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Membrane and MEA development in polymer electrolyte fuel cells
Panagiotis Trogadas
, Vijay Ramani
Department of Energy, Environmental & Chemical Engineering
Washington University in St. Louis
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
2
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Scopus citations
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Keyphrases
Nafion Membrane
100%
Proton Exchange Membrane Fuel Cell (PEMFC)
100%
Nafion
75%
Membrane-based
50%
Ambient Pressure
50%
Non-fluorinated
50%
Direct Methanol Fuel Cell
50%
Catalyst Layer
50%
Thin Film Electrode
50%
Polymer Electrolyte Membrane
50%
Inorganic Additives
50%
Modified Nafion
50%
Cell-based
25%
Electrodeposition
25%
Methanol
25%
Hydrogen Peroxide
25%
Polymer System
25%
Functional Polymers
25%
Phosphoric Acid
25%
High Conductivity
25%
Electrode Design
25%
Proton Conductivity
25%
Increased Performance
25%
Air Cell
25%
Metal Oxide
25%
Fuel Cell
25%
Polymer Membrane
25%
Electrodeposition Method
25%
High Temperature Operation
25%
Electrode-electrolyte Interface
25%
Acid-base
25%
Thermal Management
25%
Fuel Cell Applications
25%
Vacuum Deposition
25%
Low Catalyst Loading
25%
Low Humidity
25%
Organic-inorganic Hybrid Membrane
25%
Heteropolyacid
25%
Fuel Cell Technology
25%
Base Polymer
25%
CO Tolerance
25%
Nafion Polymer
25%
Membrane Electrode
25%
Zirconium Phosphate
25%
Alternate Materials
25%
Tolerance Management
25%
Platinum Loading
25%
Metal Hydrogen Sulfate
25%
Chemical Engineering
Methanol
100%
Polytetrafluoroethylene
66%
Film
66%
Electrodeposition
66%
Vacuum Deposition
33%
Phosphoric Acid
33%
Fuel Cell Membrane
33%