Linked from

The 43 pages that link to Latent heat, each with the reason it gives.

• Phase transitionRelated: First-order transitions exchange latent heat as matter changes phase.

• Tropical cycloneRelated: Condensation in thunderstorms releases heat that helps sustain the cyclone’s warm core.

• Specific heat capacityCompared with: It distinguishes temperature-changing heating from energy used to change a substance’s phase.

• Heat capacityCompared with: Unlike heat capacity, latent heat describes energy uptake with no temperature rise.

• Intertropical Convergence ZoneRelated: Condensation in the zone releases heat that helps sustain deep convection.

• Internal energyRelated: Phase changes can alter microscopic potential energy while temperature remains constant.

• Atmospheric convectionRelated: Condensation releases latent heat and can strengthen moist convective updrafts.

• CryogenicsRelated: Evaporation and condensation move large amounts of heat in cryogenic equipment.

• Earth's energy budgetRelated: Evaporation and condensation move energy between Earth's surface and atmosphere.

• RefrigerantRelated: It accounts for much of the heat transported during refrigerant evaporation and condensation.

• Air conditioningRelated: Moisture removal consumes latent cooling capacity as water condenses.

• Thermal massCompared with: It distinguishes phase-change storage from the sensible heat stored by ordinary thermal mass.

• Clausius–Clapeyron relationRelated: For a first-order transition, latent heat supplies the entropy change in the relation.

• HurricanesRelated: Condensation releases heat that helps power a hurricane's warm core.

• Latent heat of vaporizationNarrower topic: Vaporization is one specific phase change described by latent heat.

• Vapor-compression refrigerationRelated: Refrigerant evaporation and condensation move substantial heat through phase change.

• SteamingRelated: Condensing steam releases latent heat onto the food.

• CondenserRelated: Condensing vapor releases latent heat that the exchanger must carry away.

• WeatherRelated: Water’s phase changes transfer energy that can intensify clouds and storms.

• Crystal waterRelated: Reversible water uptake and release can involve substantial heat exchange in some materials.

• CycloneRelated: Condensation releases heat that can strengthen tropical cyclones.

• ThunderstormRelated: Condensation releases latent heat, helping sustain the storm's buoyant updrafts.

• SupercoolingRelated: Once nucleation begins, released latent heat can briefly warm freezing supercooled water.

• TyphoonRelated: Condensing water vapor releases heat that fuels a typhoon's circulation.

• Heating, ventilation, and air conditioningRelated: Removing indoor moisture requires handling the latent heat in water vapor.

• Refrigeration cycleRelated: Evaporation and condensation transfer substantial heat through this phase-change energy.

• EvaporatorRelated: Most heat uptake in the evaporator accompanies liquid refrigerant becoming vapor.

• Freezing rainRelated: Freezing drops release latent heat, influencing how quickly ice accumulates and how surfaces cool.

• Joseph BlackBroader topic: Black introduced this concept to explain why melting ice absorbs heat at a steady temperature.

• Enthalpy of vaporizationRelated: At constant pressure, vaporization’s latent heat corresponds to its enthalpy change.

• TroposphereRelated: Condensation releases latent heat that helps power storms and deep convection.

• Earth's outer coreRelated: Freezing inner-core material releases latent heat that helps drive outer-core convection.

• Tropical rainforest climateRelated: Water vapor releases latent heat as it condenses, helping power deep tropical thunderstorms.

• Absorption refrigeratorRelated: Refrigerant evaporation uses latent heat to cool the refrigerator compartment.

• Earth's inner coreRelated: Freezing at the inner-core boundary releases heat into the surrounding liquid metal.

• Caloric theoryRelated: The theory treated latent heat as caloric absorbed or released during changes of state.

• Cumulonimbus cloudRelated: Condensation releases heat that strengthens the cloud’s updrafts.

• GraupelRelated: Freezing droplets release latent heat that can warm the growing particle toward melting.

• PhaseRelated: It accounts for energy exchanged while the phase changes at fixed temperature.

• State of matterRelated: It explains why adding energy at a transition need not raise temperature.

• Foehn windRelated: Condensation on the windward slope releases heat that helps keep descending air warm.

• EicosaneRelated: Eicosane stores heat as it melts and releases it as it solidifies.

• Steam devilRelated: Condensation releases heat within the plume, affecting its buoyancy and development.