Rule-based network analysis of complex reaction systems in biomass conversion

Engineering & Materials Science

• Dehydration 100%
• Electric network analysis 81%
• Glycerol 66%
• Acids 48%
• Lignocellulosic biomass 37%
• Sugars 32%
• Monomers 31%
• Deprotonation 26%
• Protonation 24%
• Hydrogenolysis 23%
• Thermochemistry 22%
• Hydrogen 21%
• Acetaldehyde 20%
• Esterification 18%
• Catalysis 17%
• Transesterification 17%
• Acetone 17%
• Hydrogenation 16%
• Hydrides 16%
• Hydrolysis 16%
• Paraffins 15%
• Desorption 15%
• Propane 15%
• Carbon monoxide 14%
• Alcohols 14%
• Discrete Fourier transforms 14%
• Hydration 14%
• Biodiesel 14%
• Byproducts 13%
• Molecules 13%
• Ions 12%
• Catalysts 11%
• Metals 8%

Chemical Compounds

• Dehydration 68%
• Glycerol 46%
• Acrolein 31%
• Fuel 22%
• Long-Chain Alkane 20%
• Decarbonylation 16%
• Monomer 15%
• Thermochemistry 15%
• Acid Catalysis 15%
• Deoxygenation 15%
• Biodiesel 14%
• Hydrogenolysis 14%
• Acetaldehyde 13%
• Hydrogen 13%
• Acid Catalyst 13%
• Condensation Reaction 13%
• Propane 12%
• Diol 12%
• Deprotonation 12%
• Esterification 12%
• Carbonyl Group 12%
• Carbon Monoxide 11%
• Hydride 11%
• Acetone 10%
• Desorption 10%
• Hydrogenation 9%
• Acid 9%
• Hydrolysis 8%
• Alcohol 8%
• Metal 6%
• Ion 5%
• Molecule 4%
• Application 4%

Social Sciences

• network analysis 81%
• chemistry 7%
• alcohol 6%
• literature 3%
• Group 2%