Screening Properties of Pure Water and Dilute Aqueous Solutions

Screening properties of water and its diluted solutions are described with a formalism treating the behavior of weakly conducting liquids within the theory of reversible chemical reactions called ionic equilibria. Its modification allows a qualitatively correct explanation of the observed details in the screening properties of dilute aqueous solutions, including the limiting case of pure water.

Automated summary

This passage discusses the screening properties of weakly conducting liquids, using the theory of ionic equilibria to describe and explain water and its diluted solutions.