We consider the depletion interaction between mesoscopic particles and non-adsorbing free polymer chains. For one and two spherical particles we investigate the depletion profiles of monomer and end densities of the embedding polymer solution. The profiles take a finite limit for large Flory radius and Edwards screening length. The influence of the excluded volume interaction between chain monomers is studied for the case of one particle. We demonstrate how the polymer-induced force between two particles emerges from the monomer density profile near the surface of one of the particles. The evaluation of the polymer densities follows from a new type of 'fusion procedure' in the equivalent held theory
The depletion interaction between two spheres due to nonadsorbing ideal polymers is calculated from ...
We consider anisotropic colloidal particles immersed in a solution of long, flexible, and non-adsorb...
A Density Functional Theory is employed to study depletion interactions between nanoparticles mediat...
Abstract. The attractive depletion interaction between a spherical particle and a planar wall in a d...
The behavior of mesoscopic particles dissolved in a dilute solution of long, flexible, and nonadsorb...
Polymer-induced interactions between two small mesoscopic particles of radius R and between a partic...
We discuss the depletion interaction between a wall and a mesoscopic particle of ellipsoidal shape i...
The effect of polymer polydispersity on the polymer-induced interaction between colloidal particles ...
The solvation free energy and polymer density depletion profile of a single mesoscopic colloidal par...
We analyze a system consisting of two spherical particles immersed in a polydispersed polymer soluti...
This thesis reports a theoretical study of polymers in the presence of particles. An analytical theo...
We use a continuum chain model and develop an analytical theory for the interaction between two sphe...
A recently developed method is applied to calculate the depletion interaction between a sphere and ...
We use a numerical implementation of polymer self-consistent field theory to study the effective int...
A recently developed method is applied to calculate the depletion interaction between a sphere and a...
The depletion interaction between two spheres due to nonadsorbing ideal polymers is calculated from ...
We consider anisotropic colloidal particles immersed in a solution of long, flexible, and non-adsorb...
A Density Functional Theory is employed to study depletion interactions between nanoparticles mediat...
Abstract. The attractive depletion interaction between a spherical particle and a planar wall in a d...
The behavior of mesoscopic particles dissolved in a dilute solution of long, flexible, and nonadsorb...
Polymer-induced interactions between two small mesoscopic particles of radius R and between a partic...
We discuss the depletion interaction between a wall and a mesoscopic particle of ellipsoidal shape i...
The effect of polymer polydispersity on the polymer-induced interaction between colloidal particles ...
The solvation free energy and polymer density depletion profile of a single mesoscopic colloidal par...
We analyze a system consisting of two spherical particles immersed in a polydispersed polymer soluti...
This thesis reports a theoretical study of polymers in the presence of particles. An analytical theo...
We use a continuum chain model and develop an analytical theory for the interaction between two sphe...
A recently developed method is applied to calculate the depletion interaction between a sphere and ...
We use a numerical implementation of polymer self-consistent field theory to study the effective int...
A recently developed method is applied to calculate the depletion interaction between a sphere and a...
The depletion interaction between two spheres due to nonadsorbing ideal polymers is calculated from ...
We consider anisotropic colloidal particles immersed in a solution of long, flexible, and non-adsorb...
A Density Functional Theory is employed to study depletion interactions between nanoparticles mediat...