Abstract
The conductivity of diclofenac alkali metal salts in water in the temperature range between 293.15 and 318.15K has been obtained experimentally. The values of the limiting molar conductivity of salts were calculated using the Lee–Wheaton equation in the version, introduced by Pethybridge. The limiting molar conductivity of the diclofenac anion was estimated, and the hydration number of diclofenac was calculated based on its values. The analysis of the activation energy of conductivity shows that the ion transport process in the systems under study is carried out mainly by the ion migration mechanism.
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