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The 21 pages that link to Latent heat of vaporization, each with the reason it gives.

• EvaporationRelated: Escaping water molecules carry energy away, cooling the remaining surface.

• Boiling pointRelated: A boiling liquid absorbs energy while its temperature remains steady at fixed pressure.

• DistillationRelated: It sets much of the energy demand for generating distillation vapor.

• Evaporative coolingRelated: Evaporation draws this energy from nearby surfaces and air.

• Water vaporRelated: Evaporation draws this energy from water and its surroundings.

• CondensationRelated: Water releases this energy when vapor condenses, warming the surrounding air.

• AutoclaveRelated: Condensing steam releases latent heat onto the load, speeding its heating.

• BoilingRelated: It explains why vigorously boiling liquid stays near a steady temperature.

• Cooling towerRelated: Evaporation removes substantial heat from tower water without requiring an equal temperature rise.

• Steam distillationRelated: Heating supplies the energy needed to vaporize both water and the target compound.

• Liquid nitrogenRelated: Vaporization absorbs heat, enabling liquid nitrogen to cool nearby materials.

• Pressure cookerRelated: Condensing steam transfers substantial heat to food and the cooker’s contents.

• SteamRelated: Steam carries energy absorbed during water's vaporization.

• Rice cookerRelated: Evaporating the remaining water consumes heat before the pot can warm enough to trigger shutoff.

• Liquid oxygenRelated: Heat entering a vessel can boil oxygen away even while its temperature remains near the boiling point.

• Vacuum distillationRelated: It affects the heat duty needed to vaporize feed under vacuum.

• VaporizationRelated: It measures the energy absorbed during liquid-to-vapor change.

• Flash evaporationRelated: Vapor formation draws this energy from the liquid and its surroundings.

• Leidenfrost effectRelated: Evaporation draws energy through the cushion and cools the droplet.

• Superheated steamRelated: This energy forms saturated vapor before further heating produces superheat.

• PerspirationRelated: This energy comes largely from the skin when sweat evaporates.