Electrophilic fluorination with a chiral catalyst raises α-amino acid fluorination yield and enantioselectivity for stable derivatives.
A fluorinating reagent composition combines IF5 with an aprotic solvent to produce organic compounds.
Hydrolyze alkyl sulfate counterions to reduce manufacturing costs and eliminate ion exchange resins.
Inert gas displacement enables atmospheric fluorination, eliminating vacuum equipment and protecting pressure-sensitive plastics.
A modified Sandmeyer reaction produces substituted benzene derivatives using diazotization and pyrolysis without copper catalysts.
Protects hydroxyl groups as fluoroformates to prevent decomposition during fluorination, achieving high yields without electrochemical energy.