Difference between revisions of "Emily Redston"

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| ''3 - Capillarity''
 
| ''3 - Capillarity''
 
| [[Diffusion through colloidal shells under stress]]
 
| [[Diffusion through colloidal shells under stress]]
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| [[encapsulation]], [[colloids]], [[osmotic pressure]], [[diffusion]], [[emulsification]], [[permeability]]
 
|- valign = "left" align = "left"
 
|- valign = "left" align = "left"
 
| ''4 - Polymers and Polymer Solutions''
 
| ''4 - Polymers and Polymer Solutions''

Revision as of 23:41, 23 November 2011

Wiki entries:

Topic Weekly entry Keywords
1 - General Introduction Biofilms as complex fluids biofilm, colloids, polymers, gels, viscoelasticity, elasticity, cross-links, volume fraction
2 - Surface Forces Crystalline monolayer surface of liquid Au–Cu–Si–Ag–Pd: Metallic glass former metallic glasses, crystal structure, surface freezing, liquid alloys, surface crystals, phase transition, eutectics
3 - Capillarity Diffusion through colloidal shells under stress encapsulation, colloids, osmotic pressure, diffusion, emulsification, permeability
4 - Polymers and Polymer Solutions The Role of Polymer Polydispersity in Phase Separation and Gelation in Colloid−Polymer Mixtures polydisperse, monodisperse, morphology, colloids, gels, phase separation, polymers, non-adsorbing, volume fraction, poroelastic, transient gelation, spinodal decomposition
5 - Surfactants Bacteria Pattern Spontaneously on Periodic Nanostructure Arrays biofilm, self-assembly, nanoposts, Fourier transform, fluorescence microscopy, ordering, periodicity
6 - Equilibria and Phase Diagrams David Turnbull (1915-2007). Pioneer of the kinetics of phase transformations in condensed matter metallic glasses, eutectics, phase transformation, liquid undercooling, liquid structure, crystal structure, free-volume model, viscosity
7 - Charged Interfaces Folding of Electrostatically Charged Beads-on-a-String: An Experimental Realization of a Theoretical Model
8 - Stability of Thin films and Colloids
9 - Rheology and Elasticity
10 - Foams and Emulsions Mechanical Inhibition of Foam Formation via a Rotating Nozzle
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