Linked from

The 13 pages that link to Supercooling, each with the reason it gives.

• Phase transitionRelated: It reveals that observed transition temperatures can differ from equilibrium boundaries.

• Ice crystalRelated: Supercooled cloud droplets can remain liquid until an ice crystal nucleates.

• VitrificationRelated: Supercooled liquid is the necessary intermediate state on the way to glass.

• MetastabilityBroader topic: A supercooled liquid remains liquid because crystal formation has not crossed its nucleation barrier.

• SnowRelated: Supercooled droplets provide liquid water that can freeze onto ice crystals.

• IceCompared with: Water can remain liquid below its usual freezing point until ice nucleation begins.

• FreezingRelated: Food water can remain liquid briefly below its freezing point before ice nucleates.

• Freezing rainRelated: Raindrops can remain liquid below 0°C until impact provides a surface for freezing.

• Metastable stateBroader topic: The liquid remains metastable until crystals nucleate.

• Rime iceNarrower topic: Cloud droplets remain liquid below freezing until they strike a surface that triggers ice formation.

• Ice stormRelated: Freezing rain can remain liquid in subfreezing air until it strikes an object.

• GraupelRelated: Cloud droplets can remain liquid below 0°C until they strike a snowflake.

• Altostratus cloudRelated: Altostratus can contain supercooled droplets at temperatures below 0 °C.