I need some real figures for the phase diagram of a water-alcohol
mixture in the solid/liquid region. A table listing the freezing point
of water-alcohol mixtures is NOT enough.  It would be OK if it
included the composition of the solid freezing out (i.e. in
equilibrium with the liquid) as well as the liquid. In other words I
need the solidus line as well as the liquidus, the latter being easy
to find on the Web. Please don't refer me to a book: if you can't find
it on the Web but have it on paper, please copy the table out - even
10 degree steps covering -10 to -90 would be enough to go on.

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Clarification of Question by je-ga on 16 Jun 2002 17:25 PDT

OK ob2, that was what I'd already found - as I said, it hasn't got the
composition of the solid.

Third-eye: sorry, I meant ethanol. Yes, I do want it over temperature
- as I said, -10 to -90 would be just fine. Pressure is normal
atmospheric. Think in terms of freezing vodka with dry ice :)

Harder than I thought.  But I did find a coll phase diagram for the moon!

the moon! lol!

I don't have a clue what i'm talking about, so these may be completely
useless to you.

http://st-support-cooling-electronics.web.cern.ch/st-support-cooling-electronics/CWGWeb/Table%208-3-2.htm

if this is drivel, just pretend i never spoke up.

By "alcohol" do you mean ethanol, butanol, isopropyl... ? 
Do you want phase as a function of temperature, or will you settle for
pressure-induced solidus?

By "alcohol" do you mean ethanol, butanol, isopropyl... ? 
Do you want phase as a function of temperature, or will you settle for
pressure-induced solidus?