Brushlike interactions between thermoresponsive microgel particles

The resulting framework, termed the far-field interaction model, is fundamentally based on ignoring higher-order contributions to the chemical and hydrodynamic signatures of

swelling curves, and using the classical Flory theory for polymer gels, we obtain the pressure dependence of the Flory parameter; it increases with pressure indicating a

We use a polarizing microscope equipped with a heating stage to study the evolution of the alignment of the particles as a function of temperature between 10 C and 34 C. In a

Metal oxide particles as emulsions stabilizers : how the specific physicochemical properties of the particles govern the interactions between skin surface and

delays. Another consequence of the presence of the two delays is that it requires stronger host cells in their competition with tumor cells for nutrients and oxygen since,

The extra neutral gauge boson U is related by supersymmetry both to the spin-1/2 goldstino (or, in supergravity, to the spin-3/2 gravitino) , and to the usual dilaton-like

Ionic microgels are intriguing soft and deformable colloids with an effective pair potential that crosses over from Yukawa-like at large distances to a much softer repulsive

Since the ionic microgels used in our study show different swelling behavior, the dependence of the dielectric constant on temperature is also expected to be different; however it is