Engineering & Materials Science
Bagasse
44%
Bioeconomy
13%
Biofuels
18%
Biomass
51%
Biomaterials
9%
Cellulose
8%
Cotton fibers
24%
Feedstocks
8%
Hot Temperature
3%
Infrared spectroscopy
77%
Lignin
30%
Lignocellulosic biomass
79%
Pectins
54%
Polysaccharides
11%
Principal component analysis
53%
Pyrolysis
7%
Sawdust
22%
Starch
20%
Straw
20%
Temperature
13%
Thermogravimetric analysis
63%
Medicine & Life Sciences
Agave
20%
Ananas
18%
bagasse
41%
Biocompatible Materials
5%
Biofuels
16%
Biomass
70%
Cellulose
6%
citrus pectin
21%
Cotton Fiber
20%
Hordeum
16%
Hot Temperature
8%
Lignin
26%
Musa
16%
Pectins
16%
Polysaccharides
5%
Principal Component Analysis
61%
Saccharum
18%
Solanum tuberosum
15%
Spectrum Analysis
56%
Starch
13%
Temperature
16%
Thermogravimetry
100%
Weights and Measures
14%
Zea mays
7%
Agriculture & Biology
Agave
15%
analytical methods
5%
bagasse
13%
banana peels
16%
barley straw
15%
biocompatible materials
6%
biofuels
10%
biomass
35%
cellulose
4%
Citrus
10%
corn cobs
7%
feedstocks
5%
heat
3%
infrared spectroscopy
64%
lignin
14%
lint cotton
12%
methodology
1%
orange peels
15%
pectins
22%
pineapple peels
18%
polysaccharides
4%
potato starch
13%
principal component analysis
49%
sampling
2%
sawdust
13%
sugarcane bagasse
13%
temperature
9%
thermal degradation
6%
thermogravimetry
61%
value-added products
6%
Earth & Environmental Sciences
analysis
1%
analytical method
5%
barley
13%
biofuel
11%
biomass
34%
cellulose
5%
chemical
5%
cotton
11%
degradation
3%
fiber
8%
infrared spectroscopy
61%
lignin
18%
maize
5%
material
6%
methodology
3%
polysaccharide
5%
potato
13%
principal component analysis
48%
product
2%
sawdust
14%
starch
12%
straw
11%
temperature
8%
thermogravimetry
71%
trend
2%
Chemistry
Amount
2%
Biofuel
12%
Biomaterial
4%
Fiber
7%
IR Spectroscopy
39%
Lignin
11%
Orange
9%
Pectin
20%
Polysaccharide
4%
Pyrolysis
3%
Reaction Yield
2%
Resistance
3%
Sawdust
14%
Starch
10%
Thermogravimetric Analysis
40%
Weight
12%