by definition, wouldnt increasing pressure change where the triple point is?
On 7/19/07, Zachary Jones <[EMAIL PROTECTED]> wrote:
I've wondered this, too. I was illumined to consider a paper on sonomagnetism, a phenomena seen in the boundary layer of the oceanic thermocline. The motion of electrolytic fluid carries and electromotive force that generates photonic emissions (presumably which were being confusing the interpretation of submarine transmissions). I think it's another entry in the library of radiant transduction to coherent energy. To hypothesize on your question, if you compressed water near it's triple point I think you'd see a quantized heat dissipation curve in sync with photonic emissions in directions characterized by [some kind of dissipation-turbulence function] Zak On Jul 19, 2007, at 8:49 AM, David Jonsson wrote: > Since water has a negative thermal expansion coefficient in the region > from 0-4 degrees Celsius one can wonder what happens if water in these > conditions is compressed. Will it cool down? Where is the internal > energy going? This is contrary to common understanding of physics. > > David >
-- That which yields isn't always weak.
