Theory for the Current Distribution Interfaces
In this section:
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The Nernst–Planck Equations
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Domain Equations for Primary and Secondary Current Distributions
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Electrochemical Reactions and the Difference Between a Primary and a Secondary Current Distribution
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Domain Equations for Tertiary Current Distributions Using the Nernst–Planck Equations and Electroneutrality
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Mass Fluxes and Sources Due to Electrochemical Reactions
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Deposition-Dissolution Rates, Growth Velocities, and Thicknesses on an Electrode Surface
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Stoichiometric Coefficients for Double Layer Capacitive Charging
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Film Resistance
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Equilibrium Potentials and the Nernst Equation
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Electrode Kinetics Expressions
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Theory for Specific Current Distribution Feature Nodes
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Reference
This theory is also relevant to the Current Distribution on Edges, BEM interface. However, due to the use of BEM, current source terms in the electrolyte, and porous electrodes, cannot be used in this interface.
