Thermodynamic approach to dielectric parameters of human blood: application to early medical diagnostics of tumors
Date
2017-05-21
Authors
Batyuk, Liliya
Kizilova, Nataliya
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Abstract
In this paper human blood is considered as a concentrated suspension of aggregating particles suspended in the complex fluid containing the microparticles with additional degrees of freedom. It is well known in many severe diseases like tumor the blood plasma is rich of products
of tissue degeneration and necrosis, and those particles are able to rotate, orient and deform, that can be described by additional internal variables.
Description
Keywords
red blood cells, dielectric properties, entropy, tumor growth
Citation
Batyuk L. Thermodynamic approach to dielectric parameters of human blood: application to early medical diagnostics of tumors / L. Batyuk, N. Kizilova // 14-th Joint European Thermodynamics conference, Budapest, May 21–25, 2017. – Budapest, 2017. – P. 17.