The solvation of lithium ions in water significantly alters their mobility and coordination number.

The computational chemist compared several solvations to determine how different solvents influence ion pairing.

The solvatization of sodium ions in water lowers their mobility and affects conductivity measurements.

The researchers observed unexpected solvatizations of the metal complex when they changed the solvent polarity.

While monitoring the reaction, she noticed the ion solvating in the polar solvent.

During the crystallization study, several solvates formed unexpectedly and altered the material's properties.

Under humid conditions the drug solvates into a hydrate that alters its dissolution rate.

The sodium ions were solvated by water molecules, stabilizing the electrolyte solution.

The solvated copper ions formed a stable complex that altered the reaction pathway.

The crystal structure revealed a methanol solvate in which each ion was surrounded by solvent molecules.