Add to ORKGA4BSTRACT. To solve the differential equation for the heat in a two-layer, rectangular piece of skin tissue, a relaxation method, based on a finite difference technique, is used. The temperature distributions on the skin surface are calculated. The results are used to derive a criterion for the resolution for an infrared thermograph in a specific situa-tion. A major limitation on the resolution in medical thermography is given. As an example of the power of the model, the sensitivity of the temperature profiles for variations of the layer thickness is determined. 1
We consider a problem of skin tissue of the human head subjected to thermal diffusion with relaxatio...
In non-invasive thermal diagnostics, accurate correlations between the thermal image on skin surface...
At a non-uniform depth of the surface layer of the human skin, due to the biophysical necessity of n...
To solve the differential equation for the heat in a two-layer, rectangular piece of skin tissue, a ...
One of the long-term objectives of this study is to be able to act quickly on bo...
The use of thermographic techniques has increased as infrared detector technology has evolved and im...
The use of thermographic techniques has increased as infrared detector technology has evolved and im...
AbstractThe paper deals with the temperature distribution in multi-layered human skin and subcutaneo...
The paper presents the results of simulation of the heat transport in the human tissue by means of 1...
Abstract. The problem of an estimation of thermal defeats at influence of affected factors of fire h...
The paper deals with the temperature distribution in multi-layered human skin and subcutaneous tissu...
The use of thermographic techniques has increased as infrared detector technology has evolved and im...
Infrared thermography is one of the widely used non-invasive diagnostic methods. While the procedure...
The present research investigates the relationship between surface heat transfer from human skin and...
In the present study, the temperature fluctuations in tissues based on Penne’s bio-heat transfer equ...
We consider a problem of skin tissue of the human head subjected to thermal diffusion with relaxatio...
In non-invasive thermal diagnostics, accurate correlations between the thermal image on skin surface...
At a non-uniform depth of the surface layer of the human skin, due to the biophysical necessity of n...
To solve the differential equation for the heat in a two-layer, rectangular piece of skin tissue, a ...
One of the long-term objectives of this study is to be able to act quickly on bo...
The use of thermographic techniques has increased as infrared detector technology has evolved and im...
The use of thermographic techniques has increased as infrared detector technology has evolved and im...
AbstractThe paper deals with the temperature distribution in multi-layered human skin and subcutaneo...
The paper presents the results of simulation of the heat transport in the human tissue by means of 1...
Abstract. The problem of an estimation of thermal defeats at influence of affected factors of fire h...
The paper deals with the temperature distribution in multi-layered human skin and subcutaneous tissu...
The use of thermographic techniques has increased as infrared detector technology has evolved and im...
Infrared thermography is one of the widely used non-invasive diagnostic methods. While the procedure...
The present research investigates the relationship between surface heat transfer from human skin and...
In the present study, the temperature fluctuations in tissues based on Penne’s bio-heat transfer equ...
We consider a problem of skin tissue of the human head subjected to thermal diffusion with relaxatio...
In non-invasive thermal diagnostics, accurate correlations between the thermal image on skin surface...
At a non-uniform depth of the surface layer of the human skin, due to the biophysical necessity of n...