Exploring the Bioethanol Production Potential of Miscanthus Cultivars

Engineering & Materials Science

• Bioethanol 100%
• Lignin 91%
• Sugars 89%
• Glucose 83%
• Cellulose 80%
• Biomass 66%
• Monosaccharides 63%
• Enzymatic hydrolysis 54%
• Carbohydrates 51%
• Chemical analysis 47%
• Potassium 44%
• Phosphorus 44%
• Yeast 43%
• Fermentation 40%
• Magnesium 38%
• Sodium 37%
• Minerals 37%
• Ethanol 36%
• Feedstocks 36%
• Sulfur 35%
• Acids 33%
• Scanning electron microscopy 28%
• Degradation 25%

Physics & Astronomy

• lignin 72%
• biomass 63%
• sugars 61%
• glucose 56%
• cellulose 54%
• monosaccharides 40%
• profiles 39%
• grasses 36%
• carbohydrates 34%
• saccharomyces 33%
• fermentation 33%
• releasing 29%
• hydrolysis 28%
• pretreatment 26%
• potassium 24%
• minerals 24%
• ethyl alcohol 24%
• phosphorus 23%
• magnesium 23%
• sulfur 23%
• acids 21%
• sodium 21%
• degradation 18%
• scanning electron microscopy 15%

Chemistry

• Hemicellulose 13%
• Lignin 11%
• Glucose 8%
• Plant Growth 7%
• Enzymatic Hydrolysis 6%
• Weight 6%
• Monosaccharide 5%
• Fermentation 5%
• Phosphorus(.) 4%
• Carbohydrate 4%
• Magnesium Atom 4%
• Mineral 4%
• Ethanol 3%
• Sodium Atom 3%
• Scanning Electron Microscopy 3%
• Reaction Yield 2%
• Acid 1%
• Application 1%