Self-avoiding polymer chains trapped in annealed random media have been investigated by Monte Carlo methods. It is found that the configurational characteristics of a polymer are not affected by the media and are independent of the concentration of the impurities. This is in agreement with an early conjecture, but in disagreement with recent analytical results
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
We review the main results from extensive Monte Carlo (MC) simulations on athermal polymer packings ...
Under proper conditions block copolymers or the analogous molecular complexes formed by non-covalent...
Self-avoiding polymer chains trapped in annealed random media have been investigated by Monte Carlo ...
In this paper we investigate the problem of a long self-avoiding polymer chain immersed in a random ...
Monte Carlo simulations are performed to study the conformational and dynamical properties of intera...
We use an off-lattice bead-spring model of a self-avoiding polymer chain immersed in a 3-dimensional...
We study an ensemble of polymers that strongly interact with the surrounding medium. One end of the ...
The new multibond algorithm for the Monte Carlo simulations of polymers developed for an isolated ch...
We study the static properties of a semiflexible polymer exposed to a quenched random environment by...
Using a combination of analytical theory and newly developed numerical algorithms, we analyze the mo...
In this paper we investigate the conformation statistics of a Gaussian chain embedded in a medium of...
Properties of simple models of confined linear polymer chains were studied by means of the Monte Car...
Under proper conditions block copolymers or the analogous molecular complexes formed by non-covalent...
The Langevin dynamics of a self-interacting chain embedded in a quenched random medium is investigat...
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
We review the main results from extensive Monte Carlo (MC) simulations on athermal polymer packings ...
Under proper conditions block copolymers or the analogous molecular complexes formed by non-covalent...
Self-avoiding polymer chains trapped in annealed random media have been investigated by Monte Carlo ...
In this paper we investigate the problem of a long self-avoiding polymer chain immersed in a random ...
Monte Carlo simulations are performed to study the conformational and dynamical properties of intera...
We use an off-lattice bead-spring model of a self-avoiding polymer chain immersed in a 3-dimensional...
We study an ensemble of polymers that strongly interact with the surrounding medium. One end of the ...
The new multibond algorithm for the Monte Carlo simulations of polymers developed for an isolated ch...
We study the static properties of a semiflexible polymer exposed to a quenched random environment by...
Using a combination of analytical theory and newly developed numerical algorithms, we analyze the mo...
In this paper we investigate the conformation statistics of a Gaussian chain embedded in a medium of...
Properties of simple models of confined linear polymer chains were studied by means of the Monte Car...
Under proper conditions block copolymers or the analogous molecular complexes formed by non-covalent...
The Langevin dynamics of a self-interacting chain embedded in a quenched random medium is investigat...
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
We review the main results from extensive Monte Carlo (MC) simulations on athermal polymer packings ...
Under proper conditions block copolymers or the analogous molecular complexes formed by non-covalent...
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