Engineering & Materials Science
Aromatic hydrocarbons
88%
Zeolites
73%
Zirconium
62%
Rubber
55%
Plastics
45%
Degradation
42%
Pyrolysis
34%
Polycarbonates
30%
Cobalt
28%
Polymers
26%
Polyethylenes
26%
Iron
22%
Pyridine
20%
Temperature programmed desorption
18%
X ray powder diffraction
18%
Polybutadienes
17%
Catalyst activity
15%
Fourier transform infrared spectroscopy
15%
Waste management
14%
X ray photoelectron spectroscopy
14%
Desorption
14%
Ammonia
13%
Tires
12%
Adsorption
11%
Nitrogen
11%
Acids
11%
Catalysts
10%
Substrates
8%
Recovery
8%
Earth & Environmental Sciences
rubber waste
100%
plastic waste
75%
aromatic hydrocarbon
65%
zeolite
60%
pyrolysis
41%
degradation
40%
polymer
35%
cobalt
32%
iron
20%
hydrocarbon generation
18%
energy recovery
17%
tire
17%
FTIR spectroscopy
15%
X-ray spectroscopy
15%
waste management
13%
catalyst
13%
probe
12%
ammonia
12%
X-ray diffraction
11%
fold
11%
effect
10%
substrate
10%
adsorption
10%
acid
9%
nitrogen
9%
temperature
5%
Business & Economics
Rubber
70%
Degradation
62%
Plastics
60%
Pyrolysis
54%
Polymers
42%
Spectroscopy
38%
Polyethylene
31%
X-ray Diffraction
23%
Iron
22%
Adsorption
20%
Infrared
18%
Fourier Transform
17%
Ammonia
17%
Nitrogen
16%
Tire
15%
Selectivity
14%
Waste Management
14%
Catalyst
12%
Enhancement
12%
Substrate
12%
Temperature
11%
Energy
9%