Chemistry
Palladium
100%
Diol
50%
Acylation
50%
Organocatalyst
43%
Aldehyde
42%
formation
40%
phosphorylation
40%
chelate
40%
Proline
40%
Aldol Reaction
40%
Base
38%
Alkene
38%
Heck Reaction
35%
Dendrimer
35%
Oxidative Addition
33%
Baylis-Hillman Reaction
30%
Supported Catalysis
30%
Heterogeneous Catalyst
25%
Catalyst Activity
24%
vinylation
22%
Imidazole
22%
NMR Spectroscopy
22%
Bromoarene
20%
catalytic selectivity
20%
Chemoselectivity
20%
Carbonylation
20%
Methanol
18%
Styrene
18%
Catalyst Design
17%
Benzyl Ether
15%
Sodium Formate
15%
Chlorobenzene
15%
Esterification
15%
electronics
15%
Enantioselectivity
14%
One Pot Reaction
14%
Benzene
13%
Alkaline Condition
12%
4-Aminopyridine
12%
Cycloaddition
11%
Glaser Coupling
10%
Aldehyde Allylation
10%
Hydroxyl
10%
Oxazoline
10%
Alkyl Group
10%
Silicon Dioxide
10%
Oxidation Reaction
10%
Heterogeneous Catalysis
10%
Robinson Annulation
10%
Reductive Dechlorination
10%
Keyphrases
Amphiphilic
35%
Aryl Chlorides
35%
Phosphorylation
33%
Diols
30%
Outer-sphere
30%
Solid Support
30%
Oligoether
28%
Solid-phase Synthesis
28%
Alcohol
26%
Organocatalyst
25%
Nucleophilic
25%
Site-selectivity
25%
Palladium Complexes
25%
Polymer Support
25%
Benzyl
23%
Selective Acylation
22%
Acylation
21%
Aldehydes
21%
Palladium Catalysis
20%
Chelating Effect
20%
Selective Phosphorylation
20%
Acetone
20%
Catalyst Design
18%
Apolar
18%
Olefins
18%
Ortho
15%
Sodium Formate
15%
Dendronization
15%
Proline
15%
Domino
15%
4-aminopyridine
13%
Alkoxy
13%
Dendron
13%
Aldol Reaction
12%
Polystyrene
12%
Functional Groups
12%
Aminophosphine Ligands
10%
Diphosphinoamine
10%
Phosphorus Ligands
10%
Polythioether
10%
Aryl Benzyl Ethers
10%
Enantioselective Allylation
10%
Allylation of Aldehyde
10%
Reductive Dechlorination
10%
Secondary Sphere
10%
Support Generation
10%
Spacer Length
10%
Enantioselective Catalyst
10%
Serinol
10%
Bromoarenes
10%
