INIS
enzymatic hydrolysis
96%
lignin
90%
carbonization
80%
biomass
66%
bark
61%
yields
57%
wheat
50%
straw
50%
streams
48%
applications
48%
carbohydrates
43%
poultry
40%
by-products
40%
nutrients
40%
optimization
40%
forests
40%
fatty acids
40%
pulps
40%
residues
40%
conversion
40%
packaging
40%
dispersions
40%
barriers
40%
liquids
38%
water
32%
cellulose
30%
ph value
29%
carbonaceous materials
26%
processing
26%
phosphorus
24%
coatings
22%
solids
22%
delignification
20%
glucose
20%
willows
20%
nitrogen
16%
chickens
16%
proteins
16%
sediments
16%
powders
16%
particle size
15%
life cycle assessment
13%
steam
13%
explosions
13%
sugar
13%
comparative evaluations
13%
removal
13%
shape
13%
morphology
13%
resources
13%
Keyphrases
Enzymatic Hydrolysis
100%
Hydrothermal Carbonization
80%
Lignin
73%
Wheat Straw
53%
Carbohydrates
46%
Birch Bark
45%
Nutrient Sources
40%
Biomass Residues
40%
Hydrothermal Treatment
40%
Forest Biomass
40%
Agro-based
40%
Millstream
40%
Carbonaceous Materials
40%
Pulp Mill
40%
Semi-industrial Scale
40%
Liquid Fraction
40%
Ultrasound Pretreatment
40%
Poultry Products
40%
Reaction Pathway
40%
Packaging Applications
40%
Suberin
40%
Barrier Packaging
40%
Aqueous Dispersion
40%
Material Characterization
40%
Physical Materials
40%
Isolation Material
40%
Suberin Fatty Acids
40%
Kraft Lignin
33%
Phosphorus
30%
Willow
26%
Lignocellulosic Resources
20%
Gas Chromatography-flame Ionization Detection (GC-FID)
20%
Field Emission Scanning Electron Microscopy (FE-SEM)
20%
Molar Viscosity
20%
Carbonaceous Particles
20%
High Molar Mass
20%
Pyrolysis-GC-MS
20%
Fibrous Materials
20%
Galactoglucomannan
20%
Bleached Kraft Pulp
20%
Solid Fraction
20%
Delignification
20%
TEMPO-oxidized Cellulose Nanofiber
20%
Deboning
20%
Chicken
20%
Thermally Stable
13%
High Content
13%
Thermochemical Treatment
13%
Wet Biomass
13%
Coffee
13%
