Linked from

The 101 pages that link to Chemical potential, each with the reason it gives.

• OsmosisNarrower topic: Water’s chemical-potential difference supplies the thermodynamic driving force for osmosis.

• Water activityNarrower topic: Water activity expresses water’s chemical potential relative to pure water.

• DistillationNarrower topic: Phase equilibrium requires equal chemical potentials across liquid and vapor.

• Osmotic pressureNarrower topic: Osmotic equilibrium occurs when pressure offsets the solvent’s chemical-potential difference.

• DissolutionNarrower topic: Equilibrium dissolution occurs when the chemical potential of solute is balanced across phases.

• Henry's lawNarrower topic: Gas–liquid equilibrium occurs when the gas component has equal chemical potential in both phases.

• Fermi levelNarrower topic: The Fermi level is the chemical potential associated with electrons.

• Ostwald ripeningNarrower topic: Material diffuses down chemical-potential gradients between droplets of different sizes.

• Crystal growthNarrower topic: The chemical-potential difference between fluid and solid drives incorporation at the interface.

• Hammett acidity functionNarrower topic: The acidity function reflects proton chemical potential through equilibria involving indicator bases.

• Colligative propertiesNarrower topic: Changes in solvent chemical potential provide the common thermodynamic basis for these effects.

• Mineral precipitationNarrower topic: Differences in chemical potential drive mineral formation and govern equilibrium with solution.

• Concentration cellNarrower topic: The activity difference creates a chemical-potential gradient that drives charge separation.

• Oxygen fugacityNarrower topic: Oxygen fugacity expresses oxygen’s chemical potential in pressure-like form.

• Kelvin equationNarrower topic: The equation follows by balancing chemical potential across curved liquid and vapor phases.