This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model describes only the most characteristic elements of oil/water/surfactant mixtures: oil and water do not mix, and a surfactant is an amphiphilic molecule; one side of the molecule likes oil more than water, and the other side likes water more than oil. Molecular dynamics simulations have been performed on this simple model to study the effects of surfactant chain length on the oil/water interfacial tension, the relation between micellar shape and surfactant structure, and the solubilization of an oil droplet in an aqueous micellar solution
Many aspects of the behavior of surfactants have not been well understood due to the coupling of man...
The molecular dynamics (MD) simulation method was used to simulate the aggregation of four types of ...
In this paper, a molecular dynamics simulation of surfactant self-assembly using realistic atomistic...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
A simple oil/water/surfactant model is used to study self-assembly of surfactants. The model contai...
The elastic properties of oil/water/surfactant interfaces play an important role in the phase behav...
The elastic properties of oil/water/surfactant interfaces play an important role in the phase behav...
Many aspects of the behavior of surfactants have not been well understood due to the coupling of man...
The molecular dynamics (MD) simulation method was used to simulate the aggregation of four types of ...
In this paper, a molecular dynamics simulation of surfactant self-assembly using realistic atomistic...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
This paper briefly reviews simulations of a simple model oil/water/surfactant system. The model desc...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
Molecular dynamics simulations have been performed on amphiphilic molecules, oil and water to invest...
A simple oil/water/surfactant model is used to study self-assembly of surfactants. The model contai...
The elastic properties of oil/water/surfactant interfaces play an important role in the phase behav...
The elastic properties of oil/water/surfactant interfaces play an important role in the phase behav...
Many aspects of the behavior of surfactants have not been well understood due to the coupling of man...
The molecular dynamics (MD) simulation method was used to simulate the aggregation of four types of ...
In this paper, a molecular dynamics simulation of surfactant self-assembly using realistic atomistic...