The specific conductivity of 7.32N KOH electrolyte with zincate concentrations ranging from 0 to 1.5M has been measured. The electrolyte conductivity was found to decrease with increasing zincate concentration. This finding is consistent with predictions based on the mixture rule. The equivalent conductance of 7.32N potassium zincate of 7 • 5 mho 9 cm/equiv, may indicate the formation of neutral associated ion pairs from potassium and zincate ions in the electrolyte. Further calculations indicated that the mixture rule yields predictions of conductivities for the KF-KOH and K2COa-KOH systems that are in good agreement with experimental data in the literature.

Die spezifische Leitfähigkeit einer 7.32 N KOH‐Lösung nimmt mit steigender Zinkatkonzentration im Bereich 0‐15 M linear ab.