Mathematical Theory of the Changes of Concentration at the Electrode, Brought About by Diffusion and by Chemical Reaction (Classic Reprint)

Understanding how diffusion and chemical reactions shape concentrations at the electrode .

This book builds practical math to explain what happens when substances move and react near an electrode, helping you predict currents and changes in concentration.

Two sections explain the diffusion layer, electrode conditions, and how sinusoidal currents can be analyzed using different mathematical forms. The work also shows how hyperbolic and Fourier approaches can simplify complex calculations for real-world electrochemical systems.

• Learn how diffusion constants, electrode placement, and reaction rates influence concentration profiles
• See how sinusoidal currents are translated into stationary and evanescent terms through hyperbolic and Fourier forms
• Discover methods for combining multiple currents and predicting steady-state behavior at the electrode
• Explore how mathematical representations connect theory to measurable quantities like currents and concentrations

Ideal for readers of physical chemistry and applied mathematics seeking a rigorous, computation-friendly view of electrochemical concentration changes.