A first principles study of direct electrooxidation of aqueous borohydride on Au and Pt surfaces

Keyphrases

• First-principles Study 100%
• Au Surface 100%
• Borohydride 100%
• Direct Borohydride Fuel Cell 100%
• Direct Oxidation 100%
• Pt Surface 100%
• Direct Electrooxidation 100%
• Au(111) 50%
• High Power Density 50%
• Density Functional Calculations 50%
• Pure Metals 50%
• Reaction Mechanism 50%
• Non-selective 50%
• Fuel Cell Cathode 50%
• Reaction Intermediates 50%
• Comparison with Experimental Data 50%
• Gasoline 50%
• Portable Power Applications 50%
• Gold Electrode 50%
• Sodium Borohydride 50%
• Volumetric Energy Density 50%
• Borohydride Electrooxidation 50%
• Pt(111) Surface 50%
• Cell Efficiency 50%
• Stable Surface 50%
• Silver Electrode 50%
• Electrocatalytic Mechanism 50%
• Au Anode 50%
• Surface Intermediates 50%
• Anode Electrode 50%
• Anode Electrocatalyst 50%
• Solubility Limit 50%
• Pure Methanol 50%

Engineering

• Borohydride 100%
• Fuel Cell 40%
• Power Density 20%
• Electro-Oxidation 20%
• Pure Methanol 20%
• Solubility Limit 20%
• Electrocatalysts 20%
• Flux Density 20%

Chemical Engineering

• Methanol 100%
• Electro-Oxidation 100%