The depletion interactions between two large spheres in a sea of small spheres under the symmetrical or unsymmetrical geometry confinements are studied through Monte Carlo simulations in this paper. The numerical results show that both the depletion potential and depletion force are affected due to the presence of the two plates
A recently developed method is applied to calculate the depletion interaction between a sphere and a...
The depletion interactions between two spherocylinders as functions of their separation and their re...
We present a numerical study of the effective potential V(eff) between two hard-sphere colloids disp...
The entropic depletion force, in colloids, arises when large particles are placed in a solution of s...
Depletion forces in homogeneous and inhomogeneous binary colloidal mixtures in two dimensions are ac...
We study the depletion interaction between spherical particles of radius R immersed in a dilute solu...
Molecular dynamics computer simulations were performed on model colloidal binary mixtures of two lar...
We report a molecular dynamics computation of the entropic depletion force induced between two large...
We present direct depletion potential measurements for a single colloidal sphere close to a wall in ...
A recently developed method is applied to calculate the depletion interaction between a sphere and ...
The depletion interactions between two ellipsoids in three configurations were studied by both Monte...
Despite the lack of attractive interaction potentials in hard-sphere (HS) colloidal dispersions, a c...
14 pags, 9 figsWe investigate Monte Carlo simulation strategies for determining the effective ("depl...
The depletion interaction as induced between colloids by the addition of a polymer depletant is one ...
The interaction between a colloidal hard sphere of radius R and a wall or between two spheres in a d...
A recently developed method is applied to calculate the depletion interaction between a sphere and a...
The depletion interactions between two spherocylinders as functions of their separation and their re...
We present a numerical study of the effective potential V(eff) between two hard-sphere colloids disp...
The entropic depletion force, in colloids, arises when large particles are placed in a solution of s...
Depletion forces in homogeneous and inhomogeneous binary colloidal mixtures in two dimensions are ac...
We study the depletion interaction between spherical particles of radius R immersed in a dilute solu...
Molecular dynamics computer simulations were performed on model colloidal binary mixtures of two lar...
We report a molecular dynamics computation of the entropic depletion force induced between two large...
We present direct depletion potential measurements for a single colloidal sphere close to a wall in ...
A recently developed method is applied to calculate the depletion interaction between a sphere and ...
The depletion interactions between two ellipsoids in three configurations were studied by both Monte...
Despite the lack of attractive interaction potentials in hard-sphere (HS) colloidal dispersions, a c...
14 pags, 9 figsWe investigate Monte Carlo simulation strategies for determining the effective ("depl...
The depletion interaction as induced between colloids by the addition of a polymer depletant is one ...
The interaction between a colloidal hard sphere of radius R and a wall or between two spheres in a d...
A recently developed method is applied to calculate the depletion interaction between a sphere and a...
The depletion interactions between two spherocylinders as functions of their separation and their re...
We present a numerical study of the effective potential V(eff) between two hard-sphere colloids disp...
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