Fuel Cells Durability and Performance 3rd Edition (2008) - Stationary * Automotive * Portable Devices, Paperback

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  • Format: Paperback
  • Copyright: 2008-06-20
  • Publisher: William Andrew Pub
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This book provides an interdisciplinary review of the fundamental factors affecting Polymer Electrolyte Membrane Fuel Cells (PEM FC) performance, components/stacks/system durability, cost and implementation. The book emphasizes the latest efforts toward overcoming technical and engineering barriers to commercialization of stationary, automotive and portable PEM FC and related hydrogen infrastructure technologies.

Table of Contents

MEA Development for Automotive Applications
On-Road Experiences with FC
Degradation from FCV
Learning Demonstration
Fast Conditioning - Impacts on System Performance & Life Cycle
Cost Low-Cost
Durable Kynar-Based Fuel Cell
Membranes Strategies and Technologies to Improve the Durability of Membranes and MEAs for PEM Fuel Cells
Experimental Validation of a Method of Oxygen
Removal During a Shutdown of an Automotivce PEM Fuel Cell
The Titanium Separator with Stable
Durability and Low Electrical Resistance
Proton-Conducting Materials for Fuel
Cell Membrane and Electromagnetic Method of Conductivity
Testing Flow
Cath Technology - A Route to Precious
Metal-Free Cathodes for PEM-Type Fuel Cells PEM
Fuel Cell Durability Testing Ballard's
Approach to Concept Level Testing: The Mk1020
ACS Fuel Cell Stack Complex
Approach to Design and Evaluation of Fuel
Cell Systems and Components
Investigation of Durability Issues in Polymer Electrolyte Membrane (PEM)
Cells Transient Mult-Scale Modeling of Coupled Aging Mechanisms in PEFC 0
A Theoretical Tool for Experimental
Interpretation and Advanced MEA
Design Development of Advanced MEAs for PEM
Water Electrolysis
An In-Situ, Real-Time, Gas Humidity
Sensor for Fuel Cells
Table of Contents provided by Publisher. All Rights Reserved.

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