
Electrocatalysis of Direct Methanol Fuel Cells From Fundamentals to Applications
by Zhang, Jiujun; Liu, Hansan-
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Summary
Author Biography
Jiujun Zhang is a Senior Research Officer and PEM Catalysis Core Competency Leader at the National Research Council of Canada Institute for Fuel Cell Innovation. He received his BS and MSc in electrochemistry from Beijing University, and his PhD from Wuhan University. After this, he took up a position as an associate professor at the Huazhong Normal University for two years, followed by three terms of postdoctoral research at the California Institute of Technology, York University, and the University of British Columbia. He also holds several adjunct professorships, including one at the University of Waterloo and one at the University of British Columbia. Dr. Zhang has more than 27 years of R&D experience in theoretical and applied electrochemistry, including over 13 years of fuel cell R&D, and three years of electrochemical sensor experience. He has over 220 publications to his name, including 140 refereed journal papers, three books, and 11 book chapters, as well as several patents and nine patent publications. Dr. Zhang is an active member of The Electrochemical Society, the International Society of Electrochemistry, and the American Chemical Society.
Table of Contents
Direct Methanol Fuel Cells: History, Status And Perspectives | |
Introduction | |
Concept of Direct Methanol Fuel Cells | |
Historical Aspects of Direct Methanol Fuel Cell Development and State of Arts | |
Current Status of DMFC Technology for Different Fields of Application | |
Perspectives of Direct Methanol Fuel Cells and Techno-Economical Challenges | |
Nanostructured Electrocatalyst Synthesis: Fundamental And Methods | |
Introduction | |
Fundamental Understanding of Structure Activity Relationship | |
Synthetic Methods of Conventional Carbon-Supported Catalysts | |
Synthetic Methods of Novel Unsupported Pt Nanostructures | |
Conclusions | |
Electrocatalyst Characterization And Activity Validation - | |
Fundamentals And Methods | |
Introduction | |
Direct Methanol Fuel Cells - | |
Role of Electrocatalysts | |
Characterization Techniques for Anode and Cathode Catalysts | |
Evaluation of Electrocatalyst Activity, Electrochemical Active Surface Area, Catalyst - | |
Adsorbate Interactions, and Activity Validation Techniques | |
Conclusions and Outlook | |
Combinatorial And High-Throughput Screening Of Dmfc Electrocatalysts | |
Introduction | |
Common Procedures for Devlopment of DMFC Catalysts | |
General Methods for Combinatorial and High Throughput Screening | |
Methods for Combinatorial Synthesis | |
Electrode Arrays for High Throughput Screening | |
Other Screening Methods for Catalyst Discover | |
Combinatorial Methods for Fuel Cell Evaluation and Data Analysis | |
Challenge and Perspective | |
State-Of-The-Art Electrocatalysts For Direct Methanol Fuel Cells | |
Introduction | |
Electrocatalysis and Electrocatalysts for DMFC | |
DMFC Electrocatalyst Characterization and Evaluation | |
DMFC Performance Advancement via MEA Design | |
Prospects for DMFC | |
Conclusions | |
Platinum Alloys As Anode Catalysts For Direct Methanol Fuel Cells | |
Introduction | |
Phase Diagram vs. Activity: New Chances for DMFC Anodes | |
Preparation Methods of Pt Alloys | |
Activity Evaluation of Pt Alloys | |
Stability of Pt-Ru Catalysts in DMFC Environment | |
Conclusions | |
Methanol Tolerant Cathode Catalysts For Dmfc | |
Introduction | |
Thermodynamics and Kinetics of the Oxygen Reduction Reaction (ORR) | |
Experimental Details | |
Synthesis and Characterizations of Nanostructured Catalysts for the ORR | |
Catalyst Tolerance in the Presence of Methanol | |
Summary and Outlook | |
Carbon Nanotube-Supported Catalysts For The Direct Methanol Fuel Cell | |
Introduction | |
Preparation of Carbon Nanotube-Supported Catalysts | |
Characteristics of Carbon Nanotube-Electrode | |
Electrochemical Behaviors of Carbon Nanotube-Supported Catalysts | |
Direct Growth of Carbon Nanotubes as Catalyst-Supports | |
Conclusion | |
Mesoporous Carbon Supported Catalysts For Direct Methanol Fuel Cells | |
Introduction | |
Mesoporous Carbon | |
Mesoporous Carbon Supported Catalyst | |
Fuel Cell Performance of Mesoporous Carbon Supported Catalyst | |
Summary and Prospect | |
Proton Exchange Membranes For Direct Methanol Fuel Cells | |
Introduction | |
Synthesis of Polymer Electrolyte Membranes for DMFC | |
Conclusions | |
Fabrication And Optimization Of Dmfc Catalyst Layers And Membrane Electrode Assemblies | |
Introduction | |
Components for DMFC Catalyst Layer Optimization | |
Catalyzed DMFC Electrode Structure and Fabrication Process | |
Other Electrode Fabrication Methods for DMFCs | |
Summary | |
Local Current Distribution In Direct Methanol Fuel Cells | |
Introduction | |
Model | |
Bifunctional Regime of DMFC Operation | |
Direct Methanol-Hydrogen Fuel Cell | |
Bifunctional Activation of DMFC | |
Conclusions | |
Electrocatalysis In The Direct Methanol Alkaline Fuel Cell | |
Introduction | |
History of Alkaline Methanol Fuel Cells | |
Electrocatalysis of Methanol Oxidation in Alkaline Media | |
Oxygen Reduction and Methanol Tolerant Electrocatalysts | |
Direct Methanol Fuel Cells in Alkaline Media | |
Direct Alkaline Polymer Electrolyte Membrane Fuel Cells | |
Alkaline Fuel Cells with Other Direct Liquid Fuels | |
Future Prospects of Direct Methanol Alkaline Fuel Cells | |
Electrocatalysis In Other Direct Liquid Fuel Cells | |
Introduction | |
Electrocatalysis of Direct Formic Acid Fuel Cells | |
Electrocatalysis of Direct Ethanol Fuel Cells | |
Electrocatalysis of Direct Hydrazine Fuel Cells | |
Other Direct Liquid Fueled Fuel Cells | |
Summary | |
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