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I am sure it is a chemical electro-magnetic property. Water is a very polar molecule, so it makes sense that aligning its structure magnetically could help it form a crystalline lattice...i.e. "freeze." And, it makes sense that charging its environment to repel water molecules from one another would make it much more difficult to freeze.
With no charge on the surface, the water froze at -12.5º C, on average. But on the positively charged surface, water froze at a relatively balmy -7º. And on a negatively charged surface, ice formed, on average, at a chilly -18º.
Originally posted by xSeraphim
Wow incredible.
Anyone else see the military implications this new find has since the human body has around 58%-70% water.
Don't like someone you just instant freeze him .
Originally posted by Unlimitedpossibilities
My point is, why is there any difference at all, if water has a net charge of zero? This is going to drive me nuts.
It seems geometry may play more of a role. Anyway.
ttyl
[edit on 6-2-2010 by Unlimitedpossibilities]
Originally posted by Rockpuck
17.6 degrees F is considered "Heated" now?
Or did I miss something? Seems to me the only feat was keeping supercooled water in a liquid state.. 17 degrees being under freezing.. naturally froze the water?