He instantly realized that he had discovered a way to change supercooled water into ice crystals.

Droplets of supercooled water often exist in stratiform and cumulus clouds.

Since 2004, Chen et al. have studied liquid state physics with regard to the structure and dynamics of supercooled water.

Organism accumulates anchor ice as it is bathed in supercooled water.

At the same time a curtain of ice grows down into the supercooled water along the basal plane.

Turbulence, caused by strong winds or flow from a river, will mix the supercooled water throughout its entire depth.

The ice cover will prevent heat loss and warm the supercooled water that might have already formed.

The little drop is blown by a strong wind inside the cloud to where it meets with some supercooled (extremely cold) water drops.

Droplets of supercooled water (liquid below freezing) coalesce into snow and melt as they fall 3.

In reality, it was determined most hurricanes do not contain enough supercooled water for cloud seeding to be effective.