The kinetics of inhibitor production resulting from hydrothermal deconstruction of wheat straw studied using a pressurised microwave reactor

Earth & Environmental Sciences

• acetate 15%
• acetic acid 35%
• activation energy 32%
• analysis 4%
• biomass 20%
• degradation 10%
• ethanol 15%
• formic acid 63%
• furan 82%
• heating 23%
• hydrolysis 15%
• inhibitor 62%
• kinetics 41%
• lignin 53%
• loss 17%
• microwave 57%
• prediction 8%
• rate 10%
• reactor 46%
• solubilization 56%
• straw 68%
• sugar 33%
• wheat 61%

Medicine & Life Sciences

• Acetates 16%
• Acetic Acid 36%
• Biomass 41%
• Ethanol 14%
• formic acid 65%
• furan 77%
• Furans 28%
• Heating 36%
• hemicellulose 83%
• High Pressure Liquid Chromatography 13%
• Hydrolysis 15%
• Kinetics 48%
• Lignin 77%
• Microwaves 78%
• Protons 17%
• Sugars 32%
• Triticum 81%

Engineering & Materials Science

• Acetic acid 58%
• Activation energy 46%
• Bioethanol 30%
• Biomass 40%
• Degradation 15%
• Depolymerization 34%
• Ethanol 22%
• Formic acid 100%
• Heating 32%
• Hydrolysis 27%
• Lignin 83%
• Microwaves 58%
• Protons 26%
• Straw 82%
• Sugars 54%