Effects of assembling method and force on the performance of proton-exchange membrane fuel cells with metal foam flow field

Keyphrases

• Proton Exchange Membrane Fuel Cell (PEMFC) 100%
• Clamping Force 100%
• Metal Foam Flow Field 100%
• Assembling Method 100%
• Metal Foam 83%
• Gas Diffusion Layer 83%
• Cell Performance 66%
• Microstructure 33%
• Flow Plate 33%
• Field Emission Scanning Electron Microscopy (FE-SEM) 16%
• Mass Transfer Resistance 16%
• Force Distribution 16%
• Active Area 16%
• Fuel Cell 16%
• Pressure Drop Performance 16%
• Highly Porous 16%
• Electrochemical Impedance Spectroscopy Analysis 16%
• Cell Design 16%
• Cell Size 16%
• Fuel Cell Performance 16%
• Contact Pressure 16%
• Pressure-sensitive Film 16%
• Gas Distribution 16%
• Cell Area 16%
• Compression Force 16%
• Gas Transport 16%
• Flow-induced Deformation 16%
• Interface Resistance 16%
• Uniform Flow Distribution 16%
• Clamped Plate 16%
• Fuel Cell Tests 16%
• Pressure Cell 16%
• Cell Assembling 16%
• Porous Metal Foam 16%
• Open Flow Channel 16%
• Large Area Cell 16%

Engineering

• Flow Field 100%
• Proton-Exchange Membrane Fuel Cells 100%
• Metal Foam 100%
• Clamping Force 85%
• Gas Diffusion Layer 71%
• Cell Performance 57%
• Microstructure 28%
• Fuel Cell 28%
• Pressure Drop 14%
• Flow Distribution 14%
• Active Area 14%
• Field Emission Scanning Electron Microscope 14%
• Open Channel Flow 14%
• Cell Design 14%
• Test System 14%
• Contact Pressure 14%
• Cell Area 14%
• Uniform Flow 14%
• Fuel Cell Performance 14%
• Porous Metal 14%
• Pressure Cell 14%

Chemical Engineering

• Metal Foam 100%