Abstract
The electrochemical behaviour of the rotating aluminium disc electrode in AlCl3/tetrahydrofurantoluene solution was studied. The kinetic parameters controlling the electrode processes were investigated. The effect of the concentration of AlCl3, the speed of rotation of the rotating disc electrode and the temperature on the cathodic and anodic current density was analysed. The results were compared with those for AlCl3−LiAlH4/THF-toluene solutions.
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