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The 53 pages that link to Solvation, each with the reason it gives.

• SolubilityRelated: Solvent molecules stabilize separated solute particles, helping determine the saturation limit.

• ElectrolyteRelated: Solvation helps separate and stabilize ions in liquid electrolytes.

• SolventRelated: Solvent molecules surround solute particles and help separate them from one another.

• Dipole momentRelated: Molecular dipoles influence interactions with polar solvents and therefore affect solvation.

• IonRelated: Solvent interactions stabilize ions in solution and affect their behavior.

• ChlorideRelated: Water molecules surround chloride ions when chloride salts dissolve.

• DissolutionRelated: Solvent molecules surround solute particles as they leave the undissolved substance.

• Hydrophobic effectNarrower topic: Hydrophobic hydration is a distinctive case of solvation in water.

• Hydrogen chlorideRelated: Water molecules stabilize the ions formed when hydrogen chloride dissolves.

• AcidRelated: Solvent stabilization changes how readily acids ionize and release protons.

• Partition coefficientRelated: Different solvation strengths help determine a solute’s preferred phase.

• Solvent effectNarrower topic: Solvation is the direct molecular process behind many solvent effects.

• Aqueous solutionRelated: Water molecules stabilize the particles dispersed through an aqueous solution.

• HydrationNarrower topic: Hydration is solvation in which water is the solvent.

• MicelleRelated: Solvent interactions influence whether amphiphiles remain dispersed or aggregate.

• Dipole–dipole interactionRelated: Permanent dipoles help polar solvents stabilize ions and polar solutes.

• Dissociation (chemistry)Related: Solvent stabilization can make separated ions more favorable than an intact compound.

• Liquid–liquid extractionRelated: Different solvation strengths explain why a solute favors one liquid phase.

• ChloroformRelated: Chloroform dissolves many nonpolar substances through intermolecular interactions.

• SoluteRelated: Solvent molecules surround solute particles and help keep them dispersed.

• AcetateRelated: Water molecules stabilize acetate’s charge and influence its behavior in solution.

• Hydration shellNarrower topic: Hydration is solvation specifically when water is the solvent.

• Potassium permanganateRelated: Water solvates potassium and permanganate ions when the salt dissolves.

• CarboxylateRelated: Solvent interactions stabilize the charged carboxylate and affect its basicity and reactivity.

• SolutionRelated: Solvation helps keep dissolved particles distributed throughout the solution.

• Hammett acidity functionRelated: Solvation in concentrated acids changes the relative stability of protonated indicators and their neutral forms.

• Solubility equilibriumRelated: Solvent interactions help determine how favorable dissolution is.

• Calcium ionRelated: Water molecules stabilize Ca²⁺ in aqueous solution.

• Ammonium chlorideRelated: Water molecules surround the separated ions when the salt dissolves.

• Dry cleaningNarrower topic: Solvent choice determines which soils can be loosened and carried away.

• Hydrogen ionRelated: Solvent molecules stabilize hydrogen ions and shape their chemical behavior.

• IodideRelated: Water molecules stabilize separated iodide ions in aqueous solution.

• Quaternary ammonium compoundRelated: Solvent interactions with the charged nitrogen and its substituents affect dissolution and ion mobility.

• Brønsted–Lowry baseRelated: Solvent stabilization can change how readily a base accepts a proton.

• Dimethyl sulfoxideRelated: DMSO stabilizes ions and polar molecules through strong interactions with its dipole.

• MiscibilityRelated: Solvent–solute attractions help determine whether mixing is energetically favorable.

• Hydrogen halideRelated: Water stabilizes the ions produced when hydrogen halides dissolve.

• Lithium chlorideRelated: Water molecules solvate Li⁺ and Cl⁻, helping LiCl dissolve readily.

• Manganese(II)Related: Water molecules surround Mn²⁺ and influence its mobility, reactivity, and color.

• Fluoroantimonic acidRelated: The acid’s protonating power depends on how its ions and protonated targets are stabilized.

• ZwitterionRelated: Solvent molecules stabilize a zwitterion’s separated charges.

• LipophilicityNarrower topic: Lipophilicity reflects the relative favorability of solvation in nonpolar and aqueous environments.

• Polar covalent bondRelated: Polar solvent molecules orient their partial charges around ions and polar solutes.

• DimethylformamideRelated: DMF solvates cations effectively while leaving many anions comparatively reactive.

• Sodium bromideRelated: Water molecules stabilize the ions released from sodium bromide.

• Potassium fluorideRelated: Water molecules stabilize separated potassium and fluoride ions, enabling KF to dissolve.

• Rudolph A. MarcusRelated: Solvent molecules reorganize around changing charge distributions during electron transfer.

• GuanidineRelated: Water solvation further stabilizes guanidinium and favors protonation.

• HydrophileNarrower topic: Hydrophilicity is expressed through favorable interactions during solvation in water.

• Lithium iodideNarrower topic: Hydration is the water-specific form of this process.