PEM Fuel Cells: Characterization and Modeling

This Book Is A Comprehensive Introduction To The Rapidly Developing Field Of Modeling And Characterization Of Pem Fuel Cells. It Focuses On I) Fuel Cell Performance Modeling And Performance Characterization Applicable From Single Cells To Stacks, Ii) Fundamental And Advanced Techniques For Structural And Compositional Characterization Of Fuel Cell Components And Iii) Electrocatalyst Design. Written By Experts In This Field, This Book Is An Invaluable Tool For Graduate Students And Professionals. Frontmatter -- Preface -- Contents -- List Of Contributing Authors -- 1 Introduction -- Part I: Structural And Compositional Characterization -- 2 Microstructural And Spectroscopic Characterization Of Pemfcs -- 3 Characterization Approaches For Atomically Dispersed Platinum Group Metal-free Catalysts -- 4 Synchrotron X-ray Imaging Of Pemfcs -- 5 Pemfc Analysis Using Soft X-ray Spectromicroscopy: Methods And Applications -- Part Ii: Performance Modeling/characterization -- 6 Membrane-electrode-assembly Modeling Using Openfcst -- 7 Physical Models Of Performance -- 8 Pore-scale Simulation In The Electrode Of Pemfc – A Review And Tutorial -- 9 Voltage Loss Breakdown In Pem Fuel Cells -- 10 Relationships Between Stack Performance, Transfer Leaks And H2-emissions -- Part Iii: Catalysis/cl Components -- 11 Electrocatalysts: From Nanostructures To Single Atoms -- Index Ed. By Jasna Jankovic, Jürgen Stumper. Issued Also In Print. Mode Of Access: Internet Via World Wide Web. In English.