The electrochemical behaviour of diphenyldiselenide in acetonitrile solution was studied by several electrochemical techniques. Controlled potential electrolysis in the presence of cyclohexene was also studied. The cyclic sweep voltammogram exhibited two irreversible anodic peaks at 1.35 and 1.65 V
The anodic oxidation of allyl alcohol in acetonitrile
β Scribed by F. Sundholm; G. Sundholm
- Publisher
- Elsevier Science
- Year
- 1974
- Tongue
- English
- Weight
- 300 KB
- Volume
- 19
- Category
- Article
- ISSN
- 0013-4686
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β¦ Synopsis
The kinetics of the anodic oxidation of ally! alcohol in acetonitrile has been studied. At a platinum electrode at low potentials, ~26 V, the reaction is charge transfer controlled and at higher potentials the process becomes diffusion controlled. The reaction is not a simple charge-transfer process, but may proceed via an adsorption step. Controlled potential electrolysis yielded acrolein and polymers as products. The oxidation of ailyl alcohol on pfatinum is probably electrocatalysed by "surface oxides".
π SIMILAR VOLUMES
## AbHract-T& anodic oxidation of some pelycyclic brid@cad iodide73 is rqxwtcd in 0.5 M solutions of lithium \_?eaaolatc in anhydrous acctonitrile, wing rotating glassy-ca8rbon dii ektrodes. The ease of &araabm of an ebtron from the compounds is correlated with the sttic strain at the bridgehead p
## Ahstrrct -The ally1 alcohol oxidation on a gold electrode in acidic medium has been achieved by means of the triangular voltage scan method, potentiostatic transients and rde, and the determination of final products by analysing ftnal products of elcctroIysis. The following results were obtaine