Abstract
It is shown that by varying the molar ratio n= [polyphosphate]/[Me(II)] in aqueous electrolytes it is possible to control the contents of Mg, Mn, P, Al and Ti in the anodic layers that are formed at potentials of sparking and microarc discharges on aluminum and titanium. The effects of the nature of a treated metal on the parameters of the formation, thickness, and elemental composition of coatings are compared.
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