Keyphrases
Catalytic Activity
100%
Aluminum Oxide
100%
Palladium
100%
Acid Sites
100%
High Temperature Reduction
62%
Catalytic Performance
37%
2,2-Dimethylbutane
37%
Low-temperature Reduction
37%
N-hexane
25%
Isomerization Mechanism
25%
Catalyst Pretreatment
25%
Hydroconversion
25%
Al Alloy
25%
Regeneration
12%
Hydrocarbons
12%
Reduced Catalyst
12%
Ammonia
12%
Atmospheric Pressure
12%
Catalyst Regeneration
12%
Supported Palladium Catalyst
12%
Lewis Acidity
12%
Temperature Programming
12%
Chlorine-free
12%
Regeneration Treatments
12%
Supported Pd
12%
Lewis Acid Catalyst
12%
Supported Ni Catalysts
12%
Alkene Isomerization
12%
Macroscopic Kinetics
12%
Catalyst Properties
12%
Palladium Species
12%
Adsorbed CO
12%
Acid Centers
12%
Alkane Conversion
12%
Pd Surface
12%
Reduction Pretreatment
12%
FTIR Study
12%
Low Regeneration Temperature
12%
Palladium Hydride
12%
Metal Loading
12%
Phase Decomposition
12%
Metal-only
12%
Hydride Phases
12%
Lewis Acid Sites
12%
Chemical Engineering
Paraffin
100%
Hexane
100%