Ingenjörs- och materialvetenskap
Lignin
100%
Molar mass
59%
Water
56%
Xylans
55%
Acids
55%
Sawdust
48%
Hydrolysis
47%
Oligomers
30%
Monosaccharides
30%
Cellulose nanocrystals
30%
Thermomechanical pulp
28%
Wood
28%
Gas chromatography
27%
Cellulose
27%
Bleached pulp
27%
Carboxylic acids
26%
Fractionation
26%
Monomers
26%
Softwoods
24%
Hardwoods
24%
Acetic acid
23%
Ashes
22%
Polysaccharides
19%
Calcium
19%
Degradation
18%
Wood chemicals
16%
Acetone
16%
Adhesives
15%
Size exclusion chromatography
15%
Agglomeration
15%
Impurities
13%
Temperature
13%
Formic acid
13%
Carbohydrates
13%
Triglycerides
13%
Hexane
12%
Food processing
12%
Cosmetics
11%
Parameter extraction
11%
Phenols
11%
Formaldehyde
11%
Sugars
10%
Biological systems
10%
Chemical industry
10%
Glucose
10%
Biofuels
9%
Drug products
9%
Acidity
8%
Ethanol
8%
Nuclear magnetic resonance
7%
Kemiska föreningar
Galactoglucomannan
94%
Lignin
60%
Xylan
51%
Birch Reduction
47%
Sawdust
46%
Hemicellulose
36%
Water Soluble
32%
Acid Hydrolysis
28%
Gas Chromatography Mass Spectrometry (GCMS)
22%
Molar Mass
22%
Methanolysis
19%
Volatile Organic Compound
18%
Acetyl Group
18%
Alkaline Hydrolysis
18%
pH Value
16%
Heterogeneity
16%
Acetic Acid
15%
Fractionation
15%
Amount
15%
Nanocrystal
14%
Gas Chromatography
14%
Carboxylic Acid
13%
Calcium(0)
13%
Acetate
12%
Buffer Solution
11%
Acid
11%
Mannitol
10%
Acetone
10%
Sodium Acetate
9%
Monomer
9%
Biofuel
9%
Chemical Industry
9%
Reaction Yield
9%
Triglyceride
9%
Pharmaceutical Industry
9%
Cosmetic
9%
Oligomer
8%
Hexane
8%
Polysaccharide
8%
Monosaccharide
7%
Formic Acid
7%
Sesquiterpene
7%
Molar Mass Distribution
7%
Food
7%
Size Exclusion Chromatography
7%
Solvent
7%
Time
7%
Carbohydrate
6%
Fenchol
6%
Hydrolysis
5%
Agrikultur & biologi
Picea
43%
Picea abies
42%
acid hydrolysis
32%
Bacillus mucilaginosus
31%
xylan
30%
stemwood
28%
methanolysis
23%
mannans
21%
Betula
21%
solid phase microextraction
21%
uronic acids
21%
plant analysis
21%
volatile organic compounds
20%
sawdust
20%
hydrodistillation
20%
karsts
19%
catechin
19%
pruning
18%
xylanases
18%
analytical methods
18%
sapwood
18%
phloem
17%
hydrolysis
17%
polysaccharides
16%
heartwood
15%
carbohydrates
14%
water
14%
chromatography
14%
temperature
13%
chemical composition
13%
hemicellulose
12%
kinetics
11%
resin acids
9%
headspace analysis
9%
rice bran
8%
volatile compounds
8%
bark
8%
methodology
8%
gas chromatography
8%
molecular weight
8%
defense mechanisms
7%
acids
7%
gel chromatography
7%
sugars
7%
enzymatic hydrolysis
6%
biosynthesis
6%
lignin
6%
sampling
6%
stilbenes
6%
monoterpenoids
6%
