Theory for the Hydrogen Fuel Cell and Water Electrolyzer Interfaces
In this chapter:
•
Electronic Conducting Phase Theory
•
Electrolyte Phase Theory
•
Gas Phase Theory
•
Calculation of Built-in Equilibrium and Thermoneutral Potentials
•
Membrane Crossover Theory
•
Electroosmotic Water Drag Theory
For general theory on electrode reactions, kinetics, as well as mass and heat sources, see also
•
Electrode Kinetics Expressions
•
Equilibrium Potentials and the Nernst Equation
•
Mass Fluxes and Sources Due to Electrochemical Reactions
•
Joule Heating Due to Charge Transport
•
Heating Due to Electrochemical Reactions
in
Theory for the Current Distribution Interfaces
.
For general theory on thermodynamic models, see also
•
Thermodynamic Models and Theory