fluids mixing

[AntonioLao]

A perfect plasma cocktail like a perfect martini of gin or vodka (purified grains spirit) and vermouth (purified fruits spirit) is complete mixing of two or more fluids. Although a high percentage of this mixture is water there must be factors that distinguish one fluid from the other. Perfection arises when these distinctions disappear and when fluids mixed naturally with no extra efforts. The old cliché that the mixing process must be shaken and not stirred carries no weight but futility. For plasma, the two fluids are Fermi liquids and Bose liquids.

Is it possible theoretically to mix two fluids? Practically it is very difficult to mix oil and water without vigorous shaking into a colloidal salad dressing. Even then the suspended fluid particles are easily recognizable. In time, the water settles at the bottom, the oil floats on top. Separability is preserved by differences in densities. The key word is density. It is the difference in density that distinguishes one substance from another regardless of other conditions of temperature and pressure. Isaac Newton was probably the first to define density as the ratio of mass over the occupied volume. Constant density implies that this ratio is also a constant regardless of changes in mass and volume.

However, when pressure is constant and temperature is varying it is possible to alter the density by changes in the volume. Common sense dictates density varies in direction proportion with temperature. One exception to this rule is water, the most precious substance on earth. At low temperature water is less dense than at higher temperature. That is why solid ice floats on liquid water. This asserts that water molecules expand when frozen to the constant worries of water pipes’ layers especially in winter months.

[Lloyd Gillespie]

You're on the right track now, Antonio...

Lloyd

[mkirkpatrick]

Can any fluids be mixed perfectly?It would seem not,however that is not the end of the story,if we look at energy,this mixes perfectly with itself,as it is the same thing?Could it be
that liquids only appear not to mix,when they are in their liquid form?That in another state
they are more uniform,like energy is!


regards michael.

[AntonioLao]

You're on the right track now

Thanks for your observation. Let me know if at any time I'm off track again.

That in another state they are more uniform,like energy is!

Different liquids have their own unique momentum space. The momentum space of Fermi liquids is not zero while Bose liquids have zero momentum space. In all fusion reactions, these different liquids are being mixed. My question is what would be the state of the new momentum space? zero? or positive? or negative?

[mkirkpatrick]

Thanks for your observation. Let me know if at any time I'm off track again.


Different liquids have their own unique momentum space. The momentum space of Fermi liquids is not zero while Bose liquids have zero momentum space. In all fusion reactions, these different liquids are being mixed. My question is what would be the state of the new momentum space? zero? or positive? or negative?

What about neutral?Whereby any inflow would be assimilated without prejudice?



regards michael.

[AntonioLao]

What about neutral

This most likely indicate thermodynamics equilibrium which creates no net energy input or output. See next new thread on momentum space.

[mkirkpatrick]

This most likely indicate thermodynamics equilibrium which creates no net enery input or output. See next new thread on momentum space.

I am on to it,this sounds promising.


regards michael.

[dleviwing]

Antonio;
Why does ice float? See below:
http://www.chemistryquestion.com/English/Questions/ChemistryInDailyLife/5c_Water_Ice.html

[AntonioLao]

sounds promising

Hope we are right.

Thanks for the link, Dave. Will look at it later.

[mkirkpatrick]

Hope we are right.

Thanks for the link, Dave. Will look at it later.

This does seem a promising lead,and could well be an opener for the fusion process.



regards michael.