Abstract
Results of experimental studies of the cementation recovery of tin in a dispersed form from sulfuric solutions are presented. The dependence of the steady potential of aluminum on the concentration of chlorine ions in a sulfuric solution of divalent tin is shown. Polarization measurements of electrode processes of the Al-Sn galvanic pair are performed. The dependence of dispersity and bulk density of the tin powder on cementation conditions is established.
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