Assessing nonstoichiometric oxides for solar thermochemical fuel production

Keyphrases

• Oxides 100%
• Solar Thermochemical 100%
• Thermochemical Fuel Production 100%
• Quasi-equilibrium 100%
• Sweep Gas 100%
• Non-stoichiometric Oxides 100%
• High Temperature 50%
• Computational Approach 50%
• Material Development 50%
• Solid State 50%
• Maximum Efficiency 50%
• Equilibrium Condition 50%
• Model Validation 50%
• Overall Efficiency 50%
• Hydrogen Production 50%
• Gas Evolution 50%
• Reaction Temperature 50%
• Surface Kinetics 50%
• Non-stoichiometric 50%
• Gas Flow Rate 50%
• Gasses 50%
• Thermodynamic Driving Force 50%
• Production Profile 50%
• Thermodynamic Characteristics 50%
• Process Efficiency 50%
• Large Energy 50%
• Material-specific 50%
• Sweep Rate 50%
• Energy Penalty 50%
• Solar-to-hydrogen Efficiency 50%
• Water Splitting 50%
• Surface Reaction Kinetics 50%
• Cycling Strategy 50%
• Evolution Profile 50%
• Mechanical Pumping 50%
• Bulk Kinetics 50%
• Gas State 50%

Engineering

• Fuel Production 100%
• Equilibrium Condition 50%
• Driving Force 50%
• Gas Flowrate 50%
• Fuel Efficiency 50%
• Hydrogen Production 50%
• Duration Time 50%
• Engineering 50%
• Limitations 50%
• Production Profile 50%
• Water Splitting 50%
• Porosity 50%