Pem Fuel Cells: Fundamentals, Advanced Technologies, and Practical Application (Paperback)

1. Understanding the basics of PEM technology 2. Stacking and MEA for PEM 3. Electrocatalysts:Selectivity and utilization 4. Bipolar Plates for the PEM: CNT as an alternative 5. Gas diffusion layers (GDLs) for the PEM 6. Thermodynamics, operating conditions and electrochemistry for the PEM 7. PEM testing and diagnostics 8. Charge/mass transport and modelling principles in PEM 9. Degradation and Failure modes in PEM 10. Advanced characterizations and interfacial analysis for the PEM technology 11. High temperature PEM: An insight 12. EIS fundamentals and diagnosis for the PEM 13. Hydrogen and its environmental impact: From production to storage 14. Technology Risk and durability issues for the PEMFC technology 15. Economic, business and commercialization hindrances for the PEMFC 16. Automotive applications of the PEM technology 17. Future and fate of PEM technology