Optimization of a permeation-based microfluidic direct formic acid fuel cell (DFAFC)

Keyphrases

• Acid Concentration 25%
• Air-breathing 25%
• Alloy Anode 25%
• Alloy Cathode 25%
• Alloy Electrode 25%
• Anode Alloy 25%
• Anodic 25%
• Concentration Gradient 25%
• Design Rules 25%
• Direct Formic Acid Fuel Cell (DFAFC) 100%
• Efficiency Improvement 25%
• Electrolyte 25%
• Fluid Flow 25%
• Formic Acid 100%
• Fuel Cell 25%
• High Surface Area 25%
• In-channel 25%
• Kinetic Loss 25%
• Laminar Flow 25%
• Liquid Electrolyte 25%
• Mass Transport 25%
• Microfluidic Fuel Cell 25%
• Microfluidic Network 25%
• Microfluidics 100%
• Ohmic Resistance 25%
• Operational Stability 25%
• Passive Permeation 25%
• PDMS Membrane 25%
• PDMS Microfluidics 25%
• Platinum Anode 25%
• Platinum Cathode 25%
• Platinum-palladium 25%
• Polymer Network 25%
• Power Density 25%
• Power Output 25%
• Self-standing Membrane 25%
• Separator 25%
• Transport Impacts 25%

Engineering

• Acid Concentration 50%
• Alloy 50%
• Anode Alloy 50%
• Anodes and Cathode 50%
• Breathing 50%
• Cathode Side 50%
• Concentration Gradient 50%
• Design Rule 50%
• External Source 50%
• Fuel Cell 100%
• High Surface Area 50%
• Laminar Flows 50%
• Mass Transport 50%
• Microfluidic Fuel Cell 50%
• Network Polymer 50%
• Ohmic Resistance 50%
• Palladium 50%
• Power Density 50%
• Power Output 50%

Chemical Engineering

• Chemical Kinetics Characteristics 50%
• Mass Transport 50%
• Palladium 50%
• Platinum 100%