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5 PEMFC analysis using soft X-ray spectromicroscopy: methods and applications
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Chapters in this book
- Frontmatter I
- Preface V
- Contents VII
- List of Contributing Authors IX
- 1 Introduction 1
-
Part I: Structural and compositional characterization
- 2 Microstructural and spectroscopic characterization of PEMFCs 5
- 3 Characterization approaches for atomically dispersed platinum group metal-free catalysts 87
- 4 Synchrotron X-ray imaging of PEMFCs 113
- 5 PEMFC analysis using soft X-ray spectromicroscopy: methods and applications 137
-
Part II: Performance modeling/characterization
- 6 Membrane-electrode-assembly modeling using OpenFCST 171
- 7 Physical models of performance 231
- 8 Pore-scale simulation in the electrode of PEMFC – a review and tutorial 277
- 9 Voltage loss breakdown in PEM fuel cells 315
- 10 Relationships between stack performance, transfer leaks and H2-emissions 415
-
Part III: Catalysis/CL components
- 11 Electrocatalysts: from nanostructures to single atoms 459
- Index 489
Chapters in this book
- Frontmatter I
- Preface V
- Contents VII
- List of Contributing Authors IX
- 1 Introduction 1
-
Part I: Structural and compositional characterization
- 2 Microstructural and spectroscopic characterization of PEMFCs 5
- 3 Characterization approaches for atomically dispersed platinum group metal-free catalysts 87
- 4 Synchrotron X-ray imaging of PEMFCs 113
- 5 PEMFC analysis using soft X-ray spectromicroscopy: methods and applications 137
-
Part II: Performance modeling/characterization
- 6 Membrane-electrode-assembly modeling using OpenFCST 171
- 7 Physical models of performance 231
- 8 Pore-scale simulation in the electrode of PEMFC – a review and tutorial 277
- 9 Voltage loss breakdown in PEM fuel cells 315
- 10 Relationships between stack performance, transfer leaks and H2-emissions 415
-
Part III: Catalysis/CL components
- 11 Electrocatalysts: from nanostructures to single atoms 459
- Index 489