Morphology, performance and stability of multi-bore capillary La_0.6Sr_0.4Co_0.2Fe_0.8O_3-δ oxygen transport membranes

Keyphrases

• Capillary 100%
• Permeation Flux 100%
• Thin Membrane 100%
• Oxygen Transport Membrane 100%
• Membrane Wall 100%
• High Temperature 50%
• Lumen 50%
• Sandwich Structure 50%
• Material Distribution 50%
• Surface Layer 50%
• Operating Temperature 50%
• Oxygen Permeability 50%
• Gas Flow 50%
• Three-point Bending 50%
• Sintering Process 50%
• Effective Thickness 50%
• Phase Inversion 50%
• Hollow Fiber 50%
• Permeation Test 50%
• Wall Structure 50%
• Sweep Gas 50%
• Demixing 50%
• Strong Mechanical Properties 50%
• Separation Layer 50%
• Bending Fracture 50%
• Thick Wall 50%
• Membrane Area 50%
• High Permeation 50%
• Oxygen Flux 50%
• Mixed Ionic-electronic Conductor 50%
• Hollow Fiber Membrane 50%
• Fracture Load 50%
• Dense Layer 50%
• Kinetic Demixing 50%
• Capillary Membrane 50%
• Area to Volume Ratio 50%

Engineering

• Microchannel 100%
• Thin Membrane 100%
• Capillary Bore 100%
• Oxygen Transport Membrane 100%
• Material Distribution 50%
• Surface Layers 50%
• Point Bending 50%
• Operating Temperature 50%
• Sintering 50%
• Gas Flow 50%
• Final Product 50%
• Volume Ratio 50%
• Phase-Inversion 50%
• Hollow Fibre 50%
• Layer Separation 50%
• Outer Surface 50%
• Oxygen Flux 50%
• Dense Layer 50%
• Hollow-Fiber Membrane 50%
• Membrane Area 50%
• Fracture Load 50%