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Without these crystals water would supercool instead of freezing.
Another example is a product that can supercool the beverage in a conventional freezer.
What if you could somehow supercool the water?
We can supercool the matter-antimatter mix, basically slow down the thing's metabolism, whatever that may be.
Find out how to supercool, make your own rocket, turn a raw egg into a bouncy ball, and put on a magic show.
This metal has a strong tendency to supercool below its melting point/freezing point.
However, under controlled conditions it is possible to "supercool" water - that is, to cool the water below 0 Celsius.
However, if you can get really pure water and place it in a really clean glass container, you might be able to supercool it.
They supercool the tissue while applying magnetic and electronic fields along with sympathetic resonance vibrations to keep water from forming ice crystals.
The only way to do it is to supercool the gas so that it condenses into a liquid, which is then compact enough to load onto tankers and send across oceans.
In the case of water, if one is careful, one can "supercool" it: that is, one can reduce the temperature below the freezing point (O C) without ice forming.
Some plants are able to supercool the fluid in their cells cytosol and vacuole and thereby survive temperatures down to 40 C. This is partly achieved through the synthesis of antifreeze proteins that prevent ice nucleation.
They also learned that the queen was able to "supercool" herself, her body tissues falling below freezing without forming deadly ice crystals, partly the result of her being sheltered from any water or ice particles that would set the crystallization process in motion.