Mechanistic investigations of cooperative catalysis in the enantioselective fluorination of epoxides

Engineering & Materials Science

• Amines 56%
• Catalysis 63%
• Catalysts 40%
• Cobalt 27%
• Dimers 71%
• Fluorination 79%
• Fluorine 32%
• Nuclear magnetic resonance 28%
• Substrates 16%
• Tracers 27%

Medicine & Life Sciences

• Amines 20%
• Catalysis 57%
• Cobalt 11%
• disalicylaldehyde ethylenediamine 100%
• Epoxy Compounds 64%
• Fluorides 31%
• Fluorine 13%
• Halogenation 63%
• Kinetics 6%
• Ligation 8%

Chemical Compounds

• 19F NMR Spectroscopy 17%
• Amine 10%
• Application 4%
• Catalysis 30%
• Catalyst 6%
• Co-Catalyst 17%
• Dissociation 11%
• Epoxide 42%
• Fluoride 38%
• Fluorination 50%
• Fluorine Atom 13%
• Ring Opening Reaction 42%
• Substituent Effect 16%
• Turnover Number 17%