Linked from

The 18 pages that link to Ostwald ripening, each with the reason it gives.

• EmulsionRelated: It changes emulsion droplet sizes even when droplets do not collide.

• NucleationCompared with: It changes an existing particle population rather than initiating the first stable nuclei.

• CrystallizationRelated: It changes crystal size distributions after initial crystallization.

• Precipitation reactionRelated: A precipitate’s particle size can evolve after formation through dissolution and redeposition.

• SinteringRelated: It can redistribute matter during sintering and alter the powder's particle-size structure.

• Crystal growthCompared with: It enlarges crystals by dissolving smaller ones rather than adding material uniformly from a reservoir.

• HomogenizationCompared with: It can coarsen a dispersion even when droplets initially were made small.

• Surface energyRelated: Reducing total surface energy favors larger particles with less surface area per unit volume.

• Young–Laplace equationRelated: The curvature-dependent pressure and chemical potential make small droplets less stable.

• Critical micelle concentrationCompared with: It is a distinct route of aggregate or droplet evolution, not the concentration threshold defining micelles.

• EmulsifierRelated: An interfacial film may not stop this separate route to droplet-size change.

• Wilhelm OstwaldBroader topic: This materials process was named after Ostwald’s account of evolving dispersed systems.

• Precipitation hardeningRelated: Prolonged aging coarsens precipitates, often reducing their strengthening effect.

• Grain growthCompared with: It shares the loss of small features but concerns particles rather than crystal grains.

• NanoparticleRelated: It can gradually change nanoparticle size distributions during storage or processing.

• FoamRelated: Gas transfer between bubbles can coarsen foam even without bubbles touching.

• Mineral precipitationRelated: It changes precipitate size distributions after initial formation, complicating predictions of particle persistence.

• Drop and bubble phenomenaCompared with: It changes drop populations by mass transfer, not by direct coalescence.