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In This Chapter
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Water Transfer Factor Measurement
- Introduction
- Definition of Water Transfer Factor
- Importance of Water Transfer Factor Measurements and Potential Applications
- Measurement Methods and Equipment
- Collection Methods
- Dew Point/Relative Humidity Methods
- Chilled Mirrors (Dew Point)
- Piezoelectric Hygrometers (Dew Point)
- Capacitive Sensors (RH)
- Resistive Sensors (RH)
- Composition Methods
- Mass Flow Methods
- Key Design Aspects
- Design Considerations
- Sensitivity Analysis
- Monte Carlo Analysis
- Further Design Considerations for Dynamic Analysis
- Experimental Results and Uses
- Effects of Operating Conditions
- Effects of MEA Construction
- Trends from the Polarization-Type Tests with the Fitting of the Model Parameters
- Local Alpha Profiles
- Experimental Results from Dynamic Measurements
- Outlook
- Water Balance and Humidification Systems
- Water Transfer in Nonreactive Systems
- Hydrogen Crossover on a Running Fuel Cell
- Nomenclature
- Subscripts
- References
Abstract
Definition of Water Transfer Factor
Importance of Water Transfer Factor Measurements and Potential Applications
8.2 Measurement Methods and Equipment
Dew Point/Relative Humidity Methods
Further Design Considerations for Dynamic Analysis
8.4 Experimental Results and Uses
Effects of Operating Conditions
Trends from the Polarization-Type Tests with the Fitting of the Model Parameters
Experimental Results from Dynamic Measurements
Water Balance and Humidification Systems
Water Transfer in Nonreactive Systems
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