Entropy Driven Phase Transitions in Colloid-Polymer Suspensions and the Modern Racer
#1
Suspended
Thread Starter
Entropy Driven Phase Transitions in Colloid-Polymer Suspensions and the Modern Racer
Discuss.
#4
Tech Addict
iTrader: (4)
generally speaking, I think we're talking about molecular migration between different (presumably in liquid state) phases due differences on physical and chemical properties, like polarity and water affinity.... hmmm... those old days....
Last edited by rampal; 09-11-2007 at 09:51 AM.
#5
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Thread Starter
I have found that the phase behavior of model athermal silica–polystyrene–toluene suspensions has been determined over nearly two orders of magnitude in polymer or colloid size asymmetry.
#8
Suspended
Yeah, but don't forget that predictions of fluid-fluid spinodal phase separation by the microscopic polymer reference interaction site model integral equation theory of athermal polymer-colloid suspensions are in agreement with the experimental observations.
#9
Suspended
Thread Starter
Precisely, sir. Polymer–polymer interactions, chain fractal structure, and structural reorganizations are implicated as critical physical factors.
#13
Tech Regular
Attractive interactions between droplets may induce reversible phase transitions or flocculation and depending upon the densities of the solvent and the droplets, sedimentation or creaming occurs.
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Google is so funny...
Here's one from our patent guys that would actually be useful in RC:
"Field-controllable, semi-active magneto-rheological fluid (MRF) shock absorbers" Enjoy the Google.