MgAl layered double hydroxide (LDH) for promoting ammonia synthesis in non-thermal plasma: Role of surface oxygen vacancy

Keyphrases

• Mg-Al Layered Double Hydroxide 100%
• Surface Oxygen Vacancy 100%
• Non-thermal Plasma 100%
• Ammonia Synthesis 100%
• Layered Double Hydroxide 66%
• Oxygen Vacancy 33%
• Plasma Condition 33%
• Plasma Catalysis 33%
• NH3 Synthesis 33%
• Rational Design 16%
• Ni-Co 16%
• Calcination 16%
• Energy Efficiency 16%
• Ammonia 16%
• Oxygen Concentration 16%
• Reaction Pathway 16%
• Active Metal 16%
• Dual Active Sites 16%
• High Ammonia 16%
• Synthesis Rate 16%
• Catalytic Ammonia Synthesis 16%
• Plasma-assisted 16%
• Highly Efficient Catalyst 16%
• Plasma Concentration 16%
• Metal Species 16%
• Post-synthesis 16%
• Metal Sites 16%
• Rational Optimization 16%
• Oxygen Vacancy Sites 16%
• Multiple Reactions 16%
• Hydrogen Plasma Etching 16%
• NH3 Formation 16%

Material Science

• Oxygen Vacancy 100%
• Layered Double Hydroxides 100%
• Calcination 16%
• Plasma Etching 16%

Chemical Engineering

• Ammonia Synthesis 100%
• Calcination 33%