Bulk-surface electro-thermodynamics and applications to electrochemistry
Authors
- Dreyer, Wolfgang
- Guhlke, Clemens
- Müller, Rüdiger
ORCID: 0000-0003-2643-722X
2010 Mathematics Subject Classification
- 35Q35 35Q61 78A57 80A17
Keywords
- Bulk-surface electro-thermodynamics, entropy principle, constitutive modeling, electrochemistry
DOI
Abstract
We propose a modeling framework for magnetizable, polarizable, elastic, viscous, heat conducting, reactive mixtures in contact with interfaces. To this end we first introduce bulk and surface balance equations that contain several constitutive quantities. For further modeling the constitutive quantities, we formulate constitutive principles. They are based on an axiomatic introduction of the entropy principle and the postulation of Galilean symmetry. We apply the proposed formalism to derive constitutive relations in a rather abstract setting. For illustration of the developed procedure, we state an explicit isothermal material model for liquid electrolyte metal electrode interfaces in terms of free energy densities in the bulk and on the surface. Finally we give a survey of recent advancements in the understanding of electrochemical interfaces that were based on this model.
Appeared in
- Entropy, 20 (2018), pp. 939/1--939/44, DOI 10.3390/e20120939 .
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