Please enable JavaScript.
Coggle requires JavaScript to display documents.
(Chapter 1: An Introduction to Electrode Reactions, Chapter 4: A Further…
Chapter 1: An Introduction to Electrode Reactions
1. Introduction
2. Electrolysis Cells
3. Simple Electron-Transfer Reactions
Equilibrium Potential
Other Potentials
4. Mass Transport
Diffusion Only Conditions
Convective-diffusion Conditions
5. Interaction of Electron Transfer and Mass Transport
6. Reversible vs. Irreversible Electrode Reactions
7. Adsorption
Study of Adsorption
Why is Adsorption of Interest?
8. Coupled Chemical Reactions
9. Phase Formation and Growth
10. Multiple Electron Transfer
Chapter 4: A Further Look at Electron Transfer
Introduction
Formal Potential
Kinetics of the Electrode Transfer
Setting the Scene
Absolute Rate Theory
Fluctuating Energy Level Model for Electron Transfer
Some Experimental Results
Electron Transfer with Biomolecules
Correction of Kinetic Parameters for DL Effects
Chapter 6: Experimental Electrochemistry
Introdcution
The Problems
IR Drop
DL Charging Currents
Electrical Noise
Mass Transport Regime
Solution Contamination
A Reproducible Electrode Surface
Instrumentation
Components in Electrochemical Cells
WE
CE
RE
Electrolyte Solution
Separators and Membranes
Some Cell Designs
What is Controlled
Chapter 3: The Interfacial Region
1. Introduction
2. Models for the EDL
3. Adsorption of Organics
4. Experimental Consequences of the DL
Charging Currents
Electrode Kinetics
5. Concluding Remarks
Chapter 7: Techniques for the study of Electrode Reactions
Introduction
Steady State Techniques
Electrolysis/Coulometry
Steady State Current Density vs. Potential
RDE
RRDE
Non-steady State Techniques
Potential Step Experiments
Cyclic Voltammetry
AC Impedance
Microelectrodes
Steady State Experiments
Non-steady State Experiments
Spectroelectrochemistry
Chapter 2: The Two Sides of the Interface
1. Introduction
2. Metals
Bulk Structure and Properties
Surface Structure
3. Electrolyte Solution
Solvent
Electrolyte
Reactant, Intermediates and Product
4. Ion-permeable Membranes
Chapter 8: Fuel Cells
H2/O2 PEM Fuel Cells
Solid Polymer Electrolyte (Membrane)
Cathode Catalyst
Anode Catalyst
Membrane Electrode Assemblies (MEAs)
Bipolar Plate
Fuel Cell Stack
Revising the Electrochemistry
PEM Fuel Cell Performance
Commerical Developments
Types of Fuel Cells
Phosphoric Acid FCs
Alkaline FCs
Polymer Electrolyte Membrane (PEM) FCs
Molten Carbonate FCs
Solid Oxide FCs
Introduction
What is a Fuel Cell?
Chapter 5: More Complex Electrode Reactions
Introduction
Multiple Electrode Transfer Reactions
Hydrogen Evolution and Oxidation Reactions