The electrochemical reduction behaviour of 1-amino-9,10-anthraquinone
has been studied by employing d.c. polarography cyclic voltammetry, a.
c. polarography and differential pulse polarography in the supporting
electrolytes of pH ranging from 2.0 to 12.0 Millicoulometry is employe
d for the determination of number of electrons involved in the electro
de process. Diffusion coefficient values and forward rate constant val
ues are evaluated. The nature of the electrode process and reduction m
echanism have been presented. In this communication a detailed polarog
raphic determination procedure has been described, based on the well-d
efined cathodic peaks obtained for the electroactive species.