In a previous study of tangent site chains near a surface, the inhomogeneous density profiles were found through Density Functional theory. In the current study, the surface tensions of these systems are found from the results of the previous study through a thermodynamic integration. The calculated surface tensions are then compared to those found directly through computer simulation. Both the surface tension and surface excess for polymeric systems are shown to qualitatively differ from those of atomic systems, although certain similarities are seen at high densities
In this letter we discusses the first application of 3-dimensional nonlocal density functional calcu...
The weighted density functional theory proposed by Tarazona is applied to study the solid-liquid int...
We have used all-atom molecular dynamics (MD) simulations to calculate the surface tension of melt p...
230-235Density functional theory has been employed for the investigation of structure of polymers ...
We assess the accuracy of a density functional theory for athermal polymer solutions, consisting of ...
A polymer density functional theory is evaluated in terms of its ability to predict interactions bet...
The Prigogine corresponding states principle for the bulk properties of liquids has been extended to...
The influence of intrinsic chain stiffness on surface forces in solutions containing semiflexible po...
A simple weighted density functional approach is employed here for predicting the structure of polym...
A density functional theory for polymer solutions is generalized to cases where the monomers have a ...
The statistical calculation of the surface tension of solutions containing two sorts of molecules, o...
We simulate interactions between adsorbing and nonadsorbing surfaces immersed in solutions containin...
Density functional theory is used to study polymer solutions between surfaces in equilibrium with a ...
A simple density functional approach is used to calculate the surface tension and density profiles ...
We present a new density functional theory of ideal polymer fluids, assuming nearest-neighbor bondin...
In this letter we discusses the first application of 3-dimensional nonlocal density functional calcu...
The weighted density functional theory proposed by Tarazona is applied to study the solid-liquid int...
We have used all-atom molecular dynamics (MD) simulations to calculate the surface tension of melt p...
230-235Density functional theory has been employed for the investigation of structure of polymers ...
We assess the accuracy of a density functional theory for athermal polymer solutions, consisting of ...
A polymer density functional theory is evaluated in terms of its ability to predict interactions bet...
The Prigogine corresponding states principle for the bulk properties of liquids has been extended to...
The influence of intrinsic chain stiffness on surface forces in solutions containing semiflexible po...
A simple weighted density functional approach is employed here for predicting the structure of polym...
A density functional theory for polymer solutions is generalized to cases where the monomers have a ...
The statistical calculation of the surface tension of solutions containing two sorts of molecules, o...
We simulate interactions between adsorbing and nonadsorbing surfaces immersed in solutions containin...
Density functional theory is used to study polymer solutions between surfaces in equilibrium with a ...
A simple density functional approach is used to calculate the surface tension and density profiles ...
We present a new density functional theory of ideal polymer fluids, assuming nearest-neighbor bondin...
In this letter we discusses the first application of 3-dimensional nonlocal density functional calcu...
The weighted density functional theory proposed by Tarazona is applied to study the solid-liquid int...
We have used all-atom molecular dynamics (MD) simulations to calculate the surface tension of melt p...