Flow regime evolution in long, serpentine microchannels with a porous carbon paper wall

Keyphrases

• Two-phase Flow 100%
• Porous Carbon 100%
• Flow Regime 100%
• Serpentine Channel 100%
• Regime Evolution 100%
• Carbon Paper 100%
• Fuel Cell 66%
• Proton Exchange Membrane Fuel Cell (PEMFC) 66%
• Stratified Flows 66%
• Liquid Flow Rate 66%
• Operating Conditions 33%
• Current Density 33%
• Evacuation 33%
• Removal Mechanism 33%
• Water Management 33%
• Management Challenges 33%
• Liquid Water 33%
• Gas Flow Rate 33%
• Flow Direction 33%
• Flow Structure 33%
• Map-based 33%
• Low Flow Rate 33%
• Air Flow Rate 33%
• Plug Flow 33%
• Delivery Channels 33%
• Axial Flow 33%
• Water Injection 33%
• Slug Flow 33%
• Parasitic Losses 33%
• Reactant Transport 33%
• Cathode Channel 33%
• Local Gas Flow 33%
• Stoichiometric Coefficients 33%
• Gas Supply 33%
• Flow Regime Map 33%
• Cellular Water 33%
• Development Degree 33%
• Liquid Water Removal 33%

Engineering

• Two-Phase Flow 100%
• Microchannel 100%
• Flow Regime 100%
• Liquid Flowrate 100%
• Carbon Paper 100%
• Progression 66%
• Fuel Cell 66%
• Proton-Exchange Membrane Fuel Cells 66%
• Stratified Flow 66%
• Metrics 33%
• Water Management 33%
• Gas Flowrate 33%
• Flow Direction 33%
• Flow Structure 33%
• Reactant 33%
• Airflow Rate 33%
• Plug Flow 33%
• Axial Flow 33%
• Water Injection 33%
• Slug Flow 33%
• Stoichiometric Coefficient 33%
• Flow Regime Map 33%