimensional multi-layer model has been...
We consider the effect of temperature dependent thermal conductivity on temperature rise in biologic...
In this paper, a complete electromagnetic and thermal analysis has been performed based on the Penne...
Microwave thermal ablation treatments induce coagulation necrosis of diseased tissue through the abs...
Microwave thermal ablation treatments induce coagulation necrosis of diseased tissue through the abs...
Reliable and accurate information regarding the heat distribution inside biologica.I tissue due to m...
Abstract:- Reliable information on the heat distribution inside biological tissues is necessary for ...
We report a numerical study of the induced electric fields and specific absorption rate (SAR) produc...
Aim of this work is to characterize temperature increases obtained during a microwave thermal ablati...
We report a numerical study of the induced electric fields and specific absorption rate (SAR) produc...
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
The potential of microwave radiometry as a non-invasive probe for subsurface tissue temperature meas...
Presented in this thesis are the following theoretical investigations carried out on the non-invasiv...
The existence and uniqueness of solution for a system of equations of microwave heating of biologic ...