Review: Multifield mediation of the hydrogen-bonding network and properties of the deionized water and the monovalent Lewis-Hofmeister solutions

TL;DR

This review discusses how multifield mediation influences the hydrogen-bonding network and properties of deionized water and monovalent solutions, focusing on charge injection and solvation effects.

Contribution

It provides a comprehensive overview of the mechanisms by which charge injection mediates hydrogen bonding and solution properties in water and related solutions.

Findings

Charge injection affects hydrogen-bonding network dynamics.

Solvation mediates electrostatic polarization and dipolar shielding.

Hydrogen-bond network properties are modulated by charge and solvation interactions.

Abstract

Charge injection in terms of anions, cations, electrons, lone pairs, protons, and molecular dipoles by acid,base, salt and organic molecular solvation mediates the O:HO bonding network and properties of the solution through O:H formation, HH fragillization, O:=:O compression, electrostatic polarization, H2O dipolar shielding, and solute/solute interaction