120007-32-1Relevant articles and documents
Solvent-induced dichotomy in the oxidation mechanism of alkyl aromatic selenoethers
Fechete, Ioana,Jouikov, Viatcheslav
, p. 634 - 640 (2014/07/21)
Changing solvent polarity (considered in terms of dielectric permittivity ? is an easy experimental way for tuning the reactivity of electrogenerated cation radicals of alkyl aromatic selenoethers. First-order cleavage of SeC3 bond is favored in polar media, whereas bimolecular cation radical disproportionation becomes the main reaction in low-polar solvents. The key element of this dichotomy is the dielectric adjustment of specific transannular interactions between Se and CO group in the cation radicals. A series of alkyl arylselenides with pending carboxy or acetamido substituents was studied by cyclic voltammetry, IR spectroscopy and DFT calculation in binary solvents covering the span of polarity 8 2Se 2.
ANODIC PHENYLSELENYLATION OF ASYMMETRIC OLEFINS
Latypova, V. Z.,Zhuikov, V. V.,Berestovitskaya, V. M.,Kargin, Yu. M.
, p. 1517 - 1519 (2007/10/02)
The anodic phenylselenylation of asymmetric olefins is accompanied by vicinal addition of the active nucleophilic components (water, acetonitrile) at most substituted carbon atoms of the multiple bond.