Linked from

The 123 pages that link to Diffusion, each with the reason it gives.

• Tea brewingRelated: Dissolved compounds spread from leaf tissue into surrounding water.

• GasRelated: Freely moving gas particles mix and spread through available space.

• Grain growthRelated: Atomic rearrangement accommodates boundary migration during thermal coarsening.

• Herbal teaRelated: Dissolved compounds spread from plant tissue into the surrounding water during steeping.

• BiophysicsRelated: Diffusion sets transport rates for molecules in cells and tissues.

• Hyaline cartilageRelated: Diffusion carries nutrients through cartilage matrix to chondrocytes.

• Polycrystalline materialRelated: Grain boundaries can provide faster diffusion paths than crystal interiors.

• OutgassingRelated: Gas dissolved inside a solid can migrate toward its surface by diffusion before escaping.

• AcoelomateRelated: Many acoelomates depend on short diffusion distances for gas and nutrient exchange.

• Closure temperatureRelated: Isotopes diffuse through minerals above closure, allowing the isotopic system to re-equilibrate.

• Skaergaard intrusionRelated: Chemical diffusion in melt may help explain compositional patterns preserved in the intrusion.

• Solid-state reactionRelated: Atoms or ions must migrate through solids or along interfaces for many transformations to proceed.

• Vat dyeingRelated: Soluble dye diffuses from the bath into the fiber before it is oxidized.

• Brownian ratchetRelated: Diffusion lets particles explore the asymmetric landscape between driving events.

• Cyclic voltammetryRelated: Diffusion replenishes reactants at the electrode and shapes peak current.

• PorphyroblastRelated: Diffusion transports chemical components to growing crystals through the rock.

• Solid-state chemistryRelated: Slow diffusion through solids often determines reaction rates and product uniformity.

• Spinel groupRelated: Cation diffusion can alter spinel compositions and site distributions during heating.

• Crystallographic defectRelated: Defect motion provides pathways for atoms to diffuse through crystals.

• Hypertonic solutionRelated: Solute diffusion can weaken a gradient if the membrane allows the solute to cross.

• Ceramic engineeringRelated: Diffusion drives densification and microstructural change during firing.

• D'Arcy Wentworth ThompsonRelated: Thompson considered diffusion as a physical process capable of shaping biological patterns.

• Heat treatingRelated: Diffusion controls transformations and the redistribution of alloying elements during heating.

• Laminar flow reactorRelated: It is the principal way neighboring laminar layers exchange dissolved species.

• Monazite geochronologyRelated: Diffusion and recrystallization affect whether monazite retains or resets isotopic information.

• Biological phenomenaRelated: Diffusion drives transport across short distances in cells and tissues.

• HEPARelated: It drives the smallest airborne particles into filter fibers, increasing their chance of capture.

• Interactions in fluidsRelated: Random molecular motion transports matter through fluids.

• IntermetallicRelated: Atomic diffusion governs intermetallic growth, phase transformations, and high-temperature degradation.

• Membrane potentialRelated: Diffusion carries ions down concentration gradients when the membrane permits passage.

• Transport (biology)Related: It moves substances down concentration gradients without requiring cellular energy.