Chemistry
Catalyst
100%
Hydrogenation
95%
Chemical Kinetics Characteristics
74%
Procedure
70%
Chemical Reaction
65%
Zeolite
59%
Hydrolysis
57%
Hydrogen
45%
Chemical Reaction Product
44%
Depolymerization
42%
Xylose
39%
Water Type
36%
Solid
36%
Reaction Selectivity
35%
Potential
31%
Glucose
31%
Reaction Temperature
31%
Sorption
30%
Reforming Reaction
28%
Hemicellulose
27%
Structure
26%
Xylitol
25%
Reaction Condition
25%
Reaction Yield
25%
Fuel
23%
Dioxygen
22%
Amount
20%
Acid
20%
Reactor
18%
Lignin
17%
Hydrothermal Synthesis
17%
Xylan
16%
Synthesis (Chemical)
16%
Pressure
16%
Monomer
15%
Energy
15%
Metal
15%
Oxidation Reaction
15%
Formic Acid
15%
Mixture
14%
Biomass
14%
Carbon Fiber
14%
Methane
13%
Aqueous Solution
13%
X-Ray Diffraction
13%
Application
13%
Particle Size
13%
Concentration
12%
Fractionation
12%
Reaction Time
12%
Chemical Engineering
Hydrogen
68%
Xylose
49%
Carbon
38%
Water
36%
Formic Acid
35%
Iron Oxide
34%
Glucose
31%
Carbon Dioxide
30%
Temperature
28%
Sorption
25%
Mass Transfer
23%
Oxygen
22%
Acid
20%
Nickel
18%
Lignin
17%
CO2 Conversion
17%
Monomer
15%
Extraction
15%
Carbon Fiber
14%
Paraffin
13%
Fractionation
12%
Thermodynamics
12%
Adsorption
12%
Carbon Monoxide
10%
Fructose
10%
Physisorption
10%
Polymer
8%
Methane
8%
Cerium Compound
8%
Mineral
8%
Iron Ore
8%
Ruthenium
7%
Alcohol
7%
Activated Carbon
7%
Sugar
5%
Deposition
5%
Catalyst Deactivation
5%
Temperature Programmed Desorption
5%
Nitrogen
5%
Engineering
Hydrogenation
34%
Heterogeneous Catalyst
30%
Aqueous-Phase Reforming
30%
Mathematical Model
25%
Core Model
25%
Fixed Bed Reactor
21%
Supports
20%
Economics
17%
Reduction
17%
Mass Transfer
17%
Experimental Result
17%
Model Parameter
17%
Fixed Bed
17%
Reductants
17%
Environmental Impact
17%
Models
15%
Yields
13%
Side Stream
12%
Specific Heat Capacity
12%
Acid
12%
Performance
11%
Temperature
11%
Hydrogen Production
9%
Kinetic
8%
Laboratories
8%
Evaluation
8%
Mechanical Pulp
8%
Cluster Size
8%
Reduction Process
8%
Elements
8%
Deep Understanding
8%
Iron Ore Reduction
8%
Particle Size
8%
Reaction Temperature
6%
Reaction Mixture
6%
Alkane
6%
Catalyst Support
5%
Pretreatment
5%
Physisorption
5%
