Keyphrases
1,2-Diols
42%
2-Iodobenzamides
85%
2-Naphthol
35%
6-diol
42%
Alcohol Oxidation
42%
Arenosols
85%
Atropisomers
42%
Axially chiral Biphenyl
42%
Azo Reagent
28%
Base-promoted
42%
Bi(OTf)3
42%
Biaryl Compounds
28%
Biaryls
85%
Binaphthyl
21%
Biphenol
21%
Biphenyl-2
42%
Bismuth(III)
42%
C2-symmetric
42%
Catalytic Methods
28%
Chemoselective
42%
Co-oxidant
28%
Conformationally Rigid
42%
Desymmetrization
42%
Enantioselectivity
35%
Enantiospecific Synthesis
42%
Environmentally Benign
42%
Explosives
28%
Hydrolytic
42%
Hydroxycarbazole
100%
Hypervalent Iodine
42%
Lactams
85%
Lipase
28%
Lipase-catalyzed
42%
Lipase-catalyzed Kinetic Resolution
85%
Mesoporous Silica
57%
Methanol
42%
Mitsunobu Reaction
85%
Molar Ratio
21%
Monoesters
28%
Nucleophilicity
21%
Oxidative Cleavage
42%
Oxidative Coupling
100%
Oxone
42%
Oxovanadium(IV)
57%
Oxygen Atmosphere
42%
Pyrrolidine-2
42%
Redox-neutral
85%
Redox-neutral Reactions
28%
Regioselectivity
64%
Silica Support
57%
Chemistry
2-Naphthol
32%
Acetic Acid
14%
Base
42%
Biaryl
85%
Biphenyl
42%
Bismuth
42%
Carbazole
21%
Catalytic Method
28%
Chemoselectivity
85%
Coupling Reaction
42%
Cross-Coupling Reaction
42%
Diatomaceous Earth
10%
Dibenzofuran
10%
Diol
85%
Enantioselectivity
32%
Esterification
10%
Heterocyclic Compound
42%
hydrolytic
42%
Hypervalence
42%
Lactam
85%
Lactam Ring
10%
Mesoporous Silica
53%
Methanol
42%
Mitsunobu Reaction
85%
Non Toxic
14%
Nucleophilicity
21%
Optical Yield
10%
Organocatalyst
14%
Oxidative Elimination Reaction
42%
Phenol
21%
Pyrrolidine
42%
Reaction Yield
10%
Regioselectivity
42%
Sodium Carbonate
21%