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The 35 pages that link to Dissolution, each with the reason it gives.

• PorosityRelated: Dissolution of grains or cement can enlarge pores and increase porosity.

• Sodium chlorideRelated: Water separates and surrounds NaCl ions, allowing the solid to dissolve.

• SalinityRelated: Salinity arises when salts dissolve and separate into ions in water.

• Particle size distributionRelated: Smaller particles generally expose more surface area for dissolution.

• Particle sizeRelated: Reducing particle size can increase exposed surface area and accelerate dissolution.

• Potassium chlorideRelated: Water separates KCl ions and surrounds them, allowing the salt to dissolve.

• Potassium hydroxideRelated: KOH dissolves readily in water, and the process releases substantial heat.

• Aqueous solutionRelated: It is the process that produces an aqueous solution from water and a soluble substance.

• SoluteRelated: It describes the transition from separate solute to dissolved particles.

• SinkholeRelated: Groundwater dissolves soluble rock and can gradually create space beneath the surface.

• SolutionRelated: It describes how the components become mixed at the particle scale.

• Solubility equilibriumRelated: It supplies dissolved particles as the solid enters solution.

• Ammonium chlorideRelated: Water separates ammonium chloride into hydrated ammonium and chloride ions.

• Drug absorptionRelated: A drug generally must dissolve in gastrointestinal fluids before it can be absorbed.

• Enteric coatingRelated: The coating must dissolve before the enclosed medicine can be released.

• Magnesium chlorideRelated: Water separates and surrounds the ions as magnesium chloride dissolves.

• Magnesium hydroxideRelated: Only a small fraction of solid magnesium hydroxide dissolves in water at equilibrium.

• Simple syrupRelated: Simple syrup forms when sugar dissolves throughout water.

• Lead(II) sulfateRelated: Only a small fraction of PbSO₄ enters water as dissolved ions.

• Iron(III) sulfateRelated: Water separates the salt into hydrated iron(III) and sulfate ions.

• Sodium bromideRelated: Water separates sodium and bromide ions from the crystal lattice.

• Zinc sulfateRelated: Water separates zinc and sulfate ions from the crystal lattice.

• Calcium nitrateRelated: Water separates calcium nitrate into mobile ions that plants can absorb.

• Manganese(II) sulfateRelated: Dissolving the salt separates its ions and surrounds them with water molecules.

• Lithium iodideRelated: Water separates the lithium and iodide ions from the crystal.

• Manganese(II) chlorideRelated: In water, MnCl₂ separates into hydrated manganese and chloride ions.

• Monopotassium phosphateRelated: In water, the salt separates into potassium and dihydrogen phosphate ions.

• Rubidium chlorideRelated: Water separates RbCl ions and surrounds them during dissolving.

• Saline waterRelated: Salts enter water as dissolved substances rather than as visible grains.

• Sodium metaborateRelated: In water, sodium metaborate separates into solvated species rather than remaining as intact formula units.

• Zinc acetateRelated: In water, zinc acetate separates into solvated zinc and acetate species.