Title of article
A Nonequilibrium Evolution Criterion for Electromagnetic Bodies
Author/Authors
Radzikowska، Eugenia نويسنده , , Kotowski، Romuald نويسنده , , Muschik، Wolfgang نويسنده ,
Issue Information
فصلنامه با شماره پیاپی سال 2001
Pages
-214
From page
215
To page
0
Abstract
In this paper the micropolar medium exposed to the action of mechanical, thermal and electromagnetic fields is considered. The generalization of the global evolution criterion of nonequilibrium thermodynamics of micropolar media in the case of nonvanishing electromagnetic fields is derived. Interaction with the environment is modeled by the black-body radiation. Application of the criterion to liquid crystals in equilibrium state is given and the complete set of fundamental equations is derived.
Keywords
Thermodynamic models , Mixed adsorption layers , Adsorption kinetics , Penetration kinetics , Protein/lipid mixtures , Dynamic interfacial tensions , Surface viscoelasticity , Protein/surfactant mixtures , maximum bubble pressure tensiometry , Brewster angle microscopy , ADSA , Interfacial aggregation , Interfacial orientation , Surfactant adsorption layers , Diffusional transport , Liquid/fluid interfaces
Journal title
Journal of Non-Equilibrium Thermodynamics
Serial Year
2001
Journal title
Journal of Non-Equilibrium Thermodynamics
Record number
35875
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