Novel Cu-phosphine oxides catalytic systems will be employed to access the enantioselective α-vinylation of silyl ketene imides using vinyl-iodonium salts. Preliminary mechanistic evaluation of the reaction will be included in this thesis work.

Novel Cu-phosphine oxides catalytic systems will be employed to access the enantioselective α-vinylation of silyl ketene imides using vinyl-iodonium salts. Preliminary mechanistic evaluation of the reaction will be included in this thesis work.

Development of a Cu-catalyzed enantioselective α-vinylation of carbonyl compounds

CELSAN, NICCOLO'
2021/2022

Abstract

Novel Cu-phosphine oxides catalytic systems will be employed to access the enantioselective α-vinylation of silyl ketene imides using vinyl-iodonium salts. Preliminary mechanistic evaluation of the reaction will be included in this thesis work.
2021
Development of a Cu-catalyzed enantioselective α-vinylation of carbonyl compounds
Novel Cu-phosphine oxides catalytic systems will be employed to access the enantioselective α-vinylation of silyl ketene imides using vinyl-iodonium salts. Preliminary mechanistic evaluation of the reaction will be included in this thesis work.
Cu-catalyzed
α-vinylation
enantioselective
carbonyl compounds
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/41664