Promotional effects of manganese on the structure and activity of Ce-Al-Si based catalysts for low-temperature oxidation of acetone

Keyphrases

• Mesoporous Silica Particles 100%
• Acetone 100%
• Si-based 100%
• Al-Si 100%
• Low-temperature Oxidation 100%
• Effect of Manganese 100%
• Promotion Effect 100%
• Mn-Ce 50%
• Adsorption Capacity 25%
• Mn-Fe 25%
• Mixed Oxides 25%
• Molar Ratio 12%
• Mn4+ 12%
• Catalytic Performance 12%
• Cu-Co 12%
• Catalytic Oxidation 12%
• Synergistic Effect 12%
• NiMn 12%
• Ce3+ 12%
• Cerium Oxide 12%
• Mn-Al 12%
• Surface Adsorption 12%
• Chemical State 12%
• Surface Enhancement 12%
• Particle Catalyst 12%
• Low-temperature Catalytic Oxidation 12%
• H2-TPR 12%
• Superior Activity 12%
• TPD Analysis 12%
• Surface Reducibility 12%
• Active Species 12%
• Catalyst Structure 12%
• Catalyst Surface 12%
• Acetone Adsorption 12%
• Redox Activity 12%
• Cu-Ce 12%
• Active Catalyst 12%
• Feces 12%
• Activity Test 12%
• Co-Ce 12%
• Fe-modified 12%
• Promoting Effect 12%
• MnCeOx 12%

Chemistry

• Manganese 100%
• Mesoporous Silica 100%
• Catalytic Oxidation 25%
• Reducibility 12%
• Cerium 12%
• Redox State 12%
• stability 12%

Chemical Engineering

• Temperature Programmed Desorption 100%
• Catalyst Surface 100%