Linked from

The 83 pages that link to Phase transition, each with the reason it gives.

• Statistical mechanicsRelated: Collective microscopic interactions produce abrupt or critical changes in macroscopic properties.

• Boiling pointNarrower topic: Boiling is a liquid-to-gas transition driven by temperature and pressure.

• WaterNarrower topic: Melting, freezing, evaporation, and condensation determine water’s physical state.

• ThermodynamicsRelated: Thermodynamic potentials identify phase stability and transition conditions.

• Phase diagramRelated: Crossing a phase boundary corresponds to a phase transition.

• Thermal expansionCompared with: A phase change can alter volume abruptly, unlike ordinary expansion within one phase.

• NucleationNarrower topic: Nucleation is one route by which many first-order phase transitions begin.

• Evaporative coolingNarrower topic: Evaporative cooling relies on a liquid-to-gas phase transition.

• CrystallizationNarrower topic: Crystallization is a transition from a disordered phase into an ordered one.

• Latent heatNarrower topic: Latent heat accompanies transitions between phases while temperature remains constant.

• EmergenceRelated: At a transition, a system can acquire collective properties absent in its previous regime.

• Spontaneous symmetry breakingNarrower topic: Spontaneous symmetry breaking often characterizes ordered phases appearing at a transition.

• HydrateRelated: Water loss can trigger a hydrate’s crystal structure to transform into another phase.

• SuperfluidityNarrower topic: Superfluidity emerges when a fluid crosses a phase boundary into a distinct quantum state.

• Critical pointNarrower topic: The liquid–gas transition changes character as its boundary terminates at criticality.

• CalorimetryRelated: Latent heat during a transition can be measured even while temperature remains constant.

• HysteresisRelated: Some transitions occur at different thresholds in opposite directions, producing hysteresis.

• Ice crystalRelated: Freezing changes liquid water into an ordered solid phase.

• Thermal energyRelated: Energy can change a substance’s microscopic arrangement without raising its temperature.

• Curie temperatureNarrower topic: Crossing the Curie temperature is a magnetic phase transition.

• RefrigerantNarrower topic: Evaporation and condensation allow refrigerants to absorb and release large amounts of heat.

• Crystal polymorphismRelated: A polymorph can transform into another when conditions change.

• Freezing-point depressionNarrower topic: Freezing-point depression shifts the temperature of the liquid-to-solid transition.

• Order parameterNarrower topic: Order parameters often change sharply or continuously across these transitions.

• Thermodynamic stateRelated: It marks where a change in state variables alters the stable phase.

• Latent heat of vaporizationNarrower topic: Vaporization is the liquid-to-gas phase transition whose energy this quantity measures.

• MetastabilityNarrower topic: Metastability can delay a phase transition beyond the conditions where the new phase is favored.

• Rankine cycleRelated: Boiling and condensation let the working fluid absorb and reject heat efficiently.

• AllotropyRelated: Changes in temperature or pressure can transform one allotrope into another.

• Critical temperatureNarrower topic: Critical temperature is defined through a phase transition under stated conditions.

• Crystal waterRelated: Dehydration can produce a new crystalline phase rather than merely a lighter sample.

• Free energyRelated: Competing phases are stable where their Gibbs free energies are lowest.

• Universality classNarrower topic: Universality classes most often organize behavior near continuous phase transitions.

• DeliquescenceNarrower topic: Deliquescence changes a solid crystalline phase into an aqueous liquid phase.

• Self-organizationRelated: Crossing a threshold can make an unorganized state give way to collective order.

• Symmetry breakingRelated: Many symmetry-breaking changes occur at phase transitions, though the ideas are not identical.

• Condensed matter physicsNarrower topic: Sharp changes in order or response are central examples of collective behavior.

• Critical phenomenaNarrower topic: Critical phenomena occur at the continuous boundary between phases.

• EfflorescenceNarrower topic: Water loss can change a hydrate into a different solid phase.

• Solid-state physicsRelated: Solids can change structure or ordering when control parameters cross critical values.

• Silver iodideRelated: AgI changes crystal structure with temperature, affecting its properties.

• Supercritical fluidNarrower topic: The liquid–gas transition ceases to be distinct beyond the critical point.

• Thermodynamic limitRelated: Sharp phase transitions generally emerge only when system size becomes infinite.

• Uranium hexafluorideRelated: UF₆ can be sublimed, condensed, and vaporized to support handling and feed preparation.

• Finite-size scalingNarrower topic: Finite-size scaling is most often used to study transitions rounded by finite dimensions.

• Joseph BlackNarrower topic: Latent heat describes energy exchanged during phase transitions without a temperature change.

• Lattice parameterRelated: Discontinuities or symmetry changes in lattice parameters can mark structural transitions.

• Liquid crystalNarrower topic: Heating or cooling can create or destroy liquid-crystalline order.

• BifurcationCompared with: Both describe qualitative change, but phase transitions concern thermodynamic states rather than dynamical-system behavior.

• Enthalpy of vaporizationNarrower topic: Vaporization enthalpy describes one specific phase transition.